SciPy 0.6.0 API Documentation Generated by Endo, 2007-10-17

Variables

• codecs_template

  codecs_template = { Name('miUTF8') : Dict([(Const('codec'), Const('utf_8')), (Const('width'), Const(1))]), Name('miUTF16') : Dict([(Const('codec'), Const('utf_16')), (Const('width'), Const(2))]), Name('miUTF32') : Dict([(Const('codec'), Const('utf_32')), (Const('width'), Const(4))]) }
  
  

• mclass_dtypes_template

  mclass_dtypes_template = { Name('mxINT8_CLASS') : Const('i1'), Name('mxUINT8_CLASS') : Const('u1'), Name('mxINT16_CLASS') : Const('i2'), Name('mxUINT16_CLASS') : Const('u2'), Name('mxINT32_CLASS') : Const('i4'), Name('mxUINT32_CLASS') : Const('u4'), Name('mxSINGLE_CLASS') : Const('f4'), Name('mxDOUBLE_CLASS') : Const('f8') }
  
  

• mdtypes_template

  mdtypes_template = { Name('miINT8') : Const('i1'), Name('miUINT8') : Const('u1'), Name('miINT16') : Const('i2'), Name('miUINT16') : Const('u2'), Name('miINT32') : Const('i4'), Name('miUINT32') : Const('u4'), Name('miSINGLE') : Const('f4'), Name('miDOUBLE') : Const('f8'), Name('miINT64') : Const('i8'), Name('miUINT64') : Const('u8'), Name('miUTF8') : Const('u1'), Name('miUTF16') : Const('u2'), Name('miUTF32') : Const('u4'), Const('file_header') : List([Tuple([Const('description'), Const('S116')]), Tuple([Const('subsystem_offset'), Const('i8')]), Tuple([Const('version'), Const('u2')]), Tuple([Const('endian_test'), Const('S2')])]), Const('tag_full') : List([Tuple([Const('mdtype'), Const('u4')]), Tuple([Const('byte_count'), Const('u4')])]), Const('array_flags') : List([Tuple([Const('data_type'), Const('u4')]), Tuple([Const('byte_count'), Const('u4')]), Tuple([Const('flags_class'), Const('u4')]), Tuple([Const('nzmax'), Const('u4')])]), Const('U1') : Const('U1') }
  
  

• miCOMPRESSED

  miCOMPRESSED = 15
  
  

• miDOUBLE

  miDOUBLE = 9
  
  

• miINT16

  miINT16 = 3
  
  

• miINT32

  miINT32 = 5
  
  

• miINT64

  miINT64 = 12
  
  

• miINT8

  miINT8 = 1
  
  

• miMATRIX

  miMATRIX = 14
  
  

• miSINGLE

  miSINGLE = 7
  
  

• miUINT16

  miUINT16 = 4
  
  

• miUINT16_codec

  miUINT16_codec = sys.getdefaultencoding()
  
  

• miUINT32

  miUINT32 = 6
  
  

• miUINT64

  miUINT64 = 13
  
  

• miUINT8

  miUINT8 = 2
  
  

• miUTF16

  miUTF16 = 17
  
  

• miUTF32

  miUTF32 = 18
  
  

• miUTF8

  miUTF8 = 16
  
  

• mxCELL_CLASS

  mxCELL_CLASS = 1
  
  

• mxCHAR_CLASS

  mxCHAR_CLASS = 4
  
  

• mxDOUBLE_CLASS

  mxDOUBLE_CLASS = 6
  
  

• mxINT16_CLASS

  mxINT16_CLASS = 10
  
  

• mxINT32_CLASS

  mxINT32_CLASS = 12
  
  

• mxINT8_CLASS

  mxINT8_CLASS = 8
  
  

• mxOBJECT_CLASS

  mxOBJECT_CLASS = 3
  
  

• mxSINGLE_CLASS

  mxSINGLE_CLASS = 7
  
  

• mxSPARSE_CLASS

  mxSPARSE_CLASS = 5
  
  

• mxSTRUCT_CLASS

  mxSTRUCT_CLASS = 2
  
  

• mxUINT16_CLASS

  mxUINT16_CLASS = 11
  
  

• mxUINT32_CLASS

  mxUINT32_CLASS = 13
  
  

• mxUINT8_CLASS

  mxUINT8_CLASS = 9
  
  

• mx_numbers

  mx_numbers = (mxDOUBLE_CLASS, mxSINGLE_CLASS, mxINT8_CLASS, mxUINT8_CLASS, mxINT16_CLASS, mxUINT16_CLASS, mxINT32_CLASS, mxUINT32_CLASS)
  
  

Classes

• Mat5ArrayReader - Class to get Mat5 arrays

  Provides element reader functions, header reader, matrix reader factory function

• Mat5CellMatrixGetter
• Mat5CharMatrixGetter
• Mat5CharWriter
• Mat5EmptyMatrixGetter - Dummy class to return empty array for empty matrix
• Mat5MatrixGetter - Base class for getting Mat5 matrices

  Gets current read information from passed array_reader

• Mat5MatrixWriter
• Mat5NumericMatrixGetter
• Mat5NumericWriter
• Mat5ObjectMatrixGetter
• Mat5SparseMatrixGetter
• Mat5SparseWriter
• Mat5StructMatrixGetter
• Mat5WriterGetter - Wraps stream and options, provides methods for getting Writer objects
• Mat5ZArrayReader - Getter for compressed arrays

  Reads and uncompresses gzipped stream on init, providing wrapper for this new sub-stream.

• MatFile5Reader - Reader for Mat 5 mat files

  Adds the following attribute to base class

• MatFile5Writer - Class for writing mat5 files
• mat_obj - Placeholder for holding read data from objects
• mat_struct - Placeholder for holding read data from structs

Imported Names