Parallel Processing: A KISS Approach - University of North Dakota

* We have an infinite loop controlling the */
/* processing, therefore we MUST have some */
/* machanism to terminate the loop!!! */
/* */
/* It is expected that the user will replace */
/* this code with their own. */
/***********************************************/
newSum = SUM_M();
convergence = fabs(newSum - oldSum);
if (verbose == yes) {
printf("Iteration [%d] convergence: %lf.\n", iteration,
convergence);
}
if (convergence < 0.00001 || iteration == 10) break;
oldSum = newSum;
}
// Update iteration counter.
iteration++;
// Write results to log file.
log = fopen("./log", "w");
for (j = 0; j < Height; j++) {
for (i = 0; i < Width; i++) {
fprintf(log, "%6.2lf ", M[j][i]);
}
fprintf(log, "\n");
}
fclose(log);
// Records the stopping time of the program.
stopTime = time(NULL);
}
// Display the program's running time.
if (verbose == yes) {
printf("Processing time: %d.\n", (stopTime - startTime));
}
/***********************************************************/
/* MAIN. */
/***********************************************************/
/***********************************************/
/* The MAIN routine initializes the system and */
/* starts the processing. */
/* */
/* There is nothing for the user to to change */
/* in this routine. */
/***********************************************/
int main(int argc, char **argv) {
// Process data.
LOAD_BALANCE();
}
// Shut down.
return 1;
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