2281793154
CultMath has no implicit conversions to or from Vector*, Quaternion or Color, so Assembly-CSharp converts explicitly with ToCultMath/ToUnity at each engine boundary: FieldDriver, GuidedProjectile(Manager), EntityInstance, ActionGameManager, HullCollider, GridObject, ShipInstance, ShieldManager, ItemPickup, FieldTester, PlaceUIElementWorldspace, MapMenuInput, MapRenderer, SectorRenderer and ZoneRenderer. CultMath math calls that were handed Unity vectors now take converted values; Vector3.Scale in FieldDriver becomes a float3 product, and ItemPickup's Vector3.Dot on float3s becomes dot. packages-lock.json records the cultmath git package at f0605367 and demotes com.unity.mathematics to a transitive dependency. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
66 lines
3.1 KiB
C#
66 lines
3.1 KiB
C#
using System;
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using System.Collections;
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using System.Collections.Generic;
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using UniRx;
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using CultMath;
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using CultMath.UnityBridge;
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using UnityEngine;
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using static CultMath.math;
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public class GuidedProjectileManager : InstantWeaponEffectManager
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{
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public Prototype ProjectilePrototype;
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public Subject<(Entity source, Transform target, GuidedProjectile missile)> OnFireGuided = new Subject<(Entity source, Transform target, GuidedProjectile missile)>();
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public override void Fire(InstantWeapon weapon, EquippedItem item, EntityInstance source, EntityInstance target)
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{
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if(weapon.Data is LauncherData launcher)
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{
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if (target == null) return;
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var p = ProjectilePrototype.Instantiate<GuidedProjectile>();
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p.Source = source.transform;
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p.SourceEntity = source.Entity;
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p.Target = target.transform;
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p.Frequency = launcher.DodgeFrequency;
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var hp = source.Entity.Hardpoints[item.Position.x, item.Position.y];
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var barrel = source.GetBarrel(hp);
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p.StartPosition = (p.transform.position = barrel.position).ToCultMath();
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p.Damage = weapon.Damage;
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p.Range = weapon.Range;
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p.Penetration = weapon.Penetration;
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p.Spread = weapon.DamageSpread;
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p.DamageType = weapon.WeaponData.DamageType;
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p.GuidanceCurve = launcher.GuidanceCurve.ToCurve();
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p.LiftCurve = launcher.LiftCurve.ToCurve();
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p.ThrustCurve = launcher.ThrustCurve.ToCurve();
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p.Velocity = barrel.forward * weapon.Velocity;
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p.Thrust = item.Evaluate(launcher.Thrust);
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p.TopSpeed = item.Evaluate(launcher.MissileVelocity);
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OnFireGuided.OnNext((source.Entity, target.transform, p));
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}
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else if(weapon.Data is GuidedWeaponData guidance)
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{
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var p = ProjectilePrototype.Instantiate<GuidedProjectile>();
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p.Source = source.transform;
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p.SourceEntity = source.Entity;
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p.Frequency = guidance.DodgeFrequency;
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var hp = source.Entity.Hardpoints[item.Position.x, item.Position.y];
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var barrel = source.GetBarrel(hp);
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p.StartPosition = (p.transform.position = barrel.position).ToCultMath();
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p.Damage = weapon.Damage;
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p.Range = weapon.Range;
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p.Penetration = weapon.Penetration;
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p.Spread = weapon.DamageSpread;
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p.DamageType = weapon.WeaponData.DamageType;
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p.GuidanceCurve = guidance.GuidanceCurve.ToCurve();
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p.LiftCurve = guidance.LiftCurve.ToCurve();
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p.ThrustCurve = guidance.ThrustCurve.ToCurve();
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p.Velocity = barrel.forward * weapon.Velocity;
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p.Thrust = item.Evaluate(guidance.Thrust);
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p.TopSpeed = item.Evaluate(guidance.MissileVelocity);
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p.TargetPosition = () => (source.Entity.Position + length(source.LookAtPoint.position.ToCultMath() - source.Entity.Position) * source.Entity.LookDirection).ToUnity();
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}
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else Debug.LogError($"Weapon {item.Data.Name} linked to {name} effect, but is not a Launcher!");
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}
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}
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