- Removed the GeomEval_GregorySurface class entirely as it is no longer needed.
- Updated GeomEval_HypParaboloidSurface, GeomEval_HyperboloidSurface, GeomEval_ParaboloidSurface, GeomEval_SineWaveCurve, GeomEval_TBezierCurve, and GeomEval_TBezierSurface classes to throw Standard_NotImplemented exceptions for UIso and VIso methods, indicating that these methods are not implemented.
- Modified the conditions in GeomEval_HyperboloidSurface and GeomEval_ParaboloidSurface to check for non-positive radii, changing from '<' to '<=' to prevent invalid construction.
- Updated the Reverse and ReversedParameter methods in GeomEval_SineWaveCurve and GeomEval_TBezierCurve to throw Standard_NotImplemented exceptions, indicating that these functionalities are not yet implemented.
- Cleaned up the UReverse and VReverse methods in GeomEval_TBezierSurface to throw Standard_NotImplemented exceptions instead of containing commented-out code.

…ot supported

- Updated Geom2dEval_AHTBezierCurve, Geom2dEval_SineWaveCurve, and Geom2dEval_TBezierCurve to throw Standard_NotImplemented for Reverse and ReversedParameter methods.
- Modified GeomEval_CircularHelicoidSurface, GeomEval_EllipsoidSurface, GeomEval_HypParaboloidSurface, GeomEval_HyperboloidSurface, and GeomEval_ParaboloidSurface to implement UReverse, VReverse, UReversedParameter, and VReversedParameter methods with Standard_NotImplemented exceptions.
- Adjusted GeomEval_AHTBezierSurface and GeomEval_TBezierSurface to reflect similar changes for reversal methods.

… temporary performance check test.

…erSurface.hxx

…c basis evaluations

- Introduced NCollection_LocalArray for managing basis derivatives and evaluations, improving memory management and performance.
- Added inline functions for calculating integer powers and evaluating trigonometric derivatives.
- Replaced std::pow with a custom powInt function for better performance in integer exponentiation.
- Updated evalTrigAxisDerivs and evalTrigAxisNthDeriv functions to streamline derivative calculations.
- Modified EvalD0, EvalD1, EvalD2, and EvalD3 methods to utilize new local array structures for basis evaluations.
- Enhanced overall code readability and maintainability by reducing repetitive code patterns.

…culations in geometric evaluation classes

- Updated the Transform method in multiple geometry evaluation classes (e.g., GeomEval_SineWaveCurve, GeomEval_TBezierCurve, GeomEval_AHTBezierCurve, etc.) to throw Standard_NotImplemented exceptions, indicating that transformations are not supported for these geometries.
- Removed existing transformation logic that was previously implemented, ensuring that the code reflects the current design decision.
- Updated corresponding header files to document the change in functionality for the Transform method.
- Adjusted unit tests to verify that calling Transform on these geometries correctly throws the expected exception.