public static void ShowBaseMeleeChance(CombatHUDWeaponSlot __instance, ICombatant target)
{
try {
if (HUD.SelectedActor is Mech mech)
{
float baseChance = RollModifier.StepHitChance(Combat.ToHit.GetBaseMeleeToHitChance(mech)) * 100;
__instance.ToolTipHoverElement.BuffStrings.Add(new Text("{0} {1} = " + BaseChanceFormat, Translate(Pilot.PILOTSTAT_PILOTING), mech.SkillPiloting, baseChance));
}
} catch (Exception ex) { Error(ex); }
}
public static Func <AttackModifier> GetCommonModifierFactor(string factorId)
{
switch (factorId)
{
case "direction":
return(() => {
AttackDirection dir = Combat.HitLocation.GetAttackDirection(AttackPos, Target);
if (Target is Mech mech)
{
if (mech.IsProne)
{
return new AttackModifier(); // Prone is another modifier
}
if (dir == AttackDirection.FromFront)
{
return new AttackModifier("FRONT ATTACK", Settings.ToHitMechFromFront);
}
if (dir == AttackDirection.FromLeft || dir == AttackDirection.FromRight)
{
return new AttackModifier("SIDE ATTACK", Settings.ToHitMechFromSide);
}
if (dir == AttackDirection.FromBack)
{
return new AttackModifier("REAR ATTACK", Settings.ToHitMechFromRear);
}
}
else if (Target is Vehicle vehicle)
{
if (dir == AttackDirection.FromFront)
{
return new AttackModifier("FRONT ATTACK", Settings.ToHitVehicleFromFront);
}
if (dir == AttackDirection.FromLeft || dir == AttackDirection.FromRight)
{
return new AttackModifier("SIDE ATTACK", Settings.ToHitVehicleFromSide);
}
if (dir == AttackDirection.FromBack)
{
return new AttackModifier("REAR ATTACK", Settings.ToHitVehicleFromRear);
}
}
return new AttackModifier();
});
case "inspired":
return(() => new AttackModifier("INSPIRED", Math.Min(0f, Hit.GetAttackerAccuracyModifier(Attacker))));
case "jumped":
return(() => new AttackModifier("JUMPED", RollModifier.GetJumpedModifier(Attacker)));
case "selfheat":
return(() => new AttackModifier("OVERHEAT", Hit.GetHeatModifier(Attacker)));
case "selfstoodup":
return(() => new AttackModifier("STOOD UP", Hit.GetStoodUpModifier(Attacker)));
case "selfterrain":
return(() => new AttackModifier("TERRAIN", Hit.GetSelfTerrainModifier(AttackPos, false)));
case "selfterrainmelee":
return(() => new AttackModifier("TERRAIN", Hit.GetSelfTerrainModifier(AttackPos, true)));
case "sensorimpaired":
return(() => new AttackModifier("SENSOR IMPAIRED", Math.Max(0f, Hit.GetAttackerAccuracyModifier(Attacker))));
case "sprint":
return(() => new AttackModifier("SPRINTED", Hit.GetSelfSprintedModifier(Attacker)));
case "targeteffect":
return(() => new AttackModifier("TARGET EFFECTS", Hit.GetEnemyEffectModifier(Target)));
case "targetsize":
return(() => new AttackModifier("TARGET SIZE", Hit.GetTargetSizeModifier(Target)));
case "targetterrain":
return(() => new AttackModifier("TARGET TERRAIN", Hit.GetTargetTerrainModifier(Target, TargetPos, false)));
case "targetterrainmelee":
return(() => new AttackModifier("TARGET TERRAIN", Hit.GetTargetTerrainModifier(Target, TargetPos, true)));
case "walked":
return(() => new AttackModifier("MOVED", Hit.GetSelfSpeedModifier(Attacker)));
case "weaponaccuracy":
return(() => new AttackModifier("WEAPON ACCURACY", Hit.GetWeaponAccuracyModifier(Attacker, AttackWeapon)));
}
return(null);
}