private IMoveableSection getSliceOfArea(double Area, SLiceType sliceType)
{
double ConvergenceTolerance = this.A * 0.0001;
double targetAreaDelta = 0.0;
double AxisLocationDistanceMin = 0.0;
double AxisLocationDistanceMax = this.YMax - this.YMin;
//Iterate until the slice area is as required
targetArea = Area;
if (sliceType == SLiceType.Bottom)
{
double SliceAxisOffsetFromTop = RootFinding.Brent(new FunctionOfOneVariable(BottomAreaDeltaCalculationFunction),
AxisLocationDistanceMin, AxisLocationDistanceMax,
ConvergenceTolerance, targetAreaDelta);
}
else
{
double SliceAxisOffsetFromTop = RootFinding.Brent(new FunctionOfOneVariable(TopAreaDeltaCalculationFunction),
AxisLocationDistanceMin, AxisLocationDistanceMax,
ConvergenceTolerance, targetAreaDelta);
}
return(cutSection); //the section was stored during the iteration
}
private IMoveableSection getSliceOfArea(double Area, SLiceType sliceType)
{
double ConvergenceTolerance = this.A * 0.0001;
double targetAreaDelta = 0.0;
double AxisLocationDistanceMin = 0.0;
double AxisLocationDistanceMax = this.YMax - this.YMin;
//Iterate until the slice area is as required
targetArea = Area;
if (sliceType == SLiceType.Bottom)
{
double SliceAxisOffsetFromTop = RootFinding.Brent(new FunctionOfOneVariable(BottomAreaDeltaCalculationFunction),
AxisLocationDistanceMin, AxisLocationDistanceMax,
ConvergenceTolerance, targetAreaDelta);
}
else
{
double SliceAxisOffsetFromTop = RootFinding.Brent(new FunctionOfOneVariable(TopAreaDeltaCalculationFunction),
AxisLocationDistanceMin, AxisLocationDistanceMax,
ConvergenceTolerance, targetAreaDelta);
}
return cutSection; //the section was stored during the iteration
}
