"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 коригира k-фактора за текущата {frequencyMHz} MHz лента, която определя границата на извития радиохоризонт.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"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 passt die Berechnung den k-Faktor für das aktuelle {frequencyMHz} MHz-Band an, das die gekrümmte Funkhorizontobergrenze definiert.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"losFrequencyDialogDescription": "Starting from k={baselineK} at {baselineFreq} MHz, the calculation adjusts the k-factor for the current {frequencyMHz} MHz band, which defines the curved radio horizon cap.",
"@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"
}
}
},
"contacts_pathTrace": "Path Trace",
"contacts_ping": "Ping",
"contacts_repeaterPathTrace": "Path trace to repeater",
@ -1747,4 +1771,4 @@
"settings_gpxExportShareSubject": "meshcore-open GPX map data export",
"losFrequencyInfoTooltip": "Ver detalles del cálculo",
"losFrequencyDialogTitle": "Cálculo del horizonte radioeléctrico",
"losFrequencyDialogDescription": "A partir de k={baselineK} en {baselineFreq} MHz, el cálculo ajusta el factor k para la banda actual de {frequencyMHz} MHz, que define el límite curvo del horizonte de radio.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"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": "À partir de k={baselineK} à {baselineFreq} MHz, le calcul ajuste le facteur k pour la bande actuelle de {frequencyMHz} MHz, ce qui définit la limite incurvée de l'horizon radio.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"losFrequencyDialogDescription": "Partendo da k={baselineK} a {baselineFreq} MHz, il calcolo regola il fattore k per l'attuale banda {frequencyMHz} MHz, che definisce il limite curvo dell'orizzonte radio.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
///**'Starting from k={baselineK} at {baselineFreq} MHz, the calculation adjusts the k-factor for the current {frequencyMHz} MHz band, which defines the curved radio horizon cap.'**
@ -2867,6 +2867,34 @@ class AppLocalizationsBg extends AppLocalizations {
StringgetlosElevationAttribution=>
'Данни за надморска височина: Open-Meteo (CC BY 4.0)';
@override
StringgetlosLegendRadioHorizon=>'Радиохоризонт';
@override
StringgetlosLegendLosBeam=>'Линия на видимост';
@override
StringgetlosLegendTerrain=>'Терен';
@override
StringgetlosFrequencyLabel=>'Честота';
@override
StringgetlosFrequencyInfoTooltip=>'Преглед на детайли за изчислението';
@override
StringgetlosFrequencyDialogTitle=>'Изчисляване на радиохоризонта';
@override
StringlosFrequencyDialogDescription(
doublebaselineK,
doublebaselineFreq,
doublefrequencyMHz,
doublekFactor,
){
return'Започвайки от k=$baselineK при $baselineFreq MHz, изчислението коригира k-фактора за текущата $frequencyMHz MHz лента, която определя границата на извития радиохоризонт.';
@ -2873,6 +2873,34 @@ class AppLocalizationsDe extends AppLocalizations {
@override
StringgetlosElevationAttribution=>'Höhendaten: Open-Meteo (CC BY 4.0)';
@override
StringgetlosLegendRadioHorizon=>'Funkhorizont';
@override
StringgetlosLegendLosBeam=>'Sichtlinie';
@override
StringgetlosLegendTerrain=>'Gelände';
@override
StringgetlosFrequencyLabel=>'Frequenz';
@override
StringgetlosFrequencyInfoTooltip=>'Details zur Berechnung anzeigen';
@override
StringgetlosFrequencyDialogTitle=>'Berechnung des Funkhorizonts';
@override
StringlosFrequencyDialogDescription(
doublebaselineK,
doublebaselineFreq,
doublefrequencyMHz,
doublekFactor,
){
return'Ausgehend von k=$baselineK bei $baselineFreq MHz passt die Berechnung den k-Faktor für das aktuelle $frequencyMHz MHz-Band an, das die gekrümmte Funkhorizontobergrenze definiert.';
return'Starting from k=$baselineK at $baselineFreq MHz, the calculation adjusts the k-factor for the current $frequencyMHz MHz band, which defines the curved radio horizon cap.';
StringgetlosFrequencyInfoTooltip=>'Ver detalles del cálculo';
@override
StringgetlosFrequencyDialogTitle=>'Cálculo del horizonte radioeléctrico';
@override
StringlosFrequencyDialogDescription(
doublebaselineK,
doublebaselineFreq,
doublefrequencyMHz,
doublekFactor,
){
return'A partir de k=$baselineK en $baselineFreq MHz, el cálculo ajusta el factor k para la banda actual de $frequencyMHz MHz, que define el límite curvo del horizonte de radio.';
}
@override
Stringgetcontacts_pathTrace=>'Rastreo de caminos';
@ -2880,7 +2880,35 @@ class AppLocalizationsFr extends AppLocalizations {
@override
StringgetlosElevationAttribution=>
'Données d\'altitude: Open-Meteo (CC BY 4.0)';
'Données d’altitude: Open-Meteo (CC BY 4.0)';
@override
StringgetlosLegendRadioHorizon=>'Horizon radio';
@override
StringgetlosLegendLosBeam=>'Ligne de visée';
@override
StringgetlosLegendTerrain=>'Terrain';
@override
StringgetlosFrequencyLabel=>'Fréquence';
@override
StringgetlosFrequencyInfoTooltip=>'Voir les détails du calcul';
@override
StringgetlosFrequencyDialogTitle=>'Calcul de l’horizon radio';
@override
StringlosFrequencyDialogDescription(
doublebaselineK,
doublebaselineFreq,
doublefrequencyMHz,
doublekFactor,
){
return'À partir de k=$baselineK à $baselineFreq MHz, le calcul ajuste le facteur k pour la bande actuelle de $frequencyMHz MHz, ce qui définit la limite incurvée de l\'horizon radio.';
return'Partendo da k=$baselineK a $baselineFreq MHz, il calcolo regola il fattore k per l\'attuale banda $frequencyMHz MHz, che definisce il limite curvo dell\'orizzonte radio.';
@ -2857,6 +2857,34 @@ class AppLocalizationsNl extends AppLocalizations {
StringgetlosElevationAttribution=>
'Hoogtegegevens: Open-Meteo (CC BY 4.0)';
@override
StringgetlosLegendRadioHorizon=>'Radiohorizon';
@override
StringgetlosLegendLosBeam=>'Zichtlijn';
@override
StringgetlosLegendTerrain=>'Terrein';
@override
StringgetlosFrequencyLabel=>'Frequentie';
@override
StringgetlosFrequencyInfoTooltip=>'Bekijk details van de berekening';
@override
StringgetlosFrequencyDialogTitle=>'Berekening van de radiohorizon';
@override
StringlosFrequencyDialogDescription(
doublebaselineK,
doublebaselineFreq,
doublefrequencyMHz,
doublekFactor,
){
return'Beginnend met k=$baselineK bij $baselineFreq MHz, wordt bij de berekening de k-factor aangepast voor de huidige $frequencyMHz MHz-band, die de gebogen radiohorizonkap definieert.';
return'Zaczynając od k=$baselineK przy $baselineFreq MHz, obliczenia korygują współczynnik k dla bieżącego pasma $frequencyMHz MHz, które definiuje zakrzywiony limit horyzontu radiowego.';
@ -2866,6 +2866,34 @@ class AppLocalizationsPt extends AppLocalizations {
StringgetlosElevationAttribution=>
'Dados de elevação: Open-Meteo (CC BY 4.0)';
@override
StringgetlosLegendRadioHorizon=>'Horizonte de rádio';
@override
StringgetlosLegendLosBeam=>'Linha de visada';
@override
StringgetlosLegendTerrain=>'Terreno';
@override
StringgetlosFrequencyLabel=>'Frequência';
@override
StringgetlosFrequencyInfoTooltip=>'Ver detalhes do cálculo';
@override
StringgetlosFrequencyDialogTitle=>'Cálculo do horizonte de rádio';
@override
StringlosFrequencyDialogDescription(
doublebaselineK,
doublebaselineFreq,
doublefrequencyMHz,
doublekFactor,
){
return'Começando em k=$baselineK em $baselineFreq MHz, o cálculo ajusta o fator k para a banda atual de $frequencyMHz MHz, que define o limite do horizonte de rádio curvo.';
}
@override
Stringgetcontacts_pathTrace=>'Traçado de Caminho';
return'Начиная с k=$baselineK на частоте $baselineFreq МГц, расчет корректирует коэффициент k для текущего диапазона $frequencyMHz МГц, который определяет изогнутую границу радиогоризонта.';
return'Počnúc od k=$baselineK pri $baselineFreq MHz výpočet upraví k-faktor pre aktuálne pásmo $frequencyMHz MHz, ktorý definuje zakrivený strop rádiového horizontu.';
return'Začenši od k=$baselineK pri $baselineFreq MHz, izračun prilagodi k-faktor za trenutni pas $frequencyMHz MHz, ki določa ukrivljeno zgornjo mejo radijskega horizonta.';
@ -2837,6 +2837,34 @@ class AppLocalizationsSv extends AppLocalizations {
@override
StringgetlosElevationAttribution=>'Höjddata: Open-Meteo (CC BY 4.0)';
@override
StringgetlosLegendRadioHorizon=>'Radiohorisont';
@override
StringgetlosLegendLosBeam=>'Siktlinje';
@override
StringgetlosLegendTerrain=>'Terräng';
@override
StringgetlosFrequencyLabel=>'Frekvens';
@override
StringgetlosFrequencyInfoTooltip=>'Visa detaljer om beräkningen';
@override
StringgetlosFrequencyDialogTitle=>'Beräkning av radiohorisonten';
@override
StringlosFrequencyDialogDescription(
doublebaselineK,
doublebaselineFreq,
doublefrequencyMHz,
doublekFactor,
){
return'Med start från k=$baselineK vid $baselineFreq MHz, justerar beräkningen k-faktorn för det aktuella $frequencyMHz MHz-bandet, som definierar den böjda radiohorisonten.';
return'Починаючи з k=$baselineK на $baselineFreq МГц, обчислення коригує k-фактор для поточного діапазону $frequencyMHz МГц, який визначає викривлену межу радіогоризонту.';
"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": "Beginnend met k={baselineK} bij {baselineFreq} MHz, wordt bij de berekening de k-factor aangepast voor de huidige {frequencyMHz} MHz-band, die de gebogen radiohorizonkap definieert.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"losFrequencyDialogDescription": "Zaczynając od k={baselineK} przy {baselineFreq} MHz, obliczenia korygują współczynnik k dla bieżącego pasma {frequencyMHz} MHz, które definiuje zakrzywiony limit horyzontu radiowego.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"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": "Começando em k={baselineK} em {baselineFreq} MHz, o cálculo ajusta o fator k para a banda atual de {frequencyMHz} MHz, que define o limite do horizonte de rádio curvo.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"losFrequencyDialogDescription": "Начиная с k={baselineK} на частоте {baselineFreq} МГц, расчет корректирует коэффициент k для текущего диапазона {frequencyMHz} МГц, который определяет изогнутую границу радиогоризонта.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"losFrequencyDialogDescription": "Začenši od k={baselineK} pri {baselineFreq} MHz, izračun prilagodi k-faktor za trenutni pas {frequencyMHz} MHz, ki določa ukrivljeno zgornjo mejo radijskega horizonta.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"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 start från k={baselineK} vid {baselineFreq} MHz, justerar beräkningen k-faktorn för det aktuella {frequencyMHz} MHz-bandet, som definierar den böjda radiohorisonten.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
"losFrequencyDialogDescription": "Починаючи з k={baselineK} на {baselineFreq} МГц, обчислення коригує k-фактор для поточного діапазону {frequencyMHz} МГц, який визначає викривлену межу радіогоризонту.",
"@losFrequencyDialogDescription": {
"description": "Explain how the calculation uses the baseline frequency and derived k-factor.",
just_stuff_tm
5 months ago