/*
* registerFunctions - This function registers your transpose
* functions with the driver. At runtime, the driver will
* evaluate each of the registered functions and summarize their
* performance. This is a handy way to experiment with different
* transpose strategies.
*/
void registerFunctions()
{
/* Register your solution function */
registerTransFunction(transpose_submit, transpose_submit_desc);
/* Register any additional transpose functions */
registerTransFunction(trans, trans_desc);
}
// This function registers all the transpose functions you define
// with the driver
void registerFunctions(){
// Format:
// registerTransFunction( function_name, function_description );
registerTransFunction( doNothing, doNothing_desc);
registerTransFunction( trans, trans_desc);
registerTransFunction( transpose_submit, transpose_submit_desc);
//Following the above two examples, please register the transpose functions
//you you want to test.
}
/*
* registerFunctions - This function registers your transpose
* functions with the driver. At runtime, the driver will
* evaluate each of the registered functions and summarize their
* performance. This is a handy way to experiment with different
* transpose strategies.
*/
void registerFunctions()
{
/* Register your solution function */
registerTransFunction(transpose_submit, transpose_submit_desc);
/* Register any additional transpose functions */
registerTransFunction(trans, trans_desc);
registerTransFunction(basicBlockingTrans, basicBlockingTrans_desc);
registerTransFunction(optimizedBlockingTrans, optimizedBlockingTrans_desc);
}
/*
* registerFunctions - This function registers your transpose
* functions with the driver. At runtime, the driver will
* evaluate each of the registered functions and summarize their
* performance. This is a handy way to experiment with different
* transpose strategies.
*/
void registerFunctions()
{
/* Register your solution function */
registerTransFunction(transpose_submit, transpose_submit_desc);
/* Register any additional transpose functions */
registerTransFunction(trans, trans_desc);
registerTransFunction(trans_one, trans_one_desc);
registerTransFunction(trans_rect, trans_rect_desc);
// registerTransFunction(manip_bot, manip_bot_desc);
registerTransFunction(trans_simp, trans_simp_desc);
}
/*
* registerFunctions - This function registers your transpose
* functions with the driver. At runtime, the driver will
* evaluate each of the registered functions and summarize their
* performance. This is a handy way to experiment with different
* transpose strategies.
*/
void registerFunctions()
{
/* Register your solution function */
registerTransFunction(transpose_submit, transpose_submit_desc);
/* Register any additional transpose functions */
/*registerTransFunction(transBlocking16, transBlocking16_desc);
registerTransFunction(transBlocking8, transBlocking8_desc);
registerTransFunction(transBlocking4, transBlocking4_desc);
registerTransFunction(transBlocking2, transBlocking2_desc);
registerTransFunction(transBlocking16_2, transBlocking16_2_desc);
registerTransFunction(transBlocking3, transBlocking3_desc);*/
registerTransFunction(trans, trans_desc);
}
/*
* registerFunctions - This function registers your transpose
* functions with the driver. At runtime, the driver will
* evaluate each of the registered functions and summarize their
* performance. This is a handy way to experiment with different
* transpose strategies.
*/
void registerFunctions()
{
/* Register your solution function */
registerTransFunction(transpose_submit, transpose_submit_desc);
}
