130 static inline double computeRunningAvg(double avg, double running_avg, size_t cur_idx) {  in computeRunningAvg()  argument
131     return (running_avg / (cur_idx + 1)) * cur_idx + (avg / (cur_idx + 1));  in computeRunningAvg()
138 static inline double computeStdDev(double square_avg, double running_avg) {  in computeStdDev()  argument
139     return sqrt(square_avg - running_avg * running_avg);  in computeStdDev()
147 …64_t /*time_ns*/, const char *name, size_t size, size_t copies, double running_avg, double std_dev…  in printSummary()  argument
149            name, copies, size, running_avg/1024.0, std_dev/1024.0, min/1024.0,  in printSummary()
183         double running_avg, double square_avg, double min, double max) {  in printColdSummary()  argument
185            name, copies, num_buffers, size, running_avg/1024.0,  in printColdSummary()
186            computeStdDev(running_avg, square_avg)/1024.0, min/1024.0, max/1024.0);  in printColdSummary()
194     double min = 0.0, max = 0.0, running_avg = 0.0, square_avg = 0.0; \
202             running_avg = computeRunningAvg(avg, running_avg, i);     \
228              double std_dev = computeStdDev(square_avg, running_avg); \
229              printSummary(time_ns, name, size, copies, running_avg,   \
256                              running_avg, square_avg, min, max));
378                     delay, running_avg, computeStdDev(square_avg, running_avg), \  in benchmarkSleep()
393                     running_avg, computeStdDev(square_avg, running_avg), min, max));  in benchmarkCpu()