FreewayGamesTest/Assets/Synaptic AI Pro/game-templates-improvement-plan.txt

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Synaptic AI Pro - Game Templates 改善計画
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作成日: 2026-01-09
対象バージョン: v1.2.0 (予定)

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現状分析
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## 対応ジャンル (6種類)
1. FPS (First Person Shooter)
2. Platformer (2Dプラットフォーマー)
3. RPG (ロールプレイング)
4. Puzzle (パズル)
5. Racing (レーシング)
6. Strategy (ストラテジー/RTS)

## 共通の問題点
- スクリプトが付いていない（見た目だけ）
- 旧Input Manager前提
- New Input System未対応
- Cinemachine未使用
- 実際にプレイできない

=====================================
1. FPS Template 改善計画
=====================================

## 現状
✅ Player + CharacterController (height=1.8m)
✅ CameraRig (eye height 1.6m, FOV 70)
✅ WeaponHolder + Rifle placeholder + MuzzlePoint
✅ Level (Ground, Walls, Cover objects)
✅ SpawnSystem (Player/Enemy spawns)
✅ Pickups (Health, Ammo, Armor)
✅ Lighting

## 追加すべき機能

### 必須 (Phase 1)
- [ ] FPSController.cs スクリプト
  - WASD移動
  - マウスルック
  - ジャンプ (Space)
  - Sprint (Left Shift) + スタミナ
  - Crouch (Ctrl) + 高さ変更

### 推奨 (Phase 2)
- [ ] New Input System対応
  - PlayerInputActions アセット生成
  - Move, Look, Jump, Sprint, Crouch, Fire, Reload, Aim アクション
- [ ] Cinemachine POV Camera
- [ ] Head Bob (歩行時の揺れ)
- [ ] Weapon Sway (視点移動時の武器揺れ)
- [ ] ADS (Aim Down Sights) - 右クリックでFOV変更
- [ ] Footstep Audio (足音)

### 拡張 (Phase 3)
- [ ] 射撃システム (Raycast)
- [ ] 弾薬管理
- [ ] リロード
- [ ] ダメージシステム
- [ ] 敵AI (NavMesh + GOAP連携)

### 参考値 (業界標準)
```csharp
// FPS Controller 推奨設定
walkSpeed = 5f;
sprintSpeed = 8f;
crouchSpeed = 2.5f;
jumpForce = 7f;
gravity = -20f;
mouseSensitivity = 2f;
staminaMax = 100f;
staminaDrain = 20f;  // per second while sprinting
staminaRegen = 15f;  // per second while not sprinting
```

### 参考ソース
- NeoFPS: https://neofps.com/
- VionixStudio FPS Tutorial: https://vionixstudio.com/2022/10/17/unity-fps-controller-using-new-input-system/

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2. Platformer Template 改善計画
=====================================

## 現状
✅ Player + Rigidbody2D + BoxCollider2D
✅ Orthographic Camera
✅ Progressive difficulty platforms (easy → medium → hard)
✅ Moving platform placeholder
✅ Hazards (Spikes, DeathZone)
✅ Collectibles

## 追加すべき機能

### 必須 (Phase 1)
- [ ] PlatformerController2D.cs スクリプト
  - 左右移動 (A/D or Arrow keys)
  - ジャンプ (Space)
  - Variable Jump Height (押す長さで高さ変化)

### 推奨 (Phase 2) - "Game Feel" 向上
- [ ] Coyote Time (着地猶予) = 0.15秒
  - 崖から落ちた直後でもジャンプ可能
  - プレイヤーのミスを許容
- [ ] Jump Buffering (ジャンプ先行入力) = 0.2秒
  - 着地前にジャンプ入力を受け付け
- [ ] Fall Multiplier = 2.5f
  - 落下時に重力を増加させてキビキビ感を出す
- [ ] Low Jump Multiplier = 2f
  - ジャンプボタンを離すと早く落下

### 拡張 (Phase 3)
- [ ] Double Jump (2段ジャンプ)
- [ ] Wall Slide (壁滑り)
- [ ] Wall Jump (壁ジャンプ)
- [ ] Dash (ダッシュ)
- [ ] Ledge Grab (崖つかまり)

### 参考値 (Celeste/Super Meat Boy レベル)
```csharp
// Platformer Controller 推奨設定
moveSpeed = 8f;
jumpForce = 14f;
coyoteTime = 0.15f;
jumpBufferTime = 0.2f;
fallMultiplier = 2.5f;
lowJumpMultiplier = 2f;
wallSlideSpeed = 2f;
wallJumpForce = new Vector2(12f, 14f);
dashSpeed = 20f;
dashDuration = 0.2f;
```

### 参考ソース
- 2D-Platformer-Hunter: https://github.com/ta-david-yu/2D-Platformer-Hunter
- DevSourceHub: https://devsourcehub.com/mastering-2d-platformer-mechanics-in-unity/

=====================================
3. RPG Template 改善計画
=====================================

## 現状
✅ Player + CharacterController (Humanoid placeholder)
✅ Isometric Camera Rig (45°/45°)
✅ World Terrain
✅ Town (Inn, Blacksmith, MagicShop, GeneralStore, TownHall)
✅ Fountain
✅ NPCs placeholder
✅ Forest/Dungeon areas

## 追加すべき機能

### 必須 (Phase 1)
- [ ] RPGPlayerController.cs
  - Click to Move (マウスクリックで移動)
  - NavMeshAgent使用
  - WASD移動オプション

### 推奨 (Phase 2)
- [ ] NavMesh自動ベイク
- [ ] Cinemachine Follow Camera
- [ ] カメラ回転 (Q/E or Middle Mouse)
- [ ] カメラズーム (Scroll Wheel)

### 拡張 (Phase 3) - RPG Systems
- [ ] Inventory System (基本)
  - アイテムスロット
  - ドラッグ&ドロップ
- [ ] Dialogue System (基本)
  - NPC会話
  - 選択肢
- [ ] Quest System (基本)
  - クエスト受注/完了
- [ ] Stats System
  - HP, MP, STR, DEF, etc.

### 参考実装
```csharp
// Click to Move
void Update() {
    if (Input.GetMouseButtonDown(0)) {
        Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition);
        if (Physics.Raycast(ray, out RaycastHit hit)) {
            navMeshAgent.SetDestination(hit.point);
        }
    }
}
```

### 参考ソース
- GameDev Academy NavMesh: https://gamedevacademy.org/learn-unitys-navmesh-by-creating-a-click-to-move-game/
- ORK Framework概念: https://www.tldevtech.com/best-unity-game-templates/

=====================================
4. Puzzle Template 改善計画
=====================================

## 現状
✅ Top-down Orthographic Camera
✅ 8x8 Grid Game Board
✅ Checkerboard pattern tiles
✅ Puzzle pieces placeholder

## 追加すべき機能

### 必須 (Phase 1)
- [ ] PuzzleManager.cs
  - グリッド管理
  - ピース配置
- [ ] PuzzlePiece.cs
  - ドラッグ&ドロップ

### 推奨 (Phase 2) - Match-3 System
- [ ] Match Detection (3つ以上の一致検出)
- [ ] Piece Swap (隣接ピースの入れ替え)
- [ ] Cascade/Gravity (消えた後の落下)
- [ ] New Piece Spawn (上から新しいピース)

### 拡張 (Phase 3)
- [ ] Score System
- [ ] Combo System
- [ ] Special Pieces (4連、5連で特殊ピース)
- [ ] Level System
- [ ] Time/Move Limit

### 参考実装 (Match-3 基本ロジック)
```csharp
// Grid-based approach
public class PuzzleGrid {
    private PuzzlePiece[,] grid;

    public List<PuzzlePiece> CheckMatches() {
        var matches = new List<PuzzlePiece>();
        // Horizontal check
        for (int y = 0; y < height; y++) {
            for (int x = 0; x < width - 2; x++) {
                if (grid[x,y].type == grid[x+1,y].type &&
                    grid[x,y].type == grid[x+2,y].type) {
                    matches.Add(grid[x,y]);
                    matches.Add(grid[x+1,y]);
                    matches.Add(grid[x+2,y]);
                }
            }
        }
        // Vertical check (similar)
        return matches;
    }
}
```

### 参考ソース
- Catlike Coding Match-3: https://catlikecoding.com/unity/tutorials/prototypes/match-3/
- Kodeco Tutorial: https://www.kodeco.com/673-how-to-make-a-match-3-game-in-unity

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5. Racing Template 改善計画
=====================================

## 現状
✅ Player Car (Body, Roof, Wheels)
✅ Rigidbody (mass=1500, drag/angularDrag設定)
✅ Chase Camera
✅ Oval Race Track
✅ Start/Finish Line
✅ Barriers
✅ AI Cars placeholder

## 追加すべき機能

### 必須 (Phase 1)
- [ ] CarController.cs (基本)
  - アクセル (W/Up)
  - ブレーキ (S/Down)
  - ステアリング (A/D or Left/Right)

### 推奨 (Phase 2) - Physics改善
- [ ] WheelCollider使用
  - motorTorque
  - brakeTorque
  - steerAngle
- [ ] Suspension設定
- [ ] Center of Mass調整 (低め)
- [ ] Anti-flip (Down Force)

### 拡張 (Phase 3)
- [ ] Lap Counter
- [ ] Checkpoint System
- [ ] Ghost Recording/Replay
- [ ] AI Opponents (Waypoint follow)
- [ ] Drift Physics
- [ ] Nitro/Boost

### 参考値 (Arcade Racing)
```csharp
// WheelCollider 推奨設定
mass = 1500f;
centerOfMass = new Vector3(0, -0.5f, 0);
motorTorque = 800f;
brakeTorque = 2000f;
maxSteerAngle = 30f;
downForce = 100f;  // Speed-dependent

// Suspension
suspensionDistance = 0.3f;
spring = 35000f;
damper = 4500f;
targetPosition = 0.5f;
```

### 参考ソース
- Unity WheelCollider Docs: https://docs.unity3d.com/Manual/WheelColliderTutorial.html
- Arcade Car Physics: https://github.com/Saarg/Arcade_Car_Physics
- Unity Forum Discussion: https://discussions.unity.com/t/the-dark-art-of-unity-wheel-colliders-what-unity-doesnt-tell-you/840741

=====================================
6. Strategy Template 改善計画
=====================================

## 現状
✅ RTS Camera (60° angle)
✅ Hex Grid (Perlin noise terrain)
✅ Terrain Types (Water, Plains, Forest, Mountain)
✅ Terrain Features (Trees, Rocks)
✅ Units placeholder
✅ Buildings placeholder
✅ Resources placeholder

## 追加すべき機能

### 必須 (Phase 1)
- [ ] RTSCameraController.cs
  - WASD/Arrow移動
  - Edge scroll (画面端でスクロール)
  - Zoom (Scroll Wheel)
  - Pan (Middle Mouse Drag)

### 推奨 (Phase 2) - Selection System
- [ ] Click to Select (単体選択)
- [ ] Box Selection (範囲選択)
  - マウスドラッグで矩形
  - 矩形内のユニットを選択
- [ ] Double Click (同種ユニット選択)
- [ ] Ctrl+Click (追加選択)
- [ ] Group Assignment (Ctrl+1~9)
- [ ] Group Recall (1~9)

### 拡張 (Phase 3)
- [ ] Move Command (Right Click)
- [ ] Attack Command
- [ ] Formation System
- [ ] Fog of War
- [ ] Minimap
- [ ] Building Placement
- [ ] Resource Gathering

### 参考実装 (Box Selection)
```csharp
// Box Selection
Vector2 startPos, endPos;
bool isSelecting;

void Update() {
    if (Input.GetMouseButtonDown(0)) {
        startPos = Input.mousePosition;
        isSelecting = true;
    }
    if (Input.GetMouseButtonUp(0) && isSelecting) {
        endPos = Input.mousePosition;
        SelectUnitsInBox(startPos, endPos);
        isSelecting = false;
    }
}

void SelectUnitsInBox(Vector2 start, Vector2 end) {
    Rect selectionRect = new Rect(
        Mathf.Min(start.x, end.x),
        Mathf.Min(start.y, end.y),
        Mathf.Abs(start.x - end.x),
        Mathf.Abs(start.y - end.y)
    );

    foreach (var unit in allUnits) {
        Vector2 screenPos = Camera.main.WorldToScreenPoint(unit.transform.position);
        if (selectionRect.Contains(screenPos)) {
            unit.Select();
        }
    }
}
```

### 参考ソース
- RTS Engine: https://unityassetcollection.com/rts-engine-free-download/
- Unity-RTS-Camera: https://github.com/PanMig/Unity-RTS-Camera
- GameDev Academy RTS Selection: https://gamedevacademy.org/rts-unity-tutorial/

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オプション追加: バリアント機能
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## 提案: テンプレートバリアント

unity_create_game_template({
  genre: "FPS",
  variant: "tactical",  // basic | modern | tactical | arena
  inputSystem: "new",   // legacy | new
  features: {
    sprint: true,
    crouch: true,
    ads: true,
    headBob: true,
    weaponSway: true
  },
  includeScripts: true  // NEW: スクリプト付き
})

### FPS Variants
- basic: 最小限 (移動+ジャンプのみ)
- modern: Sprint, Crouch, ADS
- tactical: Lean, Prone, Tactical Reload
- arena: Fast movement, No ADS, Bunny hop

### Platformer Variants
- basic: 移動+ジャンプのみ
- standard: Coyote Time, Jump Buffer
- celeste: Wall Jump, Dash, Climb
- metroidvania: Double Jump, Wall Jump, Abilities

### RPG Variants
- action: リアルタイム戦闘
- turn_based: ターン制戦闘
- tactical: グリッドベース戦闘
- hack_and_slash: アクション重視

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開発優先度
=====================================

## Phase 1: 基本スクリプト追加 (必須)
- [ ] 各ジャンルの基本コントローラースクリプト
- [ ] 実際にプレイ可能な状態に
- 工数: 1-2週間

## Phase 2: 品質向上 (推奨)
- [ ] New Input System対応
- [ ] Cinemachine統合
- [ ] Game Feel向上 (Coyote Time等)
- 工数: 1-2週間

## Phase 3: 拡張機能 (オプション)
- [ ] ジャンル固有の高度な機能
- [ ] バリアントシステム
- 工数: 2-3週間

## 合計工数: 約4-7週間

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ファイル構成 (想定)
=====================================

Assets/Synaptic AI Pro/
├── GameTemplates/
│   ├── FPS/
│   │   ├── Scripts/
│   │   │   ├── FPSController.cs
│   │   │   ├── WeaponSystem.cs
│   │   │   └── FPSPlayerInput.inputactions
│   │   └── Prefabs/
│   │       └── FPSPlayer.prefab
│   ├── Platformer/
│   │   ├── Scripts/
│   │   │   ├── PlatformerController2D.cs
│   │   │   └── PlatformerPlayerInput.inputactions
│   │   └── Prefabs/
│   ├── RPG/
│   │   ├── Scripts/
│   │   │   ├── RPGPlayerController.cs
│   │   │   ├── ClickToMove.cs
│   │   │   └── InventorySystem.cs
│   │   └── Prefabs/
│   ├── Puzzle/
│   │   ├── Scripts/
│   │   │   ├── PuzzleManager.cs
│   │   │   ├── PuzzlePiece.cs
│   │   │   └── MatchDetector.cs
│   │   └── Prefabs/
│   ├── Racing/
│   │   ├── Scripts/
│   │   │   ├── CarController.cs
│   │   │   ├── WheelController.cs
│   │   │   └── LapCounter.cs
│   │   └── Prefabs/
│   └── Strategy/
│       ├── Scripts/
│       │   ├── RTSCameraController.cs
│       │   ├── SelectionManager.cs
│       │   └── UnitController.cs
│       └── Prefabs/

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注意事項
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1. スクリプト配布について
   - .csファイルはAsset Storeでも配布可能
   - ただしアセンブリ定義で分離推奨

2. 依存パッケージ
   - New Input System (com.unity.inputsystem)
   - Cinemachine (com.unity.cinemachine)
   - AI Navigation (com.unity.ai.navigation)
   - 自動インストール機能が必要

3. Unity Version
   - 最低: Unity 2021.3 LTS
   - 推奨: Unity 2022.3 LTS以降
   - Unity 6対応も考慮

4. パフォーマンス
   - モバイル対応を考慮した軽量実装
   - LOD/Culling設定