private Vector Transform(Vector v)
{
float a, r;
r = v.Origin.Length();
a = Data.Arctan(v.Origin.Y, v.Origin.X);
return new Vector(new Vector3(MULT * r * (float)Math.Cos(a), MULT * r * (float)Math.Sin(a), 0f), v.delta, color);
}
private void UpdateVisual()
{
if (instant)
{
Vectors[1] = new Vector(Vectors[1].Origin, new Vector3(0f, height * (Ready ? 1 : time / RechargeTime), 0f), Ready ? ReadyColor : Color.Lerp(WaitingColor, ReadyColor, time / RechargeTime));
}
else
{
Vectors[1] = new Vector(Vectors[1].Origin, new Vector3(0f, height * time / (Recharging ? RechargeTime : UseTime), 0f), Ready ? ReadyColor : Color.Lerp(WaitingColor, ReadyColor, time / RechargeTime));
}
}
public Plane(Vector c1, Vector c2, Vector c3, Vector c4)
{
}
/// <summary>
/// Make front and back vectors and take others from side planes
/// </summary>
private void MakeVectors(Vector3 position, Vector3 r, float i1, Plane previous, Plane next, float deltaY)
{
Vector prev = previous.v2;
v1 = new Vector(position, r * i1, baseColor);
v2 = next.v3;
v3 = prev;
v4 = new Vector(position + prev.delta, r * i1, baseColor);
}
/// <summary>
/// Make a plane with all vectors
/// </summary>
private void MakeVectors(Vector3 position, Vector3 r, Vector3 s, float i1, float i2, float deltaY)
{
v1 = new Vector(position, r * i1, baseColor); // front
v2 = new Vector(position, s * i2 + Vector3.Up * deltaY, baseColor); // right
v3 = new Vector(position + r * i1, s * i2 + Vector3.Up * deltaY, baseColor); // left
v4 = new Vector(position + s * i2 + Vector3.Up * deltaY, r * i1, baseColor); // back
}
