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The output of this reader is a single vtkTable data object. @sa vtkTable vtkTableReader vtkDataReader 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) -> vtkBiomTableReader C++: static vtkBiomTableReader *SafeDownCast(vtkObjectBase *o) NewInstanceV.NewInstance() -> vtkBiomTableReader C++: vtkBiomTableReader *NewInstance() GetOutputV.GetOutput() -> vtkTable C++: vtkTable *GetOutput() V.GetOutput(int) -> vtkTable C++: vtkTable *GetOutput(int idx) Get the output of this reader. SetOutputV.SetOutput(vtkTable) C++: void SetOutput(vtkTable *output) Get the output of this reader. vtkTableReadervtkDataReadervtkAlgorithmvtkObjectvtkObjectBasevtkTablevtkChacoGraphReadervtkIOInfovisPython.vtkChacoGraphReadervtkChacoGraphReader - Reads chaco graph files. Superclass: vtkUndirectedGraphAlgorithm vtkChacoGraphReader reads in files in the Chaco format into a vtkGraph. An example is the following 10 13 2 6 10 1 3 2 4 8 3 5 4 6 10 1 5 7 6 8 3 7 9 8 10 1 5 9 The first line specifies the number of vertices and edges in the graph. Each additional line contains the vertices adjacent to a particular vertex. In this example, vertex 1 is adjacent to 2, 6 and 10, vertex 2 is adjacent to 1 and 3, etc. Since Chaco ids start at 1 and VTK ids start at 0, the vertex ids in the vtkGraph will be 1 less than the Chaco ids. V.SafeDownCast(vtkObjectBase) -> vtkChacoGraphReader C++: static vtkChacoGraphReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkChacoGraphReader C++: vtkChacoGraphReader *NewInstance() GetFileNameV.GetFileName() -> string C++: virtual char *GetFileName() The Chaco file name. SetFileNameV.SetFileName(string) C++: virtual void SetFileName(const char *_arg) The Chaco file name. vtkUndirectedGraphAlgorithmvtkDelimitedTextReadervtkIOInfovisPython.vtkDelimitedTextReadervtkDelimitedTextReader - reads in delimited ascii or unicode text files and outputs a vtkTable data structure. Superclass: vtkTableAlgorithm vtkDelimitedTextReader is an interface for pulling in data from a flat, delimited ascii or unicode text file (delimiter can be any character). The behavior of the reader with respect to ascii or unicode input is controlled by the SetUnicodeCharacterSet() method. By default (without calling SetUnicodeCharacterSet()), the reader will expect to read ascii text and will output vtkStdString columns. Use the Set and Get methods to set delimiters that do not contain UTF8 in the name when operating the reader in default ascii mode. If the SetUnicodeCharacterSet() method is called, the reader will output vtkUnicodeString columns in the output table. In addition, it is necessary to use the Set and Get methods that contain UTF8 in the name to specify delimiters when operating in unicode mode. There is also a special character set US-ASCII-WITH-FALLBACK that will treat the input text as ASCII no matter what. If and when it encounters a character with its 8th bit set it will replace that character with the code point ReplacementCharacter. You may use this if you have text that belongs to a code page like LATIN9 or ISO-8859-1 or friends: mostly ASCII but not entirely. Eventually this class will acquire the ability to read gracefully text from any code page, making this option obsolete. This class emits ProgressEvent for every 100 lines it reads. @par Thanks: Thanks to Andy Wilson, Brian Wylie, Tim Shead, and Thomas Otahal from Sandia National Laboratories for implementing this class. @warning This reader assumes that the first line in the file (whether that's headers or the first document) contains at least as many fields as any other line in the file. V.SafeDownCast(vtkObjectBase) -> vtkDelimitedTextReader C++: static vtkDelimitedTextReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkDelimitedTextReader C++: vtkDelimitedTextReader *NewInstance() V.GetFileName() -> string C++: virtual char *GetFileName() Specifies the delimited text file to be loaded. V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) Specifies the delimited text file to be loaded. GetInputStringV.GetInputString() -> string C++: virtual char *GetInputString() Specify the InputString for use when reading from a character array. Optionally include the length for binary strings. Note that a copy of the string is made and stored. If this causes exceedingly large memory consumption, consider using InputArray instead. SetInputStringV.SetInputString(string, int) C++: void SetInputString(const char *in, int len) V.SetInputString(string) C++: void SetInputString(const vtkStdString &input) Specify the InputString for use when reading from a character array. Optionally include the length for binary strings. Note that a copy of the string is made and stored. If this causes exceedingly large memory consumption, consider using InputArray instead. GetInputStringLengthV.GetInputStringLength() -> int C++: virtual int GetInputStringLength() Specify the InputString for use when reading from a character array. Optionally include the length for binary strings. Note that a copy of the string is made and stored. If this causes exceedingly large memory consumption, consider using InputArray instead. SetReadFromInputStringV.SetReadFromInputString(int) C++: virtual void SetReadFromInputString(int _arg) Enable reading from an InputString or InputArray instead of the default, a file. GetReadFromInputStringV.GetReadFromInputString() -> int C++: virtual int GetReadFromInputString() Enable reading from an InputString or InputArray instead of the default, a file. ReadFromInputStringOnV.ReadFromInputStringOn() C++: virtual void ReadFromInputStringOn() Enable reading from an InputString or InputArray instead of the default, a file. ReadFromInputStringOffV.ReadFromInputStringOff() C++: virtual void ReadFromInputStringOff() Enable reading from an InputString or InputArray instead of the default, a file. GetUnicodeCharacterSetV.GetUnicodeCharacterSet() -> string C++: virtual char *GetUnicodeCharacterSet() Specifies the character set used in the input file. Valid character set names will be drawn from the list maintained by the Internet Assigned Name Authority at * http://www.iana.org/assignments/character-sets * Where multiple aliases are provided for a character set, the preferred MIME name * will be used. vtkUnicodeDelimitedTextReader currently supports "US-ASCII", "UTF-8", * "UTF-16", "UTF-16BE", and "UTF-16LE" character sets. SetUnicodeCharacterSetV.SetUnicodeCharacterSet(string) C++: virtual void SetUnicodeCharacterSet(const char *_arg) Specifies the character set used in the input file. Valid character set names will be drawn from the list maintained by the Internet Assigned Name Authority at * http://www.iana.org/assignments/character-sets * Where multiple aliases are provided for a character set, the preferred MIME name * will be used. vtkUnicodeDelimitedTextReader currently supports "US-ASCII", "UTF-8", * "UTF-16", "UTF-16BE", and "UTF-16LE" character sets. SetUTF8RecordDelimitersV.SetUTF8RecordDelimiters(string) C++: void SetUTF8RecordDelimiters(const char *delimiters) Specify the character(s) that will be used to separate records. The order of characters in the string does not matter. Defaults to "\r\n". GetUTF8RecordDelimitersV.GetUTF8RecordDelimiters() -> string C++: const char *GetUTF8RecordDelimiters() Specify the character(s) that will be used to separate records. The order of characters in the string does not matter. Defaults to "\r\n". SetUnicodeRecordDelimitersV.SetUnicodeRecordDelimiters(unicode) C++: void SetUnicodeRecordDelimiters( const vtkUnicodeString &delimiters) Specify the character(s) that will be used to separate records. The order of characters in the string does not matter. Defaults to "\r\n". GetUnicodeRecordDelimitersV.GetUnicodeRecordDelimiters() -> unicode C++: vtkUnicodeString GetUnicodeRecordDelimiters() Specify the character(s) that will be used to separate records. The order of characters in the string does not matter. Defaults to "\r\n". SetFieldDelimiterCharactersV.SetFieldDelimiterCharacters(string) C++: virtual void SetFieldDelimiterCharacters(const char *_arg) Specify the character(s) that will be used to separate fields. For example, set this to "," for a comma-separated value file. Set it to ".:;" for a file where columns can be separated by a period, colon or semicolon. The order of the characters in the string does not matter. Defaults to a comma. GetFieldDelimiterCharactersV.GetFieldDelimiterCharacters() -> string C++: virtual char *GetFieldDelimiterCharacters() Specify the character(s) that will be used to separate fields. For example, set this to "," for a comma-separated value file. Set it to ".:;" for a file where columns can be separated by a period, colon or semicolon. The order of the characters in the string does not matter. Defaults to a comma. SetUTF8FieldDelimitersV.SetUTF8FieldDelimiters(string) C++: void SetUTF8FieldDelimiters(const char *delimiters) GetUTF8FieldDelimitersV.GetUTF8FieldDelimiters() -> string C++: const char *GetUTF8FieldDelimiters() SetUnicodeFieldDelimitersV.SetUnicodeFieldDelimiters(unicode) C++: void SetUnicodeFieldDelimiters( const vtkUnicodeString &delimiters) GetUnicodeFieldDelimitersV.GetUnicodeFieldDelimiters() -> unicode C++: vtkUnicodeString GetUnicodeFieldDelimiters() GetStringDelimiterV.GetStringDelimiter() -> char C++: virtual char GetStringDelimiter() Get/set the character that will begin and end strings. Microsoft Excel, for example, will export the following format: * "First Field","Second Field","Field, With, Commas","Fourth Field" * The third field has a comma in it. By using a string delimiter, * this will be correctly read. The delimiter defaults to '"'. SetStringDelimiterV.SetStringDelimiter(char) C++: virtual void SetStringDelimiter(char _arg) Get/set the character that will begin and end strings. Microsoft Excel, for example, will export the following format: * "First Field","Second Field","Field, With, Commas","Fourth Field" * The third field has a comma in it. By using a string delimiter, * this will be correctly read. The delimiter defaults to '"'. SetUTF8StringDelimitersV.SetUTF8StringDelimiters(string) C++: void SetUTF8StringDelimiters(const char *delimiters) GetUTF8StringDelimitersV.GetUTF8StringDelimiters() -> string C++: const char *GetUTF8StringDelimiters() SetUnicodeStringDelimitersV.SetUnicodeStringDelimiters(unicode) C++: void SetUnicodeStringDelimiters( const vtkUnicodeString &delimiters) GetUnicodeStringDelimitersV.GetUnicodeStringDelimiters() -> unicode C++: vtkUnicodeString GetUnicodeStringDelimiters() SetUseStringDelimiterV.SetUseStringDelimiter(bool) C++: virtual void SetUseStringDelimiter(bool _arg) Set/get whether to use the string delimiter. Defaults to on. GetUseStringDelimiterV.GetUseStringDelimiter() -> bool C++: virtual bool GetUseStringDelimiter() Set/get whether to use the string delimiter. Defaults to on. UseStringDelimiterOnV.UseStringDelimiterOn() C++: virtual void UseStringDelimiterOn() Set/get whether to use the string delimiter. Defaults to on. UseStringDelimiterOffV.UseStringDelimiterOff() C++: virtual void UseStringDelimiterOff() Set/get whether to use the string delimiter. Defaults to on. GetHaveHeadersV.GetHaveHeaders() -> bool C++: virtual bool GetHaveHeaders() Set/get whether to treat the first line of the file as headers. The default is false (no headers). SetHaveHeadersV.SetHaveHeaders(bool) C++: virtual void SetHaveHeaders(bool _arg) Set/get whether to treat the first line of the file as headers. The default is false (no headers). SetMergeConsecutiveDelimitersV.SetMergeConsecutiveDelimiters(bool) C++: virtual void SetMergeConsecutiveDelimiters(bool _arg) Set/get whether to merge successive delimiters. Use this if (for example) your fields are separated by spaces but you don't know exactly how many. GetMergeConsecutiveDelimitersV.GetMergeConsecutiveDelimiters() -> bool C++: virtual bool GetMergeConsecutiveDelimiters() Set/get whether to merge successive delimiters. Use this if (for example) your fields are separated by spaces but you don't know exactly how many. MergeConsecutiveDelimitersOnV.MergeConsecutiveDelimitersOn() C++: virtual void MergeConsecutiveDelimitersOn() Set/get whether to merge successive delimiters. Use this if (for example) your fields are separated by spaces but you don't know exactly how many. MergeConsecutiveDelimitersOffV.MergeConsecutiveDelimitersOff() C++: virtual void MergeConsecutiveDelimitersOff() Set/get whether to merge successive delimiters. Use this if (for example) your fields are separated by spaces but you don't know exactly how many. GetMaxRecordsV.GetMaxRecords() -> int C++: virtual vtkIdType GetMaxRecords() Specifies the maximum number of records to read from the file. Limiting the number of records to read is useful for previewing the contents of a file. SetMaxRecordsV.SetMaxRecords(int) C++: virtual void SetMaxRecords(vtkIdType _arg) Specifies the maximum number of records to read from the file. Limiting the number of records to read is useful for previewing the contents of a file. SetDetectNumericColumnsV.SetDetectNumericColumns(bool) C++: virtual void SetDetectNumericColumns(bool _arg) When set to true, the reader will detect numeric columns and create vtkDoubleArray or vtkIntArray for those instead of vtkStringArray. Default is off. GetDetectNumericColumnsV.GetDetectNumericColumns() -> bool C++: virtual bool GetDetectNumericColumns() When set to true, the reader will detect numeric columns and create vtkDoubleArray or vtkIntArray for those instead of vtkStringArray. Default is off. DetectNumericColumnsOnV.DetectNumericColumnsOn() C++: virtual void DetectNumericColumnsOn() When set to true, the reader will detect numeric columns and create vtkDoubleArray or vtkIntArray for those instead of vtkStringArray. Default is off. DetectNumericColumnsOffV.DetectNumericColumnsOff() C++: virtual void DetectNumericColumnsOff() When set to true, the reader will detect numeric columns and create vtkDoubleArray or vtkIntArray for those instead of vtkStringArray. Default is off. SetForceDoubleV.SetForceDouble(bool) C++: virtual void SetForceDouble(bool _arg) When set to true and DetectNumericColumns is also true, forces all numeric columns to vtkDoubleArray even if they contain only integer values. Default is off. GetForceDoubleV.GetForceDouble() -> bool C++: virtual bool GetForceDouble() When set to true and DetectNumericColumns is also true, forces all numeric columns to vtkDoubleArray even if they contain only integer values. Default is off. ForceDoubleOnV.ForceDoubleOn() C++: virtual void ForceDoubleOn() When set to true and DetectNumericColumns is also true, forces all numeric columns to vtkDoubleArray even if they contain only integer values. Default is off. ForceDoubleOffV.ForceDoubleOff() C++: virtual void ForceDoubleOff() When set to true and DetectNumericColumns is also true, forces all numeric columns to vtkDoubleArray even if they contain only integer values. Default is off. SetTrimWhitespacePriorToNumericConversionV.SetTrimWhitespacePriorToNumericConversion(bool) C++: virtual void SetTrimWhitespacePriorToNumericConversion( bool _arg) When DetectNumericColumns is set to true, whether to trim whitespace from strings prior to conversion to a numeric. Default is false to preserve backward compatibility. * vtkVariant handles whitespace inconsistently, so trim it before we try to * convert it. For example: * vtkVariant(" 2.0").ToDouble() == 2.0 <-- leading whitespace is not a problem * vtkVariant(" 2.0 ").ToDouble() == NaN <-- trailing whitespace is a problem * vtkVariant(" infinity ").ToDouble() == NaN <-- any whitespace is a problem * In these cases, trimming the whitespace gives us the result we expect: * 2.0 and INF respectively. GetTrimWhitespacePriorToNumericConversionV.GetTrimWhitespacePriorToNumericConversion() -> bool C++: virtual bool GetTrimWhitespacePriorToNumericConversion() When DetectNumericColumns is set to true, whether to trim whitespace from strings prior to conversion to a numeric. Default is false to preserve backward compatibility. * vtkVariant handles whitespace inconsistently, so trim it before we try to * convert it. For example: * vtkVariant(" 2.0").ToDouble() == 2.0 <-- leading whitespace is not a problem * vtkVariant(" 2.0 ").ToDouble() == NaN <-- trailing whitespace is a problem * vtkVariant(" infinity ").ToDouble() == NaN <-- any whitespace is a problem * In these cases, trimming the whitespace gives us the result we expect: * 2.0 and INF respectively. TrimWhitespacePriorToNumericConversionOnV.TrimWhitespacePriorToNumericConversionOn() C++: virtual void TrimWhitespacePriorToNumericConversionOn() When DetectNumericColumns is set to true, whether to trim whitespace from strings prior to conversion to a numeric. Default is false to preserve backward compatibility. * vtkVariant handles whitespace inconsistently, so trim it before we try to * convert it. For example: * vtkVariant(" 2.0").ToDouble() == 2.0 <-- leading whitespace is not a problem * vtkVariant(" 2.0 ").ToDouble() == NaN <-- trailing whitespace is a problem * vtkVariant(" infinity ").ToDouble() == NaN <-- any whitespace is a problem * In these cases, trimming the whitespace gives us the result we expect: * 2.0 and INF respectively. TrimWhitespacePriorToNumericConversionOffV.TrimWhitespacePriorToNumericConversionOff() C++: virtual void TrimWhitespacePriorToNumericConversionOff() When DetectNumericColumns is set to true, whether to trim whitespace from strings prior to conversion to a numeric. Default is false to preserve backward compatibility. * vtkVariant handles whitespace inconsistently, so trim it before we try to * convert it. For example: * vtkVariant(" 2.0").ToDouble() == 2.0 <-- leading whitespace is not a problem * vtkVariant(" 2.0 ").ToDouble() == NaN <-- trailing whitespace is a problem * vtkVariant(" infinity ").ToDouble() == NaN <-- any whitespace is a problem * In these cases, trimming the whitespace gives us the result we expect: * 2.0 and INF respectively. SetDefaultIntegerValueV.SetDefaultIntegerValue(int) C++: virtual void SetDefaultIntegerValue(int _arg) When DetectNumericColumns is set to true, the reader use this value to populate the vtkIntArray where empty strings are found. Default is 0. GetDefaultIntegerValueV.GetDefaultIntegerValue() -> int C++: virtual int GetDefaultIntegerValue() When DetectNumericColumns is set to true, the reader use this value to populate the vtkIntArray where empty strings are found. Default is 0. SetDefaultDoubleValueV.SetDefaultDoubleValue(float) C++: virtual void SetDefaultDoubleValue(double _arg) When DetectNumericColumns is set to true, the reader use this value to populate the vtkDoubleArray where empty strings are found. Default is 0.0 GetDefaultDoubleValueV.GetDefaultDoubleValue() -> float C++: virtual double GetDefaultDoubleValue() When DetectNumericColumns is set to true, the reader use this value to populate the vtkDoubleArray where empty strings are found. Default is 0.0 SetPedigreeIdArrayNameV.SetPedigreeIdArrayName(string) C++: virtual void SetPedigreeIdArrayName(const char *_arg) The name of the array for generating or assigning pedigree ids (default "id"). GetPedigreeIdArrayNameV.GetPedigreeIdArrayName() -> string C++: virtual char *GetPedigreeIdArrayName() The name of the array for generating or assigning pedigree ids (default "id"). SetGeneratePedigreeIdsV.SetGeneratePedigreeIds(bool) C++: virtual void SetGeneratePedigreeIds(bool _arg) If on (default), generates pedigree ids automatically. If off, assign one of the arrays to be the pedigree id. GetGeneratePedigreeIdsV.GetGeneratePedigreeIds() -> bool C++: virtual bool GetGeneratePedigreeIds() If on (default), generates pedigree ids automatically. If off, assign one of the arrays to be the pedigree id. GeneratePedigreeIdsOnV.GeneratePedigreeIdsOn() C++: virtual void GeneratePedigreeIdsOn() If on (default), generates pedigree ids automatically. If off, assign one of the arrays to be the pedigree id. GeneratePedigreeIdsOffV.GeneratePedigreeIdsOff() C++: virtual void GeneratePedigreeIdsOff() If on (default), generates pedigree ids automatically. If off, assign one of the arrays to be the pedigree id. SetOutputPedigreeIdsV.SetOutputPedigreeIds(bool) C++: virtual void SetOutputPedigreeIds(bool _arg) If on, assigns pedigree ids to output. Defaults to off. GetOutputPedigreeIdsV.GetOutputPedigreeIds() -> bool C++: virtual bool GetOutputPedigreeIds() If on, assigns pedigree ids to output. Defaults to off. OutputPedigreeIdsOnV.OutputPedigreeIdsOn() C++: virtual void OutputPedigreeIdsOn() If on, assigns pedigree ids to output. Defaults to off. OutputPedigreeIdsOffV.OutputPedigreeIdsOff() C++: virtual void OutputPedigreeIdsOff() If on, assigns pedigree ids to output. Defaults to off. SetAddTabFieldDelimiterV.SetAddTabFieldDelimiter(bool) C++: virtual void SetAddTabFieldDelimiter(bool _arg) If on, also add in the tab (i.e. '\t') character as a field delimiter. We add this specially since applications may have a more difficult time doing this. Defaults to off. GetAddTabFieldDelimiterV.GetAddTabFieldDelimiter() -> bool C++: virtual bool GetAddTabFieldDelimiter() If on, also add in the tab (i.e. '\t') character as a field delimiter. We add this specially since applications may have a more difficult time doing this. Defaults to off. AddTabFieldDelimiterOnV.AddTabFieldDelimiterOn() C++: virtual void AddTabFieldDelimiterOn() If on, also add in the tab (i.e. '\t') character as a field delimiter. We add this specially since applications may have a more difficult time doing this. Defaults to off. AddTabFieldDelimiterOffV.AddTabFieldDelimiterOff() C++: virtual void AddTabFieldDelimiterOff() If on, also add in the tab (i.e. '\t') character as a field delimiter. We add this specially since applications may have a more difficult time doing this. Defaults to off. GetLastErrorV.GetLastError() -> string C++: vtkStdString GetLastError() Returns a human-readable description of the most recent error, if any. Otherwise, returns an empty string. Note that the result is only valid after calling Update(). SetReplacementCharacterV.SetReplacementCharacter(int) C++: virtual void SetReplacementCharacter(vtkTypeUInt32 _arg) Fallback character for use in the US-ASCII-WITH-FALLBACK character set. Any characters that have their 8th bit set will be replaced with this code point. Defaults to 'x'. GetReplacementCharacterV.GetReplacementCharacter() -> int C++: virtual vtkTypeUInt32 GetReplacementCharacter() Fallback character for use in the US-ASCII-WITH-FALLBACK character set. Any characters that have their 8th bit set will be replaced with this code point. Defaults to 'x'. vtkTableAlgorithmvtkDIMACSGraphReadervtkIOInfovisPython.vtkDIMACSGraphReadervtkDIMACSGraphReader - reads vtkGraph data from a DIMACS formatted file Superclass: vtkGraphAlgorithm vtkDIMACSGraphReader is a source object that reads vtkGraph data files from a DIMACS format. The reader has special handlers for max-flow and graph coloring problems, which are specified in the problem line as 'max' and 'edge' respectively. Other graphs are treated as generic DIMACS files. DIMACS formatted files consist of lines in which the first character in in column 0 specifies the type of the line. Generic DIMACS files have the following line types: - problem statement line : p graph num_verts num_edges - node line (optional) : n node_id node_weight - edge line : a src_id trg_id edge_weight - alternate edge format : e src_id trg_id edge_weight - comment lines : c I am a comment line ** note, there should be one and only one problem statement line per file. DIMACS graphs are undirected and nodes are numbered 1..n See webpage for additional formatting details. - http://dimacs.rutgers.edu/Challenges/ - http://www.dis.uniroma1.it/~challenge9/format.shtml @sa vtkDIMACSGraphWriter V.SafeDownCast(vtkObjectBase) -> vtkDIMACSGraphReader C++: static vtkDIMACSGraphReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkDIMACSGraphReader C++: vtkDIMACSGraphReader *NewInstance() V.GetFileName() -> string C++: virtual char *GetFileName() The DIMACS file name. V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) The DIMACS file name. GetVertexAttributeArrayNameV.GetVertexAttributeArrayName() -> string C++: virtual char *GetVertexAttributeArrayName() Vertex attribute array name SetVertexAttributeArrayNameV.SetVertexAttributeArrayName(string) C++: virtual void SetVertexAttributeArrayName(const char *_arg) Vertex attribute array name GetEdgeAttributeArrayNameV.GetEdgeAttributeArrayName() -> string C++: virtual char *GetEdgeAttributeArrayName() Edge attribute array name SetEdgeAttributeArrayNameV.SetEdgeAttributeArrayName(string) C++: virtual void SetEdgeAttributeArrayName(const char *_arg) Edge attribute array name vtkGraphAlgorithmvtkDIMACSGraphWritervtkIOInfovisPython.vtkDIMACSGraphWritervtkDIMACSGraphWriter - write vtkGraph data to a DIMACS formatted file Superclass: vtkDataWriter vtkDIMACSGraphWriter is a sink object that writes vtkGraph data files into a generic DIMACS (.gr) format. Output files contain a problem statement line: p graph Followed by |E| edge descriptor lines that are formatted as: e Vertices are numbered from 1..n in DIMACS formatted files. See webpage for format details. http://prolland.free.fr/works/research/dsat/dimacs.html @sa vtkDIMACSGraphReader V.SafeDownCast(vtkObjectBase) -> vtkDIMACSGraphWriter C++: static vtkDIMACSGraphWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkDIMACSGraphWriter C++: vtkDIMACSGraphWriter *NewInstance() GetInputV.GetInput() -> vtkGraph C++: vtkGraph *GetInput() V.GetInput(int) -> vtkGraph C++: vtkGraph *GetInput(int port) Get the input to this writer. vtkDataWritervtkWritervtkFixedWidthTextReadervtkIOInfovisPython.vtkFixedWidthTextReadervtkFixedWidthTextReader - reader for pulling in text files with fixed-width fields Superclass: vtkTableAlgorithm vtkFixedWidthTextReader reads in a table from a text file where each column occupies a certain number of characters. This class emits ProgressEvent for every 100 lines it reads. @warning This first version of the reader will assume that all fields have the same width. It also assumes that the first line in the file has at least as many fields (i.e. at least as many characters) as any other line in the file. @par Thanks: Thanks to Andy Wilson from Sandia National Laboratories for implementing this class. V.SafeDownCast(vtkObjectBase) -> vtkFixedWidthTextReader C++: static vtkFixedWidthTextReader *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkFixedWidthTextReader C++: vtkFixedWidthTextReader *NewInstance() V.GetFileName() -> string C++: virtual char *GetFileName() V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) SetFieldWidthV.SetFieldWidth(int) C++: virtual void SetFieldWidth(int _arg) Set/get the field width GetFieldWidthV.GetFieldWidth() -> int C++: virtual int GetFieldWidth() Set/get the field width SetStripWhiteSpaceV.SetStripWhiteSpace(bool) C++: virtual void SetStripWhiteSpace(bool _arg) If set, this flag will cause the reader to strip whitespace from the beginning and ending of each field. Defaults to off. GetStripWhiteSpaceV.GetStripWhiteSpace() -> bool C++: virtual bool GetStripWhiteSpace() If set, this flag will cause the reader to strip whitespace from the beginning and ending of each field. Defaults to off. StripWhiteSpaceOnV.StripWhiteSpaceOn() C++: virtual void StripWhiteSpaceOn() If set, this flag will cause the reader to strip whitespace from the beginning and ending of each field. Defaults to off. StripWhiteSpaceOffV.StripWhiteSpaceOff() C++: virtual void StripWhiteSpaceOff() If set, this flag will cause the reader to strip whitespace from the beginning and ending of each field. Defaults to off. V.GetHaveHeaders() -> bool C++: virtual bool GetHaveHeaders() Set/get whether to treat the first line of the file as headers. V.SetHaveHeaders(bool) C++: virtual void SetHaveHeaders(bool _arg) Set/get whether to treat the first line of the file as headers. HaveHeadersOnV.HaveHeadersOn() C++: virtual void HaveHeadersOn() Set/get whether to treat the first line of the file as headers. HaveHeadersOffV.HaveHeadersOff() C++: virtual void HaveHeadersOff() Set/get whether to treat the first line of the file as headers. SetTableErrorObserverV.SetTableErrorObserver(vtkCommand) C++: void SetTableErrorObserver(vtkCommand *) Set/get the ErrorObserver for the internal vtkTable This is useful for applications that want to catch error messages. GetTableErrorObserverV.GetTableErrorObserver() -> vtkCommand C++: virtual vtkCommand *GetTableErrorObserver() Set/get the ErrorObserver for the internal vtkTable This is useful for applications that want to catch error messages. vtkCommandvtkISIReadervtkIOInfovisPython.vtkISIReadervtkISIReader - reader for ISI files Superclass: vtkTableAlgorithm ISI is a tagged format for expressing bibliographic citations. Data is structured as a collection of records with each record composed of one-to-many fields. See http://isibasic.com/help/helpprn.html#dialog_export_format for details. vtkISIReader will convert an ISI file into a vtkTable, with the set of table columns determined dynamically from the contents of the file. V.SafeDownCast(vtkObjectBase) -> vtkISIReader C++: static vtkISIReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkISIReader C++: vtkISIReader *NewInstance() V.GetFileName() -> string C++: virtual char *GetFileName() Set/get the file to load V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) Set/get the file to load GetDelimiterV.GetDelimiter() -> string C++: virtual char *GetDelimiter() Set/get the delimiter to be used for concatenating field data (default: ";") SetDelimiterV.SetDelimiter(string) C++: virtual void SetDelimiter(const char *_arg) Set/get the delimiter to be used for concatenating field data (default: ";") V.GetMaxRecords() -> int C++: virtual int GetMaxRecords() Set/get the maximum number of records to read from the file (zero = unlimited) V.SetMaxRecords(int) C++: virtual void SetMaxRecords(int _arg) Set/get the maximum number of records to read from the file (zero = unlimited) vtkMultiNewickTreeReadervtkIOInfovisPython.vtkMultiNewickTreeReadervtkMultiNewickTreeReader - read multiple vtkTrees from Newick formatted file Superclass: vtkDataReader vtkMultiNewickTreeReader is a source object that reads Newick tree format files. The output of this reader is a single vtkMultiPieceDataSet that contains multiple vtkTree objects. The superclass of this class, vtkDataReader, provides many methods for controlling the reading of the data file, see vtkDataReader for more information. @sa vtkTree vtkDataReader V.SafeDownCast(vtkObjectBase) -> vtkMultiNewickTreeReader C++: static vtkMultiNewickTreeReader *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkMultiNewickTreeReader C++: vtkMultiNewickTreeReader *NewInstance() V.GetOutput() -> vtkMultiPieceDataSet C++: vtkMultiPieceDataSet *GetOutput() V.GetOutput(int) -> vtkMultiPieceDataSet C++: vtkMultiPieceDataSet *GetOutput(int idx) Get the output of this reader. V.SetOutput(vtkMultiPieceDataSet) C++: void SetOutput(vtkMultiPieceDataSet *output) Get the output of this reader. vtkMultiPieceDataSetvtkNewickTreeReadervtkIOInfovisPython.vtkNewickTreeReadervtkNewickTreeReader - read vtkTree from Newick formatted file Superclass: vtkDataReader vtkNewickTreeReader is a source object that reads Newick tree format files. The output of this reader is a single vtkTree data object. The superclass of this class, vtkDataReader, provides many methods for controlling the reading of the data file, see vtkDataReader for more information.@par Thanks: This class is adapted from code originally written by Yu-Wei Wu. @sa vtkTree vtkDataReader V.SafeDownCast(vtkObjectBase) -> vtkNewickTreeReader C++: static vtkNewickTreeReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkNewickTreeReader C++: vtkNewickTreeReader *NewInstance() V.GetOutput() -> vtkTree C++: vtkTree *GetOutput() V.GetOutput(int) -> vtkTree C++: vtkTree *GetOutput(int idx) Get the output of this reader. V.SetOutput(vtkTree) C++: void SetOutput(vtkTree *output) Get the output of this reader. ReadNewickTreeV.ReadNewickTree(string, vtkTree) -> int C++: int ReadNewickTree(const char *buffer, vtkTree &tree) Get the output of this reader. vtkTreevtkNewickTreeWritervtkIOInfovisPython.vtkNewickTreeWritervtkNewickTreeWriter - write vtkTree data to Newick format. Superclass: vtkDataWriter vtkNewickTreeWriter is writes a vtkTree to a Newick formatted file or string. V.SafeDownCast(vtkObjectBase) -> vtkNewickTreeWriter C++: static vtkNewickTreeWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkNewickTreeWriter C++: vtkNewickTreeWriter *NewInstance() V.GetInput() -> vtkTree C++: vtkTree *GetInput() V.GetInput(int) -> vtkTree C++: vtkTree *GetInput(int port) Get the input to this writer. GetEdgeWeightArrayNameV.GetEdgeWeightArrayName() -> string C++: virtual vtkStdString GetEdgeWeightArrayName() Get/Set the name of the input's tree edge weight array. This array must be part of the input tree's EdgeData. The default name is "weight". If this array cannot be found, then no edge weights will be included in the output of this writer. SetEdgeWeightArrayNameV.SetEdgeWeightArrayName(string) C++: virtual void SetEdgeWeightArrayName(vtkStdString _arg) Get/Set the name of the input's tree edge weight array. This array must be part of the input tree's EdgeData. The default name is "weight". If this array cannot be found, then no edge weights will be included in the output of this writer. GetNodeNameArrayNameV.GetNodeNameArrayName() -> string C++: virtual vtkStdString GetNodeNameArrayName() Get/Set the name of the input's tree node name array. This array must be part of the input tree's VertexData. The default name is "node name". If this array cannot be found, then no node names will be included in the output of this writer. SetNodeNameArrayNameV.SetNodeNameArrayName(string) C++: virtual void SetNodeNameArrayName(vtkStdString _arg) Get/Set the name of the input's tree node name array. This array must be part of the input tree's VertexData. The default name is "node name". If this array cannot be found, then no node names will be included in the output of this writer. vtkPhyloXMLTreeReadervtkIOInfovisPython.vtkPhyloXMLTreeReadervtkPhyloXMLTreeReader - read vtkTree from PhyloXML formatted file Superclass: vtkXMLReader vtkPhyloXMLTreeReader is a source object that reads PhyloXML tree format files. The output of this reader is a single vtkTree data object. @warning This reader does not implement the entire PhyloXML specification. It currently only supports the following tags: phylogeny, name, description, confidence, property, clade, branch_length, color, red, green, and blue. This reader also only supports a single phylogeny per file. @sa vtkTree vtkXMLReader vtkPhyloXMLTreeWriter V.SafeDownCast(vtkObjectBase) -> vtkPhyloXMLTreeReader C++: static vtkPhyloXMLTreeReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPhyloXMLTreeReader C++: vtkPhyloXMLTreeReader *NewInstance() vtkXMLReadervtkPhyloXMLTreeWritervtkIOInfovisPython.vtkPhyloXMLTreeWritervtkPhyloXMLTreeWriter - write vtkTree data to PhyloXML format. Superclass: vtkXMLWriter vtkPhyloXMLTreeWriter is writes a vtkTree to a PhyloXML formatted file or string. V.SafeDownCast(vtkObjectBase) -> vtkPhyloXMLTreeWriter C++: static vtkPhyloXMLTreeWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPhyloXMLTreeWriter C++: vtkPhyloXMLTreeWriter *NewInstance() GetDefaultFileExtensionV.GetDefaultFileExtension() -> string C++: const char *GetDefaultFileExtension() override; Get the default file extension for files written by this writer. IgnoreArrayV.IgnoreArray(string) C++: void IgnoreArray(const char *arrayName) Do not include name the VertexData array in the PhyloXML output of this writer. Call this function once for each array that you wish to ignore. vtkXMLWritervtkRISReadervtkIOInfovisPython.vtkRISReadervtkRISReader - reader for RIS files Superclass: vtkTableAlgorithm RIS is a tagged format for expressing bibliographic citations. Data is structured as a collection of records with each record composed of one-to-many fields. See http://en.wikipedia.org/wiki/RIS_(file_format) http://www.refman.com/support/risformat_intro.asp http://www.adeptscience.co.uk/kb/article/A626 for details. vtkRISReader will convert an RIS file into a vtkTable, with the set of table columns determined dynamically from the contents of the file. V.SafeDownCast(vtkObjectBase) -> vtkRISReader C++: static vtkRISReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkRISReader C++: vtkRISReader *NewInstance() vtkTulipReadervtkIOInfovisPython.vtkTulipReadervtkTulipReader - Reads tulip graph files. Superclass: vtkUndirectedGraphAlgorithm vtkTulipReader reads in files in the Tulip format. Definition of the Tulip file format can be found online at: http://tulip.labri.fr/tlpformat.php An example is the following (nodes 0 1 2 3 4 5 6 7 8 9) (edge 0 0 1) (edge 1 1 2) (edge 2 2 3) (edge 3 3 4) (edge 4 4 5) (edge 5 5 6) (edge 6 6 7) (edge 7 7 8) (edge 8 8 9) (edge 9 9 0) (edge 10 0 5) (edge 11 2 7) (edge 12 4 9) where "nodes" defines all the nodes ids in the graph, and "edge" is a triple of edge id, source vertex id, and target vertex id. The graph is read in as undirected graph. Pedigree ids are set on the output graph's vertices and edges that match the node and edge ids defined in the Tulip file. Clusters are output as a vtkAnnotationLayers on output port 1. Each cluster name is used to create an annotation layer, and each cluster with that name is added to the layer as a vtkSelectionNode. Nesting hierarchies are treated as if they were flat. See vtkGraphAnnotationLayersFilter for an example of how the clusters can be represented visually. @attention Only string, int, and double properties are supported. Display information is discarded. @par Thanks: Thanks to Colin Myers, University of Leeds for extending this implementation. V.SafeDownCast(vtkObjectBase) -> vtkTulipReader C++: static vtkTulipReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkTulipReader C++: vtkTulipReader *NewInstance() V.GetFileName() -> string C++: virtual char *GetFileName() The Tulip file name. V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) The Tulip file name. vtkXGMLReadervtkIOInfovisPython.vtkXGMLReadervtkXGMLReader - Reads XGML graph files. Superclass: vtkUndirectedGraphAlgorithm This reader is developed for a simple graph file format based loosely on the "GML" notation. This implementation is based heavily on the vtkTulipReader class that forms part of the Titan toolkit. @par Thanks: Thanks to David Duke from the University of Leeds for providing this implementation. V.SafeDownCast(vtkObjectBase) -> vtkXGMLReader C++: static vtkXGMLReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkXGMLReader C++: vtkXGMLReader *NewInstance() V.GetFileName() -> string C++: virtual char *GetFileName() The XGML file name. V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) The XGML file name. vtkXMLTreeReadervtkIOInfovisPython.vtkXMLTreeReadervtkXMLTreeReader - reads an XML file into a vtkTree Superclass: vtkTreeAlgorithm vtkXMLTreeReader parses an XML file and uses the nesting structure of the XML tags to generate a tree. Node attributes are assigned to node arrays, and the special arrays .tagname and .chardata contain the tag type and the text internal to the tag, respectively. The arrays are of type vtkStringArray. There is an array for each attribute type in the XML file, even if it appears in only one tag. If an attribute is missing from a tag, its value is the empty string. If MaskArrays is on (the default is off), the filter will additionally make bit arrays whose names are prepended with ".valid." which are 1 if the element contains that attribute, and 0 otherwise. For example, the XML file containing the text: <node name="jeff" age="26"> this is text in jeff's node <node name="joe"> <node name="al" initials="amb" other="something"/> <node name="dave" age="30"/> </node> <node name="lisa">this is text in lisa's node</node> <node name="darlene" age="29"/> </node> would be parsed into a tree with the following node IDs and structure: 0 (jeff) - children: 1 (joe), 4 (lisa), 5 (darlene) 1 (joe) - children: 2 (al), 3 (dave) 2 (al) 3 (dave) 4 (lisa) 5 (darlene) and the node data arrays would be as follows: name initials other age .tagname .chardata ---------------------------------------------------------------------- -------------------------- jeff (empty) (empty) 26 node " this is text in jeff's node\n \n \n \n" joe (empty) (empty) (empty) node "\n \n \n " al amb something (empty) node (empty) dave (empty) (empty) 30 node (empty) lisa (empty) (empty) (empty) node "this is text in lisa's node" darlene (empty) (empty) 29 node (empty) There would also be the following bit arrays if MaskArrays is on: .valid.name .valid.initials .valid.other .valid.age --------------------------------------------------------- 1 0 0 1 1 0 0 0 1 1 1 0 1 0 0 1 1 0 0 0 1 0 0 1 V.SafeDownCast(vtkObjectBase) -> vtkXMLTreeReader C++: static vtkXMLTreeReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkXMLTreeReader C++: vtkXMLTreeReader *NewInstance() V.GetFileName() -> string C++: virtual char *GetFileName() If set, reads in the XML file specified. V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) If set, reads in the XML file specified. GetXMLStringV.GetXMLString() -> string C++: virtual char *GetXMLString() If set, and FileName is not set, reads in the XML string. SetXMLStringV.SetXMLString(string) C++: virtual void SetXMLString(const char *_arg) If set, and FileName is not set, reads in the XML string. GetEdgePedigreeIdArrayNameV.GetEdgePedigreeIdArrayName() -> string C++: virtual char *GetEdgePedigreeIdArrayName() The name of the edge pedigree ids. Default is "edge id". SetEdgePedigreeIdArrayNameV.SetEdgePedigreeIdArrayName(string) C++: virtual void SetEdgePedigreeIdArrayName(const char *_arg) The name of the edge pedigree ids. Default is "edge id". GetVertexPedigreeIdArrayNameV.GetVertexPedigreeIdArrayName() -> string C++: virtual char *GetVertexPedigreeIdArrayName() The name of the vertex pedigree ids. Default is "vertex id". SetVertexPedigreeIdArrayNameV.SetVertexPedigreeIdArrayName(string) C++: virtual void SetVertexPedigreeIdArrayName(const char *_arg) The name of the vertex pedigree ids. Default is "vertex id". SetGenerateEdgePedigreeIdsV.SetGenerateEdgePedigreeIds(bool) C++: virtual void SetGenerateEdgePedigreeIds(bool _arg) Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. GetGenerateEdgePedigreeIdsV.GetGenerateEdgePedigreeIds() -> bool C++: virtual bool GetGenerateEdgePedigreeIds() Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. GenerateEdgePedigreeIdsOnV.GenerateEdgePedigreeIdsOn() C++: virtual void GenerateEdgePedigreeIdsOn() Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. GenerateEdgePedigreeIdsOffV.GenerateEdgePedigreeIdsOff() C++: virtual void GenerateEdgePedigreeIdsOff() Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. SetGenerateVertexPedigreeIdsV.SetGenerateVertexPedigreeIds(bool) C++: virtual void SetGenerateVertexPedigreeIds(bool _arg) Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. GetGenerateVertexPedigreeIdsV.GetGenerateVertexPedigreeIds() -> bool C++: virtual bool GetGenerateVertexPedigreeIds() Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. GenerateVertexPedigreeIdsOnV.GenerateVertexPedigreeIdsOn() C++: virtual void GenerateVertexPedigreeIdsOn() Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. GenerateVertexPedigreeIdsOffV.GenerateVertexPedigreeIdsOff() C++: virtual void GenerateVertexPedigreeIdsOff() Set whether to use an property from the XML file as pedigree ids (off), or generate a new array with integer values starting at zero (on). Default is on. GetMaskArraysV.GetMaskArrays() -> bool C++: virtual bool GetMaskArrays() If on, makes bit arrays for each attribute with name .valid.attribute_name for each attribute. Default is off. SetMaskArraysV.SetMaskArrays(bool) C++: virtual void SetMaskArrays(bool _arg) If on, makes bit arrays for each attribute with name .valid.attribute_name for each attribute. Default is off. MaskArraysOnV.MaskArraysOn() C++: virtual void MaskArraysOn() If on, makes bit arrays for each attribute with name .valid.attribute_name for each attribute. Default is off. MaskArraysOffV.MaskArraysOff() C++: virtual void MaskArraysOff() If on, makes bit arrays for each attribute with name .valid.attribute_name for each attribute. Default is off. GetReadCharDataV.GetReadCharData() -> bool C++: virtual bool GetReadCharData() If on, stores the XML character data (i.e. textual data between tags) into an array named CharDataField, otherwise this field is skipped. Default is off. SetReadCharDataV.SetReadCharData(bool) C++: virtual void SetReadCharData(bool _arg) If on, stores the XML character data (i.e. textual data between tags) into an array named CharDataField, otherwise this field is skipped. Default is off. ReadCharDataOnV.ReadCharDataOn() C++: virtual void ReadCharDataOn() If on, stores the XML character data (i.e. textual data between tags) into an array named CharDataField, otherwise this field is skipped. Default is off. ReadCharDataOffV.ReadCharDataOff() C++: virtual void ReadCharDataOff() If on, stores the XML character data (i.e. textual data between tags) into an array named CharDataField, otherwise this field is skipped. Default is off. GetReadTagNameV.GetReadTagName() -> bool C++: virtual bool GetReadTagName() If on, stores the XML tag name data in a field called .tagname otherwise this field is skipped. Default is on. SetReadTagNameV.SetReadTagName(bool) C++: virtual void SetReadTagName(bool _arg) If on, stores the XML tag name data in a field called .tagname otherwise this field is skipped. Default is on. ReadTagNameOnV.ReadTagNameOn() C++: virtual void ReadTagNameOn() If on, stores the XML tag name data in a field called .tagname otherwise this field is skipped. 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