public Point(double par1, double par2, PointRepresentation pr)
{
if (pr == PointRepresentation.Polar)
{
r = par1; a = par2;
}
else
{
r = RadiusGivenXy(par1, par2);
a = AngleGivenXy(par1, par2);
}
}
public Point(PointRepresentation rep, double val1, double val2)
{
if (rep == PointRepresentation.Rectengular)
{
this.R = ConvToR(val1, val2);
this.A = ConvToA(val1, val2);
}
else
{
this.R = val1;
this.A = val2;
}
}
public Point(double par1, double par2, PointRepresentation pr)
{
if (pr == PointRepresentation.Polar)
{
_radius = par1;
_angle = par2;
}
else
{
_radius = GetRadiusXy(par1, par2);
_angle = GetAngleXy(par1, par2);
}
}
public Point(PointRepresentation represenation, double rValue, double AValues)
{
if (represenation != PointRepresentation.Rectangular)
{
r = rValue;
A = AValues;
}
else
{
r = Math.Sqrt(Math.Pow(rValue, 2) + Math.Pow(AValues, 2));
A = Math.Atan2(AValues, rValue);
}
}
public Point(PointRepresentation represenation, double firstValue, double secondValue)
{
if (represenation == PointRepresentation.Rectangular)
{
this.r = Math.Sqrt(Math.Pow(firstValue, 2) + Math.Pow(secondValue, 2));
this.A = Math.Atan2(secondValue, firstValue);
}
else
{
this.r = firstValue;
this.A = secondValue;
}
}
// Constructorul cu cei 3 parametri
public Point(PointRepresentation pr, double a, double b)
{
if (pr == PointRepresentation.Polar)
{
raza = a;
unghiul = b;
}
if (pr == PointRepresentation.Rectangular)
{
raza = RadiusR(a, b);
unghiul = AngleA(a, b);
}
}
public Point(PointRepresentation p, double a, double b)
{
if (p == PointRepresentation.Polar)
{
radius = a;
angle = b;
}
if (p == PointRepresentation.Rectangular)
{
radius = RadiusXY(a, b);
angle = AngleXY(a, b);
}
}
// tipul de reprezentare este cel polar
// constructor
public Point(PointRepresentation pr, double n1, double n2)
{
if (pr == PointRepresentation.Polar)
{
radius = n1; angle = n2;
}
else if (pr == PointRepresentation.Rectangular)
{
radius = RadiusGivenXy(n1, n2);
angle = AngleGivenXy(n1, n2);
}
else
{
throw new Exception("Situație imprevizibilă!");
}
}
public Point(PointRepresentation pr, float a_r, float b_A)
{
if (pr == PointRepresentation.Polar)
{
_r = a_r;
_A = b_A;
_a = Get_a();
_b = Get_b();
}
if (pr == PointRepresentation.Rectangular)
{
_a = a_r;
_b = b_A;
_r = Get_r();
_A = Get_A();
}
}
public Point(PointRepresentation pr, float ar, float bA)
{
if (pr == PointRepresentation.Polar)
{
rr = ar;
AA = bA;
aa = aGet();
bb = bGet();
}
if (pr == PointRepresentation.Rectangular)
{
aa = ar;
bb = bA;
rr = rGet();
AA = AGet();
}
}
public Point(PointRepresentation pr, float ar, float bA)
{
if (pr == PointRepresentation.Polar)
{
ad = ar;
AF = bA;
ab = aGet();
ac = bGet();
}
if (pr == PointRepresentation.Rectangular)
{
ab = ar;
ac = bA;
ad = rGet();
AF = AGet();
}
}
public void UpdateAngularRepresentation(Point centroid)
{
DistanceFromCentroid = PointRepresentation.DistanceTo(centroid);
AngleRelativeToCentroid = Angle.FromRadians(Math.Atan2(Y, X));
}
