static void arm_cmplx_dot_prod_f32_test_render(float32_t *A,
float32_t *B,
uint32_t blockSize,
float32_t *realResult,
float32_t *imagResult)
{
#ifdef AVG_CYCLES
int i, avg_cycles, sum = 0;
unsigned int cycle_count_asm = 0;
for(i=0; i<1000; i++)
{
/* ----------------------------------------------------------------------
** Initialize the timer calculation.
** ------------------------------------------------------------------- */
enable_ccnt();
enable_cntens(0x80000001);
/* ----------------------------------------------------------------------
** Call the Complex Dot Product process function
** ------------------------------------------------------------------- */
arm_cmplx_dot_prod_f32(A, B, blockSize, realResult, imagResult);
/* ----------------------------------------------------------------------
** Calculate the execution time
** ------------------------------------------------------------------- */
cycle_count_asm = ccnt();
disable_ccnt();
/* copying cycles of the function called each time */
sum += cycle_count_asm;
}
avg_cycles = sum/1000;
printf("Cmplx_dot_prod_f32 Size = %d Cycles = %d\n", blockSize, avg_cycles);
#else
/* ----------------------------------------------------------------------
** Call the Complex Dot Product process function
** ------------------------------------------------------------------- */
arm_cmplx_dot_prod_f32(A, B, blockSize, realResult, imagResult);
#endif
}
void pmu_start(void)
{
enable_pmu(); // Enable the PMU
ccnt_divider(0);
reset_ccnt(); // Reset the CCNT (cycle counter)
reset_pmn(); // Reset the configurable counters
pmn_config(0, perf_event[0]); // Configure counter 0 to count event code 0x03
pmn_config(1, perf_event[1]); // Configure counter 1 to count event code 0x03
pmn_config(2, perf_event[2]); // Configure counter 2 to count event code 0x03
pmn_config(3, perf_event[3]); // Configure counter 3 to count event code 0x03
pmn_config(4, perf_event[4]); // Configure counter 4 to count event code 0x03
pmn_config(5, perf_event[5]); // Configure counter 5 to count event code 0x03
enable_ccnt(); // Enable CCNT
enable_pmn(0); // Enable counter
enable_pmn(1); // Enable counter
enable_pmn(2); // Enable counter
enable_pmn(3); // Enable counter
enable_pmn(4); // Enable counter
enable_pmn(5); // Enable counter
}
