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Add formal enemies, remaining formal partners and synthesized UI SFX

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- UI SFX v3: procedurally synthesized one-shots (Tools/synth_ui_sfx.py) wired to
  buttons, rewards, errors and red dots via UiSfx, gated by the SFX setting.
- Five formal enemies (Hornlet, Dashlet, Shellhorn, HornCaptain, GreatHorn):
  Hunyuan 50k -> 2000-tri XPbr, DGXA TokenRig, Idle/Walk/Attack, nested per type
  in PrototypeArena; PrototypeBattle.Enemy gains presentation-only Moving/Strikes.
- Formal partners for all ten pets in the arena and portraits, including new
  VineSprite, ThunderLeopard and TideWhale.
- Pipeline fixes: reject local TokenRig fallback, drop loose mesh islands,
  configurable Unity run_script timeout, companion static stage.
- Also includes concurrent work from another tool in this working tree
  (FlameLion, enemy combat FX, challenge mode, home explorer, server updates).
- Resources registered in Doc/ResDesc_*.md; verified on isolated :18081.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
udx
2026-10-21 12:23:55 +08:00
co-authored by Claude Opus 5.5
parent 6c64210331
commit 89e0fa246f
780 changed files with 7117051 additions and 15906 deletions
Download Patch File Download Diff File Expand all files Collapse all files
AIClient/AgentScripts/FinalizeEnemyMotions.cs
+67 -10
View File
@@ -13,8 +13,10 @@ public static class FinalizeEnemyMotions
[Serializable] public sealed class Recipe
{
public string id,assetRoot,rootBone,chestBone,rightArm,leftArm,outputDir,profile,attackStyle,attackEvent,usage;
public string headBone,neckBone,frontRightFoot,frontLeftFoot,hindRightFoot,hindLeftFoot,rightFoot,leftFoot;
public float height,idleSeconds,idleBreath,attackSeconds,attackWindup,attackImpact,attackRecover;
public float attackLeanDegrees,attackArmDegrees,attackLunge,attackReach,idleSourceWeight,attackSourceWeight;
public float attackLeanDegrees,attackArmDegrees,attackLunge,attackReach,idleSourceWeight,attackSourceWeight,wingSpreadDegrees;
public float attackHeadReach,attackHeadPitchDegrees,attackSpreadDegrees;
}
sealed class Pose
{
@@ -79,7 +81,18 @@ public static class FinalizeEnemyMotions
var r=JsonUtility.FromJson<Recipe>(File.ReadAllText(Path.Combine(Repo,recipePath)));
if(string.IsNullOrEmpty(r.attackStyle))r.attackStyle="body_slam";
if(string.IsNullOrEmpty(r.attackEvent))r.attackEvent=r.usage=="companion_visual" ? "OnCompanionAttackImpact" : "OnEnemyAttackImpact";
if(r.attackStyle!="body_slam" && r.attackStyle!="ranged_cast")throw new ArgumentException("Unsupported attack style");
bool bird=r.profile=="avian_grounded";
bool turtle=r.profile=="quadruped_turtle";
bool heavy=r.profile=="quadruped_heavy";
bool quadruped=turtle || heavy;
bool roar=r.attackStyle=="flame_roar";
if(r.profile!="biped_short" && !bird && !quadruped)throw new ArgumentException("Unsupported anatomy");
if(r.attackStyle!="body_slam" && r.attackStyle!="ranged_cast" && r.attackStyle!="wing_cast" && r.attackStyle!="turtle_bubble" && r.attackStyle!="braced_bash" && !roar)throw new ArgumentException("Unsupported attack style");
if(roar && r.profile!="biped_short")throw new ArgumentException("Flame roar requires an upright biped");
if(bird!=(r.attackStyle=="wing_cast") || (bird && !(r.wingSpreadDegrees>0 && r.wingSpreadDegrees<=60)))
throw new ArgumentException("Invalid grounded-bird wing cast");
if(turtle!=(r.attackStyle=="turtle_bubble"))throw new ArgumentException("Invalid turtle bubble cast");
if(heavy!=(r.attackStyle=="braced_bash"))throw new ArgumentException("Invalid heavy quadruped bash");
if(r.height<=0 || !(0<r.attackWindup && r.attackWindup<r.attackImpact && r.attackImpact<r.attackRecover && r.attackRecover<1))
throw new ArgumentException("Invalid dimensions / attack phase order");
var sb=new StringBuilder();
@@ -91,10 +104,18 @@ public static class FinalizeEnemyMotions
var anim=model.GetComponent<Animator>();if(anim!=null) anim.enabled=false;
var bones=model.GetComponentsInChildren<Transform>().Where(t=>t!=model.transform && (t.name=="Armature" || t.name.StartsWith("bone_"))).ToArray();
var root=bones.First(t=>t.name==r.rootBone);
var head=quadruped || roar ? bones.First(t=>t.name==r.headBone) : null;
var neck=quadruped || roar ? bones.First(t=>t.name==r.neckBone) : null;
var feet=(quadruped ? new[]{r.frontRightFoot,r.frontLeftFoot,r.hindRightFoot,r.hindLeftFoot} : roar ? new[]{r.rightFoot,r.leftFoot} : new string[0]).Select(n=>bones.First(t=>t.name==n)).ToArray();
var footPositions=feet.Select(t=>t.position).ToArray();var footRotations=feet.Select(t=>t.rotation).ToArray();
var chest=bones.FirstOrDefault(t=>t.name==r.chestBone);
var arms=new[] {bones.FirstOrDefault(t=>t.name==r.rightArm),bones.FirstOrDefault(t=>t.name==r.leftArm)};
if(r.profile=="biped_short" && (chest==null || arms.Any(t=>t==null))) throw new Exception("Missing profile bones");
if(!quadruped && (chest==null || arms.Any(t=>t==null) || arms[0]==arms[1])) throw new Exception("Missing/distinct profile bones required");
if((heavy || roar) && (chest==null || chest==head))throw new Exception("Independent chest and head required");
var bind=Pose.Read(bones);var bindRootPosition=root.position;float bindBottom=Bottom(model);
var bindRootRotation=root.rotation;
var wingSides=bird || roar ? arms.Select(a=>Mathf.Sign(a.position.x-root.position.x)).ToArray() : new float[0];
if((bird || roar) && wingSides[0]==wingSides[1])throw new Exception("Arm/wing roots must be on opposite sides");
var skins=model.GetComponentsInChildren<SkinnedMeshRenderer>();
float unitScale=(skins.SelectMany(Vertices).Max(v=>v.y)-bindBottom)/r.height;
var source=AssetDatabase.LoadAllAssetsAtPath(r.assetRoot+"/Anims/"+r.id+"_"+name+".fbx").OfType<AnimationClip>().First(c=>!c.name.StartsWith("__preview__"));
@@ -114,28 +135,64 @@ public static class FinalizeEnemyMotions
bones[b].localScale=bind.s[b];
}
root.position=new Vector3(bindRootPosition.x,root.position.y,bindRootPosition.z);
if(r.profile=="biped_short")
if(roar)root.rotation=bindRootRotation;
if(quadruped)
{
root.rotation=bindRootRotation;
if(idle)head.position+=Vector3.up*(r.idleBreath*Mathf.Pow(Mathf.Sin(Mathf.PI*t),2)*unitScale);
else
{
float strike=Strike(r,t);
// Heavy animals drive the shoulder and head together; a turtle
// only extends its neck. Paws are planted in either case.
if(heavy)chest.position+=Vector3.back*(r.attackLunge*strike*unitScale);
neck.position+=Vector3.back*(r.attackHeadReach*strike*unitScale);
head.rotation=Quaternion.AngleAxis(-r.attackHeadPitchDegrees*strike,Vector3.right)*head.rotation;
}
}
if(r.profile=="biped_short" || bird)
{
if(idle)
{
float breath=Mathf.Pow(Mathf.Sin(Mathf.PI*t),2);
chest.localScale=Vector3.Scale(chest.localScale,new Vector3(1+.007f*breath,1+r.idleBreath/r.height*breath,1+.007f*breath));
if(roar)head.position+=Vector3.up*(r.idleBreath*breath*unitScale);
else chest.localScale=Vector3.Scale(chest.localScale,new Vector3(1+.007f*breath,1+r.idleBreath/r.height*breath,1+.007f*breath));
}
else
{
float strike=Strike(r,t);
root.rotation=Quaternion.AngleAxis(-r.attackLeanDegrees*strike,Vector3.right)*root.rotation;
root.position+=Vector3.back*(r.attackLunge*strike*unitScale);
foreach(var arm in arms)
if(!roar)
{
float armSign=r.attackStyle=="ranged_cast" ? 1 : -1;
root.rotation=Quaternion.AngleAxis(-r.attackLeanDegrees*strike,Vector3.right)*root.rotation;
root.position+=Vector3.back*(r.attackLunge*strike*unitScale);
}
for(int side=0;side<arms.Length;side++)
{
var arm=arms[side];
float armSign=r.attackStyle=="ranged_cast" || roar ? 1 : -1;
arm.rotation=Quaternion.AngleAxis(armSign*r.attackArmDegrees*strike,Vector3.right)*arm.rotation;
// Standing bird wings start outward/upward: negative X sweeps
// them toward -Z. Opposite Z rotations open each wing upward.
if(bird)arm.rotation=Quaternion.AngleAxis(wingSides[side]*r.wingSpreadDegrees*strike,Vector3.forward)*arm.rotation;
if(roar)arm.rotation=Quaternion.AngleAxis(wingSides[side]*r.attackSpreadDegrees*strike,Vector3.forward)*arm.rotation;
// A ranged cast presents both paws in front, without moving the actor.
// Small offline bone translation supplies reach for very short chibi arms.
if(r.attackStyle=="ranged_cast")arm.position+=Vector3.back*(r.attackReach*strike*unitScale);
if(r.attackStyle=="ranged_cast" || bird || roar)arm.position+=Vector3.back*(r.attackReach*strike*unitScale);
}
if(roar)
{
neck.position+=Vector3.back*(r.attackHeadReach*strike*unitScale);
head.rotation=Quaternion.AngleAxis(r.attackHeadPitchDegrees*strike,Vector3.right)*head.rotation;
}
}
}
// Planted feet are baked offline for the standing braced actions.
for(int foot=0;foot<feet.Length;foot++)
{
for(int b=0;b<bones.Length;b++)if(bones[b]!=feet[foot] && bones[b].IsChildOf(feet[foot]))
{bones[b].localPosition=bind.p[b];bones[b].localRotation=bind.q[b];bones[b].localScale=bind.s[b];}
feet[foot].position=footPositions[foot];feet[foot].rotation=footRotations[foot];
}
root.position+=Vector3.up*(bindBottom-Bottom(model));
poses[f]=Pose.Read(bones);
}