All das, was Sie in Ihrem Szenario aktuell ändern wollen oder zukünftig planen, spiegelt sich in Ihrer kurzfristigen Szenario wieder. Veränderte Rahmenbedingungen, wie zum Beispiel eine höhere Erneuerbaren-Quote beim Strommix der nächsten 5 Jahre, werden automatisch mit eingerechnet.
-");*/
-
-define("TXT_SC_START_CONTENT_TIME_PERIOD_MT", "
-Ein klimafreundlicheres Umfeld und Ihre persönlichen Veränderungen führen dann in den nächsten Erfassen Sie hier Ihr eigenes Heizungs-Szenario zur kurz- oder mittelfristigen Verbesserung ihrer CO2-Bilanz.
-Ihre Einstellung zum Klimaschutz zeigt auf, wie sich Ihre Bilanz und das Klimaschutzziel von Deutschland sich verändern könnte.
");
-
-define("TXT_SC_LIVING_HS_SECTION_HELP_BACKGROUND", '
- Die Ziele der Bundesregierung sehen vor, dass der Primärenergiebedarfes für die Bereitstellung von Wärme in Gebäude bis 2050 um 80% gegenüber 2012 sinkt. Zentrale Stellschrauben im Haushaltsbereich sind:
- Im Gebäudesektor wird die energetische Sanierung des Gebäudebestands eine wichtige Rolle spielen. Zusätzlich sollten die Regelungen für den verpflichtenden Einsatz von erneuerbaren Energien verschärft und ausgeweitet werden. Eine deutliche Reduktion des Energiebedarfs kann darüber hinaus durch Verringerung der Wohnfläche oder Absenkung der durchschnittlichen Raumtemperatur erzielt werden.
-");*/
-
-define("TXT_SC_LIVING_HS_IMPROVE_MODE_LEGEND", "Mein Zuhause");
-define("TXT_SC_LIVING_HS_IMPROVE_MODE", "In den nächsten 5-10 Jahren");
-define("TXT_SC_LIVING_HS_IMPROVE_MODE_NO", "wird sich voraussichtlich Der Stromsektor wird mittel- bis langfristig durch die zunehmende Elektrifizierung deutlich an Bedeutung gewinnen. Ein konsequenter Ausbau der erneuerbaren Erzeugungskapazitäten ist erforderlich, insbesondere im Bereich der Windenergie und der Photovoltaik. Die Nutzung der Windenergie kann sich in einem Klimaschutzszenario nicht auf Offshore- und küstennahe Standorte beschränken, auch im Binnenland müssen zahlreiche Standorte erschlossen werden. Gleichzeitig müssen die Emissionen im verbleibenden fossilen Kraftwerkspark konsequent gesenkt werden. Hierfür ist ein wirksames Emissionshandelssystem erforderlich.
-
(Öko-Institut, FHG-ISI 2014)
- Aus der Perspektive des Verbrauchers sind die wichtigsten Stellschrauben für Klimaschutz:
- Falls Sie ein Fahrzeug zukünftig nicht mehr nutzen möchten, dann reduzieren Sie einfach unter ".TXT_NAV_MOBILITAET_TRAVEL." die gefahrenen Distanzen.
-");
-
-define("TXT_SC_MOBILITY_CAR_SECTION_HELP_NO_DATA", "
- In den kommenden zehn bis 15 Jahren können im Verkehrssektor deutliche Emissionsminderungen erzielt werden, z.B. durch Verteuerung von Kraftstoffen und eine Stärkung der Rolle des öffentlichen Nahverkehrs. Ein flächendeckender Einsatz von Elektromobilität ist nicht vor 2030 zu erwarten; Maßnahmen zum Aufbau der erforderliche Infrastruktur und Innovationsförderung im Bereich von Schlüsseltechnologien (z.B. Batterien) müssen jedoch mit deutlichem Vorlauf ergriffen werden.
-');
-
-
-define("TXT_SC_MOBILITY_TRAVEL_NOTE", "");
-
-define("TXT_SC_MOBILITY_TRAVEL_YEARLY_PERFORMANCE", "Jährliche Fahrleistung reduzieren");
-define("TXT_SC_MOBILITY_TRAVEL_YEARLY_PERFORMANCE_NOTE", "Können Sie die gefahrenen %s Kilometer reduzieren?");
-
-define("TXT_SC_MOBILITY_TRAVEL_YEARLY_PERFORMANCE_TRAIN_SUB", "Auf öffentlichen Verkehr umsteigen");
-define("TXT_SC_MOBILITY_TRAVEL_YEARLY_PERFORMANCE_TRAIN_SUB_NOTE", "Wie viele Kilometer Ihrer reduzierten Fahrleistung von Falls Sie aktuell das Flugzeug nutzen, können Sie hier planen, ob und wieviel Sie in den nächsten Jahren durchschnittlich fliegen möchten.
-");
-
-define("TXT_SC_MOBILITY_FLIGHT_SECTION_HELP_BACKGROUND", "");
-
-define("TXT_SC_MOBILITY_FLIGHT_YEARLY_PERFORMANCE", "Jährliche Flugstunden anpassen");
-define("TXT_SC_MOBILITY_FLIGHT_YEARLY_PERFORMANCE_NOTE", "Können Sie die geflogenen %s h reduzieren?");
-
-define("TXT_SC_MOBILITY_FLIGHT_COMPENSATED", "Wollen Sie die Flugstunden kompensieren?");
-
-define("TXT_SC_MOBILITY_FLIGHT_DETAIL_AMOUNT", "Anzahl der Flüge anpassen");
-define("TXT_SC_MOBILITY_FLIGHT_DETAIL_AMOUNT_NOTE", "Sie sind diese Strecke %s mal geflogen. Können Sie die Anzahl der Flüge reduzieren?");
-
-define("TXT_SC_MOBILITY_FLIGHT_DETAIL_COMPENSATED", "Wollen Sie diesen Flug kompensieren?");
-define("TXT_SC_MOBILITY_FLIGHT_NO_DATA", "Es wurden keine Flüge erfasst.");
-
-
-/* AUFRÄUMEN!!! */
-define("TXT_IMPROVE_MOBILITY_ROAD_EVALUATION_1", "Der Emissionsausstoß der eingegebenen privaten Fahrzeuge liegt im Mittel bei %1\$s g/km und damit mit %2\$s % unter dem Wert eines guten sparsamen Fahrzeuges (mit Verbrennungsmotor) von ".EVALUATION_MOBILITY_ROAD." g/km. Durch spritsparendes Fahren können Sie den Wert weiter verringern.");
-define("TXT_IMPROVE_MOBILITY_ROAD_EVALUATION_2", "Der Emissionsausstoß der eingegebenen privaten Fahrzeuge liegt im Mittel bei %1\$s g/km und damit mit %2\$s % über dem Wert eines guten sparsamen Fahrzeuges (mit Verbrennungsmotor) von ".EVALUATION_MOBILITY_ROAD." g/km. Durch die Wahl eines sparsamen Fahrzeugs und durch spritsparendes Fahren können Sie den Wert verringern.");
-
-define("TXT_IMPROVE_MOBILITY_ROAD_EVALUATION_3", "Wenn Sie anstatt Ihres privaten Fahrzeuges öffentliche Verkehrsmittel benutzen, vermeiden Sie %1\$s % der Emissionen.");
-define("TXT_IMPROVE_MOBILITY_ROAD_EVALUATION_4", "Die Teilnahme am CarSharing führt zu weniger Autos auf den Strassen, zu weniger Energie und Rohstoffeinsatz und somit zu weniger Emissionen. Eine weitere Verringerung der Emissionen erreichen Sie durch die Nutzung öffentlicher Verkehrsmittel.");
-
-define("TXT_IMPROVE_MOBILITY_ROAD_CO2", "Sparsames Fahrzeug anschaffen");
-define("TXT_IMPROVE_MOBILITY_ROAD_CO2_NOTE", "Die COWelche Auswirkung die Ernährung auf die langfristigen Ziele von Deutschland hat, finden Sie bei der Beantwortung der Fragen unter \"Meine Einstellung zum Klimaschutz\" heraus.
-");
-
-define("TXT_SC_FOOD_SECTION_HELP_BACKGROUND", '
- Nahezu 70% der direkten Treibhausgasemissionen unserer Ernährung sind auf tierische Produkte zurückzuführen, auf pflanzliche dagegen nur knapp ein Drittel. Gleichzeitig lautet die ernährungswissenschaftlicher Empfehlung u.a. weniger Fleisch, mehr Obst, Gemüse und Getreide. Gerade unser Fleischkonsum und der hohe Anteil der tierischen Produkte sind entscheidend, sowohl für die Größe unseres CO2-Ausstoßes als auch unseres Flächenverbrauchs (WWF 2012).
- Eine gesündere Ernährung wirkt sich ebenso wie ein sorgsamer Umgang mit Lebensmitteln positiv auf den Ressourcen- und Klimaschutz aus. Im landwirtschaftlichen Bereich können neben der Reduktion der Tierzahlen auch durch Maßnahmen wie den verminderten Einsatz von Düngemitteln über den gesamten Zeitraum hinweg Emissionen vermieden werden.
- Anders als in anderen Sektoren wurde für den Bereich Ernährung mangels Verfügbarkeit konsistenter Szenariodaten der aktuelle CO2-Ausstoß zunächst fortgeschrieben. Reduktionspotenziale sowie politische Akzeptanzfragen wurden u.a. von der „WWF Studie: Klimawandel auf dem Teller“ abgeleitet.
-
Die Werte gelten als vorläufig.
-');
-
-define("TXT_SC_FOOD_DETAILS_WEIGHT", "Gewichtsreduktion um");
-
-
-/* AUFRÄUMEN!!! */
-define("TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_1", "Fleisch und Milchprodukte haben einen erheblichen Einfluss auf die persönliche Bilanz. Der Anbau von Viehfutter sowie die Tierhaltung sind zu einem großen Teil für Emissionen aus dem Ernährungsbereich verantwortlich. Achten Sie beim Kauf von Fleischprodukten unbedingt auf ökologische Herstellung, da hier besonders große Einsparpotentiale liegen.");
-define("TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_2", "Durch den Verzicht auf Fleischprodukte ernähren Sie sich klimafreundlich. Allerdings sorgen auch Milchprodukte in der Herstellung für Emissionen, da der Anbau von Viehfutter und die Tierhaltung eine bedeutende Quelle für Treibhausgase darstellt. Zum Beispiel liegt die Klimawirksamkeit von Hartkäse gleichauf mit Fleischprodukten.");
-
-define("TXT_IMPROVE_FOOD_EATING_HABITS_REGIONAL", "Jedes Kilogramm Obst oder Gemüse, das mit dem Flugzeug nach Deutschland importiert wurde, verursachte unterwegs etwa 10 kg COReduktionspotenziale beim Konsum sind eng verknüpft mit Emissionsminderungen in der Industrie, im Sektor Gewerbe, Handel und Dienstleistungen sowie beim Güterverkehr. Für die industrielle Produktion werden kurz- und mittelfristige Effizienzsteigerungen erforderlich. Darüber hinaus ist eine deutliche Steigerung der Materialeffizienz dringend notwendig. Im Verkehrssektor können deutliche Emissionsminderungen durch Vermeidung und Verlagerung erzielt werden, z.B. die Verlagerung von Gütertransporten auf die Schiene. Im Gewerbe, Handel und Dienstleistungsbereich ist eine ambitionierte Umsetzung von Effizienzmaßnahmen gefragt, wie die schnelle Verbreitung hocheffizienter Geräte.
- Zur Honorierung der klimafreundliche Produktionsweise wird erforderlich, z.B. dass Sie als Konsument wesentlich sensibler auf Labelling effizienter Produkte reagieren, bzw. dass die Minimierung der Lebenszykluskosten bei der Kaufentscheidung einen höheren Stellenwert einnimmt. Die Verbraucher in Ihrer Gesamtheit können sehr maßgeblich durch ihre Nachfrage und ihr Kaufverhalten eine effiziente und konsistente Produktionsweise unterstützen.
- Es liegt aber auch in Ihrer Hand, in der Hand des Verbrauchers, Wege der Suffizienz zu wählen, d.h. Änderungen im Konsummuster anzustreben, die helfen innerhalb der ökologischen Tragfähigkeit der Erde zu bleiben: Wir laden Sie dazu ein, den Nutzen Ihres Konsums neu zu überdenken– bewusst zu machen und offen für Substitutionen oder neue Interpretationen zu sein. Bei der Suffizienz spielen verschiedene Dimensionen eine Rolle: Entschleunigung (Zeit), Entflechtung (Raum), Entrümpelung (Besitz), Entkommerzialisierung (Markt) und die Emanzipation (Sein). Was könnte dies für Sie bedeuten? Beispiele für Suffizienz: mehr Muße und seinen eigenen Rhythmus bestimmen (Zeit), Regionales Eingebundensein und regionales Wirtschaften (Raum), Dinge teilen statt besitzen und Überfluss reduzieren (Besitz), Dinge und Dienstleistungen selber machen statt kaufen (Markt) sowie Wertschätzung für sich selbst, für einander, die Dinge und die Umwelt (Sein) (IFEU 2015).
-
- Für die Bereitstellung von Produkten und Dienstleistungen wird Energie verbraucht und das Klima belastet. Je nach Lebenszyklus, das heißt Herstellung, Transport, Nutzung und Entsorgung, variiert die Klimawirkung einzelner Produkte erheblich. Angesichts der weltweit vernetzten Produktionsstandorte gestaltet es sich sehr schwierig, spezifische Emissionen zu ermitteln. Deshalb verwendet dieser Rechner eine vereinfachte Methode. Als Ausgangswert gilt dabei der nationale Durchschnitt von %s pro Person. Neben der persönlichen Einschätzung des Kaufverhaltens werden folgende Indikatoren berücksichtigt:
- Haushaltgröße, Haustyp und Wohnfläche lassen darauf schließen, ob und wie viele Produkte mit anderen Haushaltsmitgliedern geteilt werden. Diese Indikatoren stehen auch im Zusammenhang mit dem Haushaltsbudget, das für das Konsumverhalten eine große Rolle spielt.
- Weitere Indikatoren sind haushaltseigene Fahrzeuge und Flüge. Wer zum Beispiel mit dem Oberklassewagen unterwegs ist oder privat viel fliegt, gönnt sich mit großer Wahrscheinlichkeit auch sonst den ein oder anderen Luxus.
- Das hier ermittelte Ergebnis gilt als Anhaltspunkt und zeigt, dass bewusste Konsumentscheidungen die eigene CO2-Bilanz langfristig positiv beeinflussen können.
");
-
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/languages/it_IT/_intro.inc.php b/r41/standard/de/_core/languages/it_IT/_intro.inc.php
deleted file mode 100644
index 8e4ab5c..0000000
--- a/r41/standard/de/_core/languages/it_IT/_intro.inc.php
+++ /dev/null
@@ -1,66 +0,0 @@
-
- * @copyright 2008, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-define("TXT_APPLICATION_HEADLINE", "COKlimaschutz geht uns alle an. Aber wissen Sie, wo Sie stehen? ...und welche Maßnahmen zukünftig Ihren CO2-Fußabdruck entscheidend verbessern können?
Finden Sie heraus, in welchen Bereichen Sie bereits einen Beitrag zum Klimaschutz leisten und wo noch Ihre Potentiale heute und auch morgen verborgen sind:
-');
-
-define("TXT_INTRO_CONTENT_BILANZ", '
- Wenn Sie eine neue Berechnung starten möchten, können Sie hier alle Eingaben zurücksetzen.
");
-
-/**
- * "Modal: Bildnachweis"
- */
-define("TXT_PICTURE_CREDITS_HEADLINE", "Bildnachweis");
-// Hinweis: Wenn 'TXT_PICTURE_CREDITS_CONTENT' leer ist wird kein Link in der Fusszeile angezeigt.
-define("TXT_PICTURE_CREDITS_CONTENT", "
- * @copyright 2015, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-/**
- * "Start"
- */
-define("TXT_START_HEADLINE", "Meine CO2-Bilanz");
-
-define("TXT_START_CONTENT", "
-In der CO2-Bilanz werden verschiedene Bereiche Ihres Lebens von der Heizung bis hin zum sonstigen Konsum betrachtet. Berechnet wird nicht nur Ihr CO2-Ausstoß, sondern auch das, was Sie bei sich selbst oder bei anderen vermeiden.
-");
-//Zur Erfassung können Sie auch jederzeit in den oben aufgelisteten Bereichen hin und herspringen.
-
-define("TXT_START_CONTENT_RESULT_CO2", "
- Der persönliche CO2-Ausstoß zeigt Ihnen wie viel Tonnen CO2-Äquivalente bei Ihrem heutigen Lebensstil ausgestoßen werden.
- Neben CO2 werden die Treibhausgase Methan und Lachgas berücksichtigt, die mit der entsprechenden Klimawirkung in CO2-Äquivalente umgerechnet werden. Außerdem wird die zusätzliche Klimawirksamkeit des Fliegens berücksichtigt.
- Um diesen einordnen zu können, wird Ihnen zum Vergleich auch immer der deutsche Durchschnitt angezeigt.
-");
-
-define("TXT_START_CONTENT_RESULT_SELF", "
- Die Vermeidung zeigt Ihnen um wie viel Tonnen CO2 Sie bereits heute Ihren persönlichen CO2-Ausstoß durch klimafreundliche Lebensgewohnheiten reduzieren.
- Beispiele für eine Vermeidung sind z.B. Effizienz beim Heizen oder Stromverbrauch, die Nutzung öffentlicher Verkehrsmittel oder eine fleischreduziert Ernährung.
-");
-
-define("TXT_START_CONTENT_RESULT_OTHER", "
- Die Vermeidung bei anderen zeigt Ihnen, wie Sie dazu beitragen, den CO2-Ausstoß in Deutschland aber auch weltweit zu reduzieren.
- Die Vermeidung bei anderen könnte zum Beispiel die Einspeisung des Stroms aus Ihrer Photovoltaik Anlage sein (Bereich Strom) oder Ihr finanzielles Engagement bei klimafreundlichen Geldanlagen (Bereich sonstiger Konsum).
- Hinweis: Eine Vermeidung bei anderen ist nicht in jeder Kategorie möglich.
-");
-
-define("TXT_START_CONTENT_OPEN_CHART", "Einen ersten Eindruck über Ihre CO2-Bilanz erhalten Sie hier.");
-
-define("TXT_START_CONTENT_CHART_COMPARE_CO2", "CO2-Ausstoß im Vergleich");
-define("TXT_START_CONTENT_CHART_AVOIDANCES", "Vermeidungen");
-define("TXT_START_CONTENT_CHART_AVOIDANCES_NA", "Sie haben bisher noch keine Vermeidungen erzielt.");
-
-
-/**
- * "Mein Ergebnis"
- */
-define("TXT_FOOTPRINT_HEADLINE", "Mein Ergebnis");
-
-define("TXT_FOOTPRINT_CHART_COMPARE", "im Vergleich");
-define("TXT_FOOTPRINT_CHART_COMPLETE", "mit Vermeidung");
-
-define("TXT_FOOTPRINT_TEXT_AFTER_RESULT_TABLE", "Wie Sie Ihre CO2-Bilanz für die Zukunft optimieren erfahren Sie in Mein CO2-Szenario.
");
-
-
-/**
- * "Profil"
- */
-define("TXT_PERSON_AMOUNT", "Personen im Haushalt");
-define("TXT_PERSON_AMOUNT_NOTE", "Anzahl der Personen im Haushalt");
-define("TXT_PERSON_AMOUNT_HELP", "");
-define("TXT_PERSON_CAR_AMOUNT", "Haben Sie ein Auto?");
-define("TXT_PERSON_USE_OEPNV", "Nutzung öffentlicher Verkehrsmittel?");
-
-
-/**
- * "Zuhause": Heizung
- */
-define("TXT_LIVING_HS_HEADLINE", "Heizung"); //Heizung
-
-define("TXT_LIVING_HS_SECTION_HELP", "
- Starten Sie die CO2-Bilanz mit Angaben über Ihren Haushalt.
-
Mit wieviel Personen und auf welcher Wohnfläche teilen Sie sich Ihre Wohnung oder Ihr Haus? Diese Angaben sind wichtig, da der aus den Jahresverbräuchen berechnete CO2-Ausstoß und die Vermeidungen später auf die Personen aufgeteilt werden.
-
Wählen Sie die Art der Heizung über den Energieträger aus.
-
Den Jahresverbrauch können Sie auf Ihrer Nebenkostenabrechnung oder auf der Jahresabrechnung Ihres Energieversorgers finden. Falls Sie diese gerade nicht zur Hand haben, können Sie auch über Abfragen Ihren Verbrauch schätzen lassen.
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus Verbrennung von fossilen Energieträgern und aus vorgelagerten Prozessen.
-
Die Vermeidung berechnet sich über erneuerbare Energieträgern und Energieeffizienz.
- ");
-
-define("TXT_LIVING_HS_SECTION_HELP_BACKGROUND", "
-Hilfe zur Erfassung
-Haustyp: Für Einfamilienhäuser wird im Vergleich zu Reihenhäusern und Mehrfamilienhäusern durch den hohen Anteil an Außenflächen mehr Heizenergie benötigt. Diese Angabe benötigen wir zur Verbrauchsschätzung.
-Der Haustyp dient auch als Indikator für die Berechnung des sonstigen Konsums.
-Besitzverhältnisse: Diese Information hat keinen Einfluss auf die Berechnung, sondern spielt bei den weiterführenden Tipps am Ende eine Rolle.
-
Wohnfläche:Wenn Sie Ihre durchschnittliche Wohnfläche nicht kennen, helfen Ihnen vielleicht diese statistischen Angaben:
-
- - 1-P-Haushalte: 63 m²
- - 2-P-Haushalte: 87 m²
- - 3-P-Haushalte und mehr: 106 m²
-
-Quelle: Statistisches Bundesamt (2006)
-Baujahr / Standard des Hauses: Das Baujahr und der Standard des Wohnhauses sind wichtig für den energetischen Stand eines Gebäudes. Bei einer Schätzung des Energiebedarfs werden diese Angaben verwendet.
-Wenn Ihr Haus bereits energetisch renoviert worden ist, finden Sie auch hier den passenden Standard.
-
-
Hintergrundinformation zur Berechnung
-CO2-Ausstoß:
-Der CO2-Austoß berechnet sich u. a. aus der Verbrennung fossiler Energieträger. Der CO2-Rechner berücksichtigt hierbei auch die Vorkette, also der CO2-Ausstoß der bei der Gewinnung, dem Transport, der Produktion oder aufgrund von Verlusten entsteht. Hierzu gehört natürlich auch Vorkette von erneuerbaren Energieträgern, z. B. die Produktion einer Solarthermieanlage.
-Vermeidung:
-Zur Berechnung der Vermeidung werden der Einsatz von erneuerbaren Energieträgern und die Energieeffizienz bewertet. Wenn Sie erneuerbare Energie als Wärmequelle nutzen, berechnet sich die Vermeidung aufgrund des nicht verbrannten fossilen Energieträgers.
-Zusätzlich kann Ihnen die Effizienz als Vermeidung angerechnet werden. Verbrauchen Sie in der Summe weniger Wärmeenergie als in einem durchschnittlichen Gebäude gleichen Haustyps verbraucht werden würde, dann wird die Vermeidung des nicht verbrannten fossilen Energieträgers berechnet.
-
-");
-
-define("TXT_LIVING_HS_WOHNVERHAELTNIS", "Mein Haushalt"); //Wohnverhältnis
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_HAUSTYP", "Haustyp");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BESITZ", ""); // Besitzverhältnisse
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_WOHNFLAECHE", "Wohnfläche");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BAUJAHR", "Baujahr bzw. Standard des Hauses");
-
-define("TXT_LIVING_HS_HAUPTHEIZUNG", "Heizung"); //Haupt-Heizung
-define("TXT_LIVING_HS_HEIZUNG", "Heizung");
-define("TXT_LIVING_HS_HEIZUNG_ART", "Art der Heizung");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH", "Jahresverbrauch"); // Ermittlung des Verbrauchs
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_NOTE",""); /* Falls Ihnen der jährliche Energieverbrauch Ihrer Heizung nicht bekannt ist,
-wählen Sie bitte \"Wert schätzen\". */
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_BEKANNT", "Wert bekannt");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_SCHAETZEN", "Wert schätzen");
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH", ""); //Energieverbrauch
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH_JAHR", "Jahr");
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH_SCHAETZEN", "Jahresverbrauch schätzen");
-
-define("TXT_LIVING_HS_HEIZUNG_2", "Weitere Heizung");
-define("TXT_LIVING_HS_HEIZUNG_2_NOTE", " Haben Sie noch einen zusätzlichen Ofen, eine Solaranlage oder eine sonstige Wärmequelle?"); //Falls Sie weitere Heizungen in Ihrem Haushalt betreiben, können Sie diese hier erfassen.
-
-
-/**
- * "Zuhause": Heizung schätzen
- */
-define("TXT_LIVING_HS_ESTIMATE_HEADLINE", "Heizung schätzen");
-
-define("TXT_LIVING_HS_ESTIMATE_SECTION_HELP", "
-Heizung
-Art der Heizung: Mit welchem Energieträger betreiben Sie Ihre Hauptheizung?
-Besonderheit Wärmepumpe: Wenn Sie eine Wärmepumpe einsetzen, wählen Sie bitte Strom als Energieträger aus. Eine Verbrauchschätzung ist in diesem Falle nicht möglich, da der Stromverbrauch der Wärmepumpe sich nicht aus dem Wärmebedarf des Hauses ableiten lässt.
-
-Heizungssystem: Wird ihr Haushalt zentral durch eine Heizung beheizt oder werden die Wohnungen bzw. Etagen mit Etagenheizung beheizt oder heizen Sie ihre Zimmer durch Einzelheizungen.
-Welches Baujahr hat Ihre Zentralheizung oder ist bei Ihnen eine effiziente Brennwerttechnik im Einsatz?
-
-Warmwasserbereitung: Der Warmwasserverbrauch liegt durchschnittlich bei 40 l pro Person und Tag.
-Wird in Ihrem Haushalt das Wasser durch eine zentrale Warmwasserbereitung erwärmt (beispielsweise durch die Zentralheizung) oder wird das Wasser dezentral (Boiler im Badezimmer) erwärmt?
-Solarthermische Warmwasserbereitung spart durchschnittlich 50 % der Energie zur Warmwasserbereitung.
-Spararmaturen im ganzen Haushalt reduzieren den Warmwasserverbrauch.
-
-Lebensgewohnheiten
-Lüftgewohnheiten: Durch falsches Lüften geht viel Energie verloren, so fallen höhere Treibhausgasemissionen an. Kurzes Stoßlüften bei abgedrehter Heizung ist wesentlich effizienter als ein über lange Zeit gekipptes Fenster.
-Raumtemperatur: Schon durch das Absenken der Zimmertemperatur um nur ein Grad kann einiges an Heizkosten und CO2e-Emissionen eingespart werden.
-");
-
-define("TXT_LIVING_HS_ESTIMATE_LEGEND_GEBAEUDEHEIZUNG", "Angaben zur Gebäudeheizung");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM", "Heizungssystem");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL_HELP", "");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_ADDITIONAL_RENEWABLE_ENERGY", "zusätzlicher Einsatz von erneuerbaren Energieträgern");
-define("TXT_LIVING_HS_ESTIMATE_ADDITIONAL_RENEWABLE_ENERGY_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_AVG_ROOM_TEMP", "durchschnittliche Raumtemperatur");
-define("TXT_LIVING_HS_ESTIMATE_AVG_ROOM_TEMP_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_AIRING_HABITS", "Lüft-Gewohnheiten");
-define("TXT_LIVING_HS_ESTIMATE_AIRING_HABITS_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_INSULATING_STANDARD", "Nachträgliche Modernisierung");
-define("TXT_LIVING_HS_ESTIMATE_INSULATING_STANDARD_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_LEGEND_FURTHER_DETAILS", "Weitere Angaben");
-
-define("TXT_LIVING_HS_ESTIMATE_LEGEND_WARMWATER", "Angaben zur Warmwasserbereitung");
-
-define("TXT_LIVING_HS_ESTIMATE_WARMWATER_CONSUMPTION", "persönlicher Warmwasserverbrauch");
-define("TXT_LIVING_HS_ESTIMATE_WARMWATER_CONSUMPTION_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_SAVING_FITTINGS", "Spararmaturen");
-define("TXT_LIVING_HS_ESTIMATE_SAVING_FITTINGS_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER", "Warmwasserbereitung");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_ZENTRAL", "zentral");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_ZENTRAL_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_SPEC_DEZENTRAL", "Energieträger Warmwasserbereitung");
-
-define("TXT_LIVING_HS_ESTIMATE_VERBRAUCH_BERECHNEN", "Verbrauch berechnen");
-
-
-/**
- * "Zuhause": Strom
- */
-define("TXT_LIVING_PT_HEADLINE", "Strom");
-
-define("TXT_LIVING_PT_SECTION_HELP", "
- Ergänzen Sie nun Ihre Angaben um den Strombezug und (falls vorhanden) Ihre eigene Stromerzeugung.
-
Für Ihre CO2-Bilanz wird unterschieden zwischen konventionellem Strom (Strommix Deutschland) und Ökostrom. Wie bei der Heizung wird der CO2-Ausstoß Ihres gesamten Stromverbrauchs durch die Anzahl der Personen aufgeteilt.
-
Den Jahresverbrauch finden Sie i. d. Regel auf der Rechnung Ihres Stromlieferanten. Falls Sie diese gerade nicht zur Hand haben, können Sie diesen Wert auch über einige Abfragen schätzen lassen.
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus Verbrennung von fossilen Energieträgern zur Stromerzeugung und aus den vorgelagerten Prozessen. Zu den vorgelagerten Prozessen gehört zum Beispiel der Abbau von Kohle oder auch der Bau einer Windkraftanlage.
-
Ihr Beitrag zur Energiewende wird bei der Vermeidung und bei der Vermeidung bei anderen berechnet.
-
Die Vermeidung berechnet sich aus selbstproduziertem und -genutztem Ökostrom und aus überdurchschnittlicher Energieeffizienz.
-
Sie vermeiden bei anderen wenn Ihren erzeugten Strom in das Netz einspeisen.
- ");
-
-define("TXT_LIVING_PT_SECTION_HELP_BACKGROUND", "
- Hilfe zur Erfassung
- Besonderheit Ökostrom:
- Falls Sie Ökostrom beziehen, achten Sie auf eine Zertifizierung des Ökostroms. Beispiel hierfür ist das GSL Label oder das OK-Power Label. Bei anderen Labels prüfen Sie die Zusätzlichkeit des Ökostroms, d. h. wird mit dem Produkt ein adäquater Zubau von Anlagen zur regenerativen Stromerzeugung vorangetrieben.
-
-
Hintergrundinformation zur Berechnung
- CO2-Ausstoß beim Strom erfolgt indirekt durch die Stromerzeugung. Dieser unterscheidet sich, je nachdem, was für einen Strommix Sie von ihrem Stromlieferanten beziehen. Um die Vergleichbarkeit zu gewährleisten und um Regionen weder zu bevor- oder zu benachteiligen, gehen wir im CO2-Rechner grundsätzlich von einem durchschnittlichen deutschen Strommix aus, der sich aus fossiler, nuklearer und erneuerbarer Stromerzeugung zusammensetzt.
- Der CO2-Rechner berücksichtigt hierbei auch die Vorkette, also der CO2-Ausstoß der bei der Gewinnung, dem Transport, der Produktion oder aufgrund von Verlusten entsteht.
- Da der Strommix in Deutschland einen jährlich stärker schwankenden Kohle- und Atomanteil hat, wird der Faktor für Strom über die letzten drei verfügbaren Jahre gemittelt.
- Im Falle der Nutzung von Ökostrom wird nur die Vorkette (z. B. der Bau eines Wasserkraftwerks) berücksichtigt.
- Vermeidung: Zur Berechnung der Vermeidung werden der Einsatz von erneuerbaren Energieträgern und die Energieeffizienz bewertet. Wenn Sie also erneuerbaren Strom selbst produzieren und auch nutzen, berechnet sich die Vermeidung aufgrund des nicht genutzten durchschnittlichen deutschen Strommix.
- Verbrauchen Sie weniger Strom als ein durchschnittlicher Haushalt gleicher Größe, wird Ihnen diese Effizienz auch noch durch den vermiedenen Strom ausgewiesen.
- Vermeidung bei anderen: Ihr Beitrag zum Ausbau der erneuerbaren Energien wird in der Rubrik Vermeidung bei anderen berechnet. Hierzu gehört der von Ihnen eingespeiste Strom aus einer Photovoltaik oder KWK Anlage, für den Sie eine Einspeisevergütung erhalten.
- ");
-
-define("TXT_LIVING_PT_STROM", "Strombezug");
-define("TXT_LIVING_PT_STROMBEZUG", ""); // Strombezug
-define("TXT_LIVING_PT_STROMBEZUG_HELP", "");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH", "Jahresverbrauch"); // Ermittlung des Verbrauchs
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_HELP", "");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_NOTE", ""); /* Falls Ihnen Ihr jährlicher Stromverbrauch nicht bekannt ist, wählen Sie bitte \"Wert schätzen\". */
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_BEKANNT", "Wert bekannt");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_SCHAETZEN", "Wert schätzen");
-define("TXT_LIVING_PT_STROM_VERBRAUCH", ""); // Energieverbrauch
-define("TXT_LIVING_PT_STROM_VERBRAUCH_HELP", "");
-define("TXT_LIVING_PT_STROM_VERBRAUCH_KWH", "kWh/Jahr");
-define("TXT_LIVING_PT_STROM_VERBRAUCH_SCHAETZEN", "Jahresverbrauch schätzen");
-
-define("TXT_LIVING_PT_STROMERZEUGUNG_NOTE", " Haben Sie eine Photovoltaikanlage oder eine sonstige eigene Stromerzeugung?"); //Falls Sie selbst Strom erzeugen können Sie dies hier erfassen.
-define("TXT_LIVING_PT_STROMERZEUGUNG_AMOUNT", "Anlage");
-
-define("TXT_LIVING_PT_STROMERZEUGUNG_HEADLINE", "Stromerzeugung");
-define("TXT_LIVING_PT_STROMERZEUGUNG_TYPE", "Art der Stromerzeugung");
-define("TXT_LIVING_PT_STROMERZEUGUNG_POWER", "Stromerzeugung");
-define("TXT_LIVING_PT_STROMERZEUGUNG_CONSUMPTION", "davon Eigenverbrauch und nicht eingespeist");
-
-
-/**
- * "Zuhause": Strom schätzen
- */
-define("TXT_LIVING_PT_ESTIMATE_HEADLINE", "Stromverbrauch schätzen");
-
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER", "Warmwasserbereitung Strom");
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER_CONSUMPTION", "Energiebedarf dezentrale Warmwasserbereitung (geschätzt)");
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER_HELP", "");
-
-define("TXT_LIVING_PT_ESTIMATE_VERBRAUCH_BERECHNEN", "Verbrauch berechnen");
-
-/**
- * "Mobilität: Fahrzeuge"
- */
-define("TXT_MOBILITY_CAR_HEADLINE", "Meine Fahrzeuge"); // Anzahl der Fahrzeuge
-
-define("TXT_MOBILITY_CAR_SECTION_HELP", "
- Die Fahrzeuge die Sie in Ihrem Privatgebrauch nutzen können Sie hier erfassen.
-
Unter Art des Fahrzeuges können Sie verschiedene Antriebstechnologien auswählen, also auch das Elektro- oder Plug-In Hybrid Elektroauto. Bei den Elektrofahrzeugen können Sie noch auswählen, welchen Strom Sie hauptsächlich nutzen.
-
Wenn Sie einen Hybrid nutzen, der nicht an einer Steckdose aufgeladen werden kann, dann erfassen Sie einfach ein Fahrzeug mit Verbrennungsmotor.
-
Je nach Fahrzeug- und Kraftstoffart wird der Durchschnittsverbrauch vorbelegt. Falls Sie den Verbrauch Ihres Fahrzeuges kennen, tragen Sie diesen dort ein.
- Weiter geht es mit der Erfassung Ihrer Fahrten & Reisen, falls Sie CarSharing nutzen oder an Fahrgemeinschaften und Mitfahrgelegenheiten teilnehmen, können Sie diese auch dort erfassen.
- ");
-
-define("TXT_MOBILITY_CAR_SECTION_HELP_BACKGROUND", "");
-
-define("TXT_MOBILITY_CAR_NEW_CAR", "Fahrzeug hinzufügen");
-define("TXT_MOBILITY_CAR_DELETE_CAR", "Fahrzeug löschen");
-
-define("TXT_MOBILITY_CAR_NAME", "Bezeichnung");
-define("TXT_MOBILITY_CAR_NAME_NOTE", "(z.B.: Fahrzeug-Typ oder Kennzeichen)");
-define("TXT_MOBILITY_CAR_FAHRZEUG", "Fahrzeug");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ART", "Art des Fahrzeugs");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ART_HELP", "");
-
-define("TXT_MOBILITY_CAR_DELETE_NOTE", "Um das Fahrzeug löschen zu können, ordnen Sie bitte die Fahrten vorher anderen Verkehrsmitteln zu oder löschen Sie diese.");
-
-// define("TXT_MOBILITY_CAR_FAHRZEUG_PERFORMANCE", "Jährliche Fahrleistung");
-// define("TXT_MOBILITY_CAR_FAHRZEUG_PERFORMANCE_HELP", "");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_ENERGY", "Kraftstoff");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ENERGY_HELP", "");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_CONSUMPTION", "Durchschnittsverbrauch");
-define("TXT_MOBILITY_CAR_FAHRZEUG_CONSUMPTION_UNIT", "Liter oder kg/100 km");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_ELECTRICAL_ENERGY", "Strom");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ELECTRICAL_CONSUMPTION", "Stromverbrauch");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ELECTRICAL_CONSUMPTION_UNIT", "kWh/100 km");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_EMISSION", "CO2-Emission");
-define("TXT_MOBILITY_CAR_FAHRZEUG_EMISSION_HELP", "");
-
-/**
- * "Mobilität: Fahrten und Reisen"
- */
-define("TXT_MOBILITY_TRAVEL_HEADLINE", "Fahrten & Reisen");
-
-define("TXT_MOBILITY_TRAVEL_SECTION_HELP", "
- Pauschale Erfassung
- Bei der pauschalen Erfassung können Sie die Distanzen erfassen, die Sie pro Jahr zurücklegen. Bitte beachten Sie hierbei, dass Sie immer die Distanzen durch die Anzahl der Personen teilen, die durchschnittlich das Fahrzeug nutzen. Dies gilt für Ihr eigenes Fahrzeug oder für CarSharing und Fahrgemeinschaften.
-
Detaillierte Erfassung
- Bei der detaillierten Erfassung haben Sie die Möglichkeit alle Strecken in gleichartige Fahrtenblöcke aufzuteilen. So können Sie das Pendeln zum Arbeitsplatz, die regelmäßigen Fahrten zum Einkaufen, den Urlaub und die sonstigen Fahrten in beliebige Blöcke aufteilen und verschiedenen Verkehrsmitteln zuordnen.
-
Mit der Anzahl der Fahrten können Sie erfassen, wie oft Sie diese Strecke im Jahr zurücklegen. Wenn Sie z. B. 5 Tage die Woche zur Arbeit fahren, dann sind das abzüglich Urlaub ca. 200 Tage im Jahr.
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus der Verbrennung der Kraftstoffe, den Einsatz von Strom sowie den vorgelagerten Prozessen.
-
Eine Vermeidung wird berechnet, wenn Sie öffentliche Verkehrsmittel nutzen, Fahrrad fahren oder einfach Distanzen zu Fuß zurücklegen.
- ");
-
-define("TXT_MOBILITY_TRAVEL_SECTION_HELP_BACKGROUND", "
- Hilfe zur Erfassung
- Jährliche Fahrleistung: Das erste Fahrzeug eines Haushalts fährt im Jahr etwa 15.000 km, Zweit- und Drittfahrzeuge schätzt man auf ca. 12.000 km pro Jahr. Denken Sie jedoch daran, bei der pauschalen Erfassung die Fahrleistung durch die durchschnittliche Personenzahl zu teilen.
- CarSharing: CarSharing oder auch Teilauto ist die organisierte gemeinschaftliche Nutzung eines oder mehrerer Autos. Fahrleistungen mit Fahrgemeinschaften oder die Fahrten über eine Mitfahrzentrale können Sie auch unter Carsharing/Fahrgemeinschaften erfassen. Beachten Sie auch hier, dass Sie die Fahrleistung durch die Anzahl der Personen teilen.
- Öffentliche Verkehrsmittel: Die jährlich gefahrenen Strecken pro Person im Öffentlichen Verkehr liegen durchschnittlich bei
- - 1010 km Zugverkehr
- - 980 km ÖPNV
- Zum ÖPNV gehören Straßenbahnen, U-Bahnen und öffentliche Linienbusse.
- (Quelle: Statistisches Bundesamt 2009)
-
-
Hintergrundinformation zur Berechnung
- CO2-Ausstoß: Der CO2-Austoß berechnet sich im Individualverkehr aus der Verbrennung fossiler Kraftstoffe. Der CO2-Rechner berücksichtigt hierbei auch die Vorkette, also der CO2-Ausstoß der bei der Gewinnung, dem Transport, der Produktion freigesetzt wird.
- Der CO2-Ausstoß im Falle individueller Elektromobilität (Elektroauto oder Plug-In Hybrid) berechnet sich nach denselben Regeln wie der häusliche Strom.
- Bei der Nutzung von öffentlichen Verkehrsmitteln wird der CO2-Ausstoß mit einem Verkehrsmittelmix berechnet, der jeweils statistisch zu Grunde gelegt wird.
-
- Vermeidung: Die Distanzen, die Sie mit öffentlichen Verkehrsmitteln oder zu Fuß zurücklegen, werden im CO2-Rechner als Vermeidung gewertet. Die Berechnung basiert hierbei auf eine nicht gefahrene Distanz in einem durchschnittlichen PKW mit durchschnittlicher Anzahl von Personen.
-
-
Im Sektor Mobilität wird nicht die Herstellung und der Unterhalt der Fahrzeuge betrachtet, sondern nur der Betrieb in Form der Kraftstoffe. Die Herstellung der Fahrzeuge ist Teil der Betrachtung im sonstigen Konsum.
-
-");
-
-
-define("TXT_MOBILITY_TRAVEL_MODE", "Erfassung der Fahrten");
-define("TXT_MOBILITY_TRAVEL_MODE_DETAIL", "Detailliert");
-define("TXT_MOBILITY_TRAVEL_MODE_GENERAL", "Pauschal");
-
-define("TXT_MOBILITY_TRAVEL_CARSHARING", "Carsharing/Fahrgemeinschaften");
-define("TXT_MOBILITY_TRAVEL_BICYCLE", "Fahrrad");
-define("TXT_MOBILITY_TRAVEL_TRAIN", "Öffentliche Verkehrsmittel");
-
-define("TXT_MOBILITY_TRAVEL_YEARLY_PERFORMANCE", "persönliche jährliche Fahrleistung");
-
-define("TXT_MOBILITY_TRAVEL_LEGEND", "Fahrtenblock");
-define("TXT_MOBILITY_TRAVEL_NEW_TRAVEL", "Fahrt hinzufügen");
-define("TXT_MOBILITY_TRAVEL_DELETE_TRAVEL", "Fahrt löschen");
-
-define("TXT_MOBILITY_TRAVEL_NAME", "Bezeichnung");
-define("TXT_MOBILITY_TRAVEL_NAME_NOTE", "(z.B.: Fahrt zur Arbeit)");
-define("TXT_MOBILITY_TRAVEL_DISTANCE", "Distanz");
-define("TXT_MOBILITY_TRAVEL_DISTANCE_KM_RETURN", "(hin und zurück)");
-define("TXT_MOBILITY_TRAVEL_DISTANCE_ELECTRIC", "davon elektrisch");
-define("TXT_MOBILITY_TRAVEL_VEHICLE", "Verkehrsmittel");
-define("TXT_MOBILITY_TRAVEL_OWNED_VEHICLES", "Eigene Fahrzeuge");
-define("TXT_MOBILITY_TRAVEL_OTHER_VEHICLES", "Andere Verkehrsmittel");
-define("TXT_MOBILITY_TRAVEL_AMOUNT", "Anzahl der Fahrten"); // Häufigkeit
-define("TXT_MOBILITY_TRAVEL_AMOUNT_UNIT", "Tage/Jahr");
-define("TXT_MOBILITY_TRAVEL_AMOUNT_PERSONS", "Anzahl der Personen im Fahrzeug");
-define("TXT_MOBILITY_TRAVEL_PERSONS_UNIT", "Person(en)");
-
-
-/**
- * "Mobilität": Flugverkehr
- */
-define("TXT_MOBILITY_FLIGHT_HEADLINE", "Flugreisen");
-
-define("TXT_MOBILITY_FLIGHT_SECTION_HELP", "
- Pauschale Erfassung
- Wieviel Stunden im Jahr sind Sie durchschnittlich auf Flugreisen? Hier ein einige Flüge als Richtwerte:
-
Jeweils ab Frankfurt am Main dauert ein einfacher Flug (ohne Rückflug)
-
- nach Berlin ca. 1 Stunde
-
- nach Palma de Mallorca gut 2 Stunden
-
- nach Antalya (Türkei) ca. 3,5 Stunden
-
- nach New York (USA) ca. 9 Stunden oder
-
- nach Australien 20 – 22 Stunden.
-
-
Detaillierte Erfassung
- Hier haben Sie die Möglichkeit alle Flüge einzeln zu erfassen. Hierzu benötigen Sie nur Start- und Zielflughafen, der Rest wird automatisch berechnet.
-
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus der Verbrennung der Treibstoffe und den vorgelagerten Prozessen. Bei Flugreisen wird auch die zusätzliche Treibhauswirkung, der sogenannte RFI mit berücksichtigt.
-
Sie können Ihre Flugreisen kompensieren, d. h. dass die Emissionen die durch Flugreisen entstehen an anderer Stelle durch Klimaschutzprojekte kompensiert werden. Dies bewertet der CO2-Rechner als eine Vermeidung bei anderen.
-");
-
-define("TXT_MOBILITY_FLIGHT_SECTION_HELP_BACKGROUND", "
-Der Flugverkehr nimmt in der Emissionsbilanz eine Sonderrolle ein. Kritische Stoffe für den Flugverkehr sind neben CO2 vor allem Stickoxide, Wasserdampf und Partikel. Da die Schadstoffe direkt in die höheren Schichten der Atmosphäre gelangen, erhalten Emissionen aus Mittel- und Langstreckenflügen im Vergleich zu anderen Emissionen im CO2-Rechner eine ".MOBILITY_AIR_FLIGHT_RFI_FACTOR."-fach höhere Gewichtung (RFI-Faktor)!
-Dieser sogenannte Radiative Forcing Index (RFI) beschreibt das Verhältnis des gesamten Erwärmungspotentials aller Emissionen zum Erwärmungspotential von CO2 alleine.
Deshalb berücksichtigt der Rechner den RFI für alle Flüge über 400 km, da ab dieser Fluglänge hohe und damit kritische Flughöhen sehr wahrscheinlich sind.
-");
-
-define("TXT_MOBILITY_FLIGHT_MODE", "Erfassung der Flugreisen");
-
-define("TXT_MOBILITY_FLIGHT_LEGEND_GENERAL_EUROPE", "Flugreisen Europa");
-define("TXT_MOBILITY_FLIGHT_LEGEND_GENERAL_WORLD", "Flugreisen Transkontinental");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_DURATION", "Flugzeit");
-
-define("TXT_MOBILITY_FLIGHT_ENTER_DATA", "Flugdaten eingeben");
-define("TXT_MOBILITY_FLIGHT_ENTER_MORE_DATA", "Weitere Flugdaten eingeben");
-
-define("TXT_MOBILITY_FLIGHT_DELETE_FLIGHT", "Flug löschen");
-define("TXT_MOBILITY_FLIGHT_NO_DATA", "Es wurden noch keine Flüge erfasst.");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT", "Flug");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_FROM", "Von");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_VIA", "über");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_TO", "nach");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_DISTANCE", "Geflogene Distanz");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS", "Flugklasse");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS_ECONOMY", "Economy / Charter");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS_BUSINESS", "Business");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS_FIRST_CLASS", "First Class");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_MODE_SINGLE", "Einfache Strecke");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_MODE_RETURN", "Hin- und Rückflug");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_PASSENGERS", "Passagiere");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_AMOUNT", "Anzahl der Flüge");
-
-/**
- * "Mobilität": Flugdaten berechnen
- */
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_HEADLINE", "Flugdaten eingeben");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_MIN_LENGTH", "Mindestens 3 Zeichen eingeben");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_START", "Es wurde kein Startflughafen gefunden");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_STOPOVER", "Es wurde kein Umsteigeflughafen gefunden");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_DEST", "Es wurde kein Zielflughafen gefunden");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_TOO_MANY", "Es wurden mehrere Flughäfen gefunden");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_START", "Startflughafen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_STOPOVER", "Zwischenlandung");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_DEST", "Zielflughafen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_OPTIONAL", "optional");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_START_HELP", "Geben Sie den Namen der Stadt, des Flughafens oder das IATA Kürzel ein.");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_AIRCRAFT_MODEL", "Flugzeug-Typ"); // Flugrechner 2020 EC
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_AIRCRAFT_MODEL_NN", "Unbekannt"); // Flugrechner 2020 EC
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_AIRCRAFT_MODEL_USUAL", "Häufig verwendete Flugzeug-Typen:"); // Flugrechner 2020 EC
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_AIRCRAFT_MODEL_NOT_USUAL", "Weitere Flugzeug-Typen:"); // Flugrechner 2020 EC
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS", "Flugklasse");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_ECONOMY", "Economy / Charter");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_BUSINESS", "Business");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_FIRST_CLASS", "First Class");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_HELP", "");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_MODE_SINGLE", "Einfache Strecke");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_MODE_RETURN", "Hin- und Rückflug");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_PASSENGERS", "Anzahl der Passagiere");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_AMOUNT", "Anzahl der Flüge");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_COMPENSATED", "Flug wurde bereits kompensiert");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_CALCULATE_EMISSIONS", "Emissionen berechnen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_AIRPORT", "Flughafen suchen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_NEW_SEARCH", "Neue Suche");
-
-/**
- * "Mobilität": Flugdaten berechnen: Ergebnis
- */
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_RESULT_LEGEND", "Emissionsbilanz für diesen Flug");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_RESULT_TRANSFER_RESULT", "Daten übernehmen");
-
-/**
- * "Ernährung"
- */
-define("TXT_FOOD_HEADLINE", "Ernährung");
-
-define("TXT_FOOD_SECTION_HELP", "
- Mit Angaben zu Ihrer Person berechnet der CO2-Rechner Ihren täglichen Ernährungsbedarf. Wie Sie diesen Ernährungsbedarf decken, können Sie anschließend anhand der fünf Fragen beantworten.
-
-
Ergebnis
- Zur Berechnung des CO2-Ausstoßes ist die Betrachtung von CO2-Äquivalenten besonders wichtig, da außer CO2, das bei der Produktion und dem Transport der Lebensmittel anfällt, besonders die Treibhausgase Methan und Lachgas aus der Landwirtschaft stammen.
-
Eine Vermeidung der Treibhausgase erreichen Sie durch eine klimaschonende Ernährungsform.
-");
-
-define("TXT_FOOD_SECTION_HELP_BACKGROUND", "
- Hintergrundinformation zur Berechnung
- Energiebedarf: Maßgeblich für die persönlichen ernährungsbedingten Treibhausgasemissionen ist - neben dem Einkaufsverhalten bei Lebensmitteln - der individuelle Energieumsatz. Hier schlägt Sport ausnahmsweise negativ zu Buche: Wer sich in der Freizeit viel bewegt oder eine anstrengende körperliche Tätigkeit ausübt, verbraucht mehr Energie und damit Nahrungsmittel. Darüber hinaus ist der Energiehaushalt von Geschlecht und Alter abhängig. Männer liegen hier generell höher als Frauen, wogegen der Bedarf an Kalorien im Alter eher abnimmt.
- Ernährungsformen: Der Fleischanteil liegt für die angegebenen Ernährungsweisen bei:
- - Fleischbetont: 290 g pro Tag
- - Mischkost: 165 g pro Tag (Durchschnitt)
- - Fleischreduziert: 50 g pro Tag
-
-
Einkaufsverhalten
- Regionale Produkte: Produkte aus der Region enthalten i.d.R. weniger Treibhausgase für den Transport. Insbesondere eingeflogenes Obst und Gemüse verbraucht durchschnittlich 48 mal mehr Treibstoff als Gemüse aus der Region. Der Flugtransport aus Übersee schlägt dabei mit mehr als 10 kg CO2 pro Kilogramm Gemüse zu Buche.
- Saisonale Produkte: Saisonale Produkte wachsen ohne künstliche Wärmezufuhr im Freiland. Gemüse und Obst, das außerhalb der Saison in beheizten Treibhäusern angebaut wird, schneidet bei der Energie- und Emissionsbilanz um das Zehnfache schlechter ab.
- Tiefkühlprodukte: Tiefkühlkost verbraucht einen großen Anteil an Energie für die Lagerung, was wiederum ein höheres Treibhausgasaufkommen mit sich bringt.
- Bio-Produkte: Biologischer Anbau ist die nachhaltigste Form der Landbewirtschaftung mit einer besseren Energie- und CO2-Bilanz gegenüber konventionellem Landbau.
-
-");
-
-define("TXT_FOOD_PERSON_LEGEND", "Meine Person");
-
-define("TXT_FOOD_DETAILS_SEX", ""); //Geschlecht
-define("TXT_FOOD_DETAILS_SEX_MALE", "männlich");
-define("TXT_FOOD_DETAILS_SEX_FEMALE", "weiblich");
-
-define("TXT_FOOD_DETAILS_AGE", "Alter");
-define("TXT_FOOD_DETAILS_WEIGHT", "Gewicht");
-define("TXT_FOOD_DETAILS_ACTIVITY", "Tätigkeit");
-define("TXT_FOOD_DETAILS_SPORT", "Sport");
-define("TXT_FOOD_EATING", "Ernährung");
-
-define("TXT_FOOD_EATING_HABITS_LEGEND", "Meine Ernährung");
-
-define("TXT_FOOD_EATING_HABITS_TYPE", "Ernährungsform");
-define("TXT_FOOD_EATING_HABITS_REGIONAL", "Regionale Produkte");
-define("TXT_FOOD_EATING_HABITS_SEASONAL", "Saisonale Produkte");
-define("TXT_FOOD_EATING_HABITS_FROZENFOOD", "Tiefkühlprodukte");
-define("TXT_FOOD_EATING_HABITS_OEKO", "Bio-Produkte");
-
-
-/**
- * "sonstiger Konsum" 201612_ODD - Ergänzung Monatliche Konsumausgaben
- */
-define("TXT_CONSUMPTION_HEADLINE", "Mein sonstiges Konsumverhalten");
-
-define("TXT_CONSUMPTION_SECTION_HELP", "
- Das persönliche Konsumverhalten macht einen großen Teil Ihrer CO2-Bilanz aus und ist aufgrund der vielen unbekannten Faktoren schwer zu berechnen. Bei vielen Produkten ist es kaum möglich, alle Emissionen mit einzubeziehen, die im Verlauf von Produktion, Transport, Handel und Benutzung anfallen. Deshalb schätzt der CO2-Rechner Ihr generelles Konsumverhalten. Durch einer Vielzahl von weiteren Einflussgrößen, die im CO2-Rechner erfasst worden sind, wird Ihr Konsumverhalten noch detaillierter gewichtet (siehe Hintergrund Info unten).
- Eine Vermeidung der Treibhausgase erreichen Sie durch ein klimaschonendes Konsumverhalten. Beachten Sie hierzu auch die Hintergrund Informationen.
-
Monatliche Konsumausgaben
- Darunter fallen Ausgaben für Bekleidung, Schuhe, Möbel, Haushaltsgeräte und Elektronik, aber auch für Dienstleistungen für Freizeit- und Urlaubsaktivitäten, Gesundheit und Bildung.
-
Ergebnis
- Der CO2-Ausstoß wird durch Gewichtung Ihres Konsumverhaltens berechnet.
-
Eine Vermeidung der Treibhausgase erreichen Sie durch ein klimaschonendes Konsumverhalten.
-
Vermeidung bei anderen erreichen Sie, wenn Sie Ihr Geld klimafreundlich anlegen oder direkt CO2-Emissionen kompensieren.
-");
-
-define("TXT_CONSUMPTION_SECTION_HELP_BACKGROUND", "
-Konsumverhalten
- Kaufverhalten: Durch die Menge an Dingen, die Sie kaufen, bestimmen Sie, ob wenig oder viel Treibhausgas durch die Herstellung und den Transport von Gütern produziert wird.
- Kaufkriterien: Lange Nutzungszeiten für Geräte und ein sparsamer Gebrauch verringern den relativen Energieeinsatz, der für die Herstellung nötig ist. Je länger Sie ein Produkt verwenden, desto mehr amortisiert sich das hierfür verwendete Treibhausgasaufkommen.
- Gebrauchte Gegenstände: Die Nutzungszeit der Gegenstände werden ebenfalls verlängert, wenn Sie gebrauchte Gegenstände weiter nutzen. In second hand Läden oder auch im Internet findet sich ein großes Angebot.
- Hotelübernachtungen: Die Tourismusbranche wächst weltweit dynamisch und ist mit vielfachen Umweltauswirkungen und hohem Energieverbrauch verbunden.
- Ausgaben Konsum: Im Durchschnitt gibt jeder Deutsche 38% seines Nettoeinkommens für Konsumausgaben aus. Bei Geringverdienern sind es 25%, bei überdurchschnittlichem Einkommen 43%. Es besteht ein nachgewiesener Zusammenhang zwischen Ausgaben in den sonstigen Konsum und Verbrauch natürlicher Ressourcen.
-
-
Weitere Einflussgrößen
- Neben den Fragestellungen zur Einstufung Ihres Konsumverhaltens fließen noch folgende Informationen mit ein:
- - der Haustyp in dem Sie wohnen
- - die Anzahl der Personen in Ihrem Haushalt
- - die Wohnfläche in Abhängigkeit zu der Anzahl der Personen
- - die Art und Anzahl Ihrer Fahrzeuge und die Nutzung von CarSharing
-Diese Informationen können den CO2-Ausstoß des persönlichen Konsums vergrößern oder verkleinern.
-
-
Vermeidung bei anderen
- Eine Geldanlage kann sich auf unterschiedlichste Weise auf den weltweiten CO2-Ausstoß auswirken. So kann Ihr Geld zur Finanzierung von Kohlekraftwerken oder zur Finanzierung der Energiewende beitragen, dass liegt ganz in Ihrer Hand.
- Eine Kompensation von CO2 ist über viele Anbieter möglich. Hier werden unterschiedliche Arten von Zertifikaten angeboten. Bitte prüfen Sie die Qualität der Zertifikate genau.
-");
-
-define("TXT_CONSUMPTION_CONSUMER_HABITS", "Kaufverhalten");
-define("TXT_CONSUMPTION_CONSUMER_CRITERIA", "Kaufkriterien");
-define("TXT_CONSUMPTION_HOTEL_VISITS", "Hotelübernachtungen");
-define("TXT_CONSUMPTION_USED_GOODS", "Gebrauchte Gegenstände");
-define("TXT_CONSUMPTION_CF_INVESTMENT", "Klimafreundliche Geldanlage");
-define("TXT_CONSUMPTION_COMPENSATING_EMISSIONS", "Kompensation von CO2");
-define("TXT_CONSUMPTION_MONTHLY_EXPENSE", "Monatliche Konsumausgaben pro Person"); /* 201612_ODD */
-
-/**
- * "Öffentliche Emissionen"
- */
-define("TXT_PERSON_PUBLIC_CONSUMPTION", "Öffentliche Emissionen");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_NOTE", "Nicht nur der einzelne Bürger eines Landes ist für Treibhausgase verantwortlich, auch der Staat verursacht Emissionen. Diese werden gleichmäßig auf alle Einwohner des Landes verteilt und ergeben den Emissions-\"Grundstock\" der persönlichen Bilanz.");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_HELP", "Emissionen entstehen z.B. durch Verwaltung, Organisation des Sozialwesens, Infrastruktur oder Bildung und werden jedem Bürger mit einem gleichen Anteil automatisch zugerechnet. Neben den offiziellen Aufgaben des Staates werden hier zusätzlich Emissionen zur Wasserversorgung sowie Wasser- und Abfallentsorgung berücksichtigt, da diese Dienstleistungen allen Bürgern zur Verfügung stehen. Der Einfluss des Einzelnen ist an dieser Stelle sehr gering.");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_HAUSHALT", "Ihr Anteil");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_EINZELPERSON", "Ihr Anteil");
-
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/languages/it_IT/_values.inc.php b/r41/standard/de/_core/languages/it_IT/_values.inc.php
deleted file mode 100644
index f2d62ad..0000000
--- a/r41/standard/de/_core/languages/it_IT/_values.inc.php
+++ /dev/null
@@ -1,492 +0,0 @@
-
- * @copyright 2007, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-/**
- * "Generale": Unità di misura
- */
-define("TXT_VALUE_FD_UNIT_KG", "kg");
-define("TXT_VALUE_FD_UNIT_KWH", "kWh");
-define("TXT_VALUE_FD_UNIT_LITER", "litri");
-define("TXT_VALUE_FD_UNIT_SRM", "Sm³");
-define("TXT_VALUE_FD_UNIT_STER", "m³ steri");
-
-/**
- * "Abitazione": "Edificio": Form data: "Tipo di edificio"
- */
-define("TXT_VALUE_FD_LIVING_HC_TYPE_MFH", "edificio plurifamiliare");
-define("TXT_VALUE_FD_LIVING_HC_TYPE_RH", "edificio a schiera");
-define("TXT_VALUE_FD_LIVING_HC_TYPE_EFH", "edificio monofamiliare");
-
-/**
- * "Abitazione": "Edificio": Form data: "Natura della proprietà"
- */
-define("TXT_VALUE_FD_LIVING_HC_OWNERSHIP_RENT", "affittuario");
-define("TXT_VALUE_FD_LIVING_HC_OWNERSHIP_OWNER", "proprietario");
-
-/**
- * "Abitazione": "Edificio": Form data: "Anno di costruzione e standard dell´edificio"
- */
-define("TXT_VALUE_FD_LIVING_HC_CY_NN", "sconosciuto");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1978", "prima del 1978 (non risanato)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1983", "1979 - 1983 (non risanato)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1994", "1984 - 1994 (non risanato)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO2001", "1995 - 2001 (non risanato)");
-define("TXT_VALUE_FD_LIVING_HC_CY_LATER2001", "dopo il 2001");
-define("TXT_VALUE_FD_LIVING_HC_CY_NEH", "edificio a basso consumo energetico");
-define("TXT_VALUE_FD_LIVING_HC_CY_PASSIVHAUS", "edificio passivo");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1919_SANIERT", "risanamento energetico globale (anno di costruzione prima del 1919)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1948_SANIERT", "risanamento energetico globale (anno di costruzione 1920 - 1948)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO2001_SANIERT", "risanamento energetico globale (anno di costruzione 1949 - 2001)");
-define("TXT_VALUE_FD_LIVING_HC_CY_ENERGIEPLUS", "edificio attivo");
-define("TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_NEH", "edificio esistente risanato: edificio a basso consumo energetico");
-define("TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_PH", "edificio esistente risanato: edificio passivo");
-
-/**
- * "Abitazione": "Edificio": Form data: "Classi CasaClima" * 201701_ODD KlimaHaus - Klassen
- */
-
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_NN", "sconosciuto"); // sconosciuto
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_G", "G");
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_F", "F");
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_E", "E");
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_D", "D");
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_C", "C");
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_B", "B");
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_A", "A");
-define("TXT_VALUE_FD_LIVING_HC_CY_HK_GOLD", "Gold");
-
-
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Tipologia di riscaldamento"
- */
-define("TXT_VALUE_FD_LIVING_HS_TYPE_NN", "sconosciuta");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS", "gas naturale");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS", "GPL");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL", "olio combustibile (leggero)");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_FERNWAERME", "teleriscaldamento");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STROM", "corrente elettrica");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO", "corrente elettrica verde");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ", "legna a pezzi");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZSCHNITZEL", "cippato di legno");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS", "pellets di legno");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE", "carbone");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE", "tronchetti di lignite");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_SOLARTHERMIE", "solare termico");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_WAERMEPUMPE", "corrente elettrica e pompa di calore");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_WAERMEPUMPE_OEKO", "corrente elettrica verde e pompa di calore");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Impianto di riscaldamento"
- */
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL", "impianto di riscaldamento centralizzato");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL", "impianto di riscaldamento diviso per piani");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL", "impianto di riscaldamento decentralizzato");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Impianto di riscaldamento centralizzato / decentralizzato"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980", "prima del 1980");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980", "dopo il 1980");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995", "dopo il 1995");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005", "dopo il 2005");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT", "caldaia a condensazione");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME", "teleriscaldamento");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE", "pompa di calore");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT", "corrente elettrica");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Utilizzo di fonti energetiche rinnovabili"
- */
-define("TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE", "nessuna");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Abitudini di ventilazione"
- */
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY", "molte finestre rimangono parzialmente aperte tutto il giorno");
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME", "alcune finestre rimangono parzialmente aperte tutto il giorno");
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE", "apertura delle finestre solo al mattino e/o alla sera");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Risanamento"
- */
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER", "vetri ad elevate prestazioni termiche");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH", "coibentazione del tetto");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER", "coibentazione della facciata");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE", "coibentazione del solaio verso cantina");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Acqua calda sanitaria"
- */
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_WASCHEN", "lavare");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN", "fare la doccia");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN", "fare la doccia tutti i giorni");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN", "fare il bagno frequentemente");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Installazioni a basso consumo idrico"
- */
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY", "presenti dappertutto");
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME", "presenti parzialmente");
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE", "non presenti");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Impianto di produzione dell´acqua calda sanitaria"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL", "centralizzato");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL", "decentralizzato");
-
-/**
- * "Abitazione": "Riscaldamento": Form data: "Impianto di produzione dell´acqua calda sanitaria: altri impianti"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR", "impianto solare termico");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE", "pompa di calore elettrica");
-
-
-/**
- * "Abitazione": "Corrente elettrica": Form data: "Corrente elettrica"
- */
-define("TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE", "corrente elettrica, mix da rete");
-define("TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO", "corrente elettrica, mix verde");
-
-/**
- * "Abitazione": "Corrente elettrica": Form data: "Produzione di corrente elettrica"
- */
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_PV", "impianto fotovoltaico");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_WIND", "impianto eolico");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_WATER", "impianto idroelettrico");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_KWK", "cogeneratore");
-
-/**
- * "Abitazione": "Corrente elettrica": Form data: "Consumo di corrente elettrica"
- */
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_NAME", "LED/lampadine a risparmio energetico");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_NAME", "frigorifero");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_NAME", "lavastoviglie");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_NAME", "lavatrice");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_NAME", "asciugatrice");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_NAME", "congelatore");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_NAME", "fornello");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_NAME", "televisore");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_HELP", "");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_NAME", "impianto stereo");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_NAME", "computer");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LAPTOP_NAME", "laptop");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LAPTOP_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_NAME", "climatizzatore");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_NAME", "numero di piccoli elettrodomestici");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_NAME", "pompa di circolazione dell´impianto di riscaldamento");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO", "no");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_SOME", "alcuni");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HALF", "circa la metà");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_MOSTLY", "per la maggior parte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ALL", "tutti");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10", "più di 10 anni");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10", "meno di 10 anni");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS", "apparecchio nuovo ad elevata efficienza energetica (A+, A++, A+++)");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_B", "apparecchio nuovo efficiente (A / B)");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO_OR_GAS", "no o fornello a gas");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ELECTRIC", "fornello elettrico");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_CERAN", "piastre in vetroceramica");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_INDUCTION", "piastre ad induzione");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ONE_UNIT", "1 apparecchio");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_UNITS", "2 apparecchi");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_UNITS", "3+ apparecchi");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ON_PC", "1 PC");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_PCS", "2 PC");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_PCS", "3+ PC");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_100LITER", "100 litri");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_300LITER", "300 litri");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_600LITER", "600 litri");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_FEW", "poco");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NORMAL", "normale");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ALOT", "sopra la media");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HIGH", "alto");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_1980", "prima del 1980");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_1995", "prima del 1995");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_WITH_SWITCH", "nuova, pompa a portata costante");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_ELECTRONIC", "nuova, pompa a portata variabile");
-
-
-
-/**
- * "Mobilità": "Veicoli privati": Form data: "Tipo di veicolo"
- */
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN", "automobile di piccola cilindrata");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE", "automobile di media cilindrata");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE", "automobile di grossa cilindrata");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_CARSHARING", "car-sharing");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV", "automobile ibrida/plug-in (PHEV, Plug-in Hybrid Electric Vehicle)");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV", "automobile elettrica (BEV, Battery-fed Electric Vehicle)");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE", "automobile elettrica con Range Extender");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD", "motocicletta");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER", "motorino con motore a combustione");
-
-/**
- * "Mobilità": "Veicoli privati": Form data: "Tipo di combustibile"
- */
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN", "benzina");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL", "diesel");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL", "biodiesel");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS", "gas naturale");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS", "GPL");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL", "etanolo");
-
-/**
- * "Mobilità": "Mezzi pubblici": Form data: "Mezzi pubblici"
- */
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE", "treno a lunga percorrenza");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE", "treno a breve percorrenza");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV", "mezzo pubblico (autobus, metropolitana, metro)");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH", "bus turistico");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE", "bicicletta");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE", "bicicletta elettrica");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT", "a piedi");
-
-
-/**
- * "Mobilità": "Aereo": Values: "Tipo di volo"
- */
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT", "breve percorrenza");
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE", "media percorrenza");
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG", "lunga percorrenza");
-
-/**
- * "Alimentazione": Form data: "Età"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_17", "meno di 17 anni");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_29", "18-29 anni");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_59", "30-59 anni");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_60", "più di 60 anni");
-
-/**
- * "Alimentazione": Form data: "Tipo di attività"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV", "inattivo");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG", "attività lavorativa sedentaria");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT", "attività lavorativa media");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART", "attività lavorativa pesante");
-
-/**
- * "Alimentazione": Form data: "Sport"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN", "nessuno sport");
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG", "poco sport");
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL", "molto sport");
-
-/**
- * "Alimentazione": Form data: "Tipo di alimentazione"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN", "vegana");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH", "vegetariana");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT", "a basso contenuto di carne");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT", "alimentazione mista");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT", "ad elevato contenuto di carne");
-
-/**
- * "Alimentazione": Form data: "Prodotti regionali"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR", "esclusivamente regionali");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS", "soprattutto regionali");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE", "parzialmente regionali");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG", "occasionalmente regionali");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE", "spesso prodotti importati");
-
-/**
- * "Alimentazione": Form data: "Prodotti stagionali"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR", "esclusivamente");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS", "soprattutto");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE", "circa la metà");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG", "occasionalmente");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE", "non me ne curo");
-
-/**
- * "Alimentazione": Form data: "Prodotti surgelati"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE", "mai");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH", "occasionalmente");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE", "2-3 volte alla settimana");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH", "tutti i giorni");
-
-/**
- * "Alimentazione": Form data: "Prodotti ecologici"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT", "per la maggior parte");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE", "parzialmente");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE", "per niente");
-
-/**
- * "Abitudini di consumo": Form data: "Predisposizione al consumo"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM", "risparmiatore");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH", "medio");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG", "spendaccione");
-
-/**
- * "Abitudini di consumo": Form data: "Criteri di acquisto"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG", "durabilità");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION", "funzionalità");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS", "basso costo");
-
-/**
- * "Abitudini di consumo": Form data: "Pernottamenti in hotel"
- */
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE", "nessuno");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI", "meno di 2 settimane all´anno");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER", "2-4 settimane all´anno");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER", "più di 4 settimane all´anno");
-
-/**
- * "Abitudini di consumo": Form data: "Oggetti usati"
- */
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE", "mai");
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL", "occasionalmente");
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT", "spesso");
-
-/**
- * "Abitudini di consumo": Form data: "Donazioni in denaro per finalità ambientali"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_KEINE", "nessuna donazione in denaro");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_KEINE_CF", "nessuna donazione in denaro per finalità ambientali");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_TEILWEISE", "occasionali donazioni in denaro per finalità ambientali");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_NUR", "frequenti donazioni in denaro per finalità ambientali");
-
-/**
- * "Abitudini di consumo": Form data: "Tipo di abitazione"
- */
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH", "edificio plurifamiliare");
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH", "edificio a schiera");
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH", "edificio monofamiliare");
-
-/**
- * "Abitudini di consumo": Form data: "Veicoli"
- */
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_NONE", "nessuna automobile");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_KLEIN", "automobile di piccola cilindrata");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_MITTEL", "automobile di media cilindrata");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER1", "automobile di grossa cilindrata");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER2", "automobile di grossissima cilindrata");
-
-
-/**
- * "Abitudini di consumo": Form data: "Spese" 201612_ODD
- */
-define("TXT_VALUE_FD_CONSUM_EXPENSE_OVERAVERAGE", "più di 1600 €");
-define("TXT_VALUE_FD_CONSUM_EXPENSE", "meno di 1600 €");
-define("TXT_VALUE_FD_CONSUM_EXPENSE_UNDERAV1", "più di 1100 €");
-define("TXT_VALUE_FD_CONSUM_EXPENSE_UNDERAV2", "più di 850 €");
-define("TXT_VALUE_FD_CONSUM_EXPENSE_UNDERAV3", "più di 650 €");
-define("TXT_VALUE_FD_CONSUM_EXPENSE_UNDERAV4", "più di 500 €");
-define("TXT_VALUE_FD_CONSUM_EXPENSE_UNDERAV5", "più di 400 €");
-define("TXT_VALUE_FD_CONSUM_EXPENSE_LOWEST", "meno di 300 €");
-
-
-
-/* Szenario */
-
-/**
- * "Riscaldamento": Form data: "Per la protezione del clima, io mi impegno a..."
- */
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_2KWP", "Impianto fotovoltaico 20m2 (ca. 2 kWp e 2.000 kWh)");
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_4KWP", "Impianto fotovoltaico 40m2 (ca. 4 kWp e 4.000 kWh)");
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_6KWP", "Impianto fotovoltaico 60m2 (ca. 6 kWp e 6.000 kWh)");
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_WIND_5KW", "Impianto minieolico (5kW e ca. 5.000 kWh)");
-
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE", "Io approvo le misure di incentivazione statale che mirano ad incrementale il livello di efficienza energetica degli edifici esistenti nei prossimi 20-30 anni.");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP", "TBD indicazione sull´origine dei dati");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME", "Io approvo, che non solo per gli edifici di nuova costruzione, ma anche per i risanamenti venga prescritta una quota minima di copertura da fonti rinnovabili.");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP", "");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE", "Lei sarebbe disposto in futuro a diminuire la superficie abitativa della Sua abitazione oppure a ridurre la temperatura interna di 1°C?");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP", "");
-
-/**
- * "Energia elettrica": Form data: "Per la protezione del clima, io mi impegno a..."
- */
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE", "Io supporto l´obbiettivo della transizione energetica e accetto una trasformazione delle infrastrutture. Impianti eolici, linee ferroviarie, reti e accumuli per corrente elettrica e termica.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP", "");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS", "Io accetto un incremento del prezzo dell´energia elettrica che corrisponda al vero costo ambientale e sono disposto a spendere di più per la riuscita della transizione energetica.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP", "");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH", "Io approvo le misure normative per l´incremento dell´efficienza energetica delle apparecchiature elettriche, approvo l´etichettatura energetica trasparente e i miei acquisti sono diretti verso apparecchi elettrici sempre più efficienti.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP", "");
-
-/**
- * "Mobilità": Form data: "Per la protezione del clima, io mi impegno a..."
- */
-define("TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI", "Io supporto l´incentivazione della mobilità sostenibile a piedi e in bicicletta, attraverso la limitazione del traffico nei centri cittadini e relativi investimenti nelle infrastrutture. I mezzi di trasporto sostenibili dovrebbero avere la precedenza nella viabilità stradale.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT", "Io accetto che vengano introdotte maggiori misure legislative per la diminuzione dell´impatto ambientale della mobilità individuale, come ad esempio standard più restrittivi per le emissioni di CO2, incentivazione dei mezzi di trasporto elettrici, anche se questo può portare a costi maggiori per la mobilità individuale.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN", "Io utilizzo sempre di più i mezzi pubblici e le possibilità offerte dal car-sharing, secondo il motto utilizzare e non possedere.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS", "I prezzi del trasporto aereo devono essere adeguati al reale costo ambientale.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER", "Io sono d’accordo che per il raggiungimento degli obiettivi di protezione del clima il prezzo dei combustibili fossili deve essere incrementato.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ", "Io promuovo un rallentamento della mobilità: ad esempio accetto un limite di velocità più restrittivo sulle autostrade, prediligo le escursioni nella mia località e per i viaggi più lunghi utilizzo mezzi per la mobilità sostenibile.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ_HELP", "");
-
-
-/**
- * "Alimentazione": Form data: "Per la protezione del clima, io mi impegno a..."
- */
-define("TXT_SC_FOOD_ACCEPTANCE_POLITICAL", "In futuro richiederò sempre di più prodotti alimentari che sono stati prodotti seguendo degli standard di basso impatto ambientale anche sostenendo un maggior costo. Io approvo le misure legislative per l´incentivazione della diffusione dell´agricoltura biologica e biodinamica.");
-define("TXT_SC_FOOD_ACCEPTANCE_POLITICAL_HELP", "");
-define("TXT_SC_FOOD_ACCEPTANCE_WASTE", "Io sono pronto a ridurre la quantità di rifiuti alimentari evitabili, attraverso una migliore pianificazione degli acquisti, una maggiore attenzione alla conservazione degli alimenti e dando in donazione il cibo in eccesso.");
-define("TXT_SC_FOOD_ACCEPTANCE_WASTE_HELP", "");
-define("TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC", "Io mi impegno per diffondere il concetto di alimentazione a basso impatto tra i miei conoscenti, preferisco un´alimentazione ad elevato contenuto di prodotti di origine vegetale ed accetto un incremento del costo dei prodotti alimentari di origine animale.");
-define("TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC_HELP", "");
-
-/**
- * "Consumo": Form data: "Per la protezione del clima, io mi impegno a..."
- */
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_01", "Io supporto l´introduzione e la verifica di elevati standard ambientali per i prodotti a livello internazionale e sono pronto a modificare le mie abitudini di acquisto, prediligendo prodotti e servizi durevoli e sostenibili.");
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_01_HELP", "");
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_02", "Per quanto mi riguarda, assume sempre più importanza il ben essere, non il benessere economico.");
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_02_HELP", "");
-
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/languages/it_IT/index.inc.php b/r41/standard/de/_core/languages/it_IT/index.inc.php
deleted file mode 100644
index 31991b3..0000000
--- a/r41/standard/de/_core/languages/it_IT/index.inc.php
+++ /dev/null
@@ -1,194 +0,0 @@
-
- * @copyright 2015, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-/**
- * "Global": Navigation
- */
-
-define("TXT_NAV_CALCULATOR", "La mia impronta di CO2");
-define("TXT_NAV_CALCULATOR_BYLINE", "Calcola la tua impronta di CO2");
-
-define("TXT_NAV_SCENARIO", "Il mio scenario di CO2");
-define("TXT_NAV_SCENARIO_BYLINE", "Ottimizza il bilancio di CO2 futuro");
-
-define("TXT_NAV_HELP_AND_INFO", "Info");
-define("TXT_NAV_HELP_AND_INFO_BG", "Indicazioni per il calcolo");
-
-define("TXT_NAV_START", "Inizio");
-define("TXT_NAV_HEIZUNG", "Riscaldamento");
-define("TXT_NAV_STROM", "Energia elettrica");
-define("TXT_NAV_MOBILITAET", "Mobilità");
-define("TXT_NAV_MOBILITAET_CARS", "Veicoli");
-define("TXT_NAV_MOBILITAET_TRAVEL", "Viaggi e spostamenti");
-define("TXT_NAV_MOBILITAET_FLIGHT", "Viaggi aerei");
-define("TXT_NAV_ERNAEHURNG", "Alimentazione");
-define("TXT_NAV_KONSUM", "Altri consumi");
-define("TXT_NAV_PUBLIC_CONSUMPTION", "Emissioni di base");
-define("TXT_NAV_FOOTPRINT", "Il mio risultato");
-define("TXT_NAV_OFFSET", "Compensazione");
-
-define("TXT_NAV_SETTINGS", "Il mio profilo");
-define("TXT_NAV_START_CALC", "Vai al bilancio di CO2");
-define("TXT_NAV_ABBRECHEN", "Interrompi");
-
-define("TXT_NAV_MANUAL", "Manuale d´istruzione");
-define("TXT_NAV_BACKGROUND", "Basi di calcolo");
-define("TXT_NAV_PRIVACY_POLICY", "Condizioni di utilizzo");
-define("TXT_NAV_IMPRESSUM", "Colofone");
-define("TXT_NAV_PICTURE_CREDITS", "Crediti immagini");
-define("TXT_NAV_PRINT_PAGE", "Stampa");
-define("TXT_NAV_FOOTER_POWERED_BY", "Powered by ");
-
-define("TXT_NAV_BOOKMARK", "Salva il calcolo");
-define("TXT_NAV_ACCOUNT", "Account");
-define("TXT_NAV_SAVE_CHANGES", "Salva le modifiche");
-define("TXT_NAV_LOGOUT","Log out");
-
-
-/**
- * "Global": Footer Navigation
- */
-// define("TXT_NAV_BOTTOM_SCHRITT", "Passo");
-// define("TXT_NAV_BOTTOM_VON", "da");
-
-
-define("TXT_NAV_BOTTOM_OVERVIEW", "Vai al bilancio");
-define("TXT_NAV_BOTTOM_REFRESH", "Aggiorna");
-define("TXT_NAV_BOTTOM_ZURUECK", "Indietro");
-define("TXT_NAV_BOTTOM_WEITER", "Avanti");
-define("TXT_NAV_BOTTOM_BACK_INTRO", "Home");
-define("TXT_NAV_BOTTOM_START_CALCULATION", "Inizia a calcolare il bilancio di CO2");
-define("TXT_NAV_BOTTOM_START_SCENARIO", "Inizia a calcolare lo scenario di CO2");
-
-define("TXT_NAV_REFRESH", "Aggiorna");
-define("TXT_NAV_RESET", "Inizia con i valori predefiniti");
-
-
-/**
- * "Global": Periodi di tempo
- */
-define("TXT_TIME_PERIOD_TD", "Oggi");
-define("TXT_TIME_PERIOD_TD_DD", "Media");
-define("TXT_TIME_PERIOD_ST", "A breve termine");
-define("TXT_TIME_PERIOD_MT", "A medio termine");
-define("TXT_TIME_PERIOD_LT", "Germania 2050");
-
-
-/**
- * "Global": Lingue
- */
-$txt_language['de_DE'] = "DE";
-$txt_language['de_IT'] = "DE";
-$txt_language['en_GB'] = "EN";
-$txt_language['tr_TR'] = "TR";
-$txt_language['it_IT'] = "IT";
-
-/**
- * "Global": Termini usati di frequente
- */
-define("TXT_RESULT_CO2", "Impatto di CO2");
-define("TXT_RESULT_DURCHSCHNITT", "Media");
-define("TXT_RESULT_SELF", "Emissioni evitate");
-define("TXT_RESULT_OTHER", "Emissioni evitate da altri");
-define("TXT_RESULT_TOOLTIP_CURRENT_VALUE", "Valore attuale");
-define("TXT_RESULT_TOOLTIP_LAST_VALUE", "Ultimo valore");
-define("TXT_RESULT_TOOLTIP_VALUE_CHANGE", "Modifica");
-
-define("TXT_RESULT", "Risultato");
-
-define("TXT_FURTHER_INFORMATION", "Ulteriori informazioni");
-define("TXT_CLOSE_HELP", "Chiudi ");
-define("TXT_OK", "OK");
-define("TXT_NOTE", "Nota");
-define("TXT_PLEASE_SELECT", "Prego selezionare");
-define("TXT_CALCULATE", "Calcola");
-define("TXT_AMOUNT", "Numero");
-define("TXT_YES", "Si");
-define("TXT_NO", "No");
-define("TXT_NO_OPINION", "Nessuna opinione");
-define("TXT_NONE", "Nessuna");
-define("TXT_FROM", "da");
-define("TXT_STEP", "Passo");
-define("TXT_OF", "di");
-define("TXT_DELETE", "Cancella");
-define("TXT_CHANGE", "Modifica");
-define("TXT_CLOSE", "Chiudi");
-define("TXT_HOURS", "Ore");
-define("TXT_YEAR", "Anno");
-define("TXT_LAST_MODIFIED", "Ultima modifica:");
-define("TXT_KILOMETER", "km");
-define("TXT_TONNEN_CO2", "Tonnellate CO2e");
-
-
-/**
- * "Global": Chart
- */
-define("TXT_CHART_VALUE_AXIS", "CO2 equivalente [t/anno]"); // !!! Keine HTML tags verwenden
-define("TXT_CHART_VALUE_AXIS_CO2", "Impatto di CO2"); // !!! Keine HTML tags verwenden
-define("TXT_CHART_VALUE_AXIS_CO2_AND_SELF", "Impatto di CO2 & ".TXT_RESULT_SELF); // !!! Keine HTML tags verwenden
-define("TXT_CHART_VALUE_AXIS_CO2_DD", "Media"); // !!! Keine HTML tags verwenden
-
-define("TXT_CHART_LIVING_HS", "Riscaldamento");
-define("TXT_CHART_LIVING_PT", "Energia elettrica");
-
-define("TXT_CHART_LIVING", "Riscaldamento & energia elettrica");
-define("TXT_CHART_LIVING_SELF", TXT_RESULT_SELF."
Riscaldamento & energia elettrica");
-define("TXT_CHART_LIVING_OTHER", TXT_RESULT_OTHER."
Riscaldamento & energia elettrica");
-
-define("TXT_CHART_MOBILITY_AIR", "Viaggi aerei");
-define("TXT_CHART_MOBILITY_TRAVEL", "Viaggi e spostamenti");
-
-define("TXT_CHART_MOBILITY", "Mobilità");
-define("TXT_CHART_MOBILITY_SELF", TXT_RESULT_SELF."
Mobilità");
-define("TXT_CHART_MOBILITY_OTHER", TXT_RESULT_OTHER."
Mobilità");
-
-define("TXT_CHART_FOOD", "Alimentazione");
-define("TXT_CHART_FOOD_SELF", TXT_RESULT_SELF."
Alimentazione");
-define("TXT_CHART_CONSUMPTION", "Altri consumi");
-define("TXT_CHART_CONSUMPTION_SELF", TXT_RESULT_SELF."
Altri consumi");
-define("TXT_CHART_CONSUMPTION_OTHER", TXT_RESULT_OTHER."
Altri consumi");
-
-define("TXT_CHART_PUBLIC_CONSUMPTION", "Emissioni di base");
-define("TXT_CHART_PUBLIC_CONSUMPTION_SELF", TXT_RESULT_SELF."
Emissioni di base");
-
-define("TXT_CHART_QUOTA", "Ridurre del 95%");
-define("TXT_CHART_QUOTA_2", "Evitare il 95%");
-
-define("TXT_CHART_LEGEND_QUOTA", "Obiettivi di protezione del clima");
-define("TXT_CHART_LEGEND_QUOTA_D", "Ridurre del 95% le emissioni di gas serra");
-define("TXT_CHART_LEGEND_QUOTA_2", "Evitare il 95% delle emissioni di gas serra");
-
-
-/**
- * "Global": Javascript Meldungen
- */
-define("TXT_JS_RESET_DEFAULTS", "Tutti gli inserimenti fatti finora saranno cancellati e saranno ripristinati i valori predefiniti.
Continuare?");
-define("TXT_JS_COOKIE_NOTICE", "Il calcolatore di CO2 necessita di Cookies per l´elaborazione. Se si prosegue con il calcolatore di CO2 si accetta che vengano utilizzati");
-
-
-/**
- * "Local": Lokale Berechnung für Kommunen. Bsp. Tübingen
- */
-define("TXT_LIVING_HS_PT_LOCAL_FACTOR_STROM", "Come cliente della Società Elettrica, il Suo consumo di energia elettrica causa %s emissioni di CO2");
-define("TXT_LIVING_HS_PT_LOCAL_FACTOR_STROMOEKO", "Come cliente della Società Elettrica, il Suo consumo di energia elettrica verde causa %s emissioni di CO2");
-
-
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/temp_lang_de/_section.inc.php b/r41/standard/de/_core/temp_lang_de/_section.inc.php
deleted file mode 100644
index 9979ffb..0000000
--- a/r41/standard/de/_core/temp_lang_de/_section.inc.php
+++ /dev/null
@@ -1,575 +0,0 @@
-
- * \"
- *
- * @package LanguageGerman
- * @filesource
- * @author Jochen Seiter
- * @copyright 2015, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-/**
- * "Start"
- */
-define("TXT_START_HEADLINE", "Meine CO2-Bilanz");
-
-define("TXT_START_CONTENT", "
-In der CO2-Bilanz werden verschiedene Bereiche Ihres Lebens von der Heizung bis hin zum sonstigen Konsum betrachtet. Berechnet wird nicht nur Ihr CO2-Ausstoß, sondern auch das, was Sie bei sich selbst oder bei anderen vermeiden.
-");
-//Zur Erfassung können Sie auch jederzeit in den oben aufgelisteten Bereichen hin und herspringen.
-
-define("TXT_START_CONTENT_RESULT_CO2", "
- Der persönliche CO2-Ausstoß zeigt Ihnen wie viel Tonnen CO2-Äquivalente bei Ihrem heutigen Lebensstil ausgestoßen werden.
- Neben CO2 werden die Treibhausgase Methan und Lachgas berücksichtigt, die mit der entsprechenden Klimawirkung in CO2-Äquivalente umgerechnet werden. Außerdem wird die zusätzliche Klimawirksamkeit des Fliegens berücksichtigt.
- Um diesen einordnen zu können, wird Ihnen zum Vergleich auch immer der deutsche Durchschnitt angezeigt.
-");
-
-define("TXT_START_CONTENT_RESULT_SELF", "
- Die Vermeidung zeigt Ihnen um wie viel Tonnen CO2 Sie bereits heute Ihren persönlichen CO2-Ausstoß durch klimafreundliche Lebensgewohnheiten reduzieren.
- Beispiele für eine Vermeidung sind z.B. Effizienz beim Heizen oder Stromverbrauch, die Nutzung öffentlicher Verkehrsmittel oder eine fleischreduziert Ernährung.
-");
-
-define("TXT_START_CONTENT_RESULT_OTHER", "
- Die Vermeidung bei anderen zeigt Ihnen, wie Sie dazu beitragen, den CO2-Ausstoß in Deutschland aber auch weltweit zu reduzieren.
- Die Vermeidung bei anderen könnte zum Beispiel die Einspeisung des Stroms aus Ihrer Photovoltaik Anlage sein (Bereich Strom) oder Ihr finanzielles Engagement bei klimafreundlichen Geldanlagen (Bereich sonstiger Konsum).
- Hinweis: Eine Vermeidung bei anderen ist nicht in jeder Kategorie möglich.
-");
-
-define("TXT_START_CONTENT_OPEN_CHART", "Einen ersten Eindruck über Ihre CO2-Bilanz erhalten Sie hier.");
-
-define("TXT_START_CONTENT_CHART_COMPARE_CO2", "CO2-Ausstoß im Vergleich");
-define("TXT_START_CONTENT_CHART_AVOIDANCES", "Vermeidungen");
-define("TXT_START_CONTENT_CHART_AVOIDANCES_NA", "Sie haben bisher noch keine Vermeidungen erzielt.");
-
-
-/**
- * "Mein Ergebnis"
- */
-define("TXT_FOOTPRINT_HEADLINE", "Mein Ergebnis");
-
-define("TXT_FOOTPRINT_CHART_COMPARE", "im Vergleich");
-define("TXT_FOOTPRINT_CHART_COMPLETE", "mit Vermeidung");
-
-define("TXT_FOOTPRINT_TEXT_AFTER_RESULT_TABLE", "Wie Sie Ihre CO2-Bilanz für die Zukunft optimieren erfahren Sie in Mein CO2-Szenario.
");
-
-
-/**
- * "Profil"
- */
-define("TXT_PERSON_AMOUNT", "Personen im Haushalt");
-define("TXT_PERSON_AMOUNT_NOTE", "Anzahl der Personen im Haushalt");
-define("TXT_PERSON_AMOUNT_HELP", "");
-define("TXT_PERSON_CAR_AMOUNT", "Haben Sie ein Auto?");
-define("TXT_PERSON_USE_OEPNV", "Nutzung öffentlicher Verkehrsmittel?");
-
-
-/**
- * "Zuhause": Heizung
- */
-define("TXT_LIVING_HS_HEADLINE", "Heizung"); //Heizung
-
-define("TXT_LIVING_HS_SECTION_HELP", "
- Starten Sie die CO2-Bilanz mit Angaben über Ihren Haushalt.
-
Mit wieviel Personen und auf welcher Wohnfläche teilen Sie sich Ihre Wohnung oder Ihr Haus? Diese Angaben sind wichtig, da der aus den Jahresverbräuchen berechnete CO2-Ausstoß und die Vermeidungen später auf die Personen aufgeteilt werden.
-
Wählen Sie die Art der Heizung über den Energieträger aus.
-
Den Jahresverbrauch können Sie auf Ihrer Nebenkostenabrechnung oder auf der Jahresabrechnung Ihres Energieversorgers finden. Falls Sie diese gerade nicht zur Hand haben, können Sie auch über Abfragen Ihren Verbrauch schätzen lassen.
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus Verbrennung von fossilen Energieträgern und aus vorgelagerten Prozessen.
-
Die Vermeidung berechnet sich über erneuerbare Energieträgern und Energieeffizienz.
- ");
-
-define("TXT_LIVING_HS_SECTION_HELP_BACKGROUND", "
-Hilfe zur Erfassung
-Haustyp: Für Einfamilienhäuser wird im Vergleich zu Reihenhäusern und Mehrfamilienhäusern durch den hohen Anteil an Außenflächen mehr Heizenergie benötigt. Diese Angabe benötigen wir zur Verbrauchsschätzung.
-Der Haustyp dient auch als Indikator für die Berechnung des sonstigen Konsums.
-Besitzverhältnisse: Diese Information hat keinen Einfluss auf die Berechnung, sondern spielt bei den weiterführenden Tipps am Ende eine Rolle.
-
Wohnfläche:Wenn Sie Ihre durchschnittliche Wohnfläche nicht kennen, helfen Ihnen vielleicht diese statistischen Angaben:
-
- - 1-P-Haushalte: 63 m²
- - 2-P-Haushalte: 87 m²
- - 3-P-Haushalte und mehr: 106 m²
-
-Quelle: Statistisches Bundesamt (2006)
-Baujahr / Standard des Hauses: Das Baujahr und der Standard des Wohnhauses sind wichtig für den energetischen Stand eines Gebäudes. Bei einer Schätzung des Energiebedarfs werden diese Angaben verwendet.
-Wenn Ihr Haus bereits energetisch renoviert worden ist, finden Sie auch hier den passenden Standard.
-
-
Hintergrundinformation zur Berechnung
-CO2-Ausstoß:
-Der CO2-Austoß berechnet sich u. a. aus der Verbrennung fossiler Energieträger. Der CO2-Rechner berücksichtigt hierbei auch die Vorkette, also der CO2-Ausstoß der bei der Gewinnung, dem Transport, der Produktion oder aufgrund von Verlusten entsteht. Hierzu gehört natürlich auch Vorkette von erneuerbaren Energieträgern, z. B. die Produktion einer Solarthermieanlage.
-Vermeidung:
-Zur Berechnung der Vermeidung werden der Einsatz von erneuerbaren Energieträgern und die Energieeffizienz bewertet. Wenn Sie erneuerbare Energie als Wärmequelle nutzen, berechnet sich die Vermeidung aufgrund des nicht verbrannten fossilen Energieträgers.
-Zusätzlich kann Ihnen die Effizienz als Vermeidung angerechnet werden. Verbrauchen Sie in der Summe weniger Wärmeenergie als in einem durchschnittlichen Gebäude gleichen Haustyps verbraucht werden würde, dann wird die Vermeidung des nicht verbrannten fossilen Energieträgers berechnet.
-
-");
-
-define("TXT_LIVING_HS_WOHNVERHAELTNIS", "Mein Haushalt"); //Wohnverhältnis
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_HAUSTYP", "Haustyp");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BESITZ", ""); // Besitzverhältnisse
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_WOHNFLAECHE", "Wohnfläche");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BAUJAHR", "Baujahr bzw. Standard des Hauses");
-
-define("TXT_LIVING_HS_HAUPTHEIZUNG", "Heizung"); //Haupt-Heizung
-define("TXT_LIVING_HS_HEIZUNG", "Heizung");
-define("TXT_LIVING_HS_HEIZUNG_ART", "Art der Heizung");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH", "Jahresverbrauch"); // Ermittlung des Verbrauchs
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_NOTE",""); /* Falls Ihnen der jährliche Energieverbrauch Ihrer Heizung nicht bekannt ist,
-wählen Sie bitte \"Wert schätzen\". */
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_BEKANNT", "Wert bekannt");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_SCHAETZEN", "Wert schätzen");
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH", ""); //Energieverbrauch
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH_JAHR", "Jahr");
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH_SCHAETZEN", "Jahresverbrauch schätzen");
-
-define("TXT_LIVING_HS_HEIZUNG_2", "Weitere Heizung");
-define("TXT_LIVING_HS_HEIZUNG_2_NOTE", " Haben Sie noch einen zusätzlichen Ofen, eine Solaranlage oder eine sonstige Wärmequelle?"); //Falls Sie weitere Heizungen in Ihrem Haushalt betreiben, können Sie diese hier erfassen.
-
-
-/**
- * "Zuhause": Heizung schätzen
- */
-define("TXT_LIVING_HS_ESTIMATE_HEADLINE", "Heizung schätzen");
-
-define("TXT_LIVING_HS_ESTIMATE_SECTION_HELP", "
-Heizung
-Art der Heizung: Mit welchem Energieträger betreiben Sie Ihre Hauptheizung?
-Besonderheit Wärmepumpe: Wenn Sie eine Wärmepumpe einsetzen, wählen Sie bitte Strom als Energieträger aus. Eine Verbrauchschätzung ist in diesem Falle nicht möglich, da der Stromverbrauch der Wärmepumpe sich nicht aus dem Wärmebedarf des Hauses ableiten lässt.
-
-Heizungssystem: Wird ihr Haushalt zentral durch eine Heizung beheizt oder werden die Wohnungen bzw. Etagen mit Etagenheizung beheizt oder heizen Sie ihre Zimmer durch Einzelheizungen.
-Welches Baujahr hat Ihre Zentralheizung oder ist bei Ihnen eine effiziente Brennwerttechnik im Einsatz?
-
-Warmwasserbereitung: Der Warmwasserverbrauch liegt durchschnittlich bei 40 l pro Person und Tag.
-Wird in Ihrem Haushalt das Wasser durch eine zentrale Warmwasserbereitung erwärmt (beispielsweise durch die Zentralheizung) oder wird das Wasser dezentral (Boiler im Badezimmer) erwärmt?
-Solarthermische Warmwasserbereitung spart durchschnittlich 50 % der Energie zur Warmwasserbereitung.
-Spararmaturen im ganzen Haushalt reduzieren den Warmwasserverbrauch.
-
-Lebensgewohnheiten
-Lüftgewohnheiten: Durch falsches Lüften geht viel Energie verloren, so fallen höhere Treibhausgasemissionen an. Kurzes Stoßlüften bei abgedrehter Heizung ist wesentlich effizienter als ein über lange Zeit gekipptes Fenster.
-Raumtemperatur: Schon durch das Absenken der Zimmertemperatur um nur ein Grad kann einiges an Heizkosten und CO2e-Emissionen eingespart werden.
-");
-
-define("TXT_LIVING_HS_ESTIMATE_LEGEND_GEBAEUDEHEIZUNG", "Angaben zur Gebäudeheizung");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM", "Heizungssystem");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL_HELP", "");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_ADDITIONAL_RENEWABLE_ENERGY", "zusätzlicher Einsatz von erneuerbaren Energieträgern");
-define("TXT_LIVING_HS_ESTIMATE_ADDITIONAL_RENEWABLE_ENERGY_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_AVG_ROOM_TEMP", "durchschnittliche Raumtemperatur");
-define("TXT_LIVING_HS_ESTIMATE_AVG_ROOM_TEMP_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_AIRING_HABITS", "Lüft-Gewohnheiten");
-define("TXT_LIVING_HS_ESTIMATE_AIRING_HABITS_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_INSULATING_STANDARD", "Nachträgliche Modernisierung");
-define("TXT_LIVING_HS_ESTIMATE_INSULATING_STANDARD_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_LEGEND_WARMWATER", "Angaben zur Warmwasserbereitung");
-
-define("TXT_LIVING_HS_ESTIMATE_WARMWATER_CONSUMPTION", "persönlicher Warmwasserverbrauch");
-define("TXT_LIVING_HS_ESTIMATE_WARMWATER_CONSUMPTION_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_SAVING_FITTINGS", "Spararmaturen");
-define("TXT_LIVING_HS_ESTIMATE_SAVING_FITTINGS_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER", "Warmwasserbereitung");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_ZENTRAL", "zentral");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_ZENTRAL_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_SPEC_DEZENTRAL", "Energieträger Warmwasserbereitung");
-
-define("TXT_LIVING_HS_ESTIMATE_VERBRAUCH_BERECHNEN", "Verbrauch berechnen");
-
-
-/**
- * "Zuhause": Strom
- */
-define("TXT_LIVING_PT_HEADLINE", "Strom");
-
-define("TXT_LIVING_PT_SECTION_HELP", "
- Ergänzen Sie nun Ihre Angaben um den Strombezug und (falls vorhanden) Ihre eigene Stromerzeugung.
-
Für Ihre CO2-Bilanz wird unterschieden zwischen konventionellem Strom (Strommix Deutschland) und Ökostrom. Wie bei der Heizung wird der CO2-Ausstoß Ihres gesamten Stromverbrauchs durch die Anzahl der Personen aufgeteilt.
-
Den Jahresverbrauch finden Sie i. d. Regel auf der Rechnung Ihres Stromlieferanten. Falls Sie diese gerade nicht zur Hand haben, können Sie diesen Wert auch über einige Abfragen schätzen lassen.
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus Verbrennung von fossilen Energieträgern zur Stromerzeugung und aus den vorgelagerten Prozessen. Zu den vorgelagerten Prozessen gehört zum Beispiel der Abbau von Kohle oder auch der Bau einer Windkraftanlage.
-
Ihr Beitrag zur Energiewende wird bei der Vermeidung und bei der Vermeidung bei anderen berechnet.
-
Die Vermeidung berechnet sich aus selbstproduziertem und -genutztem Ökostrom und aus überdurchschnittlicher Energieeffizienz.
-
Sie vermeiden bei anderen wenn Ihren erzeugten Strom in das Netz einspeisen.
- ");
-
-define("TXT_LIVING_PT_SECTION_HELP_BACKGROUND", "
- Hilfe zur Erfassung
- Besonderheit Ökostrom:
- Falls Sie Ökostrom beziehen, achten Sie auf eine Zertifizierung des Ökostroms. Beispiel hierfür ist das GSL Label oder das OK-Power Label. Bei anderen Labels prüfen Sie die Zusätzlichkeit des Ökostroms, d. h. wird mit dem Produkt ein adäquater Zubau von Anlagen zur regenerativen Stromerzeugung vorangetrieben.
-
-
Hintergrundinformation zur Berechnung
- CO2-Ausstoß beim Strom erfolgt indirekt durch die Stromerzeugung. Dieser unterscheidet sich, je nachdem, was für einen Strommix Sie von ihrem Stromlieferanten beziehen. Um die Vergleichbarkeit zu gewährleisten und um Regionen weder zu bevor- oder zu benachteiligen, gehen wir im CO2-Rechner grundsätzlich von einem durchschnittlichen deutschen Strommix aus, der sich aus fossiler, nuklearer und erneuerbarer Stromerzeugung zusammensetzt.
- Der CO2-Rechner berücksichtigt hierbei auch die Vorkette, also der CO2-Ausstoß der bei der Gewinnung, dem Transport, der Produktion oder aufgrund von Verlusten entsteht.
- Da der Strommix in Deutschland einen jährlich stärker schwankenden Kohle- und Atomanteil hat, wird der Faktor für Strom über die letzten drei verfügbaren Jahre gemittelt.
- Im Falle der Nutzung von Ökostrom wird nur die Vorkette (z. B. der Bau eines Wasserkraftwerks) berücksichtigt.
- Vermeidung: Zur Berechnung der Vermeidung werden der Einsatz von erneuerbaren Energieträgern und die Energieeffizienz bewertet. Wenn Sie also erneuerbaren Strom selbst produzieren und auch nutzen, berechnet sich die Vermeidung aufgrund des nicht genutzten durchschnittlichen deutschen Strommix.
- Verbrauchen Sie weniger Strom als ein durchschnittlicher Haushalt gleicher Größe, wird Ihnen diese Effizienz auch noch durch den vermiedenen Strom ausgewiesen.
- Vermeidung bei anderen: Ihr Beitrag zum Ausbau der erneuerbaren Energien wird in der Rubrik Vermeidung bei anderen berechnet. Hierzu gehört der von Ihnen eingespeiste Strom aus einer Photovoltaik oder KWK Anlage, für den Sie eine Einspeisevergütung erhalten.
- ");
-
-define("TXT_LIVING_PT_STROM", "Strombezug");
-define("TXT_LIVING_PT_STROMBEZUG", ""); // Strombezug
-define("TXT_LIVING_PT_STROMBEZUG_HELP", "");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH", "Jahresverbrauch"); // Ermittlung des Verbrauchs
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_HELP", "");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_NOTE", ""); /* Falls Ihnen Ihr jährlicher Stromverbrauch nicht bekannt ist, wählen Sie bitte \"Wert schätzen\". */
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_BEKANNT", "Wert bekannt");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_SCHAETZEN", "Wert schätzen");
-define("TXT_LIVING_PT_STROM_VERBRAUCH", ""); // Energieverbrauch
-define("TXT_LIVING_PT_STROM_VERBRAUCH_HELP", "");
-define("TXT_LIVING_PT_STROM_VERBRAUCH_KWH", "kWh/Jahr");
-define("TXT_LIVING_PT_STROM_VERBRAUCH_SCHAETZEN", "Jahresverbrauch schätzen");
-
-define("TXT_LIVING_PT_STROMERZEUGUNG_NOTE", " Haben Sie eine Photovoltaikanlage oder eine sonstige eigene Stromerzeugung?"); //Falls Sie selbst Strom erzeugen können Sie dies hier erfassen.
-define("TXT_LIVING_PT_STROMERZEUGUNG_AMOUNT", "Anlage");
-
-define("TXT_LIVING_PT_STROMERZEUGUNG_HEADLINE", "Stromerzeugung");
-define("TXT_LIVING_PT_STROMERZEUGUNG_TYPE", "Art der Stromerzeugung");
-define("TXT_LIVING_PT_STROMERZEUGUNG_POWER", "Stromerzeugung");
-define("TXT_LIVING_PT_STROMERZEUGUNG_CONSUMPTION", "davon Eigenverbrauch und nicht eingespeist");
-
-
-/**
- * "Zuhause": Strom schätzen
- */
-define("TXT_LIVING_PT_ESTIMATE_HEADLINE", "Stromverbrauch schätzen");
-
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER", "Warmwasserbereitung Strom");
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER_CONSUMPTION", "Energiebedarf dezentrale Warmwasserbereitung (geschätzt)");
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER_HELP", "");
-
-define("TXT_LIVING_PT_ESTIMATE_VERBRAUCH_BERECHNEN", "Verbrauch berechnen");
-
-/**
- * "Mobilität: Fahrzeuge"
- */
-define("TXT_MOBILITY_CAR_HEADLINE", "Meine Fahrzeuge"); // Anzahl der Fahrzeuge
-
-define("TXT_MOBILITY_CAR_SECTION_HELP", "
- Die Fahrzeuge die Sie in Ihrem Privatgebrauch nutzen können Sie hier erfassen.
-
Unter Art des Fahrzeuges können Sie verschiedene Antriebstechnologien auswählen, also auch das Elektro- oder Plug-In Hybrid Elektroauto. Bei den Elektrofahrzeugen können Sie noch auswählen, welchen Strom Sie hauptsächlich nutzen.
-
Wenn Sie einen Hybrid nutzen, der nicht an einer Steckdose aufgeladen werden kann, dann erfassen Sie einfach ein Fahrzeug mit Verbrennungsmotor.
-
Je nach Fahrzeug- und Kraftstoffart wird der Durchschnittsverbrauch vorbelegt. Falls Sie den Verbrauch Ihres Fahrzeuges kennen, tragen Sie diesen dort ein.
- Weiter geht es mit der Erfassung Ihrer Fahrten & Reisen, falls Sie CarSharing nutzen oder an Fahrgemeinschaften und Mitfahrgelegenheiten teilnehmen, können Sie diese auch dort erfassen.
- ");
-
-define("TXT_MOBILITY_CAR_SECTION_HELP_BACKGROUND", "");
-
-define("TXT_MOBILITY_CAR_NEW_CAR", "Fahrzeug hinzufügen");
-define("TXT_MOBILITY_CAR_DELETE_CAR", "Fahrzeug löschen");
-
-define("TXT_MOBILITY_CAR_NAME", "Bezeichnung");
-define("TXT_MOBILITY_CAR_NAME_NOTE", "(z.B.: Fahrzeug-Typ oder Kennzeichen)");
-define("TXT_MOBILITY_CAR_FAHRZEUG", "Fahrzeug");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ART", "Art des Fahrzeugs");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ART_HELP", "");
-
-// define("TXT_MOBILITY_CAR_FAHRZEUG_PERFORMANCE", "Jährliche Fahrleistung");
-// define("TXT_MOBILITY_CAR_FAHRZEUG_PERFORMANCE_HELP", "");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_ENERGY", "Kraftstoff");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ENERGY_HELP", "");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_CONSUMPTION", "Durchschnittsverbrauch");
-define("TXT_MOBILITY_CAR_FAHRZEUG_CONSUMPTION_UNIT", "Liter oder kg/100 km");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_ELECTRICAL_ENERGY", "Strom");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ELECTRICAL_CONSUMPTION", "Stromverbrauch");
-define("TXT_MOBILITY_CAR_FAHRZEUG_ELECTRICAL_CONSUMPTION_UNIT", "kWh/100 km");
-
-define("TXT_MOBILITY_CAR_FAHRZEUG_EMISSION", "CO2-Emission");
-define("TXT_MOBILITY_CAR_FAHRZEUG_EMISSION_HELP", "");
-
-/**
- * "Mobilität: Fahrten und Reisen"
- */
-define("TXT_MOBILITY_TRAVEL_HEADLINE", "Fahrten & Reisen");
-
-define("TXT_MOBILITY_TRAVEL_SECTION_HELP", "
- Pauschale Erfassung
- Bei der pauschalen Erfassung können Sie die Distanzen erfassen, die Sie pro Jahr zurücklegen. Bitte beachten Sie hierbei, dass Sie immer die Distanzen durch die Anzahl der Personen teilen, die durchschnittlich das Fahrzeug nutzen. Dies gilt für Ihr eigenes Fahrzeug oder für CarSharing und Fahrgemeinschaften.
-
Detaillierte Erfassung
- Bei der detaillierten Erfassung haben Sie die Möglichkeit alle Strecken in gleichartige Fahrtenblöcke aufzuteilen. So können Sie das Pendeln zum Arbeitsplatz, die regelmäßigen Fahrten zum Einkaufen, den Urlaub und die sonstigen Fahrten in beliebige Blöcke aufteilen und verschiedenen Verkehrsmitteln zuordnen.
-
Mit der Anzahl der Fahrten können Sie erfassen, wie oft Sie diese Strecke im Jahr zurücklegen. Wenn Sie z. B. 5 Tage die Woche zur Arbeit fahren, dann sind das abzüglich Urlaub ca. 200 Tage im Jahr.
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus der Verbrennung der Kraftstoffe, den Einsatz von Strom sowie den vorgelagerten Prozessen.
-
Eine Vermeidung wird berechnet, wenn Sie öffentliche Verkehrsmittel nutzen, Fahrrad fahren oder einfach Distanzen zu Fuß zurücklegen.
- ");
-
-define("TXT_MOBILITY_TRAVEL_SECTION_HELP_BACKGROUND", "
- Hilfe zur Erfassung
- Jährliche Fahrleistung: Das erste Fahrzeug eines Haushalts fährt im Jahr etwa 15.000 km, Zweit- und Drittfahrzeuge schätzt man auf ca. 12.000 km pro Jahr. Denken Sie jedoch daran, bei der pauschalen Erfassung die Fahrleistung durch die durchschnittliche Personenzahl zu teilen.
- CarSharing: CarSharing oder auch Teilauto ist die organisierte gemeinschaftliche Nutzung eines oder mehrerer Autos. Fahrleistungen mit Fahrgemeinschaften oder die Fahrten über eine Mitfahrzentrale können Sie auch unter Carsharing/Fahrgemeinschaften erfassen. Beachten Sie auch hier, dass Sie die Fahrleistung durch die Anzahl der Personen teilen.
- Öffentliche Verkehrsmittel: Die jährlich gefahrenen Strecken pro Person im Öffentlichen Verkehr liegen durchschnittlich bei
- - 1010 km Zugverkehr
- - 980 km ÖPNV
- Zum ÖPNV gehören Straßenbahnen, U-Bahnen und öffentliche Linienbusse.
- (Quelle: Statistisches Bundesamt 2009)
-
-
Hintergrundinformation zur Berechnung
- CO2-Ausstoß: Der CO2-Austoß berechnet sich im Individualverkehr aus der Verbrennung fossiler Kraftstoffe. Der CO2-Rechner berücksichtigt hierbei auch die Vorkette, also der CO2-Ausstoß der bei der Gewinnung, dem Transport, der Produktion freigesetzt wird.
- Der CO2-Ausstoß im Falle individueller Elektromobilität (Elektroauto oder Plug-In Hybrid) berechnet sich nach denselben Regeln wie der häusliche Strom.
- Bei der Nutzung von öffentlichen Verkehrsmitteln wird der CO2-Ausstoß mit einem Verkehrsmittelmix berechnet, der jeweils statistisch zu Grunde gelegt wird.
-
- Vermeidung: Die Distanzen, die Sie mit öffentlichen Verkehrsmitteln oder zu Fuß zurücklegen, werden im CO2-Rechner als Vermeidung gewertet. Die Berechnung basiert hierbei auf eine nicht gefahrene Distanz in einem durchschnittlichen PKW mit durchschnittlicher Anzahl von Personen.
-
-
Im Sektor Mobilität wird nicht die Herstellung und der Unterhalt der Fahrzeuge betrachtet, sondern nur der Betrieb in Form der Kraftstoffe. Die Herstellung der Fahrzeuge ist Teil der Betrachtung im sonstigen Konsum.
-
-");
-
-
-define("TXT_MOBILITY_TRAVEL_MODE", "Erfassung der Fahrten");
-define("TXT_MOBILITY_TRAVEL_MODE_DETAIL", "Detailliert");
-define("TXT_MOBILITY_TRAVEL_MODE_GENERAL", "Pauschal");
-
-define("TXT_MOBILITY_TRAVEL_CARSHARING", "Carsharing/Fahrgemeinschaften");
-define("TXT_MOBILITY_TRAVEL_BICYCLE", "Fahrrad");
-define("TXT_MOBILITY_TRAVEL_TRAIN", "Öffentliche Verkehrsmittel");
-
-define("TXT_MOBILITY_TRAVEL_YEARLY_PERFORMANCE", "persönliche jährliche Fahrleistung");
-
-define("TXT_MOBILITY_TRAVEL_LEGEND", "Fahrtenblock");
-define("TXT_MOBILITY_TRAVEL_NEW_TRAVEL", "Fahrt hinzufügen");
-define("TXT_MOBILITY_TRAVEL_DELETE_TRAVEL", "Fahrt löschen");
-
-define("TXT_MOBILITY_TRAVEL_NAME", "Bezeichnung");
-define("TXT_MOBILITY_TRAVEL_NAME_NOTE", "(z.B.: Fahrt zur Arbeit)");
-define("TXT_MOBILITY_TRAVEL_DISTANCE", "Distanz");
-define("TXT_MOBILITY_TRAVEL_DISTANCE_KM_RETURN", "(hin und zurück)");
-define("TXT_MOBILITY_TRAVEL_DISTANCE_ELECTRIC", "davon elektrisch");
-define("TXT_MOBILITY_TRAVEL_VEHICLE", "Verkehrsmittel");
-define("TXT_MOBILITY_TRAVEL_AMOUNT", "Anzahl der Fahrten"); // Häufigkeit
-define("TXT_MOBILITY_TRAVEL_AMOUNT_UNIT", "Tage/Jahr");
-define("TXT_MOBILITY_TRAVEL_AMOUNT_PERSONS", "Anzahl der Personen im Fahrzeug");
-define("TXT_MOBILITY_TRAVEL_PERSONS_UNIT", "Person(en)");
-
-
-/**
- * "Mobilität": Flugverkehr
- */
-define("TXT_MOBILITY_FLIGHT_HEADLINE", "Flugreisen");
-
-define("TXT_MOBILITY_FLIGHT_SECTION_HELP", "
- Pauschale Erfassung
- Wieviel Stunden im Jahr sind Sie durchschnittlich auf Flugreisen? Hier ein einige Flüge als Richtwerte:
-
Jeweils ab Frankfurt am Main dauert ein einfacher Flug (ohne Rückflug)
-
- nach Berlin ca. 1 Stunde
-
- nach Palma de Mallorca gut 2 Stunden
-
- nach Antalya (Türkei) ca. 3,5 Stunden
-
- nach New York (USA) ca. 9 Stunden oder
-
- nach Australien 20 – 22 Stunden.
-
-
Detaillierte Erfassung
- Hier haben Sie die Möglichkeit alle Flüge einzeln zu erfassen. Hierzu benötigen Sie nur Start- und Zielflughafen, der Rest wird automatisch berechnet.
-
-
Ergebnis
- Der CO2-Ausstoß berechnet sich aus der Verbrennung der Treibstoffe und den vorgelagerten Prozessen. Bei Flugreisen wird auch die zusätzliche Treibhauswirkung, der sogenannte RFI mit berücksichtigt.
-
Sie können Ihre Flugreisen kompensieren, d. h. dass die Emissionen die durch Flugreisen entstehen an anderer Stelle durch Klimaschutzprojekte kompensiert werden. Dies bewertet der CO2-Rechner als eine Vermeidung bei anderen.
-");
-
-define("TXT_MOBILITY_FLIGHT_SECTION_HELP_BACKGROUND", "
-Der Flugverkehr nimmt in der Emissionsbilanz eine Sonderrolle ein. Kritische Stoffe für den Flugverkehr sind neben CO2 vor allem Stickoxide, Wasserdampf und Partikel. Da die Schadstoffe direkt in die höheren Schichten der Atmosphäre gelangen, erhalten Emissionen aus Mittel- und Langstreckenflügen im Vergleich zu anderen Emissionen im CO2-Rechner eine ".MOBILITY_AIR_FLIGHT_RFI_FACTOR."-fach höhere Gewichtung (RFI-Faktor)!
-Dieser sogenannte Radiative Forcing Index (RFI) beschreibt das Verhältnis des gesamten Erwärmungspotentials aller Emissionen zum Erwärmungspotential von CO2 alleine.
Deshalb berücksichtigt der Rechner den RFI für alle Flüge über 400 km, da ab dieser Fluglänge hohe und damit kritische Flughöhen sehr wahrscheinlich sind.
-");
-
-define("TXT_MOBILITY_FLIGHT_MODE", "Erfassung der Flugreisen");
-
-define("TXT_MOBILITY_FLIGHT_LEGEND_GENERAL_EUROPE", "Flugreisen Europa");
-define("TXT_MOBILITY_FLIGHT_LEGEND_GENERAL_WORLD", "Flugreisen Transkontinental");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_DURATION", "Flugzeit");
-
-define("TXT_MOBILITY_FLIGHT_ENTER_DATA", "Flugdaten eingeben");
-define("TXT_MOBILITY_FLIGHT_ENTER_MORE_DATA", "Weitere Flugdaten eingeben");
-
-define("TXT_MOBILITY_FLIGHT_DELETE_FLIGHT", "Flug löschen");
-define("TXT_MOBILITY_FLIGHT_NO_DATA", "Es wurden noch keine Flüge erfasst.");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT", "Flug");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_FROM", "Von");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_VIA", "über");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_TO", "nach");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_DISTANCE", "Geflogene Distanz");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS", "Flugklasse");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS_ECONOMY", "Economy / Charter");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS_BUSINESS", "Business");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_CLASS_FIRST_CLASS", "First Class");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_MODE_SINGLE", "Einfache Strecke");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_MODE_RETURN", "Hin- und Rückflug");
-
-define("TXT_MOBILITY_FLIGHT_FLIGHT_PASSENGERS", "Passagiere");
-define("TXT_MOBILITY_FLIGHT_FLIGHT_AMOUNT", "Anzahl der Flüge");
-
-/**
- * "Mobilität": Flugdaten berechnen
- */
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_HEADLINE", "Flugdaten eingeben");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_MIN_LENGTH", "Mindestens 3 Zeichen eingeben");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_START", "Es wurde kein Startflughafen gefunden");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_STOPOVER", "Es wurde kein Umsteigeflughafen gefunden");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_DEST", "Es wurde kein Zielflughafen gefunden");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_ERROR_TOO_MANY", "Es wurden mehrere Flughäfen gefunden");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_START", "Startflughafen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_STOPOVER", "Zwischenlandung");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_DEST", "Zielflughafen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_OPTIONAL", "optional");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_AIRPORT_START_HELP", "Geben Sie den Namen der Stadt, des Flughafens oder das IATA Kürzel ein.");
-
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS", "Flugklasse");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_ECONOMY", "Economy / Charter");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_BUSINESS", "Business");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_FIRST_CLASS", "First Class");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_CLASS_HELP", "");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_MODE_SINGLE", "Einfache Strecke");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_MODE_RETURN", "Hin- und Rückflug");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_PASSENGERS", "Anzahl der Passagiere");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_AMOUNT", "Anzahl der Flüge");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_FLIGHT_COMPENSATED", "Flug wurde bereits kompensiert");
-
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_CALCULATE_EMISSIONS", "Emissionen berechnen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_SEARCH_AIRPORT", "Flughafen suchen");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_NEW_SEARCH", "Neue Suche");
-
-/**
- * "Mobilität": Flugdaten berechnen: Ergebnis
- */
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_RESULT_LEGEND", "Emissionsbilanz für diesen Flug");
-define("TXT_MOBILITY_FLIGHT_CALCULATOR_RESULT_TRANSFER_RESULT", "Daten übernehmen");
-
-/**
- * "Ernährung"
- */
-define("TXT_FOOD_HEADLINE", "Ernährung");
-
-define("TXT_FOOD_SECTION_HELP", "
- Mit Angaben zu Ihrer Person berechnet der CO2-Rechner Ihren täglichen Ernährungsbedarf. Wie Sie diesen Ernährungsbedarf decken, können Sie anschließend anhand der fünf Fragen beantworten.
-
-
Ergebnis
- Zur Berechnung des CO2-Ausstoßes ist die Betrachtung von CO2-Äquivalenten besonders wichtig, da außer CO2, das bei der Produktion und dem Transport der Lebensmittel anfällt, besonders die Treibhausgase Methan und Lachgas aus der Landwirtschaft stammen.
-
Eine Vermeidung der Treibhausgase erreichen Sie durch eine klimaschonende Ernährungsform.
-");
-
-define("TXT_FOOD_SECTION_HELP_BACKGROUND", "
- Hintergrundinformation zur Berechnung
- Energiebedarf: Maßgeblich für die persönlichen ernährungsbedingten Treibhausgasemissionen ist - neben dem Einkaufsverhalten bei Lebensmitteln - der individuelle Energieumsatz. Hier schlägt Sport ausnahmsweise negativ zu Buche: Wer sich in der Freizeit viel bewegt oder eine anstrengende körperliche Tätigkeit ausübt, verbraucht mehr Energie und damit Nahrungsmittel. Darüber hinaus ist der Energiehaushalt von Geschlecht und Alter abhängig. Männer liegen hier generell höher als Frauen, wogegen der Bedarf an Kalorien im Alter eher abnimmt.
- Ernährungsformen: Der Fleischanteil liegt für die angegebenen Ernährungsweisen bei:
- - Fleischbetont: 290 g pro Tag
- - Mischkost: 165 g pro Tag (Durchschnitt)
- - Fleischreduziert: 50 g pro Tag
-
-
Einkaufsverhalten
- Regionale Produkte: Produkte aus der Region enthalten i.d.R. weniger Treibhausgase für den Transport. Insbesondere eingeflogenes Obst und Gemüse verbraucht durchschnittlich 48 mal mehr Treibstoff als Gemüse aus der Region. Der Flugtransport aus Übersee schlägt dabei mit mehr als 10 kg CO2 pro Kilogramm Gemüse zu Buche.
- Saisonale Produkte: Saisonale Produkte wachsen ohne künstliche Wärmezufuhr im Freiland. Gemüse und Obst, das außerhalb der Saison in beheizten Treibhäusern angebaut wird, schneidet bei der Energie- und Emissionsbilanz um das Zehnfache schlechter ab.
- Tiefkühlprodukte: Tiefkühlkost verbraucht einen großen Anteil an Energie für die Lagerung, was wiederum ein höheres Treibhausgasaufkommen mit sich bringt.
- Bio-Produkte: Biologischer Anbau ist die nachhaltigste Form der Landbewirtschaftung mit einer besseren Energie- und CO2-Bilanz gegenüber konventionellem Landbau.
-
-");
-
-define("TXT_FOOD_PERSON_LEGEND", "Meine Person");
-
-define("TXT_FOOD_DETAILS_SEX", ""); //Geschlecht
-define("TXT_FOOD_DETAILS_SEX_MALE", "männlich");
-define("TXT_FOOD_DETAILS_SEX_FEMALE", "weiblich");
-
-define("TXT_FOOD_DETAILS_AGE", "Alter");
-define("TXT_FOOD_DETAILS_WEIGHT", "Gewicht");
-define("TXT_FOOD_DETAILS_ACTIVITY", "Tätigkeit");
-define("TXT_FOOD_DETAILS_SPORT", "Sport");
-define("TXT_FOOD_EATING", "Ernährung");
-
-define("TXT_FOOD_EATING_HABITS_LEGEND", "Meine Ernährung");
-
-define("TXT_FOOD_EATING_HABITS_TYPE", "Ernährungsform");
-define("TXT_FOOD_EATING_HABITS_REGIONAL", "Regionale Produkte");
-define("TXT_FOOD_EATING_HABITS_SEASONAL", "Saisonale Produkte");
-define("TXT_FOOD_EATING_HABITS_FROZENFOOD", "Tiefkühlprodukte");
-define("TXT_FOOD_EATING_HABITS_OEKO", "Bio-Produkte");
-
-
-/**
- * "sonstiger Konsum" 201612_ODD - Ergänzung Monatliche Konsumausgaben
- */
-define("TXT_CONSUMPTION_HEADLINE", "Mein sonstiges Konsumverhalten");
-
-define("TXT_CONSUMPTION_SECTION_HELP", "
- Das persönliche Konsumverhalten macht einen großen Teil Ihrer CO2-Bilanz aus und ist aufgrund der vielen unbekannten Faktoren schwer zu berechnen. Bei vielen Produkten ist es kaum möglich, alle Emissionen mit einzubeziehen, die im Verlauf von Produktion, Transport, Handel und Benutzung anfallen. Deshalb schätzt der CO2-Rechner Ihr generelles Konsumverhalten. Durch einer Vielzahl von weiteren Einflussgrößen, die im CO2-Rechner erfasst worden sind, wird Ihr Konsumverhalten noch detaillierter gewichtet (siehe Hintergrund Info unten).
- Eine Vermeidung der Treibhausgase erreichen Sie durch ein klimaschonendes Konsumverhalten. Beachten Sie hierzu auch die Hintergrund Informationen.
-
Monatliche Konsumausgaben
- Ausgaben für Bekleidung, Schuhe, Möbel, Haushaltsgeräte und elektronische Geräte, aber auch für Dienstleistungen bei Freizeit- und Urlaubsaktivitäten, Gesundheit und Bildung.
-
Ergebnis
- Der CO2-Ausstoß wird durch Gewichtung Ihres Konsumverhaltens berechnet.
-
Eine Vermeidung der Treibhausgase erreichen Sie durch ein klimaschonendes Konsumverhalten.
-
Vermeidung bei anderen erreichen Sie, wenn Sie Ihr Geld klimafreundlich anlegen oder direkt CO2-Emissionen kompensieren.
-");
-
-define("TXT_CONSUMPTION_SECTION_HELP_BACKGROUND", "
-Konsumverhalten
- Kaufverhalten: Durch die Menge an Dingen, die Sie kaufen, bestimmen Sie, ob wenig oder viel Treibhausgas durch die Herstellung und den Transport von Gütern produziert wird.
- Kaufkriterien: Lange Nutzungszeiten für Geräte und ein sparsamer Gebrauch verringern den relativen Energieeinsatz, der für die Herstellung nötig ist. Je länger Sie ein Produkt verwenden, desto mehr amortisiert sich das hierfür verwendete Treibhausgasaufkommen.
- Gebrauchte Gegenstände: Die Nutzungszeit der Gegenstände werden ebenfalls verlängert, wenn Sie gebrauchte Gegenstände weiter nutzen. In second hand Läden oder auch im Internet findet sich ein großes Angebot.
- Hotelübernachtungen: Die Tourismusbranche wächst weltweit dynamisch und ist mit vielfachen Umweltauswirkungen und hohem Energieverbrauch verbunden.
- Ausgaben Konsum: Im Durchschnitt gibt jeder Deutsche 38% seines Nettoeinkommens für Konsumausgaben aus. Bei Geringverdienern sind es 25%, bei überdurchschnittlichem Einkommen 43%. Es besteht ein nachgewiesener Zusammenhang zwischen Ausgaben in den sonstigen Konsum und Verbrauch natürlicher Ressourcen.
-
-
Weitere Einflussgrößen
- Neben den Fragestellungen zur Einstufung Ihres Konsumverhaltens fließen noch folgende Informationen mit ein:
- - der Haustyp in dem Sie wohnen
- - die Anzahl der Personen in Ihrem Haushalt
- - die Wohnfläche in Abhängigkeit zu der Anzahl der Personen
- - die Art und Anzahl Ihrer Fahrzeuge und die Nutzung von CarSharing
-Diese Informationen können den CO2-Ausstoß des persönlichen Konsums vergrößern oder verkleinern.
-
-
Vermeidung bei anderen
- Eine Geldanlage kann sich auf unterschiedlichste Weise auf den weltweiten CO2-Ausstoß auswirken. So kann Ihr Geld zur Finanzierung von Kohlekraftwerken oder zur Finanzierung der Energiewende beitragen, dass liegt ganz in Ihrer Hand.
- Eine Kompensation von CO2 ist über viele Anbieter möglich. Hier werden unterschiedliche Arten von Zertifikaten angeboten. Bitte prüfen Sie die Qualität der Zertifikate genau.
-");
-
-define("TXT_CONSUMPTION_CONSUMER_HABITS", "Kaufverhalten");
-define("TXT_CONSUMPTION_CONSUMER_CRITERIA", "Kaufkriterien");
-define("TXT_CONSUMPTION_HOTEL_VISITS", "Hotelübernachtungen");
-define("TXT_CONSUMPTION_USED_GOODS", "Gebrauchte Gegenstände");
-define("TXT_CONSUMPTION_CF_INVESTMENT", "Klimafreundliche Geldanlage");
-define("TXT_CONSUMPTION_COMPENSATING_EMISSIONS", "Kompensation von CO2");
-define("TXT_CONSUMPTION_CONSUM_EXPENDIT", "Monatliche Konsumausgaben"); /* 201612_ODD */
-
-/**
- * "Öffentliche Emissionen"
- */
-define("TXT_PERSON_PUBLIC_CONSUMPTION", "Öffentliche Emissionen");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_NOTE", "Nicht nur der einzelne Bürger eines Landes ist für Treibhausgase verantwortlich, auch der Staat verursacht Emissionen. Diese werden gleichmäßig auf alle Einwohner des Landes verteilt und ergeben den Emissions-\"Grundstock\" der persönlichen Bilanz.");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_HELP", "Emissionen entstehen z.B. durch Verwaltung, Organisation des Sozialwesens, Infrastruktur oder Bildung und werden jedem Bürger mit einem gleichen Anteil automatisch zugerechnet. Neben den offiziellen Aufgaben des Staates werden hier zusätzlich Emissionen zur Wasserversorgung sowie Wasser- und Abfallentsorgung berücksichtigt, da diese Dienstleistungen allen Bürgern zur Verfügung stehen. Der Einfluss des Einzelnen ist an dieser Stelle sehr gering.");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_HAUSHALT", "Ihr Anteil");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_EINZELPERSON", "Ihr Anteil");
-
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/temp_lang_de/_values.inc.php b/r41/standard/de/_core/temp_lang_de/_values.inc.php
deleted file mode 100644
index 256e7eb..0000000
--- a/r41/standard/de/_core/temp_lang_de/_values.inc.php
+++ /dev/null
@@ -1,476 +0,0 @@
-
- * @copyright 2007, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-/**
- * "Global": Masseinheiten
- */
-define("TXT_VALUE_FD_UNIT_KG", "kg");
-define("TXT_VALUE_FD_UNIT_KWH", "kWh");
-define("TXT_VALUE_FD_UNIT_LITER", "Liter");
-define("TXT_VALUE_FD_UNIT_SRM", "Srm");
-define("TXT_VALUE_FD_UNIT_STER", "Ster");
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Haustyp"
- */
-define("TXT_VALUE_FD_LIVING_HC_TYPE_MFH", "Mehrfamilienhaus");
-define("TXT_VALUE_FD_LIVING_HC_TYPE_RH", "Reihenhaus");
-define("TXT_VALUE_FD_LIVING_HC_TYPE_EFH", "Einfamilienhaus");
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Besitzverhältnisse"
- */
-define("TXT_VALUE_FD_LIVING_HC_OWNERSHIP_RENT", "Mieter");
-define("TXT_VALUE_FD_LIVING_HC_OWNERSHIP_OWNER", "Eigentümer");
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Baujahr und Standard des Hauses"
- */
-define("TXT_VALUE_FD_LIVING_HC_CY_NN", "unbekannt");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1978", "Bis 1978 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1983", "1979 bis 1983 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1994", "1984 bis 1994 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO2001", "1995 bis 2001 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_LATER2001", "ab 2001");
-define("TXT_VALUE_FD_LIVING_HC_CY_NEH", "Niedrigenergiehaus (NEH)");
-define("TXT_VALUE_FD_LIVING_HC_CY_PASSIVHAUS", "Passivhaus");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1919_SANIERT", "energetisch vollsaniert (Baujahr bis 1919)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1948_SANIERT", "energetisch vollsaniert (Baujahr 1920 bis 1948)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO2001_SANIERT", "energetisch vollsaniert (Baujahr 1949 bis 2001)");
-define("TXT_VALUE_FD_LIVING_HC_CY_ENERGIEPLUS", "Energieplus Haus");
-define("TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_NEH", "Altbau saniert auf Niedrigenergiehausstandard");
-define("TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_PH", "Altbau saniert auf Passivhausstandard");
-
-/**
- * "Zuhause": "Heizung": Form data: "Art der Heizung"
- */
-define("TXT_VALUE_FD_LIVING_HS_TYPE_NN", "unbekannt");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS", "Erdgas");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS", "Flüssiggas");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL", "Heizöl (leicht)");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_FERNWAERME", "Fernwärme");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STROM", "Strom (dt. Strommix)");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO", "Grünstrom");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ", "Stückholz");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZSCHNITZEL", "Holz-Hackschnitzel");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS", "Holz-Pellets");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE", "Steinkohle");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE", "Braunkohlenbriketts");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_SOLARTHERMIE", "Solarthermie");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_WAERMEPUMPE", "Wärmepumpe");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_WAERMEPUMPE_OEKO", "Wärmepumpe mit Grünstrom betrieben");
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem"
- */
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL", "Heizungssystem zentral");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL", "Etagenheizung");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL", "Einzelheizung");
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem zentral / dezentral"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980", "vor 1980");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980", "ab 1980");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995", "ab 1995");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005", "ab 2005");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT", "Brennwert Kessel");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME", "Fernwärme");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE", "elektr. Wärmepumpe");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT", "Strom direkt (Bsp. Nachtspeicherhzg.)");
-
-/**
- * "Zuhause": "Heizung": Form data: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-define("TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE", "keine");
-
-/**
- * "Zuhause": "Heizung": Form data: "Lüft-Gewohnheiten"
- */
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY", "viele Fenster auf Dauerkippstellung");
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME", "einige Fenster auf Dauerkippstellung");
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE", "Stoßlüftung");
-
-/**
- * "Zuhause": "Heizung": Form data: "Nachträgliche Modernisierung"
- */
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER", "Wärmeschutzverglasung");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH", "Dachdämmung");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER", "Fassadendämmung");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE", "Dämmung Kellerdecke");
-
-/**
- * "Zuhause": "Heizung": Form data: "persönlicher Warmwasserverbrauch"
- */
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_WASCHEN", "Waschen");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN", "Duschen");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN", "tägl. Duschen");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN", "häufig baden");
-
-/**
- * "Zuhause": "Heizung": Form data: "Spararmaturen"
- */
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY", "vorwiegend vorhanden");
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME", "zum Teil vorhanden");
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE", "keine vorhanden");
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL", "Zentral");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL", "Dezentral");
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR", "Solaranlage");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE", "elektr. Wärmepumpe");
-
-
-/**
- * "Zuhause": "Strom": Form data: "Strombezug"
- */
-define("TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE", "Strommix Deutschland");
-define("TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO", "Ökostrom");
-
-/**
- * "Zuhause": "Strom - Stromerzeugung": Form data: "Art der Stromerzeugung"
- */
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_PV", "Photovoltaik");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_WIND", "Wind");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_WATER", "Wasser");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_KWK", "KWK");
-
-/**
- * "Zuhause": "Strom": Form data: "Schätzung Stromverbrauch"
- */
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_NAME", "LED/Energiesparlampen");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_NAME", "Kühlschrank");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_NAME", "Geschirrspüler");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_NAME", "Waschmaschine");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_NAME", "Wäschetrockner");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_NAME", "Gefriergerät");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_NAME", "Herd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_NAME", "Fernseher");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_HELP", "");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_NAME", "HIFI- Anlage");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_NAME", "Computer");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LAPTOP_NAME", "Laptop");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LAPTOP_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_NAME", "Klimagerät");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_NAME", "Anzahl Kleingeräte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_NAME", "Umwälz-/Heizungspumpe");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO", "nein");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_SOME", "einige");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HALF", "etwa die Hälfte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_MOSTLY", "hauptsächlich");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ALL", " alle");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10", "älter als 10 Jahre");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10", "jünger als 10 Jahre");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS", "effizientes Neugerät (A+ bis A+++)");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_B", "effizientes Neugerät (A / B)");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO_OR_GAS", "nein oder Gasherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ELECTRIC", "Elektroherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_CERAN", "Ceranherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_INDUCTION", "Induktionsherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ONE_UNIT", "1 Gerät");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_UNITS", "2 Geräte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_UNITS", "3+ Geräte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ON_PC", "1 PC");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_PCS", "2 PCs");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_PCS", "3+ PCs");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_100LITER", "100 Liter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_300LITER", "300 Liter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_600LITER", "600 Liter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_FEW", "gering");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NORMAL", "normal");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ALOT", "überdurchschnittlich");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HIGH", "hoch");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_1980", "älter als 1980");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_1995", "älter als 1995");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_WITH_SWITCH", "neu mit Stufenschalter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_ELECTRONIC", "neu, elektronisch geregelt");
-
-
-
-/**
- * "Unterwegs": "Privatverkehr": Form data: "Fahrzeugart"
- */
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN", "Kleinwagen mit Verbrennungsmotor");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE", "Mittelklasse mit Verbrennungsmotor");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE", "Oberklasse mit Verbrennungsmotor");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_CARSHARING", "CarSharing / Teilauto Kfz");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV", "Plug-In Hybrid Kfz (PHEV)");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV", "Elektrofahrzeug (BEV)");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE", "Elektrofahrzeug mit Range Extender");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD", "Motorrad");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER", "Roller / Mofa mit Verbrennungsmotor");
-
-/**
- * "Unterwegs": "Privatverkehr": Form data: "Energieträger"
- */
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN", "Benzin");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL", "Diesel");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL", "Biodiesel");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS", "Erdgas");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS", "Flüssiggas");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL", "Ethanol");
-
-/**
- * "Unterwegs": "ÖV": Form data: "öffentlicher Verkehr individuell"
- */
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE", "Zug-Fernverkehr");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE", "Zug-Nahverkehr");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV", "ÖPNV (z. B. Bus, Strassenbahn, U-Bahn)");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH", "Reisebus");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE", "Fahrrad");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE", "Pedelec / E-Bike");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT", "zu Fuß");
-
-
-/**
- * "Unterwegs": "Flug": Values: "Flugklasse"
- */
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT", "Kurzstrecke");
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE", "Mittelstrecke");
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG", "Langstrecke");
-
-/**
- * "Ernährung": Form data: "Alter"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_17", "bis 17 Jahre");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_29", "18-29 Jahre");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_59", "30-59 Jahre");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_60", "60 Jahre und älter");
-
-/**
- * "Ernährung": Form data: "Tätigkeitsfaktor"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV", "sehr inaktiv");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG", "bewegungsarme Tätigkeiten");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT", "leichte körperliche Arbeit");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART", "harte körperliche Arbeit");
-
-/**
- * "Ernährung": Form data: "Sport"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN", "keiner");
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG", "wenig Sport");
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL", "viel Sport");
-
-/**
- * "Ernährung": Form data: "Ernährungsform"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN", "vegan");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH", "vegetarisch");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT", "fleischreduzierte Kost");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT", "Mischkost");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT", "fleischbetonte Kost");
-
-/**
- * "Ernährung": Form data: "Regionale Produkte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR", "ausschließlich regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS", "vorwiegend regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE", "teilweise regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG", "wenig regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE", "häufig eingeflogene Ware");
-
-/**
- * "Ernährung": Form data: "Saisonale Produkte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR", "ausschließlich");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS", "vorwiegend");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE", "gemischt");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG", "ab und zu");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE", "keine Rücksicht");
-
-/**
- * "Ernährung": Form data: "Tiefkühlprodukte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE", "Nie");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH", "gelegentlich");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE", "2-3 x Woche");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH", "täglich");
-
-/**
- * "Ernährung": Form data: "Ökoprodukte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT", "hauptsächlich");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE", "teilweise");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE", "keine");
-
-/**
- * "Konsum": Form data: "Kaufverhalten"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM", "sparsam");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH", "durchschnittlich");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG", "großzügig");
-
-/**
- * "Konsum": Form data: "Kaufkriterien"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG", "Langlebigkeit");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION", "Funktionalität");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS", "günstiger Preis");
-
-/**
- * "Konsum": Form data: "Hotelübernachtungen"
- */
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE", "keine");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI", "weniger als 2 Wochen/Jahr");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER", "2-4 Wochen/Jahr");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER", "mehr als 4 Wochen/Jahr");
-
-/**
- * "Konsum": Form data: "Gebrauchte Gegenstände"
- */
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE", "nie");
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL", "manchmal");
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT", "oft");
-
-/**
- * "Konsum": Form data: "Klimafreundliche Geldanlage"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_KEINE", "keine Geldanlage");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_KEINE_CF", "keine klimafreundlichen Geldanlagen");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_TEILWEISE", "teilweise klimafreundliche Geldanlagen");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_NUR", "ausschließlich klimafreundliche Geldanlagen ");
-
-/**
- * "Konsum": Form data: "Haustyp"
- */
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH", "Mehrfamilienhaus");
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH", "Reihenhaus");
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH", "Einfamilienhaus");
-
-/**
- * "Konsum": Form data: "Fahrzeuge"
- */
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_NONE", "kein Auto");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_KLEIN", "Kleinwagen");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_MITTEL", "Mittelklasse");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER1", "1 Oberklasse Fhrzg.");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER2", "2 Oberklasse Fhrzg.");
-
-
-/**
- * "Konsum": Form data: "Finanzausgaben" 201612_ODD
- */
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_OVERAVERAGE", "über 1600 €");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT", "bis 1600 €");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV1", "bis 1100 €");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV2", "bis 850 €");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV3", "bis 650 €");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV4", "bis 500 €");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV5", "bis 400 €");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_LOWEST", "unter 300 €");
-
-
-
-/* Szenario */
-
-/**
- * "Heizung": Form data: "Akzeptanzfragen"
- */
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_2KWP", "Photovoltaik Anlage 20m2 (ca. 2 kWP und 2.000 kWh)");
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_4KWP", "Photovoltaik Anlage 40m2 (ca. 4 kWP und 4.000 kWh)");
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_6KWP", "Photovoltaik Anlage 60m2 (ca. 6 kWP und 6.000 kWh)");
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_WIND_5KW", "Klein-Windkraftanlage Binnenland (5kW und ca. 5.000 kWh)");
-
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE", "Ich befürworte staatliche Maßnahmen (Förderungen, gesetzliche Vorgaben), die dafür sorgen, dass die Energieeffizienz von Bestandsgebäuden flächendeckend in den nächsten 20 bis 30 Jahren auf den höchsten Standard gehoben werden.");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP", "TBD Hinweis auf Datengrundlage");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME", "Ich akzeptiere, dass nicht nur beim Neubau, sondern auch bei der Sanierung eines Altbaus eine Nutzungspflicht für erneuerbare Energien gesetzlich vogeschrieben wird.");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP", "");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE", "Sind Sie zukünftig bereit Ihre Wohnfläche zu verkleinern, beheizte Wohnfläche zu reduzieren oder Ihre Wohnraumtemperatur um 1 Grad zu senken?");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP", "");
-
-/**
- * "Strom": Form data: "Akzeptanzfragen"
- */
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE", "Ich unterstütze das Ziel der Energiewende und akzeptiere den Aus- und Umbau der Infrastruktur auch in meinem persönlichen Umfeld. Windkraftanlagen, Trassen, Netze, Leitungen und Speicher für Strom und Wärme.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP", "");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS", "Ich befürworte eine Verteuerung des Stroms entsprechend Ihrer Umweltkosten und bin bereit für das Gelingen der Energiewende für Energie mehr zu zahlen.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP", "");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH", "Ich unterstütze ambitionierte gesetzliche Vorgaben zur Effizienzentwicklung von elektrischen Geräten, befürworte transparente Energieverbrauchskennzeichnung und richte meine Kaufentscheidung stärker nach der Energieeffizienz der Geräte aus.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP", "");
-
-/**
- * "Mobilität": Form data: "Akzeptanzfragen"
- */
-define("TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI", "Ich befürworte eine Förderung des Rad- und Fußverkehrs z.B. durch autofreie Innestädte und Investitionen in entsprechende Infrastruktur. Umweltfreundliche Verkehrsmittel sollen Vorrang im Straßenverkehr haben.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT", "Ich akzeptiere staatliche Regulierungen für mehr Klimaschutz im motorisierten Individualverkehr, wie bspw. verschärfte CO2 Standards, Technologieförderung für stromerzeugte Kraftstoffe, auch wenn diese zu einer deutlichen Verteuerung der individuellen Mobilität führen.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN", "Nach dem Motto nutzen statt besitzen nutze ich vermehrt Carsharing oder/und den öffentlichen Nah- und Fernverkehr .");
-define("TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS", "Die Preise für das Fliegen sollen die vollständigen realen Umweltkosten enthalten.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER", "Ich stimme zu, dass zur Erreichung des Klimaziels fossile Kraftstoffe drastisch verteuert werden sollten, z.B. schrittweise bis zu 3,30 €/l Diesel in 2050.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ", "Ich befürworte eine Entschleunigung der Mobilität: Z. B. akzeptiere ich ein Tempolimit auf Autobahnen, mache Ausflüge und Urlaub in der Region und/oder nehme mir für längere Fahrten Zeit für klimafreundliche Mobilität.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ_HELP", "");
-
-
-/**
- * "Ernährung": Form data: "Akzeptanzfragen"
- */
-define("TXT_SC_FOOD_ACCEPTANCE_POLITICAL", "Ich frage zukünftig verstärkt Produkte nach, die unter der Beachtung von anspruchsvollen Nachhaltigkeitskriterien und Standards produziert wurden, auch wenn sie dann ggf. mehr kosten und befürworte staatliche Maßnahmen zur Förderung und Ausweitung des ökologischen Landbaus.");
-define("TXT_SC_FOOD_ACCEPTANCE_POLITICAL_HELP", "");
-define("TXT_SC_FOOD_ACCEPTANCE_WASTE", "Ich bin bereit, vermeidbare Abfälle zu reduzieren, indem ich z.B. meinen Einkauf strukturiert plane, Hinweise zur richtigen Lagerung von Lebensmittel beachte und Lebensmittel, von denen ich zu viel habe im Bekannten- und Freundeskreis teile.");
-define("TXT_SC_FOOD_ACCEPTANCE_WASTE_HELP", "");
-define("TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC", "Ich engagiere mich für eine klimaverträgliche Ernährungsweise der Gesellschaft, befürworte eine pflanzenbetonte Ernährungsweise und eine deutliche Verteuerung von Lebensmittel tierischen Ursprungs.");
-define("TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC_HELP", "");
-
-/**
- * "Konsum": Form data: "Akzeptanzfragen"
- */
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_01", "Ich unterstütze die weltweite Einführung und Kontrolle von ambitionierte Umwelt- und Klimaschutzstandards für Produkte und bin bereit, meinen Konsum auf langlebige, nachhaltige Güter und Dienstleistungen zu begrenzen.");
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_01_HELP", "");
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_02", "Für mich persönlich gewinnt Zeitwohlstand an Bedeutung, Güterwohlstand verliert.");
-define("TXT_SC_CONSUMPTION_ACCEPTANCE_02_HELP", "");
-
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/temp_lang_en/_section.inc.php b/r41/standard/de/_core/temp_lang_en/_section.inc.php
deleted file mode 100644
index 574e948..0000000
--- a/r41/standard/de/_core/temp_lang_en/_section.inc.php
+++ /dev/null
@@ -1,543 +0,0 @@
-
- * \"
- *
- * @package LanguageGerman
- * @filesource
- * @author Jochen Seiter
- * @copyright 2007, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-/**
- * "Bilanz"
- */
-define("TXT_FOOTPRINT_HEADLINE", "Calculate CO2 Emissions");
-
-define("TXT_FOOTPRINT_SECTION_HELP", "
-This overview shows you a summary of all data you have already record. During your data recording you can always go back to this summary. The sequence of your individual data recording over all sectors is arbitrarily. For the first time of using this Carbon Calculator we suggest to start with the first sector “Heating” and to continue step by step.
-");
-
-define("TXT_CO2_ACCOUNT_OF", "CO2 account from");
-
-define("TXT_FOOTPRINT_TEXT_BEFORE_RESULT_TABLE", "If you want to calculate your annual CO2 emissions, please start with Heating.
");
-define("TXT_FOOTPRINT_TEXT_AFTER_RESULT_TABLE", "Following you can improve your result.
");
-
-/**
- * "Einstellungen"
- */
-define("TXT_PERSON_HEADLINE", "Change Settings");
-
-define("TXT_PERSON_SECTION_HELP", "
-If you are living in a household with more than one person, you have to select the amount of persons in your household and you will have the choice to calculate for the whole household or for you alone (single person).
-");
-
-define("TXT_PERSON_CALC_MODE", "type of calculation");
-define("TXT_PERSON_CALC_MODE_NOTE", "Select the Type of CO2 Calculation");
-define("TXT_PERSON_CALC_MODE_HAUSHALT", "houshold");
-define("TXT_PERSON_CALC_MODE_HAUSHALT_NOTE", "Calculation is executed for all persons in the household.");
-define("TXT_PERSON_CALC_MODE_EINZELPERSON", "single person");
-define("TXT_PERSON_CALC_MODE_EINZELPERSON_NOTE", "Calculation is executed for one person and consumption of electricity and heating is divided.");
-
-define("TXT_PERSON_AMOUNT", "number of persons in the household:");
-define("TXT_PERSON_AMOUNT_NOTE", "important: number of persons in the household");
-define("TXT_PERSON_AMOUNT_HELP", "");
-
-define("TXT_PERSON_HAUSHALT_AMOUNT", "Person(s)");
-define("TXT_REFERENCE_YEAR", "base year");
-define("TXT_REFERENCE_YEAR_NOTE", "Calculation based on the year:");
-define("TXT_REFERENCE_YEAR_HELP", "");
-
-define("TXT_PERSON_PUBLIC_CONSUMPTION", "Public Emissions");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_NOTE", "Aside from individual citizens of a country the state also causes emissions. These are distributed equally on all inhabitants of a country and result in the emissions-\"base\" of the personal balance.");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_HELP", "Emissions result, e.g. due to administration, social welfare organization, infrastructure or education and are automatically added to each citizen's equal portion. Alongside the official state tasks, additional emissions are due to water supply as well as water and refuse disposal, as these services are made available to all citizens. The influence of single individuals is very limited in this regard.");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_HAUSHALT", "Your part");
-define("TXT_PERSON_PUBLIC_CONSUMPTION_EINZELPERSON", "Your part");
-
-/**
- * "Zuhause": Heizung
- */
-define("TXT_LIVING_HS_HEADLINE", "Heating");
-
-define("TXT_LIVING_HS_SECTION_HELP", "
-Housing Situation
-Housetyp: Single-family houses require more heating energy due to the high proportion of outer walls compared with row houses and multi-family houses.
-Ownership structure: This information does not affect the calculation rather plays a role in the more detailed tips provided at the end.
-
- - 1-P-households: 63 m²
- - 2-P-households: 87 m²
- - 3-P-households and more: 106 m²
-
-Source: Statistisches Bundesamt (German Federal Statistical Office) (2006)
-Year built or standard of house: The year of construction and the standard are important for the energy-related condition of a structure. This information is used when determining energy needs.
-");
-
-define("TXT_LIVING_HS_WOHNVERHAELTNIS", "Housing Situation");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_HAUSTYP", "house type:");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_HAUSTYP_HELP", "");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BESITZ", "ownership structure:");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BESITZ_HELP", "");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_WOHNFLAECHE", "living area:");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_WOHNFLAECHE_HELP", "");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BAUJAHR", "year built or standard of house:");
-define("TXT_LIVING_HS_WOHNVERHAELTNIS_BAUJAHR_HELP", "");
-
-define("TXT_LIVING_HS_HEIZUNG", "Heating");
-define("TXT_LIVING_HS_HEIZUNG_ART", "type of heating:");
-define("TXT_LIVING_HS_HEIZUNG_ART_HELP", "");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH", "determining usage:");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_HELP", "");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_NOTE","If you know the annual energy usage of your heating - possibly based on your provider's bill - then select the option \"Amount known\".
If you do not know your energy usage or you don't have it readily available now, then select \"Estimate amount\".");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_BEKANNT", "amount known");
-define("TXT_LIVING_HS_HEIZUNG_ERMITTLUNG_VERBRAUCH_SCHAETZEN", "estimate amount");
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH", "energy usage");
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH_JAHR", "year");
-define("TXT_LIVING_HS_HEIZUNG_VERBRAUCH_SCHAETZEN", "Estimate Usage");
-
-define("TXT_LIVING_HS_HEIZUNG_2", "Another Heating System");
-define("TXT_LIVING_HS_HEIZUNG_2_NOTE", "If you have any other heatingsystems, please select them here.");
-
-
-/**
- * "Zuhause": Heizung schätzen
- */
-define("TXT_LIVING_HS_ESTIMATE_HEADLINE", "Estimate Heating System");
-
-define("TXT_LIVING_HS_ESTIMATE_SECTION_HELP", "
-Heating
-Type of heating: What energy source supplies your main heating?
-If you use a heat pump, please select electricity as your energy source. Eine Verbrauchschätzung ist in diesem Falle nicht möglich, da der Stromverbrauch der Wärmepumpe sich nicht aus dem Wärmebedarf des Hauses ableiten lässt.
-
-Heating system: Is your household centrally heated or are the apartments or floors heated with single floor heating or do you heat your rooms with separate heating units?
-What year was your central heating installed or is there an efficient condensing boiler technology in use?
-
-Warm water preparation: The warm water usage is on average 40 l per person and per day.
-Is the water in your household heated via central warm water preparation (for example by the central heating) or is the water heated decentrally (boiler in the bathroom)?
-Solar-thermic warm water preparation saves on average 50% of the energy for warm water preparation.
-
-
-Lebensgewohnheiten
-Lüftgewohnheiten: Durch falsches Lüften geht viel Energie verloren, so fallen höhere Treibhausgasemissionen an. Kurzes Stoßlüften bei abgedrehter Heizung ist wesentlich effizienter als ein über lange Zeit gekipptes Fenster.
-Raumtemperatur: Schon durch das Absenken der Zimmertemperatur um nur ein Grad kann einiges an Heizkosten und CO2e-Emissionen eingespart werden.
-");
-
-define("TXT_LIVING_HS_ESTIMATE_LEGEND_GEBAEUDEHEIZUNG", "Information on Building Heating");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM", "heating system");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL_HELP", "");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_ADDITIONAL_RENEWABLE_ENERGY", "Additional Usage of Renewable Energy Providers");
-define("TXT_LIVING_HS_ESTIMATE_ADDITIONAL_RENEWABLE_ENERGY_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_AVG_ROOM_TEMP", "Average Room Temperature");
-define("TXT_LIVING_HS_ESTIMATE_AVG_ROOM_TEMP_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_AIRING_HABITS", "Airing Habits");
-define("TXT_LIVING_HS_ESTIMATE_AIRING_HABITS_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_INSULATING_STANDARD", "Later Modernization");
-define("TXT_LIVING_HS_ESTIMATE_INSULATING_STANDARD_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_LEGEND_WARMWATER", "Information on Warm Water Preparation");
-
-define("TXT_LIVING_HS_ESTIMATE_WARMWATER_CONSUMPTION", "personal warm water usage");
-define("TXT_LIVING_HS_ESTIMATE_WARMWATER_CONSUMPTION_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_SAVING_FITTINGS", "saving fittings");
-define("TXT_LIVING_HS_ESTIMATE_SAVING_FITTINGS_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER", "warm-waterheatingsystem");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_ZENTRAL", "central");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_ZENTRAL_HELP", "");
-
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_WARMWATER_SPEC_DEZENTRAL", "warm water preparation energy source");
-
-define("TXT_LIVING_HS_ESTIMATE_VERBRAUCH_BERECHNEN", "Calculate Usage");
-
-
-/**
- * "Zuhause": Strom
- */
-define("TXT_LIVING_PT_HEADLINE", "Electricity");
-
-define("TXT_LIVING_PT_SECTION_HELP", "
-Electricity
-The specific CO2 emissions depend on the type of electricity generation. With the factors used - energy generation, mining, the transportation and disposal of the energy sources - are also taken into consideration.
-");
-
-define("TXT_LIVING_PT_STROM", "Electricity");
-define("TXT_LIVING_PT_STROMBEZUG", "supplier:");
-define("TXT_LIVING_PT_STROMBEZUG_HELP", "");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH", "determining consumption:");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_HELP", "");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_NOTE", "If you know the annual electricity consumption - possibly based on the bill from your energy provider -, then select the option \"Amount known\".
If you do not know your electricity consumption or you don't have it readily available now, then select \"Estimate amount\".");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_BEKANNT", "amount known");
-define("TXT_LIVING_PT_STROM_ERMITTLUNG_VERBRAUCH_SCHAETZEN", "estimate amount");
-define("TXT_LIVING_PT_STROM_VERBRAUCH", "energy consumption:");
-define("TXT_LIVING_PT_STROM_VERBRAUCH_HELP", "");
-define("TXT_LIVING_PT_STROM_VERBRAUCH_KWH", "kWh/year");
-define("TXT_LIVING_PT_STROM_VERBRAUCH_SCHAETZEN", "Estimate Consumption");
-
-
-/**
- * "Zuhause": Strom schätzen
- */
-define("TXT_LIVING_PT_ESTIMATE_HEADLINE", "Estimate consumption");
-
-define("TXT_LIVING_PT_ESTIMATE_LEGEND", "Estimate consumption");
-
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER", "Electric warm water preparation:");
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER_CONSUMPTION", "Energy need for decentral warm water preparation (estimated)");
-define("TXT_LIVING_PT_ESTIMATE_WARMWATER_HELP", "");
-
-define("TXT_LIVING_PT_ESTIMATE_VERBRAUCH_BERECHNEN", "Calculate Consumption");
-
-/**
- * "Unterwegs: Privater Verkehr": Fahrzeuge
- */
-define("TXT_MOBILITY_ROAD_HEADLINE", "Private Vehicle");
-
-define("TXT_MOBILITY_ROAD_SECTION_HELP", "
-Type of vehicle: The type of vehicle helps you regarding preconfiguration of average usage. The vehicle type also plays a role for the consumption habits.
-Annual distance driven: The primary vehicle of a household is driven about 15000 km annually; second and third vehicles are usually estimated at ca. 12000 km per year.
-Fuel type: When determining emission factors of individual fuels, the important thing is not just the combustion, but also the fuel preparation process and distribution thereof where greenhouse gases are emitted. The CO2 calculator also considers emissions resulting from the supply chain. Emissions for manufacture and maintenance of vehicles are not included.
-CarSharing: Carsharing is the organized common usage of one or more cars. When neighbors or acquaintances share vehicles this is not classified under the term carsharing.
-");
-
-define("TXT_MOBILITY_ROAD_NOTE", "Just for privat vehicles, incl. commuter routes.");
-define("TXT_MOBILITY_ROAD_HELP", "");
-
-define("TXT_MOBILITY_ROAD_PKW", "Car / Motorcycle");
-define("TXT_MOBILITY_ROAD_PRIVATE_FAHRZEUGE", "Private vehicles");
-define("TXT_MOBILITY_ROAD_PRIVATE_FAHRZEUGE_KEINS", "no vehicle");
-define("TXT_MOBILITY_ROAD_PRIVATE_FAHRZEUGE_HELP", "");
-
-define("TXT_MOBILITY_ROAD_PKW_HAUSHALT", "Number of persons");
-define("TXT_MOBILITY_ROAD_PKW_HAUSHALT_HELP", "");
-
-define("TXT_MOBILITY_ROAD_PKW_EINZELPERSON", "Enter your personal driving amount only: divide the trips taken together by the number of persons involved.");
-define("TXT_MOBILITY_ROAD_PKW_EINZELPERSON_HELP", "");
-
-define("TXT_MOBILITY_ROAD_FAHRZEUG", "Vehicle:");
-define("TXT_MOBILITY_ROAD_FAHRZEUG_ART", "type of vehicle:");
-define("TXT_MOBILITY_ROAD_FAHRZEUG_ART_HELP", "");
-
-define("TXT_MOBILITY_ROAD_FAHRZEUG_PERFORMANCE", "annual distance driven:");
-define("TXT_MOBILITY_ROAD_FAHRZEUG_PERFORMANCE_HELP", "");
-
-define("TXT_MOBILITY_ROAD_FAHRZEUG_ENERGY", "fuel type:");
-define("TXT_MOBILITY_ROAD_FAHRZEUG_ENERGY_HELP", "");
-
-define("TXT_MOBILITY_ROAD_FAHRZEUG_CONSUMPTION", "average consumption:");
-define("TXT_MOBILITY_ROAD_FAHRZEUG_CONSUMPTION_UNIT", "Liter or kg / 100 km");
-
-define("TXT_MOBILITY_ROAD_FAHRZEUG_EMISSION", "CO2 emissions:");
-define("TXT_MOBILITY_ROAD_FAHRZEUG_EMISSION_HELP", "");
-
-/**
- * "Unterwegs: Privater Verkehr": CarSharing
- */
-
-define("TXT_MOBILITY_ROAD_CARSHARING", "CarSharing");
-define("TXT_MOBILITY_ROAD_CARSHARING_YES", "Do you use carsharing?");
-define("TXT_MOBILITY_ROAD_CARSHARING_YES_HELP", "");
-define("TXT_MOBILITY_ROAD_CARSHARING_PERFORMANCE", "annual driving distance:");
-
-/**
- * "Unterwegs: Öffentlicher Verkehr"
- */
-define("TXT_MOBILITY_TRAIN_HEADLINE", "Public Transportation");
-
-define("TXT_MOBILITY_TRAIN_SECTION_HELP", "
-Public transportation
-The annual distance travelled per person using public transportation are on average
-- 1010 km train travel
-- 980 km public transportation
-Public transportation includes streetcars, subways and public buses.
-(Source: Statistisches Bundesamt 2009)
-Commuter routes
-Do you regularly go to work or school via bus or train? Then enter the basic routes (or legs) with the respective means of transportation here.
-");
-
-define("TXT_MOBILITY_TRAIN_LEGEND", "Public Transportation");
-
-define("TXT_MOBILITY_TRAIN_MODE", "Amount of Travels");
-define("TXT_MOBILITY_TRAIN_MODE_DETAIL", "detail");
-define("TXT_MOBILITY_TRAIN_MODE_GENERAL", "general");
-
-define("TXT_MOBILITY_TRAIN_HAUSHALT", "Number of persons");
-define("TXT_MOBILITY_TRAIN_HAUSHALT_HELP", "");
-
-define("TXT_MOBILITY_TRAIN_EINZELPERSON", "State only the amount that you have driven personally.");
-define("TXT_MOBILITY_TRAIN_EINZELPERSON_HELP", "");
-
-define("TXT_MOBILITY_TRAIN_ZUGFERNVERKEHR", "long-distance train travel:");
-define("TXT_MOBILITY_TRAIN_ZUGNAHVERKEHR", "local train travel:");
-define("TXT_MOBILITY_TRAIN_OEPNV", "public transport:");
-define("TXT_MOBILITY_TRAIN_REISEBUS", "travel coach:");
-define("TXT_MOBILITY_TRAIN_KM_EINFACH", "km (basic)");
-
-/**
- * "Unterwegs: Öffentlicher Verkehr" : Pendlerfahrten
- */
-define("TXT_MOBILITY_TRAIN_PENDLERFAHRTEN", "Commuter Travel");
-define("TXT_MOBILITY_TRAIN_PENDLERFAHRTEN_AMOUNT", "number of commuter routes:");
-define("TXT_MOBILITY_TRAIN_PENDLERFAHRTEN_AMOUNT_HAUSHALT", "Do you or a member of your family regularly go to work or school via bus or train?");
-define("TXT_MOBILITY_TRAIN_PENDLERFAHRTEN_AMOUNT_EINZELPERSON", "Do you or a member of your family regularly go to work or school via bus or train?");
-define("TXT_MOBILITY_TRAIN_PENDLERSTRECKE", "Commuter Route");
-
-define("TXT_MOBILITY_TRAIN_PENDLERSTRECKE_WIEOFT", "how often:");
-define("TXT_MOBILITY_TRAIN_PENDLERSTRECKE_WIEOFT_UNIT", "days/year");
-
-define("TXT_MOBILITY_TRAIN_PENDLERFAHRTEN_ZUGFERNVERKEHR_HELP", "z. B. ICE, IC, EC");
-define("TXT_MOBILITY_TRAIN_PENDLERFAHRTEN_ZUGNAHVERKEHR_HELP", "z. B. RE, RB, S-Bahn");
-define("TXT_MOBILITY_TRAIN_PENDLERFAHRTEN_OEPNV_HELP", "z. B. Bus, Straßenbahn, U-Bahn");
-
-/**
- * "Unterwegs: Öffentlicher Verkehr" : Urlaubsreisen
- */
-define("TXT_MOBILITY_TRAIN_URLAUBSREISEN", "Vacation Trips");
-define("TXT_MOBILITY_TRAIN_URLAUBSREISEN_AMOUNT", "number of trips:");
-
-define("TXT_MOBILITY_TRAIN_REISE", "Trip");
-define("TXT_MOBILITY_TRAIN_VERKEHRSMITTEL", "means of transportation:");
-
-define("TXT_MOBILITY_TRAIN_VERKEHRSMITTEL_ZUG", "train");
-define("TXT_MOBILITY_TRAIN_VERKEHRSMITTEL_BUS", "bus");
-
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_PERSONEN", "Number of persons");
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_PERSONEN_HAUSHALT_HELP", "");
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_PERSONEN_EINZELPERSON_HELP", "");
-
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_MODUS", "round trip:");
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_MODUS_HUZ", "round trip");
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_MODUS_EINFACH", "one way");
-
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_DISTANZ", "one way distance:");
-define("TXT_MOBILITY_TRAIN_URLAUBSREISE_DISTANZ_HELP", "");
-
-/**
- * "Unterwegs: Öffentlicher Verkehr" : Sonstige Fahrten
- */
-define("TXT_MOBILITY_TRAIN_SONSTIGE_FAHRTEN", "Other Trips");
-define("TXT_MOBILITY_TRAIN_SONSTIGE_FAHRTEN_GENERAL", "Other Trips");
-define("TXT_MOBILITY_TRAIN_SONSTIGE_FAHRTEN_GENERAL_HELP", "");
-define("TXT_MOBILITY_TRAIN_SONSTIGE_FAHRTEN_KM_ANNO", "km/year");
-
-/**
- * "Unterwegs": Flugverkehr
- */
-define("TXT_MOBILITY_AIR_HEADLINE", "Air Travel");
-
-define("TXT_MOBILITY_AIR_SECTION_HELP", "
-Air traffic has a special role in the emission balance. Because harmful substances directly reach the higher layers of the atmosphere, their climate relevance is significantly different than those emission emitted close to the ground. Compared with other emissions, emissions from mid to long-distant flights are assigned in the CO2 calculator a ".MOBILITY_AIR_FLIGHT_RFI_FACTOR."-times higher weighting (RFI-factor)!
-This so-called Radiative Forcing Index (RFI) describes the ratio of the total warming potential of all emissions to the warming potential of CO2 alone.
This is why the computer takes the RFI into consideration for all flights greater than 400 km, as flights of this distance and greater very likely involve the critical flight altitudes.
-");
-
-define("TXT_MOBILITY_AIR_LEGEND", "Plane");
-
-define("TXT_MOBILITY_AIR_ENTER_DATA", "Enter Flight Data.");
-define("TXT_MOBILITY_AIR_ENTER_MORE_DATA", "Enter Additional Flight Data");
-
-
-define("TXT_MOBILITY_AIR_FLIGHT", "Flight");
-
-define("TXT_MOBILITY_AIR_FLIGHT_FROM", "from");
-define("TXT_MOBILITY_AIR_FLIGHT_VIA", "via");
-define("TXT_MOBILITY_AIR_FLIGHT_TO", "to");
-
-define("TXT_MOBILITY_AIR_FLIGHT_SIMPLE_DISTANCE", "basic distance");
-define("TXT_MOBILITY_AIR_FLIGHT_CLASS", "flight class");
-define("TXT_MOBILITY_AIR_FLIGHT_CLASS_ECONOMY", "Economy / Charter");
-define("TXT_MOBILITY_AIR_FLIGHT_CLASS_BUSINESS", "Business");
-define("TXT_MOBILITY_AIR_FLIGHT_CLASS_FIRST_CLASS", "First Class");
-
-define("TXT_MOBILITY_AIR_FLIGHT_MODE_SINGLE", "one-way flight");
-define("TXT_MOBILITY_AIR_FLIGHT_MODE_RETURN", "round trip flight");
-
-define("TXT_MOBILITY_AIR_FLIGHT_PASSENGERS", "passengers");
-define("TXT_MOBILITY_AIR_FLIGHT_AMOUNT", "number of flights");
-
-/**
- * "Unterwegs": Flugdaten berechnen
- */
-define("TXT_MOBILITY_AIR_CALCULATOR_HEADLINE", "Enter Flight Data");
-
-define("TXT_MOBILITY_AIR_CALCULATOR_SEARCH_ERROR_MIN_LENGTH", "Enter at least 3 characters");
-define("TXT_MOBILITY_AIR_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_START", "No starting airport was found");
-define("TXT_MOBILITY_AIR_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_STOPOVER", "No transfer airport was found");
-define("TXT_MOBILITY_AIR_CALCULATOR_SEARCH_ERROR_NO_AIRPORT_DEST", "No destination airport was found");
-
-define("TXT_MOBILITY_AIR_CALCULATOR_AIRPORT_START", "starting airport");
-define("TXT_MOBILITY_AIR_CALCULATOR_AIRPORT_STOPOVER", "stopover");
-define("TXT_MOBILITY_AIR_CALCULATOR_AIRPORT_DEST", "destination airport");
-define("TXT_MOBILITY_AIR_CALCULATOR_AIRPORT_OPTIONAL", "optional");
-
-define("TXT_MOBILITY_AIR_CALCULATOR_AIRPORT_START_HELP", "Enter the name or the IATA of the airport.");
-
-
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_SIMPLE_DISTANCE", "one way");
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_CLASS", "flight class");
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_CLASS_ECONOMY", "Economy / Charter");
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_CLASS_BUSINESS", "Business");
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_CLASS_FIRST_CLASS", "First Class");
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_CLASS_HELP", "");
-
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_MODE_SINGLE", "one-way flight");
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_MODE_RETURN", "round trip flight");
-
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_PASSENGERS", "number of passengers");
-define("TXT_MOBILITY_AIR_CALCULATOR_FLIGHT_AMOUNT", "number of flights");
-
-define("TXT_MOBILITY_AIR_CALCULATOR_CALCULATE_EMISSIONS", "Calculate Emissions");
-define("TXT_MOBILITY_AIR_CALCULATOR_SEARCH_AIRPORT", "Airport Search");
-define("TXT_MOBILITY_AIR_CALCULATOR_NEW_SEARCH", "New Search");
-
-/**
- * "Unterwegs": Flugdaten berechnen: Ergebnis
- */
-define("TXT_MOBILITY_AIR_CALCULATOR_RESULT_LEGEND", "Emission balance for this flight");
-define("TXT_MOBILITY_AIR_CALCULATOR_RESULT_TRANSFER_RESULT", "Transfer results");
-
-/**
- * "Ernährung"
- */
-define("TXT_FOOD_HEADLINE", "Food");
-
-define("TXT_FOOD_SECTION_HELP", "
-Examining CO2 equivalents is particularly important for the food sector because alongside CO2 resulting from food production and transport, the greenhouse gases methane and laughing gas (nitrous oxide) originate in agriculture especially.
-
-Energy demand
-Next to shopping behavior with regard to food, the metabolism itself acts as a factor. Different individuals vary greatly in their energy demands.
-Anyone who uses his leisure time for physical activities or has a physically taxing work, consumes more energy and thus more food.
-Furthermore, the energy balance depends on gender and age. Men generally have a higher energy demand as woman, while the need for calories decreases with age.
-
-
-Type of eating habits
-The proportion of meat for the eating habits indicated is:
-meat emphasis: 290 g per day
-mixed diet: 165 g per day (average)
-reduced meat: 50 g per day
-
-Buyer behavior
-
Regional products: Regional products usually entail less greenhouse gases for transport. Fruits and vegetables that are flown in use on average 48x more fuel than regional produce. Air transport from abroad results in more than 10 kg CO2 per kg of produce.
-
-Seasonal products: Seasonal products grow outside without any artificial heat input. Fruits and vegetables grown in heated greenhouses out of season have an energy and emission balance that is 10x worse.
-
-Frozen food products: Frozen food uses a large portion of energy for storage.
-
-Eco-products: Ecological cultivation is the most sustainable type of agriculture with an improved energy and CO2 balance compared with conventional agriculture.
-");
-
-
-define("TXT_FOOD_PERSONEN_LEGEND", "Persons");
-define("TXT_FOOD_PERSONEN_HAUSHALT", "Persons in household");
-define("TXT_FOOD_CALC_MODE", "Mode for calulating food need");
-define("TXT_FOOD_CALC_MODE_DETAIL", "Per person detail");
-define("TXT_FOOD_CALC_MODE_GENERAL", "General");
-define("TXT_FOOD_CALC_MODE_NOTE", "Calculation is executed for one person.");
-
-
-/**
- * "Ernährung" : Angaben zu den Personen
- */
-define("TXT_FOOD_EATING_HABITS_LEGEND", "Information on Persons");
-
-define("TXT_FOOD_EATING_HABITS_TYPE", "type of eating habits");
-define("TXT_FOOD_EATING_HABITS_TYPE_HELP", "");
-
-define("TXT_FOOD_EATING_HABITS_REGIONAL", "regional products");
-define("TXT_FOOD_EATING_HABITS_REGIONAL_HELP", "");
-
-define("TXT_FOOD_EATING_HABITS_SEASONAL", "seasonal products");
-define("TXT_FOOD_EATING_HABITS_SEASONAL_HELP", "");
-
-define("TXT_FOOD_EATING_HABITS_FROZENFOOD", "frozen food products");
-define("TXT_FOOD_EATING_HABITS_FROZENFOOD_HELP", "");
-
-define("TXT_FOOD_EATING_HABITS_OEKO", "eco-products");
-define("TXT_FOOD_EATING_HABITS_OEKO_HELP", "");
-
-
-/**
- * "Ernährung": Kalorienbedarf
- */
-
-define("TXT_FOOD_PERSON_NOTE", "Please provide your information on persons");
-define("TXT_FOOD_PERSON", "Person");
-
-define("TXT_FOOD_DETAILS_SEX", "sex");
-define("TXT_FOOD_DETAILS_SEX_MALE", "male");
-define("TXT_FOOD_DETAILS_SEX_FEMALE", "female");
-
-define("TXT_FOOD_DETAILS_AGE", "age");
-define("TXT_FOOD_DETAILS_WEIGHT", "weight");
-define("TXT_FOOD_DETAILS_ACTIVITY", "task");
-define("TXT_FOOD_DETAILS_SPORT", "sport");
-define("TXT_FOOD_EATING", "Food");
-
-/**
- * "Konsum" 01612_ODD - Ergänzung Monatliche Konsumausgaben
- */
-define("TXT_CONSUMPTION_HEADLINE", "Life Style");
-
-
-
-define("TXT_CONSUMPTION_SECTION_HELP", "
-Alongside the consumer habits queried here, the household size, house type, living area per person and vehicle(s) type are considered indicators for personal consumer habits.
-
-
Monthly expenditure in other consumption
- Expenditures in other consumption refers to expenditures in clothes, shoes, furniture, electric devices, white goods, but also in leisure and holiday activities, health services and education.
-
-Consumer habits
-
-Buyer behavior: Through the amount of items that you buy, you determine whether little or much CO2 is produced through production and transportation of goods produced.
-
-Consumer criteria: Long usage periods for devices and economical usage reduce energy expenditure which is necessary for production.
-
-Hotel stays: The tourism sector is growing dynamically globally and is linked to a variety of environmental effects.
-");
-
-
-define("TXT_CONSUMPTION_PERSONEN_LEGEND", "Persons");
-define("TXT_CONSUMPTION_PERSONEN_HAUSHALT", "Persons in household");
-define("TXT_CONSUMPTION_CALC_MODE", "Should the consumer habits of the persons be calculated individually?");
-define("TXT_CONSUMPTION_CALC_MODE_NOTE", "Calculation will be executed for one person.");
-define("TXT_CONSUMPTION_CONSUM_EXPENDIT", "Monthly expenditures other consumption"); /* 201612_ODD */
-
-/**
- * "Konsum" : Angaben zu den Personen
- */
-define("TXT_CONSUMPTION_LEGEND", "Life Style");
-
-define("TXT_CONSUMPTION_PERSON_COUNTER", "Person");
-define("TXT_CONSUMPTION_PERSON_ALL_PERSONS", "Information for all Persons");
-
-define("TXT_CONSUMPTION_CONSUMER_HABITS", "consumer habits:");
-define("TXT_CONSUMPTION_CONSUMER_HABITS_HELP", "");
-
-define("TXT_CONSUMPTION_CONSUMER_CRITERIA", "consumer criteria:");
-define("TXT_CONSUMPTION_CONSUMER_CRITERIA_HELP", "");
-
-define("TXT_CONSUMPTION_HOTEL_VISITS", "hotel stays:");
-define("TXT_CONSUMPTION_HOTEL_VISITS_HELP", "");
-
-define("TXT_CONSUMPTION_PERSON", "Person");
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/temp_lang_en/_values.inc.php b/r41/standard/de/_core/temp_lang_en/_values.inc.php
deleted file mode 100644
index e29cb67..0000000
--- a/r41/standard/de/_core/temp_lang_en/_values.inc.php
+++ /dev/null
@@ -1,449 +0,0 @@
-
- * @copyright 2007, Buero fuer Internet Gestaltung
- */
-/**#@+
- * Constants for the german language pack
- */
-/**
- * "Global": Masseinheiten
- */
-define("TXT_VALUE_FD_UNIT_KG", "kg");
-define("TXT_VALUE_FD_UNIT_KWH", "kWh");
-define("TXT_VALUE_FD_UNIT_LITER", "Liter");
-define("TXT_VALUE_FD_UNIT_SRM", "Srm");
-define("TXT_VALUE_FD_UNIT_STER", "Ster");
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Haustyp"
- */
-define("TXT_VALUE_FD_LIVING_HC_TYPE_MFH", "Mehrfamilienhaus");
-define("TXT_VALUE_FD_LIVING_HC_TYPE_RH", "Reihenhaus");
-define("TXT_VALUE_FD_LIVING_HC_TYPE_EFH", "Einfamilienhaus");
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Besitzverhältnisse"
- */
-define("TXT_VALUE_FD_LIVING_HC_OWNERSHIP_RENT", "Mieter");
-define("TXT_VALUE_FD_LIVING_HC_OWNERSHIP_OWNER", "Eigentümer");
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Baujahr und Standard des Hauses"
- */
-define("TXT_VALUE_FD_LIVING_HC_CY_NN", "unbekannt");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1978", "Bis 1978 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1983", "1979 bis 1983 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO1994", "1984 bis 1994 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_UPTO2001", "1995 bis 2001 (unsaniert)");
-define("TXT_VALUE_FD_LIVING_HC_CY_LATER2001", "ab 2001");
-define("TXT_VALUE_FD_LIVING_HC_CY_NEH", "Niedrigenergiehaus (NEH)");
-define("TXT_VALUE_FD_LIVING_HC_CY_PASSIVHAUS", "Passivhaus");
-define("TXT_VALUE_FD_LIVING_HC_CY_ENERGIEPLUS", "Energieplus Haus");
-define("TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_NEH", "Altbau saniert auf Niedrigenergiehausstandard");
-define("TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_PH", "Altbau saniert auf Passivhausstandard");
-
-/**
- * "Zuhause": "Heizung": Form data: "Art der Heizung"
- */
-define("TXT_VALUE_FD_LIVING_HS_TYPE_NN", "unbekannt");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS", "Erdgas");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS", "Flüssiggas");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL", "Heizöl (leicht)");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_FERNWAERME", "Fernwärme");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STROM", "Strom (dt. Strommix)");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO", "Ökostrom");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ", "Stückholz");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZSCHNITZEL", "Holz-Hackschnitzel");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS", "Holz-Pellets");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE", "Steinkohle");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE", "Braunkohlenbriketts");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_SOLARTHERMIE", "Solarthermie");
-define("TXT_VALUE_FD_LIVING_HS_TYPE_WAERMEPUMPE", "Wärmepumpe");
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem"
- */
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL", "Heizungssystem zentral");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL", "Etagenheizung");
-define("TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL", "Einzelheizung");
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem zentral / dezentral"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980", "vor 1980");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980", "ab 1980");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995", "ab 1995");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005", "ab 2005");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT", "Brennwert Kessel");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME", "Fernwärme");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE", "elektr. Wärmepumpe");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT", "Strom direkt (Bsp. Nachtspeicherhzg.)");
-
-/**
- * "Zuhause": "Heizung": Form data: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-define("TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE", "keine");
-
-/**
- * "Zuhause": "Heizung": Form data: "Lüft-Gewohnheiten"
- */
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY", "viele Fenster auf Dauerkippstellung");
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME", "einige Fenster auf Dauerkippstellung");
-define("TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE", "Stoßlüftung");
-
-/**
- * "Zuhause": "Heizung": Form data: "Nachträgliche Modernisierung"
- */
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER", "Wärmeschutzverglasung");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH", "Dachdämmung");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER", "Fassadendämmung");
-define("TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE", "Dämmung Kellerdecke");
-
-/**
- * "Zuhause": "Heizung": Form data: "persönlicher Warmwasserverbrauch"
- */
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_WASCHEN", "Waschen");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN", "Duschen");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN", "tägl. Duschen");
-define("TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN", "häufig baden");
-
-/**
- * "Zuhause": "Heizung": Form data: "Spararmaturen"
- */
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY", "vorwiegend vorhanden");
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME", "zum Teil vorhanden");
-define("TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE", "keine vorhanden");
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL", "Zentral");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL", "Dezentral");
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR", "Solaranlage");
-define("TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE", "elektr. Wärmepumpe");
-
-
-/**
- * "Zuhause": "Strom": Form data: "Strombezug"
- */
-define("TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE", "Strommix Deutschland");
-define("TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO", "Ökostrom");
-
-/**
- * "Zuhause": "Strom - Stromerzeugung": Form data: "Art der Stromerzeugung"
- */
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_PV", "Photovoltaik");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_WIND", "Wind");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_WATER", "Wasser");
-define("TXT_VALUE_FD_LIVING_PT_PG_TYPE_KWK", "KWK");
-
-/**
- * "Zuhause": "Strom": Form data: "Schätzung Stromverbrauch"
- */
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_NAME", "Energiesparlampen");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_NAME", "Kühlschrank");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_NAME", "Geschirrspüler");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_NAME", "Waschmaschine");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_NAME", "Wäschetrockner");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_NAME", "Gefriergerät");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_NAME", "Herd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_NAME", "Fernseher/Video");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_HELP", "");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_NAME", "HIFI- Anlage");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_NAME", "Computer");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_AQUARIUM_NAME", "Aquarium");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_NAME", "Klimagerät");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_NAME", "Anzahl Kleingeräte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_NAME", "Umwälzpumpe");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_HELP", "");
-
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO", "nein");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_SOME", "einige");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HALF", "die Hälfte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_MOSTLY", "hauptsächlich");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10", "älter als 10 Jahre");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10", "jünger als 10 Jahre");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS", "effizientes Neugerät (A bis A++)");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_B", "effizientes Neugerät (A / B)");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO_OR_GAS", "nein oder Gasherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ELECTRIC", "Elektroherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_CERAN", "Ceranherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_INDUCTION", "Induktionsherd");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ONE_UNIT", "1 Gerät");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_UNITS", "2 Geräte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_UNITS", "3+ Geräte");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ON_PC", "1 PC");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_PCS", "2 PCs");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_PCS", "3+ PCs");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_100LITER", "100 Liter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_300LITER", "300 Liter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_600LITER", "600 Liter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_FEW", "gering");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NORMAL", "normal");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ALOT", "überdurchschnittlich");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HIGH", "hoch");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_1980", "älter als 1980");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_1995", "älter als 1995");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_WITH_SWITCH", "neu mit Stufenschalter");
-define("TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_ELECTRONIC", "neu, elektronisch geregelt");
-
-
-
-/**
- * "Unterwegs": "Privatverkehr": Form data: "Fahrzeugart"
- */
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN", "Kleinwagen mit Verbrennungsmotor");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE", "Mittelklasse mit Verbrennungsmotor");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE", "Oberklasse mit Verbrennungsmotor");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_CARSHARING", "CarSharing / Teilauto Kfz");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV", "Plug-In Hybrid Kfz (PHEV)");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV", "Elektrofahrzeug (BEV)");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE", "Elektrofahrzeug mit Range Extender");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD", "Motorrad");
-define("TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER", "Roller / Mofa mit Verbrennungsmotor");
-
-/**
- * "Unterwegs": "Privatverkehr": Form data: "Energieträger"
- */
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN", "Benzin");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL", "Diesel");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL", "Biodiesel");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS", "Erdgas");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS", "Flüssiggas");
-define("TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL", "Ethanol");
-
-/**
- * "Unterwegs": "ÖV": Form data: "öffentlicher Verkehr individuell"
- */
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE", "Zug-Fernverkehr");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE", "Zug-Nahverkehr");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV", "ÖPNV (z. B. Bus, Strassenbahn, U-Bahn)");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH", "Reisebus");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE", "Fahrrad");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE", "Pedelec / E-Bike");
-define("TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT", "zu Fuß");
-
-
-/**
- * "Unterwegs": "Flug": Values: "Flugklasse"
- */
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT", "Kurzstrecke");
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE", "Mittelstrecke");
-define("TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG", "Langstrecke");
-
-/**
- * "Ernährung": Form data: "Alter"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_17", "0-17 Jahre");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_29", "18-29 Jahre");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_59", "30-59 Jahre");
-define("TXT_VALUE_FD_FOOD_DETAILS_AGE_60", ">=60 Jahre");
-
-/**
- * "Ernährung": Form data: "Tätigkeitsfaktor"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV", "sehr inaktiv");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG", "bewegungsarme Tätigkeiten");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT", "leichte körperliche Arbeit");
-define("TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART", "harte körperliche Arbeit");
-
-/**
- * "Ernährung": Form data: "Sport"
- */
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN", "keiner");
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG", "wenig Sport");
-define("TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL", "viel Sport");
-
-/**
- * "Ernährung": Form data: "Ernährungsform"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN", "VeganerIn");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH", "VegetarierIn");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT", "fleischreduzierte Kost");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT", "Mischkost");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT", "fleischbetonte Kost");
-
-/**
- * "Ernährung": Form data: "Regionale Produkte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR", "ausschließlich regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS", "vorwiegend regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE", "teilweise regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG", "wenig regional");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE", "häufig eingeflogene Ware");
-
-/**
- * "Ernährung": Form data: "Saisonale Produkte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR", "ausschließlich");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS", "vorwiegend");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE", "gemischt");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG", "ab und zu");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE", "keine Rücksicht");
-
-/**
- * "Ernährung": Form data: "Tiefkühlprodukte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE", "Nie");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH", "gelegentlich");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE", "2-3 x Woche");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH", "täglich");
-
-/**
- * "Ernährung": Form data: "Ökoprodukte"
- */
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT", "hauptsächlich");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE", "teilweise");
-define("TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE", "keine");
-
-/**
- * "Konsum": Form data: "Kaufverhalten"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM", "sparsam");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH", "durchschnittlich");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG", "großzügig");
-
-/**
- * "Konsum": Form data: "Kaufkriterien"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG", "Langlebigkeit");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION", "Funktionalität");
-define("TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS", "günstiger Preis");
-
-/**
- * "Konsum": Form data: "Hotelübernachtungen"
- */
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE", "keine");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI", "< 2 Wochen / Jahr");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER", "2 - 4 Wochen / Jahr");
-define("TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER", "> 4 Wochen / Jahr");
-
-/**
- * "Konsum": Form data: "Gebrauchte Gegenstände"
- */
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE", "nie");
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL", "manchmal");
-define("TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT", "oft");
-
-/**
- * "Konsum": Form data: "Klimafreundliche Geldanlage"
- */
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_KEINE", "keine Geldanlage");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_KEINE_CF", "keine klimafreundlichen Geldanlagen");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_TEILWEISE", "teilweise klimafreundliche Geldanlagen");
-define("TXT_VALUE_FD_CONSUMPTION_CF_INVESTMENT_NUR", "ausschließlich klimafreundliche Geldanlagen ");
-
-/**
- * "Konsum": Form data: "Haustyp"
- */
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH", "Mehrfamilienhaus");
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH", "Reihenhaus");
-define("TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH", "Einfamilienhaus");
-
-/**
- * "Konsum": Form data: "Fahrzeuge"
- */
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_NONE", "kein Auto");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_KLEIN", "Kleinwagen");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_MITTEL", "Mittelklasse");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER1", "1 Oberklasse Fhrzg.");
-define("TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER2", "2 Oberklasse Fhrzg.");
-
-/**
- * "Konsum": Form data: "Finanzausgaben" 201612_ODD
- */
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_OVERAVERAGE", "über 1600€");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_AVERAGE", "bis 1600€");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV1", "bis 1100€");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV2", "bis 850€");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV3", "bis 650€");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV4", "bis 500€");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_UNDERAV5", "bis 400€");
-define("TXT_VALUE_FD_CONSUM_EXPENDIT_LOWEST", "unter 300€");
-
-
-
-/* Szenario */
-
-/**
- * "Heizung": Form data: "Akzeptanzfragen"
- */
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_SMALL", "Kleine PV-Anlage");
-define("TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_MEDIUM", "Mittlere PV-Anlage");
-
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE", "Ich unterstütze Maßnahmen (Förderungen und geseztliche Vorgaben) die die Energieeffizienz von Bestandsgebäuden flächendeckend in den nächsten 20 bis 30 Jahren auf den höchsten Standard heben.");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP", "");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME", "Frage zur Akzeptanz EE im Bereich Wärme");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP", "");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE", "Durch Anreize oder städtebauliche Vorgaben sollte die Wohnfläche pro Einwohner langfristig wieder gesenkt werden.");
-define("TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP", "");
-
-/**
- * "Strom": Form data: "Akzeptanzfragen"
- */
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE", "Das Ziel der ENERGIEWENDE ist eine 80%igen Versorgung aus erneuerbare Energien, hierzu ist der Umbau der Infrastruktur notwendig, auch in Ihrem persönlichen Umfeld, wie z. B. Windkraftanlagen, Trassen, Netze, Leitungen und Speicher für Strom und Wärme. Die Energiewende ...");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP", "");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS", "Der Energiepreis soll alle Umweltkosten der Energiegewinnung und Verteilung enthalten, auch wenn Energie dann mehr kostet.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP", "");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH", "Der stetig steigende Stromverbrauch muss durch gesetzliche Vorgaben für die Produzenten, z.B. von Haushaltsgeräten, deutlich gesenkt werden.");
-define("TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP", "");
-
-/**
- * "Mobilität": Form data: "Akzeptanzfragen"
- */
-define("TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN", "In Zukunft sollte der öffentliche Nah- und Fernverkehr (insb. Bahn) zwischen größeren und kleineren Kommunen deutschlandweit verbessert/ausgebaut werden.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT", "Ein Tempolimit von 130 km/h auf den Autobahnen …");
-define("TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_CARSHARING", "Eine finanzielle Förderung von effizienten Individualverkehr wie CarSharing (Teilauto) oder E-Mobilität ...");
-define("TXT_SC_MOBILITY_ACCEPTANCE_CARSHARING_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI", "Innenstädte sollten in Zukunft weitgehend autofrei sein und für Fuß-, Rad- und öffentlichen Radverkehr attraktiv gestaltet werden. Und auch außerhalb der Innenstädte haben umweltfreundliche Verkehrsmittel Vorrang im Straßenverkehr.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS", "Die Preise für das Fliegen sollen die vollständigen realen Umweltkosten enthalten.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP", "");
-define("TXT_SC_MOBILITY_ACCEPTANCE_VERKEHR_EHANDEL", "Einen Ausbau des Emissionshandels auf den Individualverkehr.");
-define("TXT_SC_MOBILITY_ACCEPTANCE_VERKEHR_EHANDEL_HELP", "");
-
-
-/**#@-*/
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/temp_values/_values.inc.php b/r41/standard/de/_core/temp_values/_values.inc.php
deleted file mode 100644
index b5f1dd2..0000000
--- a/r41/standard/de/_core/temp_values/_values.inc.php
+++ /dev/null
@@ -1,2198 +0,0 @@
- Vergleichswert für emission */
-define("QUOTA_TD", 11620); /* auf Summe des deutschen Durchschnitts anpassen */ /* 201612_ODD Bürgerrechner 20161202 Quelle IFEU */
-define("QUOTA_ST", 8904); /* 201512: 8300; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 8900 */
-define("QUOTA_MT", 5633); /* 201512: 5700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 5630 */
-define("QUOTA_LT", 1111); /* 201512: 1700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 1100 */
- /* QUOTA_2_ --> Vergleichswert für emission-self */
-define("QUOTA_2_TD", 0); /* QUOTA_TD - QUOTA_TD */ /* 201605_ODD */
-define("QUOTA_2_ST", 3003); /* QUOTA_TD - QUOTA_ST */ /* 201605_ODD */
-define("QUOTA_2_MT", 6274); /* QUOTA_TD - QUOTA_MT */ /* 201605_ODD */
-define("QUOTA_2_LT", 10796); /* QUOTA_TD - QUOTA_LT */ /* 201605_ODD */
-
-
-/**
- * Average emissions (Vergleichsquote)
- */
-define("AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM", 1640.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE", 759.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING", AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM + AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE);
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP", 370.00); /* TBD */
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR", 1499.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN", 125.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_AIR", 555.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY", AVERAGE_EMISSION_VALUE_MOBILITY_CAR + AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN + AVERAGE_EMISSION_VALUE_MOBILITY_AIR);
-define("AVERAGE_EMISSION_VALUE_FOOD", 1736.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_CONSUMPTION", 4558.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_COMMON", 725.00); /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-
-/* Average emissions Szenario */
-define("AVERAGE_EMISSION_VALUE_COMMON_ST", 607.00); /* 201512 1MOD: 853; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2020 */
-define("AVERAGE_EMISSION_VALUE_COMMON_MT", 514.00); /* 201512 1MOD: 689; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2030 */
-define("AVERAGE_EMISSION_VALUE_COMMON_LT", 255.00); /* 201512 1MOD: 552; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2050 */
-
-define("AVERAGE_EMISSION_VALUE", AVERAGE_EMISSION_VALUE_LIVING + AVERAGE_EMISSION_VALUE_MOBILITY + AVERAGE_EMISSION_VALUE_FOOD + AVERAGE_EMISSION_VALUE_CONSUMPTION + AVERAGE_EMISSION_VALUE_COMMON);
-
-
-
-/* "Zuhause" */
-
-/**
- * "Zuhause": max. amount of persons
- */
-$fd_living_persons_max_value = 10;
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Haustyp"
- */
-$fd_living_hc_type["mfh"] = array("name" => TXT_VALUE_FD_LIVING_HC_TYPE_MFH);
-$fd_living_hc_type["rh"] = array("name" => TXT_VALUE_FD_LIVING_HC_TYPE_RH);
-$fd_living_hc_type["efh"] = array("name" => TXT_VALUE_FD_LIVING_HC_TYPE_EFH);
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: "Besitzverhältnisse"
- */
-$factor_living_hc_ownership["mieter"] = 0;
-$factor_living_hc_ownership["besitzer"] = 0;
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Besitzverhältnisse"
- */
-$fd_living_hc_ownership["mieter"] = array("name" => TXT_VALUE_FD_LIVING_HC_OWNERSHIP_RENT);
-$fd_living_hc_ownership["besitzer"] = array("name" => TXT_VALUE_FD_LIVING_HC_OWNERSHIP_OWNER);
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Wohnfläche pro Person/Vorbelegung der Wohnfläche"
- */
-$factor_living_hc_default_living_space[1] = 63;
-$factor_living_hc_default_living_space[2] = 87;
-$factor_living_hc_default_living_space[3] = 106;
-$factor_living_hc_default_living_space[4] = 115;
-$factor_living_hc_default_living_space[5] = 125;
-$factor_living_hc_default_living_space[6] = 130;
-$factor_living_hc_default_living_space[7] = 145;
-$factor_living_hc_default_living_space[8] = 160;
-$factor_living_hc_default_living_space[9] = 180;
-$factor_living_hc_default_living_space[10] = 200;
-
-$default_factor_living_hc_default_living_space = 100;
-
-/**
- * 2020-06-09: Mantis 1755:
- * "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
- * für heute (td), kurzfristig (st), mittelfristig (mt), langfristig (lt)
- */
-$default_factor_living_hh_living_space_consumption["td"] = 15.8; // kg/m2
-$default_factor_living_hh_living_space_consumption["st"] = 15.8; // kg/m2
-$default_factor_living_hh_living_space_consumption["mt"] = 15.8; // kg/m2
-$default_factor_living_hh_living_space_consumption["lt"] = 15.8; // kg/m2
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: "Baujahr und Standard des Hauses" kWh/m2
- * StS: 13.11.15: Durchschnittlicher Gebäudestandard für 2015 ["nn"] auf ["upto1983"] gesetzt
- */
-$factor_living_hc_cy["mfh"]["nn"] = 115.5; /* Modif_StS_12_2018 Anpassung vornehmen, wenn Durchschnitt sich verbessert: $factor_living_hc_cy["mfh"]["nn"] * $default_factor_living_hc_default_living_space = Vorbelegung in kWh*/
-$factor_living_hc_cy["mfh"]["upto1978"] = 150;
-$factor_living_hc_cy["mfh"]["upto1983"] = 130;
-$factor_living_hc_cy["mfh"]["upto1994"] = 125;
-$factor_living_hc_cy["mfh"]["upto2001"] = 90;
-$factor_living_hc_cy["mfh"]["later2001"] = 70;
-$factor_living_hc_cy["mfh"]["neh"] = 50;
-$factor_living_hc_cy["mfh"]["passivhaus"] = 15;
-$factor_living_hc_cy["mfh"]["upto1919_saniert"] = 110; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf (abgeleitet)*/
-$factor_living_hc_cy["mfh"]["upto1948_saniert"] = 81; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf (abgeleitet)*/
-$factor_living_hc_cy["mfh"]["upto2001_saniert"] = 61; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf (abgeleitet)*/
-//$factor_living_hc_cy["mfh"]["energieplus"] = 15;
-//$factor_living_hc_cy["mfh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hc_cy["mfh"]["altbau_saniert_ph"] = 15;
-
-$factor_living_hc_cy["rh"]["nn"] = 150; /* Anpassung vornehmen, wenn Durchschnitt sich verbessert */
-$factor_living_hc_cy["rh"]["upto1978"] = 180;
-$factor_living_hc_cy["rh"]["upto1983"] = 150;
-$factor_living_hc_cy["rh"]["upto1994"] = 140;
-$factor_living_hc_cy["rh"]["upto2001"] = 100;
-$factor_living_hc_cy["rh"]["later2001"] = 80;
-$factor_living_hc_cy["rh"]["neh"] = 55;
-$factor_living_hc_cy["rh"]["passivhaus"] = 15;
-$factor_living_hc_cy["rh"]["upto1919_saniert"] = 127; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf */
-$factor_living_hc_cy["rh"]["upto1948_saniert"] = 93; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf */
-$factor_living_hc_cy["rh"]["upto2001_saniert"] = 70; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf */
-//$factor_living_hc_cy["rh"]["energieplus"] = 15;
-//$factor_living_hc_cy["rh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hc_cy["rh"]["altbau_saniert_ph"] = 15;
-
-$factor_living_hc_cy["efh"]["nn"] = 175; /* Anpassung vornehmen, wenn Durchschnitt sich verbessert */
-$factor_living_hc_cy["efh"]["upto1978"] = 200;
-$factor_living_hc_cy["efh"]["upto1983"] = 175;
-$factor_living_hc_cy["efh"]["upto1994"] = 160;
-$factor_living_hc_cy["efh"]["upto2001"] = 110;
-$factor_living_hc_cy["efh"]["later2001"] = 90;
-$factor_living_hc_cy["efh"]["neh"] = 60;
-$factor_living_hc_cy["efh"]["passivhaus"] = 15;
-$factor_living_hc_cy["efh"]["upto1919_saniert"] = 148; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf (abgeleitet)*/
-$factor_living_hc_cy["efh"]["upto1948_saniert"] = 109; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf (abgeleitet)*/
-$factor_living_hc_cy["efh"]["upto2001_saniert"] = 82; /* Quelle: BMWi Sanierungsbestand im Gebäudebedarf (abgeleitet)*/
-//$factor_living_hc_cy["efh"]["energieplus"] = 15;
-//$factor_living_hc_cy["efh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hc_cy["efh"]["altbau_saniert_ph"] = 15;
-
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Energiebedarf Wärme pro Person (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_person_lt = 3262; /* kWh/Person Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD_KS90 3528 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Ziel Anteil EE Wärme (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_ee_ratio_lt = 0.922; /* EE-Anteil, Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD__KS90 0.72 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Zukünftige Durchschnitts-Wohnfläche (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_space_lt = 51.4; /* Quelle Öko-Institut 2MOD; UPDATE 201605_ODD vorher: 1MOD 51.6 */
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Baujahr und Standard des Hauses"
- */
-$fd_living_hc_cy["nn"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NN);
-$fd_living_hc_cy["upto1978"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_UPTO1978);
-$fd_living_hc_cy["upto1983"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_UPTO1983);
-$fd_living_hc_cy["upto1994"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_UPTO1994);
-$fd_living_hc_cy["upto2001"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_UPTO2001);
-$fd_living_hc_cy["later2001"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_LATER2001);
-$fd_living_hc_cy["neh"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NEH);
-$fd_living_hc_cy["passivhaus"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_PASSIVHAUS);
-$fd_living_hc_cy["upto1919_saniert"]= array("name" => TXT_VALUE_FD_LIVING_HC_CY_UPTO1919_SANIERT);
-$fd_living_hc_cy["upto1948_saniert"]= array("name" => TXT_VALUE_FD_LIVING_HC_CY_UPTO1948_SANIERT);
-$fd_living_hc_cy["upto2001_saniert"]= array("name" => TXT_VALUE_FD_LIVING_HC_CY_UPTO2001_SANIERT);
-//$fd_living_hc_cy["energieplus"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_ENERGIEPLUS);
-//$fd_living_hc_cy["altbau_saniert_neh"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_NEH);
-//$fd_living_hc_cy["altbau_saniert_ph"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_ALTBAU_SANIERT_PH);
-
-/**
- * "Zuhause": "Wohnverhältnis": Welcher Standard des Hauses ist unsaniert
- */
-$fd_living_hc_cy_not_refurbished = array("nn", "upto1978", "upto1983", "upto1994", "upto2001");
-
-/**
- * "Zuhause": "Wohnverhältnis": Default values: "Baujahr des Hauses"
- * für heute (td), kurzfristig (st), mittelfristig (mt), langfristig (lt)
- */
-$default_living_cy["td"] = "nn";
-$default_living_cy["st"] = "nn";
-$default_living_cy["mt"] = "nn";
-$default_living_cy["lt"] = "nn";
-
-
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: Energieträger CO2 Umrechnung
- * Auswahl basiert auf dem Wert $factor_living_hs_type
- */
-$factor_living_hs_co2_conversion["nn"] = 0.28408; /* Modif_StS_12_2018 */
-$factor_living_hs_co2_conversion["erdgas"] = 0.25039; // 201612_LOS Datenquelle Wert
-$factor_living_hs_co2_conversion["heizoel"] = 0.31778; // 201612_LOS Datenquelle Wert
-$factor_living_hs_co2_conversion["fernwaerme"] = 0.27224 ; /* Anpassung 17-12-2015 RL: von 0.30706 (TÜV gepr.) auf 0.30962 201612_LOS Datenquelle Wert*/
-$factor_living_hs_co2_conversion["holzpellets"] = 0.03203; /* Anpassung 17-12-2015 RL: von 0.032 (TÜV gepr.) auf 0.03203*/
-$factor_living_hs_co2_conversion["fluessiggas"] = 0.26822; // 201612_LOS Datenquelle Wert
-$factor_living_hs_co2_conversion["waermepumpe"] = 0.1915; /* Modif_StS_12_2018*/
-$factor_living_hs_co2_conversion["waermepumpe_oeko"] = 0.0125; /* Modif_StS_12_2018*/
-$factor_living_hs_co2_conversion["solarthermie"] = 0.0229; /* http://mantis.co2-pro.de/view.php?id=1520 Modif_StS_12_2018*/
-$factor_living_hs_co2_conversion["holz"] = 0.01232; /* Anpassung 17-12-2015 RL: von 0.0123 (TÜV gepr.) auf 0.01232*/
-$factor_living_hs_co2_conversion["holzschnitzel"] = 0.0237; /* Anpassung 17-12-2015 RL: von 0.023 (IFEU Dez 14) + Anpassung Heizwert! auf 0.0237*/
-$factor_living_hs_co2_conversion["strom"] = 0.5237; // Modif_StS_12_2018
-$factor_living_hs_co2_conversion["strom_oeko"] = 0.03424; // Modif_StS_12_2017
-$factor_living_hs_co2_conversion["steinkohle"] = 0.43970; // 201612_LOS Datenquelle Wert
-$factor_living_hs_co2_conversion["braunkohle"] = 0.42184; /* Anpassung 17-12-2015 RL: von 0.42208 (TÜV gepr.) auf 0.42184*/
-
-/**
- * "Zuhause": "Heizung": Values: "Vermeidungsfaktoren" gegenüber Wärmemix aus je 50% Erdgas und Heizöl
- */
-$factor_living_hs_avoidance_self["nn"] = 0; /* Vermeidung basiert auf NN Faktor von 0.28408 */
-$factor_living_hs_avoidance_self["erdgas"] = 0;
-$factor_living_hs_avoidance_self["heizoel"] = 0;
-$factor_living_hs_avoidance_self["fernwaerme"] = 0;
-$factor_living_hs_avoidance_self["holzpellets"] = 0.2521; /* Modif_StS_12_2018 */
-$factor_living_hs_avoidance_self["fluessiggas"] = 0;
-$factor_living_hs_avoidance_self["waermepumpe"] = 0;
-$factor_living_hs_avoidance_self["waermepumpe_oeko"] = 0.2716; /* Modif_StS_12_2018 */
-$factor_living_hs_avoidance_self["solarthermie"] = 0.2612; /* Modif_StS_12_2018 */
-$factor_living_hs_avoidance_self["holz"] = 0.2718; /* Modif_StS_12_2018 */
-$factor_living_hs_avoidance_self["holzschnitzel"] = 0.2604; /* Modif_StS_12_2018 */
-$factor_living_hs_avoidance_self["strom"] = 0;
-$factor_living_hs_avoidance_self["strom_oeko"] = 0.2498; /* Modif_StS_12_2018 */
-$factor_living_hs_avoidance_self["steinkohle"] = 0;
-$factor_living_hs_avoidance_self["braunkohle"] = 0;
-
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung: Erneuerbaren Energieträger"
- * http://mantis.co2-pro.de/view.php?id=1463
- * http://mantis.co2-pro.de/view.php?id=1419
- */
-$factor_living_hs_type_ee = array("holz", "holzschnitzel", "holzpellets", "solarthermie", "waermepumpe_oeko");
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung"
- */
-$factor_living_hs_type["nn"] = 0.28408; /* Modif_StS_12_2018 */
-$factor_living_hs_type["erdgas"] = 0.22610; // 201612_LOS Datenquelle Wert
-$factor_living_hs_type["heizoel"] = 3.17514; // 201612_LOS Datenquelle Wert
-$factor_living_hs_type["fernwaerme"] = 0.27224; /* Anpassung 18-12-2015 RL: von 0.30706 (TÜV gepr.) auf 0.30962; 201612_LOS Datenquelle Wert*/
-$factor_living_hs_type["holzpellets"] = 0.16015; /* Anwendung HU = 4,51667 / Anpassung 18-12-2015 RL: von 0.14453 auf 0.16015*/
-$factor_living_hs_type["fluessiggas"] = 1.87045; // 201612_LOS Datenquelle Wert
-$factor_living_hs_type["waermepumpe"] = 0.5237; /* Faktor für den Stromverbrauch der Pumpe, also kWh elektrisch!! http://mantis.co2-pro.de/view.php?id=1519 Modif_StS_12_2018*/
-$factor_living_hs_type["waermepumpe_oeko"] = 0.03424; /*Faktor für den Stromverbrauch der Pumpe, also kWh elektrisch!! wenn emission_other: dann gleich Faktor "waermepumpe" modif StS 12.18*/
-$factor_living_hs_type["solarthermie"] = 0.0229; /* Quelle: UBA 2018 EM-Bilanz EE, basierend auf GEMIS 4.94 http://mantis.co2-pro.de/view.php?id=1520 Modif_StS_12_2018*/
-$factor_living_hs_type["holz"] = 19.82288; /* Anwendung HU = 1610,5 / Anpassung 18-12-2015 RL: von 19.80915 (TÜV gepr.) auf 19.82288*/
-$factor_living_hs_type["holzschnitzel"] = 21.79215; // 201612_LOS Datenquelle Wert
-$factor_living_hs_type["strom"] = 0.5237; // Modif_StS_12_2018
-$factor_living_hs_type["strom_oeko"] = 0.03424; // Modif_StS_12_2017
-$factor_living_hs_type["steinkohle"] = 3.37119; // 201612_LOS Datenquelle Wert
-$factor_living_hs_type["braunkohle"] = 2.29084; /* Anwendung HU = 5,43056 / Anpassung 18-12-2015 RL: von 2.29212 auf 2.29084*/
-
-
-/**
- * "Szenario" : "Zuhause": "Heizung": Values: "Art des Energieträgers" 201605_ODD: Update zur Kalibrierung der Wärme im ÖI KS 95
- * Mantis 1521
- */
-$factor_sc_living_hs_type["st"]["ee"] = 0.03;
-$factor_sc_living_hs_type["mt"]["ee"] = 0.025;
-$factor_sc_living_hs_type["lt"]["ee"] = 0.0115; /*Kalibrierung der Wärme, eigene Annahme*/
-$factor_sc_living_hs_type["st"]["not_ee"] = 0.282;
-$factor_sc_living_hs_type["mt"]["not_ee"] = 0.247;
-$factor_sc_living_hs_type["lt"]["not_ee"] = 0.24; /* Kalibrierung der Wärme*/
-
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Art der Heizung"
- */
-$fd_living_hs_type["nn"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["erdgas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["heizoel"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_living_hs_type["fernwaerme"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_FERNWAERME, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["holzpellets"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS, "unit" => TXT_VALUE_FD_UNIT_KG);
-$fd_living_hs_type["fluessiggas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_living_hs_type["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_WAERMEPUMPE, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["waermepumpe_oeko"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_WAERMEPUMPE_OEKO, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["solarthermie"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_SOLARTHERMIE, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["holz"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ, "unit" => TXT_VALUE_FD_UNIT_STER);
-$fd_living_hs_type["holzschnitzel"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZSCHNITZEL, "unit" => TXT_VALUE_FD_UNIT_SRM);$fd_living_hs_type["strom"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO, "unit" => TXT_VALUE_FD_UNIT_KWH);
-$fd_living_hs_type["steinkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE, "unit" => TXT_VALUE_FD_UNIT_KG);
-$fd_living_hs_type["braunkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE, "unit" => TXT_VALUE_FD_UNIT_KG);
-
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem"
- */
-$fd_living_hs_heating_system["zentral"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL);
-$fd_living_hs_heating_system["etage"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL);
-$fd_living_hs_heating_system["einzel"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL);
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem zentral / dezentral"
- */
-$fd_living_hs_heating_system_spec["vor1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980);
-$fd_living_hs_heating_system_spec["1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980);
-$fd_living_hs_heating_system_spec["1995"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995);
-$fd_living_hs_heating_system_spec["2005"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005);
-$fd_living_hs_heating_system_spec["brennwertkessel"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT);
-$fd_living_hs_heating_system_spec["fernwaerme"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME);
-$fd_living_hs_heating_system_spec["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE);
-$fd_living_hs_heating_system_spec["stromdirekt"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT);
-
-/**
- * "Zuhause": "Heizung": Condition: "Heizungssystem zentral / dezentral"
- * Anzeigen wenn Bedingung "strom_oeko" oder "strom" erfüllt für "living_hs_type"
- */
-$condition_living_hs_heating_system_spec["strom"]["zentral"] = array("waermepumpe");
-$condition_living_hs_heating_system_spec["strom"]["etage"] = array("stromdirekt");
-$condition_living_hs_heating_system_spec["erdgas"] = array("vor1980", "1980", "1995", "2005", "brennwertkessel");
-$condition_living_hs_heating_system_spec["fernwaerme"] = array("fernwaerme");
-$condition_living_hs_heating_system_spec["holz"] = array("vor1980", "1980", "1995", "2005");
-
-/**
- * "Zuhause": "Heizung": Values: "Heizungssystem"
- */
-$factor_living_hs_heating_system_spec["zentral"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["zentral"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["zentral"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["zentral"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["zentral"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["zentral"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe_oeko"] = 0.33;
-// $factor_living_hs_heating_system_spec["zentral"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["etage"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["etage"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["etage"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["etage"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["etage"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["etage"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe_oeko"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["einzel"][""] = 1.35;
-
-/**
- * "Zuhause": "Heizung": Form data: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$fd_living_hs_additional_renewable_energy["none"] = array("name" => TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE);
-$fd_living_hs_additional_renewable_energy["10"] = array("name" => "10%");
-$fd_living_hs_additional_renewable_energy["20"] = array("name" => "20%");
-$fd_living_hs_additional_renewable_energy["30"] = array("name" => "30%");
-$fd_living_hs_additional_renewable_energy["40"] = array("name" => "40%");
-$fd_living_hs_additional_renewable_energy["50"] = array("name" => "50%");
-
-/**
- * "Zuhause": "Heizung": Values: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$factor_living_hs_additional_renewable_energy["none"] = 1;
-$factor_living_hs_additional_renewable_energy["10"] = 0.9;
-$factor_living_hs_additional_renewable_energy["20"] = 0.8;
-$factor_living_hs_additional_renewable_energy["30"] = 0.7;
-$factor_living_hs_additional_renewable_energy["40"] = 0.6;
-$factor_living_hs_additional_renewable_energy["50"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "durchschnittliche Raumtemperatur"
- */
-$fd_living_hs_avg_room_temp["18"] = array("name" => "18°");
-$fd_living_hs_avg_room_temp["19"] = array("name" => "19°");
-$fd_living_hs_avg_room_temp["20"] = array("name" => "20°");
-$fd_living_hs_avg_room_temp["21"] = array("name" => "21°");
-$fd_living_hs_avg_room_temp["22"] = array("name" => "22°");
-$fd_living_hs_avg_room_temp["23"] = array("name" => "23°");
-$fd_living_hs_avg_room_temp["24"] = array("name" => "24°");
-
-/**
- * "Zuhause": "Heizung": Values: "durchschnittliche Raumtemperatur"
- */
-$factor_living_hs_avg_room_temp["18"] = 0.8;
-$factor_living_hs_avg_room_temp["19"] = 0.9;
-$factor_living_hs_avg_room_temp["20"] = 1;
-$factor_living_hs_avg_room_temp["21"] = 1.1;
-$factor_living_hs_avg_room_temp["22"] = 1.2;
-$factor_living_hs_avg_room_temp["23"] = 1.25;
-$factor_living_hs_avg_room_temp["24"] = 1.3;
-
-/**
- * "Zuhause": "Heizung": Form data: "Lüft-Gewohnheiten"
- */
-$fd_living_hs_airing_habits["viele"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY);
-$fd_living_hs_airing_habits["einige"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME);
-$fd_living_hs_airing_habits["stoss"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Lüft-Gewohnheiten"
- */
-$factor_living_hs_airing_habits["viele"] = 1.2;
-$factor_living_hs_airing_habits["einige"] = 1.1;
-$factor_living_hs_airing_habits["stoss"] = 1;
-
-/**
- * "Zuhause": "Heizung": Values: "Nachträgliche Modernisierung"
- */
-$factor_living_hs_insulating_standard[""] = 0;
-$factor_living_hs_insulating_standard["fenster"] = 0.12;
-$factor_living_hs_insulating_standard["dach"] = 0.15;
-$factor_living_hs_insulating_standard["fassade"] = 0.35;
-$factor_living_hs_insulating_standard["kellerdecke"] = 0.07;
-
-/**
- * "Zuhause": "Heizung": Form data: "Nachträgliche Modernisierung"
- */
-$fd_living_hs_insulating_standard["fenster"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER);
-$fd_living_hs_insulating_standard["dach"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH);
-$fd_living_hs_insulating_standard["fassade"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER);
-$fd_living_hs_insulating_standard["kellerdecke"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE);
-
-/**
- * "Zuhause": "Wohnverhältnis": Condition: "Nachträgliche Modernisierung"
- * Nicht anzeigen: living_hc_cy
- */
-$condition_living_hs_insulating_standard['living_hc_cy'] = array("upto2001", "later2001", "neh", "passivhaus", "upto1919_saniert", "upto1948_saniert", "upto2001_saniert");
-
-/**
- * "Zuhause": "Heizung": Form data: "persönlicher Warmwasserverbrauch"
- */
-$fd_living_hs_warm_water_consumption["waschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_WASCHEN);
-$fd_living_hs_warm_water_consumption["duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_baden"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN);
-
-/**
- * "Zuhause": "Heizung": Values: "persönlicher Warmwasserverbrauch"
- */
-$factor_living_hs_warm_water_consumption["waschen"] = 0.8;
-$factor_living_hs_warm_water_consumption["duschen"] = 0.95;
-$factor_living_hs_warm_water_consumption["oft_duschen"] = 1;
-$factor_living_hs_warm_water_consumption["oft_baden"] = 1.05;
-
-/**
- * "Zuhause": "Heizung": Form data: "Spararmaturen"
- */
-$fd_living_hs_saving_fittings["vorwiegend"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY);
-$fd_living_hs_saving_fittings["zumteil"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME);
-$fd_living_hs_saving_fittings["keine"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Spararmaturen"
- */
-$factor_living_hs_saving_fittings["vorwiegend"] = 0.6;
-$factor_living_hs_saving_fittings["zumteil"] = 0.8;
-$factor_living_hs_saving_fittings["keine"] = 1;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem"
- */
-$fd_living_hs_heating_system_warmwater["zentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL);
-$fd_living_hs_heating_system_warmwater["dezentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL);
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem zentral"
- */
-$factor_living_hs_heating_system_warmwater_zentral["vor1980"] = 1000;
-$factor_living_hs_heating_system_warmwater_zentral["1980"] = 900;
-$factor_living_hs_heating_system_warmwater_zentral["1995"] = 800;
-$factor_living_hs_heating_system_warmwater_zentral["2005"] = 700;
-$factor_living_hs_heating_system_warmwater_zentral["brennwertkessel"] = 600;
-$factor_living_hs_heating_system_warmwater_zentral["fernwaerme"] = 700;
-$factor_living_hs_heating_system_warmwater_zentral["waermepumpe"] = 200;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$fd_living_hs_heating_system_warmwater_zentral_extras["solar"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR);
-$fd_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE);
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$factor_living_hs_heating_system_warmwater_zentral_extras[""] = 1;
-$factor_living_hs_heating_system_warmwater_zentral_extras["solar"] = 0.5;
-$factor_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Dezentral"
- */
-$fd_living_hs_heating_system_warmwater_dezentral["erdgas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["fluessiggas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["heizoel"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["strom"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["holz"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["holzpellets"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["steinkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["braunkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE, "unit" => "kg");
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem dezentral"
- */
-$factor_living_hs_heating_system_warmwater_dezentral["1"] = 700; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["2"] = 550; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["3"] = 500; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["4"] = 475; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["5"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["6"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["7"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["8"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["9"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["10"] = 460; // kWh / Person
-
-
-/**
- * "Zuhause": "Strom": Form data: "Strombezug"
- */
-$fd_living_pt_type["strommix_de"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE);
-$fd_living_pt_type["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO);
-
-/**
- * "Zuhause": "Strom": Values: "Strombezug"
- */
-$factor_living_pt_type["strommix_de"] = 0.5237; // Modif_StS_12_2018
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_living_pt_type["strom_oeko"] = 0.03424; // Modif_StS_12_2017
-
-/**
- * "Szenario": "Strom": Values: Strombezug pro Zeitperiode
- */
-$factor_sc_living_pt_type["strommix_de"]['st'] = 0.5237; /* Modif_StS_12_2018 12.2018 von 0.5597 auf 0.5237 gesenkt, bitte neuen Wert berechnen! bis 12.17 Öko-I. AMS 2MOD 0.623; UPDATE 201605_ODD vorher: 1MOD_AMS 0,52 */ /*ODD update needed*//* TO CHECK */ //Modif_StS_12_2017 aus Stromfaktor aus 16 für 18 0.5597
-$factor_sc_living_pt_type["strommix_de"]['mt'] = 0.5237; /* Modif_StS_12_2018: 12.2018 von 0.541 auf 0.5237 gesenkt, bitte neuen Wert berechnen! Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,427*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strommix_de"]['lt'] = 0.312; /* Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,272*/ //Modif_StS_12_2017
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_sc_living_pt_type["strom_oeko"]['st'] = 0.03424; //Modif_StS_12_2017 dem Faktor für 2018 gleich gesetzt (bis 12.17: 0,044)
-$factor_sc_living_pt_type["strom_oeko"]['mt'] = 0.030; /*eigene Annahme*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strom_oeko"]['lt'] = 0.0115; /*eigene Annahme*/ //Modif_StS_12_2017
-
-/**
- * "Zuhause": "Strom": Values: "Strombezug: Vermeidung bei Dritten pro Zeitperiode"
- */
-$factor_living_pt_avoidance_other["strommix_de"]['td'] = 0; /* http://mantis.co2-pro.de/view.php?id=1466 */
-$factor_living_pt_avoidance_other["strommix_de"]['st'] = 0;
-$factor_living_pt_avoidance_other["strommix_de"]['mt'] = 0;
-$factor_living_pt_avoidance_other["strommix_de"]['lt'] = 0;
-
-$factor_living_pt_avoidance_other["strom_oeko"]['td'] = 0; /* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_living_pt_avoidance_other["strom_oeko"]['st'] = 0;
-$factor_living_pt_avoidance_other["strom_oeko"]['mt'] = 0;
-$factor_living_pt_avoidance_other["strom_oeko"]['lt'] = 0;
-/**
- * "Zuhause": "Strom": Values: Alle Grünstrom-Faktoren in dieses array eintragen => Grünstrom-Flag
- */
-$factor_living_pt_type_greenpower[] = "strom_oeko";
-
-/**
- * "Szenario": "Strom": Values: Durchschnittswert für Long-time
- */
-$factor_sc_living_pt_average_person_lt = 1200; /* kWh/anno, Person; Durchschnitt wird durch Akzeptanz skaliert;/ 201512: 1MOD_AMS 1143; 201605_ODD Person ÖI_AMS_2MOD 1200*/
-
-
-
-/**
- * "Zuhause": "Strom - Stromerzeugung": Form data: "Art der Stromerzeugung"
- */
-$fd_living_pt_pg_type["pv"] = array("name" => TXT_VALUE_FD_LIVING_PT_PG_TYPE_PV);
-$fd_living_pt_pg_type["wind"] = array("name" => TXT_VALUE_FD_LIVING_PT_PG_TYPE_WIND);
-$fd_living_pt_pg_type["water"] = array("name" => TXT_VALUE_FD_LIVING_PT_PG_TYPE_WATER);
-$fd_living_pt_pg_type["kwk"] = array("name" => TXT_VALUE_FD_LIVING_PT_PG_TYPE_KWK);
-
-/**
- * "Zuhause": "Strom - Stromerzeugung": Values: "Art der Stromerzeugung"
- * Modif Marta/Stephan: Quelle: UBA 2018 - Emissionsbilanz erneuerbarer Energieträger basierend auf GEMIS 4.9.5
- * Faktoren haben sich erhöht, da nach vormals nach UBA 2013 fremdbezogene Hilfsenergie nicht enthalten war.
- * kwk Brennstoff wird der Wärme zugerechnet
- */ //check 12.18: Modif_StS_12_2018
-$factor_living_pt_pg_type["pv"] = 0.067; // Modif_StS_12_2018 bis 12.2018: 0.055
-$factor_living_pt_pg_type["wind"] = 0.011; // Modif_StS_12_2018 bis 12.2018: 0.009
-$factor_living_pt_pg_type["water"] = 0.004; // Modif_StS_12_2018 bis 12.2018: 0.003
-$factor_living_pt_pg_type["kwk"] = 0.0; // bis 12.2018: 00
-/* Faktoren für Stromerzeugung Zubau im Szenario */
-$factor_living_pt_pg_type["pv_2kwp"] = 0.067; // Modif_StS_12_2018 bis 12.2018: 0.055
-$factor_living_pt_pg_type["pv_4kwp"] = 0.067; // Modif_StS_12_2018 bis 12.2018: 0.055
-$factor_living_pt_pg_type["pv_6kwp"] = 0.067; // Modif_StS_12_2018 bis 12.2018: 0.055
-$factor_living_pt_pg_type["wind_5kw_inland"] = 0.011; // Modif_StS_12_2018 bis 12.2018: 0.009
-
-/**
- * "Szenario": "Zuhause": "Strom - Stromerzeugung": Form data: "Art der Stromerzeugung"
- */
-$fd_sc_living_pt_pg_type["pv_2kwp"] = array("name" => TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_2KWP);
-$fd_sc_living_pt_pg_type["pv_4kwp"] = array("name" => TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_4KWP);
-$fd_sc_living_pt_pg_type["pv_6kwp"] = array("name" => TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_PV_6KWP);
-$fd_sc_living_pt_pg_type["wind_5kw_inland"] = array("name" => TXT_VALUE_FD_SC_LIVING_PT_PG_TYPE_WIND_5KW);
-
-/**
- * "Szenario": "Zuhause": "Strom - Stromerzeugung": Values: "Art der Stromerzeugung"
- * siehe Mantis 1530; Werte für Stromproduktion der Anlage in kWh/anno
- */
-$factor_sc_living_pt_pg_type["pv_2kwp"] = 2000;
-$factor_sc_living_pt_pg_type["pv_4kwp"] = 4000;
-$factor_sc_living_pt_pg_type["pv_6kwp"] = 6000;
-$factor_sc_living_pt_pg_type["wind_5kw_inland"] = 5000;
-
-
-
-/**
- * "Zuhause": "Strom": Form data: "Schätzung Stromverbrauch"
- * Vollständige Überarbeitung R4.0SZ Nov.15
- */
-$fd_living_pt_estimate_consumption["low_energy_bulb"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_LOW_ENERGY_BULB_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HALF, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_MOSTLY, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ALL));
-$fd_living_pt_estimate_consumption["refrigerator"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_REFRIGERATOR_HELP,
- "default" => "c",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS));
-$fd_living_pt_estimate_consumption["freezer"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_FREEZER_HELP,
- "default" => "a",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS));
-$fd_living_pt_estimate_consumption["dish_washer"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_DISH_WASHER_HELP,
- "default" => "c",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS));
-$fd_living_pt_estimate_consumption["washing_machine"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_WASHING_MACHINE_HELP,
- "default" => "c",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS));
-$fd_living_pt_estimate_consumption["drier"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_DRIER_HELP,
- "default" => "a",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_10, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_YOUNGER_THAN_10, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_EFFICIENCY_A_PLUS));
-$fd_living_pt_estimate_consumption["cooker"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_COOKER_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO_OR_GAS, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ELECTRIC, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_CERAN, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_INDUCTION));
-$fd_living_pt_estimate_consumption["tv"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_TV_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ONE_UNIT, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_UNITS, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_UNITS));
-$fd_living_pt_estimate_consumption["stereo"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_STEREO_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ONE_UNIT, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_UNITS, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_UNITS));
-$fd_living_pt_estimate_consumption["computer"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_COMPUTER_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ON_PC, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_PCS, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_PCS));
-$fd_living_pt_estimate_consumption["laptop"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_LAPTOP_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_LAPTOP_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ONE_UNIT, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_UNITS, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_UNITS));
-$fd_living_pt_estimate_consumption["air_conditioning"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_AIR_CONDITIONING_HELP,
- "default" => "a",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ONE_UNIT, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_TWO_UNITS, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_THREE_UNITS));
-$fd_living_pt_estimate_consumption["tools"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_TOOLS_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_FEW, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NORMAL, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_ALOT, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_HIGH));
-$fd_living_pt_estimate_consumption["circulating_pump"] = array(
- "name" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_NAME,
- "help" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_CIRCULATING_PUMP_HELP,
- "default" => "b",
- "values" => array("a" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NO, "b" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_OLDER_THAN_1995, "c" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_WITH_SWITCH, "d" => TXT_VALUE_FD_LIVING_PT_ESTIMATE_VALUE_NEW_ELECTRONIC));
-
-/**
- * "Zuhause": "Strom": Values: "Schätzung Stromverbrauch"
- * Vollständige Überarbeitung R4.0SZ Nov.15
- */
-$factor_living_pt_estimate_consumption["low_energy_bulb"][1] = array("a" => 68, "b" => 0, "c" => -56, "d" => -68);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][2] = array("a" => 120, "b" => 0, "c" => -100, "d" => -120);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][3] = array("a" => 140, "b" => 0, "c" => -116, "d" => -140);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][4] = array("a" => 168, "b" => 0, "c" => -139, "d" => -168);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][5] = array("a" => 175, "b" => 0, "c" => -145, "d" => -175);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][6] = array("a" => 180, "b" => 0, "c" => -149, "d" => -180);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][7] = array("a" => 185, "b" => 0, "c" => -154, "d" => -185);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][8] = array("a" => 190, "b" => 0, "c" => -158, "d" => -190);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][9] = array("a" => 190, "b" => 0, "c" => -158, "d" => -190);
-$factor_living_pt_estimate_consumption["low_energy_bulb"][10] = array("a" => 190, "b" => 0, "c" => -158, "d" => -190);
-
-$factor_living_pt_estimate_consumption["refrigerator"][1] = array("a" => -147, "b" =>103, "c" => 0, "d" => -59);
-$factor_living_pt_estimate_consumption["refrigerator"][2] = array("a" => -147, "b" => 103, "c" => 0, "d" => -59);
-$factor_living_pt_estimate_consumption["refrigerator"][3] = array("a" => -160, "b" => 110, "c" => 0, "d" => -64);
-$factor_living_pt_estimate_consumption["refrigerator"][4] = array("a" => -173, "b" => 121, "c" => 0, "d" => -69);
-$factor_living_pt_estimate_consumption["refrigerator"][5] = array("a" => -173, "b" => 121, "c" => 0, "d" => -69);
-$factor_living_pt_estimate_consumption["refrigerator"][6] = array("a" => -173, "b" => 121, "c" => 0, "d" => -69);
-$factor_living_pt_estimate_consumption["refrigerator"][7] = array("a" => -173, "b" => 121, "c" => 0, "d" => -69);
-$factor_living_pt_estimate_consumption["refrigerator"][8] = array("a" => -173, "b" => 121, "c" => 0, "d" => -69);
-$factor_living_pt_estimate_consumption["refrigerator"][9] = array("a" => -173, "b" => 121, "c" => 0, "d" => -69);
-$factor_living_pt_estimate_consumption["refrigerator"][10] = array("a" => -173, "b" => 121, "c" => 0, "d" => -69);
-
-$factor_living_pt_estimate_consumption["freezer"][1] = array("a" => 0, "b" => 330, "c" => 191, "d" => 115);
-$factor_living_pt_estimate_consumption["freezer"][2] = array("a" => 0, "b" => 330, "c" => 191, "d" => 115);
-$factor_living_pt_estimate_consumption["freezer"][3] = array("a" => -217, "b" => 375, "c" => 0, "d" => -130);
-$factor_living_pt_estimate_consumption["freezer"][4] = array("a" => -317, "b" => 375, "c" => 0, "d" => -130);
-$factor_living_pt_estimate_consumption["freezer"][5] = array("a" => -271, "b" => 468, "c" => 0, "d" => -163);
-$factor_living_pt_estimate_consumption["freezer"][6] = array("a" => -271, "b" => 468, "c" => 0, "d" => -163);
-$factor_living_pt_estimate_consumption["freezer"][7] = array("a" => -271, "b" => 468, "c" => 0, "d" => -163);
-$factor_living_pt_estimate_consumption["freezer"][8] = array("a" => -271, "b" => 468, "c" => 0, "d" => -163);
-$factor_living_pt_estimate_consumption["freezer"][9] = array("a" => -271, "b" => 468, "c" => 0, "d" => -163);
-$factor_living_pt_estimate_consumption["freezer"][10] = array("a" => -271, "b" => 468, "c" => 0, "d" => -163);
-
-$factor_living_pt_estimate_consumption["dish_washer"][1] = array("a" => -0, "b" => 214, "c" => 169, "d" => 71);
-$factor_living_pt_estimate_consumption["dish_washer"][2] = array("a" => -236, "b" => 64, "c" => 0, "d" => -50);
-$factor_living_pt_estimate_consumption["dish_washer"][3] = array("a" => -270, "b" => 73, "c" => 0, "d" => -57);
-$factor_living_pt_estimate_consumption["dish_washer"][4] = array("a" => -337, "b" => 91, "c" => 0, "d" => -71);
-$factor_living_pt_estimate_consumption["dish_washer"][5] = array("a" => -421, "b" => 114, "c" => 0, "d" => -88);
-$factor_living_pt_estimate_consumption["dish_washer"][6] = array("a" => -506, "b" => 137, "c" => 0, "d" => -106);
-$factor_living_pt_estimate_consumption["dish_washer"][7] = array("a" => -590, "b" => 159, "c" => 0, "d" => -124);
-$factor_living_pt_estimate_consumption["dish_washer"][8] = array("a" => -674, "b" => 182, "c" => 0, "d" => -142);
-$factor_living_pt_estimate_consumption["dish_washer"][9] = array("a" => -758, "b" => 205, "c" => 0, "d" => -159);
-$factor_living_pt_estimate_consumption["dish_washer"][10] = array("a" => -843, "b" => 228, "c" => 0, "d" => -177);
-
-$factor_living_pt_estimate_consumption["washing_machine"][1] = array("a" => -136, "b" => 36, "c" => 0, "d" => -27);
-$factor_living_pt_estimate_consumption["washing_machine"][2] = array("a" => -227, "b" => 60, "c" => 0, "d" => -45);
-$factor_living_pt_estimate_consumption["washing_machine"][3] = array("a" => -318, "b" => 84, "c" => 0, "d" => -63);
-$factor_living_pt_estimate_consumption["washing_machine"][4] = array("a" => -409, "b" => 108, "c" => 0, "d" => -81);
-$factor_living_pt_estimate_consumption["washing_machine"][5] = array("a" => -511, "b" => 135, "c" => 0, "d" => -101);
-$factor_living_pt_estimate_consumption["washing_machine"][6] = array("a" => -613, "b" => 162, "c" => 0, "d" => -122);
-$factor_living_pt_estimate_consumption["washing_machine"][7] = array("a" => -715, "b" => 189, "c" => 0, "d" => -142);
-$factor_living_pt_estimate_consumption["washing_machine"][8] = array("a" => -817, "b" => 216, "c" => 0, "d" => -162);
-$factor_living_pt_estimate_consumption["washing_machine"][9] = array("a" => -919, "b" => 243, "c" => 0, "d" => -182);
-$factor_living_pt_estimate_consumption["washing_machine"][10] = array("a" => -1022, "b" => 270, "c" => 0, "d" => -203);
-
-$factor_living_pt_estimate_consumption["drier"][1] = array("a" => 0, "b" => 119, "c" => 74, "d" => 44);
-$factor_living_pt_estimate_consumption["drier"][2] = array("a" => 0, "b" => 198, "c" => 124, "d" => 74);
-$factor_living_pt_estimate_consumption["drier"][3] = array("a" => 0, "b" => 227, "c" => 173, "d" => 104);
-$factor_living_pt_estimate_consumption["drier"][4] = array("a" => -222, "b" => 133, "c" => 0, "d" => -89);
-$factor_living_pt_estimate_consumption["drier"][5] = array("a" => -278, "b" => 167, "c" => 0, "d" => -111);
-$factor_living_pt_estimate_consumption["drier"][6] = array("a" => -333, "b" => 200, "c" => 0, "d" => -133);
-$factor_living_pt_estimate_consumption["drier"][7] = array("a" => -389, "b" => 233, "c" => 0, "d" => -156);
-$factor_living_pt_estimate_consumption["drier"][8] = array("a" => -445, "b" => 267, "c" => 0, "d" => -178);
-$factor_living_pt_estimate_consumption["drier"][9] = array("a" => -500, "b" => 300, "c" => 0, "d" => -200);
-$factor_living_pt_estimate_consumption["drier"][10] = array("a" => -556, "b" => 333, "c" => 0, "d" => -222);
-
-$factor_living_pt_estimate_consumption["cooker"][1] = array("a" => -165, "b" => 0, "c" => -20, "d" => -45);
-$factor_living_pt_estimate_consumption["cooker"][2] = array("a" => -300, "b" => 0, "c" => -40, "d" => -85);
-$factor_living_pt_estimate_consumption["cooker"][3] = array("a" => -360, "b" => 0, "c" => -50, "d" => -100);
-$factor_living_pt_estimate_consumption["cooker"][4] = array("a" => -430, "b" => 0, "c" => -60, "d" => -120);
-$factor_living_pt_estimate_consumption["cooker"][5] = array("a" => -465, "b" => 0, "c" => -65, "d" => -130);
-$factor_living_pt_estimate_consumption["cooker"][6] = array("a" => -490, "b" => 0, "c" => -70, "d" => -140);
-$factor_living_pt_estimate_consumption["cooker"][7] = array("a" => -500, "b" => 0, "c" => -70, "d" => -140);
-$factor_living_pt_estimate_consumption["cooker"][8] = array("a" => -500, "b" => 0, "c" => -70, "d" => -140);
-$factor_living_pt_estimate_consumption["cooker"][9] = array("a" => -500, "b" => 0, "c" => -70, "d" => -140);
-$factor_living_pt_estimate_consumption["cooker"][10] = array("a" => -500, "b" => 0, "c" => -70, "d" => -140);
-
-$factor_living_pt_estimate_consumption["tv"][1] = array("a" => -82, "b" => 0, "c" => 82, "d" => 164);
-$factor_living_pt_estimate_consumption["tv"][2] = array("a" => -82, "b" => 0, "c" => 82, "d" => 164);
-$factor_living_pt_estimate_consumption["tv"][3] = array("a" => -164, "b" => -82, "c" => 0, "d" => 82);
-$factor_living_pt_estimate_consumption["tv"][4] = array("a" => -164, "b" => -82, "c" => 0, "d" => 82);
-$factor_living_pt_estimate_consumption["tv"][5] = array("a" => -164, "b" => -82, "c" => 0, "d" => 82);
-$factor_living_pt_estimate_consumption["tv"][6] = array("a" => -246, "b" => -164, "c" => -82, "d" => 0);
-$factor_living_pt_estimate_consumption["tv"][7] = array("a" => -246, "b" => -164, "c" => -82, "d" => 0);
-$factor_living_pt_estimate_consumption["tv"][8] = array("a" => -246, "b" => -164, "c" => -82, "d" => 0);
-$factor_living_pt_estimate_consumption["tv"][9] = array("a" => -246, "b" => -164, "c" => -82, "d" => 0);
-$factor_living_pt_estimate_consumption["tv"][10] = array("a" => -246, "b" => -164, "c" => -82, "d" => 0);
-
-$factor_living_pt_estimate_consumption["stereo"][1] = array("a" => -90, "b" => 0, "c" => 90, "d" => 180);
-$factor_living_pt_estimate_consumption["stereo"][2] = array("a" => -90, "b" => 0, "c" => 90, "d" => 180);
-$factor_living_pt_estimate_consumption["stereo"][3] = array("a" => -150, "b" => -90, "c" => 0, "d" => 90);
-$factor_living_pt_estimate_consumption["stereo"][4] = array("a" => -160, "b" => -100, "c" => 0, "d" => 100);
-$factor_living_pt_estimate_consumption["stereo"][5] = array("a" => -170, "b" => -130, "c" => 0, "d" => 110);
-$factor_living_pt_estimate_consumption["stereo"][6] = array("a" => -195, "b" => -150, "c" => -90, "d" => 0);
-$factor_living_pt_estimate_consumption["stereo"][7] = array("a" => -200, "b" => -155, "c" => -95, "d" => 0);
-$factor_living_pt_estimate_consumption["stereo"][8] = array("a" => -200, "b" => -155, "c" => -95, "d" => 0);
-$factor_living_pt_estimate_consumption["stereo"][9] = array("a" => -200, "b" => -155, "c" => -95, "d" => 0);
-$factor_living_pt_estimate_consumption["stereo"][10] = array("a" => -200, "b" => -155, "c" => -95, "d" => 0);
-
-$factor_living_pt_estimate_consumption["computer"][1] = array("a" => -150, "b" => 0, "c" => 150, "d" => 300);
-$factor_living_pt_estimate_consumption["computer"][2] = array("a" => -150, "b" => 0, "c" => 150, "d" => 300);
-$factor_living_pt_estimate_consumption["computer"][3] = array("a" => -300, "b" => -150, "c" => 0, "d" => 150);
-$factor_living_pt_estimate_consumption["computer"][4] = array("a" => -300, "b" => -150, "c" => 0, "d" => 150);
-$factor_living_pt_estimate_consumption["computer"][5] = array("a" => -300, "b" => -150, "c" => 0, "d" => 150);
-$factor_living_pt_estimate_consumption["computer"][6] = array("a" => -450, "b" => -300, "c" => -150, "d" => 0);
-$factor_living_pt_estimate_consumption["computer"][7] = array("a" => -450, "b" => -300, "c" => -150, "d" => 0);
-$factor_living_pt_estimate_consumption["computer"][8] = array("a" => -450, "b" => -300, "c" => -150, "d" => 0);
-$factor_living_pt_estimate_consumption["computer"][9] = array("a" => -450, "b" => -300, "c" => -150, "d" => 0);
-$factor_living_pt_estimate_consumption["computer"][10] = array("a" => -450, "b" => -300, "c" => -150, "d" => 0);
-
-$factor_living_pt_estimate_consumption["laptop"][1] = array("a" => -0, "b" => 50, "c" => 100, "d" => 150);
-$factor_living_pt_estimate_consumption["laptop"][2] = array("a" => -50, "b" => 0, "c" => 50, "d" => 100);
-$factor_living_pt_estimate_consumption["laptop"][3] = array("a" => -100, "b" => -50, "c" => 0, "d" => 50);
-$factor_living_pt_estimate_consumption["laptop"][4] = array("a" => -150, "b" => -100, "c" => -50, "d" => 0);
-$factor_living_pt_estimate_consumption["laptop"][5] = array("a" => -150, "b" => -100, "c" => -50, "d" => 0);
-$factor_living_pt_estimate_consumption["laptop"][6] = array("a" => -150, "b" => -100, "c" => -50, "d" => 0);
-$factor_living_pt_estimate_consumption["laptop"][7] = array("a" => -150, "b" => -100, "c" => -50, "d" => 0);
-$factor_living_pt_estimate_consumption["laptop"][8] = array("a" => -150, "b" => -100, "c" => -50, "d" => 0);
-$factor_living_pt_estimate_consumption["laptop"][9] = array("a" => -150, "b" => -100, "c" => -50, "d" => 0);
-$factor_living_pt_estimate_consumption["laptop"][10] = array("a" => -150, "b" => -100, "c" => -50, "d" => 0);
-
-$factor_living_pt_estimate_consumption["air_conditioning"][1] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][2] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][3] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][4] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][5] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][6] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][7] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][8] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][9] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-$factor_living_pt_estimate_consumption["air_conditioning"][10] = array("a" => 0, "b" => 700, "c" => 1200, "d" => 1700);
-
-$factor_living_pt_estimate_consumption["tools"][1] = array("a" => -200, "b" => 0, "c" => 100, "d" => 200);
-$factor_living_pt_estimate_consumption["tools"][2] = array("a" => -300, "b" => 0, "c" => 150, "d" => 300);
-$factor_living_pt_estimate_consumption["tools"][3] = array("a" => -360, "b" => 0, "c" => 180, "d" => 360);
-$factor_living_pt_estimate_consumption["tools"][4] = array("a" => -420, "b" => 0, "c" => 210, "d" => 420);
-$factor_living_pt_estimate_consumption["tools"][5] = array("a" => -480, "b" => 0, "c" => 240, "d" => 480);
-$factor_living_pt_estimate_consumption["tools"][6] = array("a" => -540, "b" => 0, "c" => 270, "d" => 540);
-$factor_living_pt_estimate_consumption["tools"][7] = array("a" => -600, "b" => 0, "c" => 300, "d" => 600);
-$factor_living_pt_estimate_consumption["tools"][8] = array("a" => -660, "b" => 0, "c" => 330, "d" => 660);
-$factor_living_pt_estimate_consumption["tools"][9] = array("a" => -720, "b" => 0, "c" => 360, "d" => 750);
-$factor_living_pt_estimate_consumption["tools"][10] = array("a" => -780, "b" => 0, "c" => 390, "d" => 780);
-
-$factor_living_pt_estimate_consumption["circulating_pump"][1] = array("a" => -400, "b" => 0, "c" => -320, "d" => -360);
-$factor_living_pt_estimate_consumption["circulating_pump"][2] = array("a" => -450, "b" => 0, "c" => -360, "d" => -405);
-$factor_living_pt_estimate_consumption["circulating_pump"][3] = array("a" => -500, "b" => 0, "c" => -400, "d" => -450);
-$factor_living_pt_estimate_consumption["circulating_pump"][4] = array("a" => -550, "b" => 0, "c" => -440, "d" => -495);
-$factor_living_pt_estimate_consumption["circulating_pump"][5] = array("a" => -600, "b" => 0, "c" => -480, "d" => -540);
-$factor_living_pt_estimate_consumption["circulating_pump"][6] = array("a" => -650, "b" => 0, "c" => -520, "d" => -585);
-$factor_living_pt_estimate_consumption["circulating_pump"][7] = array("a" => -700, "b" => 0, "c" => -560, "d" => -630);
-$factor_living_pt_estimate_consumption["circulating_pump"][8] = array("a" => -750, "b" => 0, "c" => -600, "d" => -675);
-$factor_living_pt_estimate_consumption["circulating_pump"][9] = array("a" => -800, "b" => 0, "c" => -640, "d" => -720);
-$factor_living_pt_estimate_consumption["circulating_pump"][10] = array("a" => -850, "b" => 0, "c" => -680, "d" => -765);
-
-/**
- * "Zuhause": "Strom": Values: "Basis Stromverbrauch pro Person"
- * Wird auch im Szenario verwendet
- * Quelle: BDEW (2013) Stromverbrauch im HH. S.10: Stromverbrauch je HH nach HHgröße ohne elektrische WWaufbereitung, + Ergänzung ab 5 Personen-HH jeweils um 500 kWh/Person (STS 10.2016)
- */
-$factor_living_pt_estimate_consumption_basic[1] = 1700;
-$factor_living_pt_estimate_consumption_basic[2] = 2900; // Anpassung für Durchschnitt bei default Einstellung von 3000 auf 2600 //Modif_StS_12_2018 wg. Durchschnitt im default
-$factor_living_pt_estimate_consumption_basic[3] = 3500;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[5] = 4700;
-$factor_living_pt_estimate_consumption_basic[6] = 5200;
-$factor_living_pt_estimate_consumption_basic[7] = 5700;
-$factor_living_pt_estimate_consumption_basic[8] = 6200;
-$factor_living_pt_estimate_consumption_basic[9] = 6700;
-$factor_living_pt_estimate_consumption_basic[10] = 7200;
-
-/* EOF "Zuhause" */
-
-
-
-/* "Mobilität": "Fahrzeuge" */
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Anzahl der Fahrzeuge"
- */
-$fd_mobility_cars_total_amount = 5; // change also manually in "_functions.inc.js"
-
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Fahrzeugart"
- */
-$fd_mobility_cars_type["kleinwagen"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN);
-$fd_mobility_cars_type["mittelklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE);
-$fd_mobility_cars_type["oberklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE);
-$fd_mobility_cars_type["phev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV);
-$fd_mobility_cars_type["bev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV);
-// $fd_mobility_cars_type["bev_re"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE);
-$fd_mobility_cars_type["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD);
-$fd_mobility_cars_type["motoroller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER);
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_mobility_cars_energy_source["benzin"] = 2.702; /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_mobility_cars_energy_source["diesel"] = 3.114; /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_mobility_cars_energy_source["erdgas"] = 3.26; /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_mobility_cars_energy_source["fluessiggas"] = 2.235; /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235 */
-$factor_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_sc_mobility_cars_energy_source["benzin"] = 2.702; /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_sc_mobility_cars_energy_source["diesel"] = 3.114; /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_sc_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_sc_mobility_cars_energy_source["erdgas"] = 3.26; /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_sc_mobility_cars_energy_source["fluessiggas"] = 2.235; /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235*/
-$factor_sc_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Energieträger"
- */
-$fd_mobility_cars_energy_source["benzin"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["diesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["biodiesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["erdgas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS, "unit" => TXT_VALUE_FD_UNIT_KG);
-$fd_mobility_cars_energy_source["fluessiggas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["ethanol"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Alter des Fahrzeugs" (benötigt für Konsum in der Mobilität)
- * 2020-06-15. Mantis 1766
- */
-$fd_mobility_cars_age["kleinwagen"]["bis_3"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_BIS_3);
-$fd_mobility_cars_age["kleinwagen"]["4_6"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_4_6);
-$fd_mobility_cars_age["kleinwagen"]["7_10"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_7_10);
-$fd_mobility_cars_age["kleinwagen"]["11_15"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_11_15);
-$fd_mobility_cars_age["kleinwagen"]["16_29"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_16_29);
-$fd_mobility_cars_age["kleinwagen"]["oldtimer"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_OLDTIMER);
-
-$fd_mobility_cars_age["mittelklasse"]["bis_3"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_BIS_3);
-$fd_mobility_cars_age["mittelklasse"]["4_6"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_4_6);
-$fd_mobility_cars_age["mittelklasse"]["7_10"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_7_10);
-$fd_mobility_cars_age["mittelklasse"]["11_15"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_11_15);
-$fd_mobility_cars_age["mittelklasse"]["16_29"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_16_29);
-$fd_mobility_cars_age["mittelklasse"]["oldtimer"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_OLDTIMER);
-
-$fd_mobility_cars_age["oberklasse"]["bis_3"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_BIS_3);
-$fd_mobility_cars_age["oberklasse"]["4_6"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_4_6);
-$fd_mobility_cars_age["oberklasse"]["7_10"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_7_10);
-$fd_mobility_cars_age["oberklasse"]["11_15"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_11_15);
-$fd_mobility_cars_age["oberklasse"]["16_29"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_16_29);
-$fd_mobility_cars_age["oberklasse"]["oldtimer"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_OLDTIMER);
-
-$fd_mobility_cars_age["phev"]["bis_3"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_BIS_3);
-$fd_mobility_cars_age["phev"]["4_6"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_4_6);
-$fd_mobility_cars_age["phev"]["ab_7"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_AB_7);
-
-$fd_mobility_cars_age["bev"]["bis_3"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_BIS_3);
-$fd_mobility_cars_age["bev"]["4_6"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_4_6);
-$fd_mobility_cars_age["bev"]["ab_7"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_AGE_AB_7);
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Alter des Fahrzeugs" (benötigt für Konsum in der Mobilität)
- * 2020-06-15. Mantis 1766
- * Einheit: kg/CO2e
- */
-$factor_mobility_cars_age["kleinwagen"]["bis_3"] = 662;
-$factor_mobility_cars_age["kleinwagen"]["4_6"] = 495;
-$factor_mobility_cars_age["kleinwagen"]["7_10"] = 350;
-$factor_mobility_cars_age["kleinwagen"]["11_15"] = 182;
-$factor_mobility_cars_age["kleinwagen"]["16_29"] = 125;
-$factor_mobility_cars_age["kleinwagen"]["oldtimer"] = 36;
-
-$factor_mobility_cars_age["mittelklasse"]["bis_3"] = 662;
-$factor_mobility_cars_age["mittelklasse"]["4_6"] = 495;
-$factor_mobility_cars_age["mittelklasse"]["7_10"] = 350;
-$factor_mobility_cars_age["mittelklasse"]["11_15"] = 182;
-$factor_mobility_cars_age["mittelklasse"]["16_29"] = 125;
-$factor_mobility_cars_age["mittelklasse"]["oldtimer"] = 36;
-
-$factor_mobility_cars_age["oberklasse"]["bis_3"] = 662;
-$factor_mobility_cars_age["oberklasse"]["4_6"] = 495;
-$factor_mobility_cars_age["oberklasse"]["7_10"] = 350;
-$factor_mobility_cars_age["oberklasse"]["11_15"] = 182;
-$factor_mobility_cars_age["oberklasse"]["16_29"] = 125;
-$factor_mobility_cars_age["oberklasse"]["oldtimer"] = 36;
-
-$factor_mobility_cars_age["phev"]["bis_3"] = 662;
-$factor_mobility_cars_age["phev"]["4_6"] = 495;
-$factor_mobility_cars_age["phev"]["ab_7"] = 350;
-
-$factor_mobility_cars_age["bev"]["bis_3"] = 662;
-$factor_mobility_cars_age["bev"]["4_6"] = 495;
-$factor_mobility_cars_age["bev"]["ab_7"] = 350;
-
-$factor_mobility_cars_age["motorrad"]["pauschal"] = 350;
-
-$factor_mobility_cars_age["motoroller"]["pauschal"] = 100;
-
-$factor_mobility_cars_age["e_roller"]["pauschal"] = 100;
-
-/**
- * "Scenario: Mobilität": "Fahrzeuge": Values: Reduktion der Emissionen in Prozent (benötigt für Konsum in der Mobilität)
- * 2020-06-15. Mantis 1766
- * Einheit: %
- */
-// Short time
-$factor_sc_mobility_cars_age_reduction["st"]["kleinwagen"]["bis_3"] = 0.9; // = 10%
-$factor_sc_mobility_cars_age_reduction["st"]["kleinwagen"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["kleinwagen"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["kleinwagen"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["kleinwagen"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["kleinwagen"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["st"]["mittelklasse"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["mittelklasse"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["mittelklasse"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["mittelklasse"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["mittelklasse"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["mittelklasse"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["st"]["oberklasse"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["oberklasse"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["oberklasse"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["oberklasse"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["oberklasse"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["oberklasse"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["st"]["phev"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["phev"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["phev"]["ab_7"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["st"]["bev"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["bev"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["st"]["bev"]["ab_7"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["st"]["motorrad"]["pauschal"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["st"]["motoroller"]["pauschal"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["st"]["e_roller"]["pauschal"] = 0.9;
-
-// Mid time
-$factor_sc_mobility_cars_age_reduction["mt"]["kleinwagen"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["kleinwagen"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["kleinwagen"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["kleinwagen"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["kleinwagen"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["kleinwagen"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["mt"]["mittelklasse"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["mittelklasse"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["mittelklasse"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["mittelklasse"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["mittelklasse"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["mittelklasse"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["mt"]["oberklasse"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["oberklasse"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["oberklasse"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["oberklasse"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["oberklasse"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["oberklasse"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["mt"]["phev"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["phev"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["phev"]["ab_7"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["mt"]["bev"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["bev"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["mt"]["bev"]["ab_7"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["mt"]["motorrad"]["pauschal"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["mt"]["motoroller"]["pauschal"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["mt"]["e_roller"]["pauschal"] = 0.9;
-
-// Long time
-$factor_sc_mobility_cars_age_reduction["lt"]["kleinwagen"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["kleinwagen"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["kleinwagen"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["kleinwagen"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["kleinwagen"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["kleinwagen"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["lt"]["mittelklasse"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["mittelklasse"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["mittelklasse"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["mittelklasse"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["mittelklasse"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["mittelklasse"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["lt"]["oberklasse"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["oberklasse"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["oberklasse"]["7_10"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["oberklasse"]["11_15"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["oberklasse"]["16_29"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["oberklasse"]["oldtimer"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["lt"]["phev"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["phev"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["phev"]["ab_7"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["lt"]["bev"]["bis_3"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["bev"]["4_6"] = 0.9;
-$factor_sc_mobility_cars_age_reduction["lt"]["bev"]["ab_7"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["lt"]["motorrad"]["pauschal"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["lt"]["motoroller"]["pauschal"] = 0.9;
-
-$factor_sc_mobility_cars_age_reduction["lt"]["e_roller"]["pauschal"] = 0.9;
-
-/**
- * "Mobilität": "CarSharing": Values: "Energieträger" und "Verbrauch" /*ODD 201605 Update needed?/
- */
-$factor_mobility_car_sharing_energy_source = $factor_mobility_cars_energy_source["benzin"];
-$factor_mobility_car_sharing_consumption = 6.0; /* Anpassung 22-12-2014 StS: siehe Mantis 1403 */
-
-/**
- * "Szenario" : "Mobilität": "CarSharing": Values: "Energieträger" und "Verbrauch" /*ODD 201605 Update needed?/
- */
-$factor_sc_mobility_car_sharing_energy_source = $factor_sc_mobility_cars_energy_source["benzin"];
-$factor_sc_mobility_car_sharing_consumption = 5.0; /* Anpassung 22-12-2014 StS: siehe Mantis 1403 */
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Verbrauchsvorgabe"
- * Wird in Javascript verwendet
- */
-$factor_mobility_cars_consumption_default["benzin"]["kleinwagen"] = 6.7; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["mittelklasse"] = 8.3; /* Quelle eigen, Anpassung von ifeu 8,6 zur Vorbelegung Durchschnitt */
-$factor_mobility_cars_consumption_default["benzin"]["oberklasse"] = 11.70; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["phev"] = 3.0;
-$factor_mobility_cars_consumption_default["benzin"]["bev"] = 0.0;
-$factor_mobility_cars_consumption_default["benzin"]["motorrad"] = 3.3; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["motoroller"] = 2.2; /* Quelle IFEU 2012 */
-
-$factor_mobility_cars_consumption_default["diesel"]["kleinwagen"] = 4.2; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["diesel"]["mittelklasse"] = 6.1; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["diesel"]["oberklasse"] = 8.2; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["diesel"]["phev"] = 3.0;
-$factor_mobility_cars_consumption_default["diesel"]["bev"] = 0.0;
-$factor_mobility_cars_consumption_default["diesel"]["motorrad"] = 0.0;
-$factor_mobility_cars_consumption_default["diesel"]["motoroller"] = 0.0;
-
-$factor_mobility_cars_consumption_default["biodiesel"]["kleinwagen"] = 4.2; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["biodiesel"]["mittelklasse"] = 6.1; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["biodiesel"]["oberklasse"] = 8.2; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["biodiesel"]["phev"] = 3.0;
-$factor_mobility_cars_consumption_default["biodiesel"]["bev"] = 0.0;
-$factor_mobility_cars_consumption_default["biodiesel"]["motorrad"] = 0.0;
-$factor_mobility_cars_consumption_default["biodiesel"]["motoroller"] = 0.0;
-
-$factor_mobility_cars_consumption_default["erdgas"]["kleinwagen"] = 5.5;
-$factor_mobility_cars_consumption_default["erdgas"]["mittelklasse"] = 5.5;
-$factor_mobility_cars_consumption_default["erdgas"]["oberklasse"] = 5.5;
-$factor_mobility_cars_consumption_default["erdgas"]["phev"] = 0.0;
-$factor_mobility_cars_consumption_default["erdgas"]["bev"] = 0.0;
-$factor_mobility_cars_consumption_default["erdgas"]["motorrad"] = 0.0;
-$factor_mobility_cars_consumption_default["erdgas"]["motoroller"] = 0.0;
-
-$factor_mobility_cars_consumption_default["fluessiggas"]["kleinwagen"] = 0.0;
-$factor_mobility_cars_consumption_default["fluessiggas"]["mittelklasse"] = 0.0;
-$factor_mobility_cars_consumption_default["fluessiggas"]["oberklasse"] = 0.0;
-$factor_mobility_cars_consumption_default["fluessiggas"]["phev"] = 0.0;
-$factor_mobility_cars_consumption_default["fluessiggas"]["bev"] = 0.0;
-$factor_mobility_cars_consumption_default["fluessiggas"]["motorrad"] = 0.0;
-$factor_mobility_cars_consumption_default["fluessiggas"]["motoroller"] = 0.0;
-
-$factor_mobility_cars_consumption_default["ethanol"]["kleinwagen"] = 0.0;
-$factor_mobility_cars_consumption_default["ethanol"]["mittelklasse"] = 0.0;
-$factor_mobility_cars_consumption_default["ethanol"]["oberklasse"] = 0.0;
-$factor_mobility_cars_consumption_default["ethanol"]["phev"] = 0.0;
-$factor_mobility_cars_consumption_default["ethanol"]["bev"] = 0.0;
-$factor_mobility_cars_consumption_default["ethanol"]["motorrad"] = 0.0;
-$factor_mobility_cars_consumption_default["ethanol"]["motoroller"] = 0.0;
-
-$factor_mobility_cars_consumption_default["kwh"]["kleinwagen"] = 0.0;
-$factor_mobility_cars_consumption_default["kwh"]["mittelklasse"] = 0.0;
-$factor_mobility_cars_consumption_default["kwh"]["oberklasse"] = 0.0;
-$factor_mobility_cars_consumption_default["kwh"]["phev"] = 15;
-$factor_mobility_cars_consumption_default["kwh"]["bev"] = 40;
-$factor_mobility_cars_consumption_default["kwh"]["motorrad"] = 0.0;
-$factor_mobility_cars_consumption_default["kwh"]["motoroller"] = 0.0;
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: Reduktion in Prozent
- */
-$factor_sc_mobility_cars_consumption_default = 10; // Wird in Javascript verwendet
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger zur Berechnung CO2-Quote [g/km]" TO CHECK
- */
-$factor_mobility_cars_energy_source_co2quota["benzin"] = 2.35; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["diesel"] = 2.65; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["biodiesel"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["erdgas"] = 2.509; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["fluessiggas"] = 1.72; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["ethanol"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-
-
-
-/* EOF "Mobilität": "Fahrzeuge" */
-
-
-/* "Mobilität": "Fahrten und Reisen" */
-
-/**
- * "Mobilität": "Fahrten und Reisen": Vorbelegung: Fahrten Eigenes Fahrzeug
- */
-$default_factor_mobility_travel_general_performance = 6700; /* Modif_StS_12_2018 von 6750 --> 6700 / 201612_ODD Anpassung von 7000 -> 6750 für Default - Abgleich mit pro Kopf*/
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Vorbelegung: Fahrten Eigenes Fahrzeug
- */
-$default_factor_sc_mobility_travel_general_performance_road_performance = 6700; /* Modif_StS_12_2018 von 6750 --> 6700 / 201612_ODD Anpassung von 7000 -> 6750 für Default - Abgleich mit pro Kopf, dann 1,51 t CO2e ergibt + 4 Flugstunden = Durchschnitt*/
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Vorbelegung: Fahrten Eigenes Fahrzeug / Substitution ÖV
- */
-$default_factor_sc_mobility_travel_general_performance_train_sub = 0;
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Vorbelegung: Fahrten Eigenes Fahrzeug / Substitution Fahrrad
- */
-$default_factor_sc_mobility_travel_general_performance_bicycle_sub = 0;
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr individuell" (1000 km)
- */
-$factor_mobility_transport_type["long_distance"] = 43.98; /* Modif_StS_12_2018 46->43.98 Q: DB-KlimAktiv 2018 / Anpassung 22-12-2014 StS: von 47.9 auf 43 (TÜV gepr.) / Q: DB / KlimAktiv 2014; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD KlimAktivDB: 45,96 */
-$factor_mobility_transport_type["long_distance_green"] = 4.39; /* Modif_StS_12_2018 46->4.39 Q: DB-KlimAktiv 2018 / 201612_ODD KlimAktivDB: 4,74*/ //Modif_StS_12_2017
-$factor_mobility_transport_type["short_distance"] = 58.10; /* Modif_StS_12_2018 66->58.10 Q: TREMOD 5.82, 2017/ Anpassung 22-12-2014 StS: von 78.97 auf 74 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD TREMOD 5.62 66*/
-$factor_mobility_transport_type["oepnv"] = 63.10; /* Modif_StS_12_2018 70->63.10 Q: TREMOD 5.82, 2017 / Anpassung 22-12-2014 StS: von 78.6 auf 75 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 70*/
-$factor_mobility_transport_type["coach"] = 32; /* Anpassung 22-12-2014 StS: von 30.8 auf 30 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 32*/
-$factor_mobility_transport_type["bike"] = 0;
-$factor_mobility_transport_type["e_bike"] = 0;
-$factor_mobility_transport_type["on_foot"] = 0;
-
-/**
- * "Szenario" : "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr individuell" (1000 km)
- */
-$factor_sc_mobility_transport_type["long_distance"] = 31; /* ÖI AMS 2020 2MOD: Bahnfernverkehr*/
-$factor_sc_mobility_transport_type["long_distance_green"] = 4.39; /* Modif_StS_12_2018 46->4.39 Q: DB-KlimAktiv 2018 */
-$factor_sc_mobility_transport_type["short_distance"] = 55; /* ÖI AMS 2020 2MOD: Bahnnahverkehr*/
-$factor_sc_mobility_transport_type["oepnv"] = 57; /* ÖI AMS 2020 2MOD: ÖPNV*/
-$factor_sc_mobility_transport_type["coach"] = 26; /* ÖI AMS 2020 2MOD: Reisebus*/
-$factor_sc_mobility_transport_type["bike"] = 0;
-$factor_sc_mobility_transport_type["e_bike"] = 0;
-$factor_sc_mobility_transport_type["on_foot"] = 0;
-
-/**
- * "Mobilität": "Fahrten und Reisen": Form data: "öffentlicher Verkehr individuell"
- */
-$fd_mobility_transport_type["long_distance_green"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["long_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE);
-$fd_mobility_transport_type["short_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE);
-$fd_mobility_transport_type["oepnv"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV);
-$fd_mobility_transport_type["coach"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH);
-$fd_mobility_transport_type["bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE);
-$fd_mobility_transport_type["e_bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE);
-$fd_mobility_transport_type["on_foot"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT);
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * Mantis 1473: kg CO2e/PKM
- * MIV Faktor - $factor_mobility_transport_type[""]
- */
-$factor_mobility_transport_type_avoidance_self["long_distance"] = 0.0951; /* Modif_StS_12_2018 0.093->0.0951 201512: 0.098; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347 Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["short_distance"] = 0.081; /* Modif_StS_12_2018 0.073->0.081 201512: 0.067; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["oepnv"] = 0.076; /* Modif_StS_12_2018 0.070->0.076 201512: 0.066; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["coach"] = 0.107; /* 201512: 0.111; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["bike"] = 0.139; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["e_bike"] = 0.133; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["on_foot"] = 0.139; //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * MIV Faktor - $factor_sc_mobility_transport_type[""]
- * wird nur bei [st] angewendet
- */
-$factor_sc_mobility_transport_type_avoidance_self["long_distance"] = 0.11; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347
-$factor_sc_mobility_transport_type_avoidance_self["short_distance"] = 0.086; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["oepnv"] = 0.084; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["coach"] = 0.115; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["e_bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["on_foot"] = 0.141;
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- */
-$factor_mobility_train_general_performance = 52.05; /* Modif_StS_12_2018 69.717 -> 52.05 / IFEU 2010 */ /*2016_ODD TREMOD 5.62: unverändert*/
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- * wird nur bei [mt] angewendet
- */
-$factor_sc_mobility_train_general_performance = 30; /* ÖI AMS 2030: ÖPV Faktor in gramm*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_mobility_train_general_performance_avoidance_self = 0.087; /* MIV Faktor -$factor_mobility_transport_type["oepnv"]*/ /* 201512: 0.066; 201605_ODD: TREMOD 5.62: 141-70*/ //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_sc_mobility_train_general_performance_avoidance_self = 0.111; /* MIV Faktor -ÖI 2030 AMS: ÖV*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_sc_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Performance Individualverkehr": Values: "Personenkilometer" (kg CO2/pkm)
- */
-$factor_sc_performance_mobility_miv_general["mt"] = 0.083; /*ÖI 2030 AMS: EF PKW*/
-$factor_sc_performance_mobility_miv_general["lt"] = 0.056; /*ÖI 2050 AMS: EF PKW*/
-
-/**
- * "Szenario": "Mobilität": "Performance Zugverkehr": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_train_general["mt"] = 0.03; /*ÖI 2030 AMS: EF ÖPV*/
-$factor_sc_performance_mobility_train_general["lt"] = 0.017; /*ÖI 2030 AMS: EF ÖPV*/
-
-/**
- * "Szenario": "Mobilität": "Performance Öko": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_oeko_general["mt"] = 0;
-$factor_sc_performance_mobility_oeko_general["lt"] = 0;
-
-/**
- * "Szenario": "Mobilität": "Performance Neue Technologien": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_miv_nt["mt"] = 0.076;
-$factor_sc_performance_mobility_miv_nt["lt"] = 0.076;
-
-
-/**
- * "Szenario": "Mobilität": "Performance": Values: "Jährliche Fahrleistung (km) für Long-time"
- */
-$factor_performance_mobility_miv_general_lt = 12325; /*ÖI 2050 AMS: PKM PKW: 12707; 201605 ÖI 2MOD, neue EW: 12325*/
-$factor_performance_mobility_oeko_general_lt = 306;
-$factor_performance_mobility_train_general_lt = 2297; /*ÖI 2050 AMS: PKM ÖPV 2369; 201605 ÖI 2MOD, neue EW: 2297*/
-$factor_performance_mobility_air_general_lt = 500; /*wird nicht gezogen*/
-
-
-/* EOF "Mobilität": "Öffentlicher Verkehr" */
-
-
-/* "Mobilität": "Flugreisen" */
-
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Europa
- */
-$default_factor_mobility_air_general_europe_hours = 4; /* 201612_ODD Anpassung von 5 -> 4 für Default - Abgleich mit pro Kopf 0,68 t CO2e (Durchschnitt flug 0,58 t CO2e) */
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Interkontinental
- */
-$default_factor_mobility_air_general_world_hours = 0;
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR_EC", 2.7); // RFI_FAKTOR ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT_EC", 400); // RFI_DISTANZ ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED_EC", 95); // Streckenverlängerung ab 2020 EC
-
-$factor_mobility_air_flight_co2_e_3_jet_a = 3.66153;
-$factor_mobility_air_flight_rfi_base_jet_a = 3.15315;
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- * FLUGRECHNER 2020 EC
- */
-$factor_mobility_air_flight_class_default_ec["economy"] = 1;
-$factor_mobility_air_flight_class_default_ec["business"] = 1.4;
-$factor_mobility_air_flight_class_default_ec["firstclass"] = 1.4;
-
-/**
- * "Mobilität": "Flugreisen": Distanzklassen (in km)
- * FLUGRECHNER 2020 EC
- */
-$default_factor_mobility_air_distance_class_short_max_ec = 900;
-$default_factor_mobility_air_distance_class_middle_max = 3800;
-
-
-/**
- * EOF "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- */
-define("MOBILITY_AIR_FLIGHT_BYLOAD", 0.98); // FLUG_BEILAD
-
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR", 2.7); // RFI_FAKTOR
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT", 400); // RFI_DISTANZ
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED", 50); // Streckenverlängerung
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- */
-$factor_mobility_air_flight_class_default["economy"] = 1;
-$factor_mobility_air_flight_class_default["business"] = 1.4;
-$factor_mobility_air_flight_class_default["firstclass"] = 1.4;
-
-$factor_mobility_air_flight_distance["europe"] = 170;
-$factor_mobility_air_flight_distance["world"] = 240;
-
-$factor_mobility_air_general_km["europe"] = 700; // Distanz je h Flugzeit
-$factor_mobility_air_general_km["world"] = 800; // Distanz je h Flugzeit
-
-
-$factor_mobility_air_distance_class_values["short"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT;
-$factor_mobility_air_distance_class_values["short"]["flight_co_aeq"] = 0.12; // FLUG_CO2_AEQ
-$factor_mobility_air_distance_class_values["short"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.5,
-"firstclass" => 1.5
-);
-
-$factor_mobility_air_distance_class_values["middle"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE;
-$factor_mobility_air_distance_class_values["middle"]["flight_co_aeq"] = 0.1; // FLUG_CO2_AEQ
-$factor_mobility_air_distance_class_values["middle"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.4,
-"firstclass" => 1.4
-);
-
-$factor_mobility_air_distance_class_values["long"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG;
-$factor_mobility_air_distance_class_values["long"]["flight_co_aeq"] = 0.095; // FLUG_CO2_AEQ
-$factor_mobility_air_distance_class_values["long"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.33,
-"firstclass" => 1.33
-);
-
-$factor_sc_mobility_air_lt = 421; // kg CO2e ("ÖI 2050 AMS CO2 INT und NAT FLUGVERKEHR, rein CO2e")
-
-/* EOF "Mobilität": "Flugreisen" */
-
-
-/* "Ernährung" */
-
-/**
- * "Ernährung": CO2 Berechnung auf Basis des Kalorienbedarfs (1kcal = 0.669 kg CO2)
- */
-define("FOOD_KCAL_CO2TONS", 0.6678); /* Modif_StS_12_2018 0.679 --> 0.6678 vorher Anpassung 22-12-2014 StS: von 0.51923 auf 0.55; 201605_ODD IFEU von 0.55 auf 0.679 TO CHECK 201612_ODD IFEU von 0.679 auf 0.673*/
-define("FOOD_KCAL_CO2TONS_ST", 0.649); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0,538; 201605_ODD IFEU, ÖI 2MOD AMS 2020 */
-define("FOOD_KCAL_CO2TONS_MT", 0.610); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.523; 201605_ODD IFEU, ÖI 2MOD AMS 2030 */
-define("FOOD_KCAL_CO2TONS_LT", 0.522); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.499; 201605_ODD IFEU, ÖI 2MOD AMS 2050 */
-
-/**
- * "Ernährung": Kalorienbedarf pauschal
- */
-define("FOOD_KCAL_DEFAULT_VALUE", 2600);
-
-$default_factor_food_details_sex = "male";
-
-/**
- * "Ernährung": Form data: "Alter"
- */
-$fd_food_details_age["17"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_17);
-$fd_food_details_age["29"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_29);
-$fd_food_details_age["59"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_59);
-$fd_food_details_age["60"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_60);
-
-$default_factor_food_details_age = 59;
-$default_factor_food_details_weight = 74; /* Modif_StS_12_2018 72 --> 74 201612_ODD Anpassung von 75 -> 72 für Default - Abgleich mit pro Kopf dann 1,75 t CO2e/ Jahr*/
-
-/**
- * "Ernährung": Values: "Alter" (Kalorienbedarf Männer/Frauen detailliert)
- * 2020-06-23: Erweitertung um "divers" - Mantis 1723
- */
-$factor_food_details_age["male"]["17"] = array("kcal" => 17.5, "offset" => 651);
-$factor_food_details_age["male"]["29"] = array("kcal" => 15.3, "offset" => 679);
-$factor_food_details_age["male"]["59"] = array("kcal" => 11.6, "offset" => 879);
-$factor_food_details_age["male"]["60"] = array("kcal" => 13.5, "offset" => 487);
-
-$factor_food_details_age["female"]["17"] = array("kcal" => 12.2, "offset" => 746);
-$factor_food_details_age["female"]["29"] = array("kcal" => 14.7, "offset" => 496);
-$factor_food_details_age["female"]["59"] = array("kcal" => 8.7, "offset" => 829);
-$factor_food_details_age["female"]["60"] = array("kcal" => 10.5, "offset" => 596);
-
-$factor_food_details_age["divers"]["17"] = array("kcal" => 14.85, "offset" => 699);
-$factor_food_details_age["divers"]["29"] = array("kcal" => 15.0, "offset" => 588);
-$factor_food_details_age["divers"]["59"] = array("kcal" => 10.15, "offset" => 854);
-$factor_food_details_age["divers"]["60"] = array("kcal" => 12.0, "offset" => 542);
-
-
-/**
- * "Ernährung": Form data: "Tätigkeitsfaktor"
- */
-$fd_food_details_activity["inaktiv"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV);
-$fd_food_details_activity["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG);
-$fd_food_details_activity["leicht"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT);
-$fd_food_details_activity["hart"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART);
-
-/**
- * "Ernährung": Values: "Tätigkeitsfaktor"
- */
-$factor_food_details_activity["inaktiv"] = 1.4;
-$factor_food_details_activity["wenig"] = 1.5;
-$factor_food_details_activity["leicht"] = 1.6;
-$factor_food_details_activity["hart"] = 1.7;
-
-$default_factor_food_details_activity = "wenig";
-
-/**
- * "Ernährung": Form data: "Sport"
- */
-$fd_food_details_sport["nein"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN);
-$fd_food_details_sport["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG);
-$fd_food_details_sport["viel"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL);
-
-/**
- * "Ernährung": Values: "Sport"
- */
-$factor_food_details_sport["nein"] = 1;
-$factor_food_details_sport["wenig"] = 1.1;
-$factor_food_details_sport["viel"] = 1.2;
-
-$default_factor_food_details_sport = "nein";
-
-
-/**
- * "Ernährung": Form data: "Essgewohnheiten"
- */
-$fd_food_eating_habits["type"]["vegan"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN);
-$fd_food_eating_habits["type"]["vegetarisch"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH);
-$fd_food_eating_habits["type"]["fleischreduziert"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT);
-$fd_food_eating_habits["type"]["gemischt"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT);
-$fd_food_eating_habits["type"]["fleischbetont"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT);
-
-$fd_food_eating_habits["regional"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR);
-$fd_food_eating_habits["regional"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS);
-$fd_food_eating_habits["regional"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE);
-$fd_food_eating_habits["regional"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG);
-$fd_food_eating_habits["regional"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE);
-
-$fd_food_eating_habits["seasonal"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR);
-$fd_food_eating_habits["seasonal"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS);
-$fd_food_eating_habits["seasonal"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE);
-$fd_food_eating_habits["seasonal"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG);
-$fd_food_eating_habits["seasonal"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE);
-
-$fd_food_eating_habits["frozenfoods"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE);
-$fd_food_eating_habits["frozenfoods"]["gelegentlich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH);
-$fd_food_eating_habits["frozenfoods"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE);
-$fd_food_eating_habits["frozenfoods"]["taeglich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH);
-
-$fd_food_eating_habits["oeko"]["oft"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT);
-$fd_food_eating_habits["oeko"]["teilweise"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE);
-$fd_food_eating_habits["oeko"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE);
-
-
-/**
- * "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_food_eating_habits["type"]["vegan"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_food_eating_habits["type"]["vegetarisch"] = 0.74;
-$factor_food_eating_habits["type"]["fleischreduziert"] = 0.945;
-$factor_food_eating_habits["type"]["gemischt"] = 1;
-$factor_food_eating_habits["type"]["fleischbetont"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_food_eating_habits["regional"]["nur"] = 0.95;
-$factor_food_eating_habits["regional"]["meistens"] = 0.98;
-$factor_food_eating_habits["regional"]["haelfte"] = 1;
-$factor_food_eating_habits["regional"]["wenig"] = 1.02;
-$factor_food_eating_habits["regional"]["keine"] = 1.05;
-
-$factor_food_eating_habits["seasonal"]["nur"] = 0.95;
-$factor_food_eating_habits["seasonal"]["meistens"] = 0.975;
-$factor_food_eating_habits["seasonal"]["haelfte"] = 1;
-$factor_food_eating_habits["seasonal"]["wenig"] = 1.025;
-$factor_food_eating_habits["seasonal"]["keine"] = 1.05;
-
-$factor_food_eating_habits["frozenfoods"]["nie"] = 0.98;
-$factor_food_eating_habits["frozenfoods"]["gelegentlich"] = 1;
-$factor_food_eating_habits["frozenfoods"]["haelfte"] = 1.01;
-$factor_food_eating_habits["frozenfoods"]["taeglich"] = 1.02;
-
-$factor_food_eating_habits["oeko"]["oft"] = 0.94;
-$factor_food_eating_habits["oeko"]["teilweise"] = 0.97;
-$factor_food_eating_habits["oeko"]["keine"] = 1;
-
-$default_factor_food_eating_habits["type"] = "gemischt";
-$default_factor_food_eating_habits["regional"] = "haelfte";
-$default_factor_food_eating_habits["seasonal"] = "haelfte";
-$default_factor_food_eating_habits["frozenfoods"] = "gelegentlich";
-$default_factor_food_eating_habits["oeko"] = "keine";
-
-/**
- * Szenario" : "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_sc_food_eating_habits["type"]["vegan"]["st"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["st"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["st"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["st"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["st"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_sc_food_eating_habits["regional"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["st"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["st"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["st"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["st"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["st"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["st"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["st"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["st"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["st"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["st"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["st"] = 1;
-
-$factor_sc_food_eating_habits["type"]["vegan"]["mt"] = 0.7;
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["mt"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["mt"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["mt"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["mt"] = 1.2;
-
-$factor_sc_food_eating_habits["regional"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["mt"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["mt"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["mt"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["mt"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["mt"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["mt"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["mt"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["mt"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["mt"] = 1;
-
-/* EOF "Ernährung" */
-
-/* "Konsum" */
-
-
-
-/**
- * "Konsum": Values: "Kaufverhalten"
- */
-$factor_consumption_consumer_habits["sparsam"] = 0.95;
-$factor_consumption_consumer_habits["durchschnittlich"] = 1;
-$factor_consumption_consumer_habits["grosszuegig"] = 1.05;
-
-$default_factor_consumption_consumer_habits = "durchschnittlich";
-
-/**
- * "Konsum": Form data: "Kaufverhalten"
- */
-$fd_consumption_consumer_habits["sparsam"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM);
-$fd_consumption_consumer_habits["durchschnittlich"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH);
-$fd_consumption_consumer_habits["grosszuegig"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG);
-
-/**
- * "Konsum": Values: "Kaufkriterien"
- */
-$factor_consumption_consumer_criteria["lang"] = 0.95;
-$factor_consumption_consumer_criteria["funktion"] = 1;
-$factor_consumption_consumer_criteria["preis"] = 1.05;
-
-$default_factor_consumption_consumer_criteria = "funktion";
-
-/**
- * "Konsum": Form data: "Kaufkriterien"
- */
-$fd_consumption_consumer_criteria["lang"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG);
-$fd_consumption_consumer_criteria["funktion"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION);
-$fd_consumption_consumer_criteria["preis"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS);
-
-/**
- * "Konsum": Values: "Hotelübernachtungen"
- */
-$factor_consumption_hotel_visits["keine"] = 0.9;
-$factor_consumption_hotel_visits["zwei"] = 1;
-$factor_consumption_hotel_visits["zweivier"] = 1.05;
-$factor_consumption_hotel_visits["vier"] = 1.1;
-
-$default_factor_consumption_hotel_visits = "zwei";
-
-/**
- * "Konsum": Form data: "Hotelübernachtungen"
- */
-$fd_consumption_hotel_visits["keine"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE);
-$fd_consumption_hotel_visits["zwei"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI);
-$fd_consumption_hotel_visits["zweivier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER);
-$fd_consumption_hotel_visits["vier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER);
-
-/**
- * "Konsum": Values: "Gebrauchte Gegenstände"
- */
-$factor_consumption_used_goods["oft"] = 0.95;
-$factor_consumption_used_goods["manchmal"] = 1;
-$factor_consumption_used_goods["nie"] = 1.05;
-
-$default_factor_consumption_used_goods = "manchmal";
-
-/**
- * "Konsum": Form data: "Gebrauchte Gegenstände"
- */
-$fd_consumption_used_goods["oft"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT);
-$fd_consumption_used_goods["manchmal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL);
-$fd_consumption_used_goods["nie"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE);
-
-/**
- * "Konsum": Form data: "Geldanlage"
- */
-$factor_consumption_cf_investment['td'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['st'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['mt'] = 0.210; // emission_other je Euro Invest
-
-$default_factor_consumption_cf_investment = 0;
-$default_factor_consumption_compensate_emissions = 0;
-
-/**
- * "Konsum": Values: "Haustyp"
- */
-$factor_consumption_house_type["mfh"] = 1;
-$factor_consumption_house_type["rh"] = 1.1;
-$factor_consumption_house_type["efh"] = 1.2;
-
-/**
- * "Konsum": Form data: "Haustyp"
- */
-$fd_consumption_house_type["mfh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH);
-$fd_consumption_house_type["rh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH);
-$fd_consumption_house_type["efh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH);
-
-/**
- * "Konsum": Values: "Fahrzeuge"
- */
-$factor_consumption_vehicles["none"] = 0.8;
-$factor_consumption_vehicles["klein"] = 0.9;
-$factor_consumption_vehicles["mittel"] = 1;
-$factor_consumption_vehicles["ober1"] = 1.1;
-$factor_consumption_vehicles["ober2"] = 1.3;
-
-/**
- * "Konsum": Form data: "Fahrzeuge"
- */
-$fd_consumption_vehicles["none"] = array("name" => TXT_VALUE_FD_CONSUMPTION_VEHICLES_NONE);
-$fd_consumption_vehicles["klein"] = array("name" => TXT_VALUE_FD_CONSUMPTION_VEHICLES_KLEIN);
-$fd_consumption_vehicles["mittel"] = array("name" => TXT_VALUE_FD_CONSUMPTION_VEHICLES_MITTEL);
-$fd_consumption_vehicles["ober1"] = array("name" => TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER1);
-$fd_consumption_vehicles["ober2"] = array("name" => TXT_VALUE_FD_CONSUMPTION_VEHICLES_OBER2);
-
-/**
- * "Konsum": Values: "Carsharing"
- */
-$factor_consumption_carsharing = 0.9;
-
-/**
- * "Konsum": Values: "Haushaltsgröße"
- * Depends on consumption_persons!
- */
-$factor_consumption_household_size["1"] = 1.1; /* 201612_ODD: IFEU Konsum Vorher: 1.2 TO CHECK */
-$factor_consumption_household_size["2"] = 1;
-$factor_consumption_household_size["3"] = 0.9;
-$factor_consumption_household_size["4"] = 0.8;
-$factor_consumption_household_size["5"] = 0.7;
-$factor_consumption_household_size["6"] = 0.7;
-$factor_consumption_household_size["7"] = 0.7;
-$factor_consumption_household_size["8"] = 0.7;
-$factor_consumption_household_size["9"] = 0.7;
-$factor_consumption_household_size["10"] = 0.7;
-
-/**
- * "Konsum": Values: "Wohnfläche pro Person"
- * Depends on "consumption_persons" AND "consumption_living_space"!
- */
-$factor_consumption_living_space_per_person["1"]["0.9"] = array("min" => 0, "max" => 49);
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 50, "max" => 65);
-$factor_consumption_living_space_per_person["1"]["1.1"] = array("min" => 66, "max" => 100000);
-
-$factor_consumption_living_space_per_person["2"]["0.9"] = array("min" => 0, "max" => 34);
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 35, "max" => 50); // Aufgrund Vorbelegung auf 100m2 für 2 Personen für default ist Wert von 45 m2 auf 50 hochgesetzt worden
-$factor_consumption_living_space_per_person["2"]["1.1"] = array("min" => 51, "max" => 100000);
-
-$factor_consumption_living_space_per_person["3"]["0.9"] = array("min" => 0, "max" => 24);
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 25, "max" => 35);
-$factor_consumption_living_space_per_person["3"]["1.1"] = array("min" => 35, "max" => 100000);
-
-$factor_consumption_living_space_per_person["4"]["0.9"] = array("min" => 0, "max" => 19);
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 20, "max" => 30);
-$factor_consumption_living_space_per_person["4"]["1.1"] = array("min" => 31, "max" => 100000);
-
-$factor_consumption_living_space_per_person["5"]["0.9"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["5"]["1.1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["6"]["0.9"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["6"]["1.1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["7"]["0.9"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["7"]["1.1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["8"]["0.9"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["8"]["1.1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["9"]["0.9"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 15, "max" => 25);;
-$factor_consumption_living_space_per_person["9"]["1.1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["10"]["0.9"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["10"]["1.1"] = array("min" => 26, "max" => 100000);
-
-
-/**
- * "Konsum": Values: "Konsumausgaben"
- */
-
-$factor_consumption_monthly_expense["150"] = 0.35;
-$factor_consumption_monthly_expense["300"] = 0.7;
-$factor_consumption_monthly_expense["450"] = 1;
-$factor_consumption_monthly_expense["600"] = 1.35;
-$factor_consumption_monthly_expense["750"] = 1.7;
-$factor_consumption_monthly_expense["900"] = 2.1;
-
-
-$default_factor_consumption_monthly_expense = "450";
-
-
-/**
- * "Konsum": Form data: "Konsumausgaben"
- */
-
-$fd_consumption_monthly_expense_min_value = 150; // Slider wird in 150er Schritten skaliert!
-$fd_consumption_monthly_expense_max_value = 900;
-
-
-
-/**
- * "Scenario": "Konsum": Values: "Durchschnitts-Emissionen"
- */
-$factor_sc_consumption_average['st'] = 4415; /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2020 201612_ODD TO CHECK UPDATE NEEDED */
-$factor_sc_consumption_average['mt'] = 4415; /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2030*/
-$factor_sc_consumption_average['lt'] = 3782; /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2050*/
-
-
-/**
- * "Konsum": "Haustiere": Form data: "Art"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_type["hund"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_HUND);
-$fd_consumption_animal_type["katze"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KATZE);
-$fd_consumption_animal_type["pferd"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_PFERD);
-$fd_consumption_animal_type["kaninchen"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KANINCHEN);
-$fd_consumption_animal_type["ziervoegel"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_ZIERVOEGEL);
-
-/**
- * "Konsum": "Haustiere": Form data: "Ernährung"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_food["hund"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_NORMAL);
-$fd_consumption_animal_food["hund"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_BARF);
-$fd_consumption_animal_food["katze"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_NORMAL);
-$fd_consumption_animal_food["katze"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_BARF);
-$fd_consumption_animal_food["pferd"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_NORMAL);
-$fd_consumption_animal_food["pferd"]["einfach"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_SIMPLE);
-
-/**
- * "Konsum": "Haustiere": Default Values: "Gewicht"
- * Einheit: kg
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_weight["hund"] = 29;
-$default_factor_consumption_animal_weight["katze"] = 4.2;
-$default_factor_consumption_animal_weight["pferd"] = 550;
-
-/**
- * "Konsum": "Haustiere": Values: "Ernährung"
- * Einheit: kg/CO2e
- * 2020-06-19 - Mantis 1769
- */
-$factor_consumption_animal_food["hund"]["normal"] = 790;
-$factor_consumption_animal_food["hund"]["barf"] = 1940;
-$factor_consumption_animal_food["katze"]["normal"] = 340;
-$factor_consumption_animal_food["katze"]["barf"] = 750;
-$factor_consumption_animal_food["pferd"]["normal"] = 2360;
-$factor_consumption_animal_food["pferd"]["einfach"] = 1960;
-$factor_consumption_animal_food["kaninchen"] = 110;
-$factor_consumption_animal_food["ziervoegel"] = 30;
-
-/**
- * "Konsum": "Haustiere": Default Values: "fixer Anteil Carbon Footprint in %"
- * Einheit: %
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_food_share["hund"] = 0.36;
-$default_factor_consumption_animal_food_share["katze"] = 0.49;
-$default_factor_consumption_animal_food_share["pferd"] = 0.49;
-
-/* EOF "Konsum" */
-
-
-/* Szenario */
-
-/**
- * "Heizung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_hs_acceptance["ee_gebaeude"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_waerme"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_wohnflaeche"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" für Short-time, mid-time, long-time
- */
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["st"] = array("yes" => 0.96, "no" => 1); /* ODD: Quelle unklar */
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt_unsaniert"] = array("yes" => 0.4, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["mt"] = array("yes" => 1.15, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["mt"] = array("yes" => 0.97, "no" => 1); /*ODD: Quelle unklar*/
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["lt"] = array("yes" => 1, "no" => 1.434); /* vorher 1.46 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_waerme"]["lt"] = array("yes" => 1, "no" => 0.755); /* vorher 0,7 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["lt"] = array("yes" => 1, "no" => 1.1); /* vorher 1.1 201605_ODD ÖI 2MOD */
-
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_hs_acceptance_is_eff = array("ee_gebaeude", "ee_wohnflaeche");
-
-
-/**
- * "Strom": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_pt_acceptance["energiewende"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["energiepreis"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["stromverbrauch"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Strom": Values: "Akzeptanzfragen"
- */
-$factor_sc_living_pt_acceptance["energiewende"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["energiepreis"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["stromverbrauch"]["st"] = array("yes" => 0.822, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,82; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["mt"] = array("yes" => 0.708, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,69; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["lt"] = array("yes" => 0.796, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,78; 201605_ODD ÖI 2MOD */
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_pt_acceptance_is_eff = array("stromverbrauch");
-
-
-/**
- * "Mobilität": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_acceptance["stadt_autofrei"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["tempolimit"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["ausbau_bahn"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["fossile_teurer"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_mobility_acceptance["suffizienz"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-
-/**
- * "Mobilität": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_acceptance["stadt_autofrei"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_mobility_acceptance["stadt_autofrei"]["lt"] = array("yes" => 0.91, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["lt"] = array("yes" => 0.68, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["lt"] = array("yes" => 0.5, "no" => 1); /* wirkt nur LT, MT ist es schon in der Bilanz abgebildet*/
-
-
-/**
- * "Mobilität - Flugreisen": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_flight_acceptance["flugpreis"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Mobilität - Flugreisen": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_flight_acceptance["flugpreis"]["mt"] = array("yes" => 0.75, "no" => 1);
-$factor_sc_mobility_flight_acceptance["flugpreis"]["lt"] = array("yes" => 0.28, "no" => 1);
-
-/**
- * "Ernährung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_food_acceptance["political"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL,
- "help" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["waste"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_WASTE,
- "help" => TXT_SC_FOOD_ACCEPTANCE_WASTE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["animalistic"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC,
- "help" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Ernährung": Values: "Akzeptanzfragen"
- */
-$factor_sc_food_acceptance["political"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["waste"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["animalistic"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["waste"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["animalistic"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["waste"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["animalistic"]["lt"] = array("yes" => 0.656, "no" => 1); /* vorher: 0,7; 201605_ODD: IFEU, ÖI 2MOD(KS95/KS80) 2050 */
-
-/**
- * "Konsum": Form data: "Akzeptanzfragen"
- */
-$fd_sc_consumption_acceptance["consumption_01"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_01,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_01_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_consumption_acceptance["consumption_02"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_02,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_02_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Konsum": Values: "Akzeptanzfragen"
- */
-$factor_sc_consumption_acceptance["consumption_01"]["st"] = array("yes" => 1, "no" => 1); /* 01605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_consumption_acceptance["consumption_01"]["mt"] = array("yes" => 0.874, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-$factor_sc_consumption_acceptance["consumption_02"]["mt"] = array("yes" => 0.874
-, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-
-$factor_sc_consumption_acceptance["consumption_01"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-
-/**
- * "Konsum": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- */
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["tempolimit"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["tempolimit"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["tempolimit"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["fossile_teurer"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["fossile_teurer"] = array("yes" => 0.962, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["fossile_teurer"] = array("yes" => 0.885, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["food"]["political"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["food"]["political"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["food"]["political"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-
-
-/**
- * "Öffentliche Emissionen": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- *
- */
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/values/_values.inc.php_2020_12_17 b/r41/standard/de/_core/values/_values.inc.php_2020_12_17
deleted file mode 100644
index b137a7b..0000000
--- a/r41/standard/de/_core/values/_values.inc.php_2020_12_17
+++ /dev/null
@@ -1,1799 +0,0 @@
- Vergleichswert für emission */
-define("QUOTA_TD", 11170); /* auf Summe des deutschen Durchschnitts anpassen */ /* 201612_ODD Bürgerrechner 20161202 Quelle IFEU */ /*PaP 20200512_CO2-Bürgerbilanz_nM_052020 IFEU */
-define("QUOTA_ST", 8904); /* 201512: 8300; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 8900 */
-define("QUOTA_MT", 5633); /* 201512: 5700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 5630 */
-define("QUOTA_LT", 1111); /* 201512: 1700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 1100 */
- /* QUOTA_2_ --> Vergleichswert für emission-self */
-define("QUOTA_2_TD", 0); /* QUOTA_TD - QUOTA_TD */ /* 201605_ODD */
-define("QUOTA_2_ST", 3003); /* QUOTA_TD - QUOTA_ST */ /* 201605_ODD */
-define("QUOTA_2_MT", 6274); /* QUOTA_TD - QUOTA_MT */ /* 201605_ODD */
-define("QUOTA_2_LT", 10796); /* QUOTA_TD - QUOTA_LT */ /* 201605_ODD */
-
-// Ergebnis im internationalen Vergleich
-define("COMPARE_EMISSION_VALUE_GERMANY", 10640.00); // modif 2015: Values CO2-Rechner 2015
-define("COMPARE_EMISSION_VALUE_PERU", 2800.00); // modif 2015: FAOSTAT Emission database WRI, reference 2011, http://cait2.wri.org
-define("COMPARE_EMISSION_VALUE_INDIA", 2000.00); // modif 2015: FAOSTAT Emission database WRI, reference 2011, http://cait2.wri.org
-define("COMPARE_EMISSION_VALUE_KENIA", 1300.00); // Eigenberechnung EW 43 Mio in 2012 http://faostat3.fao.org and THG excl.LUCF 59 Mio t THG
-define("COMPARE_EMISSION_VALUE_TARGET_2050", 1000.00); // modif 2015: Ziel Bund -95% Basis 1990 = ca. 1 t/Bürger in 2050
-
-
-/**
- * Average emissions (Vergleichsquote)
- */
-define("AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD", 489.41); // Neu in 2020 //TEST-KONFIGURATION PaP_09_2020 vorher 745,19
-define("AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM", 1552.52); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING_WOHNEN", AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD + AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM);
-define("AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE", 704.48); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING", AVERAGE_EMISSION_VALUE_LIVING_WOHNEN + AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE);
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP", 204.57); /* TBD */ /*PaP Neu in 2020, Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR", 1283.40); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN", 103.14);/*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_AIR", 493.26); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE", 0.00);
-define("AVERAGE_EMISSION_VALUE_MOBILITY", AVERAGE_EMISSION_VALUE_MOBILITY_CAR + AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN + AVERAGE_EMISSION_VALUE_MOBILITY_AIR + AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP + AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE);
-define("AVERAGE_EMISSION_VALUE_FOOD", 1692.70); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_CONSUMPTION", 3791.31);// TEST-KONFIGURATION PaP_09_2020 vorher 3536.95 /*PaP Anlageninvestitionen Wohnen und Verkehr herausgenommen, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU vorher 4558.00 */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIFESTYLE", AVERAGE_EMISSION_VALUE_FOOD + AVERAGE_EMISSION_VALUE_CONSUMPTION);// TEST-KONFIGURATION PaP_09_2020 vorher 3536.95 /*PaP Anlageninvestitionen Wohnen und Verkehr herausgenommen, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU vorher 4558.00 */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_COMMON", 855.44); /*PaP Tiefbau integriert, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-
-/* Average emissions Szenario */
-define("AVERAGE_EMISSION_VALUE_COMMON_ST", 607.00); /* 201512 1MOD: 853; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2020 */
-define("AVERAGE_EMISSION_VALUE_COMMON_MT", 514.00); /* 201512 1MOD: 689; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2030 */
-define("AVERAGE_EMISSION_VALUE_COMMON_LT", 255.00); /* 201512 1MOD: 552; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2050 */
-
-define("AVERAGE_EMISSION_VALUE", AVERAGE_EMISSION_VALUE_LIVING + AVERAGE_EMISSION_VALUE_MOBILITY + AVERAGE_EMISSION_VALUE_LIFESTYLE + AVERAGE_EMISSION_VALUE_COMMON);
-
-
-
-/* "Zuhause" */
-
-/**
- * "Zuhause": max. amount of persons
- */
-$fd_living_persons_max_value = 10;
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Wohnfläche pro Person/Vorbelegung der Wohnfläche"
- */
-$factor_living_hc_default_living_space[1] = 63;
-$factor_living_hc_default_living_space[2] = 87;
-$factor_living_hc_default_living_space[3] = 106;
-$factor_living_hc_default_living_space[4] = 115;
-$factor_living_hc_default_living_space[5] = 125;
-$factor_living_hc_default_living_space[6] = 130;
-$factor_living_hc_default_living_space[7] = 145;
-$factor_living_hc_default_living_space[8] = 160;
-$factor_living_hc_default_living_space[9] = 180;
-$factor_living_hc_default_living_space[10] = 200;
-
-$default_factor_living_hc_default_living_space = 47.5; // bis 2020: 100 m2, 20200917_STS: Anpassung an DeStatis für 2018: 46,7 m2 je EW (gerundet: 95 m2/2 Personen- Grundlage für AI-Wohnen Berechnung
-
-/**
- * 2020-06-09: Mantis 1755:
- * "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
- * Emissionen je durchschnittlicher Wohnfläche pro Person (entspricht 46,7 m²) [kg/a]
- */
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["mfh"]["nn"] = 270; //TEST-KONFIGURATION! PaP 21_09_2020, war 540 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["mfh"]["upto1978"] = 70;
-$factor_living_hh_cy["mfh"]["upto1983"] = 238;
-$factor_living_hh_cy["mfh"]["upto1994"] = 266;
-$factor_living_hh_cy["mfh"]["upto2001"] = 259;
-$factor_living_hh_cy["mfh"]["later2001"] = 252;
-$factor_living_hh_cy["mfh"]["later2012"] = 336;
-$factor_living_hh_cy["mfh"]["neh"] = 364;
-$factor_living_hh_cy["mfh"]["passivhaus"] = 425;
-$factor_living_hh_cy["mfh"]["upto1919_saniert"] = 140;
-$factor_living_hh_cy["mfh"]["upto1948_saniert"] = 140;
-$factor_living_hh_cy["mfh"]["upto2001_saniert"] = 322;
-$factor_living_hh_cy["mfh"]["upto1969_teilsaniert"] = 105;
-//$factor_living_hh_cy["mfh"]["energieplus"] = ;
-//$factor_living_hh_cy["mfh"]["altbau_saniert_neh"] = ;
-//$factor_living_hh_cy["mfh"]["altbau_saniert_ph"] = ;
-
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["rh"]["nn"] = 300; // PaP 22_09_2020, war 620 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["rh"]["upto1978"] = 80;
-$factor_living_hh_cy["rh"]["upto1983"] = 272;
-$factor_living_hh_cy["rh"]["upto1994"] = 304;
-$factor_living_hh_cy["rh"]["upto2001"] = 296;
-$factor_living_hh_cy["rh"]["later2001"] = 288;
-$factor_living_hh_cy["rh"]["later2012"] = 384;
-$factor_living_hh_cy["rh"]["neh"] = 417;
-$factor_living_hh_cy["rh"]["passivhaus"] = 486;
-$factor_living_hh_cy["rh"]["upto1919_saniert"] = 160;
-$factor_living_hh_cy["rh"]["upto1948_saniert"] = 160;
-$factor_living_hh_cy["rh"]["upto2001_saniert"] = 368;
-$factor_living_hh_cy["rh"]["upto1969_teilsaniert"] = 120;
-//$factor_living_hh_cy["rh"]["energieplus"] = 15;
-//$factor_living_hh_cy["rh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hh_cy["rh"]["altbau_saniert_ph"] = 15;
-
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["efh"]["nn"] = 380; // TEST-KONFIGURATION! PaP 21_09_2020, war 770 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["efh"]["upto1978"] = 100;
-$factor_living_hh_cy["efh"]["upto1983"] = 340;
-$factor_living_hh_cy["efh"]["upto1994"] = 380;
-$factor_living_hh_cy["efh"]["upto2001"] = 370;
-$factor_living_hh_cy["efh"]["later2001"] = 360;
-$factor_living_hh_cy["efh"]["later2012"] = 481;
-$factor_living_hh_cy["efh"]["neh"] = 521;
-$factor_living_hh_cy["efh"]["passivhaus"] = 607;
-$factor_living_hh_cy["efh"]["upto1919_saniert"] = 200;
-$factor_living_hh_cy["efh"]["upto1948_saniert"] = 200;
-$factor_living_hh_cy["efh"]["upto2001_saniert"] = 461;
-$factor_living_hh_cy["efh"]["upto1969_teilsaniert"] = 150;
-//$factor_living_hh_cy["efh"]["energieplus"] = 15;
-//$factor_living_hh_cy["efh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hh_cy["efh"]["altbau_saniert_ph"] = 15;
-
-/**
- * 2020-06-09: Mantis 1755:
- * "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
- * Neue Skalierungsfaktoren im Konsum zur Bewertung der Wohnfläche
- */
-$factor_living_hh_living_space["0.7"] = array("min" => 0, "max" => 32);
-$factor_living_hh_living_space["0.9"] = array("min" => 32.1, "max" => 42);
-$factor_living_hh_living_space["1"] = array("min" => 42.1, "max" => 52); // STS 20200917 Schnitt angepasst auf max 50 bei 46,7 im Durchschnitt je EW in D
-$factor_living_hh_living_space["1.1"] = array("min" => 52.1, "max" => 62);
-$factor_living_hh_living_space["1.3"] = array("min" => 62.1, "max" => 100000);
-
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: "Baujahr und Standard des Hauses" kWh/m2
- * StS: 13.11.15: Durchschnittlicher Gebäudestandard für 2015 ["nn"] auf ["upto1983"] gesetzt
- */
-$factor_living_hc_cy["mfh"]["nn"] = 131.3157895; //TEST-KONFIGURATION! PaP 22_09_2020, war 115.5 /* Modif_StS_12_2018 Anpassung vornehmen, wenn Durchschnitt sich verbessert: $factor_living_hc_cy["mfh"]["nn"] * $default_factor_living_hc_default_living_space = Vorbelegung in kWh*/
-$factor_living_hc_cy["mfh"]["altbau"] = 150;
-$factor_living_hc_cy["mfh"]["neubau"] = 61;
-
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Energiebedarf Wärme pro Person (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_person_lt = 3262; /* kWh/Person Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD_KS90 3528 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Ziel Anteil EE Wärme (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_ee_ratio_lt = 0.922; /* EE-Anteil, Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD__KS90 0.72 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Zukünftige Durchschnitts-Wohnfläche (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_space_lt = 51.4; /* Quelle Öko-Institut 2MOD; UPDATE 201605_ODD vorher: 1MOD 51.6 */
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Baujahr und Standard des Hauses"
- */
-$fd_living_hc_cy["altbau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_ALTBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_ALTBAU);
-$fd_living_hc_cy["neubau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NEUBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_NEUBAU);
-$fd_living_hc_cy["nn"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NN, "tip" => TXT_IMPROVE_LIVING_HC_CY_NN);
-
-/**
- * "Zuhause": "Wohnverhältnis": Welcher Standard des Hauses ist unsaniert
- */
-$fd_living_hc_cy_not_refurbished = array("nn", "altbau");
-
-/**
- * "Zuhause": "Wohnverhältnis": Default values: "Baujahr des Hauses"
- * für heute (td), kurzfristig (st), mittelfristig (mt), langfristig (lt)
- */
-$default_living_cy["td"] = "nn";
-$default_living_cy["st"] = "nn";
-$default_living_cy["mt"] = "nn";
-$default_living_cy["lt"] = "nn";
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: Energieträger CO2 Umrechnung
- * Auswahl basiert auf dem Wert $factor_living_hs_type
- */
-$factor_living_hs_co2_conversion["nn"] = 0.28408; /* Modif_StS_12_2018 */
-$factor_living_hs_co2_conversion["nn_ee"] = 0.01896; //unbekannt Erneuerbar Sept.2020
-$factor_living_hs_co2_conversion["erdgas"] = 0.25039; // 201612_LOS Datenquelle Wert
-$factor_living_hs_co2_conversion["solarthermie"] = 0.0229; /* http://mantis.co2-pro.de/view.php?id=1520 Modif_StS_12_2018*/
-
-
-
-/**
- * "Zuhause": "Heizung": Values: "Vermeidungsfaktoren" gegenüber Wärmemix aus je 50% Erdgas und Heizöl
- */
-$factor_living_hs_avoidance_self["nn"] = 0; /* Vermeidung basiert auf NN Faktor von 0.28408 */
-$factor_living_hs_avoidance_self["nn_ee"] = 0.2651; //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung: Erneuerbaren Energieträger"
- * http://mantis.co2-pro.de/view.php?id=1463
- * http://mantis.co2-pro.de/view.php?id=1419
- */
-$factor_living_hs_type_ee = array("nn_ee");
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung"
- */
-$factor_living_hs_type["nn"] = 0.28408; /* Modif_StS_12_2018 */
-$factor_living_hs_type["nn_ee"] = 0.01896; //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Szenario" : "Zuhause": "Heizung": Values: "Art des Energieträgers" 201605_ODD: Update zur Kalibrierung der Wärme im ÖI KS 95
- * Mantis 1521
- */
-
-$factor_sc_living_hs_type["st"]["ee"] = 0.03;
-$factor_sc_living_hs_type["mt"]["ee"] = 0.025;
-$factor_sc_living_hs_type["lt"]["ee"] = 0.0115; /*Kalibrierung der Wärme, eigene Annahme*/
-$factor_sc_living_hs_type["st"]["not_ee"] = 0.282;
-$factor_sc_living_hs_type["mt"]["not_ee"] = 0.247;
-$factor_sc_living_hs_type["lt"]["not_ee"] = 0.24; /* Kalibrierung der Wärme*/
-
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Art der Heizung"
- */
-$fd_living_hs_type["nn"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN);
-$fd_living_hs_type["nn_ee"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN_EE, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN_EE); //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem"
- */
-$fd_living_hs_heating_system["zentral"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL);
-$fd_living_hs_heating_system["etage"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL);
-$fd_living_hs_heating_system["einzel"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL);
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem zentral / dezentral"
- */
-$fd_living_hs_heating_system_spec["vor1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980);
-$fd_living_hs_heating_system_spec["1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980);
-$fd_living_hs_heating_system_spec["1995"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995);
-$fd_living_hs_heating_system_spec["2005"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005);
-$fd_living_hs_heating_system_spec["brennwertkessel"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT);
-$fd_living_hs_heating_system_spec["fernwaerme"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME);
-$fd_living_hs_heating_system_spec["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE);
-$fd_living_hs_heating_system_spec["stromdirekt"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT);
-
-/**
- * "Zuhause": "Heizung": Condition: "Heizungssystem zentral / dezentral"
- * Anzeigen wenn Bedingung "strom_oeko" oder "strom" erfüllt für "living_hs_type"
- */
-$condition_living_hs_heating_system_spec["strom"]["zentral"] = array("waermepumpe");
-$condition_living_hs_heating_system_spec["strom"]["etage"] = array("stromdirekt");
-$condition_living_hs_heating_system_spec["erdgas"] = array("vor1980", "1980", "1995", "2005", "brennwertkessel");
-$condition_living_hs_heating_system_spec["fernwaerme"] = array("fernwaerme");
-$condition_living_hs_heating_system_spec["holz"] = array("vor1980", "1980", "1995", "2005");
-
-/**
- * "Zuhause": "Heizung": Values: "Heizungssystem"
- */
-$factor_living_hs_heating_system_spec["zentral"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["zentral"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["zentral"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["zentral"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["zentral"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["zentral"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe_oeko"] = 0.33;
-// $factor_living_hs_heating_system_spec["zentral"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["etage"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["etage"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["etage"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["etage"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["etage"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["etage"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe_oeko"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["einzel"][""] = 1.35;
-
-/**
- * "Zuhause": "Heizung": Form data: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$fd_living_hs_additional_renewable_energy["none"] = array("name" => TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE);
-$fd_living_hs_additional_renewable_energy["10"] = array("name" => "10%");
-$fd_living_hs_additional_renewable_energy["20"] = array("name" => "20%");
-$fd_living_hs_additional_renewable_energy["30"] = array("name" => "30%");
-$fd_living_hs_additional_renewable_energy["40"] = array("name" => "40%");
-$fd_living_hs_additional_renewable_energy["50"] = array("name" => "50%");
-
-/**
- * "Zuhause": "Heizung": Values: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$factor_living_hs_additional_renewable_energy["none"] = 1;
-$factor_living_hs_additional_renewable_energy["10"] = 0.9;
-$factor_living_hs_additional_renewable_energy["20"] = 0.8;
-$factor_living_hs_additional_renewable_energy["30"] = 0.7;
-$factor_living_hs_additional_renewable_energy["40"] = 0.6;
-$factor_living_hs_additional_renewable_energy["50"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "durchschnittliche Raumtemperatur"
- */
-$fd_living_hs_avg_room_temp["18"] = array("name" => "18°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
-$fd_living_hs_avg_room_temp["19"] = array("name" => "19°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
-$fd_living_hs_avg_room_temp["20"] = array("name" => "20°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
-$fd_living_hs_avg_room_temp["21"] = array("name" => "21°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
-$fd_living_hs_avg_room_temp["22"] = array("name" => "22°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-$fd_living_hs_avg_room_temp["23"] = array("name" => "23°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-$fd_living_hs_avg_room_temp["24"] = array("name" => "24°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-
-/**
- * "Zuhause": "Heizung": Values: "durchschnittliche Raumtemperatur"
- */
-$factor_living_hs_avg_room_temp["18"] = 0.8;
-$factor_living_hs_avg_room_temp["19"] = 0.9;
-$factor_living_hs_avg_room_temp["20"] = 1;
-$factor_living_hs_avg_room_temp["21"] = 1.1;
-$factor_living_hs_avg_room_temp["22"] = 1.2;
-$factor_living_hs_avg_room_temp["23"] = 1.25;
-$factor_living_hs_avg_room_temp["24"] = 1.3;
-
-/**
- * "Zuhause": "Heizung": Form data: "Lüft-Gewohnheiten"
- */
-$fd_living_hs_airing_habits["viele"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_MANY);
-$fd_living_hs_airing_habits["einige"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_SOME);
-$fd_living_hs_airing_habits["stoss"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Lüft-Gewohnheiten"
- */
-$factor_living_hs_airing_habits["viele"] = 1.2;
-$factor_living_hs_airing_habits["einige"] = 1.1;
-$factor_living_hs_airing_habits["stoss"] = 1;
-
-/**
- * "Zuhause": "Heizung": Values: "Nachträgliche Modernisierung"
- */
-$factor_living_hs_insulating_standard[""] = 0;
-$factor_living_hs_insulating_standard["fenster"] = 0.12;
-$factor_living_hs_insulating_standard["dach"] = 0.15;
-$factor_living_hs_insulating_standard["fassade"] = 0.35;
-$factor_living_hs_insulating_standard["kellerdecke"] = 0.07;
-
-/**
- * "Zuhause": "Heizung": Form data: "Nachträgliche Modernisierung"
- */
-$fd_living_hs_insulating_standard["fenster"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER);
-$fd_living_hs_insulating_standard["dach"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH);
-$fd_living_hs_insulating_standard["fassade"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER);
-$fd_living_hs_insulating_standard["kellerdecke"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE);
-
-/**
- * "Zuhause": "Wohnverhältnis": Condition: "Nachträgliche Modernisierung"
- * Nicht anzeigen: living_hc_cy
- */
-$condition_living_hs_insulating_standard['living_hc_cy'] = array("upto2001", "later2001", "neh", "passivhaus", "upto1919_saniert", "upto1948_saniert", "upto2001_saniert");
-
-/**
- * "Zuhause": "Heizung": Form data: "persönlicher Warmwasserverbrauch"
- */
-$fd_living_hs_warm_water_consumption["duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_baden"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN);
-
-/**
- * "Zuhause": "Heizung": Values: "persönlicher Warmwasserverbrauch"
- */
-$factor_living_hs_warm_water_consumption["duschen"] = 0.95;
-$factor_living_hs_warm_water_consumption["oft_duschen"] = 1;
-$factor_living_hs_warm_water_consumption["oft_baden"] = 1.05;
-
-/**
- * "Zuhause": "Heizung": Form data: "Spararmaturen"
- */
-$fd_living_hs_saving_fittings["vorwiegend"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY);
-$fd_living_hs_saving_fittings["zumteil"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME);
-$fd_living_hs_saving_fittings["keine"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Spararmaturen"
- */
-$factor_living_hs_saving_fittings["vorwiegend"] = 0.6;
-$factor_living_hs_saving_fittings["zumteil"] = 0.8;
-$factor_living_hs_saving_fittings["keine"] = 1;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem"
- */
-$fd_living_hs_heating_system_warmwater["zentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL);
-$fd_living_hs_heating_system_warmwater["dezentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL);
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem zentral"
- */
-$factor_living_hs_heating_system_warmwater_zentral["vor1980"] = 1000;
-$factor_living_hs_heating_system_warmwater_zentral["1980"] = 900;
-$factor_living_hs_heating_system_warmwater_zentral["1995"] = 800;
-$factor_living_hs_heating_system_warmwater_zentral["2005"] = 700;
-$factor_living_hs_heating_system_warmwater_zentral["brennwertkessel"] = 600;
-$factor_living_hs_heating_system_warmwater_zentral["fernwaerme"] = 700;
-$factor_living_hs_heating_system_warmwater_zentral["waermepumpe"] = 200;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$fd_living_hs_heating_system_warmwater_zentral_extras["solar"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR);
-$fd_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE);
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$factor_living_hs_heating_system_warmwater_zentral_extras[""] = 1;
-$factor_living_hs_heating_system_warmwater_zentral_extras["solar"] = 0.5;
-$factor_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Dezentral"
- */
-$fd_living_hs_heating_system_warmwater_dezentral["erdgas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["fluessiggas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["heizoel"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["strom"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["holz"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["holzpellets"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["steinkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["braunkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE, "unit" => "kg");
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem dezentral"
- */
-$factor_living_hs_heating_system_warmwater_dezentral["1"] = 700; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["2"] = 550; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["3"] = 500; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["4"] = 475; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["5"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["6"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["7"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["8"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["9"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["10"] = 460; // kWh / Person
-
-/**
- * "Zuhause": "Strom": Values: "Basis Stromverbrauch pro Person"
- * Wird auch im Szenario verwendet
- * Quelle: BDEW (2013) Stromverbrauch im HH. S.10: Stromverbrauch je HH nach HHgröße ohne elektrische WWaufbereitung, + Ergänzung ab 5 Personen-HH jeweils um 500 kWh/Person (STS 10.2016)
- */
-$factor_living_pt_estimate_consumption_basic[1] = 1700;
-$factor_living_pt_estimate_consumption_basic[2] = 2790; // Anpassung für Durchschnitt bei default Einstellung von 3000 auf 2600 //Modif_StS_12_2018 wg. Durchschnitt im default //TEST-KONFIGURATION PaP_09_2020 vorher 2900
-$factor_living_pt_estimate_consumption_basic[3] = 3500;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[5] = 4700;
-$factor_living_pt_estimate_consumption_basic[6] = 5200;
-$factor_living_pt_estimate_consumption_basic[7] = 5700;
-$factor_living_pt_estimate_consumption_basic[8] = 6200;
-$factor_living_pt_estimate_consumption_basic[9] = 6700;
-$factor_living_pt_estimate_consumption_basic[10] = 7200;
-
-/**
- * "Zuhause": "Strom": Form data: "Strombezug"
- */
-$fd_living_pt_type["strommix_de"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROMMIX_DE);
-$fd_living_pt_type["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROM_OEKO);
-
-/**
- * "Zuhause": "Strom": Values: "Strombezug"
- */
-$factor_living_pt_type["strommix_de"] = 0.5048; //PaP_09_2020 Anpassung, vorher 0.5237 //Modif_StS_12_2018,
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_living_pt_type["strom_oeko"] = 0.03424; // Modif_StS_12_2017
-
-/**
- * "Szenario": "Strom": Values: Strombezug pro Zeitperiode
- */
-$factor_sc_living_pt_type["strommix_de"]['st'] = 0.5048; //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018 12.2018 von 0.5597 auf 0.5237 gesenkt, bitte neuen Wert berechnen! bis 12.17 Öko-I. AMS 2MOD 0.623; UPDATE 201605_ODD vorher: 1MOD_AMS 0,52 */ /*ODD update needed*//* TO CHECK */ //Modif_StS_12_2017 aus Stromfaktor aus 16 für 18 0.5597
-$factor_sc_living_pt_type["strommix_de"]['mt'] = 0.5048; //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018: 12.2018 von 0.541 auf 0.5237 gesenkt, bitte neuen Wert berechnen! Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,427*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strommix_de"]['lt'] = 0.312; /* Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,272*/ //Modif_StS_12_2017
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_sc_living_pt_type["strom_oeko"]['st'] = 0.03424; //Modif_StS_12_2017 dem Faktor für 2018 gleich gesetzt (bis 12.17: 0,044)
-$factor_sc_living_pt_type["strom_oeko"]['mt'] = 0.030; /*eigene Annahme*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strom_oeko"]['lt'] = 0.0115; /*eigene Annahme*/ //Modif_StS_12_2017
-
-
-/**
- * "Zuhause": "Strom": Form data: "Computer"
- */
-$fd_living_pt_computer["pc"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_PC, "tip" => '');
-$fd_living_pt_computer["laptop"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_LAPTOP, "tip" => '');
-$fd_living_pt_computer["mobile_device"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_MOBILE_DEVICE, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Computer"
- */
-$factor_living_pt_computer["pc"] = 30;
-$factor_living_pt_computer["laptop"] = 20;
-$factor_living_pt_computer["mobile_device"] = 10;
-
-$default_factor_living_pt_computer = "pc";
-
-/**
- * "Zuhause": "Strom": Form data: "Gaming"
- */
-$fd_living_pt_gaming["taeglich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_TAEGLICH, "tip" => '');
-$fd_living_pt_gaming["gelegentlich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_GELEGENTLICH, "tip" => '');
-$fd_living_pt_gaming["nein"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_NEIN, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Gaming"
- */
-$factor_living_pt_gaming["taeglich"] = 40;
-$factor_living_pt_gaming["gelegentlich"] = -20;
-$factor_living_pt_gaming["nein"] = -60;
-
-$default_factor_living_pt_gaming = "gelegentlich";
-
-/**
- * "Zuhause": "Strom": Form data: "Elektrogeräte"
- */
-$fd_living_pt_elektro["viel"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_VIEL, "tip" => '');
-$fd_living_pt_elektro["minimal"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_MINIMAL, "tip" => '');
-$fd_living_pt_elektro["standard"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_STANDARD, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Elektrogeräte"
- */
-$factor_living_pt_elektro["viel"] = 30;
-$factor_living_pt_elektro["minimal"] = -30;
-$factor_living_pt_elektro["standard"] = 0;
-
-$default_factor_living_pt_elektro = "standard";
-
-
-/**
- * "Zuhause": "Strom": Form data: "Energiesparlampen"
- */
-$fd_living_pt_energy_saving_bulbs["nur"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_NUR, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_NUR);
-$fd_living_pt_energy_saving_bulbs["einige"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE);
-
-/**
- * "Zuhause": "Strom": Values: "Energiesparlampen"
- */
-$factor_living_pt_energy_saving_bulbs["nur"] = -50;
-$factor_living_pt_energy_saving_bulbs["einige"] = 0;
-
-$default_factor_living_pt_energy_saving_bulbs = "einige";
-
-/**
- * "Zuhause": "Strom": Form data: "Stand-by"
- */
-$fd_living_pt_energy_standby["geraet"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_GERAET, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_GERAET);
-$fd_living_pt_energy_standby["standby"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_STANDBY, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_STANDBY);
-$fd_living_pt_energy_standby["komplett"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_KOMPLETT, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_KOMPLETT);
-
-/**
- * "Zuhause": "Strom": Values: "Stand-by"
- */
-$factor_living_pt_energy_standby["geraet"] = 0;
-$factor_living_pt_energy_standby["standby"] = 50;
-$factor_living_pt_energy_standby["komplett"] = -50;
-
-$default_factor_living_pt_energy_standby = "geraet";
-
-
-/* EOF "Zuhause" */
-
-
-
-/* "Mobilität": "Fahrzeuge" */
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Anzahl der Fahrzeuge"
- */
-$fd_mobility_cars_total_amount = 5; // change also manually in "_functions.inc.js"
-
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Fahrzeugart"
- */
-$fd_mobility_cars_type["kleinwagen"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-$fd_mobility_cars_type["mittelklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-$fd_mobility_cars_type["oberklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-// $fd_mobility_cars_type["phev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV);
-$fd_mobility_cars_type["bev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_BEV);
-// $fd_mobility_cars_type["bev_re"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE);
-$fd_mobility_cars_type["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
-$fd_mobility_cars_type["motoroller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
-$fd_mobility_cars_type["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_EROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_EROLLER);
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_mobility_cars_energy_source["benzin"] = 2.681; // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_mobility_cars_energy_source["diesel"] = 3.079; //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_mobility_cars_energy_source["erdgas"] = 2.763; // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_mobility_cars_energy_source["fluessiggas"] = 2.278;// PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235 */
-$factor_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_sc_mobility_cars_energy_source["benzin"] = 2.681; // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_sc_mobility_cars_energy_source["diesel"] = 3.079; //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_sc_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_sc_mobility_cars_energy_source["erdgas"] = 2.763; // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_sc_mobility_cars_energy_source["fluessiggas"] = 2.278;// PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235*/
-$factor_sc_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Energieträger"
- */
-$fd_mobility_cars_energy_source["benzin"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["diesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["biodiesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["erdgas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS, "unit" => TXT_VALUE_FD_UNIT_KG);
-$fd_mobility_cars_energy_source["fluessiggas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["ethanol"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-
-
-/**
- * "Mobilität": "CarSharing": Values: "Energieträger" und "Verbrauch" /*ODD 201605 Update needed?/
- */
-$factor_mobility_car_sharing_energy_source = $factor_mobility_cars_energy_source["benzin"];
-$factor_mobility_car_sharing_consumption = 6.0; /* Anpassung 22-12-2014 StS: siehe Mantis 1403 */
-
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Verbrauchsvorgabe"
- */
-$factor_mobility_cars_consumption_default["benzin"]["kleinwagen"] = 6.7; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["motorrad"] = 3.3; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["motoroller"] = 2.2; /* Quelle IFEU 2012 */
-
-$factor_mobility_cars_consumption_default["diesel"]["mittelklasse"] = 6.1; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["diesel"]["oberklasse"] = 8.2; /* Quelle IFEU 2012 */
-
-$factor_mobility_cars_consumption_default["kwh"]["bev"] = 20;
-$factor_mobility_cars_consumption_default["kwh"]["e_roller"] = 4;
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: Reduktion in Prozent
- */
-$factor_sc_mobility_cars_consumption_default = 10; // Wird in Javascript verwendet
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger zur Berechnung CO2-Quote [g/km]" TO CHECK
- */
-$factor_mobility_cars_energy_source_co2quota["benzin"] = 2.35; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["diesel"] = 2.65; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["biodiesel"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["erdgas"] = 2.509; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["fluessiggas"] = 1.72; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["ethanol"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-
-
-
-/* EOF "Mobilität": "Fahrzeuge" */
-
-
-/* "Mobilität": "Unterwegs im Alltag" */
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Values: "Zur Schule, Ausbildung oder Job"
- */
-$factor_mobility_school_transportation["fahrrad"] = 0;
-$factor_mobility_school_transportation["bus_bahn"] = 0.08;
-$factor_mobility_school_transportation["eltern"] = 0.35;
-$factor_mobility_school_transportation["auto"] = 0.2;
-$factor_mobility_school_transportation["moped"] = 0.1;
-$factor_mobility_school_transportation["motorrad"] = 0.15;
-$factor_mobility_school_transportation["e_roller"] = 0.04;
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Form data: "Zur Schule, Ausbildung oder Job"
- */
-$fd_mobility_school_transportation["fahrrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD);
-$fd_mobility_school_transportation["bus_bahn"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN);
-$fd_mobility_school_transportation["eltern"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN);
-$fd_mobility_school_transportation["auto"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_AUTO, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_AUTO);
-$fd_mobility_school_transportation["moped"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOPED, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOPED);
-$fd_mobility_school_transportation["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD);
-$fd_mobility_school_transportation["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER);
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Values: "Freizeit" (1000 km)
- */
-$factor_mobility_spare_time_performance["fahrrad"] = 0;
-$factor_mobility_spare_time_performance["bus_bahn"] = 0.07;
-$factor_mobility_spare_time_performance["moped"] = 0.1;
-$factor_mobility_spare_time_performance["e_roller"] = 0.04;
-$factor_mobility_spare_time_performance["motorrad"] = 0.15;
-$factor_mobility_spare_time_performance["auto"] = 0.2;
-$factor_mobility_spare_time_performance["eltern"] = 0.35;
-
-/**
- * "Mobilität": "Unterwegs im Alltag" Form data: "Freizeit"
- */
-$fd_mobility_spare_time_performance["fahrrad"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD_HELP
- );
-$fd_mobility_spare_time_performance["bus_bahn"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN_HELP
- );
-$fd_mobility_spare_time_performance["moped"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED_HELP
- );
-$fd_mobility_spare_time_performance["e_roller"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER_HELP
- );
-$fd_mobility_spare_time_performance["motorrad"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD_HELP
- );
-$fd_mobility_spare_time_performance["auto"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO_HELP
- );
-$fd_mobility_spare_time_performance["eltern"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN_HELP
- );
-
-/* EOF "Mobilität": "Unterwegs im Alltag" */
-
-
-/* "Mobilität": "Im Urlaub mit Auto oder Bahn" */
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr individuell" (1000 km)
- */
-$factor_mobility_transport_type["long_distance"] = 43.98; /* Modif_StS_12_2018 46->43.98 Q: DB-KlimAktiv 2018 / Anpassung 22-12-2014 StS: von 47.9 auf 43 (TÜV gepr.) / Q: DB / KlimAktiv 2014; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD KlimAktivDB: 45,96 */
-$factor_mobility_transport_type["long_distance_green"] = 4.39; /* Modif_StS_12_2018 46->4.39 Q: DB-KlimAktiv 2018 / 201612_ODD KlimAktivDB: 4,74*/ //Modif_StS_12_2017
-$factor_mobility_transport_type["short_distance"] = 57.40; //PaP_09_2020 Anpassung, vorher 58.10, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 66->58.10 Q: TREMOD 5.82, 2017/ Anpassung 22-12-2014 StS: von 78.97 auf 74 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD TREMOD 5.62 66*/
-$factor_mobility_transport_type["oepnv"] = 65.10; //PaP_09_2020 Anpassung, vorher 63.10 , 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 70->63.10 Q: TREMOD 5.82, 2017 / Anpassung 22-12-2014 StS: von 78.6 auf 75 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 70*/
-$factor_mobility_transport_type["coach"] = 30.4; //PaP_09_2020 Anpassung, vorher 32 , 20200901_Faktoren-CO2-Rechner /* Anpassung 22-12-2014 StS: von 30.8 auf 30 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 32*/
-$factor_mobility_transport_type["bike"] = 0;
-$factor_mobility_transport_type["e_bike"] = 0;
-$factor_mobility_transport_type["on_foot"] = 0;
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Form data: "öffentlicher Verkehr individuell"
- */
-$fd_mobility_transport_type["long_distance_green"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["long_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["short_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["oepnv"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["coach"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-$fd_mobility_transport_type["e_bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-$fd_mobility_transport_type["on_foot"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * Mantis 1473: kg CO2e/PKM
- * MIV Faktor - $factor_mobility_transport_type[""]
- */
-$factor_mobility_transport_type_avoidance_self["long_distance"] = 0.0951; /* Modif_StS_12_2018 0.093->0.0951 201512: 0.098; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347 Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["short_distance"] = 0.0817; //PaP_09_2020 Anpassung, vorher 0.081, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.073->0.081 201512: 0.067; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["oepnv"] = 0.074; //PaP_09_2020 Anpassung, vorher 0.076, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.070->0.076 201512: 0.066; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["coach"] = 0.109; //PaP_09_2020 Anpassung, vorher 0.107, 20200901_Faktoren-CO2-Rechner /* 201512: 0.111; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["bike"] = 0.139; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["e_bike"] = 0.133; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["on_foot"] = 0.139; //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * MIV Faktor - $factor_sc_mobility_transport_type[""]
- * wird nur bei [st] angewendet
- */
-$factor_sc_mobility_transport_type_avoidance_self["long_distance"] = 0.11; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347
-$factor_sc_mobility_transport_type_avoidance_self["short_distance"] = 0.086; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["oepnv"] = 0.084; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["coach"] = 0.115; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["e_bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["on_foot"] = 0.141;
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- */
-$factor_mobility_train_general_performance = 49.20; // PaP_09_2020 Anpassung, vorher 52.05, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 69.717 -> 52.05 / IFEU 2010 */ /*2016_ODD TREMOD 5.62: unverändert*/
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- * wird nur bei [mt] angewendet
- */
-$factor_sc_mobility_train_general_performance = 30; /* ÖI AMS 2030: ÖPV Faktor in gramm*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_mobility_train_general_performance_avoidance_self = 0.09; // PaP_09_2020 Anpassung, vorher 0.087, 20200901_Faktoren-CO2-Rechner /* MIV Faktor -$factor_mobility_transport_type["oepnv"]*/ /* 201512: 0.066; 201605_ODD: TREMOD 5.62: 141-70*/ //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_sc_mobility_train_general_performance_avoidance_self = 0.111; /* MIV Faktor -ÖI 2030 AMS: ÖV*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_sc_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Performance Individualverkehr": Values: "Personenkilometer" (kg CO2/pkm)
- */
-$factor_sc_performance_mobility_miv_general["mt"] = 0.083; /*ÖI 2030 AMS: EF PKW*/
-$factor_sc_performance_mobility_miv_general["lt"] = 0.056; /*ÖI 2050 AMS: EF PKW*/
-
-/**
- * "Szenario": "Mobilität": "Performance Zugverkehr": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_train_general["mt"] = 0.03; /*ÖI 2030 AMS: EF ÖPV*/
-$factor_sc_performance_mobility_train_general["lt"] = 0.017; /*ÖI 2030 AMS: EF ÖPV*/
-
-/**
- * "Szenario": "Mobilität": "Performance Öko": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_oeko_general["mt"] = 0;
-$factor_sc_performance_mobility_oeko_general["lt"] = 0;
-
-/**
- * "Szenario": "Mobilität": "Performance Neue Technologien": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_miv_nt["mt"] = 0.076;
-$factor_sc_performance_mobility_miv_nt["lt"] = 0.076;
-
-
-/**
- * "Szenario": "Mobilität": "Performance": Values: "Jährliche Fahrleistung (km) für Long-time"
- */
-$factor_performance_mobility_miv_general_lt = 12325; /*ÖI 2050 AMS: PKM PKW: 12707; 201605 ÖI 2MOD, neue EW: 12325*/
-$factor_performance_mobility_oeko_general_lt = 306;
-$factor_performance_mobility_train_general_lt = 2297; /*ÖI 2050 AMS: PKM ÖPV 2369; 201605 ÖI 2MOD, neue EW: 2297*/
-$factor_performance_mobility_air_general_lt = 500; /*wird nicht gezogen*/
-
-
-/* EOF "Mobilität": "Öffentlicher Verkehr" */
-
-
-/* "Mobilität": "Flugreisen" */
-
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Europa
- */
-$default_factor_mobility_air_general_europe_hours = 4; /* 201612_ODD Anpassung von 5 -> 4 für Default - Abgleich mit pro Kopf 0,68 t CO2e (Durchschnitt flug 0,58 t CO2e) */
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Interkontinental
- */
-$default_factor_mobility_air_general_world_hours = 0;
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR_EC", 2.7); // RFI_FAKTOR ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT_EC", 400); // RFI_DISTANZ ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED_EC", 95); // Streckenverlängerung ab 2020 EC
-
-$factor_mobility_air_flight_co2_e_3_jet_a = 3.66153;
-$factor_mobility_air_flight_rfi_base_jet_a = 3.15315;
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- * FLUGRECHNER 2020 EC
- */
-$factor_mobility_air_flight_class_default_ec["economy"] = 1;
-$factor_mobility_air_flight_class_default_ec["business"] = 1.4;
-$factor_mobility_air_flight_class_default_ec["firstclass"] = 1.4;
-
-/**
- * "Mobilität": "Flugreisen": Distanzklassen (in km)
- * FLUGRECHNER 2020 EC
- */
-$default_factor_mobility_air_distance_class_short_max_ec = 900;
-$default_factor_mobility_air_distance_class_middle_max = 3800;
-
-
-/**
- * EOF "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- */
-define("MOBILITY_AIR_FLIGHT_BYLOAD", 0.98); // FLUG_BEILAD
-
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR", 2.7); // RFI_FAKTOR
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT", 400); // RFI_DISTANZ
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED", 50); // Streckenverlängerung
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- */
- //für Pauschale Berechnung
-$factor_mobility_air_flight_class_default["economy"] = 1;
-$factor_mobility_air_flight_class_default["business"] = 1.4;
-$factor_mobility_air_flight_class_default["firstclass"] = 1.4;
-
-//für Pauschale Berechnung
-$factor_mobility_air_flight_distance["europe"] = 123; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 170
-$factor_mobility_air_flight_distance["world"] = 159; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 240
-
-//für Pauschale Berechnung
-$factor_mobility_air_general_km["europe"] = 700; // Distanz je h Flugzeit
-$factor_mobility_air_general_km["world"] = 800; // Distanz je h Flugzeit
-
-
-$factor_mobility_air_distance_class_values["short"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT;
-$factor_mobility_air_distance_class_values["short"]["flight_co_aeq"] = 0.10; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,12
-$factor_mobility_air_distance_class_values["short"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.5,
-"firstclass" => 1.5
-);
-
-$factor_mobility_air_distance_class_values["middle"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE;
-$factor_mobility_air_distance_class_values["middle"]["flight_co_aeq"] = 0.09; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,1
-$factor_mobility_air_distance_class_values["middle"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.4,
-"firstclass" => 1.4
-);
-
-$factor_mobility_air_distance_class_values["long"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG;
-$factor_mobility_air_distance_class_values["long"]["flight_co_aeq"] = 0.085; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,095
-$factor_mobility_air_distance_class_values["long"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.33,
-"firstclass" => 1.33
-);
-
-$factor_sc_mobility_air_lt = 421; // kg CO2e ("ÖI 2050 AMS CO2 INT und NAT FLUGVERKEHR, rein CO2e")
-
-/* EOF "Mobilität": "Flugreisen" */
-
-
-/* "Ernährung" */
-
-/**
- * "Ernährung": CO2 Berechnung auf Basis des Kalorienbedarfs (1kcal = 0.669 kg CO2)
- */
-define("FOOD_KCAL_CO2TONS", 0.6500); //PaP_09_2020 Anpassung, vorher 0.6678, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.679 --> 0.6678 vorher Anpassung 22-12-2014 StS: von 0.51923 auf 0.55; 201605_ODD IFEU von 0.55 auf 0.679 TO CHECK 201612_ODD IFEU von 0.679 auf 0.673*/
-define("FOOD_KCAL_CO2TONS_ST", 0.649); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0,538; 201605_ODD IFEU, ÖI 2MOD AMS 2020 */
-define("FOOD_KCAL_CO2TONS_MT", 0.610); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.523; 201605_ODD IFEU, ÖI 2MOD AMS 2030 */
-define("FOOD_KCAL_CO2TONS_LT", 0.522); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.499; 201605_ODD IFEU, ÖI 2MOD AMS 2050 */
-
-/**
- * "Ernährung": Kalorienbedarf pauschal
- */
-define("FOOD_KCAL_DEFAULT_VALUE", 2600);
-
-$default_factor_food_details_sex = "divers";
-
-/**
- * "Ernährung": Form data: "Alter"
- */
-$fd_food_details_age["17"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_17);
-$fd_food_details_age["29"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_29);
-$fd_food_details_age["59"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_59);
-$fd_food_details_age["60"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_60);
-
-$default_factor_food_details_age = 17;
-$default_factor_food_details_weight = 71; //TEST-KONFIGURATION PaP_09_2020, vorher 74 /* Modif_StS_12_2018 72 --> 74 201612_ODD Anpassung von 75 -> 72 für Default - Abgleich mit pro Kopf dann 1,75 t CO2e/ Jahr*/
-
-/**
- * "Ernährung": Values: "Alter" (Kalorienbedarf Männer/Frauen detailliert)
- * 2020-06-23: Erweitertung um "divers" - Mantis 1723
- */
-$factor_food_details_age["male"]["17"] = array("kcal" => 17.5, "offset" => 651);
-$factor_food_details_age["male"]["29"] = array("kcal" => 15.3, "offset" => 679);
-$factor_food_details_age["male"]["59"] = array("kcal" => 11.6, "offset" => 879);
-$factor_food_details_age["male"]["60"] = array("kcal" => 13.5, "offset" => 487);
-
-$factor_food_details_age["female"]["17"] = array("kcal" => 12.2, "offset" => 746);
-$factor_food_details_age["female"]["29"] = array("kcal" => 14.7, "offset" => 496);
-$factor_food_details_age["female"]["59"] = array("kcal" => 8.7, "offset" => 829);
-$factor_food_details_age["female"]["60"] = array("kcal" => 10.5, "offset" => 596);
-
-$factor_food_details_age["divers"]["17"] = array("kcal" => 14.85, "offset" => 699);
-$factor_food_details_age["divers"]["29"] = array("kcal" => 15.0, "offset" => 588);
-$factor_food_details_age["divers"]["59"] = array("kcal" => 10.15, "offset" => 854);
-$factor_food_details_age["divers"]["60"] = array("kcal" => 12.0, "offset" => 542);
-
-
-/**
- * "Ernährung": Form data: "Tätigkeitsfaktor"
- */
-$fd_food_details_activity["inaktiv"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV);
-$fd_food_details_activity["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG);
-$fd_food_details_activity["leicht"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT);
-$fd_food_details_activity["hart"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART);
-
-/**
- * "Ernährung": Values: "Tätigkeitsfaktor"
- */
-$factor_food_details_activity["inaktiv"] = 1.4;
-$factor_food_details_activity["wenig"] = 1.5;
-$factor_food_details_activity["leicht"] = 1.6;
-$factor_food_details_activity["hart"] = 1.7;
-
-$default_factor_food_details_activity = "wenig";
-
-/**
- * "Ernährung": Form data: "Sport"
- */
-$fd_food_details_sport["nein"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN);
-$fd_food_details_sport["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG);
-$fd_food_details_sport["viel"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL);
-
-/**
- * "Ernährung": Values: "Sport"
- */
-$factor_food_details_sport["nein"] = 1;
-$factor_food_details_sport["wenig"] = 1.1;
-$factor_food_details_sport["viel"] = 1.2;
-
-$default_factor_food_details_sport = "wenig"; //TEST-KONFIGURATION PaP_09_2020, vorher "nein"
-
-
-/**
- * "Ernährung": Form data: "Essgewohnheiten"
- */
-$fd_food_eating_habits["type"]["vegan"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGAN);
-$fd_food_eating_habits["type"]["vegetarisch"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGETARISCH);
-// $fd_food_eating_habits["type"]["fleischreduziert"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT);
-$fd_food_eating_habits["type"]["gemischt"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_GEMISCHT);
-$fd_food_eating_habits["type"]["fleischbetont"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT);
-
-$fd_food_eating_habits["purchase"]["oeko"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_OEKO, "tip" => TXT_IMPROVE_FOOD_PURCHASE_OEKO);
-$fd_food_eating_habits["purchase"]["supermarkt"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_SUPERMARKT, "tip" => TXT_IMPROVE_FOOD_PURCHASE_SUPERMARKT);
-$fd_food_eating_habits["purchase"]["hierundda"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_HIERUNDDA, "tip" => TXT_IMPROVE_FOOD_PURCHASE_HIERUNDDA);
-
-$fd_food_eating_habits["fastfood"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_NIE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_NIE);
-$fd_food_eating_habits["fastfood"]["manchmal"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_MANCHMAL, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_MANCHMAL);
-$fd_food_eating_habits["fastfood"]["zweimalwoche"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_ZWEIMALWOCHE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_ZWEIMALWOCHE);
-$fd_food_eating_habits["fastfood"]["jedentag"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_JEDENTAG, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_JEDENTAG);
-
-$fd_food_eating_habits["packaging"]["unverpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_UNVERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_UNVERPACKT);
-$fd_food_eating_habits["packaging"]["egal"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_EGAL, "tip" => TXT_IMPROVE_FOOD_PACKAGING_EGAL);
-$fd_food_eating_habits["packaging"]["verpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_VERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_VERPACKT);
-
-
-// $fd_food_eating_habits["regional"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR);
-// $fd_food_eating_habits["regional"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS);
-// $fd_food_eating_habits["regional"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE);
-// $fd_food_eating_habits["regional"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG);
-// $fd_food_eating_habits["regional"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE);
-
-// $fd_food_eating_habits["seasonal"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR);
-// $fd_food_eating_habits["seasonal"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS);
-// $fd_food_eating_habits["seasonal"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE);
-// $fd_food_eating_habits["seasonal"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG);
-// $fd_food_eating_habits["seasonal"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE);
-
-// $fd_food_eating_habits["frozenfoods"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE);
-// $fd_food_eating_habits["frozenfoods"]["gelegentlich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH);
-// $fd_food_eating_habits["frozenfoods"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE);
-// $fd_food_eating_habits["frozenfoods"]["taeglich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH);
-
-// $fd_food_eating_habits["oeko"]["oft"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT);
-// $fd_food_eating_habits["oeko"]["teilweise"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE);
-// $fd_food_eating_habits["oeko"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE);
-
-
-/**
- * "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_food_eating_habits["type"]["vegan"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_food_eating_habits["type"]["vegetarisch"] = 0.74;
-// $factor_food_eating_habits["type"]["fleischreduziert"] = 0.945;
-$factor_food_eating_habits["type"]["gemischt"] = 1;
-$factor_food_eating_habits["type"]["fleischbetont"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_food_eating_habits["purchase"]["oeko"] = 0.6;
-$factor_food_eating_habits["purchase"]["supermarkt"] = 1.4;
-$factor_food_eating_habits["purchase"]["hierundda"] = 1;
-
-$factor_food_eating_habits["fastfood"]["nie"] = 0.5;
-$factor_food_eating_habits["fastfood"]["manchmal"] = 1;
-$factor_food_eating_habits["fastfood"]["zweimalwoche"] = 1.25;
-$factor_food_eating_habits["fastfood"]["jedentag"] = 1.5;
-
-$factor_food_eating_habits["packaging"]["verpackt"] = 1.4;
-$factor_food_eating_habits["packaging"]["egal"] = 1;
-$factor_food_eating_habits["packaging"]["unverpackt"] = 0.6;
-
-// $factor_food_eating_habits["regional"]["nur"] = 0.95;
-// $factor_food_eating_habits["regional"]["meistens"] = 0.98;
-// $factor_food_eating_habits["regional"]["haelfte"] = 1;
-// $factor_food_eating_habits["regional"]["wenig"] = 1.02;
-// $factor_food_eating_habits["regional"]["keine"] = 1.05;
-
-// $factor_food_eating_habits["seasonal"]["nur"] = 0.95;
-// $factor_food_eating_habits["seasonal"]["meistens"] = 0.975;
-// $factor_food_eating_habits["seasonal"]["haelfte"] = 1;
-// $factor_food_eating_habits["seasonal"]["wenig"] = 1.025;
-// $factor_food_eating_habits["seasonal"]["keine"] = 1.05;
-
-// $factor_food_eating_habits["frozenfoods"]["nie"] = 0.98;
-// $factor_food_eating_habits["frozenfoods"]["gelegentlich"] = 1;
-// $factor_food_eating_habits["frozenfoods"]["haelfte"] = 1.01;
-// $factor_food_eating_habits["frozenfoods"]["taeglich"] = 1.02;
-
-// $factor_food_eating_habits["oeko"]["oft"] = 0.94;
-// $factor_food_eating_habits["oeko"]["teilweise"] = 0.97;
-// $factor_food_eating_habits["oeko"]["keine"] = 1;
-
-$default_factor_food_eating_habits["type"] = "gemischt";
-$default_factor_food_eating_habits["purchase"] = "hierundda";
-$default_factor_food_eating_habits["fastfood"] = "manchmal";
-$default_factor_food_eating_habits["packaging"] = "egal";
-// $default_factor_food_eating_habits["regional"] = "haelfte";
-// $default_factor_food_eating_habits["seasonal"] = "haelfte";
-// $default_factor_food_eating_habits["frozenfoods"] = "gelegentlich";
-// $default_factor_food_eating_habits["oeko"] = "keine";
-
-/**
- * Szenario" : "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_sc_food_eating_habits["type"]["vegan"]["st"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["st"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["st"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["st"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["st"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_sc_food_eating_habits["regional"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["st"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["st"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["st"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["st"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["st"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["st"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["st"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["st"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["st"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["st"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["st"] = 1;
-
-$factor_sc_food_eating_habits["type"]["vegan"]["mt"] = 0.7;
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["mt"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["mt"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["mt"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["mt"] = 1.2;
-
-$factor_sc_food_eating_habits["regional"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["mt"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["mt"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["mt"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["mt"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["mt"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["mt"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["mt"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["mt"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["mt"] = 1;
-
-/* EOF "Ernährung" */
-
-/* "Konsum" */
-
-
-
-/**
- * "Lifestyle / Konsum": Values: "Kaufverhalten / Shoppen"
- */
-$factor_consumption_consumer_habits["sparsam"] = 0.5;
-$factor_consumption_consumer_habits["durchschnittlich"] = 1;
-$factor_consumption_consumer_habits["grosszuegig"] = 1.5;
-
-$default_factor_consumption_consumer_habits = "durchschnittlich";
-
-/**
- * "Lifestyle / Konsum": Form data: "Kaufverhalten / Shoppen"
- */
-$fd_consumption_consumer_habits["sparsam"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_SPARSAM);
-$fd_consumption_consumer_habits["durchschnittlich"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH);
-$fd_consumption_consumer_habits["grosszuegig"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG);
-
-
-/**
- * "Lifestyle / Konsum": Values: "Kaufkriterien / Anforderungen"
- */
-$factor_consumption_consumer_criteria["lang"] = 0.55;
-$factor_consumption_consumer_criteria["funktion"] = 1;
-$factor_consumption_consumer_criteria["preis"] = 1.45;
-
-$default_factor_consumption_consumer_criteria = "funktion";
-
-
-/**
- * "Lifestyle / Konsum": Form data: "Kaufkriterien / Anforderungen"
- */
-$fd_consumption_consumer_criteria["lang"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_LANG);
-$fd_consumption_consumer_criteria["funktion"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION);
-$fd_consumption_consumer_criteria["preis"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_PREIS);
-
-/**
- * "Lifestyle / Konsum": Values: "T-Shirt"
- */
-$factor_consumption_consumer_shirt["asien"] = 1.40;
-$factor_consumption_consumer_shirt["europa"] = 1;
-$factor_consumption_consumer_shirt["oeko"] = 0.60;
-
-$default_factor_consumption_consumer_shirt = "europa";
-
-
-/**
- * "Lifestyle / Konsum": Form data: "T-Shirt"
- */
-$fd_consumption_consumer_shirt["asien"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_ASIEN, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_ASIEN);
-$fd_consumption_consumer_shirt["europa"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_EUROPA, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_EUROPA);
-$fd_consumption_consumer_shirt["oeko"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_OEKO, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_OEKO);
-
-/**
- * "Lifestyle / Konsum": Values: "Aktivitäten"
- */
-$factor_consumption_activity["selten"] = 0.40;
-$factor_consumption_activity["zweimaljahr"] = 1;
-$factor_consumption_activity["jedenmonat"] = 1.30;
-$factor_consumption_activity["jedewoche"] = 1.60;
-
-$default_factor_consumption_activity = "zweimaljahr";
-
-/**
- * "Lifestyle / Konsum": Form data: "Aktivitäten"
- */
-$fd_consumption_activity["selten"] = array("name" => TXT_VALUE_FD_ACTIVITIES_SELTEN, "tip" => TXT_IMPROVE_ACTIVITIES_SELTEN);
-$fd_consumption_activity["zweimaljahr"] = array("name" => TXT_VALUE_FD_ACTIVITIES_ZWEIMALJAHR, "tip" => TXT_IMPROVE_ACTIVITIES_ZWEIMALJAHR);
-$fd_consumption_activity["jedenmonat"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDENMONAT, "tip" => TXT_IMPROVE_ACTIVITIES_JEDENMONAT);
-$fd_consumption_activity["jedewoche"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDEWOCHE, "tip" => TXT_IMPROVE_ACTIVITIES_JEDEWOCHE);
-
-/**
- * "Lifestyle / Konsum": Values: "Eigenes Fahrzeug"
- * Einheit: kg
- */
-$factor_consumption_vehicles["none"] = 0;
-$factor_consumption_vehicles["scooter"] = 100;
-$factor_consumption_vehicles["car"] = 300;
-
-$default_factor_consumption_vehicles = "none";
-
-/**
- * "Lifestyle / Konsum": Form data: "Eigenes Fahrzeug"
- */
-$fd_consumption_vehicles["none"] = array("name" => TXT_CONSUMPTION_VEHICLES_NONE, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_NONE);
-$fd_consumption_vehicles["scooter"] = array("name" => TXT_CONSUMPTION_VEHICLES_SCOOTER, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_SCOOTER);
-$fd_consumption_vehicles["car"] = array("name" => TXT_CONSUMPTION_VEHICLES_CAR, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_CAR);
-
-/**
- * "Konsum": Values: "Hotelübernachtungen"
- */
-$factor_consumption_hotel_visits["keine"] = 0.9;
-$factor_consumption_hotel_visits["zwei"] = 1;
-$factor_consumption_hotel_visits["zweivier"] = 1.05;
-$factor_consumption_hotel_visits["vier"] = 1.1;
-
-$default_factor_consumption_hotel_visits = "zwei";
-
-/**
- * "Konsum": Form data: "Hotelübernachtungen"
- */
-$fd_consumption_hotel_visits["keine"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE);
-$fd_consumption_hotel_visits["zwei"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI);
-$fd_consumption_hotel_visits["zweivier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER);
-$fd_consumption_hotel_visits["vier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER);
-
-/**
- * "Lifestyle / Konsum": Values: "Gebrauchte Gegenstände"
- */
-$factor_consumption_used_goods["oft"] = 0.95;
-$factor_consumption_used_goods["manchmal"] = 1;
-$factor_consumption_used_goods["nie"] = 1.05;
-
-$default_factor_consumption_used_goods = "manchmal";
-
-/**
- * "Lifestyle / Konsum": Form data: "Gebrauchte Gegenstände"
- */
-$fd_consumption_used_goods["oft"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_OFT);
-$fd_consumption_used_goods["manchmal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_MANCHMAL);
-$fd_consumption_used_goods["nie"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_NIE);
-
-
-
-/**
- * "Konsum": Form data: "Geldanlage"
- */
-$factor_consumption_cf_investment['td'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['st'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['mt'] = 0.210; // emission_other je Euro Invest
-
-$default_factor_consumption_cf_investment = 0;
-$default_factor_consumption_compensate_emissions = 0;
-
-/**
- * "Konsum": Values: "Haustyp"
- */
-$factor_consumption_house_type["mfh"] = 1.0;
-$factor_consumption_house_type["rh"] = 1.1;
-$factor_consumption_house_type["efh"] = 1.2;
-
-/**
- * "Konsum": Form data: "Haustyp"
- */
-$fd_consumption_house_type["mfh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH);
-$fd_consumption_house_type["rh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH);
-$fd_consumption_house_type["efh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH);
-
-
-/**
- * "Konsum": Values: "Carsharing"
- */
-$factor_consumption_carsharing = 0.9;
-
-/**
- * "Konsum": Values: "Haushaltsgröße"
- * Depends on consumption_persons!
- */
-$factor_consumption_household_size["1"] = 1.1; /* 201612_ODD: IFEU Konsum Vorher: 1.2 TO CHECK */
-$factor_consumption_household_size["2"] = 1;
-$factor_consumption_household_size["3"] = 0.9;
-$factor_consumption_household_size["4"] = 0.8;
-$factor_consumption_household_size["5"] = 0.7;
-$factor_consumption_household_size["6"] = 0.7;
-$factor_consumption_household_size["7"] = 0.7;
-$factor_consumption_household_size["8"] = 0.7;
-$factor_consumption_household_size["9"] = 0.7;
-$factor_consumption_household_size["10"] = 0.7;
-
-/**
- * "Konsum": Values: "Wohnfläche pro Person"
- * Depends on "consumption_persons" AND "consumption_living_space"!
- * StS 20200917 mit Einführung der AI Wohnen (Bewertung des Hauses) Faktoren auf 1 gesetzt, vormals generell 0.9 für kleiner und 1.1 für größer Durchschnitt
- */
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 0, "max" => 49);
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 50, "max" => 65);
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 66, "max" => 100000);
-
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 0, "max" => 34);
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 35, "max" => 50); // Aufgrund Vorbelegung auf 100m2 für 2 Personen für default ist Wert von 45 m2 auf 50 hochgesetzt worden
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 51, "max" => 100000);
-
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 0, "max" => 24);
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 25, "max" => 35);
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 35, "max" => 100000);
-
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 0, "max" => 19);
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 20, "max" => 30);
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 31, "max" => 100000);
-
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 15, "max" => 25);;
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 26, "max" => 100000);
-
-
-/* "Klima-Engagement" */
-/**
- * "Klima-Engagement": Form data: "Klima-Engagement"
- */
-$fd_commitment_type["demo"] = array("name" => TXT_VALUE_FD_COMMITMENT_DEMO);
-$fd_commitment_type["partei"] = array("name" => TXT_VALUE_FD_COMMITMENT_PARTEI);
-$fd_commitment_type["social"] = array("name" => TXT_VALUE_FD_COMMITMENT_SOCIAL);
-$fd_commitment_type["ngo"] = array("name" => TXT_VALUE_FD_COMMITMENT_NGO);
-$fd_commitment_type["info"] = array("name" => TXT_VALUE_FD_COMMITMENT_INFO);
-$fd_commitment_type["bewusstsein"] = array("name" => TXT_VALUE_FD_COMMITMENT_BEWUSSTSEIN);
-$fd_commitment_type["sonstiges"] = array("name" => TXT_VALUE_FD_COMMITMENT_SONSTIGES);
-
-
-/**
- * "Scenario": "Konsum": Values: "Durchschnitts-Emissionen"
- */
-$factor_sc_consumption_average['st'] = 3791.31; //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 (-9,68% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2020 201612_ODD TO CHECK UPDATE NEEDED */
-$factor_sc_consumption_average['mt'] = 3791.31; //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2030*/
-$factor_sc_consumption_average['lt'] = 3782; // PaP_09_2020 Vorschlag: 2933 (14,34% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2050*/
-
-
-/**
- * "Konsum": "Haustiere": Form data: "Art"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_type["hund"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_HUND);
-$fd_consumption_animal_type["katze"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KATZE);
-$fd_consumption_animal_type["pferd"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_PFERD);
-$fd_consumption_animal_type["kaninchen"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KANINCHEN);
-$fd_consumption_animal_type["ziervoegel"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_ZIERVOEGEL);
-
-/**
- * "Konsum": "Haustiere": Form data: "Ernährung"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_food["hund"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_NORMAL);
-$fd_consumption_animal_food["hund"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_BARF);
-$fd_consumption_animal_food["katze"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_NORMAL);
-$fd_consumption_animal_food["katze"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_BARF);
-$fd_consumption_animal_food["pferd"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_NORMAL);
-$fd_consumption_animal_food["pferd"]["einfach"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_SIMPLE);
-
-/**
- * "Konsum": "Haustiere": Default Values: "Gewicht"
- * Einheit: kg
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_weight["hund"] = 29;
-$default_factor_consumption_animal_weight["katze"] = 4.2;
-$default_factor_consumption_animal_weight["pferd"] = 550;
-
-/**
- * "Konsum": "Haustiere": Values: "Ernährung"
- * Einheit: kg/CO2e
- * 2020-06-19 - Mantis 1769
- */
-$factor_consumption_animal_food["hund"]["normal"] = 790;
-$factor_consumption_animal_food["hund"]["barf"] = 1940;
-$factor_consumption_animal_food["katze"]["normal"] = 340;
-$factor_consumption_animal_food["katze"]["barf"] = 750;
-$factor_consumption_animal_food["pferd"]["normal"] = 2360;
-$factor_consumption_animal_food["pferd"]["einfach"] = 1960;
-$factor_consumption_animal_food["kaninchen"] = 110;
-$factor_consumption_animal_food["ziervoegel"] = 30;
-
-/**
- * "Konsum": "Haustiere": Default Values: "fixer Anteil Carbon Footprint in %"
- * Einheit: %
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_food_share["hund"] = 0.36;
-$default_factor_consumption_animal_food_share["katze"] = 0.49;
-$default_factor_consumption_animal_food_share["pferd"] = 0.49;
-
-/* EOF "Konsum" */
-
-
-/* Szenario */
-
-/**
- * "Heizung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_hs_acceptance["ee_gebaeude"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_waerme"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_wohnflaeche"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" für Short-time, mid-time, long-time
- */
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["st"] = array("yes" => 0.96, "no" => 1); /* ODD: Quelle unklar */
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt_unsaniert"] = array("yes" => 0.4, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["mt"] = array("yes" => 1.15, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["mt"] = array("yes" => 0.97, "no" => 1); /*ODD: Quelle unklar*/
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["lt"] = array("yes" => 1, "no" => 1.434); /* vorher 1.46 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_waerme"]["lt"] = array("yes" => 1, "no" => 0.755); /* vorher 0,7 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["lt"] = array("yes" => 1, "no" => 1.1); /* vorher 1.1 201605_ODD ÖI 2MOD */
-
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_hs_acceptance_is_eff = array("ee_gebaeude", "ee_wohnflaeche");
-
-
-/**
- * "Strom": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_pt_acceptance["energiewende"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["energiepreis"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["stromverbrauch"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Strom": Values: "Akzeptanzfragen"
- */
-$factor_sc_living_pt_acceptance["energiewende"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["energiepreis"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["stromverbrauch"]["st"] = array("yes" => 0.822, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,82; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["mt"] = array("yes" => 0.708, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,69; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["lt"] = array("yes" => 0.796, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,78; 201605_ODD ÖI 2MOD */
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_pt_acceptance_is_eff = array("stromverbrauch");
-
-
-/**
- * "Mobilität": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_acceptance["stadt_autofrei"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["tempolimit"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["ausbau_bahn"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["fossile_teurer"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_mobility_acceptance["suffizienz"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-
-/**
- * "Mobilität": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_acceptance["stadt_autofrei"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_mobility_acceptance["stadt_autofrei"]["lt"] = array("yes" => 0.91, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["lt"] = array("yes" => 0.68, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["lt"] = array("yes" => 0.5, "no" => 1); /* wirkt nur LT, MT ist es schon in der Bilanz abgebildet*/
-
-
-/**
- * "Mobilität - Flugreisen": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_flight_acceptance["flugpreis"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Mobilität - Flugreisen": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_flight_acceptance["flugpreis"]["mt"] = array("yes" => 0.75, "no" => 1);
-$factor_sc_mobility_flight_acceptance["flugpreis"]["lt"] = array("yes" => 0.28, "no" => 1);
-
-/**
- * "Ernährung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_food_acceptance["political"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL,
- "help" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["waste"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_WASTE,
- "help" => TXT_SC_FOOD_ACCEPTANCE_WASTE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["animalistic"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC,
- "help" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Ernährung": Values: "Akzeptanzfragen"
- */
-$factor_sc_food_acceptance["political"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["waste"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["animalistic"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["waste"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["animalistic"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["waste"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["animalistic"]["lt"] = array("yes" => 0.656, "no" => 1); /* vorher: 0,7; 201605_ODD: IFEU, ÖI 2MOD(KS95/KS80) 2050 */
-
-/**
- * "Konsum": Form data: "Akzeptanzfragen"
- */
-$fd_sc_consumption_acceptance["consumption_01"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_01,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_01_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_consumption_acceptance["consumption_02"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_02,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_02_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Konsum": Values: "Akzeptanzfragen"
- */
-$factor_sc_consumption_acceptance["consumption_01"]["st"] = array("yes" => 1, "no" => 1); /* 01605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_consumption_acceptance["consumption_01"]["mt"] = array("yes" => 0.874, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-$factor_sc_consumption_acceptance["consumption_02"]["mt"] = array("yes" => 0.874
-, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-
-$factor_sc_consumption_acceptance["consumption_01"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-
-/**
- * "Konsum": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- */
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["tempolimit"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["tempolimit"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["tempolimit"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["fossile_teurer"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["fossile_teurer"] = array("yes" => 0.962, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["fossile_teurer"] = array("yes" => 0.885, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["food"]["political"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["food"]["political"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["food"]["political"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-
-
-/**
- * "Öffentliche Emissionen": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- *
- */
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/values/_values_2021.inc.php b/r41/standard/de/_core/values/_values_2021.inc.php
deleted file mode 100644
index fdb842f..0000000
--- a/r41/standard/de/_core/values/_values_2021.inc.php
+++ /dev/null
@@ -1,1862 +0,0 @@
- Vergleichswert für emission */
-define("QUOTA_TD", 11170); /* auf Summe des deutschen Durchschnitts anpassen */ /* 201612_ODD Bürgerrechner 20161202 Quelle IFEU */ /*PaP 20200512_CO2-Bürgerbilanz_nM_052020 IFEU */
-define("QUOTA_ST", 8904); /* 201512: 8300; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 8900 */
-define("QUOTA_MT", 5633); /* 201512: 5700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 5630 */
-define("QUOTA_LT", 1111); /* 201512: 1700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 1100 */
- /* QUOTA_2_ --> Vergleichswert für emission-self */
-define("QUOTA_2_TD", 0); /* QUOTA_TD - QUOTA_TD */ /* 201605_ODD */
-define("QUOTA_2_ST", 3003); /* QUOTA_TD - QUOTA_ST */ /* 201605_ODD */
-define("QUOTA_2_MT", 6274); /* QUOTA_TD - QUOTA_MT */ /* 201605_ODD */
-define("QUOTA_2_LT", 10796); /* QUOTA_TD - QUOTA_LT */ /* 201605_ODD */
-
-
-/**
- * Average emissions (Vergleichsquote)
- */
-define("AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD", 489.00); // Neu in 2020 //TEST-KONFIGURATION PaP_09_2020 vorher 745,19
-define("AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM", 1551.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING_WOHNEN", AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD + AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM);
-define("AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE", 704.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING", AVERAGE_EMISSION_VALUE_LIVING_WOHNEN + AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE);
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP", 205.00); /* TBD */ /*PaP Neu in 2020, Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR", 1284.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN", 103.00);/*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_AIR", 493.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE", 0.00);
-define("AVERAGE_EMISSION_VALUE_MOBILITY", AVERAGE_EMISSION_VALUE_MOBILITY_CAR + AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN + AVERAGE_EMISSION_VALUE_MOBILITY_AIR + AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP + AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE);
-define("AVERAGE_EMISSION_VALUE_FOOD", 1693.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_CONSUMPTION", 1444.00);// StS 202102 Berechnung auf Basis der Konsumausgaben für Jugendliche 12-18 Jahre ---ACHTUNG: somit darf keine Summe über alle gezogen werden, um den deutschen Durschschnitt zu berechnen!!!
-define("AVERAGE_EMISSION_VALUE_LIFESTYLE", AVERAGE_EMISSION_VALUE_FOOD + AVERAGE_EMISSION_VALUE_CONSUMPTION);// TEST-KONFIGURATION PaP_09_2020 vorher 3536.95 /*PaP Anlageninvestitionen Wohnen und Verkehr herausgenommen, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU vorher 4558.00 */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_COMMON", 855.00); /*PaP Tiefbau integriert, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-
-// Ergebnis im internationalen Vergleich
-define("COMPARE_EMISSION_VALUE_GERMANY", 11170.0); // modif 2015: Values CO2-Rechner 2015
-define("COMPARE_EMISSION_VALUE_PERU", 3530.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/PER?calculation=PER_CAPITA&source=PIK
-define("COMPARE_EMISSION_VALUE_INDIA", 2230.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/IND?calculation=PER_CAPITA&source=PIK
-define("COMPARE_EMISSION_VALUE_KENIA", 1420.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/KEN?calculation=PER_CAPITA&source=PIK
-define("COMPARE_EMISSION_VALUE_TARGET_2050", 1000.00); // modif 2015: Ziel Bund -95% Basis 1990 = ca. 1 t/Bürger in 2050
-
-
-/* Average emissions Szenario */
-define("AVERAGE_EMISSION_VALUE_COMMON_ST", 607.00); /* 201512 1MOD: 853; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2020 */
-define("AVERAGE_EMISSION_VALUE_COMMON_MT", 514.00); /* 201512 1MOD: 689; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2030 */
-define("AVERAGE_EMISSION_VALUE_COMMON_LT", 255.00); /* 201512 1MOD: 552; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2050 */
-
-define("AVERAGE_EMISSION_VALUE", AVERAGE_EMISSION_VALUE_LIVING + AVERAGE_EMISSION_VALUE_MOBILITY + AVERAGE_EMISSION_VALUE_LIFESTYLE + AVERAGE_EMISSION_VALUE_COMMON);
-
-
-
-/* "Zuhause" */
-
-/**
- * "Zuhause": max. amount of persons
- */
-$fd_living_persons_max_value = 10;
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Wohnfläche pro Person/Vorbelegung der Wohnfläche"
- */
-$factor_living_hc_default_living_space[1] = 63;
-$factor_living_hc_default_living_space[2] = 87;
-$factor_living_hc_default_living_space[3] = 106;
-$factor_living_hc_default_living_space[4] = 115;
-$factor_living_hc_default_living_space[5] = 125;
-$factor_living_hc_default_living_space[6] = 130;
-$factor_living_hc_default_living_space[7] = 145;
-$factor_living_hc_default_living_space[8] = 160;
-$factor_living_hc_default_living_space[9] = 180;
-$factor_living_hc_default_living_space[10] = 200;
-
-$default_factor_living_hc_default_living_space = 47.5; // bis 2020: 100 m2, 20200917_STS: Anpassung an DeStatis für 2018: 46,7 m2 je EW (gerundet: 95 m2/2 Personen- Grundlage für AI-Wohnen Berechnung
-
-/**
- * 2020-06-09: Mantis 1755:
- * "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
- * Emissionen je durchschnittlicher Wohnfläche pro Person (entspricht 46,7 m²) [kg/a]
- */
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["mfh"]["nn"] = 270; //TEST-KONFIGURATION! PaP 21_09_2020, war 540 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["mfh"]["upto1978"] = 70;
-$factor_living_hh_cy["mfh"]["upto1983"] = 238;
-$factor_living_hh_cy["mfh"]["upto1994"] = 266;
-$factor_living_hh_cy["mfh"]["upto2001"] = 259;
-$factor_living_hh_cy["mfh"]["later2001"] = 252;
-$factor_living_hh_cy["mfh"]["later2012"] = 336;
-$factor_living_hh_cy["mfh"]["neh"] = 364;
-$factor_living_hh_cy["mfh"]["passivhaus"] = 425;
-$factor_living_hh_cy["mfh"]["upto1919_saniert"] = 140;
-$factor_living_hh_cy["mfh"]["upto1948_saniert"] = 140;
-$factor_living_hh_cy["mfh"]["upto2001_saniert"] = 322;
-$factor_living_hh_cy["mfh"]["upto1969_teilsaniert"] = 105;
-//$factor_living_hh_cy["mfh"]["energieplus"] = ;
-//$factor_living_hh_cy["mfh"]["altbau_saniert_neh"] = ;
-//$factor_living_hh_cy["mfh"]["altbau_saniert_ph"] = ;
-
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["rh"]["nn"] = 300; // PaP 22_09_2020, war 620 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["rh"]["upto1978"] = 80;
-$factor_living_hh_cy["rh"]["upto1983"] = 272;
-$factor_living_hh_cy["rh"]["upto1994"] = 304;
-$factor_living_hh_cy["rh"]["upto2001"] = 296;
-$factor_living_hh_cy["rh"]["later2001"] = 288;
-$factor_living_hh_cy["rh"]["later2012"] = 384;
-$factor_living_hh_cy["rh"]["neh"] = 417;
-$factor_living_hh_cy["rh"]["passivhaus"] = 486;
-$factor_living_hh_cy["rh"]["upto1919_saniert"] = 160;
-$factor_living_hh_cy["rh"]["upto1948_saniert"] = 160;
-$factor_living_hh_cy["rh"]["upto2001_saniert"] = 368;
-$factor_living_hh_cy["rh"]["upto1969_teilsaniert"] = 120;
-//$factor_living_hh_cy["rh"]["energieplus"] = 15;
-//$factor_living_hh_cy["rh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hh_cy["rh"]["altbau_saniert_ph"] = 15;
-
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["efh"]["nn"] = 380; // TEST-KONFIGURATION! PaP 21_09_2020, war 770 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["efh"]["upto1978"] = 100;
-$factor_living_hh_cy["efh"]["upto1983"] = 340;
-$factor_living_hh_cy["efh"]["upto1994"] = 380;
-$factor_living_hh_cy["efh"]["upto2001"] = 370;
-$factor_living_hh_cy["efh"]["later2001"] = 360;
-$factor_living_hh_cy["efh"]["later2012"] = 481;
-$factor_living_hh_cy["efh"]["neh"] = 521;
-$factor_living_hh_cy["efh"]["passivhaus"] = 607;
-$factor_living_hh_cy["efh"]["upto1919_saniert"] = 200;
-$factor_living_hh_cy["efh"]["upto1948_saniert"] = 200;
-$factor_living_hh_cy["efh"]["upto2001_saniert"] = 461;
-$factor_living_hh_cy["efh"]["upto1969_teilsaniert"] = 150;
-//$factor_living_hh_cy["efh"]["energieplus"] = 15;
-//$factor_living_hh_cy["efh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hh_cy["efh"]["altbau_saniert_ph"] = 15;
-
-/**
- * 2020-06-09: Mantis 1755:
- * "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
- * Neue Skalierungsfaktoren im Konsum zur Bewertung der Wohnfläche
- */
-$factor_living_hh_living_space["0.7"] = array("min" => 0, "max" => 32);
-$factor_living_hh_living_space["0.9"] = array("min" => 32.1, "max" => 42);
-$factor_living_hh_living_space["1"] = array("min" => 42.1, "max" => 52); // STS 20200917 Schnitt angepasst auf max 50 bei 46,7 im Durchschnitt je EW in D
-$factor_living_hh_living_space["1.1"] = array("min" => 52.1, "max" => 62);
-$factor_living_hh_living_space["1.3"] = array("min" => 62.1, "max" => 100000);
-
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: "Baujahr und Standard des Hauses" kWh/m2
- * StS: 13.11.15: Durchschnittlicher Gebäudestandard für 2015 ["nn"] auf ["upto1983"] gesetzt
- */
-$factor_living_hc_cy["mfh"]["nn"] = 131.3157895; //TEST-KONFIGURATION! PaP 22_09_2020, war 115.5 /* Modif_StS_12_2018 Anpassung vornehmen, wenn Durchschnitt sich verbessert: $factor_living_hc_cy["mfh"]["nn"] * $default_factor_living_hc_default_living_space = Vorbelegung in kWh*/
-$factor_living_hc_cy["mfh"]["altbau"] = 150;
-$factor_living_hc_cy["mfh"]["neubau"] = 61;
-
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Energiebedarf Wärme pro Person (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_person_lt = 3262; /* kWh/Person Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD_KS90 3528 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Ziel Anteil EE Wärme (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_ee_ratio_lt = 0.922; /* EE-Anteil, Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD__KS90 0.72 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Zukünftige Durchschnitts-Wohnfläche (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_space_lt = 51.4; /* Quelle Öko-Institut 2MOD; UPDATE 201605_ODD vorher: 1MOD 51.6 */
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Baujahr und Standard des Hauses"
- */
-$fd_living_hc_cy["altbau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_ALTBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_ALTBAU);
-$fd_living_hc_cy["neubau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NEUBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_NEUBAU);
-$fd_living_hc_cy["nn"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NN, "tip" => TXT_IMPROVE_LIVING_HC_CY_NN);
-
-/**
- * "Zuhause": "Wohnverhältnis": Welcher Standard des Hauses ist unsaniert
- */
-$fd_living_hc_cy_not_refurbished = array("nn", "altbau");
-
-/**
- * "Zuhause": "Wohnverhältnis": Default values: "Baujahr des Hauses"
- * für heute (td), kurzfristig (st), mittelfristig (mt), langfristig (lt)
- */
-$default_living_cy["td"] = "nn";
-$default_living_cy["st"] = "nn";
-$default_living_cy["mt"] = "nn";
-$default_living_cy["lt"] = "nn";
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: Energieträger CO2 Umrechnung
- * Auswahl basiert auf dem Wert $factor_living_hs_type
- */
-$factor_living_hs_co2_conversion["nn"] = 0.28408; /* Modif_StS_12_2018 */
-$factor_living_hs_co2_conversion["nn_ee"] = 0.01896; //unbekannt Erneuerbar Sept.2020
-$factor_living_hs_co2_conversion["erdgas"] = 0.25039; // 201612_LOS Datenquelle Wert
-$factor_living_hs_co2_conversion["solarthermie"] = 0.0229; /* http://mantis.co2-pro.de/view.php?id=1520 Modif_StS_12_2018*/
-
-
-
-/**
- * "Zuhause": "Heizung": Values: "Vermeidungsfaktoren" gegenüber Wärmemix aus je 50% Erdgas und Heizöl
- */
-$factor_living_hs_avoidance_self["nn"] = 0; /* Vermeidung basiert auf NN Faktor von 0.28408 */
-$factor_living_hs_avoidance_self["nn_ee"] = 0.2651; //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung: Erneuerbaren Energieträger"
- * http://mantis.co2-pro.de/view.php?id=1463
- * http://mantis.co2-pro.de/view.php?id=1419
- */
-$factor_living_hs_type_ee = array("nn_ee");
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung"
- */
-$factor_living_hs_type["nn"] = 0.28408; /* Modif_StS_12_2018 */
-$factor_living_hs_type["nn_ee"] = 0.01896; //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Szenario" : "Zuhause": "Heizung": Values: "Art des Energieträgers" 201605_ODD: Update zur Kalibrierung der Wärme im ÖI KS 95
- * Mantis 1521
- */
-
-$factor_sc_living_hs_type["st"]["ee"] = 0.03;
-$factor_sc_living_hs_type["mt"]["ee"] = 0.025;
-$factor_sc_living_hs_type["lt"]["ee"] = 0.0115; /*Kalibrierung der Wärme, eigene Annahme*/
-$factor_sc_living_hs_type["st"]["not_ee"] = 0.282;
-$factor_sc_living_hs_type["mt"]["not_ee"] = 0.247;
-$factor_sc_living_hs_type["lt"]["not_ee"] = 0.24; /* Kalibrierung der Wärme*/
-
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Art der Heizung"
- */
-$fd_living_hs_type["nn"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN);
-$fd_living_hs_type["nn_ee"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN_EE, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN_EE); //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem"
- */
-$fd_living_hs_heating_system["zentral"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL);
-$fd_living_hs_heating_system["etage"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL);
-$fd_living_hs_heating_system["einzel"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL);
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem zentral / dezentral"
- */
-$fd_living_hs_heating_system_spec["vor1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980);
-$fd_living_hs_heating_system_spec["1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980);
-$fd_living_hs_heating_system_spec["1995"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995);
-$fd_living_hs_heating_system_spec["2005"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005);
-$fd_living_hs_heating_system_spec["brennwertkessel"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT);
-$fd_living_hs_heating_system_spec["fernwaerme"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME);
-$fd_living_hs_heating_system_spec["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE);
-$fd_living_hs_heating_system_spec["stromdirekt"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT);
-
-/**
- * "Zuhause": "Heizung": Condition: "Heizungssystem zentral / dezentral"
- * Anzeigen wenn Bedingung "strom_oeko" oder "strom" erfüllt für "living_hs_type"
- */
-$condition_living_hs_heating_system_spec["strom"]["zentral"] = array("waermepumpe");
-$condition_living_hs_heating_system_spec["strom"]["etage"] = array("stromdirekt");
-$condition_living_hs_heating_system_spec["erdgas"] = array("vor1980", "1980", "1995", "2005", "brennwertkessel");
-$condition_living_hs_heating_system_spec["fernwaerme"] = array("fernwaerme");
-$condition_living_hs_heating_system_spec["holz"] = array("vor1980", "1980", "1995", "2005");
-
-/**
- * "Zuhause": "Heizung": Values: "Heizungssystem"
- */
-$factor_living_hs_heating_system_spec["zentral"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["zentral"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["zentral"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["zentral"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["zentral"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["zentral"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe_oeko"] = 0.33;
-// $factor_living_hs_heating_system_spec["zentral"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["etage"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["etage"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["etage"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["etage"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["etage"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["etage"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe_oeko"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["einzel"][""] = 1.35;
-
-/**
- * "Zuhause": "Heizung": Form data: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$fd_living_hs_additional_renewable_energy["none"] = array("name" => TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE);
-$fd_living_hs_additional_renewable_energy["10"] = array("name" => "10%");
-$fd_living_hs_additional_renewable_energy["20"] = array("name" => "20%");
-$fd_living_hs_additional_renewable_energy["30"] = array("name" => "30%");
-$fd_living_hs_additional_renewable_energy["40"] = array("name" => "40%");
-$fd_living_hs_additional_renewable_energy["50"] = array("name" => "50%");
-
-/**
- * "Zuhause": "Heizung": Values: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$factor_living_hs_additional_renewable_energy["none"] = 1;
-$factor_living_hs_additional_renewable_energy["10"] = 0.9;
-$factor_living_hs_additional_renewable_energy["20"] = 0.8;
-$factor_living_hs_additional_renewable_energy["30"] = 0.7;
-$factor_living_hs_additional_renewable_energy["40"] = 0.6;
-$factor_living_hs_additional_renewable_energy["50"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "durchschnittliche Raumtemperatur"
- */
-$fd_living_hs_avg_room_temp["18"] = array("name" => "18°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
-$fd_living_hs_avg_room_temp["19"] = array("name" => "19°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
-$fd_living_hs_avg_room_temp["20"] = array("name" => "20°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
-$fd_living_hs_avg_room_temp["21"] = array("name" => "21°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
-$fd_living_hs_avg_room_temp["22"] = array("name" => "22°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-$fd_living_hs_avg_room_temp["23"] = array("name" => "23°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-$fd_living_hs_avg_room_temp["24"] = array("name" => "24°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-
-/**
- * "Zuhause": "Heizung": Values: "durchschnittliche Raumtemperatur"
- */
-$factor_living_hs_avg_room_temp["18"] = 0.8;
-$factor_living_hs_avg_room_temp["19"] = 0.9;
-$factor_living_hs_avg_room_temp["20"] = 1;
-$factor_living_hs_avg_room_temp["21"] = 1.1;
-$factor_living_hs_avg_room_temp["22"] = 1.2;
-$factor_living_hs_avg_room_temp["23"] = 1.25;
-$factor_living_hs_avg_room_temp["24"] = 1.3;
-
-/**
- * "Zuhause": "Heizung": Form data: "Lüft-Gewohnheiten"
- */
-$fd_living_hs_airing_habits["viele"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_MANY);
-$fd_living_hs_airing_habits["einige"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_SOME);
-$fd_living_hs_airing_habits["stoss"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Lüft-Gewohnheiten"
- */
-$factor_living_hs_airing_habits["viele"] = 1.2;
-$factor_living_hs_airing_habits["einige"] = 1.1;
-$factor_living_hs_airing_habits["stoss"] = 1;
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizen ungenutzter Räume"
- */
-$fd_living_hs_heating_habits["normal"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_HABITS_NORMAL);
-$fd_living_hs_heating_habits["minimal"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_HABITS_MINIMAL);
-
-/**
- * "Zuhause": "Heizung": Values: "Heizen ungenutzter Räume"
- */
-$factor_living_hs_heating_habits["normal"] = 1;
-$factor_living_hs_heating_habits["minimal"] = 0.9;
-
-
-/**
- * "Zuhause": "Heizung": Values: "Nachträgliche Modernisierung"
- */
-$factor_living_hs_insulating_standard[""] = 0;
-$factor_living_hs_insulating_standard["fenster"] = 0.12;
-$factor_living_hs_insulating_standard["dach"] = 0.15;
-$factor_living_hs_insulating_standard["fassade"] = 0.35;
-$factor_living_hs_insulating_standard["kellerdecke"] = 0.07;
-
-/**
- * "Zuhause": "Heizung": Form data: "Nachträgliche Modernisierung"
- */
-$fd_living_hs_insulating_standard["fenster"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER);
-$fd_living_hs_insulating_standard["dach"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH);
-$fd_living_hs_insulating_standard["fassade"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER);
-$fd_living_hs_insulating_standard["kellerdecke"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE);
-
-/**
- * "Zuhause": "Wohnverhältnis": Condition: "Nachträgliche Modernisierung"
- * Nicht anzeigen: living_hc_cy
- */
-$condition_living_hs_insulating_standard['living_hc_cy'] = array("upto2001", "later2001", "neh", "passivhaus", "upto1919_saniert", "upto1948_saniert", "upto2001_saniert");
-
-/**
- * "Zuhause": "Heizung": Form data: "persönlicher Warmwasserverbrauch"
- */
-$fd_living_hs_warm_water_consumption["duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_baden"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN);
-
-/**
- * "Zuhause": "Heizung": Values: "persönlicher Warmwasserverbrauch"
- */
-$factor_living_hs_warm_water_consumption["duschen"] = 0.525;
-$factor_living_hs_warm_water_consumption["oft_duschen"] = 1;
-$factor_living_hs_warm_water_consumption["oft_baden"] = 1.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "Spararmaturen"
- */
-$fd_living_hs_saving_fittings["vorwiegend"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY);
-$fd_living_hs_saving_fittings["zumteil"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME);
-$fd_living_hs_saving_fittings["keine"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Spararmaturen"
- */
-$factor_living_hs_saving_fittings["vorwiegend"] = 0.6;
-$factor_living_hs_saving_fittings["zumteil"] = 0.8;
-$factor_living_hs_saving_fittings["keine"] = 1;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem"
- */
-$fd_living_hs_heating_system_warmwater["zentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL);
-$fd_living_hs_heating_system_warmwater["dezentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL);
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem zentral"
- */
-$factor_living_hs_heating_system_warmwater_zentral["vor1980"] = 1000;
-$factor_living_hs_heating_system_warmwater_zentral["1980"] = 900;
-$factor_living_hs_heating_system_warmwater_zentral["1995"] = 800;
-$factor_living_hs_heating_system_warmwater_zentral["2005"] = 1150; //StS: Anpassung Jugendre$factor_living_hs_warm_water_consumption$factor_living_hs_warm_water_consumptionchner für Schätzung gemäß http://projekte.meine-verbraucherzentrale.de/DE-NW/duschrechner.html
-$factor_living_hs_heating_system_warmwater_zentral["brennwertkessel"] = 600;
-$factor_living_hs_heating_system_warmwater_zentral["fernwaerme"] = 700;
-$factor_living_hs_heating_system_warmwater_zentral["waermepumpe"] = 200;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$fd_living_hs_heating_system_warmwater_zentral_extras["solar"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR);
-$fd_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE);
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$factor_living_hs_heating_system_warmwater_zentral_extras[""] = 1;
-$factor_living_hs_heating_system_warmwater_zentral_extras["solar"] = 0.5;
-$factor_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Dezentral"
- */
-$fd_living_hs_heating_system_warmwater_dezentral["erdgas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["fluessiggas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["heizoel"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["strom"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["holz"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["holzpellets"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["steinkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["braunkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE, "unit" => "kg");
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem dezentral"
- */
-$factor_living_hs_heating_system_warmwater_dezentral["1"] = 1150; // kWh / Person //StS: Anpassung Jugendrechner gemäß http://projekte.meine-verbraucherzentrale.de/DE-NW/duschrechner.html
-$factor_living_hs_heating_system_warmwater_dezentral["2"] = 550; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["3"] = 500; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["4"] = 475; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["5"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["6"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["7"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["8"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["9"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["10"] = 460; // kWh / Person
-
-/**
- * "Zuhause": "Strom": Values: "Basis Stromverbrauch pro Person"
- * Wird auch im Szenario verwendet
- * Quelle: BDEW (2013) Stromverbrauch im HH. S.10: Stromverbrauch je HH nach HHgröße ohne elektrische WWaufbereitung, + Ergänzung ab 5 Personen-HH jeweils um 500 kWh/Person (STS 10.2016)
- */
-$factor_living_pt_estimate_consumption_basic[1] = 1170; // StS_02_2021 Anpassung für Jugendrechner bei Berechnung von 1 Person/HH: statt 1700 kWh Annahme 3 Personen/HH --> $factor_living_pt_estimate_consumption_basic[3] = 3500 / 3 = 1170
-$factor_living_pt_estimate_consumption_basic[2] = 3225; //PaP_12_2020 Anpassung wegen gesunkenem Stromfaktor, war 2790 / PaP_09_2020 vorher 2900 / Anpassung für Durchschnitt bei default Einstellung von 3000 auf 2600 //Modif_StS_12_2018 wg. Durchschnitt im default
-$factor_living_pt_estimate_consumption_basic[3] = 3500;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[5] = 4700;
-$factor_living_pt_estimate_consumption_basic[6] = 5200;
-$factor_living_pt_estimate_consumption_basic[7] = 5700;
-$factor_living_pt_estimate_consumption_basic[8] = 6200;
-$factor_living_pt_estimate_consumption_basic[9] = 6700;
-$factor_living_pt_estimate_consumption_basic[10] = 7200;
-
-/**
- * "Zuhause": "Strom": Form data: "Strombezug"
- */
-$fd_living_pt_type["strommix_de"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROMMIX_DE);
-$fd_living_pt_type["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROM_OEKO);
-
-/**
- * "Zuhause": "Strom": Values: "Strombezug"
- */
-$factor_living_pt_type["strommix_de"] = 0.4358; // PaP_12_2020 war 0.5048 //PaP_09_2020 Anpassung, vorher 0.5237 //Modif_StS_12_2018,
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_living_pt_type["strom_oeko"] = 0.03424; // Modif_StS_12_2017
-
-/**
- * "Szenario": "Strom": Values: Strombezug pro Zeitperiode
- */
-$factor_sc_living_pt_type["strommix_de"]['st'] = 0.5048; //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018 12.2018 von 0.5597 auf 0.5237 gesenkt, bitte neuen Wert berechnen! bis 12.17 Öko-I. AMS 2MOD 0.623; UPDATE 201605_ODD vorher: 1MOD_AMS 0,52 */ /*ODD update needed*//* TO CHECK */ //Modif_StS_12_2017 aus Stromfaktor aus 16 für 18 0.5597
-$factor_sc_living_pt_type["strommix_de"]['mt'] = 0.5048; //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018: 12.2018 von 0.541 auf 0.5237 gesenkt, bitte neuen Wert berechnen! Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,427*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strommix_de"]['lt'] = 0.312; /* Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,272*/ //Modif_StS_12_2017
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_sc_living_pt_type["strom_oeko"]['st'] = 0.03424; //Modif_StS_12_2017 dem Faktor für 2018 gleich gesetzt (bis 12.17: 0,044)
-$factor_sc_living_pt_type["strom_oeko"]['mt'] = 0.030; /*eigene Annahme*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strom_oeko"]['lt'] = 0.0115; /*eigene Annahme*/ //Modif_StS_12_2017
-
-
-/**
- * "Zuhause": "Strom": Form data: "Computer"
- */
-$fd_living_pt_computer["pc"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_PC, "tip" => '');
-$fd_living_pt_computer["laptop"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_LAPTOP, "tip" => '');
-$fd_living_pt_computer["mobile_device"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_MOBILE_DEVICE, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Computer"
- */
-$factor_living_pt_computer["pc"] = 30;
-$factor_living_pt_computer["laptop"] = 20;
-$factor_living_pt_computer["mobile_device"] = 10;
-
-$default_factor_living_pt_computer = "pc";
-
-/**
- * "Zuhause": "Strom": Form data: "Gaming"
- */
-$fd_living_pt_gaming["viel"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_VIEL, "tip" => '');
-$fd_living_pt_gaming["taeglich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_TAEGLICH, "tip" => '');
-$fd_living_pt_gaming["gelegentlich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_GELEGENTLICH, "tip" => '');
-$fd_living_pt_gaming["nein"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_NEIN, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Gaming"
- */
-$factor_living_pt_gaming["viel"] = 300;
-$factor_living_pt_gaming["taeglich"] = 100;
-$factor_living_pt_gaming["gelegentlich"] = 0;
-$factor_living_pt_gaming["nein"] = -100;
-
-$default_factor_living_pt_gaming = "gelegentlich";
-
-/**
- * "Zuhause": "Strom": Form data: "Elektrogeräte"
- */
-$fd_living_pt_elektro["viel"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_VIEL, "tip" => '');
-$fd_living_pt_elektro["minimal"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_MINIMAL, "tip" => '');
-$fd_living_pt_elektro["standard"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_STANDARD, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Elektrogeräte"
- */
-$factor_living_pt_elektro["viel"] = 30;
-$factor_living_pt_elektro["minimal"] = -30;
-$factor_living_pt_elektro["standard"] = 0;
-
-$default_factor_living_pt_elektro = "standard";
-
-
-/**
- * "Zuhause": "Strom": Form data: "Energiesparlampen"
- */
-$fd_living_pt_energy_saving_bulbs["nur"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_NUR, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_NUR);
-$fd_living_pt_energy_saving_bulbs["einige"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE);
-
-/**
- * "Zuhause": "Strom": Values: "Energiesparlampen"
- */
-$factor_living_pt_energy_saving_bulbs["nur"] = -50;
-$factor_living_pt_energy_saving_bulbs["einige"] = 0;
-
-$default_factor_living_pt_energy_saving_bulbs = "einige";
-
-/**
- * "Zuhause": "Strom": Form data: "Stand-by"
- */
-$fd_living_pt_energy_standby["geraet"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_GERAET, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_GERAET);
-$fd_living_pt_energy_standby["standby"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_STANDBY, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_STANDBY);
-$fd_living_pt_energy_standby["komplett"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_KOMPLETT, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_KOMPLETT);
-
-/**
- * "Zuhause": "Strom": Values: "Stand-by"
- */
-$factor_living_pt_energy_standby["geraet"] = 0;
-$factor_living_pt_energy_standby["standby"] = 50;
-$factor_living_pt_energy_standby["komplett"] = -50;
-
-$default_factor_living_pt_energy_standby = "standby";
-
-
-/* EOF "Zuhause" */
-
-
-
-/* "Mobilität": "Fahrzeuge" */
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Anzahl der Fahrzeuge"
- */
-$fd_mobility_cars_total_amount = 5; // change also manually in "_functions.inc.js"
-
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Fahrzeugart"
- */
-$fd_mobility_cars_type["kleinwagen"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-$fd_mobility_cars_type["mittelklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-$fd_mobility_cars_type["oberklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-// $fd_mobility_cars_type["phev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV);
-$fd_mobility_cars_type["bev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_BEV);
-// $fd_mobility_cars_type["bev_re"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE);
-$fd_mobility_cars_type["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
-$fd_mobility_cars_type["motoroller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
-$fd_mobility_cars_type["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_EROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_EROLLER);
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_mobility_cars_energy_source["benzin"] = 2.681; // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_mobility_cars_energy_source["diesel"] = 3.079; //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_mobility_cars_energy_source["erdgas"] = 2.763; // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_mobility_cars_energy_source["fluessiggas"] = 2.278;// PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235 */
-$factor_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_sc_mobility_cars_energy_source["benzin"] = 2.681; // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_sc_mobility_cars_energy_source["diesel"] = 3.079; //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_sc_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_sc_mobility_cars_energy_source["erdgas"] = 2.763; // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_sc_mobility_cars_energy_source["fluessiggas"] = 2.278;// PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235*/
-$factor_sc_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Energieträger"
- */
-$fd_mobility_cars_energy_source["benzin"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["diesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["biodiesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["erdgas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS, "unit" => TXT_VALUE_FD_UNIT_KG);
-$fd_mobility_cars_energy_source["fluessiggas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["ethanol"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-
-
-/**
- * "Mobilität": "CarSharing": Values: "Energieträger" und "Verbrauch" /*ODD 201605 Update needed?/
- */
-$factor_mobility_car_sharing_energy_source = $factor_mobility_cars_energy_source["benzin"];
-$factor_mobility_car_sharing_consumption = 6.0; /* Anpassung 22-12-2014 StS: siehe Mantis 1403 */
-
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Verbrauchsvorgabe"
- */
-$factor_mobility_cars_consumption_default["benzin"]["kleinwagen"] = 6.7; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["motorrad"] = 3.3; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["motoroller"] = 2.2; /* Quelle IFEU 2012 */
-
-$factor_mobility_cars_consumption_default["diesel"]["mittelklasse"] = 6.1; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["diesel"]["oberklasse"] = 8.2; /* Quelle IFEU 2012 */
-
-$factor_mobility_cars_consumption_default["kwh"]["bev"] = 20;
-$factor_mobility_cars_consumption_default["kwh"]["e_roller"] = 4;
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: Reduktion in Prozent
- */
-$factor_sc_mobility_cars_consumption_default = 10; // Wird in Javascript verwendet
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger zur Berechnung CO2-Quote [g/km]" TO CHECK
- */
-$factor_mobility_cars_energy_source_co2quota["benzin"] = 2.35; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["diesel"] = 2.65; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["biodiesel"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["erdgas"] = 2.509; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["fluessiggas"] = 1.72; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["ethanol"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-
-
-
-/* EOF "Mobilität": "Fahrzeuge" */
-
-
-/* "Mobilität": "Unterwegs im Alltag" */
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Values: "Zur Schule, Ausbildung oder Job"
- */
-$factor_mobility_school_transportation["fahrrad"] = 0;
-$factor_mobility_school_transportation["bus_bahn"] = 0.08;
-$factor_mobility_school_transportation["eltern"] = 0.35;
-$factor_mobility_school_transportation["auto"] = 0.2;
-$factor_mobility_school_transportation["moped"] = 0.1;
-$factor_mobility_school_transportation["motorrad"] = 0.15;
-$factor_mobility_school_transportation["e_roller"] = 0.04;
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Form data: "Zur Schule, Ausbildung oder Job"
- */
-$fd_mobility_school_transportation["fahrrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD);
-$fd_mobility_school_transportation["bus_bahn"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN);
-$fd_mobility_school_transportation["eltern"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN);
-$fd_mobility_school_transportation["auto"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_AUTO, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_AUTO);
-$fd_mobility_school_transportation["moped"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOPED, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOPED);
-$fd_mobility_school_transportation["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD);
-$fd_mobility_school_transportation["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER);
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Values: "Freizeit" (1000 km)
- */
-$factor_mobility_spare_time_performance["fahrrad"] = 0;
-$factor_mobility_spare_time_performance["bus_bahn"] = 0.07;
-$factor_mobility_spare_time_performance["moped"] = 0.1;
-$factor_mobility_spare_time_performance["e_roller"] = 0.04;
-$factor_mobility_spare_time_performance["motorrad"] = 0.15;
-$factor_mobility_spare_time_performance["auto"] = 0.2;
-$factor_mobility_spare_time_performance["eltern"] = 0.35;
-
-/**
- * "Mobilität": "Unterwegs im Alltag" Form data: "Freizeit"
- */
-$fd_mobility_spare_time_performance["fahrrad"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD_HELP
- );
-$fd_mobility_spare_time_performance["bus_bahn"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN_HELP
- );
-$fd_mobility_spare_time_performance["moped"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED_HELP
- );
-$fd_mobility_spare_time_performance["e_roller"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER_HELP
- );
-$fd_mobility_spare_time_performance["motorrad"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD_HELP
- );
-$fd_mobility_spare_time_performance["auto"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO_HELP
- );
-$fd_mobility_spare_time_performance["eltern"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN_HELP
- );
-
-/* EOF "Mobilität": "Unterwegs im Alltag" */
-
-
-/* "Mobilität": "Im Urlaub mit Auto oder Bahn" */
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr individuell" (1000 km)
- */
-$factor_mobility_transport_type["long_distance"] = 43.98; /* Modif_StS_12_2018 46->43.98 Q: DB-KlimAktiv 2018 / Anpassung 22-12-2014 StS: von 47.9 auf 43 (TÜV gepr.) / Q: DB / KlimAktiv 2014; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD KlimAktivDB: 45,96 */
-$factor_mobility_transport_type["long_distance_green"] = 4.39; /* Modif_StS_12_2018 46->4.39 Q: DB-KlimAktiv 2018 / 201612_ODD KlimAktivDB: 4,74*/ //Modif_StS_12_2017
-$factor_mobility_transport_type["short_distance"] = 57.40; //PaP_09_2020 Anpassung, vorher 58.10, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 66->58.10 Q: TREMOD 5.82, 2017/ Anpassung 22-12-2014 StS: von 78.97 auf 74 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD TREMOD 5.62 66*/
-$factor_mobility_transport_type["oepnv"] = 65.10; //PaP_09_2020 Anpassung, vorher 63.10 , 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 70->63.10 Q: TREMOD 5.82, 2017 / Anpassung 22-12-2014 StS: von 78.6 auf 75 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 70*/
-$factor_mobility_transport_type["coach"] = 30.4; //PaP_09_2020 Anpassung, vorher 32 , 20200901_Faktoren-CO2-Rechner /* Anpassung 22-12-2014 StS: von 30.8 auf 30 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 32*/
-$factor_mobility_transport_type["bike"] = 0;
-$factor_mobility_transport_type["e_bike"] = 0;
-$factor_mobility_transport_type["on_foot"] = 0;
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Form data: "öffentlicher Verkehr individuell"
- */
-$fd_mobility_transport_type["long_distance_green"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["long_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["short_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["oepnv"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["coach"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-$fd_mobility_transport_type["e_bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-$fd_mobility_transport_type["on_foot"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * Mantis 1473: kg CO2e/PKM
- * MIV Faktor - $factor_mobility_transport_type[""]
- */
-$factor_mobility_transport_type_avoidance_self["long_distance"] = 0.0951; /* Modif_StS_12_2018 0.093->0.0951 201512: 0.098; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347 Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["short_distance"] = 0.0817; //PaP_09_2020 Anpassung, vorher 0.081, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.073->0.081 201512: 0.067; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["oepnv"] = 0.074; //PaP_09_2020 Anpassung, vorher 0.076, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.070->0.076 201512: 0.066; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["coach"] = 0.109; //PaP_09_2020 Anpassung, vorher 0.107, 20200901_Faktoren-CO2-Rechner /* 201512: 0.111; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["bike"] = 0.139; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["e_bike"] = 0.133; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["on_foot"] = 0.139; //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * MIV Faktor - $factor_sc_mobility_transport_type[""]
- * wird nur bei [st] angewendet
- */
-$factor_sc_mobility_transport_type_avoidance_self["long_distance"] = 0.11; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347
-$factor_sc_mobility_transport_type_avoidance_self["short_distance"] = 0.086; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["oepnv"] = 0.084; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["coach"] = 0.115; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["e_bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["on_foot"] = 0.141;
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- */
-$factor_mobility_train_general_performance = 49.20; // PaP_09_2020 Anpassung, vorher 52.05, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 69.717 -> 52.05 / IFEU 2010 */ /*2016_ODD TREMOD 5.62: unverändert*/
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- * wird nur bei [mt] angewendet
- */
-$factor_sc_mobility_train_general_performance = 30; /* ÖI AMS 2030: ÖPV Faktor in gramm*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_mobility_train_general_performance_avoidance_self = 0.09; // PaP_09_2020 Anpassung, vorher 0.087, 20200901_Faktoren-CO2-Rechner /* MIV Faktor -$factor_mobility_transport_type["oepnv"]*/ /* 201512: 0.066; 201605_ODD: TREMOD 5.62: 141-70*/ //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_sc_mobility_train_general_performance_avoidance_self = 0.111; /* MIV Faktor -ÖI 2030 AMS: ÖV*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_sc_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Performance Individualverkehr": Values: "Personenkilometer" (kg CO2/pkm)
- */
-$factor_sc_performance_mobility_miv_general["mt"] = 0.083; /*ÖI 2030 AMS: EF PKW*/
-$factor_sc_performance_mobility_miv_general["lt"] = 0.056; /*ÖI 2050 AMS: EF PKW*/
-
-/**
- * "Szenario": "Mobilität": "Performance Zugverkehr": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_train_general["mt"] = 0.03; /*ÖI 2030 AMS: EF ÖPV*/
-$factor_sc_performance_mobility_train_general["lt"] = 0.017; /*ÖI 2030 AMS: EF ÖPV*/
-
-/**
- * "Szenario": "Mobilität": "Performance Öko": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_oeko_general["mt"] = 0;
-$factor_sc_performance_mobility_oeko_general["lt"] = 0;
-
-/**
- * "Szenario": "Mobilität": "Performance Neue Technologien": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_miv_nt["mt"] = 0.076;
-$factor_sc_performance_mobility_miv_nt["lt"] = 0.076;
-
-
-/**
- * "Szenario": "Mobilität": "Performance": Values: "Jährliche Fahrleistung (km) für Long-time"
- */
-$factor_performance_mobility_miv_general_lt = 12325; /*ÖI 2050 AMS: PKM PKW: 12707; 201605 ÖI 2MOD, neue EW: 12325*/
-$factor_performance_mobility_oeko_general_lt = 306;
-$factor_performance_mobility_train_general_lt = 2297; /*ÖI 2050 AMS: PKM ÖPV 2369; 201605 ÖI 2MOD, neue EW: 2297*/
-$factor_performance_mobility_air_general_lt = 500; /*wird nicht gezogen*/
-
-
-/* EOF "Mobilität": "Öffentlicher Verkehr" */
-
-
-/* "Mobilität": "Flugreisen" */
-
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Europa
- */
-$default_factor_mobility_air_general_europe_hours = 0; /* StS 202102 Anpassung des defaults für Jugendliche */
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Interkontinental
- */
-$default_factor_mobility_air_general_world_hours = 0;
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR_EC", 2.7); // RFI_FAKTOR ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT_EC", 400); // RFI_DISTANZ ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED_EC", 95); // Streckenverlängerung ab 2020 EC
-
-$factor_mobility_air_flight_co2_e_3_jet_a = 3.66153;
-$factor_mobility_air_flight_rfi_base_jet_a = 3.15315;
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- * FLUGRECHNER 2020 EC
- */
-$factor_mobility_air_flight_class_default_ec["economy"] = 1;
-$factor_mobility_air_flight_class_default_ec["business"] = 1.4;
-$factor_mobility_air_flight_class_default_ec["firstclass"] = 1.4;
-
-/**
- * "Mobilität": "Flugreisen": Distanzklassen (in km)
- * FLUGRECHNER 2020 EC
- */
-$default_factor_mobility_air_distance_class_short_max_ec = 900;
-$default_factor_mobility_air_distance_class_middle_max = 3800;
-
-
-/**
- * EOF "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- */
-define("MOBILITY_AIR_FLIGHT_BYLOAD", 0.98); // FLUG_BEILAD
-
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR", 2.7); // RFI_FAKTOR
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT", 400); // RFI_DISTANZ
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED", 50); // Streckenverlängerung
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- */
- //für Pauschale Berechnung
-$factor_mobility_air_flight_class_default["economy"] = 1;
-$factor_mobility_air_flight_class_default["business"] = 1.4;
-$factor_mobility_air_flight_class_default["firstclass"] = 1.4;
-
-//für Pauschale Berechnung
-$factor_mobility_air_flight_distance["europe"] = 123; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 170
-$factor_mobility_air_flight_distance["world"] = 159; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 240
-
-//für Pauschale Berechnung
-$factor_mobility_air_general_km["europe"] = 700; // Distanz je h Flugzeit
-$factor_mobility_air_general_km["world"] = 800; // Distanz je h Flugzeit
-
-
-$factor_mobility_air_distance_class_values["short"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT;
-$factor_mobility_air_distance_class_values["short"]["flight_co_aeq"] = 0.10; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,12
-$factor_mobility_air_distance_class_values["short"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.5,
-"firstclass" => 1.5
-);
-
-$factor_mobility_air_distance_class_values["middle"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE;
-$factor_mobility_air_distance_class_values["middle"]["flight_co_aeq"] = 0.09; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,1
-$factor_mobility_air_distance_class_values["middle"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.4,
-"firstclass" => 1.4
-);
-
-$factor_mobility_air_distance_class_values["long"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG;
-$factor_mobility_air_distance_class_values["long"]["flight_co_aeq"] = 0.085; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,095
-$factor_mobility_air_distance_class_values["long"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.33,
-"firstclass" => 1.33
-);
-
-$factor_sc_mobility_air_lt = 421; // kg CO2e ("ÖI 2050 AMS CO2 INT und NAT FLUGVERKEHR, rein CO2e")
-
-/* EOF "Mobilität": "Flugreisen" */
-
-
-/* "Ernährung" */
-
-/**
- * "Ernährung": CO2 Berechnung auf Basis des Kalorienbedarfs (1kcal = 0.669 kg CO2)
- */
-define("FOOD_KCAL_CO2TONS", 0.6500); //PaP_09_2020 Anpassung, vorher 0.6678, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.679 --> 0.6678 vorher Anpassung 22-12-2014 StS: von 0.51923 auf 0.55; 201605_ODD IFEU von 0.55 auf 0.679 TO CHECK 201612_ODD IFEU von 0.679 auf 0.673*/
-define("FOOD_KCAL_CO2TONS_ST", 0.649); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0,538; 201605_ODD IFEU, ÖI 2MOD AMS 2020 */
-define("FOOD_KCAL_CO2TONS_MT", 0.610); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.523; 201605_ODD IFEU, ÖI 2MOD AMS 2030 */
-define("FOOD_KCAL_CO2TONS_LT", 0.522); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.499; 201605_ODD IFEU, ÖI 2MOD AMS 2050 */
-
-/**
- * "Ernährung": Kalorienbedarf pauschal
- */
-define("FOOD_KCAL_DEFAULT_VALUE", 2600);
-
-$default_factor_food_details_sex = "divers";
-
-/**
- * "Ernährung": Form data: "Alter"
- */
-$fd_food_details_age["17"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_17);
-$fd_food_details_age["29"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_29);
-$fd_food_details_age["59"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_59);
-$fd_food_details_age["60"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_60);
-
-$default_factor_food_details_age = 17;
-$default_factor_food_details_weight = 71; //TEST-KONFIGURATION PaP_09_2020, vorher 74 /* Modif_StS_12_2018 72 --> 74 201612_ODD Anpassung von 75 -> 72 für Default - Abgleich mit pro Kopf dann 1,75 t CO2e/ Jahr*/
-
-/**
- * "Ernährung": Values: "Alter" (Kalorienbedarf Männer/Frauen detailliert)
- * 2020-06-23: Erweitertung um "divers" - Mantis 1723
- */
-$factor_food_details_age["male"]["17"] = array("kcal" => 17.5, "offset" => 651);
-$factor_food_details_age["male"]["29"] = array("kcal" => 15.3, "offset" => 679);
-$factor_food_details_age["male"]["59"] = array("kcal" => 11.6, "offset" => 879);
-$factor_food_details_age["male"]["60"] = array("kcal" => 13.5, "offset" => 487);
-
-$factor_food_details_age["female"]["17"] = array("kcal" => 12.2, "offset" => 746);
-$factor_food_details_age["female"]["29"] = array("kcal" => 14.7, "offset" => 496);
-$factor_food_details_age["female"]["59"] = array("kcal" => 8.7, "offset" => 829);
-$factor_food_details_age["female"]["60"] = array("kcal" => 10.5, "offset" => 596);
-
-$factor_food_details_age["divers"]["17"] = array("kcal" => 14.85, "offset" => 699);
-$factor_food_details_age["divers"]["29"] = array("kcal" => 15.0, "offset" => 588);
-$factor_food_details_age["divers"]["59"] = array("kcal" => 10.15, "offset" => 854);
-$factor_food_details_age["divers"]["60"] = array("kcal" => 12.0, "offset" => 542);
-
-
-/**
- * "Ernährung": Form data: "Tätigkeitsfaktor"
- */
-$fd_food_details_activity["inaktiv"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV);
-$fd_food_details_activity["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG);
-$fd_food_details_activity["leicht"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT);
-$fd_food_details_activity["hart"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART);
-
-/**
- * "Ernährung": Values: "Tätigkeitsfaktor"
- */
-$factor_food_details_activity["inaktiv"] = 1.4;
-$factor_food_details_activity["wenig"] = 1.5;
-$factor_food_details_activity["leicht"] = 1.6;
-$factor_food_details_activity["hart"] = 1.7;
-
-$default_factor_food_details_activity = "wenig";
-
-/**
- * "Ernährung": Form data: "Sport"
- */
-$fd_food_details_sport["nein"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN);
-$fd_food_details_sport["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG);
-$fd_food_details_sport["viel"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL);
-
-/**
- * "Ernährung": Values: "Sport"
- */
-$factor_food_details_sport["nein"] = 1;
-$factor_food_details_sport["wenig"] = 1.1;
-$factor_food_details_sport["viel"] = 1.2;
-
-$default_factor_food_details_sport = "wenig"; //TEST-KONFIGURATION PaP_09_2020, vorher "nein"
-
-
-/**
- * "Ernährung": Form data: "Essgewohnheiten"
- */
-$fd_food_eating_habits["type"]["vegan"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGAN);
-$fd_food_eating_habits["type"]["vegetarisch"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGETARISCH);
-// $fd_food_eating_habits["type"]["fleischreduziert"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT);
-$fd_food_eating_habits["type"]["gemischt"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_GEMISCHT);
-$fd_food_eating_habits["type"]["fleischbetont"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT);
-
-$fd_food_eating_habits["purchase"]["oeko"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_OEKO, "tip" => TXT_IMPROVE_FOOD_PURCHASE_OEKO);
-$fd_food_eating_habits["purchase"]["supermarkt"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_SUPERMARKT, "tip" => TXT_IMPROVE_FOOD_PURCHASE_SUPERMARKT);
-$fd_food_eating_habits["purchase"]["hierundda"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_HIERUNDDA, "tip" => TXT_IMPROVE_FOOD_PURCHASE_HIERUNDDA);
-
-$fd_food_eating_habits["fastfood"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_NIE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_NIE);
-$fd_food_eating_habits["fastfood"]["manchmal"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_MANCHMAL, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_MANCHMAL);
-$fd_food_eating_habits["fastfood"]["zweimalwoche"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_ZWEIMALWOCHE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_ZWEIMALWOCHE);
-$fd_food_eating_habits["fastfood"]["jedentag"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_JEDENTAG, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_JEDENTAG);
-
-// $fd_food_eating_habits["packaging"]["unverpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_UNVERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_UNVERPACKT);
-// $fd_food_eating_habits["packaging"]["egal"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_EGAL, "tip" => TXT_IMPROVE_FOOD_PACKAGING_EGAL);
-// $fd_food_eating_habits["packaging"]["verpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_VERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_VERPACKT);
-
-
-// $fd_food_eating_habits["regional"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR);
-// $fd_food_eating_habits["regional"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS);
-// $fd_food_eating_habits["regional"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE);
-// $fd_food_eating_habits["regional"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG);
-// $fd_food_eating_habits["regional"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE);
-
-// $fd_food_eating_habits["seasonal"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR);
-// $fd_food_eating_habits["seasonal"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS);
-// $fd_food_eating_habits["seasonal"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE);
-// $fd_food_eating_habits["seasonal"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG);
-// $fd_food_eating_habits["seasonal"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE);
-
-// $fd_food_eating_habits["frozenfoods"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE);
-// $fd_food_eating_habits["frozenfoods"]["gelegentlich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH);
-// $fd_food_eating_habits["frozenfoods"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE);
-// $fd_food_eating_habits["frozenfoods"]["taeglich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH);
-
-// $fd_food_eating_habits["oeko"]["oft"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT);
-// $fd_food_eating_habits["oeko"]["teilweise"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE);
-// $fd_food_eating_habits["oeko"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE);
-
-
-/**
- * "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_food_eating_habits["type"]["vegan"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_food_eating_habits["type"]["vegetarisch"] = 0.74;
-// $factor_food_eating_habits["type"]["fleischreduziert"] = 0.945;
-$factor_food_eating_habits["type"]["gemischt"] = 1;
-$factor_food_eating_habits["type"]["fleischbetont"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_food_eating_habits["purchase"]["oeko"] = 0.9;
-$factor_food_eating_habits["purchase"]["supermarkt"] = 0.96;
-$factor_food_eating_habits["purchase"]["hierundda"] = 1.1;
-
-$factor_food_eating_habits["fastfood"]["nie"] = 0.9;
-$factor_food_eating_habits["fastfood"]["manchmal"] = 1;
-$factor_food_eating_habits["fastfood"]["zweimalwoche"] = 1.25;
-$factor_food_eating_habits["fastfood"]["jedentag"] = 1.5;
-
-// $factor_food_eating_habits["packaging"]["verpackt"] = 1.4;
-// $factor_food_eating_habits["packaging"]["egal"] = 1;
-// $factor_food_eating_habits["packaging"]["unverpackt"] = 0.6;
-
-$factor_food_eating_habits["regional"]["nur"] = 0.9; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 0,95*0,95 = 0,9
-$factor_food_eating_habits["regional"]["meistens"] = 0.96; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 0,98*0,98 = 0,96
-// $factor_food_eating_habits["regional"]["haelfte"] = 1;
-// $factor_food_eating_habits["regional"]["wenig"] = 1.02;
-$factor_food_eating_habits["regional"]["keine"] = 1.1; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 1,05 * 1,05 = 1,1
-
-// $factor_food_eating_habits["seasonal"]["nur"] = 0.95;
-// $factor_food_eating_habits["seasonal"]["meistens"] = 0.975;
-// $factor_food_eating_habits["seasonal"]["haelfte"] = 1;
-// $factor_food_eating_habits["seasonal"]["wenig"] = 1.025;
-// $factor_food_eating_habits["seasonal"]["keine"] = 1.05;
-
-// $factor_food_eating_habits["frozenfoods"]["nie"] = 0.98;
-// $factor_food_eating_habits["frozenfoods"]["gelegentlich"] = 1;
-// $factor_food_eating_habits["frozenfoods"]["haelfte"] = 1.01;
-// $factor_food_eating_habits["frozenfoods"]["taeglich"] = 1.02;
-
-// $factor_food_eating_habits["oeko"]["oft"] = 0.94;
-// $factor_food_eating_habits["oeko"]["teilweise"] = 0.97;
-// $factor_food_eating_habits["oeko"]["keine"] = 1;
-
-$default_factor_food_eating_habits["type"] = "gemischt";
-$default_factor_food_eating_habits["purchase"] = "hierundda";
-$default_factor_food_eating_habits["fastfood"] = "manchmal";
-$default_factor_food_eating_habits["packaging"] = "egal";
-// $default_factor_food_eating_habits["regional"] = "haelfte";
-// $default_factor_food_eating_habits["seasonal"] = "haelfte";
-// $default_factor_food_eating_habits["frozenfoods"] = "gelegentlich";
-// $default_factor_food_eating_habits["oeko"] = "keine";
-
-/**
- * Szenario" : "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_sc_food_eating_habits["type"]["vegan"]["st"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["st"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["st"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["st"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["st"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_sc_food_eating_habits["regional"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["st"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["st"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["st"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["st"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["st"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["st"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["st"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["st"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["st"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["st"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["st"] = 1;
-
-$factor_sc_food_eating_habits["type"]["vegan"]["mt"] = 0.7;
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["mt"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["mt"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["mt"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["mt"] = 1.2;
-
-$factor_sc_food_eating_habits["regional"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["mt"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["mt"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["mt"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["mt"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["mt"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["mt"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["mt"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["mt"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["mt"] = 1;
-
-/* EOF "Ernährung" */
-
-/* "Konsum" */
-
-/**
- * "Lifestyle / Konsum": Values: "Kaufverhalten / Shoppen"
- */
-$factor_consumption_consumer_habits["sparsam"] = 0.8;
-$factor_consumption_consumer_habits["durchschnittlich"] = 1;
-$factor_consumption_consumer_habits["grosszuegig"] = 1.2;
-
-$default_factor_consumption_consumer_habits = "durchschnittlich";
-
-/**
- * "Lifestyle / Konsum": Form data: "Kaufverhalten / Shoppen"
- */
-$fd_consumption_consumer_habits["sparsam"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_SPARSAM);
-$fd_consumption_consumer_habits["durchschnittlich"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH);
-$fd_consumption_consumer_habits["grosszuegig"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG);
-
-
-/**
- * "Lifestyle / Konsum": Values: "Kaufkriterien / Anforderungen"
- */
-$factor_consumption_consumer_criteria["lang"] = 0.8;
-$factor_consumption_consumer_criteria["funktion"] = 1;
-$factor_consumption_consumer_criteria["preis"] = 1.2;
-
-$default_factor_consumption_consumer_criteria = "funktion";
-
-
-/**
- * "Lifestyle / Konsum": Form data: "Kaufkriterien / Anforderungen"
- */
-$fd_consumption_consumer_criteria["lang"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_LANG);
-$fd_consumption_consumer_criteria["funktion"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION);
-$fd_consumption_consumer_criteria["preis"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_PREIS);
-
-/**
- * "Lifestyle / Konsum": Values: "T-Shirt"
- */
-$factor_consumption_consumer_shirt["asien"] = 1.05;
-$factor_consumption_consumer_shirt["europa"] = 1;
-$factor_consumption_consumer_shirt["oeko"] = 0.95;
-
-$default_factor_consumption_consumer_shirt = "europa";
-
-
-/**
- * "Lifestyle / Konsum": Form data: "T-Shirt"
- */
-$fd_consumption_consumer_shirt["asien"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_ASIEN, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_ASIEN);
-$fd_consumption_consumer_shirt["europa"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_EUROPA, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_EUROPA);
-$fd_consumption_consumer_shirt["oeko"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_OEKO, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_OEKO);
-
-/**
- * "Lifestyle / Konsum": Values: "Aktivitäten"
- */
-$factor_consumption_activity["selten"] = 0.70;
-$factor_consumption_activity["zweimaljahr"] = 1;
-$factor_consumption_activity["jedenmonat"] = 1.10;
-$factor_consumption_activity["jedewoche"] = 1.40;
-
-$default_factor_consumption_activity = "zweimaljahr";
-
-/**
- * "Lifestyle / Konsum": Form data: "Aktivitäten"
- */
-$fd_consumption_activity["selten"] = array("name" => TXT_VALUE_FD_ACTIVITIES_SELTEN, "tip" => TXT_IMPROVE_ACTIVITIES_SELTEN);
-$fd_consumption_activity["zweimaljahr"] = array("name" => TXT_VALUE_FD_ACTIVITIES_ZWEIMALJAHR, "tip" => TXT_IMPROVE_ACTIVITIES_ZWEIMALJAHR);
-$fd_consumption_activity["jedenmonat"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDENMONAT, "tip" => TXT_IMPROVE_ACTIVITIES_JEDENMONAT);
-$fd_consumption_activity["jedewoche"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDEWOCHE, "tip" => TXT_IMPROVE_ACTIVITIES_JEDEWOCHE);
-
-/**
- * "Lifestyle / Konsum": Values: "Eigenes Fahrzeug"
- * Einheit: kg
- */
-$factor_consumption_vehicles["none"] = 0;
-$factor_consumption_vehicles["scooter"] = 74; // neu im CO2-Rechner 4.1: AI Soooter mit 74 kg / anno
-$factor_consumption_vehicles["car"] = 238; // // neu im CO2-Rechner 4.1: AI PKW Annhahme hier Kleinwagen 7-10 Jahre: 238 kg / anno
-
-$default_factor_consumption_vehicles = "none";
-
-/**
- * "Lifestyle / Konsum": Form data: "Eigenes Fahrzeug"
- */
-$fd_consumption_vehicles["none"] = array("name" => TXT_CONSUMPTION_VEHICLES_NONE, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_NONE);
-$fd_consumption_vehicles["scooter"] = array("name" => TXT_CONSUMPTION_VEHICLES_SCOOTER, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_SCOOTER);
-$fd_consumption_vehicles["car"] = array("name" => TXT_CONSUMPTION_VEHICLES_CAR, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_CAR);
-
-/**
- * "Konsum": Values: "Hotelübernachtungen"
- */
-$factor_consumption_hotel_visits["keine"] = 0.9;
-$factor_consumption_hotel_visits["zwei"] = 1;
-$factor_consumption_hotel_visits["zweivier"] = 1.05;
-$factor_consumption_hotel_visits["vier"] = 1.1;
-
-$default_factor_consumption_hotel_visits = "zwei";
-
-/**
- * "Konsum": Form data: "Hotelübernachtungen"
- */
-$fd_consumption_hotel_visits["keine"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE);
-$fd_consumption_hotel_visits["zwei"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI);
-$fd_consumption_hotel_visits["zweivier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER);
-$fd_consumption_hotel_visits["vier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER);
-
-/**
- * "Lifestyle / Konsum": Values: "Gebrauchte Gegenstände"
- */
-$factor_consumption_used_goods["oft"] = 0.8;
-$factor_consumption_used_goods["manchmal"] = 1;
-$factor_consumption_used_goods["nie"] = 1.2;
-
-$default_factor_consumption_used_goods = "manchmal";
-
-/**
- * "Lifestyle / Konsum": Form data: "Gebrauchte Gegenstände"
- */
-$fd_consumption_used_goods["oft"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_OFT);
-$fd_consumption_used_goods["manchmal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_MANCHMAL);
-$fd_consumption_used_goods["nie"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_NIE);
-
-
-
-/**
- * "Konsum": Form data: "Geldanlage"
- */
-$factor_consumption_cf_investment['td'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['st'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['mt'] = 0.210; // emission_other je Euro Invest
-
-$default_factor_consumption_cf_investment = 0;
-$default_factor_consumption_compensate_emissions = 0;
-
-/**
- * "Konsum": Values: "Haustyp"
- */
-$factor_consumption_house_type["mfh"] = 1.0;
-$factor_consumption_house_type["rh"] = 1.1;
-$factor_consumption_house_type["efh"] = 1.2;
-
-/**
- * "Konsum": Form data: "Haustyp"
- */
-$fd_consumption_house_type["mfh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH);
-$fd_consumption_house_type["rh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH);
-$fd_consumption_house_type["efh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH);
-
-
-/**
- * "Konsum": Values: "Carsharing"
- */
-$factor_consumption_carsharing = 0.9;
-
-/**
- * "Konsum": Values: "Haushaltsgröße"
- * Depends on consumption_persons!
- */
-$factor_consumption_household_size["1"] = 1.1; /* 201612_ODD: IFEU Konsum Vorher: 1.2 TO CHECK */
-$factor_consumption_household_size["2"] = 1;
-$factor_consumption_household_size["3"] = 0.9;
-$factor_consumption_household_size["4"] = 0.8;
-$factor_consumption_household_size["5"] = 0.7;
-$factor_consumption_household_size["6"] = 0.7;
-$factor_consumption_household_size["7"] = 0.7;
-$factor_consumption_household_size["8"] = 0.7;
-$factor_consumption_household_size["9"] = 0.7;
-$factor_consumption_household_size["10"] = 0.7;
-
-/**
- * "Konsum": Values: "Wohnfläche pro Person"
- * Depends on "consumption_persons" AND "consumption_living_space"!
- * StS 20200917 mit Einführung der AI Wohnen (Bewertung des Hauses) Faktoren auf 1 gesetzt, vormals generell 0.9 für kleiner und 1.1 für größer Durchschnitt
- */
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 0, "max" => 49);
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 50, "max" => 65);
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 66, "max" => 100000);
-
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 0, "max" => 34);
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 35, "max" => 50); // Aufgrund Vorbelegung auf 100m2 für 2 Personen für default ist Wert von 45 m2 auf 50 hochgesetzt worden
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 51, "max" => 100000);
-
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 0, "max" => 24);
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 25, "max" => 35);
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 35, "max" => 100000);
-
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 0, "max" => 19);
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 20, "max" => 30);
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 31, "max" => 100000);
-
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 15, "max" => 25);;
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 26, "max" => 100000);
-
-
-/* "Klima-Engagement" */
-/**
- * "Klima-Engagement": Form data: "Klima-Engagement"
- */
-$fd_commitment_type["demo"] = array("name" => TXT_VALUE_FD_COMMITMENT_DEMO);
-$fd_commitment_type["partei"] = array("name" => TXT_VALUE_FD_COMMITMENT_PARTEI);
-$fd_commitment_type["social"] = array("name" => TXT_VALUE_FD_COMMITMENT_SOCIAL);
-$fd_commitment_type["ngo"] = array("name" => TXT_VALUE_FD_COMMITMENT_NGO);
-$fd_commitment_type["info"] = array("name" => TXT_VALUE_FD_COMMITMENT_INFO);
-$fd_commitment_type["bewusstsein"] = array("name" => TXT_VALUE_FD_COMMITMENT_BEWUSSTSEIN);
-$fd_commitment_type["sonstiges"] = array("name" => TXT_VALUE_FD_COMMITMENT_SONSTIGES);
-
-
-/**
- * "Scenario": "Konsum": Values: "Durchschnitts-Emissionen"
- */
-$factor_sc_consumption_average['st'] = 3791.31; //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 (-9,68% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2020 201612_ODD TO CHECK UPDATE NEEDED */
-$factor_sc_consumption_average['mt'] = 3791.31; //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2030*/
-$factor_sc_consumption_average['lt'] = 3782; // PaP_09_2020 Vorschlag: 2933 (14,34% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2050*/
-
-
-/**
- * "Konsum": "Haustiere": Form data: "Art"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_type["hund"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_HUND);
-$fd_consumption_animal_type["katze"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KATZE);
-$fd_consumption_animal_type["pferd"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_PFERD);
-$fd_consumption_animal_type["kaninchen"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KANINCHEN);
-$fd_consumption_animal_type["ziervoegel"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_ZIERVOEGEL);
-
-/**
- * "Konsum": "Haustiere": Form data: "Ernährung"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_food["hund"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_NORMAL);
-$fd_consumption_animal_food["hund"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_BARF);
-$fd_consumption_animal_food["katze"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_NORMAL);
-$fd_consumption_animal_food["katze"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_BARF);
-$fd_consumption_animal_food["pferd"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_NORMAL);
-$fd_consumption_animal_food["pferd"]["einfach"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_SIMPLE);
-
-/**
- * "Konsum": "Haustiere": Default Values: "Gewicht"
- * Einheit: kg
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_weight["hund"] = 29;
-$default_factor_consumption_animal_weight["katze"] = 4.2;
-$default_factor_consumption_animal_weight["pferd"] = 550;
-
-/**
- * "Konsum": "Haustiere": Values: "Ernährung"
- * Einheit: kg/CO2e
- * 2020-06-19 - Mantis 1769
- */
-$factor_consumption_animal_food["hund"]["normal"] = 790;
-$factor_consumption_animal_food["hund"]["barf"] = 1940;
-$factor_consumption_animal_food["katze"]["normal"] = 340;
-$factor_consumption_animal_food["katze"]["barf"] = 750;
-$factor_consumption_animal_food["pferd"]["normal"] = 2360;
-$factor_consumption_animal_food["pferd"]["einfach"] = 1960;
-$factor_consumption_animal_food["kaninchen"] = 110;
-$factor_consumption_animal_food["ziervoegel"] = 30;
-
-/**
- * "Konsum": "Haustiere": Default Values: "fixer Anteil Carbon Footprint in %"
- * Einheit: %
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_food_share["hund"] = 0.36;
-$default_factor_consumption_animal_food_share["katze"] = 0.49;
-$default_factor_consumption_animal_food_share["pferd"] = 0.49;
-
-/* EOF "Konsum" */
-
-/* "Streaming" 2021-02-25 */
-
-/**
- * "Lifestyle / Streaming": Values: "Datenübertragung Kernnetzwerk"
- * Einheit: kwH/GB
- */
-$factor_streaming_internet_traffic_core_network = 0.052;
-
-/**
- * "Lifestyle / Streaming": Values: "Tägliche Internet-Nutzung"
- * Einheit: GB/h
- */
-$factor_streaming_internet_daily["music"] = 0.06;
-$factor_streaming_internet_daily["ip_phone"] = 0.06;
-$factor_streaming_internet_daily["video_conf"] = 0.5;
-$factor_streaming_internet_daily["video_low_q"] = 0.3;
-$factor_streaming_internet_daily["video_high_q"] = 2.0;
-
-/* Einheit: h */
-$fd_streaming_internet_daily_max_value = 6;
-
-/**
- * "Lifestyle / Streaming": Form data: "Tägliche Internet-Nutzung"
- */
-$fd_streaming_internet_daily["music"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_MUSIC);
-$fd_streaming_internet_daily["ip_phone"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_IP_PHONE);
-$fd_streaming_internet_daily["video_conf"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_CONF);
-$fd_streaming_internet_daily["video_low_q"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_LOW_Q);
-$fd_streaming_internet_daily["video_high_q"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_HIGH_Q);
-
-/**
- * "Lifestyle / Streaming": Values: "Mobiles Netz"
- */
-$factor_streaming_internet_daily_wifi["ausschliesslich"] = 4.85;
-$factor_streaming_internet_daily_wifi["meistens"] = 3.2;
-$factor_streaming_internet_daily_wifi["manchmal"] = 1.6;
-$factor_streaming_internet_daily_wifi["nie"] = 1;
-
-/**
- * "Lifestyle / Streaming": Form data: "Mobiles Netz"
- */
-$fd_streaming_internet_daily_wifi["ausschliesslich"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_ONLY);
-$fd_streaming_internet_daily_wifi["meistens"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_OFTEN);
-$fd_streaming_internet_daily_wifi["manchmal"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_SOMETIMES);
-$fd_streaming_internet_daily_wifi["nie"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_NEVER);
-
-/* EOF "Streaming" */
-
-/* Szenario */
-
-/**
- * "Heizung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_hs_acceptance["ee_gebaeude"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_waerme"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_wohnflaeche"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" für Short-time, mid-time, long-time
- */
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["st"] = array("yes" => 0.96, "no" => 1); /* ODD: Quelle unklar */
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt_unsaniert"] = array("yes" => 0.4, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["mt"] = array("yes" => 1.15, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["mt"] = array("yes" => 0.97, "no" => 1); /*ODD: Quelle unklar*/
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["lt"] = array("yes" => 1, "no" => 1.434); /* vorher 1.46 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_waerme"]["lt"] = array("yes" => 1, "no" => 0.755); /* vorher 0,7 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["lt"] = array("yes" => 1, "no" => 1.1); /* vorher 1.1 201605_ODD ÖI 2MOD */
-
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_hs_acceptance_is_eff = array("ee_gebaeude", "ee_wohnflaeche");
-
-
-/**
- * "Strom": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_pt_acceptance["energiewende"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["energiepreis"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["stromverbrauch"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Strom": Values: "Akzeptanzfragen"
- */
-$factor_sc_living_pt_acceptance["energiewende"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["energiepreis"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["stromverbrauch"]["st"] = array("yes" => 0.822, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,82; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["mt"] = array("yes" => 0.708, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,69; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["lt"] = array("yes" => 0.796, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,78; 201605_ODD ÖI 2MOD */
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_pt_acceptance_is_eff = array("stromverbrauch");
-
-
-/**
- * "Mobilität": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_acceptance["stadt_autofrei"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["tempolimit"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["ausbau_bahn"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["fossile_teurer"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_mobility_acceptance["suffizienz"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-
-/**
- * "Mobilität": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_acceptance["stadt_autofrei"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_mobility_acceptance["stadt_autofrei"]["lt"] = array("yes" => 0.91, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["lt"] = array("yes" => 0.68, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["lt"] = array("yes" => 0.5, "no" => 1); /* wirkt nur LT, MT ist es schon in der Bilanz abgebildet*/
-
-
-/**
- * "Mobilität - Flugreisen": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_flight_acceptance["flugpreis"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Mobilität - Flugreisen": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_flight_acceptance["flugpreis"]["mt"] = array("yes" => 0.75, "no" => 1);
-$factor_sc_mobility_flight_acceptance["flugpreis"]["lt"] = array("yes" => 0.28, "no" => 1);
-
-/**
- * "Ernährung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_food_acceptance["political"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL,
- "help" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["waste"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_WASTE,
- "help" => TXT_SC_FOOD_ACCEPTANCE_WASTE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["animalistic"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC,
- "help" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Ernährung": Values: "Akzeptanzfragen"
- */
-$factor_sc_food_acceptance["political"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["waste"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["animalistic"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["waste"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["animalistic"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["waste"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["animalistic"]["lt"] = array("yes" => 0.656, "no" => 1); /* vorher: 0,7; 201605_ODD: IFEU, ÖI 2MOD(KS95/KS80) 2050 */
-
-/**
- * "Konsum": Form data: "Akzeptanzfragen"
- */
-$fd_sc_consumption_acceptance["consumption_01"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_01,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_01_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_consumption_acceptance["consumption_02"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_02,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_02_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Konsum": Values: "Akzeptanzfragen"
- */
-$factor_sc_consumption_acceptance["consumption_01"]["st"] = array("yes" => 1, "no" => 1); /* 01605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_consumption_acceptance["consumption_01"]["mt"] = array("yes" => 0.874, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-$factor_sc_consumption_acceptance["consumption_02"]["mt"] = array("yes" => 0.874
-, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-
-$factor_sc_consumption_acceptance["consumption_01"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-
-/**
- * "Konsum": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- */
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["tempolimit"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["tempolimit"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["tempolimit"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["fossile_teurer"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["fossile_teurer"] = array("yes" => 0.962, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["fossile_teurer"] = array("yes" => 0.885, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["food"]["political"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["food"]["political"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["food"]["political"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-
-
-/**
- * "Öffentliche Emissionen": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- *
- */
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-?>
\ No newline at end of file
diff --git a/r41/standard/de/_core/values/_values_NEU_2022.inc.php b/r41/standard/de/_core/values/_values_NEU_2022.inc.php
deleted file mode 100644
index ba6c4fa..0000000
--- a/r41/standard/de/_core/values/_values_NEU_2022.inc.php
+++ /dev/null
@@ -1,1862 +0,0 @@
- Vergleichswert für emission */
-define("QUOTA_TD", 10780); /* Anpassung StS 2022_01 auf Summe des deutschen Durchschnitts anpassen */ /* 201612_ODD Bürgerrechner 20161202 Quelle IFEU */ /*PaP 20200512_CO2-Bürgerbilanz_nM_052020 IFEU */
-define("QUOTA_ST", 8904); /* 201512: 8300; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 8900 */
-define("QUOTA_MT", 5633); /* 201512: 5700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 5630 */
-define("QUOTA_LT", 1111); /* 201512: 1700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 1100 */
- /* QUOTA_2_ --> Vergleichswert für emission-self */
-define("QUOTA_2_TD", 0); /* QUOTA_TD - QUOTA_TD */ /* 201605_ODD */
-define("QUOTA_2_ST", 3003); /* QUOTA_TD - QUOTA_ST */ /* 201605_ODD */
-define("QUOTA_2_MT", 6274); /* QUOTA_TD - QUOTA_MT */ /* 201605_ODD */
-define("QUOTA_2_LT", 10796); /* QUOTA_TD - QUOTA_LT */ /* 201605_ODD */
-
-
-/**
- * Average emissions (Vergleichsquote)
- */
-define("AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD", 543.00); //Anpassung PaP 2021_12 // Neu in 2020 //TEST-KONFIGURATION PaP_09_2020 vorher 745,19
-define("AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM", 1621.00); //Anpassung PaP 2021_12 /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING_WOHNEN", AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD + AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM);
-define("AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE", 538.00); //Anpassung PaP 2021_12 /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_LIVING", AVERAGE_EMISSION_VALUE_LIVING_WOHNEN + AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE);
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP", 217.00); //Anpassung PaP 2021_12 /* TBD */ /*PaP Neu in 2020, Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR", 1303.00); //Anpassung PaP 2021_12 /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN", 106.00); //Anpassung PaP 2021_12/*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_AIR", 534.00); //Anpassung PaP 2021_12 /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE", 0.00); //PaP 2021: IFEU gibt Durchschnitt als 61kg vor
-define("AVERAGE_EMISSION_VALUE_MOBILITY", AVERAGE_EMISSION_VALUE_MOBILITY_CAR + AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN + AVERAGE_EMISSION_VALUE_MOBILITY_AIR + AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP + AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE);
-define("AVERAGE_EMISSION_VALUE_FOOD", 1685.00); //Anpassung PaP 2021_12 /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_CONSUMPTION", 1444.00);// ANPASSEN für JUGEND!!! StS 202102 Berechnung auf Basis der Konsumausgaben für Jugendliche 12-18 Jahre ---ACHTUNG: somit darf keine Summe über alle gezogen werden, um den deutschen Durschschnitt zu berechnen!!!
-define("AVERAGE_EMISSION_VALUE_LIFESTYLE", AVERAGE_EMISSION_VALUE_FOOD + AVERAGE_EMISSION_VALUE_CONSUMPTION);// TEST-KONFIGURATION PaP_09_2020 vorher 3536.95 /*PaP Anlageninvestitionen Wohnen und Verkehr herausgenommen, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU vorher 4558.00 */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-define("AVERAGE_EMISSION_VALUE_COMMON", 843.00); //Anpassung PaP 2021_12 /*PaP Tiefbau integriert, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
-
-// Ergebnis im internationalen Vergleich
-define("COMPARE_EMISSION_VALUE_GERMANY", 11170.0); // modif 2015: Values CO2-Rechner 2015
-define("COMPARE_EMISSION_VALUE_PERU", 3530.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/PER?calculation=PER_CAPITA&source=PIK
-define("COMPARE_EMISSION_VALUE_INDIA", 2230.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/IND?calculation=PER_CAPITA&source=PIK
-define("COMPARE_EMISSION_VALUE_KENIA", 1420.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/KEN?calculation=PER_CAPITA&source=PIK
-define("COMPARE_EMISSION_VALUE_TARGET_2050", 1000.00); // modif 2015: Ziel Bund -95% Basis 1990 = ca. 1 t/Bürger in 2050
-
-
-/* Average emissions Szenario */
-define("AVERAGE_EMISSION_VALUE_COMMON_ST", 607.00); /* 201512 1MOD: 853; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2020 */
-define("AVERAGE_EMISSION_VALUE_COMMON_MT", 514.00); /* 201512 1MOD: 689; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2030 */
-define("AVERAGE_EMISSION_VALUE_COMMON_LT", 255.00); /* 201512 1MOD: 552; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2050 */
-
-define("AVERAGE_EMISSION_VALUE", AVERAGE_EMISSION_VALUE_LIVING + AVERAGE_EMISSION_VALUE_MOBILITY + AVERAGE_EMISSION_VALUE_LIFESTYLE + AVERAGE_EMISSION_VALUE_COMMON);
-
-
-
-/* "Zuhause" */
-
-/**
- * "Zuhause": max. amount of persons
- */
-$fd_living_persons_max_value = 10;
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Wohnfläche pro Person/Vorbelegung der Wohnfläche"
- */
-$factor_living_hc_default_living_space[1] = 63;
-$factor_living_hc_default_living_space[2] = 87;
-$factor_living_hc_default_living_space[3] = 106;
-$factor_living_hc_default_living_space[4] = 115;
-$factor_living_hc_default_living_space[5] = 125;
-$factor_living_hc_default_living_space[6] = 130;
-$factor_living_hc_default_living_space[7] = 145;
-$factor_living_hc_default_living_space[8] = 160;
-$factor_living_hc_default_living_space[9] = 180;
-$factor_living_hc_default_living_space[10] = 200;
-
-$default_factor_living_hc_default_living_space = 47.5; // bis 2020: 100 m2, 20200917_STS: Anpassung an DeStatis für 2018: 46,7 m2 je EW (gerundet: 95 m2/2 Personen- Grundlage für AI-Wohnen Berechnung
-
-/**
- * 2020-06-09: Mantis 1755:
- * "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
- * Emissionen je durchschnittlicher Wohnfläche pro Person (entspricht 46,7 m²) [kg/a]
- */
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["mfh"]["nn"] = 270; //TEST-KONFIGURATION! PaP 21_09_2020, war 540 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["mfh"]["upto1978"] = 70;
-$factor_living_hh_cy["mfh"]["upto1983"] = 238;
-$factor_living_hh_cy["mfh"]["upto1994"] = 266;
-$factor_living_hh_cy["mfh"]["upto2001"] = 259;
-$factor_living_hh_cy["mfh"]["later2001"] = 252;
-$factor_living_hh_cy["mfh"]["later2012"] = 336;
-$factor_living_hh_cy["mfh"]["neh"] = 364;
-$factor_living_hh_cy["mfh"]["passivhaus"] = 425;
-$factor_living_hh_cy["mfh"]["upto1919_saniert"] = 140;
-$factor_living_hh_cy["mfh"]["upto1948_saniert"] = 140;
-$factor_living_hh_cy["mfh"]["upto2001_saniert"] = 322;
-$factor_living_hh_cy["mfh"]["upto1969_teilsaniert"] = 105;
-//$factor_living_hh_cy["mfh"]["energieplus"] = ;
-//$factor_living_hh_cy["mfh"]["altbau_saniert_neh"] = ;
-//$factor_living_hh_cy["mfh"]["altbau_saniert_ph"] = ;
-
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["rh"]["nn"] = 300; // PaP 22_09_2020, war 620 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["rh"]["upto1978"] = 80;
-$factor_living_hh_cy["rh"]["upto1983"] = 272;
-$factor_living_hh_cy["rh"]["upto1994"] = 304;
-$factor_living_hh_cy["rh"]["upto2001"] = 296;
-$factor_living_hh_cy["rh"]["later2001"] = 288;
-$factor_living_hh_cy["rh"]["later2012"] = 384;
-$factor_living_hh_cy["rh"]["neh"] = 417;
-$factor_living_hh_cy["rh"]["passivhaus"] = 486;
-$factor_living_hh_cy["rh"]["upto1919_saniert"] = 160;
-$factor_living_hh_cy["rh"]["upto1948_saniert"] = 160;
-$factor_living_hh_cy["rh"]["upto2001_saniert"] = 368;
-$factor_living_hh_cy["rh"]["upto1969_teilsaniert"] = 120;
-//$factor_living_hh_cy["rh"]["energieplus"] = 15;
-//$factor_living_hh_cy["rh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hh_cy["rh"]["altbau_saniert_ph"] = 15;
-
- //Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
-$factor_living_hh_cy["efh"]["nn"] = 380; // TEST-KONFIGURATION! PaP 21_09_2020, war 770 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
-$factor_living_hh_cy["efh"]["upto1978"] = 100;
-$factor_living_hh_cy["efh"]["upto1983"] = 340;
-$factor_living_hh_cy["efh"]["upto1994"] = 380;
-$factor_living_hh_cy["efh"]["upto2001"] = 370;
-$factor_living_hh_cy["efh"]["later2001"] = 360;
-$factor_living_hh_cy["efh"]["later2012"] = 481;
-$factor_living_hh_cy["efh"]["neh"] = 521;
-$factor_living_hh_cy["efh"]["passivhaus"] = 607;
-$factor_living_hh_cy["efh"]["upto1919_saniert"] = 200;
-$factor_living_hh_cy["efh"]["upto1948_saniert"] = 200;
-$factor_living_hh_cy["efh"]["upto2001_saniert"] = 461;
-$factor_living_hh_cy["efh"]["upto1969_teilsaniert"] = 150;
-//$factor_living_hh_cy["efh"]["energieplus"] = 15;
-//$factor_living_hh_cy["efh"]["altbau_saniert_neh"] = 15;
-//$factor_living_hh_cy["efh"]["altbau_saniert_ph"] = 15;
-
-/**
- * 2020-06-09: Mantis 1755:
- * "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
- * Neue Skalierungsfaktoren im Konsum zur Bewertung der Wohnfläche
- */
-$factor_living_hh_living_space["0.7"] = array("min" => 0, "max" => 32);
-$factor_living_hh_living_space["0.9"] = array("min" => 32.1, "max" => 42);
-$factor_living_hh_living_space["1"] = array("min" => 42.1, "max" => 52); // STS 20200917 Schnitt angepasst auf max 50 bei 46,7 im Durchschnitt je EW in D
-$factor_living_hh_living_space["1.1"] = array("min" => 52.1, "max" => 62);
-$factor_living_hh_living_space["1.3"] = array("min" => 62.1, "max" => 100000);
-
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: "Baujahr und Standard des Hauses" kWh/m2
- * StS: 13.11.15: Durchschnittlicher Gebäudestandard für 2015 ["nn"] auf ["upto1983"] gesetzt
- */
-$factor_living_hc_cy["mfh"]["nn"] = 144.736843; //TEST-KONFIGURATION! PaP 2021_12 war 131.3157895 // PaP 22_09_2020, war 115.5 /* Modif_StS_12_2018 Anpassung vornehmen, wenn Durchschnitt sich verbessert: $factor_living_hc_cy["mfh"]["nn"] * $default_factor_living_hc_default_living_space = Vorbelegung in kWh*/
-$factor_living_hc_cy["mfh"]["altbau"] = 150;
-$factor_living_hc_cy["mfh"]["neubau"] = 61;
-
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Energiebedarf Wärme pro Person (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_person_lt = 3262; /* kWh/Person Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD_KS90 3528 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Ziel Anteil EE Wärme (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_ee_ratio_lt = 0.922; /* EE-Anteil, Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD__KS90 0.72 */
-
-/**
- * "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Zukünftige Durchschnitts-Wohnfläche (nur für langfristige Berechnung)
- */
-$factor_sc_living_hc_space_lt = 51.4; /* Quelle Öko-Institut 2MOD; UPDATE 201605_ODD vorher: 1MOD 51.6 */
-
-
-/**
- * "Zuhause": "Wohnverhältnis": Form data: "Baujahr und Standard des Hauses"
- */
-$fd_living_hc_cy["altbau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_ALTBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_ALTBAU);
-$fd_living_hc_cy["neubau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NEUBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_NEUBAU);
-$fd_living_hc_cy["nn"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NN, "tip" => TXT_IMPROVE_LIVING_HC_CY_NN);
-
-/**
- * "Zuhause": "Wohnverhältnis": Welcher Standard des Hauses ist unsaniert
- */
-$fd_living_hc_cy_not_refurbished = array("nn", "altbau");
-
-/**
- * "Zuhause": "Wohnverhältnis": Default values: "Baujahr des Hauses"
- * für heute (td), kurzfristig (st), mittelfristig (mt), langfristig (lt)
- */
-$default_living_cy["td"] = "nn";
-$default_living_cy["st"] = "nn";
-$default_living_cy["mt"] = "nn";
-$default_living_cy["lt"] = "nn";
-
-/**
- * "Zuhause": "Wohnverhältnis": Values: Energieträger CO2 Umrechnung
- * Auswahl basiert auf dem Wert $factor_living_hs_type
- */
-$factor_living_hs_co2_conversion["nn"] = 0.27495; //Anpassung PaP 2021_12 war 0.28408 /* Modif_StS_12_2018 */
-$factor_living_hs_co2_conversion["nn_ee"] = 0.01436; //Anpassung PaP 2021_12 war 0.01896 //unbekannt Erneuerbar Sept.2020
-$factor_living_hs_co2_conversion["erdgas"] = 0.23643; //Anpassung PaP 2021_12 war 0.25039// 201612_LOS Datenquelle Wert
-$factor_living_hs_co2_conversion["solarthermie"] = 0.01920; //Anpassung PaP 2021_12 war 0.0229 /* https://mantis.klima-server.de/view.php?id=1520 Modif_StS_12_2018*/ /* http://mantis.co2-pro.de/view.php?id=1520 Modif_StS_12_2018*/
-
-
-
-/**
- * "Zuhause": "Heizung": Values: "Vermeidungsfaktoren" gegenüber Wärmemix aus je 50% Erdgas und Heizöl
- */
-$factor_living_hs_avoidance_self["nn"] = 0; /* Vermeidung basiert auf NN Faktor von 0.28408 */
-$factor_living_hs_avoidance_self["nn_ee"] = 0.2606; //Anpassung PaP 2021_12 war 0.2651 //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung: Erneuerbaren Energieträger"
- * http://mantis.co2-pro.de/view.php?id=1463
- * http://mantis.co2-pro.de/view.php?id=1419
- */
-$factor_living_hs_type_ee = array("nn_ee");
-
-/**
- * "Zuhause": "Heizung": Values: "Art der Heizung"
- */
-$factor_living_hs_type["nn"] = 0.27495; //Anpassung PaP 2021_12 war 0.28408 /* Modif_StS_12_2018 */
-$factor_living_hs_type["nn_ee"] = 0.01436; //Anpassung PaP 2021_12 war 0.01896 //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Szenario" : "Zuhause": "Heizung": Values: "Art des Energieträgers" 201605_ODD: Update zur Kalibrierung der Wärme im ÖI KS 95
- * Mantis 1521
- */
-
-$factor_sc_living_hs_type["st"]["ee"] = 0.01436; //TEST-KONFIGURATION PaP 2021_21 war 0.03
-$factor_sc_living_hs_type["mt"]["ee"] = 0.01436; //TEST-KONFIGURATION PaP 2021_21 war 0.025
-$factor_sc_living_hs_type["lt"]["ee"] = 0.0115; /*Kalibrierung der Wärme, eigene Annahme*/
-$factor_sc_living_hs_type["st"]["not_ee"] = 0.27495; //TEST-KONFIGURATION pap 2021_21 war 0.282;
-$factor_sc_living_hs_type["mt"]["not_ee"] = 0.247;
-$factor_sc_living_hs_type["lt"]["not_ee"] = 0.24; /* Kalibrierung der Wärme*/
-
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Art der Heizung"
- */
-$fd_living_hs_type["nn"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN);
-$fd_living_hs_type["nn_ee"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN_EE, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN_EE); //unbekannt Erneuerbar Sept.2020
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem"
- */
-$fd_living_hs_heating_system["zentral"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL);
-$fd_living_hs_heating_system["etage"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL);
-$fd_living_hs_heating_system["einzel"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL);
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizungssystem zentral / dezentral"
- */
-$fd_living_hs_heating_system_spec["vor1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980);
-$fd_living_hs_heating_system_spec["1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980);
-$fd_living_hs_heating_system_spec["1995"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995);
-$fd_living_hs_heating_system_spec["2005"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005);
-$fd_living_hs_heating_system_spec["brennwertkessel"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT);
-$fd_living_hs_heating_system_spec["fernwaerme"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME);
-$fd_living_hs_heating_system_spec["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE);
-$fd_living_hs_heating_system_spec["stromdirekt"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT);
-
-/**
- * "Zuhause": "Heizung": Condition: "Heizungssystem zentral / dezentral"
- * Anzeigen wenn Bedingung "strom_oeko" oder "strom" erfüllt für "living_hs_type"
- */
-$condition_living_hs_heating_system_spec["strom"]["zentral"] = array("waermepumpe");
-$condition_living_hs_heating_system_spec["strom"]["etage"] = array("stromdirekt");
-$condition_living_hs_heating_system_spec["erdgas"] = array("vor1980", "1980", "1995", "2005", "brennwertkessel");
-$condition_living_hs_heating_system_spec["fernwaerme"] = array("fernwaerme");
-$condition_living_hs_heating_system_spec["holz"] = array("vor1980", "1980", "1995", "2005");
-
-/**
- * "Zuhause": "Heizung": Values: "Heizungssystem"
- */
-$factor_living_hs_heating_system_spec["zentral"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["zentral"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["zentral"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["zentral"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["zentral"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["zentral"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["zentral"]["waermepumpe_oeko"] = 0.33;
-// $factor_living_hs_heating_system_spec["zentral"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["etage"]["vor1980"] = 1.35;
-$factor_living_hs_heating_system_spec["etage"]["1980"] = 1.25;
-$factor_living_hs_heating_system_spec["etage"]["1995"] = 1.15;
-$factor_living_hs_heating_system_spec["etage"]["2005"] = 1.1;
-$factor_living_hs_heating_system_spec["etage"]["brennwertkessel"] = 1;
-$factor_living_hs_heating_system_spec["etage"]["fernwaerme"] = 0.95;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["waermepumpe_oeko"] = 0.33;
-$factor_living_hs_heating_system_spec["etage"]["stromdirekt"] = 0.8;
-
-$factor_living_hs_heating_system_spec["einzel"][""] = 1.35;
-
-/**
- * "Zuhause": "Heizung": Form data: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$fd_living_hs_additional_renewable_energy["none"] = array("name" => TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE);
-$fd_living_hs_additional_renewable_energy["10"] = array("name" => "10%");
-$fd_living_hs_additional_renewable_energy["20"] = array("name" => "20%");
-$fd_living_hs_additional_renewable_energy["30"] = array("name" => "30%");
-$fd_living_hs_additional_renewable_energy["40"] = array("name" => "40%");
-$fd_living_hs_additional_renewable_energy["50"] = array("name" => "50%");
-
-/**
- * "Zuhause": "Heizung": Values: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
- */
-$factor_living_hs_additional_renewable_energy["none"] = 1;
-$factor_living_hs_additional_renewable_energy["10"] = 0.9;
-$factor_living_hs_additional_renewable_energy["20"] = 0.8;
-$factor_living_hs_additional_renewable_energy["30"] = 0.7;
-$factor_living_hs_additional_renewable_energy["40"] = 0.6;
-$factor_living_hs_additional_renewable_energy["50"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "durchschnittliche Raumtemperatur"
- */
-$fd_living_hs_avg_room_temp["18"] = array("name" => "18°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
-$fd_living_hs_avg_room_temp["19"] = array("name" => "19°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
-$fd_living_hs_avg_room_temp["20"] = array("name" => "20°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
-$fd_living_hs_avg_room_temp["21"] = array("name" => "21°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
-$fd_living_hs_avg_room_temp["22"] = array("name" => "22°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-$fd_living_hs_avg_room_temp["23"] = array("name" => "23°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-$fd_living_hs_avg_room_temp["24"] = array("name" => "24°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
-
-/**
- * "Zuhause": "Heizung": Values: "durchschnittliche Raumtemperatur"
- */
-$factor_living_hs_avg_room_temp["18"] = 0.8;
-$factor_living_hs_avg_room_temp["19"] = 0.9;
-$factor_living_hs_avg_room_temp["20"] = 1;
-$factor_living_hs_avg_room_temp["21"] = 1.1;
-$factor_living_hs_avg_room_temp["22"] = 1.2;
-$factor_living_hs_avg_room_temp["23"] = 1.25;
-$factor_living_hs_avg_room_temp["24"] = 1.3;
-
-/**
- * "Zuhause": "Heizung": Form data: "Lüft-Gewohnheiten"
- */
-$fd_living_hs_airing_habits["viele"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_MANY);
-$fd_living_hs_airing_habits["einige"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_SOME);
-$fd_living_hs_airing_habits["stoss"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Lüft-Gewohnheiten"
- */
-$factor_living_hs_airing_habits["viele"] = 1.2;
-$factor_living_hs_airing_habits["einige"] = 1.1;
-$factor_living_hs_airing_habits["stoss"] = 1;
-
-
-/**
- * "Zuhause": "Heizung": Form data: "Heizen ungenutzter Räume"
- */
-$fd_living_hs_heating_habits["normal"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_HABITS_NORMAL);
-$fd_living_hs_heating_habits["minimal"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_HABITS_MINIMAL);
-
-/**
- * "Zuhause": "Heizung": Values: "Heizen ungenutzter Räume"
- */
-$factor_living_hs_heating_habits["normal"] = 1;
-$factor_living_hs_heating_habits["minimal"] = 0.9;
-
-
-/**
- * "Zuhause": "Heizung": Values: "Nachträgliche Modernisierung"
- */
-$factor_living_hs_insulating_standard[""] = 0;
-$factor_living_hs_insulating_standard["fenster"] = 0.12;
-$factor_living_hs_insulating_standard["dach"] = 0.15;
-$factor_living_hs_insulating_standard["fassade"] = 0.35;
-$factor_living_hs_insulating_standard["kellerdecke"] = 0.07;
-
-/**
- * "Zuhause": "Heizung": Form data: "Nachträgliche Modernisierung"
- */
-$fd_living_hs_insulating_standard["fenster"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER);
-$fd_living_hs_insulating_standard["dach"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH);
-$fd_living_hs_insulating_standard["fassade"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER);
-$fd_living_hs_insulating_standard["kellerdecke"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE);
-
-/**
- * "Zuhause": "Wohnverhältnis": Condition: "Nachträgliche Modernisierung"
- * Nicht anzeigen: living_hc_cy
- */
-$condition_living_hs_insulating_standard['living_hc_cy'] = array("upto2001", "later2001", "neh", "passivhaus", "upto1919_saniert", "upto1948_saniert", "upto2001_saniert");
-
-/**
- * "Zuhause": "Heizung": Form data: "persönlicher Warmwasserverbrauch"
- */
-$fd_living_hs_warm_water_consumption["duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN);
-$fd_living_hs_warm_water_consumption["oft_baden"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN);
-
-/**
- * "Zuhause": "Heizung": Values: "persönlicher Warmwasserverbrauch"
- */
-$factor_living_hs_warm_water_consumption["duschen"] = 0.525;
-$factor_living_hs_warm_water_consumption["oft_duschen"] = 1;
-$factor_living_hs_warm_water_consumption["oft_baden"] = 1.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "Spararmaturen"
- */
-$fd_living_hs_saving_fittings["vorwiegend"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY);
-$fd_living_hs_saving_fittings["zumteil"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME);
-$fd_living_hs_saving_fittings["keine"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE);
-
-/**
- * "Zuhause": "Heizung": Values: "Spararmaturen"
- */
-$factor_living_hs_saving_fittings["vorwiegend"] = 0.6;
-$factor_living_hs_saving_fittings["zumteil"] = 0.8;
-$factor_living_hs_saving_fittings["keine"] = 1;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem"
- */
-$fd_living_hs_heating_system_warmwater["zentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL);
-$fd_living_hs_heating_system_warmwater["dezentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL);
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem zentral"
- */
-$factor_living_hs_heating_system_warmwater_zentral["vor1980"] = 1000;
-$factor_living_hs_heating_system_warmwater_zentral["1980"] = 900;
-$factor_living_hs_heating_system_warmwater_zentral["1995"] = 800;
-$factor_living_hs_heating_system_warmwater_zentral["2005"] = 1150; //StS: Anpassung Jugendre$factor_living_hs_warm_water_consumption$factor_living_hs_warm_water_consumptionchner für Schätzung gemäß http://projekte.meine-verbraucherzentrale.de/DE-NW/duschrechner.html
-$factor_living_hs_heating_system_warmwater_zentral["brennwertkessel"] = 600;
-$factor_living_hs_heating_system_warmwater_zentral["fernwaerme"] = 700;
-$factor_living_hs_heating_system_warmwater_zentral["waermepumpe"] = 200;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$fd_living_hs_heating_system_warmwater_zentral_extras["solar"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR);
-$fd_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE);
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
- */
-$factor_living_hs_heating_system_warmwater_zentral_extras[""] = 1;
-$factor_living_hs_heating_system_warmwater_zentral_extras["solar"] = 0.5;
-$factor_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = 0.5;
-
-/**
- * "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Dezentral"
- */
-$fd_living_hs_heating_system_warmwater_dezentral["erdgas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["fluessiggas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["heizoel"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL, "unit" => "Liter");
-$fd_living_hs_heating_system_warmwater_dezentral["strom"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO, "unit" => "kWh");
-$fd_living_hs_heating_system_warmwater_dezentral["holz"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["holzpellets"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["steinkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE, "unit" => "kg");
-$fd_living_hs_heating_system_warmwater_dezentral["braunkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE, "unit" => "kg");
-
-/**
- * "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem dezentral"
- */
-$factor_living_hs_heating_system_warmwater_dezentral["1"] = 1150; // kWh / Person //StS: Anpassung Jugendrechner gemäß http://projekte.meine-verbraucherzentrale.de/DE-NW/duschrechner.html
-$factor_living_hs_heating_system_warmwater_dezentral["2"] = 550; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["3"] = 500; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["4"] = 475; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["5"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["6"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["7"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["8"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["9"] = 460; // kWh / Person
-$factor_living_hs_heating_system_warmwater_dezentral["10"] = 460; // kWh / Person
-
-/**
- * "Zuhause": "Strom": Values: "Basis Stromverbrauch pro Person"
- * Wird auch im Szenario verwendet
- * Quelle: BDEW (2013) Stromverbrauch im HH. S.10: Stromverbrauch je HH nach HHgröße ohne elektrische WWaufbereitung, + Ergänzung ab 5 Personen-HH jeweils um 500 kWh/Person (STS 10.2016)
- */
-$factor_living_pt_estimate_consumption_basic[1] = 1034; //Anpassung PaP 2022 Bürgerrechner geteilt durch 3, war 1170 // StS_02_2021 Anpassung für Jugendrechner bei Berechnung von 1 Person/HH: statt 1700 kWh Annahme 3 Personen/HH --> $factor_living_pt_estimate_consumption_basic[3] = 3500 / 3 = 1170
-$factor_living_pt_estimate_consumption_basic[2] = 3225; //PaP_12_2020 Anpassung wegen gesunkenem Stromfaktor, war 2790 / PaP_09_2020 vorher 2900 / Anpassung für Durchschnitt bei default Einstellung von 3000 auf 2600 //Modif_StS_12_2018 wg. Durchschnitt im default
-$factor_living_pt_estimate_consumption_basic[3] = 3500;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[4] = 4200;
-$factor_living_pt_estimate_consumption_basic[5] = 4700;
-$factor_living_pt_estimate_consumption_basic[6] = 5200;
-$factor_living_pt_estimate_consumption_basic[7] = 5700;
-$factor_living_pt_estimate_consumption_basic[8] = 6200;
-$factor_living_pt_estimate_consumption_basic[9] = 6700;
-$factor_living_pt_estimate_consumption_basic[10] = 7200;
-
-/**
- * "Zuhause": "Strom": Form data: "Strombezug"
- */
-$fd_living_pt_type["strommix_de"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROMMIX_DE);
-$fd_living_pt_type["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROM_OEKO);
-
-/**
- * "Zuhause": "Strom": Values: "Strombezug"
- */
-$factor_living_pt_type["strommix_de"] = 0.3492; //Anpassung PaP 2021_12 war 0.4358 //// PaP_12_2020 war 0.5048 //PaP_09_2020 Anpassung, vorher 0.5237 //Modif_StS_12_2018,
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_living_pt_type["strom_oeko"] = 0.026705; //Anpassung PaP 2021_12 war 0.03424 // Modif_StS_12_2017
-
-/**
- * "Szenario": "Strom": Values: Strombezug pro Zeitperiode
- */
-$factor_sc_living_pt_type["strommix_de"]['st'] = 0.3492; //Anpassung PaP 2021_12 war 0.4358 // PaP_12_2020 war 0.5048 //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018 12.2018 von 0.5597 auf 0.5237 gesenkt, bitte neuen Wert berechnen! bis 12.17 Öko-I. AMS 2MOD 0.623; UPDATE 201605_ODD vorher: 1MOD_AMS 0,52 */ /*ODD update needed*//* TO CHECK */ //Modif_StS_12_2017 aus Stromfaktor aus 16 für 18 0.5597
-$factor_sc_living_pt_type["strommix_de"]['mt'] = 0.3492; //Anpassung PaP 2021_12 war 0.4358 // PaP_12_2020 war 0.5048 //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018: 12.2018 von 0.541 auf 0.5237 gesenkt, bitte neuen Wert berechnen! Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,427*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strommix_de"]['lt'] = 0.312; /* Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,272*/ //Modif_StS_12_2017
-/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
-$factor_sc_living_pt_type["strom_oeko"]['st'] = 0.026705; //Anpassung PaP 2021_12 war 0.03424 //Modif_StS_12_2017 dem Faktor für 2018 gleich gesetzt (bis 12.17: 0,044)
-$factor_sc_living_pt_type["strom_oeko"]['mt'] = 0.026705; //Anpassung PaP 2021_12 war 0.030 /*eigene Annahme*/ //Modif_StS_12_2017
-$factor_sc_living_pt_type["strom_oeko"]['lt'] = 0.0115; /*eigene Annahme*/ //Modif_StS_12_2017
-
-
-/**
- * "Zuhause": "Strom": Form data: "Computer"
- */
-$fd_living_pt_computer["pc"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_PC, "tip" => '');
-$fd_living_pt_computer["laptop"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_LAPTOP, "tip" => '');
-$fd_living_pt_computer["mobile_device"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_MOBILE_DEVICE, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Computer"
- */
-$factor_living_pt_computer["pc"] = 30;
-$factor_living_pt_computer["laptop"] = 20;
-$factor_living_pt_computer["mobile_device"] = 10;
-
-$default_factor_living_pt_computer = "pc";
-
-/**
- * "Zuhause": "Strom": Form data: "Gaming"
- */
-$fd_living_pt_gaming["viel"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_VIEL, "tip" => '');
-$fd_living_pt_gaming["taeglich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_TAEGLICH, "tip" => '');
-$fd_living_pt_gaming["gelegentlich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_GELEGENTLICH, "tip" => '');
-$fd_living_pt_gaming["nein"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_NEIN, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Gaming"
- */
-$factor_living_pt_gaming["viel"] = 300;
-$factor_living_pt_gaming["taeglich"] = 100;
-$factor_living_pt_gaming["gelegentlich"] = 0;
-$factor_living_pt_gaming["nein"] = -100;
-
-$default_factor_living_pt_gaming = "gelegentlich";
-
-/**
- * "Zuhause": "Strom": Form data: "Elektrogeräte"
- */
-$fd_living_pt_elektro["viel"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_VIEL, "tip" => '');
-$fd_living_pt_elektro["minimal"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_MINIMAL, "tip" => '');
-$fd_living_pt_elektro["standard"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_STANDARD, "tip" => '');
-
-/**
- * "Zuhause": "Strom": Values: "Elektrogeräte"
- */
-$factor_living_pt_elektro["viel"] = 30;
-$factor_living_pt_elektro["minimal"] = -30;
-$factor_living_pt_elektro["standard"] = 0;
-
-$default_factor_living_pt_elektro = "standard";
-
-
-/**
- * "Zuhause": "Strom": Form data: "Energiesparlampen"
- */
-$fd_living_pt_energy_saving_bulbs["nur"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_NUR, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_NUR);
-$fd_living_pt_energy_saving_bulbs["einige"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE);
-
-/**
- * "Zuhause": "Strom": Values: "Energiesparlampen"
- */
-$factor_living_pt_energy_saving_bulbs["nur"] = -50;
-$factor_living_pt_energy_saving_bulbs["einige"] = 0;
-
-$default_factor_living_pt_energy_saving_bulbs = "einige";
-
-/**
- * "Zuhause": "Strom": Form data: "Stand-by"
- */
-$fd_living_pt_energy_standby["geraet"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_GERAET, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_GERAET);
-$fd_living_pt_energy_standby["standby"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_STANDBY, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_STANDBY);
-$fd_living_pt_energy_standby["komplett"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_KOMPLETT, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_KOMPLETT);
-
-/**
- * "Zuhause": "Strom": Values: "Stand-by"
- */
-$factor_living_pt_energy_standby["geraet"] = 0;
-$factor_living_pt_energy_standby["standby"] = 50;
-$factor_living_pt_energy_standby["komplett"] = -50;
-
-$default_factor_living_pt_energy_standby = "standby";
-
-
-/* EOF "Zuhause" */
-
-
-
-/* "Mobilität": "Fahrzeuge" */
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Anzahl der Fahrzeuge"
- */
-$fd_mobility_cars_total_amount = 5; // change also manually in "_functions.inc.js"
-
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Fahrzeugart"
- */
-$fd_mobility_cars_type["kleinwagen"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-$fd_mobility_cars_type["mittelklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-$fd_mobility_cars_type["oberklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
-// $fd_mobility_cars_type["phev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV);
-$fd_mobility_cars_type["bev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_BEV);
-// $fd_mobility_cars_type["bev_re"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE);
-$fd_mobility_cars_type["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
-$fd_mobility_cars_type["motoroller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
-$fd_mobility_cars_type["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_EROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_EROLLER);
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_mobility_cars_energy_source["benzin"] = 2.673; //Anpassung PaP 2021_12 war 2.681 // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_mobility_cars_energy_source["diesel"] = 3.087; //Anpassung PaP 2021_12 war 3.079 //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_mobility_cars_energy_source["erdgas"] = 2.829; //Anpassung PaP 2021_12 war 2.763 // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_mobility_cars_energy_source["fluessiggas"] = 2.275; //Anpassung PaP 2021_12 war 2.278 // PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235 */
-$factor_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: "Energieträger"
- */
-$factor_sc_mobility_cars_energy_source["benzin"] = 2.673; //Anpassung PaP 2021_12 war 2.681 // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
-$factor_sc_mobility_cars_energy_source["diesel"] = 3.087; //Anpassung PaP 2021_12 war 3.079 //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
-$factor_sc_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
-$factor_sc_mobility_cars_energy_source["erdgas"] = 2.829; //Anpassung PaP 2021_12 war 2.763 // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
-$factor_sc_mobility_cars_energy_source["fluessiggas"] = 2.275; //Anpassung PaP 2021_12 war 2.278 // PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235*/
-$factor_sc_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
-
-/**
- * "Mobilität": "Fahrzeuge": Form data: "Energieträger"
- */
-$fd_mobility_cars_energy_source["benzin"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["diesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["biodiesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-$fd_mobility_cars_energy_source["erdgas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS, "unit" => TXT_VALUE_FD_UNIT_KG);
-$fd_mobility_cars_energy_source["fluessiggas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS, "unit" => TXT_VALUE_FD_UNIT_LITER);
-//$fd_mobility_cars_energy_source["ethanol"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL, "unit" => TXT_VALUE_FD_UNIT_LITER);
-
-
-/**
- * "Mobilität": "CarSharing": Values: "Energieträger" und "Verbrauch" /*ODD 201605 Update needed?/
- */
-$factor_mobility_car_sharing_energy_source = $factor_mobility_cars_energy_source["benzin"];
-$factor_mobility_car_sharing_consumption = 6.0; /* Anpassung 22-12-2014 StS: siehe Mantis 1403 */
-
-
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Verbrauchsvorgabe"
- */
-$factor_mobility_cars_consumption_default["benzin"]["kleinwagen"] = 6.7; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["motorrad"] = 3.3; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["benzin"]["motoroller"] = 2.2; /* Quelle IFEU 2012 */
-
-$factor_mobility_cars_consumption_default["diesel"]["mittelklasse"] = 6.1; /* Quelle IFEU 2012 */
-$factor_mobility_cars_consumption_default["diesel"]["oberklasse"] = 8.2; /* Quelle IFEU 2012 */
-
-$factor_mobility_cars_consumption_default["kwh"]["bev"] = 20;
-$factor_mobility_cars_consumption_default["kwh"]["e_roller"] = 4;
-
-/**
- * "Szenario" : "Mobilität": "Fahrzeuge": Values: Reduktion in Prozent
- */
-$factor_sc_mobility_cars_consumption_default = 10; // Wird in Javascript verwendet
-
-/**
- * "Mobilität": "Fahrzeuge": Values: "Energieträger zur Berechnung CO2-Quote [g/km]" TO CHECK
- */
-$factor_mobility_cars_energy_source_co2quota["benzin"] = 2.35; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["diesel"] = 2.65; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["biodiesel"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["erdgas"] = 2.509; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["fluessiggas"] = 1.72; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-$factor_mobility_cars_energy_source_co2quota["ethanol"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
-
-
-
-/* EOF "Mobilität": "Fahrzeuge" */
-
-
-/* "Mobilität": "Unterwegs im Alltag" */
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Values: "Zur Schule, Ausbildung oder Job"
- */
-$factor_mobility_school_transportation["fahrrad"] = 0;
-$factor_mobility_school_transportation["bus_bahn"] = 0.08;
-$factor_mobility_school_transportation["eltern"] = 0.35;
-$factor_mobility_school_transportation["auto"] = 0.2;
-$factor_mobility_school_transportation["moped"] = 0.1;
-$factor_mobility_school_transportation["motorrad"] = 0.15;
-$factor_mobility_school_transportation["e_roller"] = 0.04;
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Form data: "Zur Schule, Ausbildung oder Job"
- */
-$fd_mobility_school_transportation["fahrrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD);
-$fd_mobility_school_transportation["bus_bahn"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN);
-$fd_mobility_school_transportation["eltern"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN);
-$fd_mobility_school_transportation["auto"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_AUTO, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_AUTO);
-$fd_mobility_school_transportation["moped"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOPED, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOPED);
-$fd_mobility_school_transportation["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD);
-$fd_mobility_school_transportation["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER);
-
-/**
- * "Mobilität": "Unterwegs im Alltag": Values: "Freizeit" (1000 km)
- */
-$factor_mobility_spare_time_performance["fahrrad"] = 0;
-$factor_mobility_spare_time_performance["bus_bahn"] = 0.07;
-$factor_mobility_spare_time_performance["moped"] = 0.1;
-$factor_mobility_spare_time_performance["e_roller"] = 0.04;
-$factor_mobility_spare_time_performance["motorrad"] = 0.15;
-$factor_mobility_spare_time_performance["auto"] = 0.2;
-$factor_mobility_spare_time_performance["eltern"] = 0.35;
-
-/**
- * "Mobilität": "Unterwegs im Alltag" Form data: "Freizeit"
- */
-$fd_mobility_spare_time_performance["fahrrad"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD_HELP
- );
-$fd_mobility_spare_time_performance["bus_bahn"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN_HELP
- );
-$fd_mobility_spare_time_performance["moped"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED_HELP
- );
-$fd_mobility_spare_time_performance["e_roller"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER_HELP
- );
-$fd_mobility_spare_time_performance["motorrad"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD_HELP
- );
-$fd_mobility_spare_time_performance["auto"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO_HELP
- );
-$fd_mobility_spare_time_performance["eltern"] = array(
- "name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
- "tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
- "help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN_HELP
- );
-
-/* EOF "Mobilität": "Unterwegs im Alltag" */
-
-
-/* "Mobilität": "Im Urlaub mit Auto oder Bahn" */
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr individuell" (1000 km)
- */
-$factor_mobility_transport_type["long_distance"] = 43.98; /* Modif_StS_12_2018 46->43.98 Q: DB-KlimAktiv 2018 / Anpassung 22-12-2014 StS: von 47.9 auf 43 (TÜV gepr.) / Q: DB / KlimAktiv 2014; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD KlimAktivDB: 45,96 */
-$factor_mobility_transport_type["long_distance_green"] = 4.21; //Anpassung PaP 2021_21 war 4.39/* Modif_StS_12_2018 46->4.39 Q: DB-KlimAktiv 2018 / 201612_ODD KlimAktivDB: 4,74*/ //Modif_StS_12_2017
-$factor_mobility_transport_type["short_distance"] = 57.40; //PaP_09_2020 Anpassung, vorher 58.10, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 66->58.10 Q: TREMOD 5.82, 2017/ Anpassung 22-12-2014 StS: von 78.97 auf 74 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD TREMOD 5.62 66*/
-$factor_mobility_transport_type["oepnv"] = 65.10; //PaP_09_2020 Anpassung, vorher 63.10 , 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 70->63.10 Q: TREMOD 5.82, 2017 / Anpassung 22-12-2014 StS: von 78.6 auf 75 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 70*/
-$factor_mobility_transport_type["coach"] = 30.4; //PaP_09_2020 Anpassung, vorher 32 , 20200901_Faktoren-CO2-Rechner /* Anpassung 22-12-2014 StS: von 30.8 auf 30 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 32*/
-$factor_mobility_transport_type["bike"] = 0;
-$factor_mobility_transport_type["e_bike"] = 0;
-$factor_mobility_transport_type["on_foot"] = 0;
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Form data: "öffentlicher Verkehr individuell"
- */
-$fd_mobility_transport_type["long_distance_green"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["long_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["short_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["oepnv"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["coach"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
-$fd_mobility_transport_type["bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-$fd_mobility_transport_type["e_bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-$fd_mobility_transport_type["on_foot"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
-
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * Mantis 1473: kg CO2e/PKM
- * MIV Faktor - $factor_mobility_transport_type[""]
- */
-$factor_mobility_transport_type_avoidance_self["long_distance"] = 0.0951; /* Modif_StS_12_2018 0.093->0.0951 201512: 0.098; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347 Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["short_distance"] = 0.0817; //PaP_09_2020 Anpassung, vorher 0.081, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.073->0.081 201512: 0.067; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["oepnv"] = 0.074; //PaP_09_2020 Anpassung, vorher 0.076, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.070->0.076 201512: 0.066; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["coach"] = 0.109; //PaP_09_2020 Anpassung, vorher 0.107, 20200901_Faktoren-CO2-Rechner /* 201512: 0.111; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["bike"] = 0.139; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["e_bike"] = 0.133; //Modif_StS_12_2017
-$factor_mobility_transport_type_avoidance_self["on_foot"] = 0.139; //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
- * MIV Faktor - $factor_sc_mobility_transport_type[""]
- * wird nur bei [st] angewendet
- */
-$factor_sc_mobility_transport_type_avoidance_self["long_distance"] = 0.11; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347
-$factor_sc_mobility_transport_type_avoidance_self["short_distance"] = 0.086; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["oepnv"] = 0.084; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["coach"] = 0.115; /* ÖI AMS 2020 2MOD*/
-$factor_sc_mobility_transport_type_avoidance_self["bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["e_bike"] = 0.141;
-$factor_sc_mobility_transport_type_avoidance_self["on_foot"] = 0.141;
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- */
-$factor_mobility_train_general_performance = 49.20; // PaP_09_2020 Anpassung, vorher 52.05, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 69.717 -> 52.05 / IFEU 2010 */ /*2016_ODD TREMOD 5.62: unverändert*/
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
- * wird nur bei [mt] angewendet
- */
-$factor_sc_mobility_train_general_performance = 30; /* ÖI AMS 2030: ÖPV Faktor in gramm*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_mobility_train_general_performance_avoidance_self = 0.09; // PaP_09_2020 Anpassung, vorher 0.087, 20200901_Faktoren-CO2-Rechner /* MIV Faktor -$factor_mobility_transport_type["oepnv"]*/ /* 201512: 0.066; 201605_ODD: TREMOD 5.62: 141-70*/ //Modif_StS_12_2017
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
- */
-$factor_sc_mobility_train_general_performance_avoidance_self = 0.111; /* MIV Faktor -ÖI 2030 AMS: ÖV*/
-
-/**
- * "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
- */
-$factor_sc_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
-
-/**
- * "Szenario": "Mobilität": "Performance Individualverkehr": Values: "Personenkilometer" (kg CO2/pkm)
- */
-$factor_sc_performance_mobility_miv_general["mt"] = 0.083; /*ÖI 2030 AMS: EF PKW*/
-$factor_sc_performance_mobility_miv_general["lt"] = 0.056; /*ÖI 2050 AMS: EF PKW*/
-
-/**
- * "Szenario": "Mobilität": "Performance Zugverkehr": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_train_general["mt"] = 0.03; /*ÖI 2030 AMS: EF ÖPV*/
-$factor_sc_performance_mobility_train_general["lt"] = 0.017; /*ÖI 2030 AMS: EF ÖPV*/
-
-/**
- * "Szenario": "Mobilität": "Performance Öko": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_oeko_general["mt"] = 0;
-$factor_sc_performance_mobility_oeko_general["lt"] = 0;
-
-/**
- * "Szenario": "Mobilität": "Performance Neue Technologien": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
- */
-$factor_sc_performance_mobility_miv_nt["mt"] = 0.076;
-$factor_sc_performance_mobility_miv_nt["lt"] = 0.076;
-
-
-/**
- * "Szenario": "Mobilität": "Performance": Values: "Jährliche Fahrleistung (km) für Long-time"
- */
-$factor_performance_mobility_miv_general_lt = 12325; /*ÖI 2050 AMS: PKM PKW: 12707; 201605 ÖI 2MOD, neue EW: 12325*/
-$factor_performance_mobility_oeko_general_lt = 306;
-$factor_performance_mobility_train_general_lt = 2297; /*ÖI 2050 AMS: PKM ÖPV 2369; 201605 ÖI 2MOD, neue EW: 2297*/
-$factor_performance_mobility_air_general_lt = 500; /*wird nicht gezogen*/
-
-
-/* EOF "Mobilität": "Öffentlicher Verkehr" */
-
-
-/* "Mobilität": "Flugreisen" */
-
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Europa
- */
-$default_factor_mobility_air_general_europe_hours = 0; /* StS 202102 Anpassung des defaults für Jugendliche */
-
-/**
- * "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Interkontinental
- */
-$default_factor_mobility_air_general_world_hours = 0;
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR_EC", 3.0); // RFI_FAKTOR ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT_EC", 400); // RFI_DISTANZ ab 2020 EC
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED_EC", 95); // Streckenverlängerung ab 2020 EC
-
-$factor_mobility_air_flight_co2_e_3_jet_a = 3.66153;
-$factor_mobility_air_flight_rfi_base_jet_a = 3.15315;
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- * FLUGRECHNER 2020 EC
- */
-$factor_mobility_air_flight_class_default_ec["economy"] = 1;
-$factor_mobility_air_flight_class_default_ec["business"] = 1.4;
-$factor_mobility_air_flight_class_default_ec["firstclass"] = 1.4;
-
-/**
- * "Mobilität": "Flugreisen": Distanzklassen (in km)
- * FLUGRECHNER 2020 EC
- */
-$default_factor_mobility_air_distance_class_short_max_ec = 900;
-$default_factor_mobility_air_distance_class_middle_max = 3800;
-
-
-/**
- * EOF "Mobilität": "Flugreisen": Values
- * FLUGRECHNER 2020 EC
- */
-
-
-/**
- * "Mobilität": "Flugreisen": Values
- */
-define("MOBILITY_AIR_FLIGHT_BYLOAD", 0.98); // FLUG_BEILAD
-
-define("MOBILITY_AIR_FLIGHT_RFI_FACTOR", 3.0); // RFI_FAKTOR
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT", 400); // RFI_DISTANZ
-define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED", 50); // Streckenverlängerung
-
-/**
- * "Mobilität": "Flugreisen": Values: "Flugklasse"
- */
- //für Pauschale Berechnung
-$factor_mobility_air_flight_class_default["economy"] = 1;
-$factor_mobility_air_flight_class_default["business"] = 1.4;
-$factor_mobility_air_flight_class_default["firstclass"] = 1.4;
-
-//für Pauschale Berechnung
-$factor_mobility_air_flight_distance["europe"] = 123; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 170
-$factor_mobility_air_flight_distance["world"] = 159; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 240
-
-//für Pauschale Berechnung
-$factor_mobility_air_general_km["europe"] = 700; // Distanz je h Flugzeit
-$factor_mobility_air_general_km["world"] = 800; // Distanz je h Flugzeit
-
-
-$factor_mobility_air_distance_class_values["short"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT;
-$factor_mobility_air_distance_class_values["short"]["flight_co_aeq"] = 0.10; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,12
-$factor_mobility_air_distance_class_values["short"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.5,
-"firstclass" => 1.5
-);
-
-$factor_mobility_air_distance_class_values["middle"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE;
-$factor_mobility_air_distance_class_values["middle"]["flight_co_aeq"] = 0.09; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,1
-$factor_mobility_air_distance_class_values["middle"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.4,
-"firstclass" => 1.4
-);
-
-$factor_mobility_air_distance_class_values["long"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG;
-$factor_mobility_air_distance_class_values["long"]["flight_co_aeq"] = 0.085; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,095
-$factor_mobility_air_distance_class_values["long"]["flight_load_factor"] = array( // FLUG_AUSLAST
-"economy" => 1.25, /* Fehlerkorrektur 2011 */
-"business" => 1.33,
-"firstclass" => 1.33
-);
-
-$factor_sc_mobility_air_lt = 421; // kg CO2e ("ÖI 2050 AMS CO2 INT und NAT FLUGVERKEHR, rein CO2e")
-
-/* EOF "Mobilität": "Flugreisen" */
-
-
-/* "Ernährung" */
-
-/**
- * "Ernährung": CO2 Berechnung auf Basis des Kalorienbedarfs (1kcal = 0.669 kg CO2)
- */
-define("FOOD_KCAL_CO2TONS", 0.6482); //StS 20220127 vorher 0.65,/PaP_09_2020 Anpassung, vorher 0.6678, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.679 --> 0.6678 vorher Anpassung 22-12-2014 StS: von 0.51923 auf 0.55; 201605_ODD IFEU von 0.55 auf 0.679 TO CHECK 201612_ODD IFEU von 0.679 auf 0.673*/
-define("FOOD_KCAL_CO2TONS_ST", 0.6482); /* StS 20220127 vorher 0.649 /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0,538; 201605_ODD IFEU, ÖI 2MOD AMS 2020 */
-define("FOOD_KCAL_CO2TONS_MT", 0.610); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.523; 201605_ODD IFEU, ÖI 2MOD AMS 2030 */
-define("FOOD_KCAL_CO2TONS_LT", 0.522); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.499; 201605_ODD IFEU, ÖI 2MOD AMS 2050 */
-
-/**
- * "Ernährung": Kalorienbedarf pauschal
- */
-define("FOOD_KCAL_DEFAULT_VALUE", 2600);
-
-$default_factor_food_details_sex = "divers";
-
-/**
- * "Ernährung": Form data: "Alter"
- */
-$fd_food_details_age["17"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_17);
-$fd_food_details_age["29"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_29);
-$fd_food_details_age["59"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_59);
-$fd_food_details_age["60"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_60);
-
-$default_factor_food_details_age = 17;
-$default_factor_food_details_weight = 71; //TEST-KONFIGURATION PaP_09_2020, vorher 74 /* Modif_StS_12_2018 72 --> 74 201612_ODD Anpassung von 75 -> 72 für Default - Abgleich mit pro Kopf dann 1,75 t CO2e/ Jahr*/
-
-/**
- * "Ernährung": Values: "Alter" (Kalorienbedarf Männer/Frauen detailliert)
- * 2020-06-23: Erweitertung um "divers" - Mantis 1723
- */
-$factor_food_details_age["male"]["17"] = array("kcal" => 17.5, "offset" => 651);
-$factor_food_details_age["male"]["29"] = array("kcal" => 15.3, "offset" => 679);
-$factor_food_details_age["male"]["59"] = array("kcal" => 11.6, "offset" => 879);
-$factor_food_details_age["male"]["60"] = array("kcal" => 13.5, "offset" => 487);
-
-$factor_food_details_age["female"]["17"] = array("kcal" => 12.2, "offset" => 746);
-$factor_food_details_age["female"]["29"] = array("kcal" => 14.7, "offset" => 496);
-$factor_food_details_age["female"]["59"] = array("kcal" => 8.7, "offset" => 829);
-$factor_food_details_age["female"]["60"] = array("kcal" => 10.5, "offset" => 596);
-
-$factor_food_details_age["divers"]["17"] = array("kcal" => 14.85, "offset" => 699);
-$factor_food_details_age["divers"]["29"] = array("kcal" => 15.0, "offset" => 588);
-$factor_food_details_age["divers"]["59"] = array("kcal" => 10.15, "offset" => 854);
-$factor_food_details_age["divers"]["60"] = array("kcal" => 12.0, "offset" => 542);
-
-
-/**
- * "Ernährung": Form data: "Tätigkeitsfaktor"
- */
-$fd_food_details_activity["inaktiv"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV);
-$fd_food_details_activity["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG);
-$fd_food_details_activity["leicht"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT);
-$fd_food_details_activity["hart"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART);
-
-/**
- * "Ernährung": Values: "Tätigkeitsfaktor"
- */
-$factor_food_details_activity["inaktiv"] = 1.4;
-$factor_food_details_activity["wenig"] = 1.5;
-$factor_food_details_activity["leicht"] = 1.6;
-$factor_food_details_activity["hart"] = 1.7;
-
-$default_factor_food_details_activity = "wenig";
-
-/**
- * "Ernährung": Form data: "Sport"
- */
-$fd_food_details_sport["nein"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN);
-$fd_food_details_sport["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG);
-$fd_food_details_sport["viel"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL);
-
-/**
- * "Ernährung": Values: "Sport"
- */
-$factor_food_details_sport["nein"] = 1;
-$factor_food_details_sport["wenig"] = 1.1;
-$factor_food_details_sport["viel"] = 1.2;
-
-$default_factor_food_details_sport = "wenig"; //TEST-KONFIGURATION PaP_09_2020, vorher "nein"
-
-
-/**
- * "Ernährung": Form data: "Essgewohnheiten"
- */
-$fd_food_eating_habits["type"]["vegan"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGAN);
-$fd_food_eating_habits["type"]["vegetarisch"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGETARISCH);
-// $fd_food_eating_habits["type"]["fleischreduziert"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT);
-$fd_food_eating_habits["type"]["gemischt"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_GEMISCHT);
-$fd_food_eating_habits["type"]["fleischbetont"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT);
-
-$fd_food_eating_habits["purchase"]["oeko"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_OEKO, "tip" => TXT_IMPROVE_FOOD_PURCHASE_OEKO);
-$fd_food_eating_habits["purchase"]["supermarkt"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_SUPERMARKT, "tip" => TXT_IMPROVE_FOOD_PURCHASE_SUPERMARKT);
-$fd_food_eating_habits["purchase"]["hierundda"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_HIERUNDDA, "tip" => TXT_IMPROVE_FOOD_PURCHASE_HIERUNDDA);
-
-$fd_food_eating_habits["fastfood"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_NIE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_NIE);
-$fd_food_eating_habits["fastfood"]["manchmal"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_MANCHMAL, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_MANCHMAL);
-$fd_food_eating_habits["fastfood"]["zweimalwoche"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_ZWEIMALWOCHE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_ZWEIMALWOCHE);
-$fd_food_eating_habits["fastfood"]["jedentag"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_JEDENTAG, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_JEDENTAG);
-
-// $fd_food_eating_habits["packaging"]["unverpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_UNVERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_UNVERPACKT);
-// $fd_food_eating_habits["packaging"]["egal"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_EGAL, "tip" => TXT_IMPROVE_FOOD_PACKAGING_EGAL);
-// $fd_food_eating_habits["packaging"]["verpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_VERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_VERPACKT);
-
-
-// $fd_food_eating_habits["regional"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR);
-// $fd_food_eating_habits["regional"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS);
-// $fd_food_eating_habits["regional"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE);
-// $fd_food_eating_habits["regional"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG);
-// $fd_food_eating_habits["regional"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE);
-
-// $fd_food_eating_habits["seasonal"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR);
-// $fd_food_eating_habits["seasonal"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS);
-// $fd_food_eating_habits["seasonal"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE);
-// $fd_food_eating_habits["seasonal"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG);
-// $fd_food_eating_habits["seasonal"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE);
-
-// $fd_food_eating_habits["frozenfoods"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE);
-// $fd_food_eating_habits["frozenfoods"]["gelegentlich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH);
-// $fd_food_eating_habits["frozenfoods"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE);
-// $fd_food_eating_habits["frozenfoods"]["taeglich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH);
-
-// $fd_food_eating_habits["oeko"]["oft"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT);
-// $fd_food_eating_habits["oeko"]["teilweise"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE);
-// $fd_food_eating_habits["oeko"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE);
-
-
-/**
- * "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_food_eating_habits["type"]["vegan"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_food_eating_habits["type"]["vegetarisch"] = 0.74;
-// $factor_food_eating_habits["type"]["fleischreduziert"] = 0.945;
-$factor_food_eating_habits["type"]["gemischt"] = 1;
-$factor_food_eating_habits["type"]["fleischbetont"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_food_eating_habits["purchase"]["oeko"] = 0.9;
-$factor_food_eating_habits["purchase"]["supermarkt"] = 0.96;
-$factor_food_eating_habits["purchase"]["hierundda"] = 1.1;
-
-$factor_food_eating_habits["fastfood"]["nie"] = 0.9;
-$factor_food_eating_habits["fastfood"]["manchmal"] = 1;
-$factor_food_eating_habits["fastfood"]["zweimalwoche"] = 1.25;
-$factor_food_eating_habits["fastfood"]["jedentag"] = 1.5;
-
-// $factor_food_eating_habits["packaging"]["verpackt"] = 1.4;
-// $factor_food_eating_habits["packaging"]["egal"] = 1;
-// $factor_food_eating_habits["packaging"]["unverpackt"] = 0.6;
-
-$factor_food_eating_habits["regional"]["nur"] = 0.9; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 0,95*0,95 = 0,9
-$factor_food_eating_habits["regional"]["meistens"] = 0.96; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 0,98*0,98 = 0,96
-// $factor_food_eating_habits["regional"]["haelfte"] = 1;
-// $factor_food_eating_habits["regional"]["wenig"] = 1.02;
-$factor_food_eating_habits["regional"]["keine"] = 1.1; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 1,05 * 1,05 = 1,1
-
-// $factor_food_eating_habits["seasonal"]["nur"] = 0.95;
-// $factor_food_eating_habits["seasonal"]["meistens"] = 0.975;
-// $factor_food_eating_habits["seasonal"]["haelfte"] = 1;
-// $factor_food_eating_habits["seasonal"]["wenig"] = 1.025;
-// $factor_food_eating_habits["seasonal"]["keine"] = 1.05;
-
-// $factor_food_eating_habits["frozenfoods"]["nie"] = 0.98;
-// $factor_food_eating_habits["frozenfoods"]["gelegentlich"] = 1;
-// $factor_food_eating_habits["frozenfoods"]["haelfte"] = 1.01;
-// $factor_food_eating_habits["frozenfoods"]["taeglich"] = 1.02;
-
-// $factor_food_eating_habits["oeko"]["oft"] = 0.94;
-// $factor_food_eating_habits["oeko"]["teilweise"] = 0.97;
-// $factor_food_eating_habits["oeko"]["keine"] = 1;
-
-$default_factor_food_eating_habits["type"] = "gemischt";
-$default_factor_food_eating_habits["purchase"] = "hierundda";
-$default_factor_food_eating_habits["fastfood"] = "manchmal";
-$default_factor_food_eating_habits["packaging"] = "egal";
-// $default_factor_food_eating_habits["regional"] = "haelfte";
-// $default_factor_food_eating_habits["seasonal"] = "haelfte";
-// $default_factor_food_eating_habits["frozenfoods"] = "gelegentlich";
-// $default_factor_food_eating_habits["oeko"] = "keine";
-
-/**
- * Szenario" : "Ernährung": Values: "Essgewohnheiten"
- */
-$factor_sc_food_eating_habits["type"]["vegan"]["st"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["st"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["st"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["st"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["st"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
-
-$factor_sc_food_eating_habits["regional"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["st"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["st"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["st"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["st"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["st"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["st"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["st"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["st"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["st"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["st"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["st"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["st"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["st"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["st"] = 1;
-
-$factor_sc_food_eating_habits["type"]["vegan"]["mt"] = 0.7;
-$factor_sc_food_eating_habits["type"]["vegetarisch"]["mt"] = 0.74;
-$factor_sc_food_eating_habits["type"]["fleischreduziert"]["mt"] = 0.945;
-$factor_sc_food_eating_habits["type"]["gemischt"]["mt"] = 1;
-$factor_sc_food_eating_habits["type"]["fleischbetont"]["mt"] = 1.2;
-
-$factor_sc_food_eating_habits["regional"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["regional"]["meistens"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["regional"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["regional"]["wenig"]["mt"] = 1.02;
-$factor_sc_food_eating_habits["regional"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["seasonal"]["nur"]["mt"] = 0.95;
-$factor_sc_food_eating_habits["seasonal"]["meistens"]["mt"] = 0.975;
-$factor_sc_food_eating_habits["seasonal"]["haelfte"]["mt"] = 1;
-$factor_sc_food_eating_habits["seasonal"]["wenig"]["mt"] = 1.025;
-$factor_sc_food_eating_habits["seasonal"]["keine"]["mt"] = 1.05;
-
-$factor_sc_food_eating_habits["frozenfoods"]["nie"]["mt"] = 0.98;
-$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["mt"] = 1;
-$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["mt"] = 1.01;
-$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["mt"] = 1.02;
-
-$factor_sc_food_eating_habits["oeko"]["oft"]["mt"] = 0.94;
-$factor_sc_food_eating_habits["oeko"]["teilweise"]["mt"] = 0.97;
-$factor_sc_food_eating_habits["oeko"]["keine"]["mt"] = 1;
-
-/* EOF "Ernährung" */
-
-/* "Konsum" */
-
-/**
- * "Lifestyle / Konsum": Values: "Kaufverhalten / Shoppen"
- */
-$factor_consumption_consumer_habits["sparsam"] = 0.8;
-$factor_consumption_consumer_habits["durchschnittlich"] = 1;
-$factor_consumption_consumer_habits["grosszuegig"] = 1.2;
-
-$default_factor_consumption_consumer_habits = "durchschnittlich";
-
-/**
- * "Lifestyle / Konsum": Form data: "Kaufverhalten / Shoppen"
- */
-$fd_consumption_consumer_habits["sparsam"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_SPARSAM);
-$fd_consumption_consumer_habits["durchschnittlich"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH);
-$fd_consumption_consumer_habits["grosszuegig"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG);
-
-
-/**
- * "Lifestyle / Konsum": Values: "Kaufkriterien / Anforderungen"
- */
-$factor_consumption_consumer_criteria["lang"] = 0.8;
-$factor_consumption_consumer_criteria["funktion"] = 1;
-$factor_consumption_consumer_criteria["preis"] = 1.2;
-
-$default_factor_consumption_consumer_criteria = "funktion";
-
-
-/**
- * "Lifestyle / Konsum": Form data: "Kaufkriterien / Anforderungen"
- */
-$fd_consumption_consumer_criteria["lang"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_LANG);
-$fd_consumption_consumer_criteria["funktion"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION);
-$fd_consumption_consumer_criteria["preis"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_PREIS);
-
-/**
- * "Lifestyle / Konsum": Values: "T-Shirt"
- */
-$factor_consumption_consumer_shirt["asien"] = 1.05;
-$factor_consumption_consumer_shirt["europa"] = 1;
-$factor_consumption_consumer_shirt["oeko"] = 0.95;
-
-$default_factor_consumption_consumer_shirt = "europa";
-
-
-/**
- * "Lifestyle / Konsum": Form data: "T-Shirt"
- */
-$fd_consumption_consumer_shirt["asien"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_ASIEN, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_ASIEN);
-$fd_consumption_consumer_shirt["europa"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_EUROPA, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_EUROPA);
-$fd_consumption_consumer_shirt["oeko"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_OEKO, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_OEKO);
-
-/**
- * "Lifestyle / Konsum": Values: "Aktivitäten"
- */
-$factor_consumption_activity["selten"] = 0.70;
-$factor_consumption_activity["zweimaljahr"] = 1;
-$factor_consumption_activity["jedenmonat"] = 1.10;
-$factor_consumption_activity["jedewoche"] = 1.40;
-
-$default_factor_consumption_activity = "zweimaljahr";
-
-/**
- * "Lifestyle / Konsum": Form data: "Aktivitäten"
- */
-$fd_consumption_activity["selten"] = array("name" => TXT_VALUE_FD_ACTIVITIES_SELTEN, "tip" => TXT_IMPROVE_ACTIVITIES_SELTEN);
-$fd_consumption_activity["zweimaljahr"] = array("name" => TXT_VALUE_FD_ACTIVITIES_ZWEIMALJAHR, "tip" => TXT_IMPROVE_ACTIVITIES_ZWEIMALJAHR);
-$fd_consumption_activity["jedenmonat"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDENMONAT, "tip" => TXT_IMPROVE_ACTIVITIES_JEDENMONAT);
-$fd_consumption_activity["jedewoche"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDEWOCHE, "tip" => TXT_IMPROVE_ACTIVITIES_JEDEWOCHE);
-
-/**
- * "Lifestyle / Konsum": Values: "Eigenes Fahrzeug"
- * Einheit: kg
- */
-$factor_consumption_vehicles["none"] = 0;
-$factor_consumption_vehicles["scooter"] = 74; // neu im CO2-Rechner 4.1: AI Soooter mit 74 kg / anno
-$factor_consumption_vehicles["car"] = 238; // // neu im CO2-Rechner 4.1: AI PKW Annhahme hier Kleinwagen 7-10 Jahre: 238 kg / anno
-
-$default_factor_consumption_vehicles = "none";
-
-/**
- * "Lifestyle / Konsum": Form data: "Eigenes Fahrzeug"
- */
-$fd_consumption_vehicles["none"] = array("name" => TXT_CONSUMPTION_VEHICLES_NONE, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_NONE);
-$fd_consumption_vehicles["scooter"] = array("name" => TXT_CONSUMPTION_VEHICLES_SCOOTER, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_SCOOTER);
-$fd_consumption_vehicles["car"] = array("name" => TXT_CONSUMPTION_VEHICLES_CAR, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_CAR);
-
-/**
- * "Konsum": Values: "Hotelübernachtungen"
- */
-$factor_consumption_hotel_visits["keine"] = 0.9;
-$factor_consumption_hotel_visits["zwei"] = 1;
-$factor_consumption_hotel_visits["zweivier"] = 1.05;
-$factor_consumption_hotel_visits["vier"] = 1.1;
-
-$default_factor_consumption_hotel_visits = "zwei";
-
-/**
- * "Konsum": Form data: "Hotelübernachtungen"
- */
-$fd_consumption_hotel_visits["keine"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE);
-$fd_consumption_hotel_visits["zwei"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI);
-$fd_consumption_hotel_visits["zweivier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER);
-$fd_consumption_hotel_visits["vier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER);
-
-/**
- * "Lifestyle / Konsum": Values: "Gebrauchte Gegenstände"
- */
-$factor_consumption_used_goods["oft"] = 0.8;
-$factor_consumption_used_goods["manchmal"] = 1;
-$factor_consumption_used_goods["nie"] = 1.2;
-
-$default_factor_consumption_used_goods = "manchmal";
-
-/**
- * "Lifestyle / Konsum": Form data: "Gebrauchte Gegenstände"
- */
-$fd_consumption_used_goods["oft"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_OFT);
-$fd_consumption_used_goods["manchmal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_MANCHMAL);
-$fd_consumption_used_goods["nie"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_NIE);
-
-
-
-/**
- * "Konsum": Form data: "Geldanlage"
- */
-$factor_consumption_cf_investment['td'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['st'] = 0.210; // emission_other je Euro Invest
-$factor_consumption_cf_investment['mt'] = 0.210; // emission_other je Euro Invest
-
-$default_factor_consumption_cf_investment = 0;
-$default_factor_consumption_compensate_emissions = 0;
-
-/**
- * "Konsum": Values: "Haustyp"
- */
-$factor_consumption_house_type["mfh"] = 1.0;
-$factor_consumption_house_type["rh"] = 1.1;
-$factor_consumption_house_type["efh"] = 1.2;
-
-/**
- * "Konsum": Form data: "Haustyp"
- */
-$fd_consumption_house_type["mfh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH);
-$fd_consumption_house_type["rh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH);
-$fd_consumption_house_type["efh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH);
-
-
-/**
- * "Konsum": Values: "Carsharing"
- */
-$factor_consumption_carsharing = 0.9; //Pap 2022 im Bürgerrechner inzwischen auf 1
-
-/**
- * "Konsum": Values: "Haushaltsgröße"
- * Depends on consumption_persons!
- */
-$factor_consumption_household_size["1"] = 1.1; /* 201612_ODD: IFEU Konsum Vorher: 1.2 TO CHECK */
-$factor_consumption_household_size["2"] = 1;
-$factor_consumption_household_size["3"] = 0.9;
-$factor_consumption_household_size["4"] = 0.8;
-$factor_consumption_household_size["5"] = 0.7;
-$factor_consumption_household_size["6"] = 0.7;
-$factor_consumption_household_size["7"] = 0.7;
-$factor_consumption_household_size["8"] = 0.7;
-$factor_consumption_household_size["9"] = 0.7;
-$factor_consumption_household_size["10"] = 0.7;
-
-/**
- * "Konsum": Values: "Wohnfläche pro Person"
- * Depends on "consumption_persons" AND "consumption_living_space"!
- * StS 20200917 mit Einführung der AI Wohnen (Bewertung des Hauses) Faktoren auf 1 gesetzt, vormals generell 0.9 für kleiner und 1.1 für größer Durchschnitt
- */
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 0, "max" => 49);
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 50, "max" => 65);
-$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 66, "max" => 100000);
-
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 0, "max" => 34);
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 35, "max" => 50); // Aufgrund Vorbelegung auf 100m2 für 2 Personen für default ist Wert von 45 m2 auf 50 hochgesetzt worden
-$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 51, "max" => 100000);
-
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 0, "max" => 24);
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 25, "max" => 35);
-$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 35, "max" => 100000);
-
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 0, "max" => 19);
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 20, "max" => 30);
-$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 31, "max" => 100000);
-
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 15, "max" => 25);;
-$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 26, "max" => 100000);
-
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 0, "max" => 14);
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 15, "max" => 25);
-$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 26, "max" => 100000);
-
-
-/* "Klima-Engagement" */
-/**
- * "Klima-Engagement": Form data: "Klima-Engagement"
- */
-$fd_commitment_type["demo"] = array("name" => TXT_VALUE_FD_COMMITMENT_DEMO);
-$fd_commitment_type["partei"] = array("name" => TXT_VALUE_FD_COMMITMENT_PARTEI);
-$fd_commitment_type["social"] = array("name" => TXT_VALUE_FD_COMMITMENT_SOCIAL);
-$fd_commitment_type["ngo"] = array("name" => TXT_VALUE_FD_COMMITMENT_NGO);
-$fd_commitment_type["info"] = array("name" => TXT_VALUE_FD_COMMITMENT_INFO);
-$fd_commitment_type["bewusstsein"] = array("name" => TXT_VALUE_FD_COMMITMENT_BEWUSSTSEIN);
-$fd_commitment_type["sonstiges"] = array("name" => TXT_VALUE_FD_COMMITMENT_SONSTIGES);
-
-
-/**
- * "Scenario": "Konsum": Values: "Durchschnitts-Emissionen"
- */
-$factor_sc_consumption_average['st'] = 3391.00; //TEST-KONFIGURATION PaP 2021_12 war 3791.31 //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 (-9,68% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2020 201612_ODD TO CHECK UPDATE NEEDED */
-$factor_sc_consumption_average['mt'] = 3391.00; //TEST-KONFIGURATION PaP 2021_12 war 3791.31 //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2030*/
-$factor_sc_consumption_average['lt'] = 3391.00; //TEST-KONFIGURATION PaP 2021_12 war 3782 // PaP_09_2020 Vorschlag: 2933 (14,34% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2050*/
-
-
-/**
- * "Konsum": "Haustiere": Form data: "Art"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_type["hund"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_HUND);
-$fd_consumption_animal_type["katze"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KATZE);
-$fd_consumption_animal_type["pferd"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_PFERD);
-$fd_consumption_animal_type["kaninchen"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KANINCHEN);
-$fd_consumption_animal_type["ziervoegel"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_ZIERVOEGEL);
-
-/**
- * "Konsum": "Haustiere": Form data: "Ernährung"
- * 2020-06-19 - Mantis 1769
- */
-$fd_consumption_animal_food["hund"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_NORMAL);
-$fd_consumption_animal_food["hund"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_BARF);
-$fd_consumption_animal_food["katze"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_NORMAL);
-$fd_consumption_animal_food["katze"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_BARF);
-$fd_consumption_animal_food["pferd"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_NORMAL);
-$fd_consumption_animal_food["pferd"]["einfach"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_SIMPLE);
-
-/**
- * "Konsum": "Haustiere": Default Values: "Gewicht"
- * Einheit: kg
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_weight["hund"] = 29;
-$default_factor_consumption_animal_weight["katze"] = 4.2;
-$default_factor_consumption_animal_weight["pferd"] = 550;
-
-/**
- * "Konsum": "Haustiere": Values: "Ernährung"
- * Einheit: kg/CO2e
- * 2020-06-19 - Mantis 1769
- */
-$factor_consumption_animal_food["hund"]["normal"] = 790;
-$factor_consumption_animal_food["hund"]["barf"] = 1940;
-$factor_consumption_animal_food["katze"]["normal"] = 340;
-$factor_consumption_animal_food["katze"]["barf"] = 750;
-$factor_consumption_animal_food["pferd"]["normal"] = 2360;
-$factor_consumption_animal_food["pferd"]["einfach"] = 1960;
-$factor_consumption_animal_food["kaninchen"] = 110;
-$factor_consumption_animal_food["ziervoegel"] = 30;
-
-/**
- * "Konsum": "Haustiere": Default Values: "fixer Anteil Carbon Footprint in %"
- * Einheit: %
- * 2020-06-19 - Mantis 1769
- */
-$default_factor_consumption_animal_food_share["hund"] = 0.36;
-$default_factor_consumption_animal_food_share["katze"] = 0.49;
-$default_factor_consumption_animal_food_share["pferd"] = 0.49;
-
-/* EOF "Konsum" */
-
-/* "Streaming" 2021-02-25 */
-
-/**
- * "Lifestyle / Streaming": Values: "Datenübertragung Kernnetzwerk"
- * Einheit: kwH/GB
- */
-$factor_streaming_internet_traffic_core_network = 0.052;
-
-/**
- * "Lifestyle / Streaming": Values: "Tägliche Internet-Nutzung"
- * Einheit: GB/h
- */
-$factor_streaming_internet_daily["music"] = 0.06;
-$factor_streaming_internet_daily["ip_phone"] = 0.06;
-$factor_streaming_internet_daily["video_conf"] = 0.5;
-$factor_streaming_internet_daily["video_low_q"] = 0.3;
-$factor_streaming_internet_daily["video_high_q"] = 2.0;
-
-/* Einheit: h */
-$fd_streaming_internet_daily_max_value = 6;
-
-/**
- * "Lifestyle / Streaming": Form data: "Tägliche Internet-Nutzung"
- */
-$fd_streaming_internet_daily["music"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_MUSIC);
-$fd_streaming_internet_daily["ip_phone"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_IP_PHONE);
-$fd_streaming_internet_daily["video_conf"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_CONF);
-$fd_streaming_internet_daily["video_low_q"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_LOW_Q);
-$fd_streaming_internet_daily["video_high_q"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_HIGH_Q);
-
-/**
- * "Lifestyle / Streaming": Values: "Mobiles Netz"
- */
-$factor_streaming_internet_daily_wifi["ausschliesslich"] = 4.85;
-$factor_streaming_internet_daily_wifi["meistens"] = 3.2;
-$factor_streaming_internet_daily_wifi["manchmal"] = 1.6;
-$factor_streaming_internet_daily_wifi["nie"] = 1;
-
-/**
- * "Lifestyle / Streaming": Form data: "Mobiles Netz"
- */
-$fd_streaming_internet_daily_wifi["ausschliesslich"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_ONLY);
-$fd_streaming_internet_daily_wifi["meistens"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_OFTEN);
-$fd_streaming_internet_daily_wifi["manchmal"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_SOMETIMES);
-$fd_streaming_internet_daily_wifi["nie"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_NEVER);
-
-/* EOF "Streaming" */
-
-/* Szenario */
-
-/**
- * "Heizung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_hs_acceptance["ee_gebaeude"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_waerme"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_living_hs_acceptance["ee_wohnflaeche"] = array(
- "name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE,
- "help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" für Short-time, mid-time, long-time
- */
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["st"] = array("yes" => 0.96, "no" => 1); /* ODD: Quelle unklar */
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt_unsaniert"] = array("yes" => 0.4, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_waerme"]["mt"] = array("yes" => 1.15, "no" => 1);
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["mt"] = array("yes" => 0.97, "no" => 1); /*ODD: Quelle unklar*/
-
-$factor_sc_living_hs_acceptance["ee_gebaeude"]["lt"] = array("yes" => 1, "no" => 1.434); /* vorher 1.46 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_waerme"]["lt"] = array("yes" => 1, "no" => 0.755); /* vorher 0,7 201605_ODD ÖI 2MOD */
-$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["lt"] = array("yes" => 1, "no" => 1.1); /* vorher 1.1 201605_ODD ÖI 2MOD */
-
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_hs_acceptance_is_eff = array("ee_gebaeude", "ee_wohnflaeche");
-
-
-/**
- * "Strom": Form data: "Akzeptanzfragen"
- */
-$fd_sc_living_pt_acceptance["energiewende"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["energiepreis"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_living_pt_acceptance["stromverbrauch"] = array(
- "name" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH,
- "help" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Strom": Values: "Akzeptanzfragen"
- */
-$factor_sc_living_pt_acceptance["energiewende"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["energiepreis"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_living_pt_acceptance["stromverbrauch"]["st"] = array("yes" => 0.822, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,82; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["mt"] = array("yes" => 0.708, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,69; 201605_ODD ÖI 2MOD */
-
-$factor_sc_living_pt_acceptance["energiewende"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["energiepreis"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
-$factor_sc_living_pt_acceptance["stromverbrauch"]["lt"] = array("yes" => 0.796, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,78; 201605_ODD ÖI 2MOD */
-
-/**
- * "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
- */
-$factor_sc_living_pt_acceptance_is_eff = array("stromverbrauch");
-
-
-/**
- * "Mobilität": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_acceptance["stadt_autofrei"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["tempolimit"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["ausbau_bahn"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_mobility_acceptance["fossile_teurer"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-$fd_sc_mobility_acceptance["suffizienz"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-
-/**
- * "Mobilität": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_acceptance["stadt_autofrei"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["mt"] = array("yes" => 0.98, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["mt"] = array("yes" => 0.87, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_mobility_acceptance["stadt_autofrei"]["lt"] = array("yes" => 0.91, "no" => 1);
-$factor_sc_mobility_acceptance["tempolimit"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["ausbau_bahn"]["lt"] = array("yes" => 0.68, "no" => 1);
-$factor_sc_mobility_acceptance["fossile_teurer"]["lt"] = array("yes" => 0.5, "no" => 1);
-$factor_sc_mobility_acceptance["suffizienz"]["lt"] = array("yes" => 0.5, "no" => 1); /* wirkt nur LT, MT ist es schon in der Bilanz abgebildet*/
-
-
-/**
- * "Mobilität - Flugreisen": Form data: "Akzeptanzfragen"
- */
-$fd_sc_mobility_flight_acceptance["flugpreis"] = array(
- "name" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS,
- "help" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Mobilität - Flugreisen": Values: "Akzeptanzfragen"
- */
-$factor_sc_mobility_flight_acceptance["flugpreis"]["mt"] = array("yes" => 0.75, "no" => 1);
-$factor_sc_mobility_flight_acceptance["flugpreis"]["lt"] = array("yes" => 0.28, "no" => 1);
-
-/**
- * "Ernährung": Form data: "Akzeptanzfragen"
- */
-$fd_sc_food_acceptance["political"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL,
- "help" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["waste"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_WASTE,
- "help" => TXT_SC_FOOD_ACCEPTANCE_WASTE_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_food_acceptance["animalistic"] = array(
- "name" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC,
- "help" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Ernährung": Values: "Akzeptanzfragen"
- */
-$factor_sc_food_acceptance["political"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["waste"]["st"] = array("yes" => 1, "no" => 1);
-$factor_sc_food_acceptance["animalistic"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["waste"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_food_acceptance["animalistic"]["mt"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_food_acceptance["political"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["waste"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_food_acceptance["animalistic"]["lt"] = array("yes" => 0.656, "no" => 1); /* vorher: 0,7; 201605_ODD: IFEU, ÖI 2MOD(KS95/KS80) 2050 */
-
-/**
- * "Konsum": Form data: "Akzeptanzfragen"
- */
-$fd_sc_consumption_acceptance["consumption_01"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_01,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_01_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-$fd_sc_consumption_acceptance["consumption_02"] = array(
- "name" => TXT_SC_CONSUMPTION_ACCEPTANCE_02,
- "help" => TXT_SC_CONSUMPTION_ACCEPTANCE_02_HELP,
- "default" => "no",
- "values" => array("yes" => TXT_YES, "no" => TXT_NO));
-
-/**
- * "Konsum": Values: "Akzeptanzfragen"
- */
-$factor_sc_consumption_acceptance["consumption_01"]["st"] = array("yes" => 1, "no" => 1); /* 01605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["st"] = array("yes" => 1, "no" => 1);
-
-$factor_sc_consumption_acceptance["consumption_01"]["mt"] = array("yes" => 0.874, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-$factor_sc_consumption_acceptance["consumption_02"]["mt"] = array("yes" => 0.874
-, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
-
-$factor_sc_consumption_acceptance["consumption_01"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-$factor_sc_consumption_acceptance["consumption_02"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
-
-/**
- * "Konsum": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- */
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["tempolimit"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["tempolimit"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["tempolimit"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility"]["fossile_teurer"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["fossile_teurer"] = array("yes" => 0.962, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["fossile_teurer"] = array("yes" => 0.885, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_consumption_acceptance["st"]["food"]["political"] = array("yes" => 1, "no" => 1);
-$factor_sc_meta_consumption_acceptance["mt"]["food"]["political"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_consumption_acceptance["lt"]["food"]["political"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
-
-
-
-/**
- * "Öffentliche Emissionen": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
- *
- */
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
-
-$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
-$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
-$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
-
-?>
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-
-
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