### Description
Move a row-major matrix across all threads in a warp, reading elements from source a, and
writing the transposed elements to destination d.
The .shape qualifier indicates the dimensions of the matrix being transposed. Each matrix
element holds 16-bit data as indicated by the .type qualifier.
The mandatory .sync qualifier indicates that movmatrix causes the executing thread to wait
until all threads in the warp execute the same movmatrix instruction before resuming execution.
The mandatory .aligned qualifier indicates that all threads in the warp must execute the same
movmatrix instruction. In conditionally executed code, a movmatrix instruction should only
be used if it is known that all threads in the warp evaluate the condition identically, otherwise
the behavior is undefined.
Operands a and d are 32-bit registers containing fragments of the input matrix and the
resulting matrix respectively. The mandatory qualifier .trans indicates that the resulting
matrix in d is a transpose of the input matrix specified by a.
Each thread in a warp holds a fragment of a row of the input matrix, with thread 0 holding the first
fragment in register a, and so on. A group of four threads holds an entire row of the input
matrix as shown in Figure 109.
Each thread in a warp holds a fragment of a column of the result matrix, with thread 0 holding the
first fragment in register d, and so on. A group of four threads holds an entire column of the
result matrix as shown in Figure 110.
### Syntax
```
movmatrix.sync.aligned.shape.trans.type d, a;
.shape = {.m8n8};
.type = {.b16};
```
### Examples
```
.reg .b32 d, a;
movmatrix.sync.aligned.m8n8.trans.b16 d, a;
```