ConcurrentBag <UnitCalculation> GetTargettedAttacks(UnitCalculation unitCalculation)
{
var attacks = new ConcurrentBag <UnitCalculation>();
Parallel.ForEach(unitCalculation.EnemiesInRangeOf, (enemyAttack) =>
{
if (DamageService.CanDamage(enemyAttack, unitCalculation) && CollisionCalculator.Collides(unitCalculation.Position, unitCalculation.Unit.Radius, enemyAttack.Start, enemyAttack.End))
{
attacks.Add(enemyAttack);
}
});
return(attacks);
}
protected override UnitCalculation GetBestDpsReduction(UnitCommander commander, Weapon weapon, IEnumerable <UnitCalculation> primaryTargets, IEnumerable <UnitCalculation> secondaryTargets)
{
float splashRadius = 0.3f;
var dpsReductions = new Dictionary <ulong, float>();
foreach (var enemyAttack in primaryTargets)
{
float dpsReduction = 0;
var attackLine = GetAttackLine(commander.UnitCalculation.Unit.Pos, enemyAttack.Unit.Pos);
foreach (var splashedEnemy in secondaryTargets)
{
if (CollisionCalculator.Collides(splashedEnemy.Position, splashedEnemy.Unit.Radius + splashRadius, attackLine.Start, attackLine.End))
{
dpsReduction += splashedEnemy.Dps / TimeToKill(weapon, splashedEnemy.Unit, SharkyUnitData.UnitData[(UnitTypes)splashedEnemy.Unit.UnitType]);
}
}
dpsReductions[enemyAttack.Unit.Tag] = dpsReduction;
}
var best = dpsReductions.OrderByDescending(x => x.Value).FirstOrDefault().Key;
return(primaryTargets.FirstOrDefault(t => t.Unit.Tag == best));
}
