// MDSM entry point
int main(int argc, char *argv[])
{
// Create main QCoreApplication instance
QCoreApplication app(argc, argv);
SURVEY* survey = file_process_arguments(argc, argv);
// Initialise Dedispersion code and survey struct
initialise(survey);
unsigned char *input_buffer;
// Process current chunk
unsigned int counter = 0, data_read = 0;
while (TRUE)
{
// Get current buffer pointer
input_buffer = get_buffer_pointer();
// Read data from file
// data_read = readBinaryData(input_buffer, survey -> fp, survey -> nbits,
// survey -> nsamp, survey -> nchans, survey -> nbeams);
// Check if there is more processing to be done
unsigned int x;
next_chunk(survey -> nsamp, x, survey -> tsamp * survey -> nsamp * counter, survey -> tsamp);
if (!start_processing(survey -> nsamp)) break;
counter++;
}
// Tear down MDSM
tearDown();
}
void EVAL_analyze_values (uint8_t b) {
int c;
uint16_t t;
val_buff = get_buffer_pointer (b);
/* 1. step: calculate min, max and average of all channels */
for (c = 0; c < MEASUREMENT_CHANNELS; c++) {
EVAL_calc_min_max_avg (val_buff, c, 0, MEASUREMENT_BLOCK_LENGTH-1,
&val_min[c], &val_max[c], &val_avg[c]);
}
/* 2. step: search one period of the wave */
for (c = 0; c < MEASUREMENT_CHANNELS; c++) {
EVAL_search_periode (val_buff, c, 0, MEASUREMENT_BLOCK_LENGTH-1,
&periode_start[c], &periode_end[c], val_avg[c]);
}
}
