void TimeFloatRFFT(int count, float signal_value, int signal_type) {
int k;
if (verbose == 0)
PrintShortHeader("Float RFFT");
for (k = min_fft_order; k <= max_fft_order; ++k) {
int testCount = ComputeCount(count, k);
TimeOneFloatRFFT(testCount, k, signal_value, signal_type);
}
}
void TimeRFFT16(int count, float signal_value, int signal_type) {
int k;
int max_order = (max_fft_order > MAX_FFT_ORDER_FIXED_POINT)
? MAX_FFT_ORDER_FIXED_POINT : max_fft_order;
if (verbose == 0)
PrintShortHeader("RFFT16 (with S32)");
for (k = min_fft_order; k <= max_order; ++k) {
int testCount = ComputeCount(count, k);
TimeOneRFFT16(testCount, k, signal_value, signal_type, 1);
}
if (verbose == 0)
PrintShortHeader("RFFT16 (with S16)");
for (k = min_fft_order; k <= max_order; ++k) {
int testCount = ComputeCount(count, k);
TimeOneRFFT16(testCount, k, signal_value, signal_type, 0);
}
}
void TimeNE10RFFT(int count, float signal_value, int signal_type) {
int k;
int min_order = min_fft_order >= 3 ? min_fft_order : 3;
if (verbose == 0)
printf("%s NE10 RFFT\n", do_forward_test ? "Forward" : "Inverse");
// The NE10 RFFT routine currently only supports sizes 128, 512, 2048. (Order 7, 9, 11)
for (k = min_order; k <= max_fft_order; k++) {
int testCount = ComputeCount(count, k);
TimeOneNE10RFFT(testCount, k, signal_value, signal_type);
}
}
void TimeNE10FFT(int count, float signal_value, int signal_type) {
int k;
int min_order = min_fft_order >= 2 ? min_fft_order : 2;
if (verbose == 0)
printf("%s NE10 FFT\n", do_forward_test ? "Forward" : "Inverse");
// Currently, NE10 only supports sizes 16, 64, 256, and 1024 (Order 4, 6, 8, 10).
for (k = min_fft_order; k <= max_fft_order; k++) {
int testCount = ComputeCount(count, k);
TimeOneNE10FFT(testCount, k, signal_value, signal_type);
}
}
void TimeSC16FFT(int count, float signal_value, int signal_type) {
int k;
int max_order = (max_fft_order > MAX_FFT_ORDER_FIXED_POINT)
? MAX_FFT_ORDER_FIXED_POINT : max_fft_order;
if (verbose == 0)
PrintShortHeader("SC16 FFT");
for (k = min_fft_order; k <= max_order; ++k) {
int testCount = ComputeCount(count, k);
TimeOneSC16FFT(testCount, k, signal_value, signal_type);
}
}
void TimePfRFFT(int count, float signal_value, int signal_type) {
int k;
int min_order;
if (verbose == 0)
printf("%s PFFFT RFFT\n", do_forward_test ? "Forward" : "Inverse");
/*
* Orders less than 8 are not supported by PFFFT.
*/
min_order = min_fft_order < 5 ? 5 : min_fft_order;
for (k = min_order; k <= max_fft_order; ++k) {
int testCount = ComputeCount(count, k);
TimeOnePfRFFT(testCount, k, signal_value, signal_type);
}
}
