private List <Polygon> Read(string[] input)
{
if (!input[0].Trim().Contains(FileUtils.T3dFile.Begin(FileSyntax.T3d.POLY_LIST)))
{
InvalidSynaxError(0);
}
if (!input[input.Length - 1].Trim().Contains(FileUtils.T3dFile.End(FileSyntax.T3d.POLY_LIST)))
{
InvalidSynaxError(input.Length - 1);
}
for (int line = 1; line < input.Length; line++)
{
if (input[line].Trim().Contains(FileUtils.T3dFile.Begin(FileSyntax.T3d.POLYGON)))
{
Polygon polygon = new Polygon();
loadedPolygons.Add(polygon);
while (line < input.Length)
{
if (input[line].Trim().Contains(FileUtils.T3dFile.End(FileSyntax.T3d.POLYGON)))
{
break;
}
try
{
var syntax = GetSyntax(input[line]);
var numbers = GetNumbers(input[line]);
switch (syntax)
{
case FileSyntax.T3d.ORIGIN:
polygon.Origin = V3d.Parse(numbers, T3D_NUMBER_SEPARATOR);
break;
case FileSyntax.T3d.NORMAL:
polygon.Normal = V3d.Parse(numbers, T3D_NUMBER_SEPARATOR);
break;
case FileSyntax.T3d.TEXTURE_U:
polygon.TextureU = V3d.Parse(numbers, T3D_NUMBER_SEPARATOR);
break;
case FileSyntax.T3d.TEXTURE_V:
polygon.TextureV = V3d.Parse(numbers, T3D_NUMBER_SEPARATOR);
break;
case FileSyntax.T3d.VERTEX:
polygon.Vertexes.Add(V3d.Parse(numbers, T3D_NUMBER_SEPARATOR));
break;
}
}
catch (Exception e)
{
InvalidSynaxError(line, e.Message);
}
line++;
}
if (line >= input.Length)
{
InvalidSynaxError(line, "Cannot find " + End(FileSyntax.T3d.POLYGON));
}
}
}
return(loadedPolygons);
}
