public virtual void Init(MyWeaponPropertiesWrapper weaponProperties)
{
m_missileAmmoDefinition = weaponProperties.GetCurrentAmmoDefinitionAs<MyMissileAmmoDefinition>();
Init(weaponProperties, m_missileAmmoDefinition.MissileModelName, false, true, true);
m_canByAffectedByExplosionForce = false;
UseDamageSystem = true;
}
private Ammo(MyAmmoMagazineDefinition ammoMagDef)
{
MyAmmoDefinition ammoDef = MyDefinitionManager.Static.GetAmmoDefinition(ammoMagDef.AmmoDefinitionId);
this.myLogger = new Logger("Ammo", () => ammoMagDef.Id.ToString(), () => ammoDef.Id.ToString());
this.AmmoDefinition = ammoDef;
this.MissileDefinition = AmmoDefinition as MyMissileAmmoDefinition;
this.MagazineDefinition = ammoMagDef;
if (MissileDefinition != null && !MissileDefinition.MissileSkipAcceleration)
{
this.TimeToMaxSpeed = (MissileDefinition.DesiredSpeed - MissileDefinition.MissileInitialSpeed) / MissileDefinition.MissileAcceleration;
this.DistanceToMaxSpeed = (MissileDefinition.DesiredSpeed + MissileDefinition.MissileInitialSpeed) / 2 * TimeToMaxSpeed;
}
else
{
this.TimeToMaxSpeed = 0;
this.DistanceToMaxSpeed = 0;
}
Description = AmmoDescription.CreateFrom(AmmoDefinition);
if (Description == null)
return;
if (Description.ClusterCooldown > 0f)
{
myLogger.debugLog("Is a cluster missile");
IsCluster = true;
}
if (!string.IsNullOrWhiteSpace(Description.Radar))
{
try
{
RadarDefinition = new RadarEquipment.Definition();
XML_Amendments<RadarEquipment.Definition> ammender = new XML_Amendments<RadarEquipment.Definition>(RadarDefinition);
ammender.primarySeparator = new char[] { ',' };
ammender.AmendAll(Description.Radar, true);
RadarDefinition = ammender.Deserialize();
myLogger.debugLog("Loaded description for radar", Logger.severity.DEBUG);
}
catch (Exception ex)
{
Logger.debugNotify("Failed to load radar description for an ammo", 10000, Logger.severity.ERROR);
myLogger.alwaysLog("Failed to load radar description for an ammo", Logger.severity.ERROR);
myLogger.alwaysLog("Exception: " + ex, Logger.severity.ERROR);
RadarDefinition = null;
}
}
}
private Ammo(MyAmmoMagazineDefinition ammoMagDef)
{
MyAmmoDefinition ammoDef = MyDefinitionManager.Static.GetAmmoDefinition(ammoMagDef.AmmoDefinitionId);
this.myLogger = new Logger("Ammo", () => ammoMagDef.Id.ToString(), () => ammoDef.Id.ToString());
this.AmmoDefinition = ammoDef;
this.MissileDefinition = AmmoDefinition as MyMissileAmmoDefinition;
this.MagazineDefinition = ammoMagDef;
if (MissileDefinition != null && !MissileDefinition.MissileSkipAcceleration)
{
this.TimeToMaxSpeed = (MissileDefinition.DesiredSpeed - MissileDefinition.MissileInitialSpeed) / MissileDefinition.MissileAcceleration;
this.DistanceToMaxSpeed = (MissileDefinition.DesiredSpeed + MissileDefinition.MissileInitialSpeed) / 2 * TimeToMaxSpeed;
}
else
{
this.TimeToMaxSpeed = 0;
this.DistanceToMaxSpeed = 0;
}
Description = AmmoDescription.CreateFrom(AmmoDefinition);
if (Description == null)
return;
#region Check Cluster
//if (Description.ClusterSplitRange < 1 || Description.ClusterCooldown < 1) // if any value is bad
//{
// if (Description.ClusterSplitRange >= 1 || Description.ClusterCooldown >= 1) // if any value is good
// {
// Logger.debugNotify("Cluster description is incomplete", 10000, Logger.severity.ERROR);
// //myLogger.alwaysLog("Cluster description is incomplete: " + Description.ClusterSplitRange + ", " + Description.ClusterSpread + ", " + Description.ClusterCooldown, "VerifyCluster()", Logger.severity.ERROR);
// }
// return;
//}
if (Description.ClusterCooldown < 1)
return;
// BuildOffsets
// ClusterOffset_Back can be +/-
//Description.ClusterOffset_Radial = MathHelper.Max(Description.ClusterOffset_Radial, 0f);
//Description.ClusterFormDistance = MathHelper.Max(Description.ClusterFormDistance, 1f);
//ClusterOffsets = new Vector3[ammoMagDef.Capacity - 1];
//float radius = ClusterOffsets.Length / MathHelper.TwoPi * Description.ClusterOffset_Radial;
//float angle = MathHelper.TwoPi / ClusterOffsets.Length;
//for (int i = 0; i < ClusterOffsets.Length; i++)
//{
// float partAngle = angle * i;
// float right = (float)Math.Sin(partAngle) * radius;
// float up = (float)Math.Cos(partAngle) * radius;
// ClusterOffsets[i] = new Vector3(right, up, Description.ClusterOffset_Back);
//}
myLogger.debugLog("Is a cluster missile", "VerifyCluster()");
IsCluster = true;
#endregion
}