public static int ComputeBeamProjectileDamage(Projectile projectile)
{
var config = DestructibleTilesConfig.Instance;
int damage = DestructibleTilesProjectile.ComputeProjectileDamage(projectile);
return((int)((float)damage * config.BeamDamageScale));
}
////////////////
public void BehaviorAsKinetic(Projectile projectile, Vector2 oldVelocity)
{
var config = DestructibleTilesConfig.Instance;
var rect = new Rectangle(
(int)projectile.position.X + (int)oldVelocity.X,
(int)projectile.position.Y + (int)oldVelocity.Y,
projectile.width,
projectile.height
);
bool onlySometimesRespects;
bool respectsPlatforms = ProjectileAttributeHelpers.DoesVanillaProjectileHitPlatforms(
projectile,
out onlySometimesRespects
) && !onlySometimesRespects;
int damage = DestructibleTilesProjectile.ComputeProjectileDamage(projectile);
IList <(ushort, ushort)> hits = DestructibleTilesProjectile.FindNearbyHittableTiles(
projectile.Center,
rect,
respectsPlatforms
);
if (config.DebugModeInfo)
{
this.OutputKineticProjectileDebugInfo(projectile, oldVelocity, hits);
}
foreach ((ushort x, ushort y) in hits)
{
DestructibleTilesProjectile.HitTile(damage, x, y, hits.Count);
}
}
public void BehaviorAsAoE(Projectile projectile)
{
var config = DestructibleTilesConfig.Instance;
var projDef = new ProjectileDefinition(projectile.type);
ProjectileStateDefinition projExploDef = config.ProjectilesAsAoE[projDef];
if (!projExploDef.IsProjectileMatch(projectile))
{
return;
}
int tileX = (int)projectile.position.X >> 4;
int tileY = (int)projectile.position.Y >> 4;
int damage = DestructibleTilesProjectile.ComputeProjectileDamage(projectile);
if (config.DebugModeInfo)
{
Main.NewText("RADIUS - " + projDef.ToString() + ", radius:" + projExploDef.Amount + ", damage:" + damage);
}
DestructibleTilesProjectile.HitTilesInRadius(tileX, tileY, projExploDef.Amount, damage);
}
