psdparse

Pure C++17 PSD (Photoshop) reader/writer library, with pybind11-based Python bindings.

Lazy I/O: PSD pixel data is not copied into memory at parse time. Only the structural metadata (a few hundred KB even for large files) is read upfront; layer pixels are paged in on demand via mmap or stream callbacks.
Round-trip save: load(p) -> save(q) produces a byte-identical PSD file.
Edit & save: add / delete / reorder / duplicate layers (folder-aware moves), copy layers between files, replace layer & mask pixels, edit parameters / names / masks / fill opacity, edit layer-effect (lfx2) values, and edit text layers (body text, per-run style, rich-text run/paragraph rebuild, placement & text box, kept in step with the document-wide Txt2 block so the edit actually reaches Photoshop), or build a PSD from scratch — all with byte-exact re-serialization of the parts you touch (unedited layers stay byte-identical).
Python wrapper: import psdparse → PSDFile.load(path) / layer_image(i) / merged_image() / save(path) plus the editing API.

The library was extracted from the psdfile kirikiri plugin in 2026. psdfile now consumes this library as a submodule.

Architecture (quick read)

See docs/ARCHITECTURE.md for full details.

IteratorBase (psdbase.h, pure virtual — parser only sees this)
├── MemoryReader   (psdparse.h)  ... mmap / contiguous buffer
└── StreamReader   (psdparse.h)  ... arbitrary seekable stream
    └── Source (pure virtual; subclass per backend)
        ├── IStreamSource              ... std::istream
        └── (your custom Source)       ... e.g. a host app's stream class

WriterBase (psdwrite.h, pure virtual — symmetric to IteratorBase)
└── FileWriter (FILE*)

psd::PSDFile::load(const char *path) mmaps a local file. loadFromStream(std::istream&) / loadFromReader(IteratorBase&) accept arbitrary I/O. save(const char *path) writes the loaded data back as PSD.

All public path arguments are UTF-8 (char *). On Win32, conversion to UTF-16 happens internally via psd::utf8ToWide (inline in psdbase.h).

Install (Python)

pip install psdparse          # once published to PyPI

Build from source — needs only a C++17 compiler + CMake 3.16+, no vcpkg:

pip install .                 # or:  pip wheel . -w dist

zlib is taken from the system if present, otherwise fetched from source by CMake (FetchContent), so no package manager is required. Packaging uses scikit-build-core; cross-platform wheels are built in CI (.github/workflows/wheels.yml, cibuildwheel).

Build (C++ library / CLI)

Requires CMake 3.16+ and a C++17 compiler. vcpkg is no longer needed.

# C++ library + CLI (static CRT)
cmake --preset x64-windows
cmake --build --preset x64-windows --config Release

# C++ library + Python module (dynamic CRT, matches CPython)
cmake --preset x64-windows-python
cmake --build --preset x64-windows-python --config Release

Makefile is a thin wrapper:

make PRESET=x64-windows prebuild build
make PRESET=x64-windows-python prebuild build

Build artifacts:

build/x64-windows/psdparse/Release/psdparse_cli.exe
build/x64-windows-python/python/Release/psdparse.cp312-win_amd64.pyd

Only dependency: zlib (system, or auto-fetched from source).

Python API

import psdparse

p = psdparse.PSDFile()
p.load(r"path/to/file.psd")   # mmap-backed

print(p.header.width, p.header.height, len(p.layers))
for layer in p.layers:
    print(layer.name_unicode, layer.blend_mode.name, layer.opacity)

bgra = p.merged_image()                # bytes, BGRA, 4*W*H
layer_bgra = p.layer_image(0, "masked") # bytes, BGRA, 4*w*h

p.save(r"out.psd")              # byte-identical round-trip

Editing (8-bit RGB), re-serialized on save — unedited layers stay byte-identical:

p.layers[0].opacity = 128                       # parameters
p.layers[0].name_unicode = "背景"               # rename
p.delete_layer(3); p.move_layer(1, 4)           # structure
p.set_layer_pixels(0, bgra_bytes, w, h)         # replace pixels
p.set_layer_mask_pixels(0, gray, 0, 0, w, h)    # mask pixels + geometry
p.set_effects(0, {"masterFXSwitch": False})     # layer-effect values
p.set_text(2, "新しいテキスト")                 # text content
p.save(r"edited.psd")

q = psdparse.PSDFile()                           # or build one from scratch
q.create_blank(1024, 768)
q.add_layer("bg", 0, 0, bgra_bytes, 1024, 768)
q.add_layer("line", 0, 0, bgra_bytes, 1024, 768)
q.add_folder("group", 1, 1)                      # wrap layers[1:2] in a group
q.save(r"new.psd")

Full API reference: docs/PYTHON_API.md.

Rich text, folder-aware moves and text placement are bound too:

p.set_rich_text(2, "赤\r青", [{"length": 2, "color": (1, 0, 0)},
                             {"length": 2, "color": (0, 0, 1), "font": "Arial"}])
p.set_justification(2, 2)              # center every paragraph
p.set_run_style(2, 0, font="Times New Roman")
p.move_text_layer(2, 40, -15)          # transform + layer/mask rect
p.set_text_bounds(2, 0, 0, 300, 200)   # flow box (paragraph text)

p.move_layer_sibling(i, up=True)       # whole folders move as one block
start, count = p.group_span(i)

PSD feature coverage

What psdparse can and cannot read and edit, at a glance: docs/SUPPORT.md (対応状況マトリクス).

Tests

Tests live under tests/ and use pytest. The small synthesized fixtures are committed under tests/data/ (masktest.psd, maskparams.psd, labsample.psd, graysample.psd, duosample.psd, textboxsample.psd, textmask.psd — force-added past the *.psd ignore rule). The larger real-world samples (fontsample.psd, config.psd, artwork PSDs, Adobe's Layer Comps.psd) are not committed; drop them into tests/data/ or the repo root and the tests that need them stop skipping.

# after building the Python module (pip install . / preset x64-windows-python):
python -m pytest -v

Examples (composite / variations / sprite extraction)

psdparse gives you the pieces (per-layer pixels, position, opacity, masks) but does not composite or re-render — the Python imaging ecosystem does that better. examples/ shows the recipes:

composite.py — composite layers with Pillow (position + opacity + mask, normal blend), and optionally write the result back as the PSD's stored preview via set_merged_image.
variations.py — enumerate tachie/expression combinations by treating layer folders as mutually-exclusive option slots.
extract_layers.py — export per-layer PNGs + a manifest, with alpha edge extension (bleed) so sprites stay clean under rotation/scaling.

See examples/README.md. On the sample tachie PSDs (all normal blend) composite.py matches Photoshop's stored composite to ~0.1 mean level difference.

tools/psd_export.py

python tools/psd_export.py input.psd [--out-dir DIR] [--mode masked|image|mask]

Outputs layers.json (full layer metadata), merged.png (composite), and per-layer PNGs.

License

MIT — see LICENSE.

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psdparse 0.12.0

psdparse

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tools/psd_export.py

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Algorithm	Hash digest
SHA256	`4671cc8e6093677c2fd45582cad76f1855613a4e96d34582ffd41356c583f757`
MD5	`5f29f0f854d4b50b1296b2122f650242`
BLAKE2b-256	`40050e3ff7080663e79d4a1dc59fd53525e60d994dcb8a3956b592959ac2faeb`

Algorithm	Hash digest
SHA256	`ae0f5c5fb62d0721620e771489c189e9185cf8d8d736a195b20d3c1f74226f31`
MD5	`22fa185821d9ea10b9ac3ad1f265fe76`
BLAKE2b-256	`12a8b1df41026ff54225c468c6ac593d4dd42364de13d28a7af3d1646aa1685e`

Algorithm	Hash digest
SHA256	`2524c56eb65f9d30a5bd4e69bb21c9a4eca7b6a86a44e36880e66f9b4cc82c2b`
MD5	`05b845a9e9caea72417932e75f5d3cd6`
BLAKE2b-256	`4f3fd1420316219ee726f0ec8ed847328f2d8a77443dfefb2c5260d21ba28cb8`

Algorithm	Hash digest
SHA256	`b725e9f6621492f8bcf2d120d2e8da5551403e0f5c49ead28d04a84e136c9102`
MD5	`034ce14bb559d6e7ec869555d260c500`
BLAKE2b-256	`07109c4ee94de98d3a43639723971a29d7a3b443292b235f414d81beb8d7d591`

Algorithm	Hash digest
SHA256	`f18cd4c924806cb6d2c470e847a6ff3a2fde703607d477ebcd23ab3e4a74ff5a`
MD5	`bc77080e6446cf62e57b1a988a610e44`
BLAKE2b-256	`e2092feaf6fb2a831c7f5c9b0b6e6d3c6bdffa3b5c6c014fe289af6767887bed`

Algorithm	Hash digest
SHA256	`f68b3fd6948a720e394630a2b5ee520f51921927d828613340dc21aaa7926536`
MD5	`1ac54830befecc5a7bb49c7005f36842`
BLAKE2b-256	`84b1b91c754842fc283db65086a80801a6b31f74ce87a7ffa14c2bf4d7a07e93`

Algorithm	Hash digest
SHA256	`498c277b1cbfe1b66da57ce8e3fc47e95e7bd30c15c43419ed1a501b8b700bc2`
MD5	`9f469d93345bec175c4d5af6ca1cd289`
BLAKE2b-256	`b6dca920b6e264cd495e661cbe84698b8db7f9b75bd5a41b921d51505af8665f`