protected override void RotateCalipers()
{
Console.WriteLine();
Console.WriteLine();
Console.WriteLine();
//A < B
if (angleA < angleB)
{
Console.WriteLine("A < B");
//NewCalipers for A < B
minAngle = angleA;
NewCalipers(1);
//new angle B
angleB = angleB - angleA;
TotalRotatedAngleAmount += angleA;
calAVector1 = new Vector(CaliperA.CenterPoint, CaliperA.P1);
calAVector2 = new Vector(CaliperA.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexOne)]);
Console.WriteLine("CalAvector1: {0}", calAVector1);
Console.WriteLine("CalAvector2: {0}", calAVector2);
angleA = Utility.GetAngle(calAVector1, calAVector2);
}
//B < A
else
{
Console.WriteLine("B < A");
//New calipers for B < A
minAngle = angleB;
NewCalipers(2);
//new angle A
angleA = angleA - angleB;
TotalRotatedAngleAmount += angleB;
calBVector1 = new Vector(CaliperB.CenterPoint, CaliperB.P1);
calBVector2 = new Vector(CaliperB.CenterPoint, form.secondPolygon.points[form.secondPolygon.IncrementIndex(indexTwo)]);
Console.WriteLine("CalBvector1: {0}", calBVector1);
Console.WriteLine("CalBvector2: {0}", calBVector2);
angleB = Utility.GetAngle(calBVector1, calBVector2);
}
Console.WriteLine("CaliperA: {0}", CaliperA);
Console.WriteLine("CaliperB: {0}", CaliperB);
Console.WriteLine("Angle between first caliper is: {0}", angleA);
Console.WriteLine("Angle between second caliper is: {0}", angleB);
Console.WriteLine("Total rotated angle: {0}", TotalRotatedAngleAmount);
form.totalRotatedAngleTextBox.Text = TotalRotatedAngleAmount.ToString();
}
protected override void RotateCalipers()
{
Console.WriteLine();
Console.WriteLine();
Console.WriteLine();
if (angleA < angleB && angleA < angleC && angleA < angleD)
{
Console.WriteLine("A is min");
minAngle = angleA;
NewCalipers(1);
//new minAngle B, C and D
angleB = angleB - angleA;
angleC = angleC - angleA;
angleD = angleD - angleA;
TotalRotatedAngleAmount += angleA;
calAVector1 = new Vector(CaliperA.CenterPoint, CaliperA.P1);
calAVector2 = new Vector(CaliperA.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexOne)]);
Console.WriteLine("CalAvector1: {0}", calAVector1);
Console.WriteLine("CalAvector2: {0}", calAVector2);
angleA = Utility.GetAngle(calAVector1, calAVector2);
}
else if (angleB < angleA && angleB < angleC && angleB < angleD)
{
Console.WriteLine("B is min");
minAngle = angleB;
NewCalipers(2);
//new minAngle A, C and D
angleA = angleA - angleB;
angleC = angleC - angleB;
angleD = angleD - angleB;
TotalRotatedAngleAmount += angleB;
calBVector1 = new Vector(CaliperB.CenterPoint, CaliperB.P1);
calBVector2 = new Vector(CaliperB.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexTwo)]);
Console.WriteLine("CalBvector1: {0}", calBVector1);
Console.WriteLine("CalBvector2: {0}", calBVector2);
angleB = Utility.GetAngle(calBVector1, calBVector2);
}
else if (angleC < angleA && angleC < angleB && angleC < angleD)
{
Console.WriteLine("C is min");
minAngle = angleC;
NewCalipers(3);
//new minAngle A, B and D
angleA = angleA - angleC;
angleB = angleB - angleC;
angleD = angleD - angleC;
TotalRotatedAngleAmount += angleC;
calCVector1 = new Vector(CaliperC.CenterPoint, CaliperC.P1);
calCVector2 = new Vector(CaliperC.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexThree)]);
Console.WriteLine("CalCvector1: {0}", calCVector1);
Console.WriteLine("CalCvector2: {0}", calCVector2);
angleC = Utility.GetAngle(calCVector1, calCVector2);
}
else
{
Console.WriteLine("D is min");
minAngle = angleD;
NewCalipers(4);
//new minAngle A, B, C
angleA = angleA - angleD;
angleB = angleB - angleD;
angleC = angleC - angleD;
TotalRotatedAngleAmount += angleD;
calDVector1 = new Vector(CaliperD.CenterPoint, CaliperD.P1);
calDVector2 = new Vector(CaliperD.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexFour)]);
Console.WriteLine("CalDvector1: {0}", calDVector1);
Console.WriteLine("CalDvector2: {0}", calDVector2);
angleD = Utility.GetAngle(calDVector1, calDVector2);
}
Console.WriteLine("CaliperA: {0}", CaliperA);
Console.WriteLine("CaliperB: {0}", CaliperB);
Console.WriteLine("CaliperC: {0}", CaliperC);
Console.WriteLine("CaliperD: {0}", CaliperD);
Console.WriteLine("Angle between first caliper is: {0}", angleA);
Console.WriteLine("Angle between second caliper is: {0}", angleB);
Console.WriteLine("Angle between third caliper is: {0}", angleC);
Console.WriteLine("Angle between fourth caliper is: {0}", angleD);
Console.WriteLine("Total rotated minAngle: {0}", TotalRotatedAngleAmount);
form.totalRotatedAngleTextBox.Text = TotalRotatedAngleAmount.ToString();
}
protected override void InitialLines()
{
//P is the max for polygon One
//Q is the max for polygon Two
indexOne = form.firstPolygon.indexMaxYPoint;
indexTwo = form.secondPolygon.indexMaxYPoint;
//Initialize them should be two horizontal lines
DrawInitialSupportLines();
//get the vectors associated with the initial caliper A (P)
calAVector1 = new Vector(CaliperA.CenterPoint, CaliperA.P1);
calAVector2 = new Vector(CaliperA.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexOne)]);
//Get the angle between them
angleA = Utility.GetAngle(calAVector1, calAVector2);
Console.WriteLine("Angle between first caliper is: {0}", angleA);
//Get the vectors associated with the initial caliper B (Q)
calBVector1 = new Vector(CaliperB.CenterPoint, CaliperB.P1);
calBVector2 = new Vector(CaliperB.CenterPoint, form.secondPolygon.points[form.secondPolygon.IncrementIndex(indexTwo)]);
angleB = Utility.GetAngle(calBVector1, calBVector2);
Console.WriteLine("Angle between second caliper is: {0}", angleB);
}
protected override void InitialLines()
{
indexOne = form.firstPolygon.indexMaxYPoint;
indexTwo = form.firstPolygon.indexMinYPoint;
indexThree = form.firstPolygon.indexMaxXPoint;
indexFour = form.firstPolygon.indexMinXPoint;
//Initialize them to the top and bottom horizontal lines
DrawInitialSupportLines();
//====================================
//get the vectors associated with the initial caliper A
calAVector1 = new Vector(CaliperA.CenterPoint, CaliperA.P1);
calAVector2 = new Vector(CaliperA.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexOne)]);
//Get the minAngle between them
angleA = Utility.GetAngle(calAVector1, calAVector2);
Console.WriteLine("Angle between first caliper Y is: {0}", angleA);
//Get the vectors associated with the initial caliper B
calBVector1 = new Vector(CaliperB.CenterPoint, CaliperB.P1);
calBVector2 = new Vector(CaliperB.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexTwo)]);
angleB = Utility.GetAngle(calBVector1, calBVector2);
Console.WriteLine("Angle between second caliper Y is: {0}", angleB);
//Get the vectors associated with the initial caliper C
calCVector1 = new Vector(CaliperC.CenterPoint, CaliperC.P1);
calCVector2 = new Vector(CaliperC.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexThree)]);
angleC = Utility.GetAngle(calCVector1, calCVector2);
Console.WriteLine("Angle between first caliper X is: {0}", angleC);
//Get the vectors associated with the initial caliper D
calDVector1 = new Vector(CaliperD.CenterPoint, CaliperD.P1);
calDVector2 = new Vector(CaliperD.CenterPoint, form.firstPolygon.points[form.firstPolygon.IncrementIndex(indexFour)]);
angleD = Utility.GetAngle(calDVector1, calDVector2);
Console.WriteLine("Angle between second caliper X is: {0}", angleD);
}