/// <summary>
/// Returns a mapping tag that is used to detect when a mesh's colors need to be set.
/// </summary>
private MappingTag GetMappingTag()
{
var mt = new MappingTag();
// Since the false colors that are shown will change if
// the mesh is transformed, we have to initialize the
// transformation.
mt.MeshTransform = Transform.Identity;
// This is the analysis mode id passed to the
// CRhinoVisualAnalysisMode constructor. Use the
// m_am_id member and it this code will alwasy
// work correctly.
mt.Id = Id;
// This is a 32 bit CRC or the information used to
// set the false colors.
// For this example, the m_z_range and m_hue_range
// intervals control the colors, so we calculate
// their crc.
uint crc = 0;
crc = RhinoMath.CRC32(crc, m_z_range.T0);
crc = RhinoMath.CRC32(crc, m_z_range.T1);
crc = RhinoMath.CRC32(crc, m_hue_range.T0);
crc = RhinoMath.CRC32(crc, m_hue_range.T1);
mt.MappingCRC = crc;
return(mt);
}
public BaseWPExportData(WPExportDTO export)
{
this._export = export;
MappingPost mappingPost = new MappingPost();
this.MapperPost = mappingPost.Get;
MappingProducts mappingProducts = new MappingProducts();
this.MapperProduct = mappingProducts.Get;
MappingCategory mappingCategory = new MappingCategory();
this.MapperCategory = mappingCategory.Get;
MappingTag mappingTag = new MappingTag();
this.MapperTag = mappingTag.Get;
MappingUser mappingUser = new MappingUser();
this.MapperUser = mappingUser.Get;
}
