- Scilab help
- Files : Input/Output functions
- basename
- chdir
- copyfile
- createdir
- deletefile
- dir
- dirname
- dispfiles
- fileext
- fileinfo
- fileparts
- filesep
- findfiles
- fprintf
- fprintfMat
- fscanf
- fscanfMat
- fullfile
- fullpath
- get_absolute_file_path
- getdrives
- getlongpathname
- getrelativefilename
- getshortpathname
- %io
- isdir
- isfile
- listfiles
- listvarinfile
- ls
- maxfiles
- mclearerr
- mclose
- mdelete
- meof
- merror
- mfprintf
- mscanf
- mget
- mgetl
- mgetstr
- mkdir
- mopen
- movefile
- mput
- mputl
- mputstr
- mseek
- mtell
- newest
- pathconvert
- pathsep
- pwd
- removedir
- rmdir
- save_format
- scanf
- scanf_conversion
- sscanf
Please note that the recommended version of Scilab is 2025.0.0. This page might be outdated.
See the recommended documentation of this function
mput
writes byte or word in a given binary format
Calling Sequence
mput(x [,type,fd])
Arguments
- x
a vector of floating point or integer type numbers
- fd
scalar. The
fd
parameter returned by the function. Default value is -1 which stands for the last (mopen
) opened file.- type
a string. Give the binary format used to write all the entries of x.
Description
The mput
function writes data to the output specified by the
stream parameter fd
. Data is written at the
position at which the file pointer is currently pointing and
advances the indicator appropriately.
The type
parameter is a conversion specifier which may be set to any of the
following flag characters (with default value "l"):
- "l","i","s","ul","ui","us","d","f","c","uc"
for writing respectively a long, an int, a short, an unsigned long, an unsigned int, an unsigned short, a double, a float, a char and an unsigned char. The bytes which are wrote are automatically swapped if necessary (by checking little-endian status) in order to produce machine independent binary files ( in little-endian mode). This default swapping mode can be suppressed by adding a flag in the
mopen
function.- "..l" or "..b"
It is also possible to write in little-endian or big-endian mode by adding a 'l' or 'b' character at the end of a type specification. For example "db" will write a double in big-endian mode.
Examples
filen = 'test.bin'; mopen(filen,'wb'); mput(1996,'l');mput(1996,'i');mput(1996,'s');mput(98,'c'); // force little-endian mput(1996,'ll');mput(1996,'il');mput(1996,'sl');mput(98,'cl'); // force big-endian mput(1996,'lb');mput(1996,'ib');mput(1996,'sb');mput(98,'cb'); mclose(); mopen(filen,'rb'); if 1996<>mget(1,'l') then pause,end if 1996<>mget(1,'i') then pause,end if 1996<>mget(1,'s') then pause,end if 98<>mget(1,'c') then pause,end // force little-endian if 1996<>mget(1,'ll') then pause,end if 1996<>mget(1,'il') then pause,end if 1996<>mget(1,'sl') then pause,end if 98<>mget(1,'cl') then pause,end // force big-endian if 1996<>mget(1,'lb') then pause,end if 1996<>mget(1,'ib') then pause,end if 1996<>mget(1,'sb') then pause,end if 98<>mget(1,'cb') then pause,end mclose();
See Also
- mclose — close an opened file
- meof — check if end of file has been reached
- mfprintf — converts, formats, and writes data to a file
- fprintfMat — Write a matrix in a file.
- mfscanf — reads input from the standard input (interface to the C scanf function)
- fscanfMat — Reads a Matrix from a text file.
- mget — reads byte or word in a given binary format and convert to double
- mgetl — read lines from an text file
- mgetstr — read a character string from a file
- mopen — open a file
- mprintf — converts, formats, and writes data to the main scilab window
- mputl — writes strings in an ascii file
- mputstr — write a character string in a file
- mscanf
- mseek — set current position in binary file.
- mtell — binary file management
- mdelete — Delete file(s)
<< movefile | Files : Input/Output functions | mputl >> |