private static void ReadProperties(string[] lines, ref int lineNumber, out int numberOfVerticalAngles, out int numberOfHorizontalAngles, out PhotometricType photometricType)
{
List <float> list = ParseIES.ReadValues(lines, 13, ref lineNumber);
numberOfVerticalAngles = (int)list[3];
numberOfHorizontalAngles = (int)list[4];
photometricType = (PhotometricType)list[5];
}
public static IESData Parse(string path, NormalizationMode normalizationMode)
{
string[] array = File.ReadAllLines(path);
int num = 0;
ParseIES.FindNumberOfAnglesLine(array, ref num);
if (num == array.Length - 1)
{
throw new IESParseException("No line containing number of angles found.");
}
int numberOfValuesToFind;
int num2;
PhotometricType photometricType;
ParseIES.ReadProperties(array, ref num, out numberOfValuesToFind, out num2, out photometricType);
List <float> verticalAngles = ParseIES.ReadValues(array, numberOfValuesToFind, ref num);
List <float> horizontalAngles = ParseIES.ReadValues(array, num2, ref num);
List <List <float> > list = new List <List <float> >();
for (int i = 0; i < num2; i++)
{
list.Add(ParseIES.ReadValues(array, numberOfValuesToFind, ref num));
}
IESData iesdata = new IESData
{
VerticalAngles = verticalAngles,
HorizontalAngles = horizontalAngles,
CandelaValues = list,
PhotometricType = photometricType
};
ParseIES.NormalizeValues(iesdata, normalizationMode == NormalizationMode.Logarithmic);
if (normalizationMode == NormalizationMode.EqualizeHistogram)
{
ParseIES.EqualizeHistogram(iesdata);
}
if (photometricType != PhotometricType.TypeA)
{
ParseIES.DiscardUnusedVerticalHalf(iesdata);
ParseIES.SetVerticalAndHorizontalType(iesdata);
iesdata.HalfSpotlightFov = ParseIES.CalculateHalfSpotFov(iesdata);
}
else
{
ParseIES.PadToSquare(iesdata);
}
return(iesdata);
}