/// <summary>
/// Convert the given Metar.Temperature to desired unit.
/// </summary>
/// <param name="temp">Temperature to convert.</param>
/// <param name="toUnit">Unit to convert the value to.</param>
public static Temperature Temperature(Temperature temp, TempUnit toUnit)
{
//temp.Value = Temperature(temp.Value, temp.Unit, toUnit);
temp.Value = Temperature(temp.Value, toUnit);
temp.Unit = toUnit;
return(temp);
}
public void Trigger(int eventId, TempUnit unit)
{
triggerArgs.Reset();
triggerArgs.AddUnit(unit.key, unit.unit);
triggerArgs.Trigger(this, _triggers, eventId);
}
public void setTempUnit(int chn, TempUnit un)
{
if (chn >= 0 && chn < nChannels)
{
tempUnits[chn] = un;
}
}
public static extern int TC08GetTemp(short handle,
float[] temp_buffer,
int[] times_ms_buffer,
int buffer_length,
out short overflow_flag,
short channel,
TempUnit units,
short fill_missing
);
public void Act(IGameAction action, TempUnit unit)
{
if (action != null)
{
triggerArgs.Reset();
triggerArgs.AddUnit(unit);
triggerArgs.Act(this, action);
}
}
/// <summary>
/// Convert the given temperature value to desired unit.
/// </summary>
/// <param name="value">Value to convert.</param>
/// <param name="toUnit">Unit to convert the value to.</param>
public static double Temperature(double value, TempUnit toUnit)
{
if (toUnit == TempUnit.Fahrenheit)
{
return(((9.0 / 5.0) * value) + 32);
}
else
{
return((5.0 / 9.0) * (value - 32));
}
}
public static float FromKelvin(float kelvin, TempUnit tempUnit)
{
switch (tempUnit)
{
case TempUnit.Celsius:
return(TempConverter.KelvinToCelsius(kelvin));
case TempUnit.Fahrenheit:
return(TempConverter.KelvinToFahrenheit(kelvin));
default:
return(default);
}
}
public static double UniversalConversion(double temp, TempUnit from, TempUnit to)
{
if (from == TempUnit.Celsius)
{
if (to == TempUnit.Celsius)
{
return(temp);
}
if (to == TempUnit.Fahrenheit)
{
return(CelsiusToFahrenheit(temp));
}
if (to == TempUnit.Kelvin)
{
return(CelsiusToKelvin(temp));
}
}
if (from == TempUnit.Fahrenheit)
{
if (to == TempUnit.Celsius)
{
return(FahrenheitToCelsius(temp));
}
if (to == TempUnit.Fahrenheit)
{
return(temp);
}
if (to == TempUnit.Kelvin)
{
return(FahrenheitToKelvin(temp));
}
}
if (from == TempUnit.Kelvin)
{
if (to == TempUnit.Celsius)
{
return(KelvinToCelsius(temp));
}
if (to == TempUnit.Fahrenheit)
{
return(KelvinToFarenheit(temp));
}
if (to == TempUnit.Kelvin)
{
return(temp);
}
}
return(temp);
}
private void ddTemperature_OnSelectedIndexChange(object sender, EventArgs e)
{
if (ddTemperature.SelectedItem != null)
{
var newUnit = UnitParser.ParseTempUnit((string)ddTemperature.SelectedItem);
_mTemperatureValue = ddTemperature.ConvertValue(_mActiveTempUnit, newUnit, _mTemperatureValue);
if (!double.IsNaN(_mTemperatureValue))
{
tbTemperature.Text = Parsing.DoubleToString(_mTemperatureValue);
}
_mActiveTempUnit = newUnit;
Settings.Default.TMTempUnit = _mActiveTempUnit.ToString();
}
}
private void ProcessLoadEvent(object sender, EventArgs e)
{
if (!DesignMode)
{
ddTemperature.Converter = StockConverters.GetConverterByName("Temperature");
_mActiveTempUnit = UnitParser.ParseTempUnit(Settings.Default.TMTempUnit);
ddTemperature.SelectedItem = _mActiveTempUnit;
_mActivePressureUnit = UnitParser.ParsePressureUnit(Settings.Default.TMPressureUnit);
ddPressure.Converter = StockConverters.GetConverterByName("Pressure");
ddPressure.SelectedItem = _mActivePressureUnit;
_mActiveVolumeUnit = UnitParser.ParseVolumeUnit(Settings.Default.TMVolumeUnit);
ddTankVolume.Converter = StockConverters.GetConverterByName("Volume");
ddTankVolume.SelectedItem = _mActiveVolumeUnit;
ddMass.Converter = StockConverters.GetConverterByName("Mass");
ddMass.SelectedItem = UnitParser.ParseMassUnit(Settings.Default.TMMassUnit);
}
}
public GetWeatherService(string apiKey, string inputLocation, string unit = "Celsius")
{
var defaultApiKey = AppDomain.CurrentDomain.GetData("DefaultWeatherApiKey").ToString();
_apiKey = ((apiKey == null || apiKey == "") ? defaultApiKey : apiKey);
_location = inputLocation;
switch (unit)
{
case "F":
this._unit = TempUnit.F;
break;
case "K":
this._unit = TempUnit.K;
break;
case "C":
default:
this._unit = TempUnit.C;
break;
}
}
private void comboBox1_DropDownClosed(object sender, EventArgs e)
{
LastAnswer = true;
if (TempUnit.Text == "Fahrenheit (°F)")
{
TempCalc = Double.Parse(TextResult.Text);
TempCalc = TempCalc - 32;
TempCalc = TempCalc * 0.55555555555555555555555555555555555;
TempCalc = Math.Round(TempCalc, 2);
Temp1.Text = TempCalc.ToString() + "°C";
TempCalc = TempCalc + 273.15;
Temp2.Text = TempCalc.ToString() + "K";
}
if (TempUnit.Text == "Celsius (°C)")
{
TempCalc = Double.Parse(TextResult.Text);
TempCalc = TempCalc * 1.8;
TempCalc = TempCalc + 32;
TempCalc = Math.Round(TempCalc, 2);
Temp1.Text = TempCalc.ToString() + "°F";
TempCalc = Double.Parse(TextResult.Text) + 273.15;
TempCalc = Math.Round(TempCalc, 2);
Temp2.Text = TempCalc.ToString() + "K";
}
if (TempUnit.Text == "Kelvin (K)")
{
TempCalc = Double.Parse(TextResult.Text);
TempCalc = TempCalc - 273.15;
TempCalc = Math.Round(TempCalc, 2);
Temp1.Text = TempCalc.ToString() + "°C";
TempCalc = TempCalc * 1.8;
TempCalc = TempCalc + 32;
TempCalc = Math.Round(TempCalc, 2);
Temp2.Text = TempCalc.ToString() + "°F";
}
TempUnit.Select(0, 0);
}
public static extern short TC08GetSingle(short handle,
float[] temp,
short *overflow_flags,
TempUnit units
);
/// <summary>
/// Read temperature from sensor
/// </summary>
/// <param name="unit">Temperature unit (°C or °F)</param>
/// <returns>Temperature value</returns>
public double ReadTemperature(TempUnit unit)
{
double temp;
double d1 = 0, d2 = 0;
// T = d1 + d2 * SOt
// determinate d1, based on temperature unit and voltage
if (unit == TempUnit.Celsius)
{
switch (this.voltage)
{
case Voltage.Vdd_5V:
d1 = D1_VDD5V_C;
break;
case Voltage.Vdd_4V:
d1 = D1_VDD4V_C;
break;
case Voltage.Vdd_3_5V:
d1 = D1_VDD3_5V_C;
break;
case Voltage.Vdd_3V:
d1 = D1_VDD3V_C;
break;
case Voltage.Vdd_2_5V:
d1 = D1_VDD2_5V_C;
break;
default:
break;
}
}
else if (unit == TempUnit.Farenheit)
{
switch (this.voltage)
{
case Voltage.Vdd_5V:
d1 = D1_VDD5V_F;
break;
case Voltage.Vdd_4V:
d1 = D1_VDD4V_F;
break;
case Voltage.Vdd_3_5V:
d1 = D1_VDD3_5V_F;
break;
case Voltage.Vdd_3V:
d1 = D1_VDD3V_F;
break;
case Voltage.Vdd_2_5V:
d1 = D1_VDD2_5V_F;
break;
default:
break;
}
}
// determinate d2, based on temperature unit and bit resolution
byte status = this.ReadStatusRegister();
// less resolution : 8bit RH, 12bit Temp
if ((status & LESS_RESOLUTION) != 0x00)
{
if (unit == TempUnit.Celsius)
{
d2 = D2_12BIT_C;
}
else if (unit == TempUnit.Farenheit)
{
d2 = D2_12BIT_F;
}
}
// high resolution : 12bit RH, 14bit Temp
else
{
if (unit == TempUnit.Celsius)
{
d2 = D2_14BIT_C;
}
else if (unit == TempUnit.Farenheit)
{
d2 = D2_14BIT_F;
}
}
temp = d1 + d2 * this.ReadTemperatureRaw();
return(temp);
}
public Temperature(double value, TempUnit unit, DateTime?time = null)
{
this.Value = value;
this.Unit = unit;
this.Time = time;
}
