> # NAME

> transpose - returns transpose matrix of a matrix

> # SYNOPSIS

>       float4x4 transpose( float4x4 A );
>       float3x4 transpose( float4x3 A );
>       float2x4 transpose( float4x2 A );
>       float1x4 transpose( float4x1 A );

>       float4x3 transpose( float3x4 A );
>       float3x3 transpose( float3x3 A );
>       float2x3 transpose( float3x2 A );
>       float1x3 transpose( float3x1 A );

>       float4x2 transpose( float2x4 A );
>       float3x2 transpose( float2x3 A );
>       float2x2 transpose( float2x2 A );
>       float1x2 transpose( float2x1 A );

>       float4x1 transpose( float1x4 A );
>       float3x1 transpose( float1x3 A );
>       float2x1 transpose( float1x2 A );
>       float1x1 transpose( float1x1 A );

> # PARAMETERS

> A

>   Matrix to tranpose.

> # DESCRIPTION

> Returns the transpose of the matrix A.

> # REFERENCE IMPLEMENTATION

> transpose for a float4x3 matrix can be implemented like this:

>       float4x3 transpose(float3x4 A)
>       {
>         float4x3 C;

>         C[0] = A._m00_m10_m20;
>         C[1] = A._m01_m11_m21;
>         C[2] = A._m02_m12_m22;
>         C[3] = A._m03_m13_m23;

>         return C;
>       }

> # PROFILE SUPPORT

> transpose is supported in all profiles.

> # SEE ALSO

> determinant, mul