public PlenumKneeBrace(string name, Point centerPoint, HorizontalOrientationEnum horizontalOrientation)
{
geometry = new GeometryManager();
Name = name;
CenterPoint = centerPoint;
BottomLeftPoint = new Point("Bottom Left Point", CenterPoint.X - Width / 2, CenterPoint.Y - Height / 2);
BottomRightPoint = new Point("Bottom Right Point", BottomLeftPoint.X + Width, BottomLeftPoint.Y);
TopRightPoint = new Point("Top Right Point", BottomRightPoint.X, BottomLeftPoint.Y + Height);
TopLeftPoint = new Point("Top Left Point", BottomLeftPoint.X, TopRightPoint.Y);
if (horizontalOrientation == HorizontalOrientationEnum.Right)
{
SecondHolePoint = MyMath.FindPointAtAngle(CenterPoint, 2, TriangleSide.C, 30, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Down);
}
else
{
SecondHolePoint = MyMath.FindPointAtAngle(CenterPoint, 2, TriangleSide.C, 30, HorizontalOrientationEnum.Right, VerticalOrientationEnum.Down);
}
Points = new List <Point>
{
BottomLeftPoint,
BottomRightPoint,
TopRightPoint,
TopLeftPoint,
CenterPoint,
SecondHolePoint
};
}
public KneeBraceClipBrace(string name, Point startpoint, HorizontalOrientationEnum horizontalOrientation)
{
geometry = new GeometryManager();
Name = name;
if (horizontalOrientation == HorizontalOrientationEnum.Right)
{
BottomLeftPoint = startpoint;
BottomRightPoint = new Point("Bottom Right Point", BottomLeftPoint.X + Width, BottomLeftPoint.Y);
TopRightPoint = new Point("Top Right Point", BottomRightPoint.X, BottomLeftPoint.Y + Height);
TopLeftPoint = new Point("Top Left Point", BottomLeftPoint.X, TopRightPoint.Y);
CenterPoint = new Point("Center Point", BottomLeftPoint.X + Width / 2, BottomLeftPoint.Y + Height / 2);
SecondHolePoint = MyMath.FindPointAtAngle(CenterPoint, 2, TriangleSide.C, 30, horizontalOrientation, VerticalOrientationEnum.Up);
}
else
{
BottomRightPoint = startpoint;
BottomLeftPoint = new Point("Bottom Right Point", BottomRightPoint.X - Width, BottomRightPoint.Y);
TopRightPoint = new Point("Top Right Point", BottomRightPoint.X, BottomLeftPoint.Y + Height);
TopLeftPoint = new Point("Top Left Point", BottomLeftPoint.X, TopRightPoint.Y);
CenterPoint = new Point("Center Point", BottomLeftPoint.X + Width / 2, BottomLeftPoint.Y + Height / 2);
SecondHolePoint = MyMath.FindPointAtAngle(CenterPoint, 2, TriangleSide.C, 30, horizontalOrientation, VerticalOrientationEnum.Up);
}
Points = new List <Point>
{
BottomLeftPoint,
BottomRightPoint,
TopRightPoint,
TopLeftPoint,
CenterPoint,
SecondHolePoint
};
}
public KneeBrace(string name, Point startPoint, double distanceBetweenPoints, HorizontalOrientationEnum horizontalOrientation)
{
geometry = new GeometryManager();
Name = name;
Length = distanceBetweenPoints + 4;
Width = 3;
StartPoint = startPoint;
if (horizontalOrientation == HorizontalOrientationEnum.Left)
{
EndPoint = MyMath.FindPointAtAngle(startPoint, distanceBetweenPoints, TriangleSide.C, 90 - KneeBraceAngle, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Up);
BottomCenterPoint = MyMath.FindPointAtAngle(startPoint, 2, TriangleSide.C, 90 - KneeBraceAngle, HorizontalOrientationEnum.Right, VerticalOrientationEnum.Down);
BottomLeftPoint = MyMath.FindPointAtAngle(BottomCenterPoint, 1.5, TriangleSide.B, 90 - KneeBraceAngle, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Down);
BottomRightPoint = MyMath.FindPointAtAngle(BottomLeftPoint, 3, TriangleSide.C, KneeBraceAngle, HorizontalOrientationEnum.Right, VerticalOrientationEnum.Up);
TopRightPoint = MyMath.FindPointAtAngle(BottomRightPoint, Length, TriangleSide.C, 90 - KneeBraceAngle, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Up);
TopLeftPoint = MyMath.FindPointAtAngle(TopRightPoint, 3, TriangleSide.C, KneeBraceAngle, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Down);
}
else
{
EndPoint = MyMath.FindPointAtAngle(startPoint, distanceBetweenPoints, TriangleSide.C, 90 - KneeBraceAngle, HorizontalOrientationEnum.Right, VerticalOrientationEnum.Up);
BottomCenterPoint = MyMath.FindPointAtAngle(startPoint, 2, TriangleSide.C, 90 - KneeBraceAngle, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Down);
BottomLeftPoint = MyMath.FindPointAtAngle(BottomCenterPoint, 1.5, TriangleSide.B, 90 - KneeBraceAngle, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Up);
BottomRightPoint = MyMath.FindPointAtAngle(BottomLeftPoint, 3, TriangleSide.C, KneeBraceAngle, HorizontalOrientationEnum.Right, VerticalOrientationEnum.Down);
TopRightPoint = MyMath.FindPointAtAngle(BottomRightPoint, Length, TriangleSide.C, 90 - KneeBraceAngle, HorizontalOrientationEnum.Right, VerticalOrientationEnum.Up);
TopLeftPoint = MyMath.FindPointAtAngle(TopRightPoint, 3, TriangleSide.C, KneeBraceAngle, HorizontalOrientationEnum.Left, VerticalOrientationEnum.Up);
}
Points = new List <Point>
{
startPoint,
BottomRightPoint,
TopRightPoint,
TopLeftPoint
};
}
public static Point FindPointAtAngle(Point startpoint, double distance, TriangleSide providedSide, double angle, HorizontalOrientationEnum horDirection, VerticalOrientationEnum verDirection)
{
double startingX = startpoint.X;
double startingY = startpoint.Y;
double xmodifier = horDirection == HorizontalOrientationEnum.Left ? -1 : 1;
double ymodifier = verDirection == VerticalOrientationEnum.Up ? 1 : -1;
double aDim = 0;
double bDim = 0;
double cDim = 0;
Point point = null;
switch (providedSide)
{
case TriangleSide.C:
aDim = (distance * Math.Sin(ConvertDegreeValue(angle))) * xmodifier;
bDim = (distance * Math.Cos(ConvertDegreeValue(angle))) * ymodifier;
cDim = distance;
point = new Point("Found Point", startingX + aDim, bDim + startingY);
break;
case TriangleSide.B:
aDim = (distance * Math.Sin(ConvertDegreeValue(angle))) * ymodifier;
bDim = (distance * Math.Cos(ConvertDegreeValue(angle))) * xmodifier;
cDim = distance;
point = new Point("Found Point", startingX + bDim, aDim + startingY);
break;
}
return(point);
}