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diff --git a/json_text.js b/json_text.js
index 35dd013..aa663ac 100644
--- a/json_text.js
+++ b/json_text.js
@@ -6,7 +6,7 @@ arrPopups = [
{
"id": 1,
"parent": "Luftbelastung",
- "text_de": "
" + "Die Luftqualität der Schweiz wird seit Mitte der 1980er-Jahre stetig besser. Für viele Schadstoffe und an vielen Orten in der Schweiz werden die meisten Immissionsgrenzwerte " + @@ -19,7 +19,7 @@ arrPopups = [ "airCHeck App" + ", in der MeteoSwiss App oder beim Bundesamt für Umwelt (BAFU) unter " + "Luftbelastung: aktuelle Daten.", - "text_en": "
" + "Switzerland's air quality has been steadily improving since the mid-1980s. Most areas in Switzerland, for most pollutants, are currently in compliance with the air quality standards. " + @@ -32,7 +32,7 @@ arrPopups = [ "on the airCHeck App" + ", in the MeteoSwiss app (see App stores on your mobile devices) or at the Federal Office for the Environment (FOEN) at air pollution " + "Air pollution: real time data.", - "text_fr": "
" + "La qualité de l'air en Suisse ne cesse de s'améliorer depuis le milieu des années 1980. Pour de nombreux polluants et en de nombreux endroits en Suisse, la plupart des valeurs limites " + @@ -45,7 +45,7 @@ arrPopups = [ "airCHeck App" + ", sur l'application MeteoSwiss ou auprès de l'Office fédéral de l'environnement (OFEV) " + "Pollution atmosphérique: données actuelles.", - "text_it": "
" + "La qualità dell'aria in Svizzera è in costante miglioramento dalla metà degli anni '80. Per molte sostanze inquinanti e in molti luoghi della Svizzera, la maggior parte dei valori " + @@ -58,7 +58,7 @@ arrPopups = [ "airCHeck" + ", nell'app MeteoSwiss o presso l'Ufficio federale dell'ambiente (UFAM) al link " + "Inquinamento dell'aria: dati attuali.", - "text_tr": "
" + "İsviçre'nin hava kalitesi 1980'lerin ortalarından bu yana istikrarlı bir şekilde iyileşiyor. " + @@ -86,7 +86,7 @@ arrPopups = [ { "id": 2, "parent": "Grenzwerte", - "text_de": "
" + "Die Weltgesundheitsorganisation (World Health Organisation, WHO) definiert in ihren " + @@ -111,7 +111,7 @@ arrPopups = [ "Weitere Informationen zur Bedeutung der in der Schweiz gültigen Grenzwerte finden Sie im Faktenblatt " + "" + "«Immissionsgrenzwerte der Luftreinhalte-Verordnung (LRV)» (Download 0.6 MB) des Bundesamts für Umwelt.", - "text_en": "
" + "In the " + @@ -134,7 +134,7 @@ arrPopups = [ "" + "DE or " + "FR download, 0.6 MB) of the Federal Office for the Environment.", - "text_fr": "
" + "L'Organisation mondiale de la santé (OMS) définit dans ses " + @@ -160,7 +160,7 @@ arrPopups = [ "Vous trouverez de plus amples informations sur la signification des valeurs limites en vigueur en Suisse dans la fiche d'information " + "" + "«Les valeurs limites d'immission de l'ordonnance sur la protection de l'air (OPair)» (téléchargement 0.6 MB) de l'Office fédéral de l'environnement.", - "text_it": "
" + "L'Organizzazione Mondiale della Sanità (OMS) definisce nelle sue " + @@ -186,7 +186,7 @@ arrPopups = [ "" + "DE or " + "FR download 0.6 MB) dell'Ufficio federale dell'ambiente.", - "text_tr": "
" + "Dünya Sağlık Örgütü (DSÖ)" + @@ -217,35 +217,35 @@ arrPopups = [ { "id": 3, "parent": "Quellen", - "text_de": "
" + "Die Quellen der Luftbelastung sind je nach Schadstoff verschieden. Zu den Hauptverursachern zählen Verkehr, Feuerungen zu Heizzwecken, Industrie, Gewerbe und Landwirtschaft." + "
" + "Weitere Informationen finden Sie beim Bundesamt für Umwelt (BAFU) unter " + "Luft: Das Wichtigste in Kürze.", - "text_en": "
" + "The sources of air pollution vary depending on the pollutant. The main sources include traffic, heating systems, industry, commerce and agriculture." + "
" + "Further information can be found at the Federal Office for the Environment (FOEN) website under " + "Air: In brief.", - "text_fr": "
" + "Les sources de pollution de l'air sont différentes selon le polluant. Les principales sources sont la trafic motorisé, les systèmes de chauffage, l'industrie, le commerce et l'agriculture. " + "
" + "Vous trouverez plus d’informations sur ce thème auprès de l'Office fédéral de l'environnement (OFEV) à l'adresse suivante: " + "Air: En bref.", - "text_it": "
" + "Le fonti di inquinamento dell'aria sono diverse a seconda dell'inquinante. Le cause principali sono il traffico, i sistemi di riscaldamento, l'industria, il commercio e l'agricoltura. " + "
" + "Ulteriori informazioni possono essere richieste all'Ufficio federale dell'ambiente (UFAM) al link " + "Aria: i fatti più importanti in breve.", - "text_tr": "
" + "Hava kirliliğinin kaynakları kirleticiye bağlı olarak değişmektedir. Ana kaynaklar arasında trafik, ısıtma sistemleri, sanayi, ticaret ve tarım bulunmaktadır." + @@ -262,7 +262,7 @@ arrPopups = [ { "id": 4, "parent": "Hintergrund", - "text_de": "
" + "Pro Tag atmet ein erwachsener Mensch 12'000 – 15’000 Liter Luft ein und aus. Durch Nase, Rachen und Luftröhre gelangen dabei neben dem lebenswichtigen Sauerstoff " + @@ -317,7 +317,7 @@ arrPopups = [ "Je anfälliger (vulnerabler) eine Person ist, desto höher das Risiko, von den Auswirkungen betroffen zu sein. Wer bereits eine Lungenentzündung hat oder wessen Lunge noch " + "im Wachstum ist, ist anfälliger für die Auswirkungen schlechter Luft. Nicht alle Bevölkerungsgruppen reagieren also gleich auf Luftschadstoffe: Kinder, Kranke und Alte haben, " + "im Durchschnitt betrachtet, ein höheres Risiko.", - "text_en": "
" + "Every day, an adult breathes 12’000 – 15’000 litres of air. In addition to vital oxygen, pollutants also enter our lungs and airways through the nose and throat. " + @@ -369,7 +369,7 @@ arrPopups = [ "In addition, the personal medical history and individual sensitivity also play a major role. More susceptible (vulnerable) individuals typically have a higher risk of adverse effects. " + "People who already have pneumonia or whose lungs are still growing, for example, are more susceptible to the effects of polluted air. This means that not all population groups react " + "in the same way to air pollutants: children, sick people and elderly have, on average, a higher risk.", - "text_fr": "
" + "Chaque jour, une personne adulte inspire et expire 12’000 à 15’000 litres d'air. C’est ainsi que, en plus de l'oxygène nécessaire à la vie, des polluants présentant un risque avéré " + @@ -427,7 +427,7 @@ arrPopups = [ "Plus une personne est sensible (vulnérable), plus le risque qu’elle soit concernée par les effets est important. Les personnes déjà atteintes d’une pneumonie ou dont les poumons " + "sont encore en développement sont plus sensibles aux effets d’un air de mauvaise qualité. Cela signifie que tous les groupes de population ne réagissent pas de la même manière aux " + "polluants atmosphériques: les enfants, les malades et les personnes âgées sont, en moyenne, plus vulnérables.", - "text_it": "
" + "Ogni giorno, una persona adulta inspira ed espira 12’000 - 15’000 litri d'aria. Attraverso il naso, la gola e la trachea, oltre all'ossigeno vitale, entrano nei nostri polmoni anche " + @@ -482,7 +482,7 @@ arrPopups = [ "Inoltre, giocano un ruolo importante anche la storia clinica personale e la sensibilità individuale: più una persona è suscettibile (vulnerabile), maggiore è il rischio di essere colpita " + "dagli effetti dell’inquinamento atmosferico. Ade esempio, le persone che hanno già la polmonite o i cui polmoni sono ancora in crescita sono più sensibili agli effetti dell'aria malsana. " + "Non tutti i gruppi di popolazione reagiscono infatti agli inquinanti atmosferici allo stesso modo: i bambini, i malati e gli anziani hanno, in media, un rischio maggiore.", - "text_tr": "
" + "Bir yetişkin her gün 12.000 – 15.000 litre hava solur. Hayati olan oksijenin yanı sıra kirleticiler de burun ve boğaz yoluyla akciğerlerimize ve solunum yollarımıza girer. " + @@ -527,7 +527,7 @@ arrPopups = [ { "id": 5, "parent": "Beitrag", - "text_de": "
" + "Die Luftqualität ist ein Teil der Umwelt. Wer gerne etwas gegen die Luftbelastung tun möchte, um der Gesundheit und der Umwelt Sorge zu tragen, findet Anregungen auf den " + @@ -538,7 +538,7 @@ arrPopups = [ "Cercl’Air: Feinstaub
" + "Cercl’Air: Ozon
" + "US EPA: «Actions You Can Take to Reduce Air Pollution» (Englisch)", - "text_en": "
" + "Air quality is part of a healthy environment. Anyone who would like to do something about air pollution to protect health and the environment will find suggestions on the webpages " + @@ -557,7 +557,7 @@ arrPopups = [ "French/" + "Italian)
" + "US EPA: «Actions You Can Take to Reduce Air Pollution»", - "text_fr": "
" + "La qualité de l'air fait partie de l'environnement. Toute personne souhaitant agir contre la pollution atmosphérique pour protéger la santé et l'environnement trouvera des suggestions " + @@ -568,7 +568,7 @@ arrPopups = [ "Cercl’Air: Poussières fines
" + "Cercl’Air: Ozone
" + "US EPA: «Actions You Can Take to Reduce Air Pollution» (anglais)", - "text_it": "
" + "La qualità dell'aria fa parte dell'ambiente. Chi desidera fare qualcosa per proteggere la salute e l'ambiente, può trovare suggerimenti sui siti web dell'Ufficio federale dell'ambiente " + @@ -581,7 +581,7 @@ arrPopups = [ "Cercl’Air: Ozono
" + "Cantone Ticino: Consigli per il controllo dell'inquinamento atmosferico
" + "US EPA: «Actions You Can Take to Reduce Air Pollution» (inglese)", - "text_tr": "
" + "Hava kalitesi sağlıklı bir ortamın parçasıdır. Sağlığı ve çevreyi korumak için hava kirliliği konusunda bir şey yapmak isteyen " + @@ -610,7 +610,7 @@ arrPopups = [ { "id": 6, "parent": "Referenzen", - "text_de": "U.S. EPA. Integrated Science Assessment (ISA) for Carbon Monoxide (Final Report). U.S. Environmental Protection Agency, Washington, DC, EPA/600/R-09/019F, 2010. " +
"WHO: Air Quality Guidelines – Global Update 2021 " +
"",
- "text_en": "
" + @@ -635,7 +635,7 @@ arrPopups = [ "U.S. EPA. Integrated Science Assessment (ISA) for Carbon Monoxide (Final Report). U.S. Environmental Protection Agency, Washington, DC, EPA/600/R-09/019F, 2010. " +
"WHO: Air Quality Guidelines – Global Update 2021 " +
"",
- "text_fr": "U.S. EPA. Integrated Science Assessment (ISA) for Carbon Monoxide (Final Report). U.S. Environmental Protection Agency, Washington, DC, EPA/600/R-09/019F, 2010. " +
"WHO: Air Quality Guidelines – Global Update 2021 " +
"",
- "text_it": "U.S. EPA. Integrated Science Assessment (ISA) for Carbon Monoxide (Final Report). U.S. Environmental Protection Agency, Washington, DC, EPA/600/R-09/019F, 2010. " +
"WHO: Air Quality Guidelines – Global Update 2021 " +
"",
- "text_tr": "
" + @@ -677,7 +677,7 @@ arrPopups = [ { "id": 7, "parent": "Impressum", - "text_de": "
Aktuelle Luftbelastung
" +
+ "text_de": "Aktuelle Luftbelastung
" +
"Wie ist die aktuelle Schadstoffbelastung der Luft in der Schweiz?" +
"" + "Die Luftqualität der Schweiz wird seit Mitte der 1980er-Jahre stetig besser. Für viele Schadstoffe und an vielen Orten in der Schweiz werden die meisten Immissionsgrenzwerte " + @@ -19,7 +19,7 @@ arrPopups = [ "airCHeck App" + ", in der MeteoSwiss App oder beim Bundesamt für Umwelt (BAFU) unter " + "Luftbelastung: aktuelle Daten.", - "text_en": "
Current pollution
" +
+ "text_en": "Current pollution
" +
"What is the current level of air pollution in Switzerland?" +
"" + "Switzerland's air quality has been steadily improving since the mid-1980s. Most areas in Switzerland, for most pollutants, are currently in compliance with the air quality standards. " + @@ -32,7 +32,7 @@ arrPopups = [ "on the airCHeck App" + ", in the MeteoSwiss app (see App stores on your mobile devices) or at the Federal Office for the Environment (FOEN) at air pollution " + "Air pollution: real time data.", - "text_fr": "
Pollution actuel
" +
+ "text_fr": "Pollution actuel
" +
"Quel est le niveau actuel de la pollution de l'air en Suisse?" +
"" + "La qualité de l'air en Suisse ne cesse de s'améliorer depuis le milieu des années 1980. Pour de nombreux polluants et en de nombreux endroits en Suisse, la plupart des valeurs limites " + @@ -45,7 +45,7 @@ arrPopups = [ "airCHeck App" + ", sur l'application MeteoSwiss ou auprès de l'Office fédéral de l'environnement (OFEV) " + "Pollution atmosphérique: données actuelles.", - "text_it": "
Esposizione attuale
" +
+ "text_it": "Esposizione attuale
" +
"Qual è l'attuale livello di inquinamento atmosferico in Svizzera?" +
"" + "La qualità dell'aria in Svizzera è in costante miglioramento dalla metà degli anni '80. Per molte sostanze inquinanti e in molti luoghi della Svizzera, la maggior parte dei valori " + @@ -58,7 +58,7 @@ arrPopups = [ "airCHeck" + ", nell'app MeteoSwiss o presso l'Ufficio federale dell'ambiente (UFAM) al link " + "Inquinamento dell'aria: dati attuali.", - "text_tr": "
Mevcut Kirlilik
" +
+ "text_tr": "Mevcut Kirlilik
" +
"İsviçre'deki mevcut hava kirliliği seviyesi nedir?" +
"" + "İsviçre'nin hava kalitesi 1980'lerin ortalarından bu yana istikrarlı bir şekilde iyileşiyor. " + @@ -86,7 +86,7 @@ arrPopups = [ { "id": 2, "parent": "Grenzwerte", - "text_de": "
Wirkschwellen und Grenzwerte
" +
+ "text_de": "Wirkschwellen und Grenzwerte
" +
"Welche gesetzlichen Grundlagen gibt es, bzw. wer bestimmt die Richtlinien?" +
"" + "Die Weltgesundheitsorganisation (World Health Organisation, WHO) definiert in ihren " + @@ -111,7 +111,7 @@ arrPopups = [ "Weitere Informationen zur Bedeutung der in der Schweiz gültigen Grenzwerte finden Sie im Faktenblatt " + "" + "«Immissionsgrenzwerte der Luftreinhalte-Verordnung (LRV)» (Download 0.6 MB) des Bundesamts für Umwelt.", - "text_en": "
Limit values
" +
+ "text_en": "Limit values
" +
"What is the legal basis, or who determines the guidelines?" +
"" + "In the " + @@ -134,7 +134,7 @@ arrPopups = [ "" + "DE or " + "FR download, 0.6 MB) of the Federal Office for the Environment.", - "text_fr": "
Valeur limite
" +
+ "text_fr": "Valeur limite
" +
"Quelles sont les bases juridiques, autrement dit et qui définit les lignes directrices?" +
"" + "L'Organisation mondiale de la santé (OMS) définit dans ses " + @@ -160,7 +160,7 @@ arrPopups = [ "Vous trouverez de plus amples informations sur la signification des valeurs limites en vigueur en Suisse dans la fiche d'information " + "" + "«Les valeurs limites d'immission de l'ordonnance sur la protection de l'air (OPair)» (téléchargement 0.6 MB) de l'Office fédéral de l'environnement.", - "text_it": "
Valori limite
" +
+ "text_it": "Valori limite
" +
"Qual è la base giuridica o chi determina le linee guida?" +
"" + "L'Organizzazione Mondiale della Sanità (OMS) definisce nelle sue " + @@ -186,7 +186,7 @@ arrPopups = [ "" + "DE or " + "FR download 0.6 MB) dell'Ufficio federale dell'ambiente.", - "text_tr": "
Limit değerler
" +
+ "text_tr": "Limit değerler
" +
"Yasal dayanak nedir veya yönergeleri kim belirliyor?" +
"" + "Dünya Sağlık Örgütü (DSÖ)" + @@ -217,35 +217,35 @@ arrPopups = [ { "id": 3, "parent": "Quellen", - "text_de": "
Quellen der Luftbelastung
" +
+ "text_de": "Quellen der Luftbelastung
" +
"Welche Quellen für die Schadstoffbelastung der Luft gibt es?" +
"" + "Die Quellen der Luftbelastung sind je nach Schadstoff verschieden. Zu den Hauptverursachern zählen Verkehr, Feuerungen zu Heizzwecken, Industrie, Gewerbe und Landwirtschaft." + "
" + "Weitere Informationen finden Sie beim Bundesamt für Umwelt (BAFU) unter " + "Luft: Das Wichtigste in Kürze.", - "text_en": "
Sources of pollutants
" +
+ "text_en": "Sources of pollutants
" +
"What are the sources of air pollution?" +
"" + "The sources of air pollution vary depending on the pollutant. The main sources include traffic, heating systems, industry, commerce and agriculture." + "
" + "Further information can be found at the Federal Office for the Environment (FOEN) website under " + "Air: In brief.", - "text_fr": "
Source polluants
" +
+ "text_fr": "Source polluants
" +
"Quelles sont les sources de pollution de l'air?" +
"" + "Les sources de pollution de l'air sont différentes selon le polluant. Les principales sources sont la trafic motorisé, les systèmes de chauffage, l'industrie, le commerce et l'agriculture. " + "
" + "Vous trouverez plus d’informations sur ce thème auprès de l'Office fédéral de l'environnement (OFEV) à l'adresse suivante: " + "Air: En bref.", - "text_it": "
Fonti inquinanti
" +
+ "text_it": "Fonti inquinanti
" +
"Quali sono le fonti di inquinamento dell’aria?" +
"" + "Le fonti di inquinamento dell'aria sono diverse a seconda dell'inquinante. Le cause principali sono il traffico, i sistemi di riscaldamento, l'industria, il commercio e l'agricoltura. " + "
" + "Ulteriori informazioni possono essere richieste all'Ufficio federale dell'ambiente (UFAM) al link " + "Aria: i fatti più importanti in breve.", - "text_tr": "
Kirletici kaynakları
" +
+ "text_tr": "Kirletici kaynakları
" +
"Hava kirliliğinin kaynakları nelerdir?" +
"" + "Hava kirliliğinin kaynakları kirleticiye bağlı olarak değişmektedir. Ana kaynaklar arasında trafik, ısıtma sistemleri, sanayi, ticaret ve tarım bulunmaktadır." + @@ -262,7 +262,7 @@ arrPopups = [ { "id": 4, "parent": "Hintergrund", - "text_de": "
Hintergrund
" +
+ "text_de": "Hintergrund
" +
"Wie werden Zusammenhänge zwischen Schadstoffen und gesundheitlichen Auswirkungen untersucht und beurteilt?" +
"" + "Pro Tag atmet ein erwachsener Mensch 12'000 – 15’000 Liter Luft ein und aus. Durch Nase, Rachen und Luftröhre gelangen dabei neben dem lebenswichtigen Sauerstoff " + @@ -317,7 +317,7 @@ arrPopups = [ "Je anfälliger (vulnerabler) eine Person ist, desto höher das Risiko, von den Auswirkungen betroffen zu sein. Wer bereits eine Lungenentzündung hat oder wessen Lunge noch " + "im Wachstum ist, ist anfälliger für die Auswirkungen schlechter Luft. Nicht alle Bevölkerungsgruppen reagieren also gleich auf Luftschadstoffe: Kinder, Kranke und Alte haben, " + "im Durchschnitt betrachtet, ein höheres Risiko.", - "text_en": "
Background
" +
+ "text_en": "Background
" +
"How are associations between health effects and pollutants investigated and assessed?" +
"" + "Every day, an adult breathes 12’000 – 15’000 litres of air. In addition to vital oxygen, pollutants also enter our lungs and airways through the nose and throat. " + @@ -369,7 +369,7 @@ arrPopups = [ "In addition, the personal medical history and individual sensitivity also play a major role. More susceptible (vulnerable) individuals typically have a higher risk of adverse effects. " + "People who already have pneumonia or whose lungs are still growing, for example, are more susceptible to the effects of polluted air. This means that not all population groups react " + "in the same way to air pollutants: children, sick people and elderly have, on average, a higher risk.", - "text_fr": "
Scénario
" +
+ "text_fr": "Scénario
" +
"Comment les relations entre les polluants et les effets sur la santé sont-elles étudiées et évaluées?" +
"" + "Chaque jour, une personne adulte inspire et expire 12’000 à 15’000 litres d'air. C’est ainsi que, en plus de l'oxygène nécessaire à la vie, des polluants présentant un risque avéré " + @@ -427,7 +427,7 @@ arrPopups = [ "Plus une personne est sensible (vulnérable), plus le risque qu’elle soit concernée par les effets est important. Les personnes déjà atteintes d’une pneumonie ou dont les poumons " + "sont encore en développement sont plus sensibles aux effets d’un air de mauvaise qualité. Cela signifie que tous les groupes de population ne réagissent pas de la même manière aux " + "polluants atmosphériques: les enfants, les malades et les personnes âgées sont, en moyenne, plus vulnérables.", - "text_it": "
Scenario
" +
+ "text_it": "Scenario
" +
"Come vengono studiati e valutati i rapporti tra sostanze inquinanti ed effetti sulla salute?" +
"" + "Ogni giorno, una persona adulta inspira ed espira 12’000 - 15’000 litri d'aria. Attraverso il naso, la gola e la trachea, oltre all'ossigeno vitale, entrano nei nostri polmoni anche " + @@ -482,7 +482,7 @@ arrPopups = [ "Inoltre, giocano un ruolo importante anche la storia clinica personale e la sensibilità individuale: più una persona è suscettibile (vulnerabile), maggiore è il rischio di essere colpita " + "dagli effetti dell’inquinamento atmosferico. Ade esempio, le persone che hanno già la polmonite o i cui polmoni sono ancora in crescita sono più sensibili agli effetti dell'aria malsana. " + "Non tutti i gruppi di popolazione reagiscono infatti agli inquinanti atmosferici allo stesso modo: i bambini, i malati e gli anziani hanno, in media, un rischio maggiore.", - "text_tr": "
Arka plan
" +
+ "text_tr": "Arka plan
" +
"Sağlık etkileri ile kirleticiler arasındaki ilişkiler nasıl araştırılıyor ve değerlendiriliyor?" +
"" + "Bir yetişkin her gün 12.000 – 15.000 litre hava solur. Hayati olan oksijenin yanı sıra kirleticiler de burun ve boğaz yoluyla akciğerlerimize ve solunum yollarımıza girer. " + @@ -527,7 +527,7 @@ arrPopups = [ { "id": 5, "parent": "Beitrag", - "text_de": "
Was kann ich für eine gesunde Luft und Umwelt tun?
" +
+ "text_de": "Was kann ich für eine gesunde Luft und Umwelt tun?
" +
"Was können Sie persönlich zu einer guten Luftqualität beitragen?" +
"" + "Die Luftqualität ist ein Teil der Umwelt. Wer gerne etwas gegen die Luftbelastung tun möchte, um der Gesundheit und der Umwelt Sorge zu tragen, findet Anregungen auf den " + @@ -538,7 +538,7 @@ arrPopups = [ "Cercl’Air: Feinstaub
" + "Cercl’Air: Ozon
" + "US EPA: «Actions You Can Take to Reduce Air Pollution» (Englisch)", - "text_en": "
My Contribution
" +
+ "text_en": "My Contribution
" +
"How you can contribute to good air quality" +
"" + "Air quality is part of a healthy environment. Anyone who would like to do something about air pollution to protect health and the environment will find suggestions on the webpages " + @@ -557,7 +557,7 @@ arrPopups = [ "French/" + "Italian)
" + "US EPA: «Actions You Can Take to Reduce Air Pollution»", - "text_fr": "
Ma contribution
" +
+ "text_fr": "Ma contribution
" +
"Comment pouvez-vous contribuer personnellement à une bonne qualité de l'air?" +
"" + "La qualité de l'air fait partie de l'environnement. Toute personne souhaitant agir contre la pollution atmosphérique pour protéger la santé et l'environnement trouvera des suggestions " + @@ -568,7 +568,7 @@ arrPopups = [ "Cercl’Air: Poussières fines
" + "Cercl’Air: Ozone
" + "US EPA: «Actions You Can Take to Reduce Air Pollution» (anglais)", - "text_it": "
Cosa posso fare
" +
+ "text_it": "Cosa posso fare
" +
"Come potete contribuire personalmente a una buona qualità dell'aria?" +
"" + "La qualità dell'aria fa parte dell'ambiente. Chi desidera fare qualcosa per proteggere la salute e l'ambiente, può trovare suggerimenti sui siti web dell'Ufficio federale dell'ambiente " + @@ -581,7 +581,7 @@ arrPopups = [ "Cercl’Air: Ozono
" + "Cantone Ticino: Consigli per il controllo dell'inquinamento atmosferico
" + "US EPA: «Actions You Can Take to Reduce Air Pollution» (inglese)", - "text_tr": "
Katkınız
" +
+ "text_tr": "Katkınız
" +
"İyi hava kalitesine nasıl katkıda bulunabilirsiniz:" +
"" + "Hava kalitesi sağlıklı bir ortamın parçasıdır. Sağlığı ve çevreyi korumak için hava kirliliği konusunda bir şey yapmak isteyen " + @@ -610,7 +610,7 @@ arrPopups = [ { "id": 6, "parent": "Referenzen", - "text_de": "
Referenzen
" +
+ "text_de": "Referenzen
" +
"Als Datengrundlage für die Infografik dienten die aktuellen integrierten Wissenschaftsanalysen der US-amerikanischen Umweltbehörde zu den Schadstoffen " +
"Feinstaub PM10/PM2.5, Stickstoffdioxid NO2, Ozon O3, Schwefeldioxid SO2 und Kohlenmonoxid CO " +
"(www.epa.gov/isa)." +
@@ -623,7 +623,7 @@ arrPopups = [
"References
" +
+ "text_en": "References
" +
"The data displayed in this interactive figure are based on the current Integrated Science Assessments by the US Environmental Protection Agency " +
"(www.epa.gov/isa)." +
"" + @@ -635,7 +635,7 @@ arrPopups = [ "
Références
" +
+ "text_fr": "Références
" +
"L’infographie se fonde sur les analyses scientifiques intégrées actuelles de l'Agence américaine de protection de l'environnement concernant les polluants: " +
"poussières fines PM10/PM2,5, dioxyde d'azote NO2, ozone O3, dioxyde de soufre SO2 et monoxyde de carbone CO " +
"(www.epa.gov/isa)." +
@@ -648,7 +648,7 @@ arrPopups = [
"Riferimenti
" +
+ "text_it": "Riferimenti
" +
"La base di dati per l'infografica è costituita dalle attuali analisi scientifiche integrate dell'Agenzia statunitense per la protezione dell'ambiente sulle sostanze inquinanti: " +
"polveri sottili PM10/PM2.5, diossido di azoto NO2, ozono O3, biossido di zolfo SO2 e monossido di carbonio CO " +
"(www.epa.gov/isa)." +
@@ -661,7 +661,7 @@ arrPopups = [
"Kaynaklar
" +
+ "text_tr": "Kaynaklar
" +
"İnteraktif şekilde görüntülenen bu veriler, ABD Çevre Koruma Ajansı'nın mevcut Entegre Bilimsel Değerlendirmesi'ne dayanmaktadır " +
"(www.epa.gov/isa)." +
"" + @@ -677,7 +677,7 @@ arrPopups = [ { "id": 7, "parent": "Impressum", - "text_de": "
Impressum
" +
+ "text_de": "Impressum
" +
"Diese interaktive Grafik ist eine Plattform mit Informationen zu den Gesundheitsfolgen von Luftverschmutzung. Es handelt sich um ein Projekt der vom Bundesamt für Umwelt (BAFU) " +
"finanzierten Dokumentationsstelle Luft und Gesundheit (LUDOK) am Schweizerischen Tropen- und Public Health-Institut (Swiss TPH), welches zusammen mit Organisationen erarbeitet " +
"wurde, namentlich:" +
@@ -703,7 +703,7 @@ arrPopups = [
"" +
"ludok@swisstph.ch " +
"gerne entgegen.",
- "text_en": "Imprint
" +
+ "text_en": "Imprint
" +
"This interactive figure on health effects of ambient air pollution is a project of the Swiss Literature Database and Services on Health Effects of Ambient Air Pollution LUDOK " +
"at the Swiss Tropical and Public Health Institute (Swiss TPH). It was jointly developed with the following partner organizations: " +
"- " +
@@ -726,7 +726,7 @@ arrPopups = [
"The use and adaptation of the interactive figure is allowed with reference to Swiss TPH as the author and under compliance to the AGPL license conditions. Feedback and input are welcome at " +
"" +
"ludok@swisstph.ch",
- "text_fr": "
Impressum
" +
+ "text_fr": "Impressum
" +
"Ce graphique interactif est une plateforme d'information sur les effets de la pollution atmosphérique sur la santé. Il s'agit d'un projet du Centre de documentation sur l’air et la santé (LUDOK) " +
"de l'Institut Tropical et de Santé Publique Suisse (Swiss TPH), financé par l'Office fédéral de l'environnement (OFEV), qui a été développé en collaboration avec des organisations, à savoir:" +
"- " +
@@ -750,7 +750,7 @@ arrPopups = [
"Les contributions au contenu du graphique sont les bienvenues à l'adresse suivante: " +
"" +
"ludok@swisstph.ch",
- "text_it": "
Impressum
" +
+ "text_it": "Impressum
" +
"Questo grafico interattivo è una piattaforma con informazioni sugli effetti dell'inquinamento atmosferico sulla salute. Si tratta di un progetto finanziato dall'Ufficio federale " +
"dell'ambiente (BAFU) del Centro di documentazione e informazione (LUDOK) presso lo Swiss Tropical and Public Health Institute (Swiss TPH), che è stato sviluppato insieme alle " +
"organizzazioni, ovvero:" +
@@ -775,7 +775,7 @@ arrPopups = [
"Per inviare contributi ai contenuti della grafica: " +
"" +
"ludok@swisstph.ch",
- "text_tr": "Baskı
" +
+ "text_tr": "Baskı
" +
"Ortam havası kirliliğinin sağlık üzerindeki etkilerine ilişkin olan bu interaktif figür, İsviçre Tropikal ve Halk Sağlığı Enstitüsü'ndeki (Swiss TPH) " +
"İsviçre Hava Kirliligi ve Sağlık Literatür Veritabanı ve Hizmetleri (LUDOK)'ne ait bir projedir. Aşağıdaki kuruluşlarla ortaklaşa geliştirilmiştir: " +
"- " +
@@ -807,83 +807,83 @@ arrInfos = [
{
"id": 1,
"parent": "Atemwege",
- "text_de": "
Atemwege
Lunge, Luftröhre",
- "text_en": "Respiratory system
Lungs, windpipe (trachea), airways (bronchi and bronchioles), air sacs (alveoli)",
- "text_fr": "Voies aériennes
Poumon, trachée",
- "text_it": "Vie respiratorie
Polmoni, trachea",
- "text_tr": "Solunum sistemi
Akciğerler, nefes borusu (trake), hava yolları (bronşlar ve bronşiyoller), hava keseleri (alveoller)",
+ "text_de": "Atemwege
Lunge, Luftröhre",
+ "text_en": "Respiratory system
Lungs, windpipe (trachea), airways (bronchi and bronchioles), air sacs (alveoli)",
+ "text_fr": "Voies aériennes
Poumon, trachée",
+ "text_it": "Vie respiratorie
Polmoni, trachea",
+ "text_tr": "Solunum sistemi
Akciğerler, nefes borusu (trake), hava yolları (bronşlar ve bronşiyoller), hava keseleri (alveoller)",
},
{
"id": 2,
"parent": "Herz",
- "text_de": "Herz/Kreislauf
Herz, Blutkreislauf",
- "text_en": "Cardiovascular system
Heart, blood and blood vessels",
- "text_fr": "Système cardiovasculaire
Cœur, circulation sanguine",
- "text_it": "Sistema cardiovascolare
Cuore, circolazione sanguigna",
- "text_tr": "Kardiyovasküler sistem
Kalp, kan ve kan damarları",
+ "text_de": "Herz/Kreislauf
Herz, Blutkreislauf",
+ "text_en": "Cardiovascular system
Heart, blood and blood vessels",
+ "text_fr": "Système cardiovasculaire
Cœur, circulation sanguine",
+ "text_it": "Sistema cardiovascolare
Cuore, circolazione sanguigna",
+ "text_tr": "Kardiyovasküler sistem
Kalp, kan ve kan damarları",
},
{
"id": 3,
"parent": "Nervensystem",
- "text_de": "Nervensystem
Gehirn, Nervensystem",
- "text_en": "Nervous system
Brain, nervous system",
- "text_fr": "Système nerveux
Cerveau, système nerveux",
- "text_it": "Sistema nervoso
Cervello, sistema nervoso",
- "text_tr": "Sinir sistemi
Beyin, sinir sistemi",
+ "text_de": "Nervensystem
Gehirn, Nervensystem",
+ "text_en": "Nervous system
Brain, nervous system",
+ "text_fr": "Système nerveux
Cerveau, système nerveux",
+ "text_it": "Sistema nervoso
Cervello, sistema nervoso",
+ "text_tr": "Sinir sistemi
Beyin, sinir sistemi",
},
{
"id": 4,
"parent": "Stoffwechsel",
- "text_de": "Stoffwechsel/Immunsystem
Leber, Bauchspeicheldrüse, Immunabwehr",
- "text_en": "Metabolism/Immune system
Liver, pancreas, immune defence",
- "text_fr": "Métabolisme/système immunitaire
Foie, pancréas, défenses immunitaires",
- "text_it": "Metabolismo/sistema immunitario
Fegato, pancreas, difesa immunitaria",
- "text_tr": "Metabolizma/Bağışıklık sistemi
Karaciğer, pankreas, bağışıklık sistemi",
+ "text_de": "Stoffwechsel/Immunsystem
Leber, Bauchspeicheldrüse, Immunabwehr",
+ "text_en": "Metabolism/Immune system
Liver, pancreas, immune defence",
+ "text_fr": "Métabolisme/système immunitaire
Foie, pancréas, défenses immunitaires",
+ "text_it": "Metabolismo/sistema immunitario
Fegato, pancreas, difesa immunitaria",
+ "text_tr": "Metabolizma/Bağışıklık sistemi
Karaciğer, pankreas, bağışıklık sistemi",
},
{
"id": 5,
"parent": "Sterblichkeit",
- "text_de": "Sterblichkeit
Sterbefälle, Anzahl der Todesfälle im Verhältnis zur Bevölkerung",
- "text_en": "Mortality
Deaths, number of deaths in relation to the population",
- "text_fr": "Mortalité
Décès, nombre de décès rapporté à la population",
- "text_it": "Mortalità
Decessi, numero di decessi in rapporto alla popolazione",
- "text_tr": "Ölüm
Ölümler, nüfusa göre ölüm sayısı",
+ "text_de": "Sterblichkeit
Sterbefälle, Anzahl der Todesfälle im Verhältnis zur Bevölkerung",
+ "text_en": "Mortality
Deaths, number of deaths in relation to the population",
+ "text_fr": "Mortalité
Décès, nombre de décès rapporté à la population",
+ "text_it": "Mortalità
Decessi, numero di decessi in rapporto alla popolazione",
+ "text_tr": "Ölüm
Ölümler, nüfusa göre ölüm sayısı",
},
{
"id": 6,
"parent": "Notfaelle",
- "text_de": "Notfälle
Notfallkonsultationen in Spitälern oder beim Hausarzt, Spitaleintritte aufgrund von Notfällen",
- "text_en": "Emergencies
Emergency consultations in hospitals or with the family doctor, hospital admissions due to emergencies",
- "text_fr": "Urgences
Consultations d'urgence dans les hôpitaux ou auprès du médecin de famille, admissions à l'hôpital pour cause d'urgence",
- "text_it": "Emergenze
Consultazioni d’emergenza in ospedale o con il medico di famiglia, ricoveri ospedalieri per emergenze",
- "text_tr": "Acil durumlar
Aile hekimi veya hastanelerdeki acil konsültasyonlar, acil durumlar nedeniyle hastaneye yatışlar",
+ "text_de": "Notfälle
Notfallkonsultationen in Spitälern oder beim Hausarzt, Spitaleintritte aufgrund von Notfällen",
+ "text_en": "Emergencies
Emergency consultations in hospitals or with the family doctor, hospital admissions due to emergencies",
+ "text_fr": "Urgences
Consultations d'urgence dans les hôpitaux ou auprès du médecin de famille, admissions à l'hôpital pour cause d'urgence",
+ "text_it": "Emergenze
Consultazioni d’emergenza in ospedale o con il medico di famiglia, ricoveri ospedalieri per emergenze",
+ "text_tr": "Acil durumlar
Aile hekimi veya hastanelerdeki acil konsültasyonlar, acil durumlar nedeniyle hastaneye yatışlar",
},
{
"id": 7,
"parent": "causally",
- "text_de": "Ursächlich
" +
+ "text_de": "Ursächlich
" +
"Es hat sich gezeigt, dass der Schadstoff bei relevanten Expositionen zu Auswirkungen auf die Gesundheit oder das Wohlergehen führt, " +
"und zwar auf der Grundlage von Studien, die mehrere Beweislinien (Zell-, Tier-, Human- und epidemiologischen Studien) umfassen." +
"" + "Zufallsergebnisse, Störfaktoren und andere Verzerrungen können mit angemessener Wahrscheinlichkeit ausgeschlossen werden." + "
" + "(In der Fachliteratur wird dafür der Begriff «kausal» verwendet.)", - "text_en": "
Causal
" +
+ "text_en": "Causal
" +
"The pollutant has been shown to cause health or welfare effects at relevant levels of exposure, " +
"based on studies covering several lines of evidence (cellular, animal, human and epidemiological studies)." +
"" + "Random results, confounders and other biases can be excluded with reasonable probability.", - "text_fr": "
Cause
" +
+ "text_fr": "Cause
" +
"Il a été prouvé que le polluant a des effets sur la santé ou le bien-être en cas d'expositions au niveau concerné, " +
"et ce sur la base d'études comprenant plusieurs types de preuves (études cellulaires, animales, humaines et épidémiologiques)." +
"" + "Les résultats aléatoires, les facteurs perturbateurs et autres biais peuvent être exclus avec une probabilité raisonnable.", - "text_it": "
Causale
" +
+ "text_it": "Causale
" +
"Sulla base di studi che coprono diverse linee di evidenza (studi cellulari, animali, umani ed epidemiologici), " +
"è stato dimostrato che l'inquinante provoca effetti sulla salute o sul benessere a livelli di esposizione rilevanti." +
"" + "Risultati casuali, fattori di disturbo e altre distorsioni possono essere esclusi con un ragionevole grado di probabilità.", - "text_tr": "
Neden
" +
+ "text_tr": "Neden
" +
"Kirleticinin ilgili maruz kalma seviyelerinde sağlık veya refah etkilerine neden olduğu hücresel, hayvan, " +
"insan ve epidemiyolojik çalışmaları kapsayan bir dizi çalışmaya dayanarak ortaya konmuştur." +
"" + @@ -892,7 +892,7 @@ arrInfos = [ { "id": 8, "parent": "likely", - "text_de": "
Wahrscheinlich ursächlich
" +
+ "text_de": "Wahrscheinlich ursächlich
" +
"Es gibt Studien, in denen die Ergebnisse nicht durch Zufallsergebnisse, Störfaktoren oder andere Verzerrungen erklärt werden, " +
"aber es bleiben Unsicherheiten in der Evidenz für Gesundheitseffekte insgesamt." +
"" + @@ -900,21 +900,21 @@ arrInfos = [ "oder die Evidenz in den verschiedenen wissenschaftlichen Disziplinen ist möglicherweise begrenzt oder inkonsistent." + "
" + "(In der Fachliteratur wird dafür der Begriff «wahrscheinlich kausal» verwendet.)", - "text_en": "
Likely causal
" +
+ "text_en": "Likely causal
" +
"There are studies in which the results cannot be explained by chance, confounders or other biases, but uncertainties remain in the overall evidence for health effects." +
"" + "For example, the influence of concurrent pollutants is difficult to capture, or the evidence in different scientific disciplines may be limited or contradictory.", - "text_fr": "
Cause probable
" +
+ "text_fr": "Cause probable
" +
"Il existe des études dont les résultats ne peuvent être expliqués par des résultats aléatoires, des facteurs perturbateurs ou d'autres biais, " +
"mais il demeure des incertitudes quant aux preuves des effets sur la santé en général." +
"" + "Par exemple, l'influence de polluants présents simultanément est difficile à évaluer, ou les preuves dans différentes disciplines scientifiques peuvent être limitées ou contradictoires.", - "text_it": "
Probabilmente causale
" +
+ "text_it": "Probabilmente causale
" +
"Ci sono studi in cui i risultati non possono essere spiegati da risultati casuali, fattori di disturbo o altre distorsioni, " +
"ma rimangono incertezze nell'evidenza degli effetti sulla salute in generale." +
"" + "Ad esempio, l'influenza di inquinanti che si riscontrano simultaneamente è difficile da rilevare, o le prove nelle varie discipline scientifiche possono essere limitate o contraddittorie.", - "text_tr": "
Muhtemel neden
" +
+ "text_tr": "Muhtemel neden
" +
"Tesadüf, kafa karıştırıcı unsurlar veya diğer önyargılarla sonuçların açıklanamadığı araştırmalar vardır, ancak sağlık etkilerine ilişkin genel kanıtlarda belirsizlikler devam etmektedir." +
"" + "Örneğin, eşzamanlı kirleticilerin etkisinin yakalanması zordur veya farklı bilimsel disiplinlerdeki kanıtlar sınırlı veya çelişkili olabilir.", @@ -922,7 +922,7 @@ arrInfos = [ { "id": 9, "parent": "causality_mobile", - "text_de": "
Kausalität
" +
+ "text_de": "Kausalität
" +
"Ursächlich" +
"" + "Es hat sich gezeigt, dass der Schadstoff bei relevanten Expositionen zu Auswirkungen auf die Gesundheit oder das Wohlergehen führt, " + @@ -941,7 +941,7 @@ arrInfos = [ "oder die Evidenz in den verschiedenen wissenschaftlichen Disziplinen ist möglicherweise begrenzt oder inkonsistent." + "
" + "(In der Fachliteratur wird dafür der Begriff «wahrscheinlich kausal» verwendet.)", - "text_en": "
Causality
" +
+ "text_en": "Causality
" +
"Causal" +
"" + "The pollutant has been shown to cause health or welfare effects at relevant levels of exposure, " + @@ -954,7 +954,7 @@ arrInfos = [ "There are studies in which the results cannot be explained by chance, confounders or other biases, but uncertainties remain in the overall evidence for health effects." + "
" + "For example, the influence of concurrent pollutants is difficult to capture, or the evidence in different scientific disciplines may be limited or contradictory.", - "text_fr": "
Causalité
" +
+ "text_fr": "Causalité
" +
"Cause" +
"" + "Il a été prouvé que le polluant a des effets sur la santé ou le bien-être en cas d'expositions au niveau concerné, " + @@ -970,7 +970,7 @@ arrInfos = [ "mais il demeure des incertitudes quant aux preuves des effets sur la santé en général." + "
" + "Par exemple, l'influence de polluants présents simultanément est difficile à évaluer, ou les preuves dans différentes disciplines scientifiques peuvent être limitées ou contradictoires.", - "text_it": "
Causalità
" +
+ "text_it": "Causalità
" +
"Causale" +
"Sulla base di studi che coprono diverse linee di evidenza (studi cellulari, animali, umani ed epidemiologici), " +
"è stato dimostrato che l'inquinante provoca effetti sulla salute o sul benessere a livelli di esposizione rilevanti." +
@@ -985,7 +985,7 @@ arrInfos = [
"ma rimangono incertezze nell'evidenza degli effetti sulla salute in generale." +
"" + "Ad esempio, l'influenza di inquinanti che si riscontrano simultaneamente è difficile da rilevare, o le prove nelle varie discipline scientifiche possono essere limitate o contraddittorie.", - "text_tr": "
Nedensellik
" +
+ "text_tr": "Nedensellik
" +
"Neden" +
"" + "Kirleticinin ilgili maruz kalma seviyelerinde sağlık veya refah etkilerine neden olduğu hücresel, hayvan, insan ve epidemiyolojik çalışmaları kapsayan bir dizi çalışmaya dayanarak ortaya konmuştur." + @@ -1001,79 +1001,79 @@ arrInfos = [ { "id": 10, "parent": "Kurzzeit", - "text_de": "
Kurzzeit
Effekte, welche mit kurzfristig erhöhter Belastung in Zusammenhang stehen(über Stunden oder Tage)", - "text_en": "
Short-term
Effects associated with short-term exposures (hours to days)",
- "text_fr": "A court terme
Effets associés à une exposition accrue à court terme (sur plusieurs heures ou jours)",
- "text_it": "A breve termine
Effetti associati all'aumento dell'esposizione a breve termine (in ore o giorni)",
- "text_tr": "Kısa dönem
Kısa süreli maruz kalmalarla ilişkili etkiler (saatlerden günlere kadar)",
+ "text_de": "Kurzzeit
Effekte, welche mit kurzfristig erhöhter Belastung in Zusammenhang stehen(über Stunden oder Tage)", + "text_en": "
Short-term
Effects associated with short-term exposures (hours to days)",
+ "text_fr": "A court terme
Effets associés à une exposition accrue à court terme (sur plusieurs heures ou jours)",
+ "text_it": "A breve termine
Effetti associati all'aumento dell'esposizione a breve termine (in ore o giorni)",
+ "text_tr": "Kısa dönem
Kısa süreli maruz kalmalarla ilişkili etkiler (saatlerden günlere kadar)",
},
{
"id": 11,
"parent": "Langzeit",
- "text_de": "Langzeit
Effekte, welche mit langfristig erhöhter Belastung in Zusammenhang stehen(über Monate oder Jahre)", - "text_en": "
Long-term
Effects associated with long-term exposures (over months to years)",
- "text_fr": "Long terme
Effets associés à une exposition accrue à long terme (sur plusieurs mois ou années)",
- "text_it": "A lungo termine
Effetti associati all'aumento dell'esposizione a lungo termine (in mesi o anni)",
- "text_tr": "Uzun dönem
Uzun süreli maruz kalmalarla ilişkili etkiler (aylardan yıllara kadar)",
+ "text_de": "Langzeit
Effekte, welche mit langfristig erhöhter Belastung in Zusammenhang stehen(über Monate oder Jahre)", + "text_en": "
Long-term
Effects associated with long-term exposures (over months to years)",
+ "text_fr": "Long terme
Effets associés à une exposition accrue à long terme (sur plusieurs mois ou années)",
+ "text_it": "A lungo termine
Effetti associati all'aumento dell'esposizione a lungo termine (in mesi o anni)",
+ "text_tr": "Uzun dönem
Uzun süreli maruz kalmalarla ilişkili etkiler (aylardan yıllara kadar)",
},
{
"id": 12,
"parent": "Feinstaub",
- "text_de": "Feinstaub
" +
+ "text_de": "Feinstaub
" +
"Partikel kleiner als 10 bzw. 2.5 Mikrometer (PM10/PM2.5). Emissionen vor allem durch Verkehr oder Holzfeuerungen, (Wald-) Brände und sekundäre Bildung aus Vorläuferstoffen " +
"(in der Fachliteratur wird dafür der Begriff «sekundärer Feinstaub» verwendet)",
- "text_en": "Particulate matter
Particles smaller than 10 or 2.5 micrometres (PM10/PM2.5): " +
+ "text_en": "Particulate matter
Particles smaller than 10 or 2.5 micrometres (PM10/PM2.5): " +
"Emissions mainly from traffic or household heating/wood burning, (forest) fires and formation from precursors such as nitrogen oxides and ammonia " +
"(the term \"secondary particulate matter\" is used in the technical literature)",
- "text_fr": "Poussières fines
" +
+ "text_fr": "Poussières fines
" +
"Particules de moins de 10 ou de 2,5 micromètres (PM10/PM2,5) : émissions provenant principalement des moteurs, des chauffages, notamment des feux de bois, de l’industrie et à partir " +
"de précurseurs tels que les oxydes d'azote, le soufre et l'ammoniac (dans la littérature technique, le terme de «poussières fines secondaires» est utilisé)",
- "text_it": "Polveri sottili
" +
+ "text_it": "Polveri sottili
" +
"Particelle più piccole di 10 o 2,5 micrometri (PM10/PM2,5): emissioni derivanti principalmente dal traffico o dalle combustioni per il riscaldamento, incendi (forestali) e formazione " +
"da precursori come gli ossidi di azoto e l'ammoniaca (per quest’ultime nella letteratura tecnica si usa il termine \“polveri sottili secondarie\")",
- "text_tr": "Partikül Madde
10 veya 2.5 mikrometreden küçük partiküller (PM10/PM2.5): " +
+ "text_tr": "Partikül Madde
10 veya 2.5 mikrometreden küçük partiküller (PM10/PM2.5): " +
"Esas olarak trafik veya evsel ısınma/odun yakma, orman yangınları, nitrojen oksitler ve amonyak (teknik literatürde \"ikincil partikül madde\" terimi kullanılmaktadır) " +
"gibi öncüllerin oluşumundan kaynaklanan emisyonlar.",
},
{
"id": 13,
"parent": "Ozon",
- "text_de": "Ozon (O3)
" +
+ "text_de": "Ozon (O3)
" +
"Gebildet durch Sonneneinstrahlung aus Vorläuferstoffen wie Stickstoffdioxid und flüchtige organische Verbindungen (VOC)",
- "text_en": "Ozone (O3)
Formed by solar radiation from precursors such as nitrogen dioxide and volatile organic compounds (VOC)",
- "text_fr": "Ozone (O3)
Formé par le rayonnement solaire à partir de précurseurs tels que le dioxyde d'azote et les composés organiques volatils (COV)",
- "text_it": "Ozono (O3)
Formato da radiazioni solari provenienti da precursori come il biossido di azoto e composti organici volatili (COV)",
- "text_tr": "Ozon (O3)
Azot dioksit ve uçucu organik bileşikler gibi öncüllerden güneş ışımasıyla oluşur (VOC)",
+ "text_en": "Ozone (O3)
Formed by solar radiation from precursors such as nitrogen dioxide and volatile organic compounds (VOC)",
+ "text_fr": "Ozone (O3)
Formé par le rayonnement solaire à partir de précurseurs tels que le dioxyde d'azote et les composés organiques volatils (COV)",
+ "text_it": "Ozono (O3)
Formato da radiazioni solari provenienti da precursori come il biossido di azoto e composti organici volatili (COV)",
+ "text_tr": "Ozon (O3)
Azot dioksit ve uçucu organik bileşikler gibi öncüllerden güneş ışımasıyla oluşur (VOC)",
},
{
"id": 14,
"parent": "Stickstoffdioxid",
- "text_de": "Stickstoffdioxid (NO2)
" +
+ "text_de": "Stickstoffdioxid (NO2)
" +
"Emissionen vorwiegend durch Verkehr und Feuerungen zu Heizzwecken",
- "text_en": "Nitrogen dioxide (NO2)
Emissions mainly from road traffic and other fossil fuel combustion processes like heating",
- "text_fr": "Dioxyde d'azote (NO2)
Émissions provenant principalement de la combustion dans les moteurs, les chauffages et l’industrie",
- "text_it": "Diossido di azoto (NO2)
Emissioni derivanti principalmente dal traffico e dalle combustioni per il riscaldamento",
- "text_tr": "Nitrojen dioksit (NO2)
Esas olarak karayolu trafiğinden ve ısıtma gibi diğer fosil yakıt yanma işlemlerinden kaynaklanan emisyonlar",
+ "text_en": "Nitrogen dioxide (NO2)
Emissions mainly from road traffic and other fossil fuel combustion processes like heating",
+ "text_fr": "Dioxyde d'azote (NO2)
Émissions provenant principalement de la combustion dans les moteurs, les chauffages et l’industrie",
+ "text_it": "Diossido di azoto (NO2)
Emissioni derivanti principalmente dal traffico e dalle combustioni per il riscaldamento",
+ "text_tr": "Nitrojen dioksit (NO2)
Esas olarak karayolu trafiğinden ve ısıtma gibi diğer fosil yakıt yanma işlemlerinden kaynaklanan emisyonlar",
},
{
"id": 15,
"parent": "Schwefeldioxid",
- "text_de": "Schwefeldioxid (SO2)
" +
+ "text_de": "Schwefeldioxid (SO2)
" +
"Emissionen durch Verbrennung von schwefelhaltiger Kohle oder Erdöl",
- "text_en": "Sulphur dioxide (SO2)
Emissions from combustions of sulphur containing coal or diesel",
- "text_fr": "Dioxyde de soufre (SO2)
Émissions provenant de la combustion de charbon ou de produits pétroliers contenant du soufre",
- "text_it": "Anidride solforosa (SO2)
Emissioni derivanti dalla combustione di carbone contenente zolfo o di petrolio",
- "text_tr": "Sülfür dioksit (SO2)
Kükürt içeren kömür veya dizel yakıtların yanmasından kaynaklanan emisyonlar",
+ "text_en": "Sulphur dioxide (SO2)
Emissions from combustions of sulphur containing coal or diesel",
+ "text_fr": "Dioxyde de soufre (SO2)
Émissions provenant de la combustion de charbon ou de produits pétroliers contenant du soufre",
+ "text_it": "Anidride solforosa (SO2)
Emissioni derivanti dalla combustione di carbone contenente zolfo o di petrolio",
+ "text_tr": "Sülfür dioksit (SO2)
Kükürt içeren kömür veya dizel yakıtların yanmasından kaynaklanan emisyonlar",
},
{
"id": 16,
"parent": "Kohlenmonoxid",
- "text_de": "Kohlenmonoxid (CO)
" +
+ "text_de": "Kohlenmonoxid (CO)
" +
"Emissionen durch unvollständige Verbrennungen von kohlenstoffhaltigen Brennstoffen",
- "text_en": "Carbon monoxide (CO)
Emissions from incomplete combustions of carbonaceous fuels",
- "text_fr": "Monoxyde de carbone (CO)
Émissions dues à la combustion incomplète de divers combustibles ",
- "text_it": "Monossido di carbonio (CO)
Emissioni derivanti dalla combustione incompleta di carburanti contenenti carbonio",
- "text_tr": "Karbon monoksit (CO)
Karbon içeren yakıtların eksik yanmasından kaynaklanan emisyonlar",
+ "text_en": "Carbon monoxide (CO)
Emissions from incomplete combustions of carbonaceous fuels",
+ "text_fr": "Monoxyde de carbone (CO)
Émissions dues à la combustion incomplète de divers combustibles ",
+ "text_it": "Monossido di carbonio (CO)
Emissioni derivanti dalla combustione incompleta di carburanti contenenti carbonio",
+ "text_tr": "Karbon monoksit (CO)
Karbon içeren yakıtların eksik yanmasından kaynaklanan emisyonlar",
},
];
diff --git a/ludok.css b/ludok.css
index f4eb19f..b29422f 100644
--- a/ludok.css
+++ b/ludok.css
@@ -68,12 +68,12 @@ li {
border-width: 2px;
}
-.btn_chosen {
+.btn-chosen {
box-shadow: 0px 0px 5px 3px rgba(255, 255, 255, 1);
border-width: 2px;
}
-.btn_round {
+.btn-round {
background-color: white;
border-radius: 45px;
border: none;
@@ -86,19 +86,19 @@ li {
padding: 0px;
}
-.btn_round_zeit {
+.btn-round-zeit {
background-color: white;
border-radius: 50%;
color: #90B9D1;
font-size: 22px;
}
-.btn_round_zeit_inv {
+.btn-round-zeit-inv {
background-color: #90B9D1;
color: white;
}
-.btn_round_small {
+.btn-round-small {
background-color: white;
border-radius: 33px;
border: none;
@@ -117,11 +117,11 @@ li {
text-align: center;
}
-.cursorHand {
+.cursor-hand {
cursor: pointer;
}
-.div_Flex_Row {
+.div-flex-row {
display: flex;
flex-direction: row;
justify-content: space-between;
@@ -129,30 +129,30 @@ li {
padding-right: 40px;
}
-.div_HintergrundInfo {
+.div-hintergrund-info {
background-color: white;
display: none;
padding: 10px;
text-align: left;
}
-.div_i_Container {
+.div-i-container {
position: relative;
display: inline-block;
}
-.div_Intro {
+.div-intro {
color: #468AB2;
font-size: 20px;
}
-.div_Legend {
+.div-legend {
display: none;
padding-left: 60px;
text-align: left;
}
-.div_Main {
+.div-main {
background-color: #EDEDED;
margin-top: 30px;
text-align: right;
@@ -160,27 +160,27 @@ li {
height: 1130px;
}
-.div_Menu {
+.div-menu {
display: inline-block;
position: absolute;
left: 57px;
width: 660px;
}
-.div_Menu_Left {
+.div-menu-left {
display: inline-block;
position: absolute;
top: 133px;
font-size: 20px;
}
-.div_Menu_Line {
+.div-menu-Line {
position: absolute;
left: 30px;
width: 375px;
}
-.div_Menu_Noxe {
+.div-menu-Noxe {
display: inline-block;
text-align: center;
width: 70px;
@@ -189,14 +189,14 @@ li {
margin-right: 5px;
}
-.div_Menu_Sterblichkeit {
+.div-menu-Sterblichkeit {
position: absolute;
top: 52px;
right: 177px;
}
-.div_PageContent {
+.div-pagecontent {
box-sizing: border-box;
padding-top: 40px;
background-color: #EDEDED;
@@ -205,7 +205,7 @@ li {
margin: auto;
}
-.div_PageContent_mobile {
+.div-pagecontent-mobile {
background-color: #EDEDED;
display: none;
padding: 0px;
@@ -213,7 +213,7 @@ li {
overflow: hidden;
}
-.div_Results {
+.div-results {
position: absolute;
left: 57px;
top: 150px;
@@ -224,12 +224,12 @@ li {
scrollbar-width: thin;
}
-.div_Results_right {
+.div-results-right {
left: unset;
right: 15px;
}
-.div_Results_Header {
+.div-results-Header {
font-size: 20px;
}
@@ -237,30 +237,30 @@ li {
display: none;
}
-.i_header {
+.i-header {
color: #BF3227;
margin-bottom: 10px;
}
-.ic_info {
+.ic-info {
cursor: pointer;
vertical-align: bottom;
width: 25px;
}
-.ic_info_top {
+.ic-info-top {
position: absolute;
top: -11px;
left: 32px;
}
-.ic_info_top_small {
+.ic-info-top-small {
position: absolute;
top: -17px;
left: 24px;
}
-.img_LogoTC {
+.img-logo-tc {
width: 130px;
position: absolute;
top: 55px;
@@ -286,19 +286,19 @@ li {
padding-bottom: 5px;
}
-.margin_bottom {
+.margin-bottom {
margin-bottom: 10px;
}
-.margin_10 {
+.margin-10 {
margin: 10px;
}
-.pad_10 {
+.pad-10 {
padding: 10px;
}
-.pad_100 {
+.pad-100 {
padding-left: 100px;
}
@@ -320,11 +320,11 @@ td {
padding: 5px;
}
-.td_effekt {
+.td-effekt {
text-align: left;
}
-.td_effekt_typ {
+.td-effekt-typ {
text-align: center;
width: 65px;
}
@@ -339,12 +339,11 @@ tr:last-of-type {
.ui-tooltip {
padding: 10px 20px;
- color: #222222;
+ color: #222;
border-radius: 2px;
font-size: 16px !important;
border: none;
box-shadow: none;
- /*box-shadow: 0 0 7px #222222;*/
}
.ui-tooltip-content {
@@ -353,68 +352,68 @@ tr:last-of-type {
/****************************** COLORS ***************************************************************************************************************************************/
-.bg_Feinstaub {
+.bg-Feinstaub {
color: #868686;
background-color: white;
border-color: #868686;
}
-.bg_Ozon {
+.bg-Ozon {
color: #468AB2;
background-color: white;
border-color: #468AB2;
}
-.bg_Stickstoffdioxid {
+.bg-Stickstoffdioxid {
color: #BF3227;
background-color: white;
border-color: #BF3227;
}
-.bg_Schwefeldioxid {
+.bg-Schwefeldioxid {
color: #DDBA4A;
background-color: white;
border-color: #EDCD64;
}
-.bg_Kohlenmonoxid {
+.bg-Kohlenmonoxid {
color: #A4B645;
background-color: white;
border-color: #B5C752;
}
-.bg_Zusatz {
+.bg-Zusatz {
color: #D9847E;
background-color: white;
border-color: #9e9e9e;
}
-.bg_Feinstaub_invert {
+.bg-Feinstaub-invert {
background-color: #868686;
color: white;
}
-.bg_Ozon_invert {
+.bg-Ozon-invert {
background-color: #468AB2;
color: white;
}
-.bg_Stickstoffdioxid_invert {
+.bg-Stickstoffdioxid-invert {
background-color: #BF3227;
color: white;
}
-.bg_Schwefeldioxid_invert {
+.bg-Schwefeldioxid-invert {
background-color: #EDCD64;
color: white;
}
-.bg_Kohlenmonoxid_invert {
+.bg-Kohlenmonoxid-invert {
background-color: #B5C752;
color: white;
}
-.bg_Zusatz_invert {
+.bg-Zusatz-invert {
color: white;
background-color: #D9847E;
}
@@ -424,11 +423,11 @@ tr:last-of-type {
/* Tablets */
@media (max-width: 1159px) {
- .div_PageContent {
+ .div-pagecontent {
width: 1024px;
}
- .div_Intro {
+ .div-intro {
max-width: 600px;
}
@@ -436,11 +435,11 @@ tr:last-of-type {
z-index: 1;
}
- .div_Menu_Sterblichkeit {
+ .div-menu-Sterblichkeit {
right: 25px;
}
- .img_LogoTC {
+ .img-logo-tc {
width: 100px;
top: 5px;
right: unset;
@@ -455,78 +454,78 @@ tr:last-of-type {
overflow: hidden;
}
- .div_PageContent {
+ .div-pagecontent {
display: none;
}
- .div_PageContent_mobile {
+ .div-pagecontent-mobile {
display: block;
}
- .btn_round {
+ .btn-round {
border-radius: 0;
width: 100%;
height: 45px;
}
- .btn_round_zeit {
+ .btn-round-zeit {
border-radius: 0;
width: 100%;
}
- .btn_round_small {
+ .btn-round-small {
border-radius: 0;
height: 45px;
width: 100%;
}
- .div_Flex_Row {
+ .div-flex-row {
display: block;
padding-left: 0px;
padding-right: 0px;
}
- .div_i_Container {
+ .div-i-container {
display: block;
}
- .div_Intro {
+ .div-intro {
padding: 20px;
padding-top: 0;
max-width: 100%;
}
- .div_Legend {
+ .div-legend {
padding-left: 5px;
padding-bottom: 20px;
}
- .div_Menu {
+ .div-menu {
display: block;
position: relative;
left: 0;
width: 100%;
}
- .div_Menu_Line {
+ .div-menu-Line {
left: 0;
top: 0;
position: relative;
width: 100%;
}
- .div_Menu_Noxe {
+ .div-menu-Noxe {
display: block;
text-align: left;
width: 100%;
}
- .div_Main {
+ .div-main {
margin: 0px;
height: 100%;
}
- .div_Results {
+ .div-results {
position: relative;
left: 0;
top: 0;
@@ -535,16 +534,16 @@ tr:last-of-type {
padding-top: 20px;
}
- .div_Results_Header {
+ .div-results-Header {
padding-left: 5px;
}
- .ic_info_top {
+ .ic-info-top {
top: 10px;
left: 24px;
}
- .ic_info_top_small {
+ .ic-info-top-small {
top: 10px;
}
@@ -557,7 +556,7 @@ tr:last-of-type {
padding: 4px;
}
- .td_effekt_typ {
+ .td-effekt-typ {
white-space: nowrap;
}
}
diff --git a/zz_utils.js b/zz_utils.js
index 63a9f3e..527350e 100644
--- a/zz_utils.js
+++ b/zz_utils.js
@@ -11,18 +11,18 @@ glb_Zeit = ""; // K - Kurzzeit / L - Langzeit
glb_HintergrundInfo = ''; // Angezeigte HintergrundInfo (mobile only)
glb_isMobile = false; // Bin ich mobile oder desktop?
-glb_PCID = '.div_PageContent '; // Page Content ID (für mobile/desktop)
+glb_PCID = '.div-pagecontent '; // Page Content ID (für mobile/desktop)
function Check_mobile() {
// Bin ich mobile...?
-// -> Hauptanzeigebereich div_PageContent[_mobile] in glb_PCID speichern
- //if ($('.div_PageContent').is(":visible") == true) {
+// -> Hauptanzeigebereich div-pagecontent[_mobile] in glb_PCID speichern
+ //if ($('.div-pagecontent').is(":visible") == true) {
if ($(window).width() > 1023) {
- glb_PCID = '.div_PageContent ';
+ glb_PCID = '.div-pagecontent ';
glb_isMobile = false;
} else {
- glb_PCID = '.div_PageContent_mobile ';
+ glb_PCID = '.div-pagecontent-mobile ';
glb_isMobile = true;
}
//console.log('Check_mobile glb_isMobile: ' + glb_isMobile + ' width: ' + $(window).width());
@@ -37,8 +37,8 @@ function Choose_Zeit(a_zeit, a_mobile) {
//console.log('Choose_Zeit glb_PCID: ' + glb_PCID);
- $('button[id^="btn_Zeit_"]').removeClass('btn_round_zeit_inv');
- $(glb_PCID + '#btn_Zeit_' + a_zeit).addClass('btn_round_zeit_inv');
+ $('button[id^="btn_Zeit_"]').removeClass('btn-round-zeit-inv');
+ $(glb_PCID + '#btn_Zeit_' + a_zeit).addClass('btn-round-zeit-inv');
if (glb_Zeit == "K") {
$(glb_PCID + '#mnu_Schwefeldioxid').show();
@@ -48,8 +48,8 @@ function Choose_Zeit(a_zeit, a_mobile) {
$(glb_PCID + '#mnu_Kohlenmonoxid').hide();
}
- $(glb_PCID + '#div_Menu_Noxen').fadeIn();
- $(glb_PCID + '#div_Menu_Sterblichkeit').fadeIn();
+ $(glb_PCID + '#div-menu-Noxen').fadeIn();
+ $(glb_PCID + '#div-menu-Sterblichkeit').fadeIn();
$('#img_mensch_empty').attr("usemap", "#image-map");
@@ -80,7 +80,7 @@ function Draw_BtnHintergrundInfo(a_topic, a_is_mobile) {
id = 'id="btn_Zusatz_' + a_topic + '"';
txt = txt.replace('', ''); } - echo(''); + echo(''); } // Draw_BtnHintergrundInfo @@ -93,9 +93,9 @@ function Draw_BtnNoxe(a_noxe, a_is_mobile) { txt = txt.replace('
', ''); } - echo('
');
- echo('
');
- echo('');
+ echo('
', ''); } - echo('
');
- echo('');
+ echo('');
+ echo('
');
+ echo('');
echo('
');
} // Draw_BtnNoxe
@@ -109,9 +109,9 @@ function Draw_BtnOrgan(a_organ, a_is_mobile) {
txt = txt.replace(' ');
+ echo('');
echo('', ''); } - echo('
');
- echo(' ');
- echo('');
+ echo('
');
- echo('');
+ echo('');
+ echo(' ');
+ echo('');
echo('
');
} // Draw_BtnNoxe
@@ -119,7 +119,7 @@ function Draw_BtnOrgan(a_organ, a_is_mobile) {
function Draw_IntroText() {
// Intro-Text
- echo(' ');
+ echo('');
echo('');
+ echo('
');
if (glb_isMobile == false) {
echo('
'); } @@ -130,10 +130,10 @@ function Draw_IntroText() { function Draw_Legende() { // Legende Kausalität - echo('
'); } @@ -130,10 +130,10 @@ function Draw_IntroText() { function Draw_Legende() { // Legende Kausalität - echo('
');
+ echo(' ' + Get_Organ(a_organ, glb_Lang) + '';
+ str += ' ' + Get_Organ(a_organ, glb_Lang) + '';
str += '';
@@ -162,21 +162,21 @@ function Draw_Results(a_data, a_noxe, a_noxe_zeit, a_organ) {
//'';
@@ -240,14 +240,14 @@ function Draw_Results_Organ(a_data) {
str_row = '
';
- $(glb_PCID + '#div_Results_' + a_data[0].organ).html(str);
- $(glb_PCID + '#div_Results_' + a_data[0].organ).fadeIn();
- //$(glb_PCID + '#div_Results_' + a_noxe + '_' + a_noxe_zeit).html(str);
- //$(glb_PCID + '#div_Results_' + a_noxe + '_' + a_noxe_zeit).fadeIn();
- $(glb_PCID + '#div_Legend').fadeIn();
+ $(glb_PCID + '#div-results-' + a_data[0].organ).html(str);
+ $(glb_PCID + '#div-results-' + a_data[0].organ).fadeIn();
+ //$(glb_PCID + '#div-results-' + a_noxe + '_' + a_noxe_zeit).html(str);
+ //$(glb_PCID + '#div-results-' + a_noxe + '_' + a_noxe_zeit).fadeIn();
+ $(glb_PCID + '#div-legend').fadeIn();
$(glb_PCID + "#i_eff_" + a_data[0].organ).tooltip({content: Get_Tooltip(a_data[0].organ, glb_Lang)});
- // mobile: div_Results unter Button schieben
+ // mobile: div-results unter Button schieben
if (glb_isMobile == true) {
- $(glb_PCID + ".div_Results").appendTo(glb_PCID + "#mnu_" + a_data[0].organ);
+ $(glb_PCID + ".div-results").appendTo(glb_PCID + "#mnu_" + a_data[0].organ);
}
} else {
@@ -473,7 +473,7 @@ function Hide_imgOrgan(a_organ) {
// Hide organ image (onMouseOut)
//console.log('Hide_imgOrgan a_organ: ' + a_organ + ', glb_Organ: ' + glb_Organ);
if (glb_Organ != a_organ) {
- $("#img_Organ_" + a_organ).hide();
+ $("#img-organ-" + a_organ).hide();
}
}
@@ -482,7 +482,7 @@ function Msg_DocHeight() {
// Send docHeight to parent (if mobile)
if (glb_isMobile == true) {
setTimeout(function () {
- var ht = $('.div_PageContent_mobile').height();
+ var ht = $('.div-pagecontent-mobile').height();
var id = 'ifr_LUDOK'; //iframe id
parent.postMessage(JSON.stringify({'docHeight': ht, 'id': id}), '*');
}, 400);
@@ -493,20 +493,20 @@ function Msg_DocHeight() {
function ResetAll() {
//glb_Organ = "";
- $('div[id^="div_Results_"]').html('');
- $('div[id^="div_Results_"]').hide();
- $('img[id^="img_Organ_"]').hide();
+ $('div[id^="div-results-"]').html('');
+ $('div[id^="div-results-"]').hide();
+ $('img[id^="img-organ-"]').hide();
$('#div_Mensch_mobile').hide();
- $(glb_PCID + '#div_Legend').hide();
- $(glb_PCID + '#div_Menu_Headline').hide();
+ $(glb_PCID + '#div-legend').hide();
+ $(glb_PCID + '#div-menu-Headline').hide();
// Buttons deaktivieren
- $('button[id^="btn_"]').removeClass(['bg_Feinstaub_invert', 'bg_Ozon_invert', 'bg_Stickstoffdioxid_invert', 'bg_Schwefeldioxid_invert', 'bg_Kohlenmonoxid_invert']);
- $(glb_PCID + 'button[id^="btn_"]').removeClass('bg_Zusatz_invert');
+ $('button[id^="btn_"]').removeClass(['bg-Feinstaub-invert', 'bg-Ozon-invert', 'bg-Stickstoffdioxid-invert', 'bg-Schwefeldioxid-invert', 'bg-Kohlenmonoxid-invert']);
+ $(glb_PCID + 'button[id^="btn_"]').removeClass('bg-Zusatz-invert');
- $('#div_HintergrundInfo').hide();
+ $('#div-hintergrund-info').hide();
glb_HintergrundInfo = '';
} // ResetAll
@@ -518,7 +518,7 @@ function Set_Organ_Mouseover(a_organ) {
$('area#map_' + a_organ).each(function (index) {
//console.log(a_organ + ': ' + index + ": " + $( this ).attr('id') );
$(this).on('mouseover', function (event) {
- $('#img_Organ_' + a_organ).show();
+ $('#img-organ-' + a_organ).show();
});
$(this).on('mouseleave', function (event) {
Hide_imgOrgan(a_organ);
@@ -536,7 +536,7 @@ function Show_Organ(a_organ) {
if ((glb_Organ == a_organ) && (glb_isMobile == true)) {
// Zweiter Klick = Reset
ResetAll();
- $(glb_PCID + '.div_Results').hide();
+ $(glb_PCID + '.div-results').hide();
glb_Organ = "";
Msg_DocHeight();
return;
@@ -546,12 +546,12 @@ function Show_Organ(a_organ) {
glb_Noxe = "";
ResetAll();
- $(glb_PCID + '#div_Intro').hide();
- $(glb_PCID + '.div_Results').show();
- $('#img_Organ_' + a_organ).show();
+ $(glb_PCID + '#div-intro').hide();
+ $(glb_PCID + '.div-results').show();
+ $('#img-organ-' + a_organ).show();
/*
- // mobile: Mensch-Grafik in div_Results_mobile richten (sonst ausblenden)
+ // mobile: Mensch-Grafik in div-results-mobile richten (sonst ausblenden)
if (glb_isMobile == true) {
$('#img_Mensch_mobile').attr('src', 'graph/mensch_'+a_organ+'.png');
$('#div_Mensch_mobile').show();
@@ -563,7 +563,7 @@ function Show_Organ(a_organ) {
// Kein Männli bei Organen auf mobile:
$('#div_Mensch_mobile').hide();
- $(glb_PCID + '#btn_' + a_organ).addClass('bg_Zusatz_invert');
+ $(glb_PCID + '#btn_' + a_organ).addClass('bg-Zusatz-invert');
Get_Organ_Effekte(a_organ);
Msg_DocHeight();
@@ -577,7 +577,7 @@ function Show_Noxe(a_noxe) {
if ((glb_Noxe == a_noxe) && (glb_isMobile == true)) {
// Zweiter Klick = Reset
ResetAll();
- $(glb_PCID + '.div_Results').hide();
+ $(glb_PCID + '.div-results').hide();
glb_Noxe = "";
Msg_DocHeight();
return;
@@ -589,10 +589,10 @@ function Show_Noxe(a_noxe) {
//console.log("Show_Noxe: "+ a_noxe + " / " + glb_Zeit);
ResetAll();
- $(glb_PCID + '#div_Intro').hide();
- $(glb_PCID + '.div_Results').show();
+ $(glb_PCID + '#div-intro').hide();
+ $(glb_PCID + '.div-results').show();
- // mobile: Mensch-Grafik in div_Results_mobile richten (sonst ausblenden)
+ // mobile: Mensch-Grafik in div-results-mobile richten (sonst ausblenden)
if (glb_isMobile == true) {
$('#img_Mensch_mobile').attr('src', 'graph/mensch_' + a_noxe + '_' + glb_Zeit + '.png');
$('#div_Mensch_mobile').show();
@@ -619,7 +619,7 @@ function Show_Noxe_Zeit(a_noxe, a_noxe_zeit) {
if ((glb_Noxe == a_noxe) && (glb_isMobile == true)) {
// Zweiter Klick = Reset
ResetAll();
- $(glb_PCID + '.div_Results').hide();
+ $(glb_PCID + '.div-results').hide();
glb_Noxe = "";
Msg_DocHeight();
return;
@@ -632,10 +632,10 @@ function Show_Noxe_Zeit(a_noxe, a_noxe_zeit) {
//console.log("Show_Noxe_Zeit: "+ a_noxe + " / " + a_noxe_zeit);
ResetAll();
- $(glb_PCID + '#div_Intro').hide();
- $(glb_PCID + '.div_Results').show();
+ $(glb_PCID + '#div-intro').hide();
+ $(glb_PCID + '.div-results').show();
- // mobile: Mensch-Grafik in div_Results_mobile richten (sonst ausblenden)
+ // mobile: Mensch-Grafik in div-results-mobile richten (sonst ausblenden)
if (glb_isMobile == true) {
$('#img_Mensch_mobile').attr('src', 'graph/mensch_' + a_noxe + '_' + a_noxe_zeit + '.png');
$('#div_Mensch_mobile').show();
@@ -664,17 +664,17 @@ function Show_Popup(a_parent) {
function Show_Popup_mobile(a_parent) {
// Pseudo-Popup für mobile anzeigen zum Item a_parent
- $(glb_PCID + '#div_Intro').hide();
+ $(glb_PCID + '#div-intro').hide();
if (a_parent != glb_HintergrundInfo) {
ResetAll();
glb_HintergrundInfo = a_parent;
- $('#div_HintergrundInfo').html('
' + Get_Popuptext(a_parent, glb_Lang) + '
'); - $('#div_HintergrundInfo').insertAfter("#btn_Zusatz_" + a_parent); - $('#div_HintergrundInfo').show(); - $(glb_PCID + ".div_Results").hide(); + $('#div-hintergrund-info').html('
' + Get_Popuptext(a_parent, glb_Lang) + '
'); + $('#div-hintergrund-info').insertAfter("#btn_Zusatz_" + a_parent); + $('#div-hintergrund-info').show(); + $(glb_PCID + ".div-results").hide(); } else { - $('#div_HintergrundInfo').hide(); + $('#div-hintergrund-info').hide(); glb_HintergrundInfo = ''; } @@ -692,10 +692,10 @@ function Tooltips_Init() { i_elements.forEach(function (item, index, array) { //console.log(item, index); - $(".div_PageContent #i_" + item).tooltip({ + $(".div-pagecontent #i_" + item).tooltip({ content: Get_Tooltip(item, glb_Lang) //+ "" }); - $(".div_PageContent_mobile #i_" + item).tooltip({ + $(".div-pagecontent-mobile #i_" + item).tooltip({ content: Get_Tooltip(item, glb_Lang) }); });
');
echo(Get_UI('leg_Kausalitaet', glb_Lang) + ': ');
- echo('
' + Get_UI('leg_ursaechlich', glb_Lang) + ' ');
- echo('
' + Get_UI('leg_wahrscheinlich', glb_Lang) + ' ');
+ echo(' ' + Get_UI('leg_ursaechlich', glb_Lang) + ' ');
+ echo(' ' + Get_UI('leg_wahrscheinlich', glb_Lang) + ' ');
echo('
');
} // Draw_Legende
@@ -147,12 +147,12 @@ function Draw_Results(a_data, a_noxe, a_noxe_zeit, a_organ) {
strNoxe_Zeit = "Kurzzeit";
}
- $(glb_PCID + '#div_Results_' + a_organ).hide();
- $('#img_Organ_' + a_organ).hide();
+ $(glb_PCID + '#div-results-' + a_organ).hide();
+ $('#img-organ-' + a_organ).hide();
if (a_data.length > 0) {
- str += ' ' + Get_UI('leg_ursaechlich', glb_Lang) + ' ');
- echo(' ' + Get_UI('leg_wahrscheinlich', glb_Lang) + ' ');
+ echo(' ' + Get_UI('leg_ursaechlich', glb_Lang) + ' ');
+ echo(' ' + Get_UI('leg_wahrscheinlich', glb_Lang) + ' ');
echo(' ' + Get_Organ(a_organ, glb_Lang) + ' ' + Get_Organ(a_organ, glb_Lang) + '| ' + a_data[i].noxe + ' | ' + //'' + a_data[i].noxe_zeit + ' | ' + //'' + a_data[i].organ + ' | ' + - str += '' + Get_Effekt(a_data[i].effekt, glb_Lang) + ' | '; + str += '' + Get_Effekt(a_data[i].effekt, glb_Lang) + ' | '; //'' + a_data[i]["organ_"+glb_Lang] + ' | ' + //'' + a_data[i]["effekt_"+glb_Lang] + ' | ' if (glb_isMobile == false) { for (var j = 1; j < Get_Noxe_ID(a_noxe); j++) { - str += ''; + str += ' | '; } } - str += ' |  | ';
+ str += ' | ';
if (glb_isMobile == false) {
for (var j = Get_Noxe_ID(a_noxe); j < 5; j++) {
- str += ''; + str += ' | '; } } @@ -189,13 +189,13 @@ function Draw_Results(a_data, a_noxe, a_noxe_zeit, a_organ) { //console.log('Draw_Results Organ: ' + a_organ); - $(glb_PCID + '#div_Results_' + a_organ).html(str); - $(glb_PCID + '#div_Results_' + a_organ).fadeIn(); - $(glb_PCID + '#div_Legend').fadeIn(); - $(glb_PCID + '#div_Menu_Headline').fadeIn(); + $(glb_PCID + '#div-results-' + a_organ).html(str); + $(glb_PCID + '#div-results-' + a_organ).fadeIn(); + $(glb_PCID + '#div-legend').fadeIn(); + $(glb_PCID + '#div-menu-Headline').fadeIn(); //if ((a_organ != "Sterblichkeit") && (a_organ != "Notfaelle")) { - $('#img_Organ_' + a_organ).fadeIn(); + $('#img-organ-' + a_organ).fadeIn(); //} $("#i_eff_" + a_organ).tooltip({content: Get_Tooltip(a_organ, glb_Lang)}); @@ -204,14 +204,14 @@ function Draw_Results(a_data, a_noxe, a_noxe_zeit, a_organ) { }// if (a_data.length > 0) - // mobile: div_Results unter Button schieben + // mobile: div-results unter Button schieben if (glb_isMobile == true) { - $(glb_PCID + ".div_Results").appendTo(glb_PCID + "#mnu_" + a_noxe); + $(glb_PCID + ".div-results").appendTo(glb_PCID + "#mnu_" + a_noxe); } // Button aktivieren - $('button[id^="btn_"]').removeClass(['bg_Feinstaub_invert', 'bg_Ozon_invert', 'bg_Stickstoffdioxid_invert', 'bg_Schwefeldioxid_invert', 'bg_Kohlenmonoxid_invert']); - $(glb_PCID + '#btn_' + a_noxe).addClass('bg_' + a_noxe + '_invert'); + $('button[id^="btn_"]').removeClass(['bg-Feinstaub-invert', 'bg-Ozon-invert', 'bg-Stickstoffdioxid-invert', 'bg-Schwefeldioxid-invert', 'bg-Kohlenmonoxid-invert']); + $(glb_PCID + '#btn_' + a_noxe).addClass('bg-' + a_noxe + '-invert'); } // Draw_Results @@ -230,7 +230,7 @@ function Draw_Results_Organ(a_data) { if (a_data.length > 0) { - str += ' |
| ' + Get_Effekt(a_data[i].effekt_de, glb_Lang) + ' | '; - str_row += ''; + str_row += ' | ' + Get_Effekt(a_data[i].effekt_de, glb_Lang) + ' | '; + str_row += ''; for (var j = 0; j < arrEffekte.length; j++) { objEffekt = Get_Organ_Effekt_Noxe_Zeit(a_data[i].organ, a_data[i].effekt_de, arrEffekte[j], glb_Zeit, glb_Lang); if (glb_isMobile == false) { - str_row += ' | '; + str_row += ' | '; } if (objEffekt.length > 0) { @@ -269,22 +269,22 @@ function Draw_Results_Organ(a_data) { } // for if (anzRows == 0) { - str += ' |
| (' + Get_UI('txt_no_effects', glb_Lang) + ') | |||||
| (' + Get_UI('txt_no_effects', glb_Lang) + ') |
' + Get_Popuptext(a_parent, glb_Lang) + '
'); - $('#div_HintergrundInfo').insertAfter("#btn_Zusatz_" + a_parent); - $('#div_HintergrundInfo').show(); - $(glb_PCID + ".div_Results").hide(); + $('#div-hintergrund-info').html('
' + Get_Popuptext(a_parent, glb_Lang) + '
'); + $('#div-hintergrund-info').insertAfter("#btn_Zusatz_" + a_parent); + $('#div-hintergrund-info').show(); + $(glb_PCID + ".div-results").hide(); } else { - $('#div_HintergrundInfo').hide(); + $('#div-hintergrund-info').hide(); glb_HintergrundInfo = ''; } @@ -692,10 +692,10 @@ function Tooltips_Init() { i_elements.forEach(function (item, index, array) { //console.log(item, index); - $(".div_PageContent #i_" + item).tooltip({ + $(".div-pagecontent #i_" + item).tooltip({ content: Get_Tooltip(item, glb_Lang) //+ "" }); - $(".div_PageContent_mobile #i_" + item).tooltip({ + $(".div-pagecontent-mobile #i_" + item).tooltip({ content: Get_Tooltip(item, glb_Lang) }); });