T

ykcheungab 5767b4bf11 阶段 1：平台 PoC —— 真实 GL 上跑通静态场景，并修掉它抓出的相机/上下文错误 - What: 按 docs/architecture/studio-3d-stages.md 阶段 1 落地图形栈。OrbitCamera 全部实现（target/distance/yaw/pitch 表示；fit 按包围球与较窄的那个视场轴定距离；orbit/pan/zoom 有界；set_preset 从 eye/target 反解角度使拖动可延续；matrices 输出只读 float32 view/projection；另加 depth_range_m() 便于断言）。gl_backend：GLDispatch.bind_current_context 真正绑定 PyOpenGL 并读 vendor/renderer/GL/GLSL/max texture、判软件渲染、profile 不达标时抛 ThreeDUnsupported 并带回能力；GLRenderer 实现 initialize（两个 program，desktop33/gles30 共用同一份着色器主体、只换头部）、upload_scene（每 part 一套 VAO/VBO/EBO，交错 layout position/normal/scalar/valid = 8 float）、update_surface（只对感知面 glBufferSubData，绝不重建索引）、draw（绑 Qt 的 defaultFramebufferObject、深度测试、按 role 选 program、housing 隐藏即跳过、scalar 经 LUT 纹理与 range uniform 上色，Python 不生成 RGB 数组）、release（幂等）；纯函数 pack_part/pack_scene_part/estimate_gpu_bytes/rest_surface/shader_source/shader_header/lut_rgba/is_software_renderer/profile_from_renderable_type 都可在无 GPU 环境测试。Sensor3DWidget 实现 initializeGL/paintGL/resizeGL/release_resources/aboutToBeDestroyed/showEvent/hideEvent 与鼠标事件；加载场景时先采用资产自带的默认视角再 fit；一帧几何不匹配只"拒绝该帧"（计数 + 诊断 + 用 rest_surface 清掉上次测量）而不是把整个视图打成不可用。shared/scene3d/synthetic.py 提供 PoC 与测试共用的已知场景（20mm 感知板 + 外壳盒，米、sensor 坐标系、带默认三视角预设）。tools/scene_assets/probe_gl.py 真实现：真实窗口取 context 并输出 JSON 报告（平台/Qt/PyOpenGL/vendor/renderer/GL/GLSL/DPR/framebuffer/是否软件渲染），退出码即门禁（0 通过、3 软件渲染、4 无上下文）；apps/studio/pyproject.toml 增加 [three-d] 可选依赖（仅 PyOpenGL；Open3D 不进运行时）。测试：apps/studio/tests/test_scene3d_stage1.py 24 项（相机数学、PoC 场景合规、打包布局、着色器两方言共用主体、LUT、软件渲染识别、renderableType 映射、GPU 预算、参考帧语义，全部无需 GPU）＋ test_scene3d_gl_smoke.py 8 项（真实 context：能力、两个 part 都画出来、外壳可隐藏、参考帧中性 vs 色图有差异、动态更新不动 housing 缓冲、坏几何帧被拒且视图存活、resize 跟随、release 幂等且新 context 能重传场景、探针如实报告）；offscreen 下后者自动 skip。docs/architecture/gl-report-windows-dev.json 为本机平台报告。 - Why: 用户要求"从骨架搭起→计划阶段→逐阶段实现与验收"，并明确 ARM 暂缓。阶段 1 的产出本身就是一份能回答"这块板的图形栈能不能用"的报告，所以先把它做实、把 profile 冻结点定在真实 context 上，而不是先堆屏幕上的东西。 - Verification: 真实 context（QT_QPA_PLATFORM=windows）下 8 项 GL 验收全过；offscreen 下 24 项 CPU 项全过、GL 项按设计 skip；shared 全量 187 passed；studio 全量 116 passed（含新 32 项）；ui_check 554 项 0 失败；probe_gl 输出 verdict=ok（NVIDIA RTX 4080 SUPER、GL 3.3 Core、GLSL 3.30、非软件渲染）。过程中这套验收抓出并修掉了 7 个真实缺陷：Qt renderableType 映射反了（NVIDIA 兼容 ES 着色器所以本机看不出，Intel/ARM 会直接失败）、观察相机是左手基导致整模型镜像（det=-1）、近平面过近使 NDC z 全挤在 0.99（深度精度归零、外壳与感知面会 z-fighting）、手动 makeCurrent 早于 Qt 首次绘制会把 GPU 对象建在被丢弃的 context 里（glBindVertexArray 报 INVALID_OPERATION）、context 重建后不重传场景、一帧几何不匹配把整个视图打死、以及 grabFramebuffer 是 BGRA+stride 导致颜色断言全部读错通道。 - Not in this change: 未接入 app_window/main.py（三维对现有应用仍完全惰性，故"开/关三维 CSV 行序一致"这条验收随阶段 4 做）；阶段 2 的资产导入/坐标/包格式；ARM 平台实测（probe 已可在板上直接运行）。

2026-09-14 14:55:45 +08:00

apps

阶段 1：平台 PoC —— 真实 GL 上跑通静态场景，并修掉它抓出的相机/上下文错误 - What: 按 docs/architecture/studio-3d-stages.md 阶段 1 落地图形栈。OrbitCamera 全部实现（target/distance/yaw/pitch 表示；fit 按包围球与较窄的那个视场轴定距离；orbit/pan/zoom 有界；set_preset 从 eye/target 反解角度使拖动可延续；matrices 输出只读 float32 view/projection；另加 depth_range_m() 便于断言）。gl_backend：GLDispatch.bind_current_context 真正绑定 PyOpenGL 并读 vendor/renderer/GL/GLSL/max texture、判软件渲染、profile 不达标时抛 ThreeDUnsupported 并带回能力；GLRenderer 实现 initialize（两个 program，desktop33/gles30 共用同一份着色器主体、只换头部）、upload_scene（每 part 一套 VAO/VBO/EBO，交错 layout position/normal/scalar/valid = 8 float）、update_surface（只对感知面 glBufferSubData，绝不重建索引）、draw（绑 Qt 的 defaultFramebufferObject、深度测试、按 role 选 program、housing 隐藏即跳过、scalar 经 LUT 纹理与 range uniform 上色，Python 不生成 RGB 数组）、release（幂等）；纯函数 pack_part/pack_scene_part/estimate_gpu_bytes/rest_surface/shader_source/shader_header/lut_rgba/is_software_renderer/profile_from_renderable_type 都可在无 GPU 环境测试。Sensor3DWidget 实现 initializeGL/paintGL/resizeGL/release_resources/aboutToBeDestroyed/showEvent/hideEvent 与鼠标事件；加载场景时先采用资产自带的默认视角再 fit；一帧几何不匹配只"拒绝该帧"（计数 + 诊断 + 用 rest_surface 清掉上次测量）而不是把整个视图打成不可用。shared/scene3d/synthetic.py 提供 PoC 与测试共用的已知场景（20mm 感知板 + 外壳盒，米、sensor 坐标系、带默认三视角预设）。tools/scene_assets/probe_gl.py 真实现：真实窗口取 context 并输出 JSON 报告（平台/Qt/PyOpenGL/vendor/renderer/GL/GLSL/DPR/framebuffer/是否软件渲染），退出码即门禁（0 通过、3 软件渲染、4 无上下文）；apps/studio/pyproject.toml 增加 [three-d] 可选依赖（仅 PyOpenGL；Open3D 不进运行时）。测试：apps/studio/tests/test_scene3d_stage1.py 24 项（相机数学、PoC 场景合规、打包布局、着色器两方言共用主体、LUT、软件渲染识别、renderableType 映射、GPU 预算、参考帧语义，全部无需 GPU）＋ test_scene3d_gl_smoke.py 8 项（真实 context：能力、两个 part 都画出来、外壳可隐藏、参考帧中性 vs 色图有差异、动态更新不动 housing 缓冲、坏几何帧被拒且视图存活、resize 跟随、release 幂等且新 context 能重传场景、探针如实报告）；offscreen 下后者自动 skip。docs/architecture/gl-report-windows-dev.json 为本机平台报告。 - Why: 用户要求"从骨架搭起→计划阶段→逐阶段实现与验收"，并明确 ARM 暂缓。阶段 1 的产出本身就是一份能回答"这块板的图形栈能不能用"的报告，所以先把它做实、把 profile 冻结点定在真实 context 上，而不是先堆屏幕上的东西。 - Verification: 真实 context（QT_QPA_PLATFORM=windows）下 8 项 GL 验收全过；offscreen 下 24 项 CPU 项全过、GL 项按设计 skip；shared 全量 187 passed；studio 全量 116 passed（含新 32 项）；ui_check 554 项 0 失败；probe_gl 输出 verdict=ok（NVIDIA RTX 4080 SUPER、GL 3.3 Core、GLSL 3.30、非软件渲染）。过程中这套验收抓出并修掉了 7 个真实缺陷：Qt renderableType 映射反了（NVIDIA 兼容 ES 着色器所以本机看不出，Intel/ARM 会直接失败）、观察相机是左手基导致整模型镜像（det=-1）、近平面过近使 NDC z 全挤在 0.99（深度精度归零、外壳与感知面会 z-fighting）、手动 makeCurrent 早于 Qt 首次绘制会把 GPU 对象建在被丢弃的 context 里（glBindVertexArray 报 INVALID_OPERATION）、context 重建后不重传场景、一帧几何不匹配把整个视图打死、以及 grabFramebuffer 是 BGRA+stride 导致颜色断言全部读错通道。 - Not in this change: 未接入 app_window/main.py（三维对现有应用仍完全惰性，故"开/关三维 CSV 行序一致"这条验收随阶段 4 做）；阶段 2 的资产导入/坐标/包格式；ARM 平台实测（probe 已可在板上直接运行）。

2026-09-14 14:55:45 +08:00

build

changed customer to studio

2026-09-12 14:03:00 +08:00

docs/architecture

2026-09-14 14:55:45 +08:00

shared

2026-09-14 14:55:45 +08:00

tools/scene_assets

2026-09-14 14:55:45 +08:00

.gitignore

Fix the phase-1/2 review findings in recording, calibration and depth replay

2026-09-13 14:55:53 +08:00

pyproject.toml

changed customer to studio

2026-09-12 14:03:00 +08:00

README.md

subject: fix calibration cancel, unit mixing, FN clamping, export/apply and depth scale

2026-09-13 12:35:05 +08:00

README.md

orisys-app

Desktop applications that consume the Orisys SDK.

App	Status
`apps/studio`	Scaffold shell (theme / locale / prefs / logging)
`apps/internal`	Stub for future calibration & automated testing

Layout

shared/ — common paths, prefs, theme, i18n, logging
apps/studio/config/ — locales, default prefs, editable sensors/ copies
apps/studio/outputs/ — generated logs and calibration exports (gitignored)
build/ — Windows PyInstaller packaging (build/studio/build.ps1)

Run (studio shell)

cd D:\repo\orisys-app
python -m pip install -e .\shared -e .\apps\studio
python .\apps\studio\run.py

Or without install:

$env:PYTHONPATH = "D:\repo\orisys-app\shared\src;D:\repo\orisys-app\apps\studio\src"
python D:\repo\orisys-app\apps\studio\run.py

Local `orisys` SDK

orisys_app_shared.force imports orisys.calibration at module scope, so the studio app cannot start against an SDK build that predates that module (the published 0.5.2 wheel does not include it). When working from a repo checkout, install the SDK from source instead of from an index:

python -m pip install .\..\orisys-sdk          # same checkout that built this app

If a pip build is blocked by the environment, the equivalent manual install is to copy orisys-sdk/src/orisys/**/*.py over site-packages/orisys/ and delete the stale __init__.cp310-win_amd64.pyd (an extension module shadows the package __init__.py, which hides sibling modules such as calibration.py).

Verifying UI changes

Both tools render the real main window with the offscreen Qt platform — no display, camera or sensor hardware required:

python .\apps\studio\tools\ui_check.py                      # layout/theme assertions
python .\apps\studio\tools\ui_snapshot.py --theme light --demo `
    --sensor finger --panels cal,3d --size 1600x900 --out shot.png

ui_check.py needs only the runtime dependencies. The pytest suite in shared/tests and apps/studio/tests covers the same ground plus locale and preference-schema parity:

pip install pytest
python -m pytest

On Windows the offscreen platform finds no fonts unless QT_QPA_FONTDIR points at C:\Windows\Fonts; both tools set it automatically.

ui_check.py also runs the palette rules (WCAG contrast, colour separation, ramp monotonicity) that guard the brand tokens; see apps/studio/docs/ui-palette.md for the colour system, its relationship to the UI design spec, and every deliberate deviation from it.

ui_check.py includes a record channel section as well; see apps/studio/docs/record-channel.md for why recording and calibration sampling no longer hang off the UI refresh timer, and for the data-reliability fixes that came with it.

Branding

Window / EXE icon: shared/resources/branding/logo.png
Top bar / About: shared/resources/branding/logo_topbar.png

Dark mode is the default. Logos currently sit on a black tile; a transparent (or light) variant may be needed for polished light mode later.

Versioning

Studio app version (orisys_studio.__version__) — shown in Help → About and used for releases.
Shared package version (orisys_app_shared.__version__) — internal library version.
Shared API (orisys_app_shared.API_VERSION) — compatibility tag. Studio declares REQUIRES_SHARED_API; startup logs a warning on mismatch.

Deferred

Run/Stop pipeline, arrow/force plots, units, calibration capture, Open3D finger mesh, sync-from-wheel for config/sensors, PyInstaller packaging, and the internal app.

Languages

Python 84.8%

HTML 11.7%

C 2.6%

PowerShell 0.8%

FreeBASIC 0.1%

README.md

orisys-app

Layout

Run (studio shell)

Local orisys SDK

Verifying UI changes

Branding

Versioning

Deferred

Local `orisys` SDK