public static void Postfix(Building_TurretGun __instance, TurretTop ___top)
{
// Determine which way the turret initially faces when spawned
var turretFrameworkExtension = TurretFrameworkExtension.Get(__instance.def);
switch (turretFrameworkExtension.gunFaceDirectionOnSpawn)
{
case TurretGunFaceDirection.North:
NonPublicProperties.TurretTop_set_CurRotation(___top, Rot4.North.AsAngle);
break;
case TurretGunFaceDirection.East:
NonPublicProperties.TurretTop_set_CurRotation(___top, Rot4.East.AsAngle);
break;
case TurretGunFaceDirection.South:
NonPublicProperties.TurretTop_set_CurRotation(___top, Rot4.South.AsAngle);
break;
case TurretGunFaceDirection.West:
NonPublicProperties.TurretTop_set_CurRotation(___top, Rot4.West.AsAngle);
break;
default:
NonPublicProperties.TurretTop_set_CurRotation(___top, __instance.Rotation.AsAngle);
break;
}
}
public static int AdjustedTurretBurstWarmupTicks(int warmupTicks, Building_Turret turret)
{
var extensionValues = TurretFrameworkExtension.Get(turret.def);
float warmupTicksFloat = warmupTicks;
// Multiply the burstWarmupTicksLeft by the manning pawn's aiming delay factor if applicable
if (extensionValues.useManningPawnAimingDelayFactor)
{
var mannableComp = turret.TryGetComp <CompMannable>();
if (mannableComp != null)
{
var manningPawn = mannableComp.ManningPawn;
if (manningPawn != null)
{
float manningPawnAimingDelayFactor = manningPawn.GetStatValue(StatDefOf.AimingDelayFactor);
warmupTicksFloat *= manningPawnAimingDelayFactor;
}
}
}
// Multiply based on upgrade
if (turret.IsUpgraded(out CompUpgradable upgradableComp))
{
warmupTicksFloat *= upgradableComp.Props.turretBurstWarmupTimeFactor;
}
return(Mathf.RoundToInt(warmupTicksFloat));
}
public static void Postfix(Building_TurretGun __instance, ref bool __result)
{
// If the turret isn't mannable, is player-controlled and is set to be able to force target, do so
if (__instance.Faction != Faction.OfPlayer)
{
return;
}
var extensionValues = TurretFrameworkExtension.Get(__instance.def);
var upgradableComp = __instance.TryGetComp <CompUpgradable>();
// Upgradable comp doesn't exist/isn't upgraded and can force attack, or exists and upgraded and can force attack
if (upgradableComp == null || upgradableComp.Props.canForceAttack != null && (upgradableComp.upgraded || !extensionValues.canForceAttack) &&
(!upgradableComp.upgraded || !upgradableComp.Props.canForceAttack.Value))
{
return;
}
if (!__instance.def.HasComp(typeof(CompMannable)))
{
__result = true;
}
else
{
Log.Warning($"Turret (defName={__instance.def.defName}) has canForceAttack set to true and CompMannable; canForceAttack is redundant in this case.");
}
}
public override void TransformValue(StatRequest req, ref float val)
{
if (ShouldApply(req, out Building_Turret turret))
{
var extensionValues = TurretFrameworkExtension.Get(turret.def);
val += turret.IsUpgraded(out var upgradableComp) ? upgradableComp.Props.manningPawnShootingAccuracyOffset : extensionValues.manningPawnShootingAccuracyOffset;
}
}
private bool ShouldApply(StatRequest req, out CompMannable mannableComp)
{
mannableComp = null;
if (req.Thing is Building_Turret turret && TurretFrameworkExtension.Get(turret.def).useManningPawnShootingAccuracy)
{
mannableComp = turret.GetComp <CompMannable>();
}
return(mannableComp != null);
}
public static float FiringArcFor(Thing thing)
{
// Upgraded and defined firing arc
if (thing.IsUpgraded(out CompUpgradable upgradableComp))
{
return(upgradableComp.Props.FiringArc);
}
// Defined firing arc
return(TurretFrameworkExtension.Get(thing.def).FiringArc);
}
public static bool AffectedByEMP(this Building_Turret turret)
{
// If turret is upgraded and affectedByEMP is defined, return upgradeComp' affectedByEMP
if (turret.IsUpgraded(out var upgradableComp) && upgradableComp.Props.affectedByEMP.HasValue)
{
return(upgradableComp.Props.affectedByEMP.Value);
}
// Otherwise return the DefModExtension's value
return(TurretFrameworkExtension.Get(turret.def).affectedByEMP);
}
public override string ExplanationPart(StatRequest req)
{
if (!ShouldApply(req, out var turret))
{
return(null);
}
var extensionValues = TurretFrameworkExtension.Get(req.Def);
var offset = turret.IsUpgraded(out var upgradableComp) ? upgradableComp.Props.manningPawnShootingAccuracyOffset : extensionValues.manningPawnShootingAccuracyOffset;
return(offset != 0 ? $"{turret.def.LabelCap}: {offset.ToStringByStyle(parentStat.ToStringStyleUnfinalized, ToStringNumberSense.Offset)}" : null);
}
public override void ResolveReferences(ThingDef parentDef)
{
base.ResolveReferences(parentDef);
var extensionValues = TurretFrameworkExtension.Get(parentDef);
// If canForceAttack is unassigned, match it to DefModExtension
if (!canForceAttack.HasValue)
{
canForceAttack = extensionValues.canForceAttack;
}
// If firing arc is unchanged, match it to DefModExtension
if (firingArc == -1)
{
firingArc = extensionValues.FiringArc;
}
}
public static bool Prefix(BuildableDef checkingDef, IntVec3 loc, Rot4 rot, ref AcceptanceReport __result)
{
// Draw cones instead of circles if firing arc is limited
float firingArc = TurretFrameworkExtension.Get(checkingDef).FiringArc;
if (firingArc < 360)
{
var verbProps = ((ThingDef)checkingDef).building.turretGunDef.Verbs.Find((VerbProperties v) => v.verbClass == typeof(Verb_Shoot));
if (verbProps.range > 0)
{
TurretExtensionsUtility.TryDrawFiringCone(loc, rot, verbProps.range, firingArc);
}
if (verbProps.minRange > 0)
{
TurretExtensionsUtility.TryDrawFiringCone(loc, rot, verbProps.minRange, firingArc);
}
__result = true;
return(false);
}
return(true);
}
public static void Postfix(ThingDef __instance, StatRequest req, ref IEnumerable <StatDrawEntry> __result)
{
// Add mortar shell stats to the list of stat draw entries
if (__instance.IsShell)
{
var shellThing = ThingMaker.MakeThing(__instance.projectileWhenLoaded);
var shellProps = __instance.projectileWhenLoaded.projectile;
var shellDamage = shellProps.GetDamageAmount(shellThing);
var shellArmorPenetration = shellProps.GetArmorPenetration(shellThing);
var shellStoppingPower = shellProps.StoppingPower;
var shellDamageDef = shellProps.damageDef.label.CapitalizeFirst();
var shellExplosionRadius = shellProps.explosionRadius;
__result = __result.AddItem(new StatDrawEntry(StatCategoryDefOf.TurretAmmo, "Damage".Translate(), shellDamage.ToString(), "Stat_Thing_Damage_Desc".Translate(),
20));
__result = __result.AddItem(new StatDrawEntry(StatCategoryDefOf.TurretAmmo, "TurretExtensions.ShellDamageType".Translate(), shellDamageDef,
"TurretExtensions.ShellDamageType_Desc".Translate(), 19));
__result = __result.AddItem(new StatDrawEntry(StatCategoryDefOf.TurretAmmo, "ArmorPenetration".Translate(), shellArmorPenetration.ToStringPercent(),
"ArmorPenetrationExplanation".Translate(), 18));
__result = __result.AddItem(new StatDrawEntry(StatCategoryDefOf.TurretAmmo, "StoppingPower".Translate(), shellStoppingPower.ToString(),
"StoppingPowerExplanation".Translate(), 17));
if (shellExplosionRadius > 0)
{
__result = __result.AddItem(new StatDrawEntry(StatCategoryDefOf.TurretAmmo, "TurretExtensions.ShellExplosionRadius".Translate(),
shellExplosionRadius.ToString(), "TurretExtensions.ShellExplosionRadius_Desc".Translate(), 16));
}
}
// Minimum range
if (__instance.Verbs.FirstOrDefault(v => v.isPrimary) is VerbProperties verb)
{
var verbStatCategory = __instance.category != ThingCategory.Pawn ? RimWorld.StatCategoryDefOf.Weapon : RimWorld.StatCategoryDefOf.PawnCombat;
if (verb.LaunchesProjectile)
{
if (verb.minRange > default(float))
{
__result = __result.AddItem(new StatDrawEntry(verbStatCategory, "MinimumRange".Translate(), verb.minRange.ToString("F0"),
"TurretExtensions.MinimumRange_Desc".Translate(), 5385));
}
}
}
// Add turret weapons stats to the list of SpecialDisplayStats
var buildingProps = __instance.building;
if (buildingProps == null || !buildingProps.IsTurret)
{
return;
}
var gunStatList = new List <StatDrawEntry>();
if (req.Def is ThingDef tDef)
{
// Add upgradability
string upgradableString;
CompProperties_Upgradable upgradableCompProps;
if (req.HasThing && req.Thing.IsUpgradable(out var upgradableComp))
{
upgradableString = (upgradableComp.upgraded ? "TurretExtensions.NoAlreadyUpgraded" : "TurretExtensions.YesClickForDetails").Translate();
upgradableCompProps = upgradableComp.Props;
}
else
{
upgradableString = (tDef.IsUpgradable(out upgradableCompProps) ? "TurretExtensions.YesClickForDetails" : "No").Translate();
}
var upgradeHyperlinks = new List <Dialog_InfoCard.Hyperlink>();
if (upgradableCompProps?.turretGunDef != null)
{
upgradeHyperlinks.Add(new Dialog_InfoCard.Hyperlink(upgradableCompProps.turretGunDef));
}
gunStatList.Add(new StatDrawEntry(RimWorld.StatCategoryDefOf.BasicsNonPawn, "TurretExtensions.Upgradable".Translate(), upgradableString,
TurretExtensionsUtility.UpgradeReadoutReportText(req), 999, hyperlinks: upgradeHyperlinks));
// Add firing arc
var firingArc = req.HasThing ? TurretExtensionsUtility.FiringArcFor(req.Thing) : TurretFrameworkExtension.Get(tDef).FiringArc;
gunStatList.Add(new StatDrawEntry(RimWorld.StatCategoryDefOf.Weapon, "TurretExtensions.FiringArc".Translate(), firingArc.ToStringDegrees(),
"TurretExtensions.FiringArc_Desc".Translate(), 5380));
}
// Replace cooldown
__result = __result.Where(s => s.stat != StatDefOf.RangedWeapon_Cooldown);
var cooldownStat = StatDefOf.RangedWeapon_Cooldown;
gunStatList.Add(new StatDrawEntry(cooldownStat.category, cooldownStat, TurretCooldown(req, buildingProps), StatRequest.ForEmpty(),
cooldownStat.toStringNumberSense));
// Replace warmup
__result = __result.Where(s => s.LabelCap != "WarmupTime".Translate().CapitalizeFirst());
gunStatList.Add(new StatDrawEntry(RimWorld.StatCategoryDefOf.Weapon, "WarmupTime".Translate(), $"{TurretWarmup(req, buildingProps).ToString("0.##")} s",
"Stat_Thing_Weapon_MeleeWarmupTime_Desc".Translate(), StatDisplayOrder.Thing_Weapon_MeleeWarmupTime));
__result = __result.Concat(gunStatList);
}
public static string UpgradeReadoutReportText(StatRequest req)
{
var tDef = (ThingDef)req.Def;
var upgradeProps = tDef.GetCompProperties <CompProperties_Upgradable>();
// First paragraph
var reportBuilder = new StringBuilder();
reportBuilder.AppendLine("TurretExtensions.TurretUpgradeBenefitsMain".Translate());
reportBuilder.AppendLine();
// Upgradable
if (upgradeProps != null)
{
var upgradeComp = req.Thing?.TryGetComp <CompUpgradable>();
var extensionValues = TurretFrameworkExtension.Get(tDef);
var defaultStuff = GenStuff.DefaultStuffFor(tDef);
bool hasThing = req.HasThing;
// Description
reportBuilder.AppendLine($"{"Description".Translate()}: {upgradeProps.description}");
// Resource requirements
if (upgradeProps.costStuffCount > 0 || !upgradeProps.costList.NullOrEmpty())
{
reportBuilder.AppendLine();
reportBuilder.AppendLine($"{"TurretExtensions.TurretResourceRequirements".Translate()}:");
var usedCostList = upgradeComp != null ? upgradeComp.finalCostList : upgradeProps.costList;
for (int i = 0; i < usedCostList.Count; i++)
{
var curCost = usedCostList[i];
reportBuilder.AppendLine($"- {curCost.count}x {curCost.thingDef.LabelCap}");
}
if (!hasThing && upgradeProps.costStuffCount > 0)
{
reportBuilder.AppendLine($"- {upgradeProps.costStuffCount}x {"StatsReport_Material".Translate()}");
}
}
// Construction skill requirement
if (upgradeProps.constructionSkillPrerequisite > 0)
{
reportBuilder.AppendLine();
reportBuilder.AppendLine($"{"ConstructionNeeded".Translate()}: {upgradeProps.constructionSkillPrerequisite}");
}
// Research requirements
if (!upgradeProps.researchPrerequisites.NullOrEmpty())
{
reportBuilder.AppendLine();
reportBuilder.AppendLine($"{"ResearchPrerequisites".Translate()}:");
for (int i = 0; i < upgradeProps.researchPrerequisites.Count; i++)
{
reportBuilder.AppendLine($"- {upgradeProps.researchPrerequisites[i].LabelCap}");
}
}
// Upgrade bonuses
reportBuilder.AppendLine();
reportBuilder.AppendLine($"{"TurretExtensions.TurretUpgradeBenefitsUpgradable".Translate()}:");
// Weapon
if (upgradeProps.turretGunDef != null)
{
reportBuilder.AppendLine($"- {"Stat_Weapon_Name".Translate()}: {tDef.building.turretGunDef.LabelCap} => {upgradeProps.turretGunDef.LabelCap}");
}
// Stat modifiers
var statsModified = new List <StatDef>();
if (!upgradeProps.statOffsets.NullOrEmpty())
{
statsModified.AddRange(upgradeProps.statOffsets.Select(s => s.stat));
}
if (!upgradeProps.statFactors.NullOrEmpty())
{
statsModified.AddRange(upgradeProps.statFactors.Select(s => s.stat));
}
if (statsModified.Any())
{
statsModified = statsModified.Distinct().ToList();
statsModified.SortBy(s => s.LabelCap.RawText);
for (int i = 0; i < statsModified.Count; i++)
{
var curStat = statsModified[i];
var stringStyle = curStat.toStringStyle;
var numberSense = curStat.toStringNumberSense;
var preStatValue = hasThing ? req.Thing.GetStatValue(curStat) : tDef.GetStatValueAbstract(curStat, defaultStuff);
float postStatValue = preStatValue;
if (upgradeProps.statOffsets?.StatListContains(curStat) == true)
{
postStatValue += upgradeProps.statOffsets.GetStatOffsetFromList(curStat);
}
if (upgradeProps.statFactors?.StatListContains(curStat) == true)
{
postStatValue *= upgradeProps.statFactors.GetStatFactorFromList(curStat);
}
reportBuilder.AppendLine($"- {curStat.LabelCap}: {preStatValue.ToStringByStyle(stringStyle, numberSense)} => {postStatValue.ToStringByStyle(stringStyle, numberSense)}");
}
}
// Fuel capacity
if (upgradeProps.fuelCapacityFactor != 1 && tDef.GetCompProperties <CompProperties_Refuelable>() is CompProperties_Refuelable refuelProps)
{
reportBuilder.AppendLine($"- {refuelProps.FuelGizmoLabel}: {refuelProps.fuelCapacity} => {Mathf.Round(refuelProps.fuelCapacity * upgradeProps.fuelCapacityFactor)}");
}
// Power consumption
if (upgradeProps.basePowerConsumptionFactor != 1 && tDef.GetCompProperties <CompProperties_Power>() is CompProperties_Power powerProps)
{
reportBuilder.AppendLine($"- {"PowerConsumption".Translate()}: {powerProps.basePowerConsumption.ToString("F0")} =>" +
$" {Mathf.Round(powerProps.basePowerConsumption * upgradeProps.basePowerConsumptionFactor)}");
}
// Warmup
if (upgradeProps.turretBurstWarmupTimeFactor != 1)
{
reportBuilder.AppendLine($"- {"WarmupTime".Translate()}: {upgradeProps.turretBurstWarmupTimeFactor.ToStringByStyle(ToStringStyle.PercentZero, ToStringNumberSense.Factor)}");
}
// Cooldown
if (upgradeProps.turretBurstCooldownTimeFactor != 1)
{
reportBuilder.AppendLine($"- {"StatsReport_Cooldown".Translate()}: {upgradeProps.turretBurstCooldownTimeFactor.ToStringByStyle(ToStringStyle.PercentZero, ToStringNumberSense.Factor)}");
}
// Firing arc
if (upgradeProps.FiringArc != extensionValues.FiringArc)
{
reportBuilder.AppendLine($"- {"TurretExtensions.FiringArc".Translate()}: {extensionValues.FiringArc.ToStringDegrees()} => {upgradeProps.FiringArc.ToStringDegrees()}");
}
// User accuracy modifier
if ((extensionValues.manningPawnShootingAccuracyOffset != 0 || upgradeProps.manningPawnShootingAccuracyOffset != 0) && tDef.HasComp(typeof(CompMannable)))
{
reportBuilder.AppendLine($"- {"TurretExtensions.UserShootingAccuracyModifier".Translate()}: " +
$"{extensionValues.manningPawnShootingAccuracyOffset.ToStringByStyle(ToStringStyle.FloatOne, ToStringNumberSense.Offset)} => " +
$"{(upgradeProps.manningPawnShootingAccuracyOffset).ToStringByStyle(ToStringStyle.FloatOne, ToStringNumberSense.Offset)}");
}
// Manually controllable
if (extensionValues.canForceAttack != upgradeProps.canForceAttack && !tDef.HasComp(typeof(CompMannable)))
{
if (upgradeProps.canForceAttack.Value)
{
reportBuilder.AppendLine($"- {"TurretExtensions.TurretManuallyControllable".Translate()}");
}
else
{
reportBuilder.AppendLine($"- {"TurretExtensions.TurretNotManuallyControllable".Translate()}");
}
}
}
// Not upgradable :(
else
{
reportBuilder.AppendLine("TurretExtensions.TurretUpgradeBenefitsNotUpgradable".Translate());
}
// Return report text
return(reportBuilder.ToString());
}
public static float FiringArcFor(Thing thing)
{
// Upgraded and defined firing arc
return(thing.IsUpgraded(out var upgradableComp) ? upgradableComp.Props.FiringArc : TurretFrameworkExtension.Get(thing.def).FiringArc);
}
