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Full Discussion: How to transpose a table of data using awk
Top Forums Shell Programming and Scripting How to transpose a table of data using awk Post 302219373 by summer_cherry on Monday 28th of July 2008 11:43:10 PM
Old 07-29-2008
A perl script to transpose a metrix, hope it can address your issue.

Code:
$file=shift;
open(FH,"<$file") or die "can not open file";
while(<FH>){
        $_=~ tr/\n//d;
        @arr=split(",",$_);
        $col=$#arr;
        for($i=0;$i<=$#arr;$i++){
                $index=sprintf("%s%s",$.,$i);
                $hash{$index}=$arr[$i];
        }
        $row=$.;
}
close(FH);
for($a=0;$a<=$col;$a++){
        for($b=1;$b<=$row;$b++){
                $t=sprintf("%s%s",$b,$a);
                print $hash{$t},",";
        }
        print "\n";
}

 

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LEARN ABOUT SUNOS

mlib_matrixmulsshift_s16c_s16c_mod

mlib_MatrixMulSShift_U8_U8_Mod(3MLIB)			    mediaLib Library Functions			     mlib_MatrixMulSShift_U8_U8_Mod(3MLIB)

NAME

       mlib_MatrixMulSShift_U8_U8_Mod,	  mlib_MatrixMulSShift_U8_U8_Sat,    mlib_MatrixMulSShift_U8C_U8C_Mod,	 mlib_MatrixMulSShift_U8C_U8C_Sat,
       mlib_MatrixMulSShift_S8_S8_Mod,	 mlib_MatrixMulSShift_S8_S8_Sat,    mlib_MatrixMulSShift_S8C_S8C_Mod,	 mlib_MatrixMulSShift_S8C_S8C_Sat,
       mlib_MatrixMulSShift_S16_S16_Mod, mlib_MatrixMulSShift_S16_S16_Sat, mlib_MatrixMulSShift_S16C_S16C_Mod, mlib_MatrixMulSShift_S16C_S16C_Sat,
       mlib_MatrixMulSShift_S32_S32_Mod, mlib_MatrixMulSShift_S32_S32_Sat, mlib_MatrixMulSShift_S32C_S32C_Mod,	mlib_MatrixMulSShift_S32C_S32C_Sat
       - matrix multiplication by scalar plus shifting

SYNOPSIS

       cc [ flag... ] file... -lmlib [ library... ]
       #include <mlib.h>

       mlib_status mlib_MatrixMulSShift_U8_U8_Mod(mlib_u8 *z, const mlib_u8 *x, const mlib_u8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_U8_U8_Sat(mlib_u8 *z, const mlib_u8 *x, const mlib_u8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_U8C_U8C_Mod(mlib_u8 *z, const mlib_u8 *x, const mlib_u8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_U8C_U8C_Sat(mlib_u8 *z, const mlib_u8 *x, const mlib_u8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S8_S8_Mod(mlib_s8 *z, const mlib_s8 *x, const mlib_s8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S8_S8_Sat(mlib_s8 *z, const mlib_s8 *x, const mlib_s8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S8C_S8C_Mod(mlib_s8 *z, const mlib_s8 *x, const mlib_s8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S8C_S8C_Sat(mlib_s8 *z, const mlib_s8 *x, const mlib_s8 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S16_S16_Mod(mlib_s16 *z, const mlib_s16 *x, const mlib_s16 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S16_S16_Sat(mlib_s16 *z, const mlib_s16 *x, const mlib_s16 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S16C_S16C_Mod(mlib_s16 *z, const mlib_s16 *x, const mlib_s16 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S16C_S16C_Sat(mlib_s16 *z, const mlib_s16 *x, const mlib_s16 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S32_S32_Mod(mlib_s32 *z, const mlib_s32 *x, const mlib_s32 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S32_S32_Sat(mlib_s32 *z, const mlib_s32 *x, const mlib_s32 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S32C_S32C_Mod(mlib_s32 *z, const mlib_s32 *x, const mlib_s32 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

       mlib_status mlib_MatrixMulSShift_S32C_S32C_Sat(mlib_s32 *z, const mlib_s32 *x, const mlib_s32 *c, mlib_s32 m, mlib_s32 n, mlib_s32 shift);

DESCRIPTION

       Each of these functions performs a multiplication of a matrix with a scalar and shifts the result.

       For real data, the following equation is used:

       z[i] = c[0]*x[i]*2**(-shift)

       where i = 0, 1, ..., (m*n - 1).

       For complex data, the following equation is used:

       z[2*i]	  = (c[0]*x[2*i] - c[1]*x[2*i + 1])*2**(-shift)
       z[2*i + 1] = (c[1]*x[2*i] + c[0]*x[2*i + 1])*2**(-shift)

       where i = 0, 1, ..., (m*n - 1).

       The ranges of valid shift are:

       1 <= shift <= 8	 for U8, S8, U8C, S8C types
       1 <= shift <= 16  for S16, S16C types
       1 <= shift <= 31  for S32, S32C types

PARAMETERS

       Each of the functions takes the following arguments:

       z	       Pointer to the destination matrix.

       x	       Pointer to the source matrix.

       c	       Pointer	to  the  source  scalar.  When the function is used with complex data types, c[0] contains the scalar for the real
		       part, and c[1] contains the scalar for the imaginary part.

       m	       Number of rows in each matrix.

       n	       Number of columns in each matrix.

       shift	       Right shifting factor.

RETURN VALUES

       Each of the functions returns MLIB_SUCCESS if successful. Otherwise it returns MLIB_FAILURE.

ATTRIBUTES

       See attributes(5) for descriptions of the following attributes:

       +-----------------------------+-----------------------------+
       |      ATTRIBUTE TYPE	     |	    ATTRIBUTE VALUE	   |
       +-----------------------------+-----------------------------+
       |Interface Stability	     |Evolving			   |
       +-----------------------------+-----------------------------+
       |MT-Level		     |MT-Safe			   |
       +-----------------------------+-----------------------------+

SEE ALSO

       mlib_MatrixMulSShift_U8_Mod(3MLIB), attributes(5)

SunOS 5.10							    10 Nov 2004 			     mlib_MatrixMulSShift_U8_U8_Mod(3MLIB)
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