BlueGit

golden-age paperdoll-renderer

Merge master into feature/release-aur

timfa Grok Bot · pushed by timfa

Authored 2026-11-07 · 6 days ago

Hash
5d1cb5b5c16ae1888c23b4c942f4b2bf4ab861d7
17 files changed +1584 −626
README.md +3 −3
@@ -19,7 +19,7 @@ The UI is available in English (default) and Nederlands. **Settings** (on the st
19 19
20 20 ## Project and bodies
21 21
22 The start screen offers **Load project** and **New project**, both with a system file picker. New project asks for a parent folder (**Choose folder…**) and a project name, and creates `<folder>/<name>/`. The name must not be empty, must not contain `/ \ < > : " | ? *` or control characters and must not end with a dot; if the folder already exists it must be empty. Errors are shown in the form and nothing is created. The new folder receives `character.ppd` (with that name) and the folders `assets/body/`, `assets/equipment/`, `presets/`, `cache/` and `renders/`. The bundled default bodies (see *Attribution*) are copied into `assets/body/male/` and `assets/body/female/`, each with its `license.txt`, and set as the male and female body, so the project renders immediately. (`--preview-fixture` and the tests use the small CC0 test bodies instead.) Below the buttons the last 5 opened or created projects are listed (**Recently opened**); click a name to open it. A project that no longer exists is greyed out with *not found*. The list is `recent.json` in the user config directory (`$XDG_CONFIG_HOME/paperdoll-renderer/`, by default `~/.config/paperdoll-renderer/`, on Windows `%APPDATA%\paperdoll-renderer\`; override with `PAPERDOLL_CONFIG_DIR`). `--preview-fixture` creates a temporary sample project and opens the male body.
22 The start screen offers **Load project** and **New project**, both with a system file picker. New project asks for a parent folder (**Choose folder…**) and a project name, and creates `<folder>/<name>/`. The name must not be empty, must not contain `/ \ < > : " | ? *` or control characters and must not end with a dot; if the folder already exists it must be empty. Errors are shown in the form and nothing is created. The new folder receives `character.ppd` (with that name) and the folders `assets/body/`, `assets/equipment/`, `presets/`, `cache/` and `renders/`. The bundled default bodies (see *Attribution*) are copied into `assets/body/male/` and `assets/body/female/`, each with its `license.txt`, and set as the male and female body, so the project renders immediately. The equipment list also gets the female-only hair preset `presets/female-hair.ppe`. (`--preview-fixture` and the tests use the small CC0 test bodies instead.) Below the buttons the last 5 opened or created projects are listed (**Recently opened**); click a name to open it. A project that no longer exists is greyed out with *not found*. The list is `recent.json` in the user config directory (`$XDG_CONFIG_HOME/paperdoll-renderer/`, by default `~/.config/paperdoll-renderer/`, on Windows `%APPDATA%\paperdoll-renderer\`; override with `PAPERDOLL_CONFIG_DIR`). `--preview-fixture` creates a temporary sample project and opens the male body.
23 23
24 24 The first project view shows the bodies. **Choose male / Choose female** selects a model. An external file is copied into the project folder; if the name exists the copy gets its own name. Models with side files can be placed in the project folder with their relative folder structure and selected there. **Import overview** lists meshes, materials, textures, joints and clips of glTF/GLB, FBX and OBJ+MTL. FBX bodies are normalized once on load (right-handed Y-up, meters) and then drawn like glTF/GLB in the live 3D preview and production render, with all their animation stacks as clips.
25 25
@@ -36,7 +36,7 @@ The first project view shows the bodies. **Choose male / Choose female** selects
36 36
37 37 ### Multiple meshes and skins (glTF/GLB)
38 38
39 A skinned glTF/GLB body is loaded completely: all mesh nodes and all skins. The joints of all skins are merged into one skeleton (joints present in several skins count once; at most 128). A mesh node without a skin moves rigidly with the nearest ancestor that is a joint; if it has none, it hangs from the first joint. Its rest position in the scene is kept exactly (mirrored transforms flip the triangle winding). Materials stay per primitive: base color factor × albedo texture, alpha cutoff and vertex colors; every primitive uses its own material, in the live preview and in production. External image files (`uri` next to the `.gltf`) are resolved relative to the model, like embedded and `data:` images. `KHR_texture_transform` on the base color texture (offset, rotation, scale and `texCoord`) is applied once to the UVs on load. The sampler wrap mode is not read: textures are always sampled nearest with REPEAT, so CLAMP/MIRROR look different outside the 0–1 UV range. `KHR_materials_specular` feeds the body's specular map per primitive: `specularFactor` × the alpha of `specularTexture` (sampled with the base-colour UVs; `specularColor*` is not used); in the live preview it drives the highlight. Without the extension a body's specular is zero. Metallic/roughness, normal, occlusion and emissive textures and morph targets are not used; the normal map comes from geometry (metallic/roughness is not converted; a scalar specular cannot reproduce PBR physically).
39 A skinned glTF/GLB body is loaded completely: all mesh nodes and all skins. The joints of all skins are merged into one skeleton (joints present in several skins count once; at most 128). A mesh node without a skin moves rigidly with the nearest ancestor that is a joint; if it has none, it hangs from the first joint. Its rest position in the scene is kept exactly (mirrored transforms flip the triangle winding). Materials stay per primitive: base color factor × albedo texture, alpha cutoff and vertex colors; every primitive uses its own material, in the live preview and in production. Materials with `alphaMode` `BLEND` (eyes' cornea, eyelashes, hair cards) are drawn after the opaque ones and alpha-blended over them, without writing depth until a final depth-only pass; blending between overlapping BLEND layers follows file order (no sorting). External image files (`uri` next to the `.gltf`) are resolved relative to the model, like embedded and `data:` images. `KHR_texture_transform` on the base color texture (offset, rotation, scale and `texCoord`) is applied once to the UVs on load. The sampler wrap mode is not read: textures are always sampled nearest with REPEAT, so CLAMP/MIRROR look different outside the 0–1 UV range. `KHR_materials_specular` feeds the body's specular map per primitive: `specularFactor` × the alpha of `specularTexture` (sampled with the base-colour UVs; `specularColor*` is not used); in the live preview it drives the highlight. Without the extension a body's specular is zero. Metallic/roughness, normal, occlusion and emissive textures and morph targets are not used; the normal map comes from geometry (metallic/roughness is not converted; a scalar specular cannot reproduce PBR physically).
40 40
41 41 ### Static bodies (OBJ, glTF/FBX without skin)
42 42
@@ -208,7 +208,7 @@ The default starter bodies are third-party assets, bundled in `assets/default-bo
208 208 - **Animated walking Male Base Mesh** by assetfactory — https://sketchfab.com/3d-models/animated-walking-male-base-mesh-cf6fd4382d7745468328115b49223d90 — Sketchfab Standard licence.
209 209 - **Animated Female Base Mesh** by assetfactory — https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec — Sketchfab Standard licence.
210 210
211 Details are in `THIRD_PARTY_NOTICES.md`, which every package ships next to the licence. The synthetic test bodies in `tests/fixtures/bodies/` are CC0.
211 The bundled female has its hair removed (and one stray one-key animation); the hair is the bundled female-only equipment preset `female-hair`, rigid on the head joint. Details are in `THIRD_PARTY_NOTICES.md`, which every package ships next to the licence. The synthetic test bodies in `tests/fixtures/bodies/` are CC0.
212 212
213 213 ## Tests
214 214
@@ -19,7 +19,7 @@ The UI is available in English (default) and Nederlands. **Settings** (on the st
19
19
20## Project and bodies
20## Project and bodies
21
21
22The start screen offers **Load project** and **New project**, both with a system file picker. New project asks for a parent folder (**Choose folder…**) and a project name, and creates `<folder>/<name>/`. The name must not be empty, must not contain `/ \ < > : " | ? *` or control characters and must not end with a dot; if the folder already exists it must be empty. Errors are shown in the form and nothing is created. The new folder receives `character.ppd` (with that name) and the folders `assets/body/`, `assets/equipment/`, `presets/`, `cache/` and `renders/`. The bundled default bodies (see *Attribution*) are copied into `assets/body/male/` and `assets/body/female/`, each with its `license.txt`, and set as the male and female body, so the project renders immediately. (`--preview-fixture` and the tests use the small CC0 test bodies instead.) Below the buttons the last 5 opened or created projects are listed (**Recently opened**); click a name to open it. A project that no longer exists is greyed out with *not found*. The list is `recent.json` in the user config directory (`$XDG_CONFIG_HOME/paperdoll-renderer/`, by default `~/.config/paperdoll-renderer/`, on Windows `%APPDATA%\paperdoll-renderer\`; override with `PAPERDOLL_CONFIG_DIR`). `--preview-fixture` creates a temporary sample project and opens the male body.
22The start screen offers **Load project** and **New project**, both with a system file picker. New project asks for a parent folder (**Choose folder…**) and a project name, and creates `<folder>/<name>/`. The name must not be empty, must not contain `/ \ < > : " | ? *` or control characters and must not end with a dot; if the folder already exists it must be empty. Errors are shown in the form and nothing is created. The new folder receives `character.ppd` (with that name) and the folders `assets/body/`, `assets/equipment/`, `presets/`, `cache/` and `renders/`. The bundled default bodies (see *Attribution*) are copied into `assets/body/male/` and `assets/body/female/`, each with its `license.txt`, and set as the male and female body, so the project renders immediately. The equipment list also gets the female-only hair preset `presets/female-hair.ppe`. (`--preview-fixture` and the tests use the small CC0 test bodies instead.) Below the buttons the last 5 opened or created projects are listed (**Recently opened**); click a name to open it. A project that no longer exists is greyed out with *not found*. The list is `recent.json` in the user config directory (`$XDG_CONFIG_HOME/paperdoll-renderer/`, by default `~/.config/paperdoll-renderer/`, on Windows `%APPDATA%\paperdoll-renderer\`; override with `PAPERDOLL_CONFIG_DIR`). `--preview-fixture` creates a temporary sample project and opens the male body.
23
23
24The first project view shows the bodies. **Choose male / Choose female** selects a model. An external file is copied into the project folder; if the name exists the copy gets its own name. Models with side files can be placed in the project folder with their relative folder structure and selected there. **Import overview** lists meshes, materials, textures, joints and clips of glTF/GLB, FBX and OBJ+MTL. FBX bodies are normalized once on load (right-handed Y-up, meters) and then drawn like glTF/GLB in the live 3D preview and production render, with all their animation stacks as clips.
24The first project view shows the bodies. **Choose male / Choose female** selects a model. An external file is copied into the project folder; if the name exists the copy gets its own name. Models with side files can be placed in the project folder with their relative folder structure and selected there. **Import overview** lists meshes, materials, textures, joints and clips of glTF/GLB, FBX and OBJ+MTL. FBX bodies are normalized once on load (right-handed Y-up, meters) and then drawn like glTF/GLB in the live 3D preview and production render, with all their animation stacks as clips.
25
25
@@ -36,7 +36,7 @@ The first project view shows the bodies. **Choose male / Choose female** selects
36
36
37### Multiple meshes and skins (glTF/GLB)
37### Multiple meshes and skins (glTF/GLB)
38
38
39A skinned glTF/GLB body is loaded completely: all mesh nodes and all skins. The joints of all skins are merged into one skeleton (joints present in several skins count once; at most 128). A mesh node without a skin moves rigidly with the nearest ancestor that is a joint; if it has none, it hangs from the first joint. Its rest position in the scene is kept exactly (mirrored transforms flip the triangle winding). Materials stay per primitive: base color factor × albedo texture, alpha cutoff and vertex colors; every primitive uses its own material, in the live preview and in production. External image files (`uri` next to the `.gltf`) are resolved relative to the model, like embedded and `data:` images. `KHR_texture_transform` on the base color texture (offset, rotation, scale and `texCoord`) is applied once to the UVs on load. The sampler wrap mode is not read: textures are always sampled nearest with REPEAT, so CLAMP/MIRROR look different outside the 0–1 UV range. `KHR_materials_specular` feeds the body's specular map per primitive: `specularFactor` × the alpha of `specularTexture` (sampled with the base-colour UVs; `specularColor*` is not used); in the live preview it drives the highlight. Without the extension a body's specular is zero. Metallic/roughness, normal, occlusion and emissive textures and morph targets are not used; the normal map comes from geometry (metallic/roughness is not converted; a scalar specular cannot reproduce PBR physically).
39A skinned glTF/GLB body is loaded completely: all mesh nodes and all skins. The joints of all skins are merged into one skeleton (joints present in several skins count once; at most 128). A mesh node without a skin moves rigidly with the nearest ancestor that is a joint; if it has none, it hangs from the first joint. Its rest position in the scene is kept exactly (mirrored transforms flip the triangle winding). Materials stay per primitive: base color factor × albedo texture, alpha cutoff and vertex colors; every primitive uses its own material, in the live preview and in production. Materials with `alphaMode` `BLEND` (eyes' cornea, eyelashes, hair cards) are drawn after the opaque ones and alpha-blended over them, without writing depth until a final depth-only pass; blending between overlapping BLEND layers follows file order (no sorting). External image files (`uri` next to the `.gltf`) are resolved relative to the model, like embedded and `data:` images. `KHR_texture_transform` on the base color texture (offset, rotation, scale and `texCoord`) is applied once to the UVs on load. The sampler wrap mode is not read: textures are always sampled nearest with REPEAT, so CLAMP/MIRROR look different outside the 0–1 UV range. `KHR_materials_specular` feeds the body's specular map per primitive: `specularFactor` × the alpha of `specularTexture` (sampled with the base-colour UVs; `specularColor*` is not used); in the live preview it drives the highlight. Without the extension a body's specular is zero. Metallic/roughness, normal, occlusion and emissive textures and morph targets are not used; the normal map comes from geometry (metallic/roughness is not converted; a scalar specular cannot reproduce PBR physically).
40
40
41### Static bodies (OBJ, glTF/FBX without skin)
41### Static bodies (OBJ, glTF/FBX without skin)
42
42
@@ -208,7 +208,7 @@ The default starter bodies are third-party assets, bundled in `assets/default-bo
208- **Animated walking Male Base Mesh** by assetfactory — https://sketchfab.com/3d-models/animated-walking-male-base-mesh-cf6fd4382d7745468328115b49223d90 — Sketchfab Standard licence.
208- **Animated walking Male Base Mesh** by assetfactory — https://sketchfab.com/3d-models/animated-walking-male-base-mesh-cf6fd4382d7745468328115b49223d90 — Sketchfab Standard licence.
209- **Animated Female Base Mesh** by assetfactory — https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec — Sketchfab Standard licence.
209- **Animated Female Base Mesh** by assetfactory — https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec — Sketchfab Standard licence.
210
210
211Details are in `THIRD_PARTY_NOTICES.md`, which every package ships next to the licence. The synthetic test bodies in `tests/fixtures/bodies/` are CC0.
211The bundled female has its hair removed (and one stray one-key animation); the hair is the bundled female-only equipment preset `female-hair`, rigid on the head joint. Details are in `THIRD_PARTY_NOTICES.md`, which every package ships next to the licence. The synthetic test bodies in `tests/fixtures/bodies/` are CC0.
212
212
213## Tests
213## Tests
214
214
THIRD_PARTY_NOTICES.md +5 −2
@@ -19,7 +19,10 @@ Their licence was checked and approved by Tim Falken for this use.
19 19 - Source: https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec
20 20 - Licence: Sketchfab Standard (https://sketchfab.com/licenses) — under basic restrictions, use worldwide, on all types of media, commercially or not, and in all types of derivative works.
21 21
22 The only change from the downloaded files is the buffer `uri` in each `.gltf`
23 (`scene.bin` → `male.bin` / `female.bin`), matching the renamed `.bin` files.
22 Changes from the downloaded files:
23
24 - Both: the buffer `uri` in each `.gltf` (`scene.bin` → `male.bin` / `female.bin`), matching the renamed `.bin` files.
25 - Female (`scripts/edit_default_female.py`): the stray animation `FemaleArmature|ponytail01MeshAction.001` (one key that resets the armature rotation, so the body lay on its back) is removed; the hair mesh (material `ponytail01`) with its material and texture is removed so hair can be added as equipment; `female.bin` is compacted accordingly.
26 - The removed hair is the bundled equipment preset `assets/default-equipment/female-hair.ppe` (same author, source and licence; `examples/bake_female_hair.rs`): baked rigid to the `head` joint at the rest pose (it was skinned to several bones), with its original texture.
24 27
25 28 The synthetic test bodies in `tests/fixtures/bodies/` are CC0 (see that folder's `LICENSE`).
@@ -19,7 +19,10 @@ Their licence was checked and approved by Tim Falken for this use.
19- Source: https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec
19- Source: https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec
20- Licence: Sketchfab Standard (https://sketchfab.com/licenses) — under basic restrictions, use worldwide, on all types of media, commercially or not, and in all types of derivative works.
20- Licence: Sketchfab Standard (https://sketchfab.com/licenses) — under basic restrictions, use worldwide, on all types of media, commercially or not, and in all types of derivative works.
21
21
22The only change from the downloaded files is the buffer `uri` in each `.gltf`
22Changes from the downloaded files:
23(`scene.bin` → `male.bin` / `female.bin`), matching the renamed `.bin` files.
23
24- Both: the buffer `uri` in each `.gltf` (`scene.bin` → `male.bin` / `female.bin`), matching the renamed `.bin` files.
25- Female (`scripts/edit_default_female.py`): the stray animation `FemaleArmature|ponytail01MeshAction.001` (one key that resets the armature rotation, so the body lay on its back) is removed; the hair mesh (material `ponytail01`) with its material and texture is removed so hair can be added as equipment; `female.bin` is compacted accordingly.
26- The removed hair is the bundled equipment preset `assets/default-equipment/female-hair.ppe` (same author, source and licence; `examples/bake_female_hair.rs`): baked rigid to the `head` joint at the rest pose (it was skinned to several bones), with its original texture.
24
27
25The synthetic test bodies in `tests/fixtures/bodies/` are CC0 (see that folder's `LICENSE`).
28The synthetic test bodies in `tests/fixtures/bodies/` are CC0 (see that folder's `LICENSE`).
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assets/default-bodies/female/textures/ponytail01_baseColor.png assets/default-equipment/female-hair.ppe renamed Binary file +0 −0

The contents of this binary file are not shown.

design.md +12 −0
@@ -549,3 +549,15 @@ Rechecked 7 November 2026 against the live `GET /api/v1/openapi.json` and BlueGi
549 549 Release tags are annotated `vX.Y.Z` tags pushed by hand on a green master; `v*` is a protected tag pattern, so the protected CI variables are available to the tag pipeline only.
550 550
551 551 A `publish:aur` job after `release` (allow_failure, resource_group aur, Arch image) copies the approach of timfa/legacy-cycles (`aur-ssh-setup.sh` + `publish-aur.sh`): AUR package `paperdoll-renderer-bin` (`packaging/aur/paperdoll-renderer-bin/PKGBUILD`), source = the release's `.deb` asset, sha256 of exactly that downloaded asset, pkgver from the tag, `.SRCINFO` via `makepkg --printsrcinfo`, pushed to `ssh://aur@aur.archlinux.org/paperdoll-renderer-bin.git`. It uses exactly the protected variables `AUR_SSH_PRIVATE_KEY_B64`, `AUR_GIT_AUTHOR_NAME` and `AUR_GIT_AUTHOR_EMAIL`. The PKGBUILD installs the binary, the `.desktop` file, the hicolor icons, the `.ppd` MIME package (`paperdoll-project.xml`), metainfo, LICENSE and THIRD_PARTY_NOTICES; it conflicts with/provides `paperdoll-renderer`.
552
553 ## Decision 2026-11-07 (Tim t1016u/t1017u): glTF alphaMode BLEND is blended, not a winning surface
554
555 Per the glTF spec, a `BLEND` material is composited over what is behind it with its alpha (base colour factor alpha × texture alpha × vertex colour alpha). Until now BLEND was treated like an opaque surface with a 0.001 cutoff, so a nearly transparent layer in front (the "Crystal" cornea of Tim's default bodies, alpha 0.08/0.17; also eyebrow, eyelash and hair cards) won the pixel and the eye behind it vanished. Production and the live preview now draw in two groups: all `OPAQUE`/`MASK` surfaces first (depth test + write, cutoff as before), then the `BLEND` surfaces in file order with depth test on, depth write off and straight-alpha "over" blending (`src·a + dst·(1−a)` for colour, `a + dst·(1−a)` for coverage) into diffuse, normal and specular; a final depth-only pass of the BLEND surfaces (alpha > 0.001) writes their depth, so covered pixels still carry the nearest surface depth. The 2D depth compositor and resolve are unchanged. Blending is order-dependent within the BLEND group (no sorting, no OIT); that limitation is accepted.
556
557 ## Decision 2026-11-07 (Tim t1015u/t1018u/t1019u/t1020u): bundled female edits and the female hair preset
558
559 Findings in Tim's `female.gltf` (the renderer follows the glTF spec, no renderer change): the file has a second animation `FemaleArmature|ponytail01MeshAction.001` (duration 0, one channel) that sets the `FemaleArmature` node rotation to identity, removing its −90° X rest rotation, so in that clip the whole body lies on its back (rest Y 0.007…1.621 m becomes Y −0.241…0.151, Z 0.007…1.621). It is the lying figure in the extra female atlas row and it inflates "Fit animations" (envelope 4.652 m vs 1.855 m with the walk clip only).
560
561 The bundled default female (asset only, models still load as-is) is edited: that stray animation is removed, and the hair mesh (`Object_75`, material `ponytail01`, 3902 vertices, BLEND) with its material, texture, image and buffer data is removed; the `.bin` is compacted. All other bytes' meaning is unchanged; the edit is listed in THIRD_PARTY_NOTICES/README.
562
563 The removed hair becomes a bundled equipment preset `female-hair` (`.ppe`, female only, its texture embedded). Equipment is rigid: the hair, skinned to several head/neck bones in the source, is baked once at the rest pose and expressed in the rest-pose space of the `head` joint, bound to that joint with zero offset, so at rest it sits exactly where it was and follows the head rigidly (acceptable for hair). Its texture alpha is used with the equipment alpha cutout (0.5), not blended. **Nieuw project** writes it to `presets/female-hair.ppe` and lists it in the project's equipment presets. A generator (`examples/bake_female_hair.rs`) reproduces the edit and the preset from Tim's original files.
@@ -549,3 +549,15 @@ Rechecked 7 November 2026 against the live `GET /api/v1/openapi.json` and BlueGi
549Release tags are annotated `vX.Y.Z` tags pushed by hand on a green master; `v*` is a protected tag pattern, so the protected CI variables are available to the tag pipeline only.
549Release tags are annotated `vX.Y.Z` tags pushed by hand on a green master; `v*` is a protected tag pattern, so the protected CI variables are available to the tag pipeline only.
550
550
551A `publish:aur` job after `release` (allow_failure, resource_group aur, Arch image) copies the approach of timfa/legacy-cycles (`aur-ssh-setup.sh` + `publish-aur.sh`): AUR package `paperdoll-renderer-bin` (`packaging/aur/paperdoll-renderer-bin/PKGBUILD`), source = the release's `.deb` asset, sha256 of exactly that downloaded asset, pkgver from the tag, `.SRCINFO` via `makepkg --printsrcinfo`, pushed to `ssh://aur@aur.archlinux.org/paperdoll-renderer-bin.git`. It uses exactly the protected variables `AUR_SSH_PRIVATE_KEY_B64`, `AUR_GIT_AUTHOR_NAME` and `AUR_GIT_AUTHOR_EMAIL`. The PKGBUILD installs the binary, the `.desktop` file, the hicolor icons, the `.ppd` MIME package (`paperdoll-project.xml`), metainfo, LICENSE and THIRD_PARTY_NOTICES; it conflicts with/provides `paperdoll-renderer`.
551A `publish:aur` job after `release` (allow_failure, resource_group aur, Arch image) copies the approach of timfa/legacy-cycles (`aur-ssh-setup.sh` + `publish-aur.sh`): AUR package `paperdoll-renderer-bin` (`packaging/aur/paperdoll-renderer-bin/PKGBUILD`), source = the release's `.deb` asset, sha256 of exactly that downloaded asset, pkgver from the tag, `.SRCINFO` via `makepkg --printsrcinfo`, pushed to `ssh://aur@aur.archlinux.org/paperdoll-renderer-bin.git`. It uses exactly the protected variables `AUR_SSH_PRIVATE_KEY_B64`, `AUR_GIT_AUTHOR_NAME` and `AUR_GIT_AUTHOR_EMAIL`. The PKGBUILD installs the binary, the `.desktop` file, the hicolor icons, the `.ppd` MIME package (`paperdoll-project.xml`), metainfo, LICENSE and THIRD_PARTY_NOTICES; it conflicts with/provides `paperdoll-renderer`.
552
553## Decision 2026-11-07 (Tim t1016u/t1017u): glTF alphaMode BLEND is blended, not a winning surface
554
555Per the glTF spec, a `BLEND` material is composited over what is behind it with its alpha (base colour factor alpha × texture alpha × vertex colour alpha). Until now BLEND was treated like an opaque surface with a 0.001 cutoff, so a nearly transparent layer in front (the "Crystal" cornea of Tim's default bodies, alpha 0.08/0.17; also eyebrow, eyelash and hair cards) won the pixel and the eye behind it vanished. Production and the live preview now draw in two groups: all `OPAQUE`/`MASK` surfaces first (depth test + write, cutoff as before), then the `BLEND` surfaces in file order with depth test on, depth write off and straight-alpha "over" blending (`src·a + dst·(1−a)` for colour, `a + dst·(1−a)` for coverage) into diffuse, normal and specular; a final depth-only pass of the BLEND surfaces (alpha > 0.001) writes their depth, so covered pixels still carry the nearest surface depth. The 2D depth compositor and resolve are unchanged. Blending is order-dependent within the BLEND group (no sorting, no OIT); that limitation is accepted.
556
557## Decision 2026-11-07 (Tim t1015u/t1018u/t1019u/t1020u): bundled female edits and the female hair preset
558
559Findings in Tim's `female.gltf` (the renderer follows the glTF spec, no renderer change): the file has a second animation `FemaleArmature|ponytail01MeshAction.001` (duration 0, one channel) that sets the `FemaleArmature` node rotation to identity, removing its −90° X rest rotation, so in that clip the whole body lies on its back (rest Y 0.007…1.621 m becomes Y −0.241…0.151, Z 0.007…1.621). It is the lying figure in the extra female atlas row and it inflates "Fit animations" (envelope 4.652 m vs 1.855 m with the walk clip only).
560
561The bundled default female (asset only, models still load as-is) is edited: that stray animation is removed, and the hair mesh (`Object_75`, material `ponytail01`, 3902 vertices, BLEND) with its material, texture, image and buffer data is removed; the `.bin` is compacted. All other bytes' meaning is unchanged; the edit is listed in THIRD_PARTY_NOTICES/README.
562
563The removed hair becomes a bundled equipment preset `female-hair` (`.ppe`, female only, its texture embedded). Equipment is rigid: the hair, skinned to several head/neck bones in the source, is baked once at the rest pose and expressed in the rest-pose space of the `head` joint, bound to that joint with zero offset, so at rest it sits exactly where it was and follows the head rigidly (acceptable for hair). Its texture alpha is used with the equipment alpha cutout (0.5), not blended. **Nieuw project** writes it to `presets/female-hair.ppe` and lists it in the project's equipment presets. A generator (`examples/bake_female_hair.rs`) reproduces the edit and the preset from Tim's original files.
examples/bake_female_hair.rs added +133 −0
@@ -0,0 +1,133 @@
1 #![allow(clippy::needless_range_loop)]
2 //! Bakes the hair of Tim's original "Animated Female Base Mesh" into the
3 //! bundled rigid equipment preset `female-hair` (design.md, t1019u): the hair
4 //! primitive (material ponytail01, last primitive) is skinned once at the rest
5 //! pose, expressed in the rest-pose space of the `head` joint, written as
6 //! OBJ + MTL + PNG, imported with the normal OBJ importer and bound to `head`
7 //! of the edited default female with zero offset.
8 //! Usage: bake_female_hair ORIGINAL_FEMALE.gltf HAIR_TEXTURE.png EDITED_FEMALE.gltf OUT.ppe
9 use paperdoll_renderer::{equipment, preview};
10 use std::io::Write;
11
12 fn inverse(m: [f32; 16]) -> [f32; 16] {
13 let mut a = [[0f64; 8]; 4];
14 for r in 0..4 {
15 for c in 0..4 {
16 a[r][c] = m[c * 4 + r] as f64;
17 }
18 a[r][4 + r] = 1.;
19 }
20 for c in 0..4 {
21 let p = (c..4)
22 .max_by(|&x, &y| a[x][c].abs().total_cmp(&a[y][c].abs()))
23 .unwrap();
24 a.swap(c, p);
25 let d = a[c][c];
26 for k in 0..8 {
27 a[c][k] /= d;
28 }
29 for r in 0..4 {
30 if r != c {
31 let f = a[r][c];
32 for k in 0..8 {
33 a[r][k] -= f * a[c][k];
34 }
35 }
36 }
37 }
38 let mut out = [0f32; 16];
39 for r in 0..4 {
40 for c in 0..4 {
41 out[c * 4 + r] = a[r][4 + c] as f32;
42 }
43 }
44 out
45 }
46 fn apply(m: &[f32; 16], p: [f32; 3], w: f32) -> [f32; 3] {
47 [0, 1, 2].map(|i| m[i] * p[0] + m[4 + i] * p[1] + m[8 + i] * p[2] + m[12 + i] * w)
48 }
49
50 fn main() -> Result<(), Box<dyn std::error::Error>> {
51 let a: Vec<String> = std::env::args().skip(1).collect();
52 let body = preview::load_body_file(std::path::Path::new(&a[0]))?;
53 let hair = body.surfaces.last().ok_or("no surfaces")?;
54 let bones: Vec<[f32; 16]> = (0..body.joint_nodes.len())
55 .map(|j| {
56 preview::mul(
57 preview::rest_joint_world(&body, j).unwrap(),
58 body.inverse_binds[j],
59 )
60 })
61 .collect();
62 let head = body
63 .joint_names
64 .iter()
65 .position(|n| n.to_ascii_lowercase().starts_with("head"))
66 .ok_or("no head joint")?;
67 let head_world = preview::animated_joint_world(&body, "", 0.0, head).ok_or("head")?;
68 let to_head = inverse(head_world);
69 let idx = &body.indices[hair.first..hair.first + hair.count];
70 let mut used: Vec<u32> = idx.to_vec();
71 used.sort_unstable();
72 used.dedup();
73 let map: std::collections::HashMap<u32, usize> =
74 used.iter().enumerate().map(|(i, v)| (*v, i + 1)).collect();
75 let dir = tempdir();
76 let mut obj = std::fs::File::create(dir.join("female-hair.obj"))?;
77 writeln!(obj, "# Hair of \"Animated Female Base Mesh\" by assetfactory (Sketchfab Standard), baked rigid to {}", body.joint_names[head])?;
78 writeln!(obj, "mtllib female-hair.mtl\nusemtl hair")?;
79 for v in &used {
80 let i = *v as usize;
81 let mut m = [0f32; 16];
82 for (j, w) in body.joints[i].iter().zip(body.weights[i]) {
83 for k in 0..16 {
84 m[k] += bones[*j as usize][k] * w;
85 }
86 }
87 let p = apply(&to_head, apply(&m, body.positions[i], 1.), 1.);
88 let n = apply(&to_head, apply(&m, body.normals[i], 0.), 0.);
89 let l = (n[0] * n[0] + n[1] * n[1] + n[2] * n[2]).sqrt().max(1e-9);
90 let uv = body.uvs[i];
91 writeln!(obj, "v {} {} {}", p[0], p[1], p[2])?;
92 writeln!(obj, "vt {} {}", uv[0], 1. - uv[1])?;
93 writeln!(obj, "vn {} {} {}", n[0] / l, n[1] / l, n[2] / l)?;
94 }
95 for t in idx.chunks_exact(3) {
96 let f = [map[&t[0]], map[&t[1]], map[&t[2]]];
97 writeln!(
98 obj,
99 "f {0}/{0}/{0} {1}/{1}/{1} {2}/{2}/{2}",
100 f[0], f[1], f[2]
101 )?;
102 }
103 drop(obj);
104 std::fs::write(
105 dir.join("female-hair.mtl"),
106 "newmtl hair\nKd 1 1 1\nmap_Kd female-hair.png\n",
107 )?;
108 std::fs::copy(&a[1], dir.join("female-hair.png"))?;
109 let edited = preview::load_body_file(std::path::Path::new(&a[2]))?;
110 let mut preset = equipment::Preset::new("female-hair".into());
111 preset.applies = [false, true];
112 preset.provenance = "Hair of \"Animated Female Base Mesh\" by assetfactory, https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec, Sketchfab Standard licence. Baked rigid to the head joint at the rest pose (was skinned to several bones).".into();
113 let part = equipment::import_obj(&mut preset, &dir.join("female-hair.obj"))?;
114 let head_edited = edited
115 .joint_names
116 .iter()
117 .position(|n| n == &body.joint_names[head])
118 .ok_or("head missing in edited body")?;
119 preset.bind(1, &edited, part, head_edited)?;
120 std::fs::write(&a[3], preset.encode()?)?;
121 println!(
122 "hair: {} vertices, {} triangles, bound to {}",
123 used.len(),
124 idx.len() / 3,
125 body.joint_names[head]
126 );
127 Ok(())
128 }
129 fn tempdir() -> std::path::PathBuf {
130 let d = std::env::temp_dir().join(format!("bake-hair-{}", std::process::id()));
131 std::fs::create_dir_all(&d).unwrap();
132 d
133 }
@@ -0,0 +1,133 @@
1#![allow(clippy::needless_range_loop)]
2//! Bakes the hair of Tim's original "Animated Female Base Mesh" into the
3//! bundled rigid equipment preset `female-hair` (design.md, t1019u): the hair
4//! primitive (material ponytail01, last primitive) is skinned once at the rest
5//! pose, expressed in the rest-pose space of the `head` joint, written as
6//! OBJ + MTL + PNG, imported with the normal OBJ importer and bound to `head`
7//! of the edited default female with zero offset.
8//! Usage: bake_female_hair ORIGINAL_FEMALE.gltf HAIR_TEXTURE.png EDITED_FEMALE.gltf OUT.ppe
9use paperdoll_renderer::{equipment, preview};
10use std::io::Write;
11
12fn inverse(m: [f32; 16]) -> [f32; 16] {
13 let mut a = [[0f64; 8]; 4];
14 for r in 0..4 {
15 for c in 0..4 {
16 a[r][c] = m[c * 4 + r] as f64;
17 }
18 a[r][4 + r] = 1.;
19 }
20 for c in 0..4 {
21 let p = (c..4)
22 .max_by(|&x, &y| a[x][c].abs().total_cmp(&a[y][c].abs()))
23 .unwrap();
24 a.swap(c, p);
25 let d = a[c][c];
26 for k in 0..8 {
27 a[c][k] /= d;
28 }
29 for r in 0..4 {
30 if r != c {
31 let f = a[r][c];
32 for k in 0..8 {
33 a[r][k] -= f * a[c][k];
34 }
35 }
36 }
37 }
38 let mut out = [0f32; 16];
39 for r in 0..4 {
40 for c in 0..4 {
41 out[c * 4 + r] = a[r][4 + c] as f32;
42 }
43 }
44 out
45}
46fn apply(m: &[f32; 16], p: [f32; 3], w: f32) -> [f32; 3] {
47 [0, 1, 2].map(|i| m[i] * p[0] + m[4 + i] * p[1] + m[8 + i] * p[2] + m[12 + i] * w)
48}
49
50fn main() -> Result<(), Box<dyn std::error::Error>> {
51 let a: Vec<String> = std::env::args().skip(1).collect();
52 let body = preview::load_body_file(std::path::Path::new(&a[0]))?;
53 let hair = body.surfaces.last().ok_or("no surfaces")?;
54 let bones: Vec<[f32; 16]> = (0..body.joint_nodes.len())
55 .map(|j| {
56 preview::mul(
57 preview::rest_joint_world(&body, j).unwrap(),
58 body.inverse_binds[j],
59 )
60 })
61 .collect();
62 let head = body
63 .joint_names
64 .iter()
65 .position(|n| n.to_ascii_lowercase().starts_with("head"))
66 .ok_or("no head joint")?;
67 let head_world = preview::animated_joint_world(&body, "", 0.0, head).ok_or("head")?;
68 let to_head = inverse(head_world);
69 let idx = &body.indices[hair.first..hair.first + hair.count];
70 let mut used: Vec<u32> = idx.to_vec();
71 used.sort_unstable();
72 used.dedup();
73 let map: std::collections::HashMap<u32, usize> =
74 used.iter().enumerate().map(|(i, v)| (*v, i + 1)).collect();
75 let dir = tempdir();
76 let mut obj = std::fs::File::create(dir.join("female-hair.obj"))?;
77 writeln!(obj, "# Hair of \"Animated Female Base Mesh\" by assetfactory (Sketchfab Standard), baked rigid to {}", body.joint_names[head])?;
78 writeln!(obj, "mtllib female-hair.mtl\nusemtl hair")?;
79 for v in &used {
80 let i = *v as usize;
81 let mut m = [0f32; 16];
82 for (j, w) in body.joints[i].iter().zip(body.weights[i]) {
83 for k in 0..16 {
84 m[k] += bones[*j as usize][k] * w;
85 }
86 }
87 let p = apply(&to_head, apply(&m, body.positions[i], 1.), 1.);
88 let n = apply(&to_head, apply(&m, body.normals[i], 0.), 0.);
89 let l = (n[0] * n[0] + n[1] * n[1] + n[2] * n[2]).sqrt().max(1e-9);
90 let uv = body.uvs[i];
91 writeln!(obj, "v {} {} {}", p[0], p[1], p[2])?;
92 writeln!(obj, "vt {} {}", uv[0], 1. - uv[1])?;
93 writeln!(obj, "vn {} {} {}", n[0] / l, n[1] / l, n[2] / l)?;
94 }
95 for t in idx.chunks_exact(3) {
96 let f = [map[&t[0]], map[&t[1]], map[&t[2]]];
97 writeln!(
98 obj,
99 "f {0}/{0}/{0} {1}/{1}/{1} {2}/{2}/{2}",
100 f[0], f[1], f[2]
101 )?;
102 }
103 drop(obj);
104 std::fs::write(
105 dir.join("female-hair.mtl"),
106 "newmtl hair\nKd 1 1 1\nmap_Kd female-hair.png\n",
107 )?;
108 std::fs::copy(&a[1], dir.join("female-hair.png"))?;
109 let edited = preview::load_body_file(std::path::Path::new(&a[2]))?;
110 let mut preset = equipment::Preset::new("female-hair".into());
111 preset.applies = [false, true];
112 preset.provenance = "Hair of \"Animated Female Base Mesh\" by assetfactory, https://sketchfab.com/3d-models/animated-female-base-mesh-52fc9c15cf3e49d2a5a9cee6444964ec, Sketchfab Standard licence. Baked rigid to the head joint at the rest pose (was skinned to several bones).".into();
113 let part = equipment::import_obj(&mut preset, &dir.join("female-hair.obj"))?;
114 let head_edited = edited
115 .joint_names
116 .iter()
117 .position(|n| n == &body.joint_names[head])
118 .ok_or("head missing in edited body")?;
119 preset.bind(1, &edited, part, head_edited)?;
120 std::fs::write(&a[3], preset.encode()?)?;
121 println!(
122 "hair: {} vertices, {} triangles, bound to {}",
123 used.len(),
124 idx.len() / 3,
125 body.joint_names[head]
126 );
127 Ok(())
128}
129fn tempdir() -> std::path::PathBuf {
130 let d = std::env::temp_dir().join(format!("bake-hair-{}", std::process::id()));
131 std::fs::create_dir_all(&d).unwrap();
132 d
133}
examples/production_fixture.rs +19 −8
@@ -1,5 +1,5 @@
1 1 //! Actual native end-to-end batch smoke; no GUI input automation or preview delays.
2 //! Usage: production_fixture ROOT MALE.(glb|fbx) FEMALE.(glb|fbx) male|female WIDTH HEIGHT FPS [equipment] [--height-milli=N] [--center-milli=N]
2 //! Usage: production_fixture ROOT MALE.(glb|fbx) FEMALE.(glb|fbx) male|female WIDTH HEIGHT FPS [equipment|default-hair|default-body] [--height-milli=N] [--center-milli=N]
3 3 use eframe::App;
4 4 use paperdoll_renderer::{
5 5 editor::EditorApp,
@@ -48,15 +48,25 @@ fn main() -> Result<(), Box<dyn std::error::Error>> {
48 48 let a = std::env::args().skip(1).collect::<Vec<_>>();
49 49 if a.len() < 7 {
50 50 return Err(
51 "ROOT MALE FEMALE male|female WIDTH HEIGHT FPS [equipment] [--height-milli=N] [--center-milli=N]".into(),
51 "ROOT MALE FEMALE male|female WIDTH HEIGHT FPS [equipment|default-hair|default-body] [--height-milli=N] [--center-milli=N]".into(),
52 52 );
53 53 }
54 let root = PathBuf::from(&a[0]);
54 let mut root = PathBuf::from(&a[0]);
55 55 let mut s = Session::new();
56 s.install_new_project(&root)?;
57 for (sex, index) in [(Sex::Male, 1), (Sex::Female, 2)] {
58 let path = adopt_file(&root, &PathBuf::from(&a[index]), "assets/body")?;
59 s.set_body_path(sex, path);
56 // `default-hair`: a real "Nieuw project" (bundled bodies + female-hair
57 // preset, t1019u) in ROOT/Starter; MALE/FEMALE are ignored.
58 let default_hair = a.get(7).is_some_and(|v| v == "default-hair");
59 let default_project = default_hair || a.get(7).is_some_and(|v| v == "default-body");
60 if default_project {
61 std::fs::create_dir_all(&root)?;
62 s.install_named_project(&root, "Starter")?;
63 root = root.join("Starter");
64 } else {
65 s.install_new_project(&root)?;
66 for (sex, index) in [(Sex::Male, 1), (Sex::Female, 2)] {
67 let path = adopt_file(&root, &PathBuf::from(&a[index]), "assets/body")?;
68 s.set_body_path(sex, path);
69 }
60 70 }
61 71 s.set_render(a[4].parse()?, a[5].parse()?, a[6].parse()?);
62 72 let sex = match a[3].as_str() {
@@ -65,6 +75,7 @@ fn main() -> Result<(), Box<dyn std::error::Error>> {
65 75 _ => return Err("invalid sex".into()),
66 76 };
67 77 let equipment = a.get(7).is_some_and(|v| v == "equipment");
78 let open_equipment = equipment || default_hair;
68 79 if let Some(value) = a.iter().find_map(|v| v.strip_prefix("--height-milli=")) {
69 80 s.opened.as_mut().unwrap().document.render.framing[usize::from(sex == Sex::Female)]
70 81 .height_milli = value.parse()?;
@@ -111,7 +122,7 @@ fn main() -> Result<(), Box<dyn std::error::Error>> {
111 122 Box::new(move |_| {
112 123 let mut editor = EditorApp::default();
113 124 editor.open_path(root2.join("character.ppd"));
114 if equipment {
125 if open_equipment {
115 126 editor.open_equipment_configuration(0, sex);
116 127 } else {
117 128 editor.open_body_configuration(sex);
@@ -1,5 +1,5 @@
1//! Actual native end-to-end batch smoke; no GUI input automation or preview delays.
1//! Actual native end-to-end batch smoke; no GUI input automation or preview delays.
2//! Usage: production_fixture ROOT MALE.(glb|fbx) FEMALE.(glb|fbx) male|female WIDTH HEIGHT FPS [equipment] [--height-milli=N] [--center-milli=N]
2//! Usage: production_fixture ROOT MALE.(glb|fbx) FEMALE.(glb|fbx) male|female WIDTH HEIGHT FPS [equipment|default-hair|default-body] [--height-milli=N] [--center-milli=N]
3use eframe::App;
3use eframe::App;
4use paperdoll_renderer::{
4use paperdoll_renderer::{
5 editor::EditorApp,
5 editor::EditorApp,
@@ -48,15 +48,25 @@ fn main() -> Result<(), Box<dyn std::error::Error>> {
48 let a = std::env::args().skip(1).collect::<Vec<_>>();
48 let a = std::env::args().skip(1).collect::<Vec<_>>();
49 if a.len() < 7 {
49 if a.len() < 7 {
50 return Err(
50 return Err(
51 "ROOT MALE FEMALE male|female WIDTH HEIGHT FPS [equipment] [--height-milli=N] [--center-milli=N]".into(),
51 "ROOT MALE FEMALE male|female WIDTH HEIGHT FPS [equipment|default-hair|default-body] [--height-milli=N] [--center-milli=N]".into(),
52 );
52 );
53 }
53 }
54 let root = PathBuf::from(&a[0]);
54 let mut root = PathBuf::from(&a[0]);
55 let mut s = Session::new();
55 let mut s = Session::new();
56 s.install_new_project(&root)?;
56 // `default-hair`: a real "Nieuw project" (bundled bodies + female-hair
57 for (sex, index) in [(Sex::Male, 1), (Sex::Female, 2)] {
57 // preset, t1019u) in ROOT/Starter; MALE/FEMALE are ignored.
58 let path = adopt_file(&root, &PathBuf::from(&a[index]), "assets/body")?;
58 let default_hair = a.get(7).is_some_and(|v| v == "default-hair");
59 s.set_body_path(sex, path);
59 let default_project = default_hair || a.get(7).is_some_and(|v| v == "default-body");
60 if default_project {
61 std::fs::create_dir_all(&root)?;
62 s.install_named_project(&root, "Starter")?;
63 root = root.join("Starter");
64 } else {
65 s.install_new_project(&root)?;
66 for (sex, index) in [(Sex::Male, 1), (Sex::Female, 2)] {
67 let path = adopt_file(&root, &PathBuf::from(&a[index]), "assets/body")?;
68 s.set_body_path(sex, path);
69 }
60 }
70 }
61 s.set_render(a[4].parse()?, a[5].parse()?, a[6].parse()?);
71 s.set_render(a[4].parse()?, a[5].parse()?, a[6].parse()?);
62 let sex = match a[3].as_str() {
72 let sex = match a[3].as_str() {
@@ -65,6 +75,7 @@ fn main() -> Result<(), Box<dyn std::error::Error>> {
65 _ => return Err("invalid sex".into()),
75 _ => return Err("invalid sex".into()),
66 };
76 };
67 let equipment = a.get(7).is_some_and(|v| v == "equipment");
77 let equipment = a.get(7).is_some_and(|v| v == "equipment");
78 let open_equipment = equipment || default_hair;
68 if let Some(value) = a.iter().find_map(|v| v.strip_prefix("--height-milli=")) {
79 if let Some(value) = a.iter().find_map(|v| v.strip_prefix("--height-milli=")) {
69 s.opened.as_mut().unwrap().document.render.framing[usize::from(sex == Sex::Female)]
80 s.opened.as_mut().unwrap().document.render.framing[usize::from(sex == Sex::Female)]
70 .height_milli = value.parse()?;
81 .height_milli = value.parse()?;
@@ -111,7 +122,7 @@ fn main() -> Result<(), Box<dyn std::error::Error>> {
111 Box::new(move |_| {
122 Box::new(move |_| {
112 let mut editor = EditorApp::default();
123 let mut editor = EditorApp::default();
113 editor.open_path(root2.join("character.ppd"));
124 editor.open_path(root2.join("character.ppd"));
114 if equipment {
125 if open_equipment {
115 editor.open_equipment_configuration(0, sex);
126 editor.open_equipment_configuration(0, sex);
116 } else {
127 } else {
117 editor.open_body_configuration(sex);
128 editor.open_body_configuration(sex);
scripts/edit_default_female.py added +105 −0
@@ -0,0 +1,105 @@
1 #!/usr/bin/env python3
2 """Asset edit of Tim's "Animated Female Base Mesh" for the bundled default
3 female (design.md, t1018u/t1020u): drop the stray animation that resets the
4 armature rotation and the hair mesh (material ponytail01) with its material,
5 texture, image and data, then compact the .bin. Usage: SRC_DIR DST_DIR"""
6 import json, os, shutil, sys
7
8 src, dst = sys.argv[1], sys.argv[2]
9 g = json.load(open(os.path.join(src, "female.gltf")))
10 blob = open(os.path.join(src, g["buffers"][0]["uri"]), "rb").read()
11
12 g["animations"] = [a for a in g["animations"] if "ponytail" not in a["name"]]
13 hair_mat = next(i for i, m in enumerate(g["materials"]) if m.get("name") == "ponytail01")
14 hair_meshes = {i for i, m in enumerate(g["meshes"]) if any(p.get("material") == hair_mat for p in m["primitives"])}
15 assert len(hair_meshes) == 1 and all(p.get("material") == hair_mat for p in g["meshes"][next(iter(hair_meshes))]["primitives"])
16 for n in g["nodes"]:
17 if n.get("mesh") in hair_meshes:
18 del n["mesh"]
19 n.pop("skin", None)
20
21 def remap(items, keep):
22 new = {old: i for i, old in enumerate(keep)}
23 return [items[i] for i in keep], new
24
25 # meshes
26 keep = [i for i in range(len(g["meshes"])) if i not in hair_meshes]
27 g["meshes"], m_map = remap(g["meshes"], keep)
28 for n in g["nodes"]:
29 if "mesh" in n: n["mesh"] = m_map[n["mesh"]]
30 # materials / textures / images
31 keep = [i for i in range(len(g["materials"])) if i != hair_mat]
32 used_tex = set()
33 def textures_of(m):
34 out = []
35 def walk(o):
36 if isinstance(o, dict):
37 if "index" in o and set(o) & {"index"} and ("texCoord" in o or len(o) <= 3): out.append(o)
38 for v in o.values(): walk(v)
39 elif isinstance(o, list):
40 for v in o: walk(v)
41 walk(m); return out
42 g["materials"], mat_map = remap(g["materials"], keep)
43 for m in g["meshes"]:
44 for p in m["primitives"]:
45 if "material" in p: p["material"] = mat_map[p["material"]]
46 refs = [r for m in g["materials"] for r in textures_of(m)]
47 tkeep = sorted({r["index"] for r in refs})
48 g["textures"], t_map = remap(g["textures"], tkeep)
49 for r in refs: r["index"] = t_map[r["index"]]
50 ikeep = sorted({t["source"] for t in g["textures"]})
51 dropped_images = [g["images"][i]["uri"] for i in range(len(g["images"])) if i not in ikeep]
52 g["images"], i_map = remap(g["images"], ikeep)
53 for t in g["textures"]: t["source"] = i_map[t["source"]]
54 # accessors still referenced
55 used_acc = set()
56 for m in g["meshes"]:
57 for p in m["primitives"]:
58 used_acc |= set(p["attributes"].values())
59 if "indices" in p: used_acc.add(p["indices"])
60 for t in p.get("targets", []): used_acc |= set(t.values())
61 for s in g.get("skins", []):
62 if "inverseBindMatrices" in s: used_acc.add(s["inverseBindMatrices"])
63 for a in g["animations"]:
64 for s in a["samplers"]: used_acc |= {s["input"], s["output"]}
65 akeep = sorted(used_acc)
66 g["accessors"], a_map = remap(g["accessors"], akeep)
67 for m in g["meshes"]:
68 for p in m["primitives"]:
69 p["attributes"] = {k: a_map[v] for k, v in p["attributes"].items()}
70 if "indices" in p: p["indices"] = a_map[p["indices"]]
71 for s in g.get("skins", []):
72 if "inverseBindMatrices" in s: s["inverseBindMatrices"] = a_map[s["inverseBindMatrices"]]
73 for a in g["animations"]:
74 for s in a["samplers"]: s["input"], s["output"] = a_map[s["input"]], a_map[s["output"]]
75 # compact bin: every kept accessor gets its own tightly packed buffer view
76 # (the source packs all meshes into a few shared views).
77 comp = {5120: 1, 5121: 1, 5122: 2, 5123: 2, 5125: 4, 5126: 4}
78 ncomp = {"SCALAR": 1, "VEC2": 2, "VEC3": 3, "VEC4": 4, "MAT4": 16}
79 assert not any("bufferView" in im for im in g["images"])
80 out = bytearray(); views = []
81 for a in g["accessors"]:
82 if "bufferView" not in a: continue
83 v = g["bufferViews"][a["bufferView"]]
84 size = comp[a["componentType"]] * ncomp[a["type"]]
85 stride = v.get("byteStride", size)
86 base = v.get("byteOffset", 0) + a.get("byteOffset", 0)
87 data = b"".join(blob[base + k * stride: base + k * stride + size] for k in range(a["count"]))
88 while len(out) % 4: out.append(0)
89 nv = {"buffer": 0, "byteOffset": len(out), "byteLength": len(data)}
90 if "target" in v: nv["target"] = v["target"]
91 views.append(nv); out += data
92 a["bufferView"] = len(views) - 1; a.pop("byteOffset", None)
93 g["bufferViews"] = views
94 g["buffers"][0]["byteLength"] = len(out)
95 g["buffers"][0]["uri"] = "female.bin"
96 os.makedirs(os.path.join(dst, "textures"), exist_ok=True)
97 json.dump(g, open(os.path.join(dst, "female.gltf"), "w"), indent=2)
98 open(os.path.join(dst, "female.bin"), "wb").write(out)
99 for im in g["images"]:
100 shutil.copyfile(os.path.join(src, im["uri"]), os.path.join(dst, im["uri"]))
101 for im in dropped_images:
102 p = os.path.join(dst, im)
103 if os.path.exists(p): os.remove(p)
104 shutil.copyfile(os.path.join(src, "license.txt"), os.path.join(dst, "license.txt"))
105 print("bin", len(blob), "->", len(out), "dropped images", dropped_images)
@@ -0,0 +1,105 @@
1#!/usr/bin/env python3
2"""Asset edit of Tim's "Animated Female Base Mesh" for the bundled default
3female (design.md, t1018u/t1020u): drop the stray animation that resets the
4armature rotation and the hair mesh (material ponytail01) with its material,
5texture, image and data, then compact the .bin. Usage: SRC_DIR DST_DIR"""
6import json, os, shutil, sys
7
8src, dst = sys.argv[1], sys.argv[2]
9g = json.load(open(os.path.join(src, "female.gltf")))
10blob = open(os.path.join(src, g["buffers"][0]["uri"]), "rb").read()
11
12g["animations"] = [a for a in g["animations"] if "ponytail" not in a["name"]]
13hair_mat = next(i for i, m in enumerate(g["materials"]) if m.get("name") == "ponytail01")
14hair_meshes = {i for i, m in enumerate(g["meshes"]) if any(p.get("material") == hair_mat for p in m["primitives"])}
15assert len(hair_meshes) == 1 and all(p.get("material") == hair_mat for p in g["meshes"][next(iter(hair_meshes))]["primitives"])
16for n in g["nodes"]:
17 if n.get("mesh") in hair_meshes:
18 del n["mesh"]
19 n.pop("skin", None)
20
21def remap(items, keep):
22 new = {old: i for i, old in enumerate(keep)}
23 return [items[i] for i in keep], new
24
25# meshes
26keep = [i for i in range(len(g["meshes"])) if i not in hair_meshes]
27g["meshes"], m_map = remap(g["meshes"], keep)
28for n in g["nodes"]:
29 if "mesh" in n: n["mesh"] = m_map[n["mesh"]]
30# materials / textures / images
31keep = [i for i in range(len(g["materials"])) if i != hair_mat]
32used_tex = set()
33def textures_of(m):
34 out = []
35 def walk(o):
36 if isinstance(o, dict):
37 if "index" in o and set(o) & {"index"} and ("texCoord" in o or len(o) <= 3): out.append(o)
38 for v in o.values(): walk(v)
39 elif isinstance(o, list):
40 for v in o: walk(v)
41 walk(m); return out
42g["materials"], mat_map = remap(g["materials"], keep)
43for m in g["meshes"]:
44 for p in m["primitives"]:
45 if "material" in p: p["material"] = mat_map[p["material"]]
46refs = [r for m in g["materials"] for r in textures_of(m)]
47tkeep = sorted({r["index"] for r in refs})
48g["textures"], t_map = remap(g["textures"], tkeep)
49for r in refs: r["index"] = t_map[r["index"]]
50ikeep = sorted({t["source"] for t in g["textures"]})
51dropped_images = [g["images"][i]["uri"] for i in range(len(g["images"])) if i not in ikeep]
52g["images"], i_map = remap(g["images"], ikeep)
53for t in g["textures"]: t["source"] = i_map[t["source"]]
54# accessors still referenced
55used_acc = set()
56for m in g["meshes"]:
57 for p in m["primitives"]:
58 used_acc |= set(p["attributes"].values())
59 if "indices" in p: used_acc.add(p["indices"])
60 for t in p.get("targets", []): used_acc |= set(t.values())
61for s in g.get("skins", []):
62 if "inverseBindMatrices" in s: used_acc.add(s["inverseBindMatrices"])
63for a in g["animations"]:
64 for s in a["samplers"]: used_acc |= {s["input"], s["output"]}
65akeep = sorted(used_acc)
66g["accessors"], a_map = remap(g["accessors"], akeep)
67for m in g["meshes"]:
68 for p in m["primitives"]:
69 p["attributes"] = {k: a_map[v] for k, v in p["attributes"].items()}
70 if "indices" in p: p["indices"] = a_map[p["indices"]]
71for s in g.get("skins", []):
72 if "inverseBindMatrices" in s: s["inverseBindMatrices"] = a_map[s["inverseBindMatrices"]]
73for a in g["animations"]:
74 for s in a["samplers"]: s["input"], s["output"] = a_map[s["input"]], a_map[s["output"]]
75# compact bin: every kept accessor gets its own tightly packed buffer view
76# (the source packs all meshes into a few shared views).
77comp = {5120: 1, 5121: 1, 5122: 2, 5123: 2, 5125: 4, 5126: 4}
78ncomp = {"SCALAR": 1, "VEC2": 2, "VEC3": 3, "VEC4": 4, "MAT4": 16}
79assert not any("bufferView" in im for im in g["images"])
80out = bytearray(); views = []
81for a in g["accessors"]:
82 if "bufferView" not in a: continue
83 v = g["bufferViews"][a["bufferView"]]
84 size = comp[a["componentType"]] * ncomp[a["type"]]
85 stride = v.get("byteStride", size)
86 base = v.get("byteOffset", 0) + a.get("byteOffset", 0)
87 data = b"".join(blob[base + k * stride: base + k * stride + size] for k in range(a["count"]))
88 while len(out) % 4: out.append(0)
89 nv = {"buffer": 0, "byteOffset": len(out), "byteLength": len(data)}
90 if "target" in v: nv["target"] = v["target"]
91 views.append(nv); out += data
92 a["bufferView"] = len(views) - 1; a.pop("byteOffset", None)
93g["bufferViews"] = views
94g["buffers"][0]["byteLength"] = len(out)
95g["buffers"][0]["uri"] = "female.bin"
96os.makedirs(os.path.join(dst, "textures"), exist_ok=True)
97json.dump(g, open(os.path.join(dst, "female.gltf"), "w"), indent=2)
98open(os.path.join(dst, "female.bin"), "wb").write(out)
99for im in g["images"]:
100 shutil.copyfile(os.path.join(src, im["uri"]), os.path.join(dst, im["uri"]))
101for im in dropped_images:
102 p = os.path.join(dst, im)
103 if os.path.exists(p): os.remove(p)
104shutil.copyfile(os.path.join(src, "license.txt"), os.path.join(dst, "license.txt"))
105print("bin", len(blob), "->", len(out), "dropped images", dropped_images)
src/default_bodies.rs +5 −4
@@ -32,10 +32,6 @@ pub const FILES: &[(&str, &[u8])] = &[
32 32 "female/textures/material_baseColor.png",
33 33 include_bytes!("../assets/default-bodies/female/textures/material_baseColor.png"),
34 34 ),
35 (
36 "female/textures/ponytail01_baseColor.png",
37 include_bytes!("../assets/default-bodies/female/textures/ponytail01_baseColor.png"),
38 ),
39 35 (
40 36 "male/license.txt",
41 37 include_bytes!("../assets/default-bodies/male/license.txt"),
@@ -60,3 +56,8 @@ pub const FILES: &[(&str, &[u8])] = &[
60 56
61 57 pub const MALE_MODEL: &str = "assets/body/male/male.gltf";
62 58 pub const FEMALE_MODEL: &str = "assets/body/female/female.gltf";
59
60 /// Bundled female hair equipment preset (t1019u), baked by
61 /// `examples/bake_female_hair.rs`; written into every new project.
62 pub const FEMALE_HAIR_PRESET: &str = "presets/female-hair.ppe";
63 pub const FEMALE_HAIR_PPE: &[u8] = include_bytes!("../assets/default-equipment/female-hair.ppe");
@@ -32,10 +32,6 @@ pub const FILES: &[(&str, &[u8])] = &[
32 "female/textures/material_baseColor.png",
32 "female/textures/material_baseColor.png",
33 include_bytes!("../assets/default-bodies/female/textures/material_baseColor.png"),
33 include_bytes!("../assets/default-bodies/female/textures/material_baseColor.png"),
34 ),
34 ),
35 (
36 "female/textures/ponytail01_baseColor.png",
37 include_bytes!("../assets/default-bodies/female/textures/ponytail01_baseColor.png"),
38 ),
39 (
35 (
40 "male/license.txt",
36 "male/license.txt",
41 include_bytes!("../assets/default-bodies/male/license.txt"),
37 include_bytes!("../assets/default-bodies/male/license.txt"),
@@ -60,3 +56,8 @@ pub const FILES: &[(&str, &[u8])] = &[
60
56
61pub const MALE_MODEL: &str = "assets/body/male/male.gltf";
57pub const MALE_MODEL: &str = "assets/body/male/male.gltf";
62pub const FEMALE_MODEL: &str = "assets/body/female/female.gltf";
58pub const FEMALE_MODEL: &str = "assets/body/female/female.gltf";
59
60/// Bundled female hair equipment preset (t1019u), baked by
61/// `examples/bake_female_hair.rs`; written into every new project.
62pub const FEMALE_HAIR_PRESET: &str = "presets/female-hair.ppe";
63pub const FEMALE_HAIR_PPE: &[u8] = include_bytes!("../assets/default-equipment/female-hair.ppe");
src/editor.rs +4 −0
@@ -548,6 +548,10 @@ impl EditorApp {
548 548 self.session.active_body = Some(sex);
549 549 self.session.show_equipment(index);
550 550 self.equipment_part = 0;
551 self.controls.sex = match sex {
552 Sex::Male => PreviewSex::Male,
553 Sex::Female => PreviewSex::Female,
554 };
551 555 }
552 556
553 557 fn begin(&mut self, intent: Intent) {
@@ -548,6 +548,10 @@ impl EditorApp {
548 self.session.active_body = Some(sex);
548 self.session.active_body = Some(sex);
549 self.session.show_equipment(index);
549 self.session.show_equipment(index);
550 self.equipment_part = 0;
550 self.equipment_part = 0;
551 self.controls.sex = match sex {
552 Sex::Male => PreviewSex::Male,
553 Sex::Female => PreviewSex::Female,
554 };
551 }
555 }
552
556
553 fn begin(&mut self, intent: Intent) {
557 fn begin(&mut self, intent: Intent) {
src/fbx_scene.rs +1 −0
@@ -683,6 +683,7 @@ fn extract_mesh(
683 683 flat_normals: !mesh.vertex_normal.exists,
684 684 specular: 0.,
685 685 shiny: None,
686 blend: false,
686 687 });
687 688 }
688 689 }
@@ -683,6 +683,7 @@ fn extract_mesh(
683 flat_normals: !mesh.vertex_normal.exists,
683 flat_normals: !mesh.vertex_normal.exists,
684 specular: 0.,
684 specular: 0.,
685 shiny: None,
685 shiny: None,
686 blend: false,
686 });
687 });
687 }
688 }
688 }
689 }
src/i18n_table.rs +2 −0
@@ -825,4 +825,6 @@ pub const TABLE: &[(&str, &str)] = &[
825 825 ("voorste materiaal niet als texture × factor getekend: {surface_front:?}", "front material not drawn as texture × factor: {surface_front:?}"),
826 826 ("materiaal per primitive verwisseld: {surface_swap:?}", "material per primitive swapped: {surface_swap:?}"),
827 827 ("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}", "GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}"),
828 ("BLEND-laag niet over het ondoorzichtige oppervlak gemengd: {blend_over:?}", "BLEND layer not blended over the opaque surface: {blend_over:?}"),
829 ("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}, blend-over={blend_over:?}", "GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}, blend-over={blend_over:?}"),
828 830 ];
@@ -825,4 +825,6 @@ pub const TABLE: &[(&str, &str)] = &[
825 ("voorste materiaal niet als texture × factor getekend: {surface_front:?}", "front material not drawn as texture × factor: {surface_front:?}"),
825 ("voorste materiaal niet als texture × factor getekend: {surface_front:?}", "front material not drawn as texture × factor: {surface_front:?}"),
826 ("materiaal per primitive verwisseld: {surface_swap:?}", "material per primitive swapped: {surface_swap:?}"),
826 ("materiaal per primitive verwisseld: {surface_swap:?}", "material per primitive swapped: {surface_swap:?}"),
827 ("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}", "GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}"),
827 ("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}", "GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}"),
828 ("BLEND-laag niet over het ondoorzichtige oppervlak gemengd: {blend_over:?}", "BLEND layer not blended over the opaque surface: {blend_over:?}"),
829 ("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}, blend-over={blend_over:?}", "GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}, blend-over={blend_over:?}"),
828];
830];
src/preview.rs +6 −0
@@ -159,6 +159,8 @@ pub struct BodySurface {
159 159 /// the extension) and its strength texture (alpha copied into RGB).
160 160 pub specular: f32,
161 161 pub shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
162 /// glTF alphaMode BLEND: composited over the opaque surfaces (t1016u).
163 pub blend: bool,
162 164 }
163 165
164 166 #[derive(Debug, Clone)]
@@ -468,6 +470,7 @@ impl StaticAcc {
468 470 flat_normals,
469 471 specular: 0.,
470 472 shiny: None,
473 blend: false,
471 474 });
472 475 Ok(())
473 476 }
@@ -693,6 +696,7 @@ fn load_gltf_file_unguarded(path: &Path) -> Result<PreviewCharacter, String> {
693 696 cutoff: prim.cutoff,
694 697 specular: prim.specular,
695 698 shiny: prim.shiny,
699 blend: prim.blend,
696 700 });
697 701 }
698 702 }
@@ -809,6 +813,7 @@ struct GltfPrimitive {
809 813 cutoff: f32,
810 814 specular: f32,
811 815 shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
816 blend: bool,
812 817 flat_normals: bool,
813 818 }
814 819
@@ -915,6 +920,7 @@ fn read_gltf_primitive(
915 920 },
916 921 specular,
917 922 shiny,
923 blend: material.alpha_mode() == gltf::material::AlphaMode::Blend,
918 924 })
919 925 }
920 926
@@ -159,6 +159,8 @@ pub struct BodySurface {
159 /// the extension) and its strength texture (alpha copied into RGB).
159 /// the extension) and its strength texture (alpha copied into RGB).
160 pub specular: f32,
160 pub specular: f32,
161 pub shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
161 pub shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
162 /// glTF alphaMode BLEND: composited over the opaque surfaces (t1016u).
163 pub blend: bool,
162}
164}
163
165
164#[derive(Debug, Clone)]
166#[derive(Debug, Clone)]
@@ -468,6 +470,7 @@ impl StaticAcc {
468 flat_normals,
470 flat_normals,
469 specular: 0.,
471 specular: 0.,
470 shiny: None,
472 shiny: None,
473 blend: false,
471 });
474 });
472 Ok(())
475 Ok(())
473 }
476 }
@@ -693,6 +696,7 @@ fn load_gltf_file_unguarded(path: &Path) -> Result<PreviewCharacter, String> {
693 cutoff: prim.cutoff,
696 cutoff: prim.cutoff,
694 specular: prim.specular,
697 specular: prim.specular,
695 shiny: prim.shiny,
698 shiny: prim.shiny,
699 blend: prim.blend,
696 });
700 });
697 }
701 }
698 }
702 }
@@ -809,6 +813,7 @@ struct GltfPrimitive {
809 cutoff: f32,
813 cutoff: f32,
810 specular: f32,
814 specular: f32,
811 shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
815 shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
816 blend: bool,
812 flat_normals: bool,
817 flat_normals: bool,
813}
818}
814
819
@@ -915,6 +920,7 @@ fn read_gltf_primitive(
915 },
920 },
916 specular,
921 specular,
917 shiny,
922 shiny,
923 blend: material.alpha_mode() == gltf::material::AlphaMode::Blend,
918 })
924 })
919}
925}
920
926
src/preview_gl.rs +78 −3
@@ -319,6 +319,7 @@ fn body_frame(
319 319 cutoff: s.cutoff,
320 320 specular: s.specular,
321 321 shiny: s.shiny.clone(),
322 blend: s.blend,
322 323 })
323 324 .collect();
324 325 PendingFrame {
@@ -407,6 +408,8 @@ struct SurfaceDraw {
407 408 cutoff: f32,
408 409 specular: f32,
409 410 shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
411 /// glTF BLEND: drawn after the opaque ranges, blended, no depth write.
412 blend: bool,
410 413 }
411 414
412 415 impl PendingFrame {
@@ -582,7 +585,46 @@ impl GpuCache {
582 585 let albedo_enabled = gl.get_uniform_location(program, "u_albedo_enabled");
583 586 let shiny_enabled = gl.get_uniform_location(program, "u_shiny_enabled");
584 587 let specular = gl.get_uniform_location(program, "u_specular");
585 for (index, surface) in frame.surfaces.iter().enumerate() {
588 // glTF BLEND (design.md t1016u): opaque first, then BLEND blended
589 // without depth writes, then BLEND depth only.
590 let order: Vec<(usize, &SurfaceDraw, u8)> = (0..3u8)
591 .flat_map(|pass| {
592 frame
593 .surfaces
594 .iter()
595 .enumerate()
596 .filter(move |(_, s)| s.blend == (pass > 0))
597 .map(move |(i, s)| (i, s, pass))
598 })
599 .collect();
600 for (index, surface, pass) in order {
601 match pass {
602 0 => {
603 gl.disable(glow::BLEND);
604 gl.depth_mask(true);
605 gl.color_mask(true, true, true, true);
606 }
607 1 => {
608 gl.enable(glow::BLEND);
609 gl.blend_func_separate(
610 glow::SRC_ALPHA,
611 glow::ONE_MINUS_SRC_ALPHA,
612 glow::ZERO,
613 glow::ONE,
614 );
615 gl.depth_mask(false);
616 gl.color_mask(true, true, true, true);
617 }
618 _ => {
619 gl.disable(glow::BLEND);
620 gl.depth_mask(true);
621 gl.color_mask(false, false, false, false);
622 }
623 }
624 gl.uniform_1_i32(
625 gl.get_uniform_location(program, "u_blend").as_ref(),
626 i32::from(pass == 1),
627 );
586 628 let end = (surface.first + surface.count).min(self.index_count as usize);
587 629 if surface.first >= end {
588 630 continue;
@@ -612,6 +654,10 @@ impl GpuCache {
612 654 (surface.first * 4) as i32,
613 655 );
614 656 }
657 gl.disable(glow::BLEND);
658 gl.depth_mask(true);
659 gl.color_mask(true, true, true, true);
660 gl.uniform_1_i32(gl.get_uniform_location(program, "u_blend").as_ref(), 0);
615 661 }
616 662 gl.bind_vertex_array(None);
617 663 while self.layers.len() > frame.equipment.len() {
@@ -865,6 +911,7 @@ uniform vec3 u_eye;
865 911 in vec2 v_uv;
866 912 in vec3 v_world;
867 913 out vec4 frag;
914 uniform bool u_blend;
868 915 void main() {
869 916 vec3 n = normalize(v_normal);
870 917 vec3 light = normalize(vec3(0.35, 0.85, 0.4));
@@ -875,7 +922,7 @@ void main() {
875 922 float strength=u_specular;
876 923 if(u_shiny_enabled) strength*=dot(texture(u_shiny,v_uv).rgb,vec3(0.2126,0.7152,0.0722));
877 924 float highlight=pow(max(dot(reflect(-light,n),normalize(u_eye-v_world)),0.0),32.0)*strength;
878 frag = vec4(clamp(color.rgb * shade + highlight,0.0,1.0), 1.0);
925 frag = vec4(clamp(color.rgb * shade + highlight,0.0,1.0), u_blend ? color.a : 1.0);
879 926 }
880 927 "#;
881 928
@@ -1108,6 +1155,7 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1108 1155 cutoff: 0.001,
1109 1156 specular: 0.,
1110 1157 shiny: None,
1158 blend: false,
1111 1159 },
1112 1160 SurfaceDraw {
1113 1161 first: 3,
@@ -1117,6 +1165,7 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1117 1165 cutoff: 0.001,
1118 1166 specular: 0.,
1119 1167 shiny: None,
1168 blend: false,
1120 1169 },
1121 1170 ];
1122 1171 cache.pending = Some(body.clone());
@@ -1165,6 +1214,7 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1165 1214 cutoff: 0.001,
1166 1215 specular: 0.,
1167 1216 shiny: None,
1217 blend: false,
1168 1218 }];
1169 1219 cache.pending = Some(body);
1170 1220 cache.paint(gl, &info, true);
@@ -1187,7 +1237,32 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1187 1237 "equipment-UV verkeerd georiënteerd: {equipment_uv:?}"
1188 1238 ));
1189 1239 }
1190 println!("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}");
1240 // glTF BLEND (Tim t1016u): a nearly transparent front layer listed
1241 // first (the cornea) must not hide the opaque surface behind it.
1242 let mut body = make_frame(vec![0, 1, 2, 3, 4, 5], 17);
1243 let plain = |first, color: [f32; 4], blend| SurfaceDraw {
1244 first,
1245 count: 3,
1246 color,
1247 albedo: None,
1248 cutoff: 0.001,
1249 specular: 0.,
1250 shiny: None,
1251 blend,
1252 };
1253 body.surfaces = vec![
1254 plain(0, [1., 1., 1., 0.1], true),
1255 plain(3, [1., 0., 0., 1.], false),
1256 ];
1257 cache.pending = Some(body);
1258 cache.paint(gl, &info, true);
1259 let blend_over = read();
1260 if blend_over[1] < 5 || blend_over[1] > 60 || blend_over[0] < 2 * blend_over[1] {
1261 return Err(format!(
1262 "BLEND-laag niet over het ondoorzichtige oppervlak gemengd: {blend_over:?}"
1263 ));
1264 }
1265 println!("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}, blend-over={blend_over:?}");
1191 1266 Ok(())
1192 1267 })();
1193 1268 cache.destroy(gl);
@@ -319,6 +319,7 @@ fn body_frame(
319 cutoff: s.cutoff,
319 cutoff: s.cutoff,
320 specular: s.specular,
320 specular: s.specular,
321 shiny: s.shiny.clone(),
321 shiny: s.shiny.clone(),
322 blend: s.blend,
322 })
323 })
323 .collect();
324 .collect();
324 PendingFrame {
325 PendingFrame {
@@ -407,6 +408,8 @@ struct SurfaceDraw {
407 cutoff: f32,
408 cutoff: f32,
408 specular: f32,
409 specular: f32,
409 shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
410 shiny: Option<std::sync::Arc<crate::equipment::Texture>>,
411 /// glTF BLEND: drawn after the opaque ranges, blended, no depth write.
412 blend: bool,
410}
413}
411
414
412impl PendingFrame {
415impl PendingFrame {
@@ -582,7 +585,46 @@ impl GpuCache {
582 let albedo_enabled = gl.get_uniform_location(program, "u_albedo_enabled");
585 let albedo_enabled = gl.get_uniform_location(program, "u_albedo_enabled");
583 let shiny_enabled = gl.get_uniform_location(program, "u_shiny_enabled");
586 let shiny_enabled = gl.get_uniform_location(program, "u_shiny_enabled");
584 let specular = gl.get_uniform_location(program, "u_specular");
587 let specular = gl.get_uniform_location(program, "u_specular");
585 for (index, surface) in frame.surfaces.iter().enumerate() {
588 // glTF BLEND (design.md t1016u): opaque first, then BLEND blended
589 // without depth writes, then BLEND depth only.
590 let order: Vec<(usize, &SurfaceDraw, u8)> = (0..3u8)
591 .flat_map(|pass| {
592 frame
593 .surfaces
594 .iter()
595 .enumerate()
596 .filter(move |(_, s)| s.blend == (pass > 0))
597 .map(move |(i, s)| (i, s, pass))
598 })
599 .collect();
600 for (index, surface, pass) in order {
601 match pass {
602 0 => {
603 gl.disable(glow::BLEND);
604 gl.depth_mask(true);
605 gl.color_mask(true, true, true, true);
606 }
607 1 => {
608 gl.enable(glow::BLEND);
609 gl.blend_func_separate(
610 glow::SRC_ALPHA,
611 glow::ONE_MINUS_SRC_ALPHA,
612 glow::ZERO,
613 glow::ONE,
614 );
615 gl.depth_mask(false);
616 gl.color_mask(true, true, true, true);
617 }
618 _ => {
619 gl.disable(glow::BLEND);
620 gl.depth_mask(true);
621 gl.color_mask(false, false, false, false);
622 }
623 }
624 gl.uniform_1_i32(
625 gl.get_uniform_location(program, "u_blend").as_ref(),
626 i32::from(pass == 1),
627 );
586 let end = (surface.first + surface.count).min(self.index_count as usize);
628 let end = (surface.first + surface.count).min(self.index_count as usize);
587 if surface.first >= end {
629 if surface.first >= end {
588 continue;
630 continue;
@@ -612,6 +654,10 @@ impl GpuCache {
612 (surface.first * 4) as i32,
654 (surface.first * 4) as i32,
613 );
655 );
614 }
656 }
657 gl.disable(glow::BLEND);
658 gl.depth_mask(true);
659 gl.color_mask(true, true, true, true);
660 gl.uniform_1_i32(gl.get_uniform_location(program, "u_blend").as_ref(), 0);
615 }
661 }
616 gl.bind_vertex_array(None);
662 gl.bind_vertex_array(None);
617 while self.layers.len() > frame.equipment.len() {
663 while self.layers.len() > frame.equipment.len() {
@@ -865,6 +911,7 @@ uniform vec3 u_eye;
865in vec2 v_uv;
911in vec2 v_uv;
866in vec3 v_world;
912in vec3 v_world;
867out vec4 frag;
913out vec4 frag;
914uniform bool u_blend;
868void main() {
915void main() {
869 vec3 n = normalize(v_normal);
916 vec3 n = normalize(v_normal);
870 vec3 light = normalize(vec3(0.35, 0.85, 0.4));
917 vec3 light = normalize(vec3(0.35, 0.85, 0.4));
@@ -875,7 +922,7 @@ void main() {
875 float strength=u_specular;
922 float strength=u_specular;
876 if(u_shiny_enabled) strength*=dot(texture(u_shiny,v_uv).rgb,vec3(0.2126,0.7152,0.0722));
923 if(u_shiny_enabled) strength*=dot(texture(u_shiny,v_uv).rgb,vec3(0.2126,0.7152,0.0722));
877 float highlight=pow(max(dot(reflect(-light,n),normalize(u_eye-v_world)),0.0),32.0)*strength;
924 float highlight=pow(max(dot(reflect(-light,n),normalize(u_eye-v_world)),0.0),32.0)*strength;
878 frag = vec4(clamp(color.rgb * shade + highlight,0.0,1.0), 1.0);
925 frag = vec4(clamp(color.rgb * shade + highlight,0.0,1.0), u_blend ? color.a : 1.0);
879}
926}
880"#;
927"#;
881
928
@@ -1108,6 +1155,7 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1108 cutoff: 0.001,
1155 cutoff: 0.001,
1109 specular: 0.,
1156 specular: 0.,
1110 shiny: None,
1157 shiny: None,
1158 blend: false,
1111 },
1159 },
1112 SurfaceDraw {
1160 SurfaceDraw {
1113 first: 3,
1161 first: 3,
@@ -1117,6 +1165,7 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1117 cutoff: 0.001,
1165 cutoff: 0.001,
1118 specular: 0.,
1166 specular: 0.,
1119 shiny: None,
1167 shiny: None,
1168 blend: false,
1120 },
1169 },
1121 ];
1170 ];
1122 cache.pending = Some(body.clone());
1171 cache.pending = Some(body.clone());
@@ -1165,6 +1214,7 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1165 cutoff: 0.001,
1214 cutoff: 0.001,
1166 specular: 0.,
1215 specular: 0.,
1167 shiny: None,
1216 shiny: None,
1217 blend: false,
1168 }];
1218 }];
1169 cache.pending = Some(body);
1219 cache.pending = Some(body);
1170 cache.paint(gl, &info, true);
1220 cache.paint(gl, &info, true);
@@ -1187,7 +1237,32 @@ pub unsafe fn depth_regression_probe(gl: &glow::Context) -> Result<(), String> {
1187 "equipment-UV verkeerd georiënteerd: {equipment_uv:?}"
1237 "equipment-UV verkeerd georiënteerd: {equipment_uv:?}"
1188 ));
1238 ));
1189 }
1239 }
1190 println!("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}");
1240 // glTF BLEND (Tim t1016u): a nearly transparent front layer listed
1241 // first (the cornea) must not hide the opaque surface behind it.
1242 let mut body = make_frame(vec![0, 1, 2, 3, 4, 5], 17);
1243 let plain = |first, color: [f32; 4], blend| SurfaceDraw {
1244 first,
1245 count: 3,
1246 color,
1247 albedo: None,
1248 cutoff: 0.001,
1249 specular: 0.,
1250 shiny: None,
1251 blend,
1252 };
1253 body.surfaces = vec![
1254 plain(0, [1., 1., 1., 0.1], true),
1255 plain(3, [1., 0., 0., 1.], false),
1256 ];
1257 cache.pending = Some(body);
1258 cache.paint(gl, &info, true);
1259 let blend_over = read();
1260 if blend_over[1] < 5 || blend_over[1] > 60 || blend_over[0] < 2 * blend_over[1] {
1261 return Err(format!(
1262 "BLEND-laag niet over het ondoorzichtige oppervlak gemengd: {blend_over:?}"
1263 ));
1264 }
1265 println!("GPU depth PASS: native {native_bits}-bit, front={near:?}, next-frame={next:?}, reversed={reverse:?}, behind-layer={hidden:?}, textured-front={textured:?}, alpha-cutout={cutout:?}, shiny={shiny:?}, matte={matte:?}, body-surface texture×factor={surface_front:?}, body-surface factor-only={surface_swap:?}, body-uv-top={body_uv:?}, equipment-uv-bottom={equipment_uv:?}, blend-over={blend_over:?}");
1191 Ok(())
1266 Ok(())
1192 })();
1267 })();
1193 cache.destroy(gl);
1268 cache.destroy(gl);
src/production.rs +43 −1
@@ -40,6 +40,8 @@ pub struct Draw {
40 40 pub specular: f32,
41 41 pub cutoff: f32,
42 42 pub flat_normals: bool,
43 /// glTF BLEND: drawn after the opaque draws, blended (design.md t1016u).
44 pub blend: bool,
43 45 }
44 46 #[derive(Clone)]
45 47 pub struct Scene {
@@ -312,6 +314,7 @@ pub fn scene(
312 314 specular: layer.specular,
313 315 cutoff: 0.5,
314 316 flat_normals: false,
317 blend: false,
315 318 });
316 319 }
317 320 } else {
@@ -353,6 +356,7 @@ pub fn scene(
353 356 specular: 0.,
354 357 cutoff: 0.001,
355 358 flat_normals: !body.source_normals_complete,
359 blend: false,
356 360 });
357 361 } else {
358 362 for surface in &body.surfaces {
@@ -368,6 +372,7 @@ pub fn scene(
368 372 specular: surface.specular,
369 373 cutoff: surface.cutoff,
370 374 flat_normals: surface.flat_normals,
375 blend: surface.blend,
371 376 });
372 377 }
373 378 }
@@ -645,7 +650,40 @@ impl GpuRenderer {
645 650 gl.enable_vertex_attrib_array(slot);
646 651 gl.vertex_attrib_pointer_f32(slot, size, glow::FLOAT, false, 12 * 4, offset * 4);
647 652 }
648 for draw in &scene.draws {
653 // glTF BLEND (design.md t1016u): opaque/mask first, then the
654 // BLEND draws blended without depth writes, then their depth only.
655 let order: Vec<(&Draw, u8)> = scene
656 .draws
657 .iter()
658 .filter(|d| !d.blend)
659 .map(|d| (d, 0))
660 .chain(scene.draws.iter().filter(|d| d.blend).map(|d| (d, 1)))
661 .chain(scene.draws.iter().filter(|d| d.blend).map(|d| (d, 2)))
662 .collect();
663 for (draw, pass) in order {
664 match pass {
665 0 => {
666 gl.disable(glow::BLEND);
667 gl.depth_mask(true);
668 gl.color_mask(true, true, true, true);
669 }
670 1 => {
671 gl.enable(glow::BLEND);
672 gl.blend_func_separate(
673 glow::SRC_ALPHA,
674 glow::ONE_MINUS_SRC_ALPHA,
675 glow::ONE,
676 glow::ONE_MINUS_SRC_ALPHA,
677 );
678 gl.depth_mask(false);
679 gl.color_mask(true, true, true, true);
680 }
681 _ => {
682 gl.disable(glow::BLEND);
683 gl.depth_mask(true);
684 gl.color_mask(false, false, false, false);
685 }
686 }
649 687 if draw.positions.len() != draw.normals.len()
650 688 || draw
651 689 .indices
@@ -756,6 +794,9 @@ impl GpuRenderer {
756 794 gl.delete_texture(t);
757 795 }
758 796 }
797 gl.disable(glow::BLEND);
798 gl.depth_mask(true);
799 gl.color_mask(true, true, true, true);
759 800 let pixels = scene.width as usize * scene.height as usize;
760 801 let mut maps = Vec::new();
761 802 gl.pixel_store_i32(glow::PACK_ALIGNMENT, 1);
@@ -1936,6 +1977,7 @@ pub unsafe fn map_regression_probe(gl: &glow::Context) -> Result<(), String> {
1936 1977 specular,
1937 1978 cutoff: 0.001,
1938 1979 flat_normals: false,
1980 blend: false,
1939 1981 };
1940 1982 let mut renderer = GpuRenderer::default();
1941 1983 let mut scene = Scene {
@@ -40,6 +40,8 @@ pub struct Draw {
40 pub specular: f32,
40 pub specular: f32,
41 pub cutoff: f32,
41 pub cutoff: f32,
42 pub flat_normals: bool,
42 pub flat_normals: bool,
43 /// glTF BLEND: drawn after the opaque draws, blended (design.md t1016u).
44 pub blend: bool,
43}
45}
44#[derive(Clone)]
46#[derive(Clone)]
45pub struct Scene {
47pub struct Scene {
@@ -312,6 +314,7 @@ pub fn scene(
312 specular: layer.specular,
314 specular: layer.specular,
313 cutoff: 0.5,
315 cutoff: 0.5,
314 flat_normals: false,
316 flat_normals: false,
317 blend: false,
315 });
318 });
316 }
319 }
317 } else {
320 } else {
@@ -353,6 +356,7 @@ pub fn scene(
353 specular: 0.,
356 specular: 0.,
354 cutoff: 0.001,
357 cutoff: 0.001,
355 flat_normals: !body.source_normals_complete,
358 flat_normals: !body.source_normals_complete,
359 blend: false,
356 });
360 });
357 } else {
361 } else {
358 for surface in &body.surfaces {
362 for surface in &body.surfaces {
@@ -368,6 +372,7 @@ pub fn scene(
368 specular: surface.specular,
372 specular: surface.specular,
369 cutoff: surface.cutoff,
373 cutoff: surface.cutoff,
370 flat_normals: surface.flat_normals,
374 flat_normals: surface.flat_normals,
375 blend: surface.blend,
371 });
376 });
372 }
377 }
373 }
378 }
@@ -645,7 +650,40 @@ impl GpuRenderer {
645 gl.enable_vertex_attrib_array(slot);
650 gl.enable_vertex_attrib_array(slot);
646 gl.vertex_attrib_pointer_f32(slot, size, glow::FLOAT, false, 12 * 4, offset * 4);
651 gl.vertex_attrib_pointer_f32(slot, size, glow::FLOAT, false, 12 * 4, offset * 4);
647 }
652 }
648 for draw in &scene.draws {
653 // glTF BLEND (design.md t1016u): opaque/mask first, then the
654 // BLEND draws blended without depth writes, then their depth only.
655 let order: Vec<(&Draw, u8)> = scene
656 .draws
657 .iter()
658 .filter(|d| !d.blend)
659 .map(|d| (d, 0))
660 .chain(scene.draws.iter().filter(|d| d.blend).map(|d| (d, 1)))
661 .chain(scene.draws.iter().filter(|d| d.blend).map(|d| (d, 2)))
662 .collect();
663 for (draw, pass) in order {
664 match pass {
665 0 => {
666 gl.disable(glow::BLEND);
667 gl.depth_mask(true);
668 gl.color_mask(true, true, true, true);
669 }
670 1 => {
671 gl.enable(glow::BLEND);
672 gl.blend_func_separate(
673 glow::SRC_ALPHA,
674 glow::ONE_MINUS_SRC_ALPHA,
675 glow::ONE,
676 glow::ONE_MINUS_SRC_ALPHA,
677 );
678 gl.depth_mask(false);
679 gl.color_mask(true, true, true, true);
680 }
681 _ => {
682 gl.disable(glow::BLEND);
683 gl.depth_mask(true);
684 gl.color_mask(false, false, false, false);
685 }
686 }
649 if draw.positions.len() != draw.normals.len()
687 if draw.positions.len() != draw.normals.len()
650 || draw
688 || draw
651 .indices
689 .indices
@@ -756,6 +794,9 @@ impl GpuRenderer {
756 gl.delete_texture(t);
794 gl.delete_texture(t);
757 }
795 }
758 }
796 }
797 gl.disable(glow::BLEND);
798 gl.depth_mask(true);
799 gl.color_mask(true, true, true, true);
759 let pixels = scene.width as usize * scene.height as usize;
800 let pixels = scene.width as usize * scene.height as usize;
760 let mut maps = Vec::new();
801 let mut maps = Vec::new();
761 gl.pixel_store_i32(glow::PACK_ALIGNMENT, 1);
802 gl.pixel_store_i32(glow::PACK_ALIGNMENT, 1);
@@ -1936,6 +1977,7 @@ pub unsafe fn map_regression_probe(gl: &glow::Context) -> Result<(), String> {
1936 specular,
1977 specular,
1937 cutoff: 0.001,
1978 cutoff: 0.001,
1938 flat_normals: false,
1979 flat_normals: false,
1980 blend: false,
1939 };
1981 };
1940 let mut renderer = GpuRenderer::default();
1982 let mut renderer = GpuRenderer::default();
1941 let mut scene = Scene {
1983 let mut scene = Scene {
src/session.rs +46 −1
@@ -325,7 +325,8 @@ impl Session {
325 325 pub fn install_named_project(&mut self, parent: &Path, name: &str) -> Result<(), String> {
326 326 let dir = crate::project::new_project_dir(parent, name)?;
327 327 let opened = create_default_project_named(&dir, name.trim()).map_err(|e| e.to_string())?;
328 self.install_opened(opened);
328 // install_loaded also reads the bundled equipment preset(s).
329 self.install_loaded(opened);
329 330 self.ok("Project aangemaakt, met de standaardlichamen in assets/body/male en female.");
330 331 Ok(())
331 332 }
@@ -467,6 +468,16 @@ pub fn create_default_project_named(
467 468 }
468 469 opened.document.male_model = Some(crate::default_bodies::MALE_MODEL.to_string());
469 470 opened.document.female_model = Some(crate::default_bodies::FEMALE_MODEL.to_string());
471 // Bundled female hair preset (t1019u), listed in the equipment presets.
472 let path = checked_project_path(root, crate::default_bodies::FEMALE_HAIR_PRESET)
473 .map_err(|error| ProjectError::Validation(vec![error]))?;
474 if !path.exists() {
475 write_bytes(&path, crate::default_bodies::FEMALE_HAIR_PPE)?;
476 }
477 opened
478 .document
479 .equipment_presets
480 .push(crate::default_bodies::FEMALE_HAIR_PRESET.to_string());
470 481 save_project(&opened)?;
471 482 Ok(opened)
472 483 }
@@ -867,6 +878,40 @@ mod tests {
867 878 "{model} textures"
868 879 );
869 880 }
881 // The bundled female hair preset is listed, female-only, and at rest
882 // sits on the head of the default female (t1019u).
883 assert_eq!(
884 fs::read(root.join(crate::default_bodies::FEMALE_HAIR_PRESET)).unwrap(),
885 crate::default_bodies::FEMALE_HAIR_PPE
886 );
887 let hair = session
888 .equipment
889 .iter()
890 .find_map(|item| item.preset.as_ref().filter(|p| p.name == "female-hair"))
891 .expect("female-hair preset in the equipment list");
892 assert_eq!(hair.applies, [false, true]);
893 let female =
894 crate::preview::load_body_file(&root.join(crate::default_bodies::FEMALE_MODEL))
895 .unwrap();
896 let controls = crate::preview::PreviewControls {
897 clip_name: String::new(),
898 ..Default::default()
899 };
900 let layers = crate::equipment::layers(hair, 1, &female, &controls).unwrap();
901 assert_eq!(layers.len(), 1);
902 let (mut lo, mut hi) = (f32::MAX, f32::MIN);
903 for p in &layers[0].mesh.positions {
904 let m = &layers[0].model;
905 let y = m[1] * p[0] + m[5] * p[1] + m[9] * p[2] + m[13];
906 lo = lo.min(y);
907 hi = hi.max(y);
908 }
909 // Tim's original female with hair has rest top Y 1.621 m (the hair);
910 // the baked rigid hair must reach exactly that, the ponytail ~1.27 m.
911 assert!(
912 (hi - 1.621).abs() < 0.002 && (1.2..1.35).contains(&lo),
913 "hair Y {lo}..{hi}"
914 );
870 915 // The saved manifest reopens with the same bodies.
871 916 let reopened = crate::project::open_project(&root.join("character.ppd")).unwrap();
872 917 assert_eq!(
@@ -325,7 +325,8 @@ impl Session {
325 pub fn install_named_project(&mut self, parent: &Path, name: &str) -> Result<(), String> {
325 pub fn install_named_project(&mut self, parent: &Path, name: &str) -> Result<(), String> {
326 let dir = crate::project::new_project_dir(parent, name)?;
326 let dir = crate::project::new_project_dir(parent, name)?;
327 let opened = create_default_project_named(&dir, name.trim()).map_err(|e| e.to_string())?;
327 let opened = create_default_project_named(&dir, name.trim()).map_err(|e| e.to_string())?;
328 self.install_opened(opened);
328 // install_loaded also reads the bundled equipment preset(s).
329 self.install_loaded(opened);
329 self.ok("Project aangemaakt, met de standaardlichamen in assets/body/male en female.");
330 self.ok("Project aangemaakt, met de standaardlichamen in assets/body/male en female.");
330 Ok(())
331 Ok(())
331 }
332 }
@@ -467,6 +468,16 @@ pub fn create_default_project_named(
467 }
468 }
468 opened.document.male_model = Some(crate::default_bodies::MALE_MODEL.to_string());
469 opened.document.male_model = Some(crate::default_bodies::MALE_MODEL.to_string());
469 opened.document.female_model = Some(crate::default_bodies::FEMALE_MODEL.to_string());
470 opened.document.female_model = Some(crate::default_bodies::FEMALE_MODEL.to_string());
471 // Bundled female hair preset (t1019u), listed in the equipment presets.
472 let path = checked_project_path(root, crate::default_bodies::FEMALE_HAIR_PRESET)
473 .map_err(|error| ProjectError::Validation(vec![error]))?;
474 if !path.exists() {
475 write_bytes(&path, crate::default_bodies::FEMALE_HAIR_PPE)?;
476 }
477 opened
478 .document
479 .equipment_presets
480 .push(crate::default_bodies::FEMALE_HAIR_PRESET.to_string());
470 save_project(&opened)?;
481 save_project(&opened)?;
471 Ok(opened)
482 Ok(opened)
472}
483}
@@ -867,6 +878,40 @@ mod tests {
867 "{model} textures"
878 "{model} textures"
868 );
879 );
869 }
880 }
881 // The bundled female hair preset is listed, female-only, and at rest
882 // sits on the head of the default female (t1019u).
883 assert_eq!(
884 fs::read(root.join(crate::default_bodies::FEMALE_HAIR_PRESET)).unwrap(),
885 crate::default_bodies::FEMALE_HAIR_PPE
886 );
887 let hair = session
888 .equipment
889 .iter()
890 .find_map(|item| item.preset.as_ref().filter(|p| p.name == "female-hair"))
891 .expect("female-hair preset in the equipment list");
892 assert_eq!(hair.applies, [false, true]);
893 let female =
894 crate::preview::load_body_file(&root.join(crate::default_bodies::FEMALE_MODEL))
895 .unwrap();
896 let controls = crate::preview::PreviewControls {
897 clip_name: String::new(),
898 ..Default::default()
899 };
900 let layers = crate::equipment::layers(hair, 1, &female, &controls).unwrap();
901 assert_eq!(layers.len(), 1);
902 let (mut lo, mut hi) = (f32::MAX, f32::MIN);
903 for p in &layers[0].mesh.positions {
904 let m = &layers[0].model;
905 let y = m[1] * p[0] + m[5] * p[1] + m[9] * p[2] + m[13];
906 lo = lo.min(y);
907 hi = hi.max(y);
908 }
909 // Tim's original female with hair has rest top Y 1.621 m (the hair);
910 // the baked rigid hair must reach exactly that, the ponytail ~1.27 m.
911 assert!(
912 (hi - 1.621).abs() < 0.002 && (1.2..1.35).contains(&lo),
913 "hair Y {lo}..{hi}"
914 );
870 // The saved manifest reopens with the same bodies.
915 // The saved manifest reopens with the same bodies.
871 let reopened = crate::project::open_project(&root.join("character.ppd")).unwrap();
916 let reopened = crate::project::open_project(&root.join("character.ppd")).unwrap();
872 assert_eq!(
917 assert_eq!(