This might be helpful, for example, to speed up subsequent operator callsīy using a 3D object model of reduced complexity. Point density within smooth parts is reduced. Typically, this means that edges are preserved while the
Such that the original geometry of the object model is represented as goodĪs possible. Note that inĬontrast to sample_object_model_3d sample_object_model_3d SampleObjectModel3d sample_object_model_3d SampleObjectModel3d SampleObjectModel3d points are removed Returns the result in SimplifiedObjectModel3D SimplifiedObjectModel3D SimplifiedObjectModel3D SimplifiedObjectModel3D SimplifiedObjectModel3D simplifiedObjectModel3D.
ObjectModel3D ObjectModel3D ObjectModel3D ObjectModel3D ObjectModel3D objectModel3D by removing model points and Simplify_object_model_3d simplify_object_model_3d SimplifyObjectModel3d simplify_object_model_3d SimplifyObjectModel3d SimplifyObjectModel3d simplifies the triangulated 3D object model SimplifyObjectModel3d(string method, double amount, HTuple genParamName, HTuple genParamValue) Description SimplifyObjectModel3d( HObjectModel3D objectModel3D, string method, HTuple amount, HTuple genParamName, HTuple genParamValue) SimplifyObjectModel3d( HTuple objectModel3D, HTuple method, HTuple amount, HTuple genParamName, HTuple genParamValue, out HTuple simplifiedObjectModel3D)
