/*
* public RoofPlane(Coordinate RidgePt1, Coordinate RidgePt2, double RidgeEle, Coordinate EavePt1, Coordinate EavePt2, double EaveEle)
* {
* this.RidgePt1 = RidgePt1;
* this.RidgePt2 = RidgePt2;
* this.RidgeEle = RidgeEle;
* this.EavePt1 = EavePt1;
* this.EavePt2 = EavePt2;
* this.EaveEle = EaveEle;
* AddEaveLine(EavePt1, EavePt2, EaveEle);
* AddRidgeLine(RidgePt1, RidgePt2, RidgeEle);
* }
*/
public RoofPlane(List <Coordinate> RidgeLine, double RidgeEle, List <Coordinate> EaveLine, double EaveEle)
{
if (EaveLine.Count >= 2 & RidgeLine.Count >= 2)
{
Coordinate p1 = RidgeLine[0];
Coordinate p2 = RidgeLine[1];
PvDesktopUtilityFunction util = new PvDesktopUtilityFunction();
Coordinate[] site = new Coordinate[5];
//Darw edge
double L1, L2;
L1 = util.Distance(RidgeLine[0], EaveLine[0]);
L2 = util.Distance(RidgeLine[0], EaveLine[1]);
if (L1 <= L2)
{
site[0] = RidgeLine[0];
site[1] = RidgeLine[1];
site[2] = EaveLine[1];
site[3] = EaveLine[0];
site[4] = RidgeLine[0];
AddRidgeLine(RidgeLine[0], RidgeLine[1], RidgeEle);
AddEaveLine(EaveLine[0], EaveLine[1], EaveEle);
}
else
{
site[0] = RidgeLine[0];
site[1] = RidgeLine[1];
site[2] = EaveLine[0];
site[3] = EaveLine[1];
site[4] = RidgeLine[0];
AddRidgeLine(RidgeLine[0], RidgeLine[1], RidgeEle);
AddEaveLine(EaveLine[1], EaveLine[0], EaveEle);
}
}
}
internal void DrawRoofPland(DotSpatial.Controls.Map pvMap)
{
PvDesktopUtilityFunction util = new PvDesktopUtilityFunction();
util.DrawLine(RidgeLine.Point1, RidgeLine.Point2, 1, Color.Red, pvMap);
util.DrawLine(RidgeLine.Point2, EaveLine.Point2, 1, Color.Magenta, pvMap);
util.DrawLine(EaveLine.Point2, EaveLine.Point1, 1, Color.Magenta, pvMap);
util.DrawLine(EaveLine.Point1, RidgeLine.Point1, 1, Color.Magenta, pvMap);
}
public List <Coordinate> getPvPointOnRoofPlane(double SpacingX, double SpacingY, double ShiftX, double ShiftY, double roofAngle, double RefEle, bool swith = false)
{
List <Coordinate> mC = new List <Coordinate>();
PvDesktopUtilityFunction util = new PvDesktopUtilityFunction();
double ang = 0;
if (ridgeLine.Point1.X != ridgeLine.Point2.X)
{
ang = Math.Atan((ridgeLine.Point2.Y - ridgeLine.Point1.Y) / (ridgeLine.Point2.X - ridgeLine.Point1.X)) * 180 / Math.PI;
}
Coordinate c = getMidRoof();
Coordinate[] site = new Coordinate[5];
//Darw edge
double L1, L2;
L1 = util.Distance(RidgeLine.Point1, EaveLine.Point1);
L2 = util.Distance(RidgeLine.Point1, EaveLine.Point2);
if (L1 <= L2)
{
site[0] = new Coordinate(RidgeLine.Point1);
site[1] = new Coordinate(RidgeLine.Point2);
site[2] = new Coordinate(EaveLine.Point2);
site[3] = new Coordinate(EaveLine.Point1);
site[4] = new Coordinate(RidgeLine.Point1);
}
else
{
site[0] = new Coordinate(RidgeLine.Point1);
site[1] = new Coordinate(RidgeLine.Point2);
site[2] = new Coordinate(EaveLine.Point1);
site[3] = new Coordinate(EaveLine.Point2);
site[4] = new Coordinate(RidgeLine.Point1);
}
for (int i = 0; i < 5; i++)
{
site[i].X -= c.X;
site[i].Y -= c.Y;
}
mC.Clear();
int iSwitch = 0;
double dSwitch = 0;
for (double y = -50; y <= 50; y += SpacingY)
{
for (double x = -50; x <= 50; x += SpacingX)
{
if (swith == false & util.IsOdd(iSwitch))
{
dSwitch = 0;
}
else
{
dSwitch = SpacingX / 2;
}
double actualX = x + dSwitch;
double actualY = y * Math.Cos(roofAngle * Math.PI / 180);
double actualZ = RefEle + y * Math.Sin(roofAngle * Math.PI / 180);
Coordinate xy = util.Rotate(actualX + ShiftX, actualY + ShiftY, ang);
double xx = xy.X;
double yy = xy.Y;
//if (util.PointInPolygon(site, xx, yy) == true)
if (IsPointInPolygon(site, xy) == true)
{
mC.Add(new Coordinate(xx + c.X, yy + c.Y, actualZ));
}
}
iSwitch++;
}
return(mC);
}
