private static VRMLInfo LoadInternal(string[] lines)
{
Vector3D[] points = null;
VRMLInfo result = new VRMLInfo();
Vector3D dx = new Vector3D(), dy = new Vector3D(), dz = new Vector3D();
string pointStart = vrml_point + vrml_arrayStart;
string polyStart = vrml_coordIndex + vrml_arrayStart;
int current = 0;
while (current < lines.Length && result.Polygons == null)
{
string cleaned = CleanupLine(lines[current]);
if (cleaned.StartsWith(vrml_field))
{
LoadField(cleaned, ref dx, ref dy, ref dz);
}
if (cleaned.EndsWith(pointStart))
{
points = LoadPoints(lines, ref current);
}
if (cleaned.EndsWith(polyStart))
{
// Once we load this, we're done.
result.Polygons = LoadPolygons(points, lines, ref current);
break;
}
current++;
}
result.DX = dx;
result.DY = dy;
result.DZ = dz;
return(result);
}
private static VRMLInfo LoadInternal( string[] lines )
{
Vector3D[] points = null;
VRMLInfo result = new VRMLInfo();
Vector3D dx = new Vector3D(), dy = new Vector3D(), dz = new Vector3D();
string pointStart = vrml_point + vrml_arrayStart;
string polyStart = vrml_coordIndex + vrml_arrayStart;
int current = 0;
while( current < lines.Length && result.Polygons == null )
{
string cleaned = CleanupLine( lines[current] );
if( cleaned.StartsWith( vrml_field ) )
LoadField( cleaned, ref dx, ref dy, ref dz );
if( cleaned.EndsWith( pointStart ) )
points = LoadPoints( lines, ref current );
if( cleaned.EndsWith( polyStart ) )
{
// Once we load this, we're done.
result.Polygons = LoadPolygons( points, lines, ref current );
break;
}
current++;
}
result.DX = dx;
result.DY = dy;
result.DZ = dz;
return result;
}