clipparse

日本語版 README — Japanese version of this page.

C++17 library for CLIP STUDIO PAINT .clip files — reads, composites, edits and writes them — with pybind11-based Python bindings on PyPI.

Lazy I/O. Parsing touches only the embedded SQLite metadata. Pixels are decompressed per 256x256 block, on demand, straight out of the mmapped file.
Partial reads. layer_region() expands only the tiles that overlap the rectangle you ask for — something the row-RLE format of PSD cannot do.
Compositing. All 27 CLIP blend modes, folders (including pass-through), masks, clipping and 5 kinds of adjustment layer, matched pixel-for-pixel against the preview CLIP STUDIO itself stores in the file.
Writing. An unmodified round-trip is byte-identical (sha256, even for a 60 MB file). Editing layer attributes, replacing pixels, adding/removing layers and rebuilding a canvas from scratch are all verified in CLIP STUDIO PAINT PRO 5.0.4 on real hardware.
CLIP to PSD and back. Round-trip conversion via psdparse, in both C++ and Python.
No runtime dependencies. zlib and sqlite3 are compiled in; the Python wheel is a single extension module.

The format was reverse-engineered from real files; what was verified by measurement and what is still inferred are kept apart in docs/CLIP_FORMAT.md.

Install (Python)

pip install clipparse

Wheels are published for Python 3.9-3.14 (free-threaded builds included) on Linux / Windows / macOS (x86_64 + arm64). From source — a C++17 compiler and CMake 3.16+ is all you need, no package manager:

pip install .

Quick start

import clipparse

f = clipparse.ClipFile()
f.load("artwork.clip")

print(f.width, f.height, f.resolution)         # canvas size in pixels, DPI
for layer in f.layers:                          # flat list, bottom-to-top
    print(layer.index, layer.name, layer.opacity, layer.is_group)

bgra = f.merged_image()                         # every layer composited, BGRA bytes
one  = f.layer_image(2)                         # one layer, BGRA bytes
part = f.layer_region(2, 100, 120, 64, 48)      # only the overlapping tiles

png, w, h = f.preview_png()                     # the preview CLIP STUDIO stored

Pixels always come back as BGRA bytes with straight (un-premultiplied) alpha, the same convention psdparse uses:

from PIL import Image
img = Image.frombytes("RGBA", (f.width, f.height), f.merged_image())
b, g, r, a = img.split()
Image.merge("RGBA", (r, g, b, a)).save("merged.png")

Editing. The writer addresses layers by Layer.MainId (layer.main_id), not by the list index used for reading:

w = clipparse.ClipWriter()
w.load("artwork.clip")

w.set_layer_attr(main_id, name="renamed", opacity=128)   # opacity is 0..256 here
w.set_pixels(main_id, bgra, f.width, f.height)           # replace a layer's pixels
new_id = w.add_layer(main_id, "new layer", bgra, f.width, f.height)
w.delete_layer(other_id)

w.save("out.clip")
assert clipparse.validate("out.clip") == []              # run before opening in CSP

Full reference: docs/PYTHON_API.md (日本語).

Command-line tools

The utilities ship with the wheel, so pip install clipparse also gives you these commands (no extra dependencies — compositing and pixel decoding run in the bundled C++ extension):

clip-probe    file.clip [--blocks]        # structure dump: chunks, tables, layer tree, blocks
clip-validate file.clip                   # referential-integrity check — run before opening in CSP
clip-doctor   file.clip [--deep]          # per-layer diagnosis; --fix/--remove excises broken layers
clip-export   file.clip [-o out.png]      # merged PNG; --layers DIR exports every layer + manifest
clip-write    roundtrip in.clip out.clip  # writing: round-trip, attributes, pixels, add layer

clip-doctor tells you which layer is bad, where clip-validate only gives a pass/fail for the file:

clip-doctor file.clip [--deep]                   # diagnose: layer tree + findings
clip-doctor file.clip --fix --out fixed.clip     # repair, and excise broken layers
clip-doctor file.clip --remove 7 --out out.clip  # remove specific layers (folders take their subtree)

Checks every layer's mipmap chains (render and mask), the attribute and block-stream structure, and whether the referenced pixel chunks actually exist in the file; --deep additionally inflates every zlib block.
Findings come in three grades. Removal candidates: the layer's pixel data itself is broken (severed chain, corrupt blocks, missing chunks) — nothing left to repair, so --fix removes the layer. Repairable: references or counters are off but the data is intact (MipmapCount mismatches, dead links, storage types, a broken mask or thumbnail only) — --fix repairs these in place, cutting away just the broken mask or thumbnail. Info: harmless states that CSP's own files also contain.
Layer numbers are MainId (shown in the tree and by clip-probe), not the indices clip-export uses.
After writing it recomposes the embedded preview, re-runs the clip-validate checks, and every kind of surgery it performs has been verified to open in a real CLIP STUDIO PAINT installation (PRO 5.0.4).

Some features activate when optional libraries are present ("extras" — the base install stays dependency-free):

pip install clipparse[psd]    # psdparse + numpy  → clip-to-psd / psd-to-clip converters
pip install clipparse[image]  # numpy + Pillow    → clip-write setpixels / addlayer
pip install clipparse[all]    # both — also enables CanvasPreview recomposition on edits

Without the extra installed, the command explains what to install and exits.

clip-to-psd in.clip out.psd  [--verify] [--flat]
psd-to-clip in.psd  out.clip [--verify] [--paper] [--template empty.clip]

--verify reads the output back and checks the pixels against the input (layer-exact for CLIP→PSD; merged-composite match for PSD→CLIP).
CLIP→PSD keeps the folder tree (pass-through maps to PSD pass) and maps all 27 blend modes; --flat skips folders. Masks and clipping are baked into the alpha (they look right but are no longer editable), and adjustment / vector layers are not exported. Translucent parts of glow-dodge layers differ because PSD has no equivalent alpha behaviour.
PSD→CLIP rebuilds the canvas from a bundled blank template (a fresh CSP document; pass --template to use your own — its size does not matter). --paper keeps the template's white paper layer. The result opens in CLIP STUDIO PAINT — verified on a real installation (PRO 5.0.4).

The scripts under tools/ are the same code; tools/ is the reference implementation and stays in the repository.

# structure dump — chunk layout, tables, layer tree, block list (stdlib only)
python tools/clip_probe.py file.clip [--blocks]

# lazy-reference prototype: composite and compare against a reference PNG
python tools/clip_lazy_demo.py file.clip -o out.png --compare reference.png

# writing (an unmodified round-trip must be byte-identical)
python tools/clip_write.py roundtrip in.clip out.clip
python tools/clip_write.py set       in.clip out.clip --layer 5 --opacity 64 --composite 2
python tools/clip_write.py setpixels in.clip out.clip --layer 3 --png patch.png
python tools/clip_write.py addlayer  in.clip out.clip --copy-from 3 --name new --png patch.png

# referential-integrity check — ALWAYS run this before opening a written file in CSP
python tools/clip_validate.py out.clip

# per-layer diagnosis and excision of broken layers / masks / thumbnails
python tools/clip_doctor.py file.clip --deep
python tools/clip_doctor.py file.clip --fix --out fixed.clip

# CLIP <-> PSD (needs the psdparse Python bindings)
python tools/clip_to_psd.py input.clip output.psd  --verify
python tools/psd_to_clip.py input.psd  output.clip --verify

clip_probe.py needs nothing but the standard library; clip_lazy_demo.py needs numpy, plus Pillow when comparing.

Build (C++ library / CLI)

cmake -S . -B build -DCMAKE_BUILD_TYPE=Release
cmake --build build --config Release

build\clipparse\Release\clip_cli.exe file.clip --check
build\clipparse\Release\clip_cli.exe file.clip --validate
build\clipparse\Release\clip_cli.exe in.clip --set 5 --opacity 64 --out out.clip
build\clipparse\Release\clip_cli.exe in.clip --set-pixels 3 rgba.raw out.clip
build\clipparse\Release\clip_cli.exe in.clip --add-layer  3 rgba.raw out.clip --name new

The only dependencies are zlib and sqlite3, both fetched from source by CMake (FetchContent), so vcpkg and friends are unnecessary. SQLite is attached with sqlite3_deserialize(..., SQLITE_DESERIALIZE_READONLY) directly on the mmapped bytes — no temporary file is ever created.

clip::ClipFile f;
f.load("artwork.clip");
clip::Image img;
f.mergedImage(img);                       // RGBA8, straight alpha

clip::ClipWriter w;
w.load("artwork.clip");
w.addLayer(3, "new layer", rgba, 300, 400);
w.save("out.clip");

C++ and Python produce byte-identical chunk payloads when writing, down to the zlib output; that equivalence is what the test suite checks.

CLIP to PSD conversion

examples/clipconv/ is a standalone command that links both clipparse and psdparse, using nothing but their public APIs.

cmake -S examples/clipconv -B build-conv -DCMAKE_BUILD_TYPE=Release
cmake --build build-conv --config Release

build-conv\Release\clipconv.exe in.clip out.psd  --verify
build-conv\Release\clipconv.exe in.psd  out.clip --verify

Layer pixels, the folder tree and blend modes survive the round-trip; masks and clipping are baked into alpha, and adjustment/vector layers are not exported. Details in examples/clipconv/README.md.

What works, and what does not


Reading	RGBA / gray / monochrome / mask planes, folders, masks, clipping, text and rasterized vector layers
Compositing	27 blend modes, pass-through folders, 5 adjustment-layer kinds. Of 28 samples, 13 are pixel-exact against CSP's own preview and 22 are within rounding error
Writing	attributes, pixel replacement, add/delete layer, canvas rebuild — all confirmed in CSP 5.0.4
Not supported	vector layers (a brush engine would be needed), some adjustment kinds (levels, colour balance, posterize, gradient map)

Writing has traps a tolerant reader cannot see — per-table storage types, a checksum CSP actually verifies, a mipmap count that crashes it when wrong. They were flushed out over five rounds of testing on real CLIP STUDIO and are checked mechanically by clipparse.validate() / clip_cli --validate. Run the validator before opening anything you wrote.

Tests

python -m pytest tests -q

The tests cross-check the C++ extension against the pure-Python reference implementation (pixels must match byte for byte) and the write path against CLIP STUDIO's own rules. Real .clip samples are not committed — see docs/STATUS.md for what goes into samples/.

How the format works, in five lines

[CSFCHUNK header][CHNKHead][CHNKExta ...][CHNKSQLi][CHNKFoot]
                            ^ pixel data  ^ all metadata (a SQLite3 database)

CHNKHead.binary_section_size points straight at the SQLite chunk, so the first 64 bytes are enough to reach the metadata. From there, ExternalChunk.Offset plus the prefix sum of Offscreen.Attribute.BlockSize[] gives the absolute position of any pixel block — the binary area is never scanned.

Documentation


docs/PYTHON_API.md (ja)	Python API reference
docs/CLIP_FORMAT.md	`.clip` format specification, measured facts kept apart from inferred ones
docs/DESIGN.md	Design of the lazy-reference scheme, the API shared with psdparse, roadmap
docs/STATUS.md	Development status, how to resume, what is next
docs/CLIP_TOOLS_REPORT.md	Feedback for clip-tools: three reproducible bugs and two spec corrections

Credits

animeops/clip-tools — the Python implementation this analysis started from.
psdparse — the library whose design clipparse follows.

License

MIT — see LICENSE.

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BLAKE2b-256	`9d7ea8ddff3c13a5e0c4d5233f679a2d5e3820d63333e54ab19e8fe2b38e43cf`

Algorithm	Hash digest
SHA256	`92e915f57a8c899318d6f235d1ad25f660a81d841c3dfcd7f02941bbc3aca013`
MD5	`ecee99e717f63d0bee32653cf68a826e`
BLAKE2b-256	`260211c60963d2e20a49bff360d5e5dab607580e76043c83e5a010c73a7c5ea7`

clipparse 0.2.0

clipparse

Install (Python)

Quick start

Command-line tools

Build (C++ library / CLI)

CLIP to PSD conversion

What works, and what does not

Tests

How the format works, in five lines

Documentation

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1 maintainer

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Algorithm	Hash digest
SHA256	`057c4dcb6574607c18b00606b58c2f5d319cd96dffc4130b838d5b2dfbdc2562`
MD5	`06168baa3fef8861c6e1d01f6e4111a0`
BLAKE2b-256	`84e5cf58b028c9157c1f9acde1da6ba12a0797e80395386b3377af45fb8b1890`

Algorithm	Hash digest
SHA256	`4e56ecca3a8ca80c983709428f54f8322cf88504615d471209df2701066a1c90`
MD5	`14f89c5d9ede0bb7a59cd6948c0c351c`
BLAKE2b-256	`dae2b40e9b1af5dd00c84417dcca554c3e21cba209983a8d09729383cdbd1e8f`

Algorithm	Hash digest
SHA256	`c0094d595871a0c54f59f4f71b290257385168e01b2ca7122d61e12716a8094c`
MD5	`84bd360360ab1923178986323e838ab2`
BLAKE2b-256	`464fb43962a79204d7f994cd0885bc387f5843727249279521953ffddf37d915`

Algorithm	Hash digest
SHA256	`6d3ca77299f01c5a1925447d1ea06d2fb5d80b598afa4927a3ada0cdf99e2a43`
MD5	`3f645d306e896e23899d6732973f86c4`
BLAKE2b-256	`25b44fe652e67bf2baef27500ccd7f3eb64ded40e1ef5f5b7a0d61b22e976c22`

Algorithm	Hash digest
SHA256	`f4990dfc070bb7ea75468c7534ec50efc6c9627f6eec24c7025daf50984f273e`
MD5	`8e24d6ace434701e6a9fa85118fb1220`
BLAKE2b-256	`b08a61a5ace098bb3a4d5df274b5e453e6466e02c298adeae24abe2631dc5c85`

Algorithm	Hash digest
SHA256	`5d6fb27d5bf94f99d05c1aebca380b2d78f3e039bd71c7cb51663a9190c7bd09`
MD5	`da037eed5df78e1108cb1ab3ea5916b3`
BLAKE2b-256	`691353d6a0a925a6927400f9dc8fcb26af3ab50e0b01b94b3cfb6e224da6098d`

Algorithm	Hash digest
SHA256	`db0d5ba21014f67fc35e7f854524bff91671a49f3d25e282116a9121190120c5`
MD5	`f370879378d664db480ddacd644f30ea`
BLAKE2b-256	`7696fc1e83a17c02109746fbe468a9bb9c3bc48ff8922e8b5155159061ad9899`

Algorithm	Hash digest
SHA256	`74e6c38b268be2e75ef702f8ba5781c15e4f66f5325c7fb37f53565b34884d0a`
MD5	`c4ca3fd9f4e67127e3b426b2e3fe370a`
BLAKE2b-256	`fad707f421bb37be06bcb1e1a52fec207b08a2357cdf682b7330055cb0f6e566`

Algorithm	Hash digest
SHA256	`3ca926cb24d0dec83c3b6468b0cf65b32efd7879a1ae791fe17e9cd5125db1b2`
MD5	`e3ab2f7f9b96d99917c3219f729e664a`
BLAKE2b-256	`a27b7fb5798c8c2274071b537460b2f1620709b2a00eb667feee80cd404f9716`

Algorithm	Hash digest
SHA256	`e3bc9deb660b1d36af4a29c5a56a84d86b256770faa38044c6c85b8c66d1c063`
MD5	`0d67dc5ba7a88e51d0375bb3d34b97dc`
BLAKE2b-256	`4b0f017ca2a742a4c286dc06017bd0b98bdde5cfd09842905960eda59e844fe1`