266 double vtkStreamTracer::ConvertToLength(double interval, int unit, double cellLength)  in ConvertToLength()  argument
275     retVal = interval * cellLength;  in ConvertToLength()
282   vtkStreamTracer::IntervalInformation& interval, double cellLength)  in ConvertToLength()  argument
284   return ConvertToLength(interval.Interval, interval.Unit, cellLength);  in ConvertToLength()
289   double& step, double& minStep, double& maxStep, int direction, double cellLength)  in ConvertIntervals()  argument
292     this->ConvertToLength(this->InitialIntegrationStep, this->IntegrationStepUnit, cellLength);  in ConvertIntervals()
297       this->ConvertToLength(this->MinimumIntegrationStep, this->IntegrationStepUnit, cellLength);  in ConvertIntervals()
303       this->ConvertToLength(this->MaximumIntegrationStep, this->IntegrationStepUnit, cellLength);  in ConvertIntervals()
835     double cellLength;  in Integrate()  local
844     cellLength = sqrt(static_cast<double>(cell->GetLength2()));  in Integrate()
849       this->ConvertIntervals(stepSize.Interval, minStep, maxStep, direction, cellLength);  in Integrate()
955           stepSize.Interval = this->ConvertToLength(aStep, cellLength);  in Integrate()
959           stepSize.Interval = this->ConvertToLength(aStep, cellLength) * (-1.0);  in Integrate()
1024       cellLength = sqrt(static_cast<double>(cell->GetLength2()));  in Integrate()
1090       this->ConvertIntervals(step, minStep, maxStep, direction, cellLength);  in Integrate()