40 int add_distribution_data(spect_dist_info *spec, int spec_val)  in add_distribution_data()  argument
46   if (spec_val < spec->low_entry) spec->low_counts += UNIT_SIZE;  in add_distribution_data()
47   else if (spec_val > spec->high_entry) spec->high_counts += UNIT_SIZE;  in add_distribution_data()
48   else spec->hist[spec_val - spec->low_entry] += UNIT_SIZE;  in add_distribution_data()
54   spec->running_total += spec_val - spec->mean;  in add_distribution_data()
55   spec->running_total_devn += (spec_val - spec->mean)  in add_distribution_data()
56                               * (spec_val - spec->mean);  in add_distribution_data()
58   spec->running_total += spec_val;  in add_distribution_data()
59   spec->running_total_devn += spec_val * spec_val;  in add_distribution_data()
199 int median_normalize_data(spect_dist_info *spec, int spec_val)  in median_normalize_data()  argument
201   return (spec_val - spec->median + spec->offset);  in median_normalize_data()
204 int sv6_normalize_data(spect_dist_info *spec, int spec_val)  in sv6_normalize_data()  argument
206   return (spec_val - spec->sv6 + spec->offset);  in sv6_normalize_data()
210 int mean_normalize_data(spect_dist_info *spec, int spec_val)  in mean_normalize_data()  argument
212   return (spec_val - spec->mean + spec->offset);  in mean_normalize_data()