chore: W1 项目骨架 — 基线 v1.0 架构落盘（Godot 4.7.2 / gl_compatibility）
架构基线：docs/architecture/2026-10-19-F-architecture.md（v1.0） 范围：WRATH OF THE DEAD《怨返》单人挂机 · GDScript · 1280×720 · 12 班底数据驱动 - 骨架：project.godot（4.7 + GL Compatibility）、架构 §2.1 完整目录树（含占位说明）、 .gitignore/.gitattributes（LF 纪律）、README.md、CLAUDE.md、export_presets.cfg 占位、 pipeline/README.md（3ds Max 侧契约） - 数据管线段 1：data/sheets/generators.csv（GDD §3.1 十二班底逐值抄录） + data/schema/generators.schema.json（v0）+ src/tools/sheet_importer.gd （import_all/import_sheet/validate + ImportReport + .tres stub + 行号/列名/原因失败策略） + src/tools/import_main.gd（CI CLI 入口）+ data/build/generators.json（字节级确定性产物） - 探针：P1（SCREEN_TEXTURE/CanvasLayer 排序）与 P3（NoiseTexture2D seamless）场景代码与 截图/统计工具；实测手册与结论模板在工作区 docs/engineering/（随仓库外文档树） - CI：数据门激活（import_all + schema validate + build 漂移门）；单测/sim/导出 W3+ 注释占位； 4.7.2 headless CLI 行为标注待本机验证 待用户侧：P1/P3 实测回填结论；P6 字体许可 / P7 GPU 实测；look-dev 游魂初版（Max 侧）
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# 探针 P1 —— SCREEN_TEXTURE / CanvasLayer 排序语义
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验证 Godot 4.7 后处理三问（架构 §11 P1 / §5.2 ADR-2）：
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① 背景色是否含入 SCREEN_TEXTURE 采样；② CanvasLayer 排序（L0 世界 < L1 后处理 < L2 UI）；③ UI 层是否被后处理污染。
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**完整实测手册（必读，约 30 分钟）**：
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`docs/engineering/2026-10-19-f-w1-probe-p1-manual.md`（本仓库外的工作区文档树）
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**跑法**：编辑器打开 `tests/probe_p1_screen_texture/probe_p1.tscn` → F6 运行当前场景。
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键位：`1` 直通 / `2` 反色 / `3` 红染 / `4` 纯绿 / `V` 显隐后处理层 / `S` 截图到 `user://` / `Esc` 退出。
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控制台会打印引擎版本 / rendering_method / 显卡适配器——回填结论时连同截图一起归档。
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**结论回填**：`docs/engineering/probes/P1-result.md`
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**不过的回退**：SubViewport + BackBufferCopy（架构预算 +2-4h）。
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extends Node
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# ============================================================================
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# 探针 P1 —— Godot 4.7 hint_screen_texture / SCREEN_TEXTURE 语义
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# 架构依据：§11 P1 / §5.2（ADR-2 单趟 fused 后处理的 CanvasLayer 拓扑）
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# 实测手册：docs/engineering/2026-10-19-f-w1-probe-p1-manual.md
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# 结论回填：docs/engineering/probes/P1-result.md
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#
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# 三问：
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# ① 背景/世界色是否含入 SCREEN_TEXTURE 采样（后处理 L1 能否看见 L0）
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# ② CanvasLayer 排序语义（L1 后处理在 L0 世界之上、L2 UI 之下）
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# ③ UI 层是否被后处理污染（UI 保持 crisp、不被 shader 调制）
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#
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# 场景在 _ready() 中代码化搭建（不手写 .tscn 降低出错面）。
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# 键位：1 直通 | 2 反色 | 3 红染 | 4 纯绿 | V 显/隐后处理层 | S 截图 user:// | Esc 退出
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# ============================================================================
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enum PostMode { PASSTHROUGH, INVERT, RED_TINT, SOLID_GREEN }
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var _post: ColorRect
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var _post_visible := true
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var _mode: int = PostMode.PASSTHROUGH
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var _mat: ShaderMaterial
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var _hud: Label
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var _shot_n := 0
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func _ready() -> void:
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_build_world()
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_build_post()
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_build_ui()
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_print_environment()
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func _build_world() -> void:
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var world := CanvasLayer.new()
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world.name = "L0_World"
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world.layer = 0
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add_child(world)
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var bg := ColorRect.new()
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bg.name = "Background"
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bg.color = Color("#23384F") # 已知底色：后处理里能看见它 = 世界含入采样
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bg.set_anchors_preset(Control.PRESET_FULL_RECT)
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world.add_child(bg)
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var marker := ColorRect.new()
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marker.name = "WorldMarker"
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marker.color = Color("#D08A2E")
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marker.position = Vector2(400, 240)
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marker.size = Vector2(480, 240)
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world.add_child(marker)
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var world_label := Label.new()
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world_label.name = "WorldLabel"
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world_label.text = "L0 World: bg #23384F + marker #D08A2E"
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world_label.position = Vector2(24, 180)
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world_label.add_theme_color_override("font_color", Color.WHITE)
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world.add_child(world_label)
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func _build_post() -> void:
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var post_layer := CanvasLayer.new()
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post_layer.name = "L1_PostProcess"
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post_layer.layer = 1
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add_child(post_layer)
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var sh := load("res://tests/probe_p1_screen_texture/probe_p1.gdshader") as Shader
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_mat = ShaderMaterial.new()
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_mat.shader = sh
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_mat.set_shader_parameter("mode", PostMode.PASSTHROUGH)
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_post = ColorRect.new()
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_post.name = "PostProcessRect"
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_post.material = _mat
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_post.mouse_filter = Control.MOUSE_FILTER_IGNORE
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_post.set_anchors_preset(Control.PRESET_FULL_RECT)
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post_layer.add_child(_post)
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func _build_ui() -> void:
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var ui_layer := CanvasLayer.new()
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ui_layer.name = "L2_UI"
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ui_layer.layer = 2
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add_child(ui_layer)
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var root := Control.new()
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root.name = "UIRoot"
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root.set_anchors_preset(Control.PRESET_FULL_RECT)
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ui_layer.add_child(root)
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# UI 样本：四色板 + 一块纯白。被后处理污染 = 颜色变了/出现着色/纸纹
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var chip_colors := [
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Color("#1A1614"), Color("#EDE6D8"), Color("#B03A2E"),
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Color("#3A5A6B"), Color("#FFFFFF"),
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]
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var chip_names := ["墨 #1A1614", "骨白 #EDE6D8", "朱砂 #B03A2E", "靛 #3A5A6B", "纯白 #FFFFFF"]
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for i in chip_colors.size():
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var chip := ColorRect.new()
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chip.name = "Chip%d" % i
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chip.color = chip_colors[i]
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chip.size = Vector2(200, 40)
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chip.position = Vector2(960, 48 + i * 56)
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root.add_child(chip)
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var lbl := Label.new()
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lbl.name = "ChipLabel%d" % i
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lbl.text = chip_names[i]
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lbl.position = Vector2(1010, 54 + i * 56)
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if chip_colors[i].get_luminance() > 0.5:
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lbl.add_theme_color_override("font_color", Color.BLACK)
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else:
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lbl.add_theme_color_override("font_color", Color.WHITE)
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root.add_child(lbl)
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_hud = Label.new()
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_hud.name = "HUDHelp"
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_hud.text = _help_text()
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_hud.position = Vector2(24, 648)
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_hud.add_theme_color_override("font_color", Color.WHITE)
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root.add_child(_hud)
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func _help_text() -> String:
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var mode_names := ["PASS直通", "INVERT反色", "RED红染", "GREEN纯绿"]
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var mode_name := mode_names[_mode] if _mode >= 0 and _mode < mode_names.size() else "?"
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return "探针 P1 | 1 直通 2 反色 3 红染 4 纯绿 | V 显/隐后处理层（当前:%s）| S 截图到 user:// | Esc 退出 | 当前 mode=%s" % [
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"显示" if _post_visible else "隐藏", mode_name]
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func _input(event: InputEvent) -> void:
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var key_event := event as InputEventKey
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if key_event != null and key_event.pressed and not key_event.echo:
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match key_event.keycode:
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KEY_1:
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_set_mode(PostMode.PASSTHROUGH)
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KEY_2:
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_set_mode(PostMode.INVERT)
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KEY_3:
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_set_mode(PostMode.RED_TINT)
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KEY_4:
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_set_mode(PostMode.SOLID_GREEN)
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KEY_V:
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_post_visible = not _post_visible
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_post.visible = _post_visible
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_hud.text = _help_text()
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KEY_S:
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_screenshot()
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KEY_ESCAPE:
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get_tree().quit()
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func _set_mode(m: int) -> void:
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_mode = m
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_mat.set_shader_parameter("mode", m)
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_hud.text = _help_text()
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var mode_names := ["PASS直通", "INVERT反色", "RED红染", "GREEN纯绿"]
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print("P1 mode → %d（%s）" % [m, mode_names[m] if m >= 0 and m < mode_names.size() else "?"])
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func _screenshot() -> void:
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var tex := get_viewport().get_texture()
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if tex == null:
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push_warning("P1: viewport texture 为空，回退：请用系统截图（Win+Shift+S）")
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return
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var img := tex.get_image()
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if img == null:
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push_warning("P1: get_image() 失败，回退：请用系统截图（Win+Shift+S）")
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return
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var path := "user://p1_mode_%d_%02d.png" % [_mode, _shot_n]
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_shot_n += 1
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var err := img.save_png(path)
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print("P1 screenshot → ", path, " err=", err)
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func _print_environment() -> void:
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var v := Engine.get_version_info()
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print("=== P1 probe 环境（截图请连同此段一起归档）===")
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print("godot: %d.%d.%d %s" % [int(v.major), int(v.minor), int(v.patch), str(v.status)])
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print("rendering_method: ", ProjectSettings.get_setting("rendering/renderer/rendering_method"))
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print("adapter: ", RenderingServer.get_video_adapter_name())
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print("viewport: ", get_viewport().get_visible_rect().size)
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print("stretch: ", ProjectSettings.get_setting("display/window/stretch/mode"), " / ", ProjectSettings.get_setting("display/window/stretch/aspect"))
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print("=== 键位：1 直通 | 2 反色 | 3 红染 | 4 纯绿 | V 显隐后处理 | S 截图 | Esc 退出 ===")
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shader_type canvas_item;
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// ============================================================================
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// 探针 P1 shader —— SCREEN_TEXTURE 语义（架构 §11 P1 / §5.2 ADR-2）
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// 由 probe_p1.gd 以 ShaderMaterial 挂到 L1 全屏 ColorRect 上。
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// mode（uniform int）：
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// 0 直通 —— 验证"背景/世界是否含入 SCREEN_TEXTURE 采样"
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// 1 反色 —— 放大世界内容差异，便于肉眼确认采样到了 L0
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// 2 红色染色 —— L1 全屏染色：验证 L2 UI 是否被后处理污染（UI 应保持原色 crisp）
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// 3 纯绿 —— 顺序验证：整屏变绿 = CanvasLayer 排序 L0<L1<L2 符合预期
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// ============================================================================
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uniform int mode = 0;
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void fragment() {
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vec4 screen = texture(SCREEN_TEXTURE, SCREEN_UV);
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if (mode == 0) {
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COLOR = screen;
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} else if (mode == 1) {
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COLOR = vec4(1.0 - screen.rgb, screen.a);
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} else if (mode == 2) {
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COLOR = vec4(screen.r, 0.0, 0.0, 1.0);
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} else {
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COLOR = vec4(0.0, 1.0, 0.0, 1.0);
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}
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}
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[gd_scene load_steps=2 format=3]
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[ext_resource type="Script" path="res://tests/probe_p1_screen_texture/probe_p1.gd" id="1"]
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[node type="Node" name="ProbeP1ScreenTexture"]
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script = ExtResource("1")
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# 探针 P3 —— NoiseTexture2D / FastNoiseLite 平铺语义
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验证 `seamless = true` 是否真正可平铺（架构 §11 P3；纸纹 pass 的 tileable 前提，管线报告 §6.3）。
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屏上为 `seamless = true/false` 两个 2×2 平铺网格（红线 = tile 边界）；按 `S` 生成边界差图 PNG（`user://p3_diff_*.png`）并打印 wrap/grad 比统计。
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**完整实测手册（必读，约 30 分钟）**：
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`docs/engineering/2026-10-19-f-w1-probe-p3-manual.md`（本仓库外的工作区文档树）
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**跑法**：编辑器打开 `tests/probe_p3_noise_tiling/probe_p3.tscn` → F6 运行当前场景。
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键位：`S` 生成检查图 + 打印统计 / `Esc` 退出。
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**结论回填**：`docs/engineering/probes/P3-result.md`
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**不过的回退**：脚本预烘焙无缝纹理（用 Image 环绕混合生成 256² 纸纹源，不进 NoiseTexture2D）。
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**知识缺口标注**：`FastNoiseLite.TYPE_SIMPLEX` / `FRACTAL_FBM` / `NoiseTexture2D.seamless` / `seamless_blend_ratio`
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为 4.x 稳定名；若 4.7.2 打开报错，按实际属性名修正并记录到 `docs/engineering/`。
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extends Node2D
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# ============================================================================
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# 探针 P3 —— NoiseTexture2D / FastNoiseLite 平铺语义（架构 §11 P3）
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# 依据：管线报告 §6.3；作用于 §5.2 纸纹 pass（双尺度 noise 有序抖动的 tileable 前提）
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# 实测手册：docs/engineering/2026-10-19-f-w1-probe-p3-manual.md
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# 结论回填：docs/engineering/probes/P3-result.md
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#
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# 验证：seamless = true 是否真正可平铺
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# - 屏上：左右两个 2×2 tile 网格（红线 = tile 边界 @256px）肉直视读接缝
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# - 按 S：生成边界差图 PNG（user://p3_diff_*.png）+ 控制台统计
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# * wrap_* = |左边缘-右边缘| / |上边缘-下边缘|（平铺接缝强度）
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# * grad_mean = 相邻像素平均差（自然梯度基线）
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# * seamless 若有效：wrap ≈ grad（同数量级）；若无效：wrap >> grad
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#
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# 知识缺口：FastNoiseLite/NoiseTexture2D 属性名（seamless / seamless_blend_ratio /
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# TYPE_SIMPLEX / FRACTAL_FBM）为 4.x 稳定名；4.7.2 若报错按实际属性名修正并记录。
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# ============================================================================
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const NOISE_SIZE := 256 # 每 tile 256×256；面板 512×512 = 2×2 平铺
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const PANEL_SIZE := 512
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var _textures: Array = []
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func _ready() -> void:
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_textures = [_make_texture(true), _make_texture(false)]
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var positions := [Vector2(96, 160), Vector2(672, 160)]
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var titles := ["seamless = true", "seamless = false"]
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for i in _textures.size():
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var tr := TextureRect.new()
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tr.name = "Panel%d" % i
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tr.texture = _textures[i]
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tr.position = positions[i]
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tr.size = Vector2(PANEL_SIZE, PANEL_SIZE)
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tr.stretch_mode = TextureRect.STRETCH_TILE
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tr.mouse_filter = Control.MOUSE_FILTER_IGNORE
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add_child(tr)
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var overlay := SeamOverlay.new()
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overlay.position = positions[i]
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add_child(overlay)
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var t := Label.new()
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t.name = "PanelTitle%d" % i
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t.text = "%s（红线 = tile 边界；面板内 2×2 平铺）" % titles[i]
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t.position = Vector2(int(positions[i].x), 128)
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t.add_theme_color_override("font_color", Color.WHITE)
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add_child(t)
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var hud := Label.new()
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hud.name = "HUDHelp"
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hud.text = "探针 P3 | 对比两侧红线处接缝（错位/亮度跳变=异常）| S 生成检查图到 user:// 并打印统计 | Esc 退出"
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hud.position = Vector2(96, 648)
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hud.add_theme_color_override("font_color", Color.WHITE)
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add_child(hud)
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_print_environment()
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func _make_texture(seamless: bool) -> NoiseTexture2D:
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var fnl := FastNoiseLite.new()
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fnl.seed = 20261019
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fnl.noise_type = FastNoiseLite.TYPE_SIMPLEX
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fnl.frequency = 0.02
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fnl.fractal_type = FastNoiseLite.FRACTAL_FBM
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fnl.fractal_octaves = 3
|
||||
fnl.fractal_lacunarity = 2.0
|
||||
fnl.fractal_gain = 0.5
|
||||
var nt := NoiseTexture2D.new()
|
||||
nt.width = NOISE_SIZE
|
||||
nt.height = NOISE_SIZE
|
||||
nt.noise = fnl
|
||||
nt.seamless = seamless
|
||||
nt.seamless_blend_ratio = 0.25
|
||||
nt.generate_mipmaps = false
|
||||
return nt
|
||||
|
||||
|
||||
func _input(event: InputEvent) -> void:
|
||||
var key_event := event as InputEventKey
|
||||
if key_event != null and key_event.pressed and not key_event.echo:
|
||||
match key_event.keycode:
|
||||
KEY_S:
|
||||
_generate_check_images()
|
||||
KEY_ESCAPE:
|
||||
get_tree().quit()
|
||||
|
||||
|
||||
func _generate_check_images() -> void:
|
||||
var names := ["seamless", "periodic"]
|
||||
print("=== P3 检查图与统计 ===")
|
||||
for i in _textures.size():
|
||||
var nt: NoiseTexture2D = _textures[i]
|
||||
var img := nt.get_image()
|
||||
if img == null:
|
||||
push_warning("P3: NoiseTexture2D.get_image() 返回 null（%s）。回退：系统截图（Win+Shift+S）+ 肉眼判读。" % names[i])
|
||||
continue
|
||||
var w := img.get_width()
|
||||
var h := img.get_height()
|
||||
# 边界差图（×8 放大）：wrap 接缝越亮 = 平铺越不连续
|
||||
var strip_v := Image.create(w, h, false, Image.FORMAT_RGBA8)
|
||||
var strip_h := Image.create(w, h, false, Image.FORMAT_RGBA8)
|
||||
for y in h:
|
||||
var dv := _amp(absf(img.get_pixel(0, y).r - img.get_pixel(w - 1, y).r))
|
||||
for x in w:
|
||||
strip_v.set_pixel(x, y, Color(dv, dv, dv, 1.0))
|
||||
for x in w:
|
||||
var dh := _amp(absf(img.get_pixel(x, 0).r - img.get_pixel(x, h - 1).r))
|
||||
for y in h:
|
||||
strip_h.set_pixel(x, y, Color(dh, dh, dh, 1.0))
|
||||
strip_v.save_png("user://p3_diff_v_%s.png" % names[i])
|
||||
strip_h.save_png("user://p3_diff_h_%s.png" % names[i])
|
||||
var stats := _edge_stats(img)
|
||||
print("%s: wrap_v mean=%.5f max=%.5f | wrap_h mean=%.5f max=%.5f | grad_mean=%.5f → wrap/grad v=%.2fx h=%.2fx" % [
|
||||
names[i], stats.wrap_v_mean, stats.wrap_v_max, stats.wrap_h_mean, stats.wrap_h_max, stats.grad_mean,
|
||||
stats.wrap_v_mean / maxf(stats.grad_mean, 1e-9), stats.wrap_h_mean / maxf(stats.grad_mean, 1e-9)])
|
||||
print("PNG 位置：%APPDATA%/Godot/app_userdata/<项目名>/p3_diff_*.png")
|
||||
print("判读：seamless 行 wrap/grad ≈ 1-3x = 可用；periodic 行 wrap/grad ≫ 1 = 对照组生效（说明指标有效）")
|
||||
|
||||
|
||||
func _amp(d: float) -> float:
|
||||
return clampf(d * 8.0, 0.0, 1.0)
|
||||
|
||||
|
||||
func _edge_stats(img: Image) -> Dictionary:
|
||||
var w := img.get_width()
|
||||
var h := img.get_height()
|
||||
var wrap_v := 0.0
|
||||
var wrap_v_max := 0.0
|
||||
for y in h:
|
||||
var d := absf(img.get_pixel(0, y).r - img.get_pixel(w - 1, y).r)
|
||||
wrap_v += d
|
||||
wrap_v_max = maxf(wrap_v_max, d)
|
||||
var wrap_h := 0.0
|
||||
var wrap_h_max := 0.0
|
||||
for x in w:
|
||||
var d := absf(img.get_pixel(x, 0).r - img.get_pixel(x, h - 1).r)
|
||||
wrap_h += d
|
||||
wrap_h_max = maxf(wrap_h_max, d)
|
||||
var grad := 0.0
|
||||
for y in h:
|
||||
for x in w - 1:
|
||||
grad += absf(img.get_pixel(x, y).r - img.get_pixel(x + 1, y).r)
|
||||
return {
|
||||
"wrap_v_mean": wrap_v / h,
|
||||
"wrap_v_max": wrap_v_max,
|
||||
"wrap_h_mean": wrap_h / w,
|
||||
"wrap_h_max": wrap_h_max,
|
||||
"grad_mean": grad / float((w - 1) * h),
|
||||
}
|
||||
|
||||
|
||||
func _print_environment() -> void:
|
||||
var v := Engine.get_version_info()
|
||||
print("=== P3 probe 环境 ===")
|
||||
print("godot: %d.%d.%d %s" % [int(v.major), int(v.minor), int(v.patch), str(v.status)])
|
||||
print("rendering_method: ", ProjectSettings.get_setting("rendering/renderer/rendering_method"))
|
||||
print("adapter: ", RenderingServer.get_video_adapter_name())
|
||||
print("noise: FastNoiseLite simplex fbm oct3 f0.02 | tile 256×256 | blend_ratio 0.25")
|
||||
|
||||
|
||||
class SeamOverlay extends Node2D:
|
||||
const TILE := 256
|
||||
const PANEL := 512
|
||||
|
||||
func _draw() -> void:
|
||||
var c := Color(1.0, 0.2, 0.2, 0.6)
|
||||
draw_line(Vector2(TILE, 0), Vector2(TILE, PANEL), c, 1.0)
|
||||
draw_line(Vector2(0, TILE), Vector2(PANEL, TILE), c, 1.0)
|
||||
draw_rect(Rect2(Vector2.ZERO, Vector2(PANEL, PANEL)), c, false, 1.0)
|
||||
@@ -0,0 +1,6 @@
|
||||
[gd_scene load_steps=2 format=3]
|
||||
|
||||
[ext_resource type="Script" path="res://tests/probe_p3_noise_tiling/probe_p3.gd" id="1"]
|
||||
|
||||
[node type="Node2D" name="ProbeP3NoiseTiling"]
|
||||
script = ExtResource("1")
|
||||
@@ -0,0 +1 @@
|
||||
# tests/sim_reports —— 模拟器 14 门报告 report-<date>.json（git 跟踪，月度对账证据）。W4 首轮（架构 §9.3/§10.3）。
|
||||
@@ -0,0 +1 @@
|
||||
# tests/unit —— GUT 单测（core 全覆盖：公式/迁移/格式化）。W3 激活；GUT addon 待合入（CI W3 占位）。
|
||||
Reference in new issue
Block a user