public SunSensorTelemetryValue(object raw)
: base(raw)
{
SunSensorTelemetryValue.SunsensorCalibrationValue[] array = new SunSensorTelemetryValue.SunsensorCalibrationValue[23];
int num = (int)System.Convert.ToUInt16(raw);
array[0] = new SunSensorTelemetryValue.SunsensorCalibrationValue(0, 0.0);
array[1] = new SunSensorTelemetryValue.SunsensorCalibrationValue(9, 2.158);
array[2] = new SunSensorTelemetryValue.SunsensorCalibrationValue(19, 2.477);
array[3] = new SunSensorTelemetryValue.SunsensorCalibrationValue(23, 2.64);
array[4] = new SunSensorTelemetryValue.SunsensorCalibrationValue(33, 2.8);
array[5] = new SunSensorTelemetryValue.SunsensorCalibrationValue(50, 2.881);
array[6] = new SunSensorTelemetryValue.SunsensorCalibrationValue(56, 2.889);
array[7] = new SunSensorTelemetryValue.SunsensorCalibrationValue(100, 3.04);
array[8] = new SunSensorTelemetryValue.SunsensorCalibrationValue(133, 3.14);
array[9] = new SunSensorTelemetryValue.SunsensorCalibrationValue(200, 3.25);
array[10] = new SunSensorTelemetryValue.SunsensorCalibrationValue(265, 3.346);
array[11] = new SunSensorTelemetryValue.SunsensorCalibrationValue(333, 3.475);
array[12] = new SunSensorTelemetryValue.SunsensorCalibrationValue(400, 3.5825);
array[13] = new SunSensorTelemetryValue.SunsensorCalibrationValue(467, 3.69);
array[14] = new SunSensorTelemetryValue.SunsensorCalibrationValue(533, 3.81);
array[15] = new SunSensorTelemetryValue.SunsensorCalibrationValue(600, 3.92);
array[16] = new SunSensorTelemetryValue.SunsensorCalibrationValue(666, 4.03);
array[17] = new SunSensorTelemetryValue.SunsensorCalibrationValue(700, 4.079);
array[18] = new SunSensorTelemetryValue.SunsensorCalibrationValue(732, 4.13);
array[19] = new SunSensorTelemetryValue.SunsensorCalibrationValue(800, 4.245);
array[20] = new SunSensorTelemetryValue.SunsensorCalibrationValue(866, 4.325);
array[21] = new SunSensorTelemetryValue.SunsensorCalibrationValue(933, 4.38);
array[22] = new SunSensorTelemetryValue.SunsensorCalibrationValue(984, 4.42);
for (int i = 0; i < array.Length - 1; i++)
{
if (num > array[i].adcvalue && num <= array[i + 1].adcvalue)
{
double num2 = (double)(array[i + 1].adcvalue - array[i].adcvalue);
double num3 = array[i + 1].luxvalue - array[i].luxvalue;
this.luxvalue_measured = array[i].luxvalue + (double)(num - array[i].adcvalue) * (num3 / num2);
return;
}
if (num > array[array.Length - 1].adcvalue)
{
this.luxvalue_measured = array[array.Length - 1].luxvalue;
return;
}
}
}
public SunSensorTelemetryValue(object raw) : base(raw)
{
SunSensorTelemetryValue.SunsensorCalibrationValue[] array = new SunSensorTelemetryValue.SunsensorCalibrationValue[23];
int num = (int)System.Convert.ToUInt16(raw);
array[0] = new SunSensorTelemetryValue.SunsensorCalibrationValue(0, 0.0);
array[1] = new SunSensorTelemetryValue.SunsensorCalibrationValue(9, 2.158);
array[2] = new SunSensorTelemetryValue.SunsensorCalibrationValue(19, 2.477);
array[3] = new SunSensorTelemetryValue.SunsensorCalibrationValue(23, 2.64);
array[4] = new SunSensorTelemetryValue.SunsensorCalibrationValue(33, 2.8);
array[5] = new SunSensorTelemetryValue.SunsensorCalibrationValue(50, 2.881);
array[6] = new SunSensorTelemetryValue.SunsensorCalibrationValue(56, 2.889);
array[7] = new SunSensorTelemetryValue.SunsensorCalibrationValue(100, 3.04);
array[8] = new SunSensorTelemetryValue.SunsensorCalibrationValue(133, 3.14);
array[9] = new SunSensorTelemetryValue.SunsensorCalibrationValue(200, 3.25);
array[10] = new SunSensorTelemetryValue.SunsensorCalibrationValue(265, 3.346);
array[11] = new SunSensorTelemetryValue.SunsensorCalibrationValue(333, 3.475);
array[12] = new SunSensorTelemetryValue.SunsensorCalibrationValue(400, 3.5825);
array[13] = new SunSensorTelemetryValue.SunsensorCalibrationValue(467, 3.69);
array[14] = new SunSensorTelemetryValue.SunsensorCalibrationValue(533, 3.81);
array[15] = new SunSensorTelemetryValue.SunsensorCalibrationValue(600, 3.92);
array[16] = new SunSensorTelemetryValue.SunsensorCalibrationValue(666, 4.03);
array[17] = new SunSensorTelemetryValue.SunsensorCalibrationValue(700, 4.079);
array[18] = new SunSensorTelemetryValue.SunsensorCalibrationValue(732, 4.13);
array[19] = new SunSensorTelemetryValue.SunsensorCalibrationValue(800, 4.245);
array[20] = new SunSensorTelemetryValue.SunsensorCalibrationValue(866, 4.325);
array[21] = new SunSensorTelemetryValue.SunsensorCalibrationValue(933, 4.38);
array[22] = new SunSensorTelemetryValue.SunsensorCalibrationValue(984, 4.42);
for (int i = 0; i < array.Length - 1; i++)
{
if (num > array[i].adcvalue && num <= array[i + 1].adcvalue)
{
double num2 = (double)(array[i + 1].adcvalue - array[i].adcvalue);
double num3 = array[i + 1].luxvalue - array[i].luxvalue;
this.luxvalue_measured = array[i].luxvalue + (double)(num - array[i].adcvalue) * (num3 / num2);
return;
}
if (num > array[array.Length - 1].adcvalue)
{
this.luxvalue_measured = array[array.Length - 1].luxvalue;
return;
}
}
}