ActiViz .NET  5.8.0
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Kitware.VTK.vtkParametricFunctionSource Class Reference

vtkParametricFunctionSource - tessellate parametric functions More...

Inheritance diagram for Kitware.VTK.vtkParametricFunctionSource:
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Collaboration diagram for Kitware.VTK.vtkParametricFunctionSource:
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Public Types

enum  SCALAR_MODE {
  SCALAR_DISTANCE = 12, SCALAR_FUNCTION_DEFINED = 13, SCALAR_MODULUS = 6, SCALAR_NONE = 0,
  SCALAR_PHASE = 7, SCALAR_QUADRANT = 8, SCALAR_U = 1, SCALAR_U0 = 3,
  SCALAR_U0V0 = 5, SCALAR_V = 2, SCALAR_V0 = 4, SCALAR_X = 9,
  SCALAR_Y = 10, SCALAR_Z = 11
}
 Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases. More...

Public Member Functions

 vtkParametricFunctionSource (IntPtr rawCppThis, bool callDisposalMethod, bool strong)
 Automatically generated constructor - called from generated code. DO NOT call directly.
 vtkParametricFunctionSource ()
 Create a new instance with (50,50,50) points in the (u-v-w) directions.
virtual void GenerateTextureCoordinatesOff ()
 Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.
virtual void GenerateTextureCoordinatesOn ()
 Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.
virtual int GetGenerateTextureCoordinates ()
 Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.
override uint GetMTime ()
 Return the MTime also considering the parametric function.
virtual vtkParametricFunction GetParametricFunction ()
 Specify the parametric function to use to generate the tessellation.
virtual int GetScalarMode ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
virtual int GetScalarModeMaxValue ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
virtual int GetScalarModeMinValue ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
virtual int GetUResolution ()
 Set/Get the number of subdivisions / tessellations in the u parametric direction. Note that the number of tessellant points in the u direction is the UResolution + 1.
virtual int GetVResolution ()
 Set/Get the number of subdivisions / tessellations in the v parametric direction. Note that the number of tessellant points in the v direction is the VResolution + 1.
virtual int GetWResolution ()
 Set/Get the number of subdivisions / tessellations in the w parametric direction. Note that the number of tessellant points in the w direction is the WResolution + 1.
override int IsA (string type)
 Undocumented Block.
new vtkParametricFunctionSource NewInstance ()
 Undocumented Block.
virtual void SetGenerateTextureCoordinates (int _arg)
 Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.
virtual void SetParametricFunction (vtkParametricFunction arg0)
 Specify the parametric function to use to generate the tessellation.
virtual void SetScalarMode (int _arg)
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToDistance ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToFunctionDefined ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToModulus ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToNone ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToPhase ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToQuadrant ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToU ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToU0 ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToU0V0 ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToV ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToV0 ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToX ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToY ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
void SetScalarModeToZ ()
 Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().
virtual void SetUResolution (int _arg)
 Set/Get the number of subdivisions / tessellations in the u parametric direction. Note that the number of tessellant points in the u direction is the UResolution + 1.
virtual void SetVResolution (int _arg)
 Set/Get the number of subdivisions / tessellations in the v parametric direction. Note that the number of tessellant points in the v direction is the VResolution + 1.
virtual void SetWResolution (int _arg)
 Set/Get the number of subdivisions / tessellations in the w parametric direction. Note that the number of tessellant points in the w direction is the WResolution + 1.

Static Public Member Functions

static new
vtkParametricFunctionSource 
New ()
 Create a new instance with (50,50,50) points in the (u-v-w) directions.
static new int IsTypeOf (string type)
 Undocumented Block.
static new
vtkParametricFunctionSource 
SafeDownCast (vtkObjectBase o)
 Undocumented Block.

Public Attributes

new const string MRFullTypeName = "Kitware.VTK.vtkParametricFunctionSource"
 Automatically generated type registration mechanics.

Static Public Attributes

static new readonly string MRClassNameKey = "27vtkParametricFunctionSource"
 Automatically generated type registration mechanics.

Protected Member Functions

override void Dispose (bool disposing)
 Automatically generated protected Dispose method - called from public Dispose or the C# destructor. DO NOT call directly.

Private Member Functions

static internal IntPtr vtkParametricFunctionSource_New (ref uint mteStatus, ref uint mteIndex, ref uint rawRefCount)
static internal void vtkParametricFunctionSource_GenerateTextureCoordinatesOff_01 (HandleRef pThis)
static internal void vtkParametricFunctionSource_GenerateTextureCoordinatesOn_02 (HandleRef pThis)
static internal int vtkParametricFunctionSource_GetGenerateTextureCoordinates_03 (HandleRef pThis)
static internal uint vtkParametricFunctionSource_GetMTime_04 (HandleRef pThis)
static internal IntPtr vtkParametricFunctionSource_GetParametricFunction_05 (HandleRef pThis, ref uint mteStatus, ref uint mteIndex, ref uint rawRefCount)
static internal int vtkParametricFunctionSource_GetScalarMode_06 (HandleRef pThis)
static internal int vtkParametricFunctionSource_GetScalarModeMaxValue_07 (HandleRef pThis)
static internal int vtkParametricFunctionSource_GetScalarModeMinValue_08 (HandleRef pThis)
static internal int vtkParametricFunctionSource_GetUResolution_09 (HandleRef pThis)
static internal int vtkParametricFunctionSource_GetVResolution_10 (HandleRef pThis)
static internal int vtkParametricFunctionSource_GetWResolution_11 (HandleRef pThis)
static internal int vtkParametricFunctionSource_IsA_12 (HandleRef pThis, string type)
static internal int vtkParametricFunctionSource_IsTypeOf_13 (string type)
static internal IntPtr vtkParametricFunctionSource_NewInstance_15 (HandleRef pThis, ref uint mteStatus, ref uint mteIndex, ref uint rawRefCount)
static internal IntPtr vtkParametricFunctionSource_SafeDownCast_16 (HandleRef o, ref uint mteStatus, ref uint mteIndex, ref uint rawRefCount)
static internal void vtkParametricFunctionSource_SetGenerateTextureCoordinates_17 (HandleRef pThis, int _arg)
static internal void vtkParametricFunctionSource_SetParametricFunction_18 (HandleRef pThis, HandleRef arg0)
static internal void vtkParametricFunctionSource_SetScalarMode_19 (HandleRef pThis, int _arg)
static internal void vtkParametricFunctionSource_SetScalarModeToDistance_20 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToFunctionDefined_21 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToModulus_22 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToNone_23 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToPhase_24 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToQuadrant_25 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToU_26 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToU0_27 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToU0V0_28 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToV_29 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToV0_30 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToX_31 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToY_32 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetScalarModeToZ_33 (HandleRef pThis)
static internal void vtkParametricFunctionSource_SetUResolution_34 (HandleRef pThis, int _arg)
static internal void vtkParametricFunctionSource_SetVResolution_35 (HandleRef pThis, int _arg)
static internal void vtkParametricFunctionSource_SetWResolution_36 (HandleRef pThis, int _arg)

Static Private Member Functions

static vtkParametricFunctionSource ()
 Automatically generated type registration mechanics.

Detailed Description

vtkParametricFunctionSource - tessellate parametric functions

Description This class tessellates parametric functions. The user must specify how many points in the parametric coordinate directions are required (i.e., the resolution), and the mode to use to generate scalars.

Thanks Andrew Maclean a.maclean@cas.edu.au for creating and contributing the class.

vtkParametricFunction

Implementation of parametrics for 1D lines: vtkParametricSpline

Subclasses of vtkParametricFunction implementing non-orentable surfaces: vtkParametricBoy vtkParametricCrossCap vtkParametricFigure8Klein vtkParametricKlein vtkParametricMobius vtkParametricRoman

Subclasses of vtkParametricFunction implementing orientable surfaces: vtkParametricConicSpiral vtkParametricDini vtkParametricEllipsoid vtkParametricEnneper vtkParametricRandomHills vtkParametricSuperEllipsoid vtkParametricSuperToroid vtkParametricTorus


Member Enumeration Documentation

Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.

Enumerator:
SCALAR_DISTANCE 

enum member

SCALAR_FUNCTION_DEFINED 

enum member

SCALAR_MODULUS 

enum member

SCALAR_NONE 

enum member

SCALAR_PHASE 

enum member

SCALAR_QUADRANT 

enum member

SCALAR_U 

enum member

SCALAR_U0 

enum member

SCALAR_U0V0 

enum member

SCALAR_V 

enum member

SCALAR_V0 

enum member

SCALAR_X 

enum member

SCALAR_Y 

enum member

SCALAR_Z 

enum member


Constructor & Destructor Documentation

Automatically generated type registration mechanics.

Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource ( IntPtr  rawCppThis,
bool  callDisposalMethod,
bool  strong 
)

Automatically generated constructor - called from generated code. DO NOT call directly.

Create a new instance with (50,50,50) points in the (u-v-w) directions.


Member Function Documentation

override void Kitware.VTK.vtkParametricFunctionSource.Dispose ( bool  disposing) [protected]

Automatically generated protected Dispose method - called from public Dispose or the C# destructor. DO NOT call directly.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.

Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.

Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.

Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.

Return the MTime also considering the parametric function.

Reimplemented from Kitware.VTK.vtkObject.

Specify the parametric function to use to generate the tessellation.

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Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Set/Get the number of subdivisions / tessellations in the u parametric direction. Note that the number of tessellant points in the u direction is the UResolution + 1.

Set/Get the number of subdivisions / tessellations in the v parametric direction. Note that the number of tessellant points in the v direction is the VResolution + 1.

Set/Get the number of subdivisions / tessellations in the w parametric direction. Note that the number of tessellant points in the w direction is the WResolution + 1.

override int Kitware.VTK.vtkParametricFunctionSource.IsA ( string  type) [virtual]

Undocumented Block.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.

static new int Kitware.VTK.vtkParametricFunctionSource.IsTypeOf ( string  type) [static]

Undocumented Block.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.

Create a new instance with (50,50,50) points in the (u-v-w) directions.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.

Undocumented Block.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.

Undocumented Block.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.

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Set/Get the generation of texture coordinates. This is off by default. Note that this is only applicable to parametric surfaces whose parametric dimension is 2. Note that texturing may fail in some cases.

Specify the parametric function to use to generate the tessellation.

virtual void Kitware.VTK.vtkParametricFunctionSource.SetScalarMode ( int  _arg) [virtual]

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

Get/Set the mode used for the scalar data. The options are: SCALAR_NONE, (default) scalars are not generated. SCALAR_U, the scalar is set to the u-value. SCALAR_V, the scalar is set to the v-value. SCALAR_U0, the scalar is set to 1 if u = (u_max - u_min)/2 = u_avg, 0 otherwise. SCALAR_V0, the scalar is set to 1 if v = (v_max - v_min)/2 = v_avg, 0 otherwise. SCALAR_U0V0, the scalar is set to 1 if u == u_avg, 2 if v == v_avg, 3 if u = u_avg && v = v_avg, 0 otherwise. SCALAR_MODULUS, the scalar is set to (sqrt(u*u+v*v)), this is measured relative to (u_avg,v_avg). SCALAR_PHASE, the scalar is set to (atan2(v,u)) (in degrees, 0 to 360), this is measured relative to (u_avg,v_avg). SCALAR_QUADRANT, the scalar is set to 1, 2, 3 or 4 depending upon the quadrant of the point (u,v). SCALAR_X, the scalar is set to the x-value. SCALAR_Y, the scalar is set to the y-value. SCALAR_Z, the scalar is set to the z-value. SCALAR_DISTANCE, the scalar is set to (sqrt(x*x+y*y+z*z)). I.e. distance from the origin. SCALAR_FUNCTION_DEFINED, the scalar is set to the value returned from EvaluateScalar().

virtual void Kitware.VTK.vtkParametricFunctionSource.SetUResolution ( int  _arg) [virtual]

Set/Get the number of subdivisions / tessellations in the u parametric direction. Note that the number of tessellant points in the u direction is the UResolution + 1.

virtual void Kitware.VTK.vtkParametricFunctionSource.SetVResolution ( int  _arg) [virtual]

Set/Get the number of subdivisions / tessellations in the v parametric direction. Note that the number of tessellant points in the v direction is the VResolution + 1.

virtual void Kitware.VTK.vtkParametricFunctionSource.SetWResolution ( int  _arg) [virtual]

Set/Get the number of subdivisions / tessellations in the w parametric direction. Note that the number of tessellant points in the w direction is the WResolution + 1.

static internal uint Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_GetMTime_04 ( HandleRef  pThis) [private]
static internal IntPtr Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_GetParametricFunction_05 ( HandleRef  pThis,
ref uint  mteStatus,
ref uint  mteIndex,
ref uint  rawRefCount 
) [private]
static internal int Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_IsA_12 ( HandleRef  pThis,
string  type 
) [private]
static internal IntPtr Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_New ( ref uint  mteStatus,
ref uint  mteIndex,
ref uint  rawRefCount 
) [private]
static internal IntPtr Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_NewInstance_15 ( HandleRef  pThis,
ref uint  mteStatus,
ref uint  mteIndex,
ref uint  rawRefCount 
) [private]
static internal IntPtr Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_SafeDownCast_16 ( HandleRef  o,
ref uint  mteStatus,
ref uint  mteIndex,
ref uint  rawRefCount 
) [private]
static internal void Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_SetGenerateTextureCoordinates_17 ( HandleRef  pThis,
int  _arg 
) [private]
static internal void Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_SetParametricFunction_18 ( HandleRef  pThis,
HandleRef  arg0 
) [private]
static internal void Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_SetScalarMode_19 ( HandleRef  pThis,
int  _arg 
) [private]
static internal void Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_SetUResolution_34 ( HandleRef  pThis,
int  _arg 
) [private]
static internal void Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_SetVResolution_35 ( HandleRef  pThis,
int  _arg 
) [private]
static internal void Kitware.VTK.vtkParametricFunctionSource.vtkParametricFunctionSource_SetWResolution_36 ( HandleRef  pThis,
int  _arg 
) [private]

Member Data Documentation

new readonly string Kitware.VTK.vtkParametricFunctionSource.MRClassNameKey = "27vtkParametricFunctionSource" [static]

Automatically generated type registration mechanics.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.

new const string Kitware.VTK.vtkParametricFunctionSource.MRFullTypeName = "Kitware.VTK.vtkParametricFunctionSource"

Automatically generated type registration mechanics.

Reimplemented from Kitware.VTK.vtkPolyDataAlgorithm.


The documentation for this class was generated from the following file: