New Crowdin updates (#6653)

* New translations en.json (Norwegian Bokmal)

* New translations en.json (Hebrew)

* New translations en.json (Hungarian)

* New translations en.json (Portuguese, Brazilian)

* New translations en.json (Chinese Traditional)

* New translations en.json (Chinese Simplified)

* New translations en.json (Turkish)

* New translations en.json (Slovenian)

* New translations en.json (Polish)

* New translations en.json (Dutch)

* New translations en.json (Korean)

* New translations en.json (Japanese)

* New translations en.json (Italian)

* New translations en.json (Finnish)

* New translations en.json (Norwegian Bokmal)

* New translations en.json (German)

* New translations en.json (Danish)

* New translations en.json (Czech)

* New translations en.json (Bulgarian)

* New translations en.json (Spanish)

* New translations en.json (French)

* New translations en.json (Romanian)

* New translations en.json (Russian)

* New translations en.json (Swedish)

* New translations en.json (Greek)

* New translations en.json (Croatian)

* Update source file en.json

* New translations en.json (Czech)

* New translations en.json (Finnish)

* New translations en.json (Greek)

* New translations en.json (Dutch)

* New translations en.json (Norwegian Bokmal)

* New translations en.json (Norwegian Bokmal)

* New translations en.json (Norwegian Bokmal)

* New translations en.json (Swedish)

* New translations en.json (Norwegian Bokmal)

* Update source file en.json

* New translations en.json (Hebrew)

* New translations en.json (Hungarian)

* New translations en.json (Portuguese, Brazilian)

* New translations en.json (Chinese Traditional)

* New translations en.json (Chinese Simplified)

* New translations en.json (Turkish)

* New translations en.json (Slovenian)

* New translations en.json (Polish)

* New translations en.json (Dutch)

* New translations en.json (Korean)

* New translations en.json (Japanese)

* New translations en.json (Italian)

* New translations en.json (Finnish)

* New translations en.json (Norwegian Bokmal)

* New translations en.json (German)

* New translations en.json (Danish)

* New translations en.json (Czech)

* New translations en.json (Bulgarian)

* New translations en.json (Spanish)

* New translations en.json (French)

* New translations en.json (Romanian)

* New translations en.json (Russian)

* New translations en.json (Swedish)

* New translations en.json (Greek)

* New translations en.json (Croatian)

* New translations en.json (Dutch)

* New translations en.json (Swedish)

* New translations en.json (Czech)

* New translations en.json (Romanian)

* New translations en.json (Romanian)

* New translations en.json (Russian)

* New translations en.json (Russian)

translations/bg_BG.json

@@ -660,5 +660,28 @@
     "Data reads enabled": "Data reads enabled",
     "Data writes enabled": "Data writes enabled",
     "Data writes not enabled": "Data writes not enabled",
-    "Color prediction lines": "Color prediction lines"
-}
+    "Color prediction lines": "Color prediction lines",
+    "Release Notes": "Release Notes",
+    "Check for Updates": "Check for Updates",
+    "Open Source": "Open Source",
+    "Nightscout Info": "Nightscout Info",
+    "The primary purpose of Loopalyzer is to visualise how the Loop closed loop system performs. It may work with other setups as well, both closed and open loop, and non loop. However depending on which uploader you use, how frequent it is able to capture your data and upload, and how it is able to backfill missing data some graphs may have gaps or even be completely empty. Always ensure the graphs look reasonable. Best is to view one day at a time and scroll through a number of days first to see.": "The primary purpose of Loopalyzer is to visualise how the Loop closed loop system performs. It may work with other setups as well, both closed and open loop, and non loop. However depending on which uploader you use, how frequent it is able to capture your data and upload, and how it is able to backfill missing data some graphs may have gaps or even be completely empty. Always ensure the graphs look reasonable. Best is to view one day at a time and scroll through a number of days first to see.",
+    "Loopalyzer includes a time shift feature. If you for example have breakfast at 07:00 one day and at 08:00 the day after your average blood glucose curve these two days will most likely look flattened and not show the actual response after a breakfast. Time shift will compute the average time these meals were eaten and then shift all data (carbs, insulin, basal etc.) during both days the corresponding time difference so that both meals align with the average meal start time.": "Loopalyzer includes a time shift feature. If you for example have breakfast at 07:00 one day and at 08:00 the day after your average blood glucose curve these two days will most likely look flattened and not show the actual response after a breakfast. Time shift will compute the average time these meals were eaten and then shift all data (carbs, insulin, basal etc.) during both days the corresponding time difference so that both meals align with the average meal start time.",
+    "In this example all data from first day is pushed 30 minutes forward in time and all data from second day 30 minutes backward in time so it appears as if you had had breakfast at 07:30 both days. This allows you to see your actual average blood glucose response from a meal.": "In this example all data from first day is pushed 30 minutes forward in time and all data from second day 30 minutes backward in time so it appears as if you had had breakfast at 07:30 both days. This allows you to see your actual average blood glucose response from a meal.",
+    "Time shift highlights the period after the average meal start time in gray, for the duration of the DIA (Duration of Insulin Action). As all data points the entire day are shifted the curves outside the gray area may not be accurate.": "Time shift highlights the period after the average meal start time in gray, for the duration of the DIA (Duration of Insulin Action). As all data points the entire day are shifted the curves outside the gray area may not be accurate.",
+    "Note that time shift is available only when viewing multiple days.": "Note that time shift is available only when viewing multiple days.",
+    "Please select a maximum of two weeks duration and click Show again.": "Please select a maximum of two weeks duration and click Show again.",
+    "Show profiles table": "Show profiles table",
+    "Show predictions": "Show predictions",
+    "Timeshift on meals larger than": "Timeshift on meals larger than",
+    "g carbs": "g carbs'",
+    "consumed between": "consumed between",
+    "Previous": "Previous",
+    "Previous day": "Previous day",
+    "Next day": "Next day",
+    "Next": "Next",
+    "Temp basal delta": "Temp basal delta",
+    "Authorized by token": "Authorized by token",
+    "Auth role": "Auth role",
+    "view without token": "view without token"
+}

translations/cs_CZ.json

@@ -660,5 +660,28 @@
     "Data reads enabled": "Čtení dat povoleno",
     "Data writes enabled": "Zápis dat povolen",
     "Data writes not enabled": "Zápis dat není povolen",
-    "Color prediction lines": "Color prediction lines"
-}
+    "Color prediction lines": "Color prediction lines",
+    "Release Notes": "Poznámky k vydání",
+    "Check for Updates": "Zkontrolovat aktualizace",
+    "Open Source": "Open Source",
+    "Nightscout Info": "Informace o Nightscoutu",
+    "The primary purpose of Loopalyzer is to visualise how the Loop closed loop system performs. It may work with other setups as well, both closed and open loop, and non loop. However depending on which uploader you use, how frequent it is able to capture your data and upload, and how it is able to backfill missing data some graphs may have gaps or even be completely empty. Always ensure the graphs look reasonable. Best is to view one day at a time and scroll through a number of days first to see.": "Hlavním úkolem Loopalyzeru je vizualizace systému uzavřené smyčky. Funguje to při jakémkoliv nastavení - s uzavřenou či otevřenou smyčkou, nebo bez smyčky. Nicméně v návaznosti na tom, jaký uploader používáte, jaká data je schopen načíst a následně odeslat, jak je schopen doplňovat chybějící údaje, mohou některé grafy obsahovat chybějící data, nebo dokonce mohou být prázdné. Vždy si zajistěte, aby grafy vypadaly rozumně. Nejlepší je zobrazit nejprve jeden den, a až pak zobrazit více dní najednou.",
+    "Loopalyzer includes a time shift feature. If you for example have breakfast at 07:00 one day and at 08:00 the day after your average blood glucose curve these two days will most likely look flattened and not show the actual response after a breakfast. Time shift will compute the average time these meals were eaten and then shift all data (carbs, insulin, basal etc.) during both days the corresponding time difference so that both meals align with the average meal start time.": "Loopalyzer obsahuje funkci časového posunu. Například máte-li snídani jeden den v 7:00, a den poté v 8:00, budou průměrné křivky glykémie za tyto 2 dny pravděpodobně vypadat zploštělé, a odezva smyčky pak bude zkreslená. Časový posun vypočítá průměrnou dobu, po kterou byla tato jídla konzumována, poté posune všechna data (sacharidy, inzulín, bazál atd.) během obou dnů o odpovídající časový rozdíl tak, aby obě jídla odpovídala průměrné době začátku jídla.",
+    "In this example all data from first day is pushed 30 minutes forward in time and all data from second day 30 minutes backward in time so it appears as if you had had breakfast at 07:30 both days. This allows you to see your actual average blood glucose response from a meal.": "V tomto příkladu jsou všechna data z prvního dne posunuta o 30 minut vpřed, a všechna data z druhého dne o 30 minut zpět, takže to vypadá, jako byste oba dny měli snídani v 7:30. To vám umožní zobrazit průměrnou reakci na glukózu v krvi z jídla.",
+    "Time shift highlights the period after the average meal start time in gray, for the duration of the DIA (Duration of Insulin Action). As all data points the entire day are shifted the curves outside the gray area may not be accurate.": "Časový posun zvýrazňuje šedou barvou období po průměrné době zahájení jídla po dobu trvání DIA (doba působení inzulínu). Protože jsou všechny datové body za celý den posunuté, nemusí být křivky mimo šedou oblast přesné.",
+    "Note that time shift is available only when viewing multiple days.": "Berte na vědomí, že časový posun je k dispozici pouze při prohlížení více dní.",
+    "Please select a maximum of two weeks duration and click Show again.": "Vyberte, prosím, dobu trvání maximálně 2 týdny, a klepněte na tlačítko Zobrazit znovu.",
+    "Show profiles table": "Zobrazit tabulku profilů",
+    "Show predictions": "Zobrazit predikce",
+    "Timeshift on meals larger than": "Časový limit jídla větší než",
+    "g carbs": "g sacharidů",
+    "consumed between": "spotřebováno mezi",
+    "Previous": "Předchozí",
+    "Previous day": "Předchozí den",
+    "Next day": "Následující den",
+    "Next": "Další",
+    "Temp basal delta": "Rozdíl dočasného bazálu",
+    "Authorized by token": "Autorizováno pomocí tokenu",
+    "Auth role": "Autorizační role",
+    "view without token": "zobrazit bez tokenu"
+}

translations/da_DK.json

@@ -660,5 +660,28 @@
     "Data reads enabled": "Data reads enabled",
     "Data writes enabled": "Data writes enabled",
     "Data writes not enabled": "Data writes not enabled",
-    "Color prediction lines": "Color prediction lines"
-}
+    "Color prediction lines": "Color prediction lines",
+    "Release Notes": "Release Notes",
+    "Check for Updates": "Check for Updates",
+    "Open Source": "Open Source",
+    "Nightscout Info": "Nightscout Info",
+    "The primary purpose of Loopalyzer is to visualise how the Loop closed loop system performs. It may work with other setups as well, both closed and open loop, and non loop. However depending on which uploader you use, how frequent it is able to capture your data and upload, and how it is able to backfill missing data some graphs may have gaps or even be completely empty. Always ensure the graphs look reasonable. Best is to view one day at a time and scroll through a number of days first to see.": "The primary purpose of Loopalyzer is to visualise how the Loop closed loop system performs. It may work with other setups as well, both closed and open loop, and non loop. However depending on which uploader you use, how frequent it is able to capture your data and upload, and how it is able to backfill missing data some graphs may have gaps or even be completely empty. Always ensure the graphs look reasonable. Best is to view one day at a time and scroll through a number of days first to see.",
+    "Loopalyzer includes a time shift feature. If you for example have breakfast at 07:00 one day and at 08:00 the day after your average blood glucose curve these two days will most likely look flattened and not show the actual response after a breakfast. Time shift will compute the average time these meals were eaten and then shift all data (carbs, insulin, basal etc.) during both days the corresponding time difference so that both meals align with the average meal start time.": "Loopalyzer includes a time shift feature. If you for example have breakfast at 07:00 one day and at 08:00 the day after your average blood glucose curve these two days will most likely look flattened and not show the actual response after a breakfast. Time shift will compute the average time these meals were eaten and then shift all data (carbs, insulin, basal etc.) during both days the corresponding time difference so that both meals align with the average meal start time.",
+    "In this example all data from first day is pushed 30 minutes forward in time and all data from second day 30 minutes backward in time so it appears as if you had had breakfast at 07:30 both days. This allows you to see your actual average blood glucose response from a meal.": "In this example all data from first day is pushed 30 minutes forward in time and all data from second day 30 minutes backward in time so it appears as if you had had breakfast at 07:30 both days. This allows you to see your actual average blood glucose response from a meal.",
+    "Time shift highlights the period after the average meal start time in gray, for the duration of the DIA (Duration of Insulin Action). As all data points the entire day are shifted the curves outside the gray area may not be accurate.": "Time shift highlights the period after the average meal start time in gray, for the duration of the DIA (Duration of Insulin Action). As all data points the entire day are shifted the curves outside the gray area may not be accurate.",
+    "Note that time shift is available only when viewing multiple days.": "Note that time shift is available only when viewing multiple days.",
+    "Please select a maximum of two weeks duration and click Show again.": "Please select a maximum of two weeks duration and click Show again.",
+    "Show profiles table": "Show profiles table",
+    "Show predictions": "Show predictions",
+    "Timeshift on meals larger than": "Timeshift on meals larger than",
+    "g carbs": "g carbs'",
+    "consumed between": "consumed between",
+    "Previous": "Previous",
+    "Previous day": "Previous day",
+    "Next day": "Next day",
+    "Next": "Next",
+    "Temp basal delta": "Temp basal delta",
+    "Authorized by token": "Authorized by token",
+    "Auth role": "Auth role",
+    "view without token": "view without token"
+}

translations/de_DE.json

@@ -660,5 +660,28 @@
     "Data reads enabled": "Data reads enabled",
     "Data writes enabled": "Data writes enabled",
     "Data writes not enabled": "Data writes not enabled",
-    "Color prediction lines": "Color prediction lines"
-}
+    "Color prediction lines": "Color prediction lines",
+    "Release Notes": "Release Notes",
+    "Check for Updates": "Check for Updates",
+    "Open Source": "Open Source",
+    "Nightscout Info": "Nightscout Info",
+    "The primary purpose of Loopalyzer is to visualise how the Loop closed loop system performs. It may work with other setups as well, both closed and open loop, and non loop. However depending on which uploader you use, how frequent it is able to capture your data and upload, and how it is able to backfill missing data some graphs may have gaps or even be completely empty. Always ensure the graphs look reasonable. Best is to view one day at a time and scroll through a number of days first to see.": "The primary purpose of Loopalyzer is to visualise how the Loop closed loop system performs. It may work with other setups as well, both closed and open loop, and non loop. However depending on which uploader you use, how frequent it is able to capture your data and upload, and how it is able to backfill missing data some graphs may have gaps or even be completely empty. Always ensure the graphs look reasonable. Best is to view one day at a time and scroll through a number of days first to see.",
+    "Loopalyzer includes a time shift feature. If you for example have breakfast at 07:00 one day and at 08:00 the day after your average blood glucose curve these two days will most likely look flattened and not show the actual response after a breakfast. Time shift will compute the average time these meals were eaten and then shift all data (carbs, insulin, basal etc.) during both days the corresponding time difference so that both meals align with the average meal start time.": "Loopalyzer includes a time shift feature. If you for example have breakfast at 07:00 one day and at 08:00 the day after your average blood glucose curve these two days will most likely look flattened and not show the actual response after a breakfast. Time shift will compute the average time these meals were eaten and then shift all data (carbs, insulin, basal etc.) during both days the corresponding time difference so that both meals align with the average meal start time.",
+    "In this example all data from first day is pushed 30 minutes forward in time and all data from second day 30 minutes backward in time so it appears as if you had had breakfast at 07:30 both days. This allows you to see your actual average blood glucose response from a meal.": "In this example all data from first day is pushed 30 minutes forward in time and all data from second day 30 minutes backward in time so it appears as if you had had breakfast at 07:30 both days. This allows you to see your actual average blood glucose response from a meal.",
+    "Time shift highlights the period after the average meal start time in gray, for the duration of the DIA (Duration of Insulin Action). As all data points the entire day are shifted the curves outside the gray area may not be accurate.": "Time shift highlights the period after the average meal start time in gray, for the duration of the DIA (Duration of Insulin Action). As all data points the entire day are shifted the curves outside the gray area may not be accurate.",
+    "Note that time shift is available only when viewing multiple days.": "Note that time shift is available only when viewing multiple days.",
+    "Please select a maximum of two weeks duration and click Show again.": "Please select a maximum of two weeks duration and click Show again.",
+    "Show profiles table": "Show profiles table",
+    "Show predictions": "Show predictions",
+    "Timeshift on meals larger than": "Timeshift on meals larger than",
+    "g carbs": "g carbs'",
+    "consumed between": "consumed between",
+    "Previous": "Previous",
+    "Previous day": "Previous day",
+    "Next day": "Next day",
+    "Next": "Next",
+    "Temp basal delta": "Temp basal delta",
+    "Authorized by token": "Authorized by token",
+    "Auth role": "Auth role",
+    "view without token": "view without token"
+}