- IMPORTANT: The x-value (real problemsize) for this callshould be written to results[0], the following y-values (measured performance...) should be written to results[1] and following. Look at the skeleton files for more information.
- IMPORTANT: The x-value (real problemsize) for this callshould be written to results[0], the following y-values (measured performance...) should be written to results[1] and following. Look at the skeleton files for more information.
- IMPORTANT: Every problemsize will be measured $BENCHIT_ACCURACY+1 times (if setted to 2 (default) 3 times)
- IMPORTANT: Every problemsize will be measured $BENCHIT_ACCURACY+1 times (if setted to 2 (default) 3 times)
- Then the bi_exit() procedure is called. Here you may free your structures end PAPI-measurment and so on
- Then the bi_exit() procedure is called. Here you may free your structures end PAPI-measurment and so on
- At last, the output is computed (exact values for min and max of axis (round values)) and written to the files
- At last, the output is computed (exact values for min and max of axis (round values)) and written to the files $BENCHIT_PATH/output/numerical/matmul/C/0/0/double/${BENCHIT_ARCH_SHORT}__${BENCHIT_ARCH_SPEED}____${BENCHIT_FILENAME_COMMENT}.bit and ... .bit.gp
- IMPORTANT: this also contains the reading of the LOCALDEF-files <hostname>_input_architecture and <hostname>_input_display for the actual hostname! If these files cannot be read, BenchIT may stop at this point!
- IMPORTANT: this also contains the reading of the LOCALDEF-files <hostname>_input_architecture and <hostname>_input_display for the actual hostname! If these files cannot be read, BenchIT may stop at this point!
$BENCHIT_PATH/output/numerical/matmul/C/0/0/double/${BENCHIT_ARCH_SHORT}__${BENCHIT_ARCH_SPEED}____${BENCHIT_FILENAME_COMMENT}.bit and ... .bit.gp
