public static ArraySimulationStepInput FromJson(JsonSpec spec, Mesh mesh, Bitmap texture)
{
ArraySimulationStepInput input = new ArraySimulationStepInput();
input.Heading = DegToRad(spec.Environment.HeadingDeg);
input.IndirectIrradiance = spec.Environment.IndirectIrradianceWM2;
input.Irradiance = spec.Environment.IrradianceWM2;
input.Latitude = spec.Environment.LatitudeDeg;
input.Longitude = spec.Environment.LongitudeDeg;
input.Temperature = spec.Environment.TemperatureC;
input.Tilt = DegToRad(spec.Environment.TiltDeg);
input.TimezoneOffsetHours = spec.Environment.TimezoneOffsetHours;
input.Utc = spec.Environment.Utc;
input.Array = new ArraySpec();
input.Array.BypassDiodeSpec.VoltageDrop = spec.Array.BypassDiode.VoltageDrop;
input.Array.CellSpec.Area = spec.Array.Cell.AreaM2;
input.Array.CellSpec.DIscDT = spec.Array.Cell.DIscDT;
input.Array.CellSpec.DVocDT = spec.Array.Cell.DVocDT;
input.Array.CellSpec.IscStc = spec.Array.Cell.IscStc;
input.Array.CellSpec.NIdeal = spec.Array.Cell.NIdeal;
input.Array.CellSpec.SeriesR = spec.Array.Cell.SeriesR;
input.Array.CellSpec.VocStc = spec.Array.Cell.VocStc;
input.Array.EncapsulationLoss = spec.Array.EncapsulationLoss;
input.Array.LayoutBounds = FromJson(spec.Array.LayoutBounds);
input.Array.Mesh = mesh;
input.Array.LayoutTexture = texture;
input.Array.ReadStringsFromColors();
return input;
}
public static void Write(JsonSpec spec, string filename)
{
String json = JsonConvert.SerializeObject(spec, Formatting.Indented);
File.WriteAllText(filename, json, Encoding.UTF8);
}