VDH
517 lines
20 KiB
C#
517 lines
20 KiB
C#
using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Text;
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using UnityEngine;
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using static Unity.Cinemachine.CinemachineFreeLookModifier;
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namespace BrewMonster
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{
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public enum GfxHitPos
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{
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enumHitCenter,
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enumHitBottom
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}
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public enum GfxSkillEventState
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{
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enumWait,
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enumFlying,
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enumHit,
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enumFinished
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}
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// TODO: remove singleton later
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public class A3DSkillGfxMan
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{
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public static A3DSkillGfxMan _instance;
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public static A3DSkillGfxMan Instance
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{
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get
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{
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if (_instance == null)
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{
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_instance = new A3DSkillGfxMan();
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}
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return _instance;
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}
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set
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{
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_instance = value;
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}
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}
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public bool AddSkillGfxEvent(
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A3DSkillGfxComposer pComposer,
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long nHostID,
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long nTargetID,
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string szFlyGfx,
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string szHitGfx,
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uint dwFlyTimeSpan,
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bool bTraceTarget,
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GfxMoveMode FlyMode,
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int nFlyGfxCount,
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uint dwInterval,
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GFX_SKILL_PARAM param,
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uint dwModifier,
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bool bOnlyOneHit,
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bool bFadeOut,
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bool bIsGoblinSkill,
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bool bReverse
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)
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{
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bool bRet = true, bCluster;
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uint dwDelayTime;
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if (nFlyGfxCount == 1)
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{
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dwDelayTime = dwInterval;
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bCluster = false;
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}
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else
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{
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dwDelayTime = 0;
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bCluster = true;
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}
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for (int i = 0; i < nFlyGfxCount; i++)
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{
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string value = bOnlyOneHit && i != nFlyGfxCount - 1 ? "" : szHitGfx;
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if (!AddOneSkillGfxEvent(
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pComposer,
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nHostID,
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nTargetID,
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szFlyGfx,
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FlyMode,
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dwDelayTime,
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dwFlyTimeSpan,
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value,
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param,
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bTraceTarget,
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dwModifier,
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bCluster,
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bFadeOut,
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bIsGoblinSkill,
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bReverse
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))
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{
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bRet = false;
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}
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dwDelayTime += dwInterval;
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}
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return bRet;
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}
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public virtual void Dispose() {
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Instance = null;
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}
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public bool AddOneSkillGfxEvent(
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A3DSkillGfxComposer pComposer,
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long nHostID,
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long nTargetID,
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string szFlyGfx,
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GfxMoveMode mode,
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uint dwDelayTime,
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uint dwFlyTimeSpan,
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string szHitGfx,
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GFX_SKILL_PARAM param,
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bool bTraceTarget,
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uint dwModifier,
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bool bCluster,
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bool bFadeOut,
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bool bIsGoblinSkill,
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bool bReverse)
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{
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// Validate host ID
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// 验证施法者ID
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if (nHostID == 0)
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{
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BMLogger.LogError($"[SKILL_GFX_DEBUG] AddOneSkillGfxEvent: WARNING - Invalid host ID (0), skipping event creation");
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return false;
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}
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// Validate target ID - allow 0 for area skills, but warn about suspiciously large negative values
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// 验证目标ID - 允许0用于区域技能，但对可疑的大负值发出警告
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A3DSkillGfxEvent pEvent = SkillGfxMan.InstanceSub.GetEmptyEvent(mode);
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pEvent.SetComposer(pComposer);
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pEvent.SetHostID(nHostID);
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pEvent.SetTargetID(nTargetID);
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pEvent.SetFlyTimeSpan(dwFlyTimeSpan);
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pEvent.SetDelay(dwDelayTime);
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pEvent.SetReverse(bReverse);
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pEvent.SetParam(param);
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pEvent.SetTraceTarget(bTraceTarget);
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pEvent.SetModifier(dwModifier);
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pEvent.SetIsCluster(bCluster);
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pEvent.SetFadeOut(bFadeOut);
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pEvent.SetGoblinSkill(bIsGoblinSkill);
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pEvent.SetShowFlyGfx(!string.IsNullOrEmpty(szFlyGfx));
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pEvent.SetShowHitGfx(!string.IsNullOrEmpty(szHitGfx));
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ECMODEL_GFX_PROPERTY Prop = new ECMODEL_GFX_PROPERTY();
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if (GetPropertyById(nHostID, ref Prop))
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{
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pEvent.SetGfxUseLod(Prop.bGfxUseLod);
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pEvent.SetDisableCamShake(Prop.bGfxDisableCamShake);
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pEvent.SetHostModelCreatedByGfx(Prop.bHostECMCreatedByGfx);
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}
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// NOTE: In Unity, GFX are Particle Systems — scaling is handled by the particle system itself,
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// not by code. The C++ pGfx.SetScale() calls are not needed.
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// 注意：在Unity中，GFX是粒子系统 — 缩放由粒子系统自身处理，不需要代码设置。
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// Fly GFX instantiation is handled by CECSkillGfxEvent.SpawnFlyGfx()
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// Hit GFX instantiation is handled by CECSkillGfxEvent.SpawnHitGfx()
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#if !_SKILLGFXCOMPOSER
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pEvent.Tick(0);
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#endif
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PushEvent(pEvent);
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return true;
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}
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public virtual bool GetPropertyById(long nId, ref ECMODEL_GFX_PROPERTY pProperty) => false;
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void PushEvent(A3DSkillGfxEvent pEvent) { SkillGfxMan.InstanceSub.m_EventLst.AddLast((CECSkillGfxEvent)pEvent); }
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}
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public class A3DSkillGfxEvent
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{
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protected A3DSkillGfxComposer m_pComposer;
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protected CGfxMoveBase m_pMoveMethod;
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//protected A3DGFXEx m_pFlyGfx; // 飞行特效 / Fly effect
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//protected A3DGFXEx m_pHitGfx; // 命中特效 / Hit effect
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protected uint m_dwFlyTimeSpan; // 飞行时间 / Flight time
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protected uint m_dwCurSpan;
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protected uint m_dwDelayTime;
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protected bool m_bTraceTarget;
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protected bool m_bFadeOut;
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protected long m_nHostID;
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protected long m_nTargetID;
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protected uint m_dwModifier;
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protected bool m_bIsGoblinSkill;
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protected bool m_bShowFlyGfx;
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protected bool m_bShowHitGfx;
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protected Vector3 m_vHostPos;
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protected Vector3 m_vTargetPos;
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protected Vector3 m_vTargetDir;
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protected Vector3 m_vTargetUp;
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protected bool m_bHostExist;
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protected bool m_bTargetExist;
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protected bool m_bHitGfxInfinite;
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protected bool m_bTargetDirAndUpExist;
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protected bool m_bGfxUseLod;
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protected bool m_bGfxDisableCamShake;
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protected bool m_bHostECMCreatedByGfx;
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protected GfxSkillEventState m_enumState;
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public A3DSkillGfxEvent(GfxMoveMode mode)
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{
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m_pComposer = null;
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/* m_pFlyGfx = null;
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m_pHitGfx = null;*/
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m_nHostID = 0;
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m_nTargetID = 0;
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m_dwModifier = 0;
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m_dwFlyTimeSpan = 0;
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m_dwCurSpan = 0;
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m_enumState = GfxSkillEventState.enumWait;
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m_bHitGfxInfinite = false;
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m_bIsGoblinSkill = false;
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m_bShowFlyGfx = true;
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m_bShowHitGfx = true;
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m_bTargetDirAndUpExist = false;
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m_bGfxUseLod = true;
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m_bGfxDisableCamShake = false;
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m_bHostECMCreatedByGfx = false;
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m_pMoveMethod = CGfxMoveBase.CreateMoveMethod(mode);
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}
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~A3DSkillGfxEvent()
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{
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//ReleaseGfx();
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// Note: m_pMoveMethod will be garbage collected
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}
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// Inline functions
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/* protected void ReleaseFlyGfx()
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{
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if (m_pFlyGfx != null)
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{
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if (m_bFadeOut)
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AfxGetGFXExMan().QueueFadeOutGfx(m_pFlyGfx, 1000);
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else
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{
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m_pFlyGfx.Release();
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// In C#, we don't need to manually delete
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}
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m_pFlyGfx = null;
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}
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}*/
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/* protected void ReleaseHitGfx()
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{
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if (m_pHitGfx != null)
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{
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AfxGetGFXExMan().CacheReleasedGfx(m_pHitGfx);
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m_pHitGfx = null;
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}
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}*/
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/* protected void ReleaseGfx()
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{
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ReleaseFlyGfx();
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ReleaseHitGfx();
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}*/
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// Virtual functions
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protected virtual void HitTarget(Vector3 vTarget)
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{
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m_enumState = GfxSkillEventState.enumHit;
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//ReleaseFlyGfx();
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if (false /*m_pHitGfx != null*/)
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{
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//m_bHitGfxInfinite = m_pHitGfx.IsInfinite();
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Matrix4x4 matTran;
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// now try to make the hit gfx face to the attacker
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if (m_bHostExist)
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{
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Vector3 vDir = vTarget - m_vHostPos;
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vDir.y = 0;
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if (vDir.magnitude < 1e-3f)
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vDir = new Vector3(0, 0, 1.0f);
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else
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vDir.Normalize();
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matTran = _build_matrix(vDir, vTarget);
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}
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else
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{
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matTran = Matrix4x4.identity;
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matTran.SetColumn(3, new Vector4(vTarget.x, vTarget.y, vTarget.z, 1));
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}
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/* m_pHitGfx.SetParentTM(matTran);
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m_pHitGfx.Start(true);
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m_pHitGfx.TickAnimation(0);*/
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}
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}
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// Public inline functions
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public void SetGfxUseLod(bool b) { m_bGfxUseLod = b; }
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public bool GetGfxUseLod() { return m_bGfxUseLod; }
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public void SetDisableCamShake(bool b) { m_bGfxDisableCamShake = b; }
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public bool GetDisableCamShake() { return m_bGfxDisableCamShake; }
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public void SetHostModelCreatedByGfx(bool b) { m_bHostECMCreatedByGfx = b; }
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public bool GetHostModelCreatedByGfx() { return m_bHostECMCreatedByGfx; }
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public void SetComposer(A3DSkillGfxComposer pComposer) { m_pComposer = pComposer; }
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public CGfxMoveBase GetMoveMethod() { return m_pMoveMethod; }
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public GfxMoveMode GetMode() { return m_pMoveMethod.GetMode(); }
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public GfxHitPos GetHitPos() { return m_pMoveMethod.GetHitPos(); }
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/* public A3DGFXEx GetFlyGfx() { return m_pFlyGfx; }
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public A3DGFXEx GetHitGfx() { return m_pHitGfx; }*/
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public void SetFlyTimeSpan(uint dwSpan) { m_dwFlyTimeSpan = dwSpan; }
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public void SetDelay(uint dwDelay) { m_dwDelayTime = dwDelay; }
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public void SetReverse(bool bReverse) { m_pMoveMethod.SetReverse(bReverse); }
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public void SetParam(GFX_SKILL_PARAM param) { m_pMoveMethod.SetParam(param); }
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public void SetIsCluster(bool bCluster) { m_pMoveMethod.SetIsCluster(bCluster); }
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public void SetTraceTarget(bool bTrace) { m_bTraceTarget = bTrace; }
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public void SetFadeOut(bool bFadeOut) { m_bFadeOut = bFadeOut; }
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public bool IsFinished() { return m_enumState == GfxSkillEventState.enumFinished; }
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public long GetHostID() { return m_nHostID; }
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public void SetHostID(long nID) { m_nHostID = nID; }
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public long GetTargetID() { return m_nTargetID; }
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public void SetTargetID(long nID) { m_nTargetID = nID; }
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public void SetHostPos(Vector3 vPos) { m_vHostPos = vPos; }
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public void SetTargetPos(Vector3 vPos) { m_vTargetPos = vPos; }
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public void SetHostExist(bool bExist) { m_bHostExist = bExist; }
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public void SetTargetExist(bool bExist) { m_bTargetExist = bExist; }
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public void SetModifier(uint dwModifier) { m_dwModifier = dwModifier; }
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public void SetGoblinSkill(bool bGoblinSkill) { m_bIsGoblinSkill = bGoblinSkill; }
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public bool GetGoblinSkill() { return m_bIsGoblinSkill; }
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public void SetShowFlyGfx(bool b) { m_bShowFlyGfx = b; }
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public void SetShowHitGfx(bool b) { m_bShowHitGfx = b; }
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public void Resume()
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{
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//ReleaseGfx();
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m_enumState = GfxSkillEventState.enumWait;
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m_dwCurSpan = 0;
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m_bShowFlyGfx = true;
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m_bShowHitGfx = true;
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}
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// Virtual functions
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/* public virtual A3DGFXEx LoadFlyGfx(A3DDevice pDev, string szPath)
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{
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return AfxGetGFXExMan().LoadGfx(pDev, szPath);
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}
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public virtual A3DGFXEx LoadHitGfx(A3DDevice pDev, string szPath)
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{
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return AfxGetGFXExMan().LoadGfx(pDev, szPath);
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}
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public virtual void SetFlyGfx(A3DGFXEx pFlyGfx)
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{
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m_pFlyGfx = pFlyGfx;
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}
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public virtual void SetHitGfx(A3DGFXEx pHitGfx)
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{
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m_pHitGfx = pHitGfx;
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}*/
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public virtual void Tick(uint dwDeltaTime)
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{
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m_dwCurSpan += dwDeltaTime;
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if (m_enumState == GfxSkillEventState.enumFinished) return; // 结束 / Finished
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else if (m_enumState == GfxSkillEventState.enumHit) // 命中 / Hit
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{
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// If m_bTraceTarget is true, stay in Hit state to allow derived class to update hit GFX position each frame
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// This matches C++ logic: hit GFX follows target when m_bTraceTarget is true
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// 如果m_bTraceTarget为true，保持在Hit状态以允许派生类每帧更新命中特效位置
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// 这与C++逻辑匹配：当m_bTraceTarget为true时，命中特效跟随目标
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if (!m_bTraceTarget)
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{
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// In Unity, hit GFX is auto-destroyed via Destroy(obj, 3f) in CECSkillGfxEvent.
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// Transition to Finished immediately — the hit GFX cleanup is handled by Unity's timer.
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// 在Unity中，命中特效通过Destroy(obj, 3f)自动销毁。立即转为Finished状态。
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m_enumState = GfxSkillEventState.enumFinished;
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}
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// If m_bTraceTarget is true, derived class (CECSkillGfxEvent) will handle position updates
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// and transition to Finished when hit GFX lifetime expires
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// 如果m_bTraceTarget为true，派生类（CECSkillGfxEvent）将处理位置更新
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// 并在命中特效生命周期到期时转为Finished状态
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}
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else if (m_enumState == GfxSkillEventState.enumWait)
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{
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if (m_dwCurSpan < m_dwDelayTime) return;
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// Check host existence before transitioning to Flying
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// 在转换到Flying之前检查施法者是否存在
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if (!m_bHostExist)
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{
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m_enumState = GfxSkillEventState.enumFinished;
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return;
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}
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// For skills that require a target, check target existence before starting flight
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// For area skills or skills without specific targets, allow flight even if target doesn't exist
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// 对于需要目标的技能，在开始飞行前检查目标是否存在
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// 对于区域技能或没有特定目标的技能，即使目标不存在也允许飞行
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if (!m_bTargetExist && m_nTargetID != 0)
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{
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// Target is required but doesn't exist - finish the event
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// 需要目标但目标不存在 - 结束事件
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m_enumState = GfxSkillEventState.enumFinished;
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return;
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}
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// Transition to Flying state
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// 转换到飞行状态
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m_enumState = GfxSkillEventState.enumFlying;
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m_pMoveMethod.SetMaxFlyTime(m_dwFlyTimeSpan);
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// Use target position if available, otherwise use host position (for area skills)
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// 如果目标位置可用则使用，否则使用施法者位置（用于区域技能）
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Vector3 targetPos = m_bTargetExist ? m_vTargetPos : m_vHostPos;
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m_pMoveMethod.StartMove(m_vHostPos, targetPos);
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// Fly GFX spawning is handled by CECSkillGfxEvent.Tick() when it detects Wait→Flying transition
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// 飞行特效的生成由CECSkillGfxEvent.Tick()在检测到Wait→Flying转换时处理
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}
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else if (m_dwCurSpan > m_dwFlyTimeSpan) // 飞行超时 / Flight timeout
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{
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if (!m_bTargetExist && m_nTargetID != 0)
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m_enumState = GfxSkillEventState.enumFinished;
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else
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{
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Vector3 hitPos = m_bTargetExist ? GetTargetCenter() : m_pMoveMethod.GetPos();
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HitTarget(hitPos);
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}
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}
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else // enumFlying state / 飞行状态
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{
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if (m_pMoveMethod.TickMove(dwDeltaTime, m_vHostPos, m_vTargetPos)) // 目标被命中 / Target hit
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{
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// Only call GetTargetCenter if target exists and is not destroyed
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// 仅在目标存在且未销毁时调用GetTargetCenter
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if (m_bTargetExist && m_nTargetID != 0)
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{
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HitTarget(GetTargetCenter());
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}
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else
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{
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// Target destroyed, hit at last known position or current position
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// 目标已销毁，在最后已知位置或当前位置命中
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HitTarget(m_bTargetExist ? m_vTargetPos : m_pMoveMethod.GetPos());
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}
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}
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// Fly GFX transform update is handled by CECSkillGfxEvent.Tick()
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// 飞行特效的变换更新由CECSkillGfxEvent.Tick()处理
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}
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}
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/* public virtual void Render()
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{
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if (m_pFlyGfx != null) AfxGetGFXExMan().RegisterGfx(m_pFlyGfx);
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if (m_pHitGfx != null) AfxGetGFXExMan().RegisterGfx(m_pHitGfx);
|
|
}
|
|
*/
|
|
public virtual Vector3 GetTargetCenter()
|
|
{
|
|
// Abstract method - must be implemented by derived class
|
|
throw new NotImplementedException("GetTargetCenter must be implemented by derived class");
|
|
}
|
|
|
|
public virtual bool GetTargetDirAndUp(out Vector3 vDir, out Vector3 vUp)
|
|
{
|
|
vDir = Vector3.zero;
|
|
vUp = Vector3.zero;
|
|
return false;
|
|
}
|
|
|
|
// Helper methods that need to be implemented elsewhere or provided by utility class
|
|
/* protected A3DGFXExMan AfxGetGFXExMan()
|
|
{
|
|
// This should return the GFX manager instance
|
|
throw new NotImplementedException("AfxGetGFXExMan needs to be implemented");
|
|
}
|
|
*/
|
|
protected Matrix4x4 _build_matrix(Vector3 dir, Vector3 pos)
|
|
{
|
|
// This should build a transformation matrix from direction and position
|
|
throw new NotImplementedException("_build_matrix needs to be implemented");
|
|
}
|
|
|
|
protected Matrix4x4 a3d_TransformMatrix(Vector3 dir, Vector3 up, Vector3 pos)
|
|
{
|
|
// This should build a transformation matrix from direction, up vector and position
|
|
throw new NotImplementedException("a3d_TransformMatrix needs to be implemented");
|
|
}
|
|
}
|
|
|
|
public struct ECMODEL_GFX_PROPERTY
|
|
{
|
|
public bool bGfxUseLod;
|
|
public bool bGfxDisableCamShake;
|
|
public bool bHostECMCreatedByGfx;
|
|
};
|
|
}
|