public void DrawLine(OpenGL gl, ObjectMesh origin, Vector3 target, float MultScale = 1.0f, byte r = 28, byte g = 120, byte b = 186)
{
gl.Color(r, g, b);
gl.Begin(OpenGL.GL_LINE_STRIP);
gl.Vertex(origin.Position.x, origin.Position.y, origin.Position.z);
gl.Vertex((origin.Position.x + target.x) * MultScale, (origin.Position.y + target.y) * MultScale, origin.Position.z);
gl.End();
UpdateMotion();
}
public void DrawSimulatedPath(OpenGL gl, ObjectMesh ball, Vector3 target, float MultScale = 1.0f, byte r = 28, byte g = 120, byte b = 186)
{
gl.Color(r, g, b);
gl.Begin(OpenGL.GL_LINE_STRIP);
gl.Vertex(ball.Position.x, ball.Position.y, ball.Position.z);
for (int i = 0; i < 90; i++)
{
gl.Vertex(ball.Position.x, ball.Position.y, ball.Position.z);
}
gl.End();
}
public bool HasCollidedWith(ObjectMesh target)
{
if ((this.Type == "Circle") && (target.Type == "Circle"))
{
bool xHasNotCollided =
this.Position.x - this.Radius - (this.Velocity.x / 2) > target.Position.x + target.Radius ||
this.Position.x + this.Radius + (this.Velocity.x / 2) < target.Position.x - target.Radius;
bool yHasNotCollided =
this.Position.y - this.Radius + (this.Velocity.y / 2) > target.Position.y + target.Radius ||
this.Position.y + this.Radius - (this.Velocity.y / 2) < target.Position.y - target.Radius;
bool zHasNotCollided =
this.Position.z - this.Radius > target.Position.z + target.Scale.z ||
this.Position.z + this.Radius < target.Position.z - target.Scale.z;
return(!(xHasNotCollided || yHasNotCollided || zHasNotCollided));
}
else if ((this.Type == "Circle"))
{
bool xHasNotCollided =
this.Position.x - this.Radius - (this.Velocity.x / 2) > target.Position.x + target.Scale.x ||
this.Position.x + this.Radius + (this.Velocity.x / 2) < target.Position.x - target.Scale.x;
bool yHasNotCollided =
this.Position.y - this.Radius + (this.Velocity.y / 2) > target.Position.y + target.Scale.y ||
this.Position.y + this.Radius - (this.Velocity.y / 2) < target.Position.y - target.Scale.y;
bool zHasNotCollided =
this.Position.z - this.Radius > target.Position.z + target.Scale.z ||
this.Position.z + this.Radius < target.Position.z - target.Scale.z;
return(!(xHasNotCollided || yHasNotCollided || zHasNotCollided));
}
else
{
bool xHasNotCollided =
this.Position.x - this.Scale.x - (this.Velocity.x / 2) > target.Position.x + target.Scale.x ||
this.Position.x + this.Scale.x + (this.Velocity.x / 2) < target.Position.x - target.Scale.x;
bool yHasNotCollided =
this.Position.y - this.Scale.y + (this.Velocity.y / 2) > target.Position.y + target.Scale.y ||
this.Position.y + this.Scale.y - (this.Velocity.y / 2) < target.Position.y - target.Scale.y;
bool zHasNotCollided =
this.Position.z - this.Scale.z > target.Position.z + target.Scale.z ||
this.Position.z + this.Scale.z < target.Position.z - target.Scale.z;
return(!(xHasNotCollided || yHasNotCollided || zHasNotCollided));
}
}
