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just_stuff_tm 2026-02-23 14:42:30 -05:00
parent c0516a475d
commit ec14870aed
29 changed files with 351 additions and 267 deletions
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20
lib/l10n/app_bg.arb
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@ -1718,5 +1718,21 @@
"losPointName": "Име на точката",
"losShowPanelTooltip": "Показване на LOS панел",
"losHidePanelTooltip": "Скриване на LOS панела",
"losElevationAttribution": "Данни за надморска височина: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Данни за надморска височина: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Радиохоризонт",
"losLegendLosBeam": "Линия на видимост",
"losLegendTerrain": "Терен",
"losFrequencyLabel": "Честота",
"losFrequencyInfoTooltip": "Преглед на детайли за изчислението",
"losFrequencyDialogTitle": "Изчисляване на радиохоризонта",
"losFrequencyDialogDescription": "Започвайки от k={baselineK} при {baselineFreq} MHz, изчислението умножава 0.15 × (frequency − {baselineFreq}) / {baselineFreq}, за да достигне k приблизително {kFactor} за текущата лента {frequencyMHz} MHz, което определя извитата граница на радиохоризонта.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_de.arb
View file

@ -1746,5 +1746,21 @@
"losPointName": "Punktname",
"losShowPanelTooltip": "LOS-Panel anzeigen",
"losHidePanelTooltip": "LOS-Panel ausblenden",
"losElevationAttribution": "Höhendaten: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Höhendaten: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Funkhorizont",
"losLegendLosBeam": "Sichtlinie",
"losLegendTerrain": "Gelände",
"losFrequencyLabel": "Frequenz",
"losFrequencyInfoTooltip": "Details zur Berechnung anzeigen",
"losFrequencyDialogTitle": "Berechnung des Funkhorizonts",
"losFrequencyDialogDescription": "Ausgehend von k={baselineK} bei {baselineFreq} MHz multipliziert die Berechnung 0.15 × (frequency − {baselineFreq}) / {baselineFreq}, um k etwa {kFactor} für das aktuelle Band {frequencyMHz} MHz zu erreichen, was die gekrümmte Funkhorizont-Begrenzung definiert.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_es.arb
View file

@ -1746,5 +1746,21 @@
"losPointName": "Nombre del punto",
"losShowPanelTooltip": "Mostrar panel LOS",
"losHidePanelTooltip": "Ocultar panel LOS",
"losElevationAttribution": "Datos de elevación: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Datos de elevación: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Horizonte radioeléctrico",
"losLegendLosBeam": "Línea de visión",
"losLegendTerrain": "Terreno",
"losFrequencyLabel": "Frecuencia",
"losFrequencyInfoTooltip": "Ver detalles del cálculo",
"losFrequencyDialogTitle": "Cálculo del horizonte radioeléctrico",
"losFrequencyDialogDescription": "Partiendo de k={baselineK} a {baselineFreq} MHz, el cálculo multiplica 0.15 × (frequency − {baselineFreq}) / {baselineFreq} para alcanzar k aprox {kFactor} para la banda actual {frequencyMHz} MHz, lo que define el límite curvo del horizonte radioeléctrico.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_fr.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Nom du point",
"losShowPanelTooltip": "Afficher le panneau LOS",
"losHidePanelTooltip": "Masquer le panneau LOS",
"losElevationAttribution": "Données d'altitude : Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Données d’altitude : Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Horizon radio",
"losLegendLosBeam": "Ligne de visée",
"losLegendTerrain": "Terrain",
"losFrequencyLabel": "Fréquence",
"losFrequencyInfoTooltip": "Voir les détails du calcul",
"losFrequencyDialogTitle": "Calcul de l’horizon radio",
"losFrequencyDialogDescription": "En partant de k={baselineK} à {baselineFreq} MHz, le calcul multiplie 0.15 × (frequency − {baselineFreq}) / {baselineFreq} pour atteindre k env {kFactor} pour la bande actuelle {frequencyMHz} MHz, ce qui définit la limite courbe de l’horizon radio.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_it.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Nome del punto",
"losShowPanelTooltip": "Mostra il pannello LOS",
"losHidePanelTooltip": "Nascondi il pannello LOS",
"losElevationAttribution": "Dati di elevazione: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Dati di elevazione: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Orizzonte radio",
"losLegendLosBeam": "Linea di vista",
"losLegendTerrain": "Terreno",
"losFrequencyLabel": "Frequenza",
"losFrequencyInfoTooltip": "Visualizza i dettagli del calcolo",
"losFrequencyDialogTitle": "Calcolo dell’orizzonte radio",
"losFrequencyDialogDescription": "Partendo da k={baselineK} a {baselineFreq} MHz, il calcolo moltiplica 0.15 × (frequency − {baselineFreq}) / {baselineFreq} per raggiungere k circa {kFactor} per la banda corrente {frequencyMHz} MHz, che definisce il limite curvo dell’orizzonte radio.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

14
lib/l10n/app_localizations_bg.dart
View file

@ -2868,22 +2868,22 @@ class AppLocalizationsBg extends AppLocalizations {
'Данни за надморска височина: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Радиохоризонт';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Линия на видимост';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Терен';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Честота';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Преглед на детайли за изчислението';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Изчисляване на радиохоризонта';
@override
String losFrequencyDialogDescription(
@ -2892,7 +2892,7 @@ class AppLocalizationsBg extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Започвайки от k=$baselineK при $baselineFreq MHz, изчислението умножава 0.15 × (frequency − $baselineFreq) / $baselineFreq, за да достигне k приблизително $kFactor за текущата лента $frequencyMHz MHz, което определя извитата граница на радиохоризонта.';
}
@override

14
lib/l10n/app_localizations_de.dart
View file

@ -2874,22 +2874,22 @@ class AppLocalizationsDe extends AppLocalizations {
String get losElevationAttribution => 'Höhendaten: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Funkhorizont';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Sichtlinie';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Gelände';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frequenz';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Details zur Berechnung anzeigen';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Berechnung des Funkhorizonts';
@override
String losFrequencyDialogDescription(
@ -2898,7 +2898,7 @@ class AppLocalizationsDe extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Ausgehend von k=$baselineK bei $baselineFreq MHz multipliziert die Berechnung 0.15 × (frequency − $baselineFreq) / $baselineFreq, um k etwa $kFactor für das aktuelle Band $frequencyMHz MHz zu erreichen, was die gekrümmte Funkhorizont-Begrenzung definiert.';
}
@override

14
lib/l10n/app_localizations_es.dart
View file

@ -2868,22 +2868,22 @@ class AppLocalizationsEs extends AppLocalizations {
'Datos de elevación: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Horizonte radioeléctrico';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Línea de visión';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Terreno';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frecuencia';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Ver detalles del cálculo';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Cálculo del horizonte radioeléctrico';
@override
String losFrequencyDialogDescription(
@ -2892,7 +2892,7 @@ class AppLocalizationsEs extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Partiendo de k=$baselineK a $baselineFreq MHz, el cálculo multiplica 0.15 × (frequency − $baselineFreq) / $baselineFreq para alcanzar k aprox $kFactor para la banda actual $frequencyMHz MHz, lo que define el límite curvo del horizonte radioeléctrico.';
}
@override

14
lib/l10n/app_localizations_fr.dart
View file

@ -2880,25 +2880,25 @@ class AppLocalizationsFr extends AppLocalizations {
@override
String get losElevationAttribution =>
'Données d\'altitude : Open-Meteo (CC BY 4.0)';
'Données d’altitude : Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Horizon radio';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Ligne de visée';
@override
String get losLegendTerrain => 'Terrain';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Fréquence';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Voir les détails du calcul';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Calcul de l’horizon radio';
@override
String losFrequencyDialogDescription(
@ -2907,7 +2907,7 @@ class AppLocalizationsFr extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'En partant de k=$baselineK à $baselineFreq MHz, le calcul multiplie 0.15 × (frequency − $baselineFreq) / $baselineFreq pour atteindre k env $kFactor pour la bande actuelle $frequencyMHz MHz, ce qui définit la limite courbe de l’horizon radio.';
}
@override

14
lib/l10n/app_localizations_it.dart
View file

@ -2868,22 +2868,22 @@ class AppLocalizationsIt extends AppLocalizations {
'Dati di elevazione: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Orizzonte radio';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Linea di vista';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Terreno';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frequenza';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Visualizza i dettagli del calcolo';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Calcolo dell’orizzonte radio';
@override
String losFrequencyDialogDescription(
@ -2892,7 +2892,7 @@ class AppLocalizationsIt extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Partendo da k=$baselineK a $baselineFreq MHz, il calcolo moltiplica 0.15 × (frequency − $baselineFreq) / $baselineFreq per raggiungere k circa $kFactor per la banda corrente $frequencyMHz MHz, che definisce il limite curvo dell’orizzonte radio.';
}
@override

14
lib/l10n/app_localizations_nl.dart
View file

@ -2858,22 +2858,22 @@ class AppLocalizationsNl extends AppLocalizations {
'Hoogtegegevens: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Radiohorizon';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Zichtlijn';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Terrein';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frequentie';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Bekijk details van de berekening';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Berekening van de radiohorizon';
@override
String losFrequencyDialogDescription(
@ -2882,7 +2882,7 @@ class AppLocalizationsNl extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Uitgaande van k=$baselineK bij $baselineFreq MHz vermenigvuldigt de berekening 0.15 × (frequency − $baselineFreq) / $baselineFreq om k ongeveer $kFactor te bereiken voor de huidige band $frequencyMHz MHz, wat de gebogen radiohorizon-grens definieert.';
}
@override

14
lib/l10n/app_localizations_pl.dart
View file

@ -2864,22 +2864,22 @@ class AppLocalizationsPl extends AppLocalizations {
'Dane dotyczące wysokości: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Horyzont radiowy';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Linia widoczności';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Teren';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Częstotliwość';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Zobacz szczegóły obliczenia';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Obliczanie horyzontu radiowego';
@override
String losFrequencyDialogDescription(
@ -2888,7 +2888,7 @@ class AppLocalizationsPl extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Zaczynając od k=$baselineK przy $baselineFreq MHz, obliczenie mnoży 0.15 × (frequency − $baselineFreq) / $baselineFreq, aby osiągnąć k około $kFactor dla bieżącego pasma $frequencyMHz MHz, co definiuje zakrzywioną granicę horyzontu radiowego.';
}
@override

14
lib/l10n/app_localizations_pt.dart
View file

@ -2867,22 +2867,22 @@ class AppLocalizationsPt extends AppLocalizations {
'Dados de elevação: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Horizonte de rádio';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Linha de visada';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Terreno';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frequência';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Ver detalhes do cálculo';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Cálculo do horizonte de rádio';
@override
String losFrequencyDialogDescription(
@ -2891,7 +2891,7 @@ class AppLocalizationsPt extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Partindo de k=$baselineK a $baselineFreq MHz, o cálculo multiplica 0.15 × (frequency − $baselineFreq) / $baselineFreq para atingir k aprox $kFactor para a banda atual $frequencyMHz MHz, o que define o limite curvo do horizonte de rádio.';
}
@override

14
lib/l10n/app_localizations_ru.dart
View file

@ -2870,22 +2870,22 @@ class AppLocalizationsRu extends AppLocalizations {
'Данные о высоте: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Радиогоризонт';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Линия прямой видимости';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Рельеф';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Частота';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Просмотреть детали расчёта';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Расчёт радиогоризонта';
@override
String losFrequencyDialogDescription(
@ -2894,7 +2894,7 @@ class AppLocalizationsRu extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Начиная с k=$baselineK при $baselineFreq MHz, расчёт умножает 0.15 × (frequency − $baselineFreq) / $baselineFreq, чтобы получить k примерно $kFactor для текущего диапазона $frequencyMHz MHz, что определяет изогнутую границу радиогоризонта.';
}
@override

14
lib/l10n/app_localizations_sk.dart
View file

@ -2852,22 +2852,22 @@ class AppLocalizationsSk extends AppLocalizations {
'Údaje o nadmorskej výške: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Rádiový horizont';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Priama viditeľnosť';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Terén';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frekvencia';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Zobraziť podrobnosti výpočtu';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Výpočet rádiového horizontu';
@override
String losFrequencyDialogDescription(
@ -2876,7 +2876,7 @@ class AppLocalizationsSk extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Vychádzajúc z k=$baselineK pri $baselineFreq MHz výpočet násobí 0.15 × (frequency − $baselineFreq) / $baselineFreq, aby dosiahol k približne $kFactor pre aktuálne pásmo $frequencyMHz MHz, čo definuje zakrivenú hranicu rádiového horizontu.';
}
@override

14
lib/l10n/app_localizations_sl.dart
View file

@ -2855,22 +2855,22 @@ class AppLocalizationsSl extends AppLocalizations {
'Podatki o višini: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Radijski horizont';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Linija vidnosti';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Teren';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frekvenca';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Prikaži podrobnosti izračuna';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Izračun radijskega horizonta';
@override
String losFrequencyDialogDescription(
@ -2879,7 +2879,7 @@ class AppLocalizationsSl extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Začenši z k=$baselineK pri $baselineFreq MHz izračun množi 0.15 × (frequency − $baselineFreq) / $baselineFreq, da doseže k približno $kFactor za trenutni pas $frequencyMHz MHz, kar določa ukrivljeno mejo radijskega horizonta.';
}
@override

14
lib/l10n/app_localizations_sv.dart
View file

@ -2838,22 +2838,22 @@ class AppLocalizationsSv extends AppLocalizations {
String get losElevationAttribution => 'Höjddata: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Radiohorisont';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Siktlinje';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Terräng';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Frekvens';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Visa detaljer om beräkningen';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Beräkning av radiohorisonten';
@override
String losFrequencyDialogDescription(
@ -2862,7 +2862,7 @@ class AppLocalizationsSv extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Med utgångspunkt från k=$baselineK vid $baselineFreq MHz multiplicerar beräkningen 0.15 × (frequency − $baselineFreq) / $baselineFreq för att nå k cirka $kFactor för det aktuella bandet $frequencyMHz MHz, vilket definierar den krökta radiohorisontgränsen.';
}
@override

14
lib/l10n/app_localizations_uk.dart
View file

@ -2878,22 +2878,22 @@ class AppLocalizationsUk extends AppLocalizations {
'Дані про висоту: Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => 'Радіогоризонт';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => 'Лінія прямої видимості';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => 'Рельєф';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => 'Частота';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => 'Переглянути деталі розрахунку';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => 'Розрахунок радіогоризонту';
@override
String losFrequencyDialogDescription(
@ -2902,7 +2902,7 @@ class AppLocalizationsUk extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return 'Починаючи з k=$baselineK при $baselineFreq MHz, розрахунок множить 0.15 × (frequency − $baselineFreq) / $baselineFreq, щоб досягти k приблизно $kFactor для поточного діапазону $frequencyMHz MHz, що визначає вигнуту межу радіогоризонту.';
}
@override

14
lib/l10n/app_localizations_zh.dart
View file

@ -2716,22 +2716,22 @@ class AppLocalizationsZh extends AppLocalizations {
String get losElevationAttribution => '高程数据：Open-Meteo (CC BY 4.0)';
@override
String get losLegendRadioHorizon => 'Radio horizon';
String get losLegendRadioHorizon => '无线电地平线';
@override
String get losLegendLosBeam => 'LOS beam';
String get losLegendLosBeam => '视距波束';
@override
String get losLegendTerrain => 'Terrain';
String get losLegendTerrain => '地形';
@override
String get losFrequencyLabel => 'Frequency';
String get losFrequencyLabel => '频率';
@override
String get losFrequencyInfoTooltip => 'View calculation details';
String get losFrequencyInfoTooltip => '查看计算详情';
@override
String get losFrequencyDialogTitle => 'Radio horizon calculation';
String get losFrequencyDialogTitle => '无线电地平线计算';
@override
String losFrequencyDialogDescription(
@ -2740,7 +2740,7 @@ class AppLocalizationsZh extends AppLocalizations {
double frequencyMHz,
double kFactor,
) {
return 'Starting from k=$baselineK at $baselineFreq MHz, the calculation multiplies 0.15 × (frequency − $baselineFreq) / $baselineFreq to reach k approx $kFactor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
return '从 $baselineFreq MHz 的 k=$baselineK 开始，计算将 0.15 × (frequency − $baselineFreq) / $baselineFreq 相乘，以在当前频段 $frequencyMHz MHz 下得到约 k=$kFactor，从而定义弯曲的无线电地平线边界。';
}
@override

20
lib/l10n/app_nl.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Puntnaam",
"losShowPanelTooltip": "Toon LOS-paneel",
"losHidePanelTooltip": "LOS-paneel verbergen",
"losElevationAttribution": "Hoogtegegevens: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Hoogtegegevens: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Radiohorizon",
"losLegendLosBeam": "Zichtlijn",
"losLegendTerrain": "Terrein",
"losFrequencyLabel": "Frequentie",
"losFrequencyInfoTooltip": "Bekijk details van de berekening",
"losFrequencyDialogTitle": "Berekening van de radiohorizon",
"losFrequencyDialogDescription": "Uitgaande van k={baselineK} bij {baselineFreq} MHz vermenigvuldigt de berekening 0.15 × (frequency − {baselineFreq}) / {baselineFreq} om k ongeveer {kFactor} te bereiken voor de huidige band {frequencyMHz} MHz, wat de gebogen radiohorizon-grens definieert.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_pl.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Nazwa punktu",
"losShowPanelTooltip": "Pokaż panel LOS",
"losHidePanelTooltip": "Ukryj panel LOS",
"losElevationAttribution": "Dane dotyczące wysokości: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Dane dotyczące wysokości: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Horyzont radiowy",
"losLegendLosBeam": "Linia widoczności",
"losLegendTerrain": "Teren",
"losFrequencyLabel": "Częstotliwość",
"losFrequencyInfoTooltip": "Zobacz szczegóły obliczenia",
"losFrequencyDialogTitle": "Obliczanie horyzontu radiowego",
"losFrequencyDialogDescription": "Zaczynając od k={baselineK} przy {baselineFreq} MHz, obliczenie mnoży 0.15 × (frequency − {baselineFreq}) / {baselineFreq}, aby osiągnąć k około {kFactor} dla bieżącego pasma {frequencyMHz} MHz, co definiuje zakrzywioną granicę horyzontu radiowego.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_pt.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Nome do ponto",
"losShowPanelTooltip": "Mostrar painel LOS",
"losHidePanelTooltip": "Ocultar painel LOS",
"losElevationAttribution": "Dados de elevação: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Dados de elevação: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Horizonte de rádio",
"losLegendLosBeam": "Linha de visada",
"losLegendTerrain": "Terreno",
"losFrequencyLabel": "Frequência",
"losFrequencyInfoTooltip": "Ver detalhes do cálculo",
"losFrequencyDialogTitle": "Cálculo do horizonte de rádio",
"losFrequencyDialogDescription": "Partindo de k={baselineK} a {baselineFreq} MHz, o cálculo multiplica 0.15 × (frequency − {baselineFreq}) / {baselineFreq} para atingir k aprox {kFactor} para a banda atual {frequencyMHz} MHz, o que define o limite curvo do horizonte de rádio.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_ru.arb
View file

@ -958,5 +958,21 @@
"losPointName": "Имя точки",
"losShowPanelTooltip": "Показать панель LOS",
"losHidePanelTooltip": "Скрыть панель LOS",
"losElevationAttribution": "Данные о высоте: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Данные о высоте: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Радиогоризонт",
"losLegendLosBeam": "Линия прямой видимости",
"losLegendTerrain": "Рельеф",
"losFrequencyLabel": "Частота",
"losFrequencyInfoTooltip": "Просмотреть детали расчёта",
"losFrequencyDialogTitle": "Расчёт радиогоризонта",
"losFrequencyDialogDescription": "Начиная с k={baselineK} при {baselineFreq} MHz, расчёт умножает 0.15 × (frequency − {baselineFreq}) / {baselineFreq}, чтобы получить k примерно {kFactor} для текущего диапазона {frequencyMHz} MHz, что определяет изогнутую границу радиогоризонта.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_sk.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Názov bodu",
"losShowPanelTooltip": "Zobraziť panel LOS",
"losHidePanelTooltip": "Skryť panel LOS",
"losElevationAttribution": "Údaje o nadmorskej výške: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Údaje o nadmorskej výške: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Rádiový horizont",
"losLegendLosBeam": "Priama viditeľnosť",
"losLegendTerrain": "Terén",
"losFrequencyLabel": "Frekvencia",
"losFrequencyInfoTooltip": "Zobraziť podrobnosti výpočtu",
"losFrequencyDialogTitle": "Výpočet rádiového horizontu",
"losFrequencyDialogDescription": "Vychádzajúc z k={baselineK} pri {baselineFreq} MHz výpočet násobí 0.15 × (frequency − {baselineFreq}) / {baselineFreq}, aby dosiahol k približne {kFactor} pre aktuálne pásmo {frequencyMHz} MHz, čo definuje zakrivenú hranicu rádiového horizontu.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_sl.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Ime točke",
"losShowPanelTooltip": "Pokaži ploščo LOS",
"losHidePanelTooltip": "Skrij ploščo LOS",
"losElevationAttribution": "Podatki o višini: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Podatki o višini: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Radijski horizont",
"losLegendLosBeam": "Linija vidnosti",
"losLegendTerrain": "Teren",
"losFrequencyLabel": "Frekvenca",
"losFrequencyInfoTooltip": "Prikaži podrobnosti izračuna",
"losFrequencyDialogTitle": "Izračun radijskega horizonta",
"losFrequencyDialogDescription": "Začenši z k={baselineK} pri {baselineFreq} MHz izračun množi 0.15 × (frequency − {baselineFreq}) / {baselineFreq}, da doseže k približno {kFactor} za trenutni pas {frequencyMHz} MHz, kar določa ukrivljeno mejo radijskega horizonta.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_sv.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Punktnamn",
"losShowPanelTooltip": "Visa LOS-panelen",
"losHidePanelTooltip": "Dölj LOS-panelen",
"losElevationAttribution": "Höjddata: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Höjddata: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Radiohorisont",
"losLegendLosBeam": "Siktlinje",
"losLegendTerrain": "Terräng",
"losFrequencyLabel": "Frekvens",
"losFrequencyInfoTooltip": "Visa detaljer om beräkningen",
"losFrequencyDialogTitle": "Beräkning av radiohorisonten",
"losFrequencyDialogDescription": "Med utgångspunkt från k={baselineK} vid {baselineFreq} MHz multiplicerar beräkningen 0.15 × (frequency − {baselineFreq}) / {baselineFreq} för att nå k cirka {kFactor} för det aktuella bandet {frequencyMHz} MHz, vilket definierar den krökta radiohorisontgränsen.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_uk.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "Назва точки",
"losShowPanelTooltip": "Показати панель LOS",
"losHidePanelTooltip": "Приховати панель LOS",
"losElevationAttribution": "Дані про висоту: Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "Дані про висоту: Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "Радіогоризонт",
"losLegendLosBeam": "Лінія прямої видимості",
"losLegendTerrain": "Рельєф",
"losFrequencyLabel": "Частота",
"losFrequencyInfoTooltip": "Переглянути деталі розрахунку",
"losFrequencyDialogTitle": "Розрахунок радіогоризонту",
"losFrequencyDialogDescription": "Починаючи з k={baselineK} при {baselineFreq} MHz, розрахунок множить 0.15 × (frequency − {baselineFreq}) / {baselineFreq}, щоб досягти k приблизно {kFactor} для поточного діапазону {frequencyMHz} MHz, що визначає вигнуту межу радіогоризонту.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

20
lib/l10n/app_zh.arb
View file

@ -1718,5 +1718,21 @@
"losPointName": "点名称",
"losShowPanelTooltip": "显示 LOS 面板",
"losHidePanelTooltip": "隐藏 LOS 面板",
"losElevationAttribution": "高程数据：Open-Meteo (CC BY 4.0)"
}
"losElevationAttribution": "高程数据：Open-Meteo (CC BY 4.0)",
"losLegendRadioHorizon": "无线电地平线",
"losLegendLosBeam": "视距波束",
"losLegendTerrain": "地形",
"losFrequencyLabel": "频率",
"losFrequencyInfoTooltip": "查看计算详情",
"losFrequencyDialogTitle": "无线电地平线计算",
"losFrequencyDialogDescription": "从 {baselineFreq} MHz 的 k={baselineK} 开始，计算将 0.15 × (frequency − {baselineFreq}) / {baselineFreq} 相乘，以在当前频段 {frequencyMHz} MHz 下得到约 k={kFactor}，从而定义弯曲的无线电地平线边界。",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"placeholders": {
"baselineK": { "type": "double" },
"baselineFreq": { "type": "double" },
"frequencyMHz": { "type": "double" },
"kFactor": { "type": "double" }
}
}
}

142
untranslated.json
View file

@ -1,141 +1 @@
{
"bg": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"de": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"es": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"fr": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"it": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"nl": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"pl": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"pt": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"ru": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"sk": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"sl": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"sv": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"uk": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
],
"zh": [
"losLegendRadioHorizon",
"losLegendLosBeam",
"losLegendTerrain",
"losFrequencyLabel",
"losFrequencyInfoTooltip",
"losFrequencyDialogTitle",
"losFrequencyDialogDescription"
]
}
{}