private Figure curbDeformation(Point3 ptStart, Point3 ptEnd, Screw screw)
{
float distPtStartPtEnd = ptEnd.toVector().substract(ptStart.toVector()).getNorm();
float lScrew = screw.aplicationPoint.substract(ptStart.toVector()).getNorm();
Figure figure = new Figure();
if (distPtStartPtEnd < 2)
{
return(figure);
}
Projector projector = new Projector(Projector.getUsualBase());
projector.constructFinalBase(ptEnd.toVector().substract(ptStart.toVector()), ptStart.toVector());
FloatVector ptStartFinalBase = projector.projectToFinalBase(ptStart.toVector())
, ptEndFinalBase = projector.projectToFinalBase(ptEnd.toVector());
Screw screwFinalBase = screw.project(projector, true);
float l = distPtStartPtEnd;
float k = lScrew;
FunctionPolynomial ftcStartY = this.getDeformationFunctionY(l, k, screwFinalBase.N, screwFinalBase.Y, true, 2);
//FunctionPolynomial ftcStartZ = this.getDeformationFunctionZ(l, k, screwFinalBase.M, screwFinalBase.Z, true, 2);
FunctionPolynomial ftcEndY = this.getDeformationFunctionY(l, k, screwFinalBase.N, screwFinalBase.Y, false, 2);
//FunctionPolynomial ftcEndZ = this.getDeformationFunctionZ(l, k, screwFinalBase.M, screwFinalBase.Z, false, 2);
FloatVector pointResult = ptStartFinalBase.vectorWhithAllCoordinatesEquals(0);
float X = ptStartFinalBase[0];
do
{
pointResult = ptStartFinalBase.vectorWhithAllCoordinatesEquals(0);
//pointResult[0] = X;
if (X == 999)
{
;
}
if (X < lScrew)
{
pointResult[1] = ftcStartY.calcY(X) / (this.E * this.IGz);
//pointResult[2] = ftcStartZ.calcY(X) / (this.E * this.IGz);
}
else
{
pointResult[1] = ftcEndY.calcY(X) / (this.E * this.IGz);
//pointResult[2] = ftcEndZ.calcY(X) / (this.E * this.IGz);
}
X += 1;
figure.Add(projector.projectToOriginalBase(pointResult, false).toPoint3());
}while (X <= ptEndFinalBase[0]);
return(figure);
}
private Figure normalDeformation(Point3 ptStart, Point3 ptEnd, Screw screwPtStart)
{
float distPtStartPtEnd = ptEnd.toVector().substract(ptStart.toVector()).getNorm();
Figure figure = new Figure();
if (distPtStartPtEnd < 2)
{
return(figure);
}
Projector projector = new Projector(Projector.getUsualBase());
projector.constructFinalBase(ptEnd.toVector().substract(ptStart.toVector()), ptStart.toVector());
FloatVector ptStartFinalBase = projector.projectToFinalBase(ptStart.toVector())
, ptEndFinalBase = projector.projectToFinalBase(ptEnd.toVector());
Screw screwPtStartFinalBase = screwPtStart.project(projector, true);
float l = distPtStartPtEnd;
FunctionPolynomial ftcY = this.getDeformationFunctionY(l, 0, screwPtStartFinalBase.N, screwPtStartFinalBase.Y, true, 0);
//FunctionPolynomial ftcZ = this.getDeformationFunctionZ(l, 0, screwPtStartFinalBase.M, - screwPtStartFinalBase.Z, true, 0);
FloatVector pointResult = ptStartFinalBase.vectorWhithAllCoordinatesEquals(0);
float X = ptStartFinalBase[0];
do
{
if (X == 1)
{
;
}
if (X == 1000)
{
;
}
if (X == 2000)
{
;
}
pointResult = ptStartFinalBase.vectorWhithAllCoordinatesEquals(0);
//pointResult[0] = X;
pointResult[1] = ftcY.calcY(X) / (this.E * this.IGz);
//pointResult[2] = ftcZ.calcY(X)/ (this.E * this.IGz);
X += 1;
figure.Add(projector.projectToOriginalBase(pointResult, false).toPoint3());
}while (X <= ptEndFinalBase[0]);
return(figure);
}
