private ArcFacing ArcTypeToFacing(ArcType type)
{
ArcFacing facing = ArcFacing.None;
switch (type)
{
case ArcType.Front:
facing = ArcFacing.Front;
break;
case ArcType.Rear:
facing = ArcFacing.Rear;
break;
case ArcType.Left:
facing = ArcFacing.Left;
break;
case ArcType.Right:
facing = ArcFacing.Right;
break;
default:
break;
}
return(facing);
}
public override bool ReinforcePostCombatEffectCanBeUsed(ArcFacing facing)
{
if (Combat.DiceRollAttack.Successes <= 1)
{
return(false);
}
bool result = false;
List <GenericArc> savedArcs = Combat.Defender.ArcInfo.Arcs;
Combat.Defender.ArcInfo.Arcs = new List <GenericArc>()
{
new ArcSpecial180(Combat.Defender.ShipBase)
};
ShotInfo reverseShotInfo = new ShotInfo(Combat.Defender, Combat.Attacker, Combat.Defender.PrimaryWeapon);
bool inForward180Arc = reverseShotInfo.InArc;
Combat.Defender.ArcInfo.Arcs = new List <GenericArc>()
{
new ArcSpecial180Rear(Combat.Defender.ShipBase)
};
reverseShotInfo = new ShotInfo(Combat.Defender, Combat.Attacker, Combat.Defender.PrimaryWeapon);
bool inRear180Arc = reverseShotInfo.InArc;
Combat.Defender.ArcInfo.Arcs = savedArcs;
result = (facing == ArcFacing.Front180) ? inForward180Arc && !inRear180Arc : !inForward180Arc && inRear180Arc;
return(result);
}
private void ModifyRotateArcFacingPriority(ArcFacing facing, ref int priority)
{
if (facing == ArcFacing.Front && NoArcInFrontSector())
{
priority += (IsEnemyInFrontSector()) ? 100 : 5;
}
}
public static bool IsShipInFacing(GenericShip from, GenericShip to, ArcFacing facing)
{
List <GenericArc> savedArcs = from.ArcsInfo.Arcs;
if (facing == ArcFacing.FullFront)
{
from.ArcsInfo.Arcs = new List <GenericArc>()
{
new ArcFullFront(from.ShipBase)
}
}
;
else
{
from.ArcsInfo.Arcs = new List <GenericArc>()
{
new ArcFullRear(from.ShipBase)
}
};
ShotInfo reverseShotInfo = new ShotInfo(from, to, from.PrimaryWeapons);
from.ArcsInfo.Arcs = savedArcs;
return(reverseShotInfo.InArc);
}
public void RotateArc(ArcFacing facing)
{
Facing = facing;
MobileArcPointer.localEulerAngles = new Vector3(0f, MobileArcRotationValues[facing], 0f);
(Host.ArcsInfo.Arcs.Find(a => a is ArcDualTurretB) as ArcDualTurretB).RotateArc(OppositeArcFacing(facing));
Editions.Edition.Current.RotateMobileFiringArc(this, facing);
}
private void AddSingleTurretRotationDecision(ArcFacing facing)
{
AddDecision(
facing.ToString(),
delegate {
ChangeMobileArcFacing(facing);
},
isCentered: (facing == ArcFacing.Front || facing == ArcFacing.Rear)
);
}
public override bool ReinforceEffectCanBeUsed(ArcFacing facing)
{
bool result = false;
ArcType arcType = (facing == ArcFacing.FullFront) ? ArcType.FullFront : ArcType.FullRear;
result = Combat.Defender.SectorsInfo.IsShipInSector(Combat.Attacker, arcType);
return(result);
}
public override bool ReinforceEffectCanBeUsed(ArcFacing facing)
{
bool result = false;
ShotInfo reverseShotInfo = new ShotInfo(Combat.Defender, Combat.Attacker, Combat.Defender.PrimaryWeapon);
result = (facing == ArcFacing.Front180) ? reverseShotInfo.InArc : !reverseShotInfo.InArc;
return(result);
}
public void ShowMobileFiringArcAltHighlight(ArcFacing facing)
{
//Mobile arc alt
string newTexture = "ShipStandInsert/Universal/SecondEdition/" + this.ShipInfo.BaseSize.ToString() + "/" + this.Faction.ToString() + "/" + facing.ToString();
Material newMaterial = CreateMaterial(newTexture);
StandardShaderUtils.ChangeRenderMode(newMaterial, StandardShaderUtils.BlendMode.Fade);
ShipAllParts.Find("ShipBase/ShipStandInsert/ShipStandInsertImage/ThirdArc").GetComponent <Renderer>().material = newMaterial;
ShipAllParts.Find("ShipBase/ShipStandInsert/ShipStandInsertImage/ThirdArc").GetComponent <MeshRenderer>().enabled = true;
}
public override bool ReinforcePostCombatEffectCanBeUsed(ArcFacing facing)
{
if (Combat.DiceRollAttack.Successes <= 1)
{
return(false);
}
bool result = false;
bool inFullFrontArc = Combat.Defender.SectorsInfo.IsShipInSector(Combat.Attacker, ArcType.FullFront);
bool inFullRearArc = Combat.Defender.SectorsInfo.IsShipInSector(Combat.Attacker, ArcType.FullRear);
result = (facing == ArcFacing.FullFront) ? inFullFrontArc && !inFullRearArc : !inFullFrontArc && inFullRearArc;
return(result);
}
private void AddSingleTurretRotationDecision(ArcFacing facing, ArcFacing currentFacing)
{
if (facing == currentFacing)
{
return;
}
AddDecision(
facing.ToString(),
delegate {
ChangeMobileArcFacing(facing);
},
isCentered: (facing == ArcFacing.Front || facing == ArcFacing.Rear) ||
(facing == ArcFacing.Left && currentFacing == ArcFacing.Right) ||
(facing == ArcFacing.Right && currentFacing == ArcFacing.Left)
);
}
public void RotateArc(ArcFacing facing)
{
Facing = facing;
switch (facing)
{
case ArcFacing.Forward:
MobileArcPointer.localEulerAngles = new Vector3(0f, MobileArcRotationValues[ArcFacing.Forward], 0f);
(Host.ArcInfo.Arcs.Find(a => a is ArcMobileDualB) as ArcMobileDualB).RotateArc(ArcFacing.Rear);
break;
case ArcFacing.Left:
MobileArcPointer.localEulerAngles = new Vector3(0f, MobileArcRotationValues[ArcFacing.Left], 0f);
(Host.ArcInfo.Arcs.Find(a => a is ArcMobileDualB) as ArcMobileDualB).RotateArc(ArcFacing.Right);
break;
}
RuleSets.RuleSet.Instance.RotateMobileFiringArc(facing);
}
public void RotateArc(ArcFacing facing)
{
Facing = facing;
switch (facing)
{
case ArcFacing.Front:
MobileArcPointer.localEulerAngles = new Vector3(0f, MobileArcRotationValues[ArcFacing.Front], 0f);
(Host.ArcsInfo.Arcs.Find(a => a is ArcDualTurretB) as ArcDualTurretB).RotateArc(ArcFacing.Rear);
break;
case ArcFacing.Left:
MobileArcPointer.localEulerAngles = new Vector3(0f, MobileArcRotationValues[ArcFacing.Left], 0f);
(Host.ArcsInfo.Arcs.Find(a => a is ArcDualTurretB) as ArcDualTurretB).RotateArc(ArcFacing.Right);
break;
}
Editions.Edition.Current.RotateMobileFiringArc(facing);
}
private ArcFacing OppositeArcFacing(ArcFacing facing)
{
switch (facing)
{
case ArcFacing.Front:
return(ArcFacing.Rear);
case ArcFacing.Left:
return(ArcFacing.Right);
case ArcFacing.Right:
return(ArcFacing.Left);
case ArcFacing.Rear:
return(ArcFacing.Front);
default:
return(ArcFacing.None);
}
}
public static bool IsShipInFacingOnly(GenericShip from, GenericShip to, ArcFacing facing)
{
List <GenericArc> savedArcs = from.ArcsInfo.Arcs;
from.ArcsInfo.Arcs = new List <GenericArc>()
{
new ArcFullFront(from.ShipBase)
};
ShotInfo reverseShotInfo = new ShotInfo(from, to, from.PrimaryWeapons);
bool inForward180Arc = reverseShotInfo.InArc;
from.ArcsInfo.Arcs = new List <GenericArc>()
{
new ArcFullRear(from.ShipBase)
};
reverseShotInfo = new ShotInfo(from, to, from.PrimaryWeapons);
bool inRear180Arc = reverseShotInfo.InArc;
from.ArcsInfo.Arcs = savedArcs;
return((facing == ArcFacing.FullFront) ? inForward180Arc && !inRear180Arc : !inForward180Arc && inRear180Arc);
}
public override void PrepareDecision(System.Action callBack)
{
DescriptionShort = "Rotate Arc";
if (Selection.ThisShip.ArcsInfo.Arcs.Any(a => a is ArcSingleTurret))
{
ArcFacing currentFacing = Selection.ThisShip.ArcsInfo.GetArc <ArcSingleTurret>().Facing;
foreach (ArcFacing facing in Selection.ThisShip.GetAvailableArcFacings())
{
AddSingleTurretRotationDecision(facing, currentFacing);
}
}
else if (Selection.ThisShip.ShipInfo.ArcInfo.Arcs.Any(a => a.ArcType == ArcType.DoubleTurret))
{
ArcDualTurretA dualTurretArc = Selection.ThisShip.ArcsInfo.GetArc <ArcDualTurretA>();
if (dualTurretArc.Facing != ArcFacing.Front && dualTurretArc.Facing != ArcFacing.Rear)
{
AddDecision("Front-Rear", delegate { ChangeMobileDualArcFacing(ArcFacing.Front); });
AddDecision("Rear-Front", delegate { ChangeMobileDualArcFacing(ArcFacing.Rear); });
}
if (dualTurretArc.Facing != ArcFacing.Left && dualTurretArc.Facing != ArcFacing.Right)
{
AddDecision("Left-Right", delegate { ChangeMobileDualArcFacing(ArcFacing.Left); });
AddDecision("Right-Left", delegate { ChangeMobileDualArcFacing(ArcFacing.Right); });
}
}
if (decisions.Count == 1)
{
IsForced = true;
}
DefaultDecisionName = GetDefaultDecision();
callBack();
}
public abstract bool ReinforceEffectCanBeUsed(ArcFacing facing);
private string GetDefaultDecision()
{
string chosenFacing = "";
Dictionary <ArcFacing, List <GenericShip> > enemiesInArcHolder = Selection.ThisShip.SectorsInfo.GetEnemiesInAllSectors();
Dictionary <ArcFacing, int> singleTurretPriorities = new Dictionary <ArcFacing, int>();
foreach (ArcFacing facing in Selection.ThisShip.GetAvailableArcFacings())
{
int priority = 0;
//Ignore static arcs with same facing
if (!Selection.ThisShip.ArcsInfo.Arcs.Any(a => a.Facing == facing && (!(a is ArcSingleTurret))))
{
priority = enemiesInArcHolder[facing].Count;
}
Selection.ThisShip.Ai.CallGetRotateArcFacingPriority(facing, ref priority);
singleTurretPriorities.Add(facing, priority);
}
// For single turret
if (Selection.ThisShip.ShipInfo.ArcInfo.Arcs.Any(a => a.ArcType == ArcType.SingleTurret))
{
ArcFacing currentFacing = Selection.ThisShip.ArcsInfo.GetArc <ArcSingleTurret>().Facing;
//if no enemies in all sectors, prioritize default values
if (!singleTurretPriorities.Any(n => n.Value > 0))
{
if (Selection.ThisShip.ShipInfo.ArcInfo.Arcs.Any(a => a.ArcType == ArcType.Front))
{
singleTurretPriorities[ArcFacing.Rear] += 1;
}
else
{
singleTurretPriorities[ArcFacing.Front] += 1;
}
}
//Get facing with highest priority that is not current facing
singleTurretPriorities.Remove(currentFacing);
ArcFacing bestFacing = singleTurretPriorities.FirstOrDefault(a => a.Value == singleTurretPriorities.Max(b => b.Value)).Key;
chosenFacing = bestFacing.ToString();
}
// For double turret
else if (Selection.ThisShip.ShipInfo.ArcInfo.Arcs.Any(a => a.ArcType == ArcType.DoubleTurret))
{
ArcFacing currentFacing = Selection.ThisShip.ArcsInfo.GetArc <ArcDualTurretA>().Facing;
string currentFacingString = "None";
if (currentFacing == ArcFacing.Front || currentFacing == ArcFacing.Rear)
{
currentFacingString = "Front-Rear";
}
else if (currentFacing == ArcFacing.Left || currentFacing == ArcFacing.Right)
{
currentFacingString = "Left-Right";
}
Dictionary <string, int> doubleTurretPriorities = new Dictionary <string, int>
{
{ "Front-Rear", singleTurretPriorities[ArcFacing.Front] + singleTurretPriorities[ArcFacing.Rear] },
{ "Left-Right", singleTurretPriorities[ArcFacing.Left] + singleTurretPriorities[ArcFacing.Right] }
};
if (!doubleTurretPriorities.Any(n => n.Value > 0))
{
if (Selection.ThisShip.ShipInfo.ArcInfo.Arcs.Any(a => a.ArcType == ArcType.Front))
{
doubleTurretPriorities["Left-Right"] += 1;
}
else
{
doubleTurretPriorities["Front-Rear"] += 1;
}
}
doubleTurretPriorities.Remove(currentFacingString);
chosenFacing = doubleTurretPriorities.FirstOrDefault(a => a.Value == doubleTurretPriorities.Max(b => b.Value)).Key;
}
return(chosenFacing);
}
private void ChangeMobileArcFacing(ArcFacing facing)
{
Selection.ThisShip.ArcsInfo.GetArc <ArcSingleTurret>().RotateArc(facing);
ConfirmDecision();
}
public override bool ReinforceEffectCanBeUsed(ArcFacing facing)
{
return(false);
}
private void ChangeMobileArcFacing(ArcFacing facing)
{
(Selection.ThisShip.ArcInfo as ArcMobile).RotateArc(facing);
ConfirmDecision();
}
public void RotateArc(ArcFacing facing)
{
Facing = facing;
MobileArcPointer.localEulerAngles = new Vector3(0f, MobileArcRotationValues[facing], 0f);
Editions.Edition.Current.RotateMobileFiringArc(facing);
}
public MobileSubArc(ArcFacing facing, Dictionary <Vector3, float> limits, List <Vector3> edges)
{
Facing = facing;
Limits = limits;
Edges = edges;
}
public virtual void RotateMobileFiringArcAlt(GenericArc arc, ArcFacing facing)
{
}
private void ChangeMobileDualArcFacing(ArcFacing facing)
{
Selection.ThisShip.ArcInfo.GetArc <ArcMobileDualA>().RotateArc(facing);
ConfirmDecision();
}
public void CallGetRotateArcFacingPriority(ArcFacing facing, ref int priority)
{
OnGetRotateArcFacingPriority?.Invoke(facing, ref priority);
}
public abstract bool DefenderIsReinforcedAgainstAttacker(ArcFacing facing, GenericShip defender, GenericShip attacker);
public virtual void RotateMobileFiringArcAlt(ArcFacing facing)
{
}
public override void RotateMobileFiringArc(ArcFacing facing)
{
Selection.ThisShip.ShowMobileFiringArcHighlight(facing);
}
public abstract bool ReinforcePostCombatEffectCanBeUsed(ArcFacing facing);