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v4.4.0.2 - Calculated energy consumption

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- Calculated energy consumption in relation to dimming mode and relay state (not the energy consumption of the outputs)
-add Try/Catch
This commit is contained in:
Armilar
2024-06-13 21:17:29 +02:00
committed by GitHub
parent 15a021a58f
commit 4d7d87d62a
1 changed files with 48 additions and 31 deletions
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79
ioBroker/DEV/NSPanelTs.ts
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@@ -2085,42 +2085,55 @@ function isDimTimeInRange(strLower, strUpper) {
//--------------------Begin Consumtion (with Dimmode and Relays On Off) //--------------------Begin Consumtion (with Dimmode and Relays On Off)
// Funktion to calculate mean linear consumtion // Funktion to calculate mean linear consumtion
async function Calc_Consumtion(Brightness: number, Relays: number) { async function Calc_Consumtion(Brightness: number, Relays: number) {
return parseFloat(((Relays * 0.25) + ((0.0086 * Brightness) + 0.7429)).toFixed(2)); try {
return parseFloat(((Relays * 0.25) + ((0.0086 * Brightness) + 0.7429)).toFixed(2));
} catch (err: any) {
log('error at function Calc_Consumtion: ' + err.message, 'warn');
}
} }
// //
async function CountRelaysOn(Path: string) { async function CountRelaysOn(Path: string) {
let r1: boolean = getState(Path + 'Relay.1').val; try {
let r2: boolean = getState(Path + 'Relay.2').val; let r1: boolean = getState(Path + 'Relay.1').val;
let r2: boolean = getState(Path + 'Relay.2').val;
if (r1 && r2) { if (r1 && r2) {
return 2; return 2;
} else if (!r1 && !r2) { } else if (!r1 && !r2) {
return 0; return 0;
} else { } else {
return 1; return 1;
}
} catch (err: any) {
log('error at function CountRelaysOn: ' + err.message, 'warn');
} }
} }
async function DetermineDimBrightness(Path: string) { async function DetermineDimBrightness(Path: string) {
const vTimeDay = getState(Path + 'NSPanel_Dimmode_hourDay').val; try {
const vTimeNight = getState(Path + 'NSPanel_Dimmode_hourNight').val;
const timeDimMode: NSPanel.DimMode = {
dimmodeOn: true,
brightnessDay: getState(NSPanel_Path + 'NSPanel_Dimmode_brightnessDay').val,
brightnessNight: getState(NSPanel_Path + 'NSPanel_Dimmode_brightnessNight').val,
timeDay: (vTimeDay < 10) ? `0${vTimeDay}:00` : `${vTimeDay}:00`,
timeNight: (vTimeNight < 10) ? `0${vTimeNight}:00` : `${vTimeNight}:00`
};
if (getState(Path + 'ScreensaverInfo.activeDimmodeBrightness').val == -1) { const vTimeDay = getState(Path + 'NSPanel_Dimmode_hourDay').val;
if (getState(Path + 'ActivePage.id0').val == 'screensaver') { const vTimeNight = getState(Path + 'NSPanel_Dimmode_hourNight').val;
return await DetermineScreensaverDimmode(timeDimMode); const timeDimMode: NSPanel.DimMode = {
dimmodeOn: true,
brightnessDay: getState(NSPanel_Path + 'NSPanel_Dimmode_brightnessDay').val,
brightnessNight: getState(NSPanel_Path + 'NSPanel_Dimmode_brightnessNight').val,
timeDay: (vTimeDay < 10) ? `0${vTimeDay}:00` : `${vTimeDay}:00`,
timeNight: (vTimeNight < 10) ? `0${vTimeNight}:00` : `${vTimeNight}:00`
};
if (getState(Path + 'ScreensaverInfo.activeDimmodeBrightness').val == -1) {
if (getState(Path + 'ActivePage.id0').val == 'screensaver') {
return await DetermineScreensaverDimmode(timeDimMode);
} else {
return getState(Path + 'ScreensaverInfo.activeBrightness').val;
}
} else { } else {
return getState(Path + 'ScreensaverInfo.activeBrightness').val; return getState(Path + 'ScreensaverInfo.activeDimmodeBrightness').val;
} }
} else { } catch (err: any) {
return getState(Path + 'ScreensaverInfo.activeDimmodeBrightness').val; log('error at function DetermineDimBrightness: ' + err.message, 'warn');
} }
} }
@@ -2134,18 +2147,22 @@ async function DetermineScreensaverDimmode(timeDimMode:NSPanel.DimMode) {
} }
} }
} catch (err: any) { } catch (err: any) {
log('error at function ScreensaverDimmode: ' + err.message, 'warn'); log('error at function DetermineScreensaverDimmode: ' + err.message, 'warn');
} }
} }
async function InitMeanPowerConsumtion() { async function InitMeanPowerConsumtion() {
const MeanPower = NSPanel_Path + 'Consumtion.MeanPower'; try {
let meanConsumtion: number = await Calc_Consumtion(await DetermineDimBrightness(NSPanel_Path), await CountRelaysOn(NSPanel_Path)); const MeanPower = NSPanel_Path + 'Consumtion.MeanPower';
if (!existsState(MeanPower)) { let meanConsumtion: number = await Calc_Consumtion(await DetermineDimBrightness(NSPanel_Path), await CountRelaysOn(NSPanel_Path));
await createStateAsync(MeanPower, <iobJS.StateCommon>{ type: 'number', write: true, unit: 'W' }); if (!existsState(MeanPower)) {
await createStateAsync(MeanPower, <iobJS.StateCommon>{ type: 'number', write: true, unit: 'W' });
}
await setStateAsync(MeanPower, <iobJS.State>{ val: meanConsumtion, ack: true });
if (Debug) log(meanConsumtion + ' W', 'info');
} catch (err: any) {
log('error at function InitMeanPowerConsumtion: ' + err.message, 'warn');
} }
await setStateAsync(MeanPower, <iobJS.State>{ val: meanConsumtion, ack: true });
if (Debug) log(meanConsumtion + ' W', 'info');
} }
InitMeanPowerConsumtion(); InitMeanPowerConsumtion();