/// <summary>
/// A method called at this object's instantiation. Gives it the approriate information to animate.
/// </summary>
public void StartAnimation(Special spc, Entity u, Entity t, float animationTime, bool accurate)
{
Vector3 start = u.transform.position;
destination = t.transform.position;
xSpeed = ((destination.x - start.x) * Time.deltaTime) / animationTime;
ySpeed = ((destination.y - start.y) * Time.deltaTime) / animationTime;
//Spell will miss - flies past target
if (!accurate)
{
//destination = new Vector3(destination.x * 1.5f, destination.y * 1.5f);
}
//Target is the user
if (Vector3.Distance(u.transform.position, t.transform.position) == 0)
{
targetIsUser = true;
destination = new Vector3(start.x + 2.5f, start.y, 0);
xSpeed = ((destination.x - start.x) * Time.deltaTime) / animationTime;
ySpeed = ((destination.y - start.y) * Time.deltaTime) / animationTime;
//If it's a miss, projectile will fly in opposite direction
if (!accurate)
{
destination = new Vector3(start.x - 5f, start.y, 0);
xSpeed *= -2;
}
}
user = u;
target = t;
hit = accurate;
//A self-targeting skill that misses will simply whif and not appear at all
if (!hit && spc.classification == Special.CLASS.SKILL && spc.type == Special.TYPE.EFFECT)
{
GetComponent <SpriteRenderer>().sprite = null;
}
else
{
GetComponent <SpriteRenderer>().sprite = spc.GetSprite();
}
enemyPosition = target.transform.position;
SetRotation();
}
/// <summary>
/// A method called at this object's instantiation. Gives it the approriate information to animate.
/// </summary>
public void StartAnimation(Special spc, Entity u, Entity t, float animationTime, bool accurate)
{
Vector3 start = u.transform.position;
destination = t.transform.position;
xSpeed = ((destination.x - start.x) * Time.deltaTime) / animationTime;
ySpeed = ((destination.y - start.y) * Time.deltaTime) / animationTime;
//Spell will miss - flies past target
if (!accurate)
{
destination *= 2;
}
//Target is same as user
if (Vector3.Distance(u.transform.position, t.transform.position) == 0 || spc.hitAll)
{
destination = new Vector3(start.x + 2.5f, start.y, 0);
xSpeed = ((destination.x - start.x) * Time.deltaTime) / animationTime;
ySpeed = ((destination.y - start.y) * Time.deltaTime) / animationTime;
//If it's a miss, projectile will fly in opposite direction
if (!accurate)
{
destination = new Vector3(start.x - 5f, start.y, 0);
xSpeed *= -2;
}
}
user = u;
target = t;
hit = accurate;
GetComponent <SpriteRenderer>().sprite = spc.GetSprite();
SetRotation();
}