C / C++ / MFC

void __cdecl _CRT_DEBUGGER_HOOK(int _Reserved)
	{
    		/* assign 0 to _debugger_hook_dummy so that the function is not folded in retail */
    		(_Reserved);
    		_debugger_hook_dummy = 0;
	}

//Output Cluster to File
		fwrite(&current_frame, sizeof(signed int), 1, cluster_file[iCurrentCam]);
		fwrite(&cluster_dim, sizeof(signed int), 1, cluster_file[iCurrentCam]); 
		fwrite(&cluster_row_start, sizeof(signed int), 1, cluster_file[iCurrentCam]);
		fwrite(&cluster_col_start, sizeof(signed int), 1, cluster_file[iCurrentCam]);

		//Output Median Filtered Clusters to File
		fwrite(&current_frame, sizeof(signed int), 1, median_cluster_file[iCurrentCam]);
Line 488	fwrite(&cluster_dim, sizeof(signed int), 1, median_cluster_file[iCurrentCam]); 
		fwrite(&cluster_row_start, sizeof(signed int), 1, median_cluster_file[iCurrentCam]);
		fwrite(&cluster_col_start, sizeof(signed int), 1, median_cluster_file[iCurrentCam]);

		for(m = 0; m < cluster_dim; m++)
		{
			for(n = 0; n < cluster_dim; n++)
			{
				//Original Data
				cluster_pixel_int = (signed int)original_array[iCurrentCam][cluster_row_start + m][cluster_col_start + n];
				fwrite(&cluster_pixel_int, sizeof(signed int), 1, cluster_file[iCurrentCam]);
				//Median Filtered Data
				cluster_pixel_int = (signed int)smooth_array[cluster_row_start + m][cluster_col_start + n];
				fwrite(&cluster_pixel_int, sizeof(signed int), 1, median_cluster_file[iCurrentCam]);
			}
		}