int main()
{
std::vector<double> testC;
testC.push_back(1);
testC.push_back(4);
testC.push_back(6);
testC.push_back(9);
testC.push_back(2);
testC.push_back(7);
std::cout<< "Average:" <<averageOfContainer<double>(testC) << std::endl;
std::cout<<"Standard Diviation:" << standardDiviation(testC)<< std::endl;
std::cout<<"Timing of sd: " << timingOfFunction(standardDiviation(testC)) << std::endl;
std::cout<<"Average timing of sd: "<<averageTime(standardDiviation(testC)) << std::endl;
return 0;
}
void clockTimer::write()
{
if(time_.outputTime())
{
if(Pstream::master() && writeOut_)
{
scalarField timeField(1, time_.timeOutputValue());
scalarField instantDuration(1, averageTimeWriteInterval());
scalarField cumulDuration(1, averageTime());
// fileName casePath(time_.path());
// writeTimeData
// (
// timePath_,
// "cpuTimeProcess_"+fieldName_+"_instant.xy",
// timeField,
// instantTimeDuration_,
// true
// );
writeTimeData
(
timePath_,
"cpuTimeProcess_"+fieldName_+"_instant.xy",
timeField,
instantDuration,
true
);
writeTimeData
(
timePath_,
"cpuTimeProcess_"+fieldName_+"_average.xy",
timeField,
cumulDuration,
true
);
}
// reset
instTimeIndex_ = 0.0;
instantDuration_ = 0.0;
}
}
void AddContolPoint(Vector vp, float t){
if(n == 1){
vs[0] = (vp - cps[0]) * (1 / (t-ts[0]));
}
if(n < n_circles){
cps[n] = vp;
ts[n] = t;
n++;
}
if(n == n_circles){
cps[n] = cps[0];
catmull_idoplus = averageTime();
ts[n] = ts[n-1] + catmull_idoplus;
vs[n] = vs[0];
calculateSpeed();
n++;
}
}
void clockTimer::stopClock()
{
timeval endTime;
// timespec endTime;
scalar seconds = 0.0;
scalar useconds = 0.0;
// clock_gettime(CLOCK_MONOTONIC, &endTime);
gettimeofday(&endTime, NULL);
seconds = endTime.tv_sec - lastTime_.tv_sec;
// nseconds = endTime.tv_nsec - lastTime_.tv_nsec;
useconds = endTime.tv_usec - lastTime_.tv_usec;
scalar duration = seconds + (useconds*1e-6);
duration_ = duration;
instantDuration_ += duration;
totalDuration_ += duration;
instTimeIndex_ += 1.0;
timeIndex_ += 1.0;
Info<< "Duration: " << fieldName_ << ", inst. = " << duration
<< " s av. write int. = " << averageTimeWriteInterval()
<< " s av. sim. = " << averageTime()
<< " s tot. = " << totalDuration_ << " s"
<< endl;
// elapsedMicroCpuField_[index_] = duration_;
// elapsedCpuField_[index_] = time_.elapsedCpuTime();
write();
}
void PerformanceRecordWidget::sortMenu() {
QMenu* menu = new QMenu();
QActionGroup* timeActions = new QActionGroup(this);
QActionGroup* sortActions = new QActionGroup(this);
QActionGroup* showActions = new QActionGroup(this);
timeActions->addAction(useAverageTime_);
timeActions->addAction(useLastTime_);
menu->addAction(useAverageTime_);
menu->addAction(useLastTime_);
menu->addSeparator();
sortActions->addAction(sortByTotalProcessTime_);
sortActions->addAction(sortByBeforeProcessTime_);
sortActions->addAction(sortByProcessTime_);
sortActions->addAction(sortByAfterProcessTime_);
menu->addAction(sortByTotalProcessTime_);
menu->addAction(sortByBeforeProcessTime_);
menu->addAction(sortByProcessTime_);
menu->addAction(sortByAfterProcessTime_);
menu->addSeparator();
showActions->addAction(showTotalProcessTime_);
showActions->addAction(showBeforeProcessTime_);
showActions->addAction(showProcessTime_);
showActions->addAction(showAfterProcessTime_);
menu->addAction(showTotalProcessTime_);
menu->addAction(showBeforeProcessTime_);
menu->addAction(showProcessTime_);
menu->addAction(showAfterProcessTime_);
menu->addSeparator();
menu->addAction(clearTreeWhenRecordsUpdate_);
menu->addSeparator();
menu->addAction(resetPerformanceRecords_);
QAction* action = menu->exec(QCursor::pos());
if (action) {
if(action == sortByTotalProcessTime_) {
emit sort(PerformanceRecordTreeWidget::TimeTypeTotalProcess);
}
else if (action == sortByBeforeProcessTime_) {
emit sort(PerformanceRecordTreeWidget::TimeTypeBeforeProcess);
}
else if (action == sortByProcessTime_) {
emit sort(PerformanceRecordTreeWidget::TimeTypeProcess);
}
else if (action == sortByAfterProcessTime_) {
emit sort(PerformanceRecordTreeWidget::TimeTypeAfterProcess);
}
if (action == showTotalProcessTime_) {
emit show(PerformanceRecordTreeWidget::TimeTypeTotalProcess);
}
else if (action == showBeforeProcessTime_) {
emit show(PerformanceRecordTreeWidget::TimeTypeBeforeProcess);
}
else if (action == showProcessTime_) {
emit show(PerformanceRecordTreeWidget::TimeTypeProcess);
}
else if (action == showAfterProcessTime_) {
emit show(PerformanceRecordTreeWidget::TimeTypeAfterProcess);
}
if (action == useAverageTime_ || action == useLastTime_) {
emit averageTime(useAverageTime_->isChecked());
}
if (action == clearTreeWhenRecordsUpdate_) {
tree_->clearTreeOnUpdate_ = clearTreeWhenRecordsUpdate_->isChecked();
}
if (action == resetPerformanceRecords_) {
emit clearRecords();
}
saveSettings();
}
}
