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%"%$%&%(%*%,%.%0%2%4%6%8%:%<%>%@%B%D%F%H%J%L%N%P%R%T%V%X%Z%\%^%`%b%d%f%h%j%l%n%p%r%t%v%x%z%|%~%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%hhh8hThghzhhxhnhdhZhPh'Fh<<h_2hs(hhZh hLAS%Ghhh9hhhGh|hhhh(hSxh}nhdhZh PhA Fhs h4h8*hp hh hmhhh4hMh\hk([o  4'" MMUI ^^ if   MMUb!c8FovtkContourValuesvtkCommonMiscPython.vtkContourValuesvtkContourValues - helper object to manage setting and generating contour values Superclass: vtkObject vtkContourValues is a general class to manage the creation, generation, and retrieval of contour values. This class serves as a helper class for contouring classes, or those classes operating on lists of contour values. @sa vtkContourFilter IsTypeOfV.IsTypeOf(string) -> int C++: static vtkTypeBool IsTypeOf(const char *type) Return 1 if this class type is the same type of (or a subclass of) the named class. Returns 0 otherwise. This method works in combination with vtkTypeMacro found in vtkSetGet.h. IsAV.IsA(string) -> int C++: vtkTypeBool IsA(const char *type) override; Return 1 if this class is the same type of (or a subclass of) the named class. Returns 0 otherwise. This method works in combination with vtkTypeMacro found in vtkSetGet.h. SafeDownCastV.SafeDownCast(vtkObjectBase) -> vtkContourValues C++: static vtkContourValues *SafeDownCast(vtkObjectBase *o) NewInstanceV.NewInstance() -> vtkContourValues C++: vtkContourValues *NewInstance() SetValueV.SetValue(int, float) C++: void SetValue(int i, double value) Set the ith contour value. GetValueV.GetValue(int) -> float C++: double GetValue(int i) Get the ith contour value. The return value will be clamped if the index i is out of range. GetValuesV.GetValues() -> (float, ...) C++: double *GetValues() V.GetValues([float, ...]) C++: void GetValues(double *contourValues) Return a pointer to a list of contour values. The contents of the list will be garbage if the number of contours <= 0. SetNumberOfContoursV.SetNumberOfContours(int) C++: void SetNumberOfContours(const int number) Set the number of contours to place into the list. You only really need to use this method to reduce list size. The method SetValue() will automatically increase list size as needed. GetNumberOfContoursV.GetNumberOfContours() -> int C++: int GetNumberOfContours() Return the number of contours in the GenerateValuesV.GenerateValues(int, [float, float]) C++: void GenerateValues(int numContours, double range[2]) V.GenerateValues(int, float, float) C++: void GenerateValues(int numContours, double rangeStart, double rangeEnd) Generate numContours equally spaced contour values between specified range. Contour values will include min/max range values. vtkObjectvtkObjectBasep_void(i)ErrorIdsNoErrorFirstVTKErrorCodeFileNotFoundErrorCannotOpenFileErrorUnrecognizedFileTypeErrorPrematureEndOfFileErrorFileFormatErrorNoFileNameErrorOutOfDiskSpaceErrorUnknownErrorUserErrorvtkErrorCodevtkCommonMiscPython.vtkErrorCode.ErrorIdsvtkCommonMiscPython.vtkErrorCodevtkErrorCode - superclass for error codes vtkErrorCode is an mechanism for (currently) reader object to return errors during reading file. vtkErrorCode() vtkErrorCode(const &vtkErrorCode) this function takes no keyword argumentsGetStringFromErrorCodeV.GetStringFromErrorCode(int) -> string C++: static const char *GetStringFromErrorCode( unsigned long event) GetErrorCodeFromStringV.GetErrorCodeFromString(string) -> int C++: static unsigned long GetErrorCodeFromString( const char *event) GetLastSystemErrorV.GetLastSystemError() -> int C++: static unsigned long GetLastSystemError() @W vtkErrorCodevtkFunctionParserVTK_PARSER_IMMEDIATEVTK_PARSER_UNARY_MINUSVTK_PARSER_UNARY_PLUSVTK_PARSER_ADDVTK_PARSER_SUBTRACTVTK_PARSER_MULTIPLYVTK_PARSER_DIVIDEVTK_PARSER_POWERVTK_PARSER_ABSOLUTE_VALUEVTK_PARSER_EXPONENTVTK_PARSER_CEILINGVTK_PARSER_FLOORVTK_PARSER_LOGARITHMVTK_PARSER_LOGARITHMEVTK_PARSER_LOGARITHM10VTK_PARSER_SQUARE_ROOTVTK_PARSER_SINEVTK_PARSER_COSINEVTK_PARSER_TANGENTVTK_PARSER_ARCSINEVTK_PARSER_ARCCOSINEVTK_PARSER_ARCTANGENTVTK_PARSER_HYPERBOLIC_SINEVTK_PARSER_HYPERBOLIC_COSINEVTK_PARSER_HYPERBOLIC_TANGENTVTK_PARSER_MINVTK_PARSER_MAXVTK_PARSER_SIGNVTK_PARSER_CROSSVTK_PARSER_VECTOR_UNARY_MINUSVTK_PARSER_VECTOR_UNARY_PLUSVTK_PARSER_DOT_PRODUCTVTK_PARSER_VECTOR_ADDVTK_PARSER_VECTOR_SUBTRACTVTK_PARSER_SCALAR_TIMES_VECTORVTK_PARSER_VECTOR_TIMES_SCALARVTK_PARSER_VECTOR_OVER_SCALARVTK_PARSER_MAGNITUDEVTK_PARSER_NORMALIZEVTK_PARSER_IHATVTK_PARSER_JHATVTK_PARSER_KHATVTK_PARSER_IFVTK_PARSER_VECTOR_IFVTK_PARSER_LESS_THANVTK_PARSER_GREATER_THANVTK_PARSER_EQUAL_TOVTK_PARSER_ANDVTK_PARSER_ORVTK_PARSER_BEGIN_VARIABLESVTK_PARSER_ERROR_RESULTvtkCommonMiscPython.vtkFunctionParservtkFunctionParser - Parse and evaluate a mathematical expression Superclass: vtkObject vtkFunctionParser is a class that takes in a mathematical expression as a char string, parses it, and evaluates it at the specified values of the variables in the input string. You can use the "if" operator to create conditional expressions such as if ( test, trueresult, falseresult). These evaluate the boolean valued test expression and then evaluate either the trueresult or the falseresult expression to produce a final (scalar or vector valued) value. "test" may contain <,>,=,|,&, and () and all three subexpressions can evaluate arbitrary function operators (ln, cos, +, if, etc) @par Thanks: Juha Nieminen (juha.nieminen@gmail.com) for relicensing this branch of the function parser code that this class is based upon under the new BSD license so that it could be used in VTK. Note, the BSD license applies to this version of the function parser only (by permission of the author), and not the original library. @par Thanks: Thomas Dunne (thomas.dunne@iwr.uni-heidelberg.de) for adding code for two-parameter-parsing and a few functions (sign, min, max). @par Thanks: Sid Sydoriak (sxs@lanl.gov) for adding boolean operations and conditional expressions and for fixing a variety of bugs. V.SafeDownCast(vtkObjectBase) -> vtkFunctionParser C++: static vtkFunctionParser *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkFunctionParser C++: vtkFunctionParser *NewInstance() GetMTimeV.GetMTime() -> int C++: vtkMTimeType GetMTime() override; Return parser's MTime SetFunctionV.SetFunction(string) C++: void SetFunction(const char *function) Set/Get input string to evaluate. GetFunctionV.GetFunction() -> string C++: virtual char *GetFunction() Set/Get input string to evaluate. IsScalarResultV.IsScalarResult() -> int C++: int IsScalarResult() Check whether the result is a scalar result. If it isn't, then either the result is a vector or an error has occurred. IsVectorResultV.IsVectorResult() -> int C++: int IsVectorResult() Check whether the result is a vector result. If it isn't, then either the result is scalar or an error has occurred. GetScalarResultV.GetScalarResult() -> float C++: double GetScalarResult() Get a scalar result from evaluating the input function. GetVectorResultV.GetVectorResult() -> (float, float, float) C++: double *GetVectorResult() V.GetVectorResult([float, float, float]) C++: void GetVectorResult(double result[3]) Get a vector result from evaluating the input function. SetScalarVariableValueV.SetScalarVariableValue(string, float) C++: void SetScalarVariableValue(const char *variableName, double value) V.SetScalarVariableValue(int, float) C++: void SetScalarVariableValue(int i, double value) Set the value of a scalar variable. If a variable with this name exists, then its value will be set to the new value. If there is not already a variable with this name, variableName will be added to the list of variables, and its value will be set to the new value. GetScalarVariableValueV.GetScalarVariableValue(string) -> float C++: double GetScalarVariableValue(const char *variableName) V.GetScalarVariableValue(int) -> float C++: double GetScalarVariableValue(int i) Get the value of a scalar variable. SetVectorVariableValueV.SetVectorVariableValue(string, float, float, float) C++: void SetVectorVariableValue(const char *variableName, double xValue, double yValue, double zValue) V.SetVectorVariableValue(string, (float, float, float)) C++: void SetVectorVariableValue(const char *variableName, const double values[3]) V.SetVectorVariableValue(int, float, float, float) C++: void SetVectorVariableValue(int i, double xValue, double yValue, double zValue) V.SetVectorVariableValue(int, (float, float, float)) C++: void SetVectorVariableValue(int i, const double values[3]) Set the value of a vector variable. If a variable with this name exists, then its value will be set to the new value. If there is not already a variable with this name, variableName will be added to the list of variables, and its value will be set to the new value. GetVectorVariableValueV.GetVectorVariableValue(string) -> (float, float, float) C++: double *GetVectorVariableValue(const char *variableName) V.GetVectorVariableValue(string, [float, float, float]) C++: void GetVectorVariableValue(const char *variableName, double value[3]) V.GetVectorVariableValue(int) -> (float, float, float) C++: double *GetVectorVariableValue(int i) V.GetVectorVariableValue(int, [float, float, float]) C++: void GetVectorVariableValue(int i, double value[3]) Get the value of a vector variable. GetNumberOfScalarVariablesV.GetNumberOfScalarVariables() -> int C++: int GetNumberOfScalarVariables() Get the number of scalar variables. GetScalarVariableIndexV.GetScalarVariableIndex(string) -> int C++: int GetScalarVariableIndex(const char *name) Get scalar variable index or -1 if not found GetNumberOfVectorVariablesV.GetNumberOfVectorVariables() -> int C++: int GetNumberOfVectorVariables() Get the number of vector variables. GetVectorVariableIndexV.GetVectorVariableIndex(string) -> int C++: int GetVectorVariableIndex(const char *name) Get scalar variable index or -1 if not found GetScalarVariableNameV.GetScalarVariableName(int) -> string C++: const char *GetScalarVariableName(int i) Get the ith scalar variable name. GetVectorVariableNameV.GetVectorVariableName(int) -> string C++: const char *GetVectorVariableName(int i) Get the ith vector variable name. GetScalarVariableNeededV.GetScalarVariableNeeded(int) -> bool C++: bool GetScalarVariableNeeded(int i) V.GetScalarVariableNeeded(string) -> bool C++: bool GetScalarVariableNeeded(const char *variableName) Returns whether a scalar variable is needed for the function evaluation. This is only valid after a successful Parse(). Thus, call GetScalarResult() or IsScalarResult() or similar method before calling this. GetVectorVariableNeededV.GetVectorVariableNeeded(int) -> bool C++: bool GetVectorVariableNeeded(int i) V.GetVectorVariableNeeded(string) -> bool C++: bool GetVectorVariableNeeded(const char *variableName) Returns whether a vector variable is needed for the function evaluation. This is only valid after a successful Parse(). Thus, call GetVectorResult() or IsVectorResult() or similar method before calling this. RemoveAllVariablesV.RemoveAllVariables() C++: void RemoveAllVariables() Remove all the current variables. RemoveScalarVariablesV.RemoveScalarVariables() C++: void RemoveScalarVariables() Remove all the scalar variables. RemoveVectorVariablesV.RemoveVectorVariables() C++: void RemoveVectorVariables() Remove all the vector variables. SetReplaceInvalidValuesV.SetReplaceInvalidValues(int) C++: virtual void SetReplaceInvalidValues(int _arg) When ReplaceInvalidValues is on, all invalid values (such as sqrt(-2), note that function parser does not handle complex numbers) will be replaced by ReplacementValue. Otherwise an error will be reported GetReplaceInvalidValuesV.GetReplaceInvalidValues() -> int C++: virtual int GetReplaceInvalidValues() When ReplaceInvalidValues is on, all invalid values (such as sqrt(-2), note that function parser does not handle complex numbers) will be replaced by ReplacementValue. Otherwise an error will be reported ReplaceInvalidValuesOnV.ReplaceInvalidValuesOn() C++: virtual void ReplaceInvalidValuesOn() When ReplaceInvalidValues is on, all invalid values (such as sqrt(-2), note that function parser does not handle complex numbers) will be replaced by ReplacementValue. Otherwise an error will be reported ReplaceInvalidValuesOffV.ReplaceInvalidValuesOff() C++: virtual void ReplaceInvalidValuesOff() When ReplaceInvalidValues is on, all invalid values (such as sqrt(-2), note that function parser does not handle complex numbers) will be replaced by ReplacementValue. Otherwise an error will be reported SetReplacementValueV.SetReplacementValue(float) C++: virtual void SetReplacementValue(double _arg) When ReplaceInvalidValues is on, all invalid values (such as sqrt(-2), note that function parser does not handle complex numbers) will be replaced by ReplacementValue. Otherwise an error will be reported GetReplacementValueV.GetReplacementValue() -> float C++: virtual double GetReplacementValue() When ReplaceInvalidValues is on, all invalid values (such as sqrt(-2), note that function parser does not handle complex numbers) will be replaced by ReplacementValue. Otherwise an error will be reported InvalidateFunctionV.InvalidateFunction() C++: void InvalidateFunction() Allow the user to force the function to be re-parsed @zd@id@z@i@zddd@zP *d@iddd@iP *dvtkHeapvtkCommonMiscPython.vtkHeapvtkHeap - replacement for malloc/free and new/delete Superclass: vtkObject This class is a replacement for malloc/free and new/delete for software that has inherent memory leak or performance problems. For example, external software such as the PLY library (vtkPLY) and VRML importer (vtkVRMLImporter) are often written with lots of malloc() calls but without the corresponding free() invocations. The class vtkOrderedTriangulator may create and delete millions of new/delete calls. This class allows the overloading of the C++ new operator (or other memory allocation requests) by using the method AllocateMemory(). Memory is deleted with an invocation of CleanAll() (which deletes ALL memory; any given memory allocation cannot be deleted). 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If a memory request is bigger than the block size, then that size will be allocated. GetBlockSizeV.GetBlockSize() -> int C++: virtual size_t GetBlockSize() Set/Get the size at which blocks are allocated. If a memory request is bigger than the block size, then that size will be allocated. GetNumberOfBlocksV.GetNumberOfBlocks() -> int C++: virtual int GetNumberOfBlocks() Get the number of allocations thus far. GetNumberOfAllocationsV.GetNumberOfAllocations() -> int C++: virtual int GetNumberOfAllocations() Get the number of allocations thus far. ResetV.Reset() C++: void Reset() This methods resets the current allocation location back to the beginning of the heap. This allows reuse of previously allocated memory which may be beneficial to performance in many cases. StringDupV.StringDup(string) -> string C++: char *StringDup(const char *str) Convenience method performs string duplication. vtkPolygonBuildervtkCommonMiscPython.vtkPolygonBuildervtkPolygonBuilder - The polygon output is the boundary of the union of the triangles. It is assumed that the input triangles form a simple polygon. It is currently used to compute polygons for slicing. vtkPolygonBuilder() vtkPolygonBuilder(const &vtkPolygonBuilder) InsertTriangleV.InsertTriangle([int, ...]) C++: void InsertTriangle(vtkIdType *abc) Insert a triangle as a triplet of point IDs. GetPolygonsV.GetPolygons(vtkIdListCollection) C++: void GetPolygons(vtkIdListCollection *polys) Populate polys with lists of polygons, defined as sequential external vertices. It is the responsibility of the user to delete these generated lists in order to avoid memory leaks. 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