void addWeapons(ShipModelComponent component, ShipBonusComponent bonusComponent, Entity e)
{
float missileSpawnDelay = bonusComponent == null ? component.missileSpawnDelay : component.missileSpawnDelay * (1.0f - bonusComponent.fireRateBoost);
float secondaryMissileSpawnDelay = bonusComponent == null ? component.secondaryMissileSpawnDelay : component.secondaryMissileSpawnDelay * (1.0f - bonusComponent.fireRateBoost);
float damageFactor = bonusComponent == null ? 1.0f : 1.0f + bonusComponent.damageBoost;
e.AddMissileSpawner(0.0f, (int)((float)component.missileDamage * damageFactor), missileSpawnDelay, ResourceWithColliders.MissilePrimary, new Vector2(0.0f, component.missileVelocity), CollisionTypes.Player);
if (component.hasSecondaryMissiles)
{
List<Entity> children = e.parent.children;
for (int i = 0; i < children.Count; i++)
{
Entity child = children[i];
if (child.isSecondaryWeapon)
{
child.AddMissileSpawner(0.0f, (int)((float)component.secondaryMissileDamage * damageFactor), secondaryMissileSpawnDelay, ResourceWithColliders.MissileSecondary, new Vector2(0.0f, component.secondaryMissileVelocity), CollisionTypes.Player);
}
}
}
}
public void provide(Entity e, int damage, EnemyModel component)
{
damage = (int)(damage * getDamageFactor());
switch (component.weapon)
{
case WeaponTypes.Circle:
e.AddCircleMissileSpawner(component.amount, damage, component.time, component.spawnDelay, component.weaponResource,
component.velocity * getMissileSpeedFactor(), CollisionTypes.Enemy);
break;
case WeaponTypes.CircleRotated:
e.AddCircleMissileRotatedSpawner(component.amount, damage, component.waves, component.angle, component.angleOffset,
component.time, component.spawnDelay, component.weaponResource, component.velocity * getMissileSpeedFactor(), CollisionTypes.Enemy);
break;
case WeaponTypes.Dispersion:
e.AddDispersionMissileSpawner(component.time, damage, component.spawnDelay, component.angle, component.weaponResource,
component.velocity * getMissileSpeedFactor(), CollisionTypes.Enemy);
break;
case WeaponTypes.Home:
e.AddHomeMissileSpawner(component.time, component.spawnDelay, damage, component.weaponResource, component.velocity * getMissileSpeedFactor(),
component.startVelocity, component.followDelay, component.selfDestructionDelay, CollisionTypes.Enemy);
break;
case WeaponTypes.Laser:
e.AddLaserSpawner(0.0f, component.velocity, component.velocity, component.angle, Vector2.up, CollisionTypes.Enemy, damage, component.weaponResource, null);
break;
case WeaponTypes.Multiple:
e.AddMultipleMissileSpawner(component.amount, damage, 0, component.timeDelay, component.delay, component.time,
component.spawnDelay, component.weaponResource, component.randomPositionOffsetX, component.startVelocity * getMissileSpeedFactor(), CollisionTypes.Enemy);
break;
case WeaponTypes.Single:
e.AddMissileSpawner(component.time, damage, component.spawnDelay, component.weaponResource, component.startVelocity * getMissileSpeedFactor(), CollisionTypes.Enemy);
break;
case WeaponTypes.Target:
e.AddTargetMissileSpawner(component.time, damage, component.spawnDelay, component.weaponResource, component.velocity * getMissileSpeedFactor(),
CollisionTypes.Enemy, CollisionTypes.Player);
break;
}
}
public override void Execute(Entity entity, EnemyModel model)
{
base.Execute(entity, model);
entity.AddMissileSpawner(model.time, 0, model.spawnDelay, model.weaponResource, model.startVelocity, CollisionTypes.Enemy);
}