public override void ExplodeEnemy(Vector2 intersectingAngle, IEnemy enemy, Vector2 pos)
{
List <Texture2D> gibTextures = enemy.GetExplodedParts();
for (int i = 0; i < gibTextures.Count; ++i)
{
float randomTorque = (-1 + (Weapon.WEAPON_RANDOM.Next(2) * 2)) * (500000 + (500000f * (float)Weapon.WEAPON_RANDOM.NextDouble()));
float randomDegree = -45f + (90f * (float)Weapon.WEAPON_RANDOM.NextDouble());
float randomForce = Knockback + (1500f * (float)Weapon.WEAPON_RANDOM.NextDouble());
ExplodedPart gib = new ExplodedPart();
gib.LoadContent(gibTextures[i], pos);
//so we dont divide by zero
if (intersectingAngle.X == 0)
{
intersectingAngle.X += 0.000001f;
}
float originalDegrees = (float)Math.Atan2(intersectingAngle.Y, intersectingAngle.X);
float newDegrees = Utilities.NormalizeRadians(originalDegrees) + Utilities.DegreesToRadians(randomDegree);
Vector2 change = new Vector2((float)Math.Cos(newDegrees), (float)Math.Sin(newDegrees));
gib.ApplyLinearForce(change, randomForce);
//should be randomixed
gib.ApplyTorque(randomTorque);
UI.ActiveGibs.Add(gib);
}
}
public override void ExplodeEnemy(Vector2 intersectingAngle, IEnemy enemy, Vector2 pos)
{
List <Texture2D> gibTextures = enemy.GetExplodedParts();
float spreadAngle = 180;
float singleAngle = (spreadAngle / (float)gibTextures.Count);
float startingPoint = singleAngle * gibTextures.Count / 2;
for (int i = 0; i < gibTextures.Count; ++i)
{
ExplodedPart gib = new ExplodedPart();
gib.LoadContent(gibTextures[i], pos);
Vector2 halfAngle = Utilities.RadiansToVector2(Utilities.DegreesToRadians(-30));
gib.ApplyLinearForce(intersectingAngle - (halfAngle) + (i * 2 * halfAngle), Knockback);
//should be randomixed
gib.ApplyTorque(5000f);
UI.ActiveGibs.Add(gib);
}
}