public override bool Compare(DominoDefinition dominoDefinition)
{
if ((dominoDefinition is PathDomino))
{
PathDomino d = dominoDefinition as PathDomino;
if (!d.xCoordinates.SequenceEqual(this.xCoordinates) || !d.yCoordinates.SequenceEqual(this.yCoordinates))
{
return(false);
}
return(true);
}
return(false);
}
public override DominoDefinition TransformDefinition(float move_x, float move_y, int i, int j, int width, int height)
{
PathDomino d = new PathDomino();
d.ProtocolDefinition = TransformProtocol(i, j, width, height);
float[] xCoord = new float[xCoordinates.Length];
float[] yCoord = new float[xCoordinates.Length];
for (int k = 0; k < xCoordinates.Length; k++)
{
xCoord[k] = xCoordinates[k] + move_x;
yCoord[k] = yCoordinates[k] + move_y;
}
d.xCoordinates = xCoord;
d.yCoordinates = yCoord;
return(d);
}
private DominoDefinition GenerateDomino(int diameter, double angle, double domino_angle)
{
double normal_angle = angle + domino_angle / 2;
double x1 = diameter / 2d * Math.Cos(angle);
double y1 = diameter / 2d * Math.Sin(angle);
double x2 = diameter / 2d * Math.Cos(angle + domino_angle);
double y2 = diameter / 2d * Math.Sin(angle + domino_angle);
double x4 = diameter / 2d * Math.Cos(angle) + Math.Cos(normal_angle) * domino_height;
double y4 = diameter / 2d * Math.Sin(angle) + Math.Sin(normal_angle) * domino_height;
double x3 = diameter / 2d * Math.Cos(angle + domino_angle) + Math.Cos(normal_angle) * domino_height;
double y3 = diameter / 2d * Math.Sin(angle + domino_angle) + Math.Sin(normal_angle) * domino_height;
PathDomino d = new PathDomino()
{
xCoordinates = new float[] { (float)x1, (float)x2, (float)x3, (float)x4 },
yCoordinates = new float[] { (float)y1, (float)y2, (float)y3, (float)y4 }
};
return(d);
}
public DominoDefinition CreateDomino(double theta)
{
double normal_angle = GetTangentAngle(theta); // mal sehen ob das passt
double x1 = getPoint(theta).X + 0.5d * (double)domino_width * Math.Cos(0.5d * Math.PI - normal_angle) - 0.5d * (double)domino_height * Math.Cos(normal_angle);
double y1 = getPoint(theta).Y - 0.5d * (double)domino_width * Math.Sin(0.5d * Math.PI - normal_angle) - 0.5d * (double)domino_height * Math.Sin(normal_angle);
double x2 = x1 - (double)domino_width * Math.Cos(0.5d * Math.PI - normal_angle);
double y2 = y1 + (double)domino_width * Math.Sin(0.5d * Math.PI - normal_angle);
double x3 = x2 + Math.Cos(normal_angle) * (double)domino_height;
double y3 = y2 + Math.Sin(normal_angle) * (double)domino_height;
double x4 = x3 + (double)domino_width * Math.Cos(0.5d * Math.PI - normal_angle);
double y4 = y3 - (double)domino_width * Math.Sin(0.5d * Math.PI - normal_angle);
PathDomino d = new PathDomino()
{
xCoordinates = new float[] { (float)x1, (float)x2, (float)x3, (float)x4 },
yCoordinates = new float[] { (float)y1, (float)y2, (float)y3, (float)y4 }
};
return(d);
}
