public GuidedMissileLauncher(WeaponTargeting weapon)
{
m_weaponTarget = weapon;
m_relayPart = RelayClient.GetOrCreateRelayPart(m_weaponTarget.CubeBlock);
this._initialTarget = NoTarget.Instance;
MyWeaponBlockDefinition defn = (MyWeaponBlockDefinition)CubeBlock.GetCubeBlockDefinition();
Vector3[] points = new Vector3[3];
Vector3 forwardAdjust = Vector3.Forward * WeaponDescription.GetFor(CubeBlock).MissileSpawnForward;
points[0] = CubeBlock.LocalAABB.Min + forwardAdjust;
points[1] = CubeBlock.LocalAABB.Max + forwardAdjust;
points[2] = CubeBlock.LocalAABB.Min + Vector3.Up * defn.Size.Y * CubeBlock.CubeGrid.GridSize + forwardAdjust;
MissileSpawnBox = BoundingBox.CreateFromPoints(points);
if (m_weaponTarget.myTurret != null)
{
Log.TraceLog("original box: " + MissileSpawnBox);
MissileSpawnBox.Inflate(CubeBlock.CubeGrid.GridSize * 2f);
}
Log.TraceLog("MissileSpawnBox: " + MissileSpawnBox);
myInventory = ((MyEntity)CubeBlock).GetInventoryBase(0);
Registrar.Add(weapon.CubeBlock, this);
m_weaponTarget.GuidedLauncher = true;
m_gameCooldownTime = TimeSpan.FromSeconds(60d / MyDefinitionManager.Static.GetWeaponDefinition(defn.WeaponDefinitionId).WeaponAmmoDatas[(int)MyAmmoType.Missile].RateOfFire);
Log.TraceLog("m_gameCooldownTime: " + m_gameCooldownTime);
CubeBlock.AppendingCustomInfo += CubeBlock_AppendingCustomInfo;
}
public Turret(IMyCubeBlock block)
: base(block)
{
// definition limits
MyLargeTurretBaseDefinition definition = CubeBlock.GetCubeBlockDefinition() as MyLargeTurretBaseDefinition;
if (definition == null)
{
throw new NullReferenceException("definition");
}
minElevation = Math.Max(MathHelper.ToRadians(definition.MinElevationDegrees), -0.6f);
maxElevation = MathHelper.ToRadians(definition.MaxElevationDegrees);
minAzimuth = MathHelper.ToRadians(definition.MinAzimuthDegrees);
maxAzimuth = MathHelper.ToRadians(definition.MaxAzimuthDegrees);
Can360 = Math.Abs(definition.MaxAzimuthDegrees - definition.MinAzimuthDegrees) >= 360;
// speeds are in rads per ms (from S.E. source)
speedElevation = definition.ElevationSpeed * 100f / 6f;
speedAzimuth = definition.RotationSpeed * 100f / 6f;
setElevation = myTurret.Elevation;
setAzimuth = myTurret.Azimuth;
// subparts for turrets form a chain
var subparts = ((MyCubeBlock)CubeBlock).Subparts;
while (subparts.Count != 0)
{
m_barrel = subparts.FirstPair().Value;
subparts = m_barrel.Subparts;
}
//Log.DebugLog("definition limits = " + definition.MinElevationDegrees + ", " + definition.MaxElevationDegrees + ", " + definition.MinAzimuthDegrees + ", " + definition.MaxAzimuthDegrees, "Turret()");
//Log.DebugLog("radian limits = " + minElevation + ", " + maxElevation + ", " + minAzimuth + ", " + maxAzimuth, "Turret()");
}