Geometry Evaluation of ProMechCurves
For information about how
Creo TOOLKIT represents curve geometry, see the section on
Core: 3D Geometry and the appendix,
Element Trees: References.
Functions Introduced:
• ProMechcurveXyzdataEval()
• ProMechcurveParamEval()
• ProMechcurveLengthEval()
• ProMechcurveLengthT1T2Eval()
• ProMechcurveParamByLengthEval()
• ProMechcurveDataGet()
• ProMechcurveToNURBS()
Use the function ProMechcurveXyzdataEval() evaluates the Creo Simulate curve parameter point in the XYZ point.
Use the function ProMechcurveParamEval() to find the corresponding normalized parameter on the Creo Simulate curve by XYZ point.
Use the function ProMechcurveLengthEval() to obtain the length of the curve.
Use the function ProMechcurveLengthT1T2Eval() to find the length of the Creo Simulate curve between the given parameters.
Use the function ProMechcurveParamByLengthEval() to find the parameter of the point located at the given length from the given parameter.
Use the function ProMechcurveDataGet() to obtain the geometric representation of the edge.
Use the function ProMechcurveToNURBS() to obtain the NURBS representation of the Creo Simulate curve.