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.github
.gitignore
.pytest_cache
.vscode
build
dist
*.egg-info
*.pyd
*.so
moderngl-moderngl-773b733/.gitattributes 0000664 0000000 0000000 00000000372 14704200620 0020277 0 ustar 00root root 0000000 0000000 .github/** linguist-detectable=false
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**/Containerfile linguist-detectable=false
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src/khrplatform.h linguist-detectable=false
examples/data/** linguist-detectable=false
moderngl-moderngl-773b733/.github/ 0000775 0000000 0000000 00000000000 14704200620 0016742 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/.github/workflows/ 0000775 0000000 0000000 00000000000 14704200620 0020777 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/.github/workflows/build.yml 0000664 0000000 0000000 00000000740 14704200620 0022622 0 ustar 00root root 0000000 0000000 name: build
on:
push:
branches: [main]
pull_request:
branches: [main]
workflow_dispatch:
jobs:
build:
name: build
runs-on: windows-latest
steps:
- uses: actions/checkout@v4
- name: setup
uses: actions/setup-python@v5
with:
python-version: '3.12'
architecture: x64
- name: deps
run: python -m pip install -U pip wheel setuptools
- name: wheel
run: python -m pip wheel .
moderngl-moderngl-773b733/.github/workflows/release.yml 0000664 0000000 0000000 00000002111 14704200620 0023135 0 ustar 00root root 0000000 0000000 name: release
on:
workflow_dispatch:
jobs:
release:
name: Build on ${{ matrix.os }}
runs-on: ${{ matrix.os }}
strategy:
fail-fast: false
matrix:
os: [ubuntu-latest, windows-latest, macos-13, macos-14]
steps:
- uses: actions/checkout@v4
- uses: actions/setup-python@v5
with:
python-version: '3.12'
- name: deps
run: python -m pip install -U cibuildwheel build pip wheel setuptools
- name: sdist
run: python -m build --sdist --outdir package
if: matrix.os == 'ubuntu-latest'
- name: wheels
run: python -m cibuildwheel --output-dir package
env:
CIBW_PROJECT_REQUIRES_PYTHON: ">=3.8"
CIBW_SKIP: pp*
- uses: actions/upload-artifact@v4
with:
name: package-${{ matrix.os }}
path: package/*
merge:
name: Merge Artifacts
runs-on: ubuntu-latest
needs:
- release
steps:
- uses: actions/upload-artifact/merge@v4
with:
name: moderngl-5.12.0
delete-merged: true
moderngl-moderngl-773b733/.github/workflows/tests.yml 0000664 0000000 0000000 00000000535 14704200620 0022667 0 ustar 00root root 0000000 0000000 name: tests
on:
push:
branches: [main]
pull_request:
branches: [main]
workflow_dispatch:
jobs:
tests:
name: tests
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v4
- name: build
run: docker build . -f tests/Containerfile -t tests
- name: test
run: docker run --rm -t tests
moderngl-moderngl-773b733/.gitignore 0000664 0000000 0000000 00000000120 14704200620 0017363 0 ustar 00root root 0000000 0000000 .vscode
.venv*
venv
build
dist
__pycache__
*.egg-info
*.pyc
*.pyd
*.so
/*.png
moderngl-moderngl-773b733/.readthedocs.yml 0000664 0000000 0000000 00000000450 14704200620 0020467 0 ustar 00root root 0000000 0000000 version: 2
build:
os: ubuntu-20.04
tools:
python: "3.10"
jobs:
post_checkout:
- mv moderngl moderngl-package
- cp moderngl-stubs/__init__.pyi moderngl.py
python:
install:
- requirements: docs/requirements.txt
sphinx:
configuration: docs/conf.py
formats: all
moderngl-moderngl-773b733/CHANGELOG.md 0000664 0000000 0000000 00000054473 14704200620 0017230 0 ustar 00root root 0000000 0000000 # Change Log
All notable changes to this project will be documented in this file.
The format is based on [Keep a Changelog](http://keepachangelog.com/)
and this project adheres to [Semantic Versioning](http://semver.org/).
## [main](https://github.com/moderngl/moderngl/compare/5.10.0...main)
- Add `Context.debug_scope`.
## [5.10.0](https://github.com/moderngl/moderngl/compare/5.9.0...5.10.0)
- Adding pre-built wheels for MacOS ARM
- Adding size verify when writing to Uniforms
- Adding a new methods: [get_context()](https://moderngl.readthedocs.io/en/latest/reference/moderngl.html#moderngl.moderngl.get_context) and `init_context()` (documentation is not ready yet)
- Complementing old and adding new items to ["The Guide"](https://moderngl.readthedocs.io/en/latest/the_guide/index.html)
- Redesign of ["The Guide"](https://moderngl.readthedocs.io/en/latest/the_guide/index.html) in the documentation
- Adding shadow mapping example (see `examples/*`)
- Improving code reliability (robustness)
## [5.9.0](https://github.com/moderngl/moderngl/compare/5.8.0...5.9.0)
- Removing Python 3.7 support, adding Python 3.12 support
- Fixing memory leaks
- Transferring constants from `moderngl` to `moderngl.Context` (safely)
- Dividing documentation into annotations (`moderngl-stubs/__init__.pyi`) and full documentation (`docs/*`)
- Implemented new property: [Context.depth_clamp_range](https://moderngl.readthedocs.io/en/latest/reference/context.html#Context.depth_clamp_range)
- Adding shader includes
- Adding an example of creating a separate window object
- Adding access to input attributes in SPIR-V programs (via SPIR-V parsing) (example: `vao = ctx.vertex_array(spv_program, buffer, 0, 1)` (if your SPIR-V compiler did not erase attribute names, they can also be used))
- Adding access to program attributes by their location numbers (example: `vao = ctx.vertex_array(program, buffer, 0, 1)`)
- Adding descriptions for [Context.memory_barrier()](https://moderngl.readthedocs.io/en/latest/reference/context.html#Context.memory_barrier) and [Context.depth_clamp_range](https://moderngl.readthedocs.io/en/latest/reference/context.html#Context.depth_clamp_range) in the documentation
- Fixed inaccuracies in documentation
- Implemented depth cube maps: [Context.depth_texture_cube()](https://moderngl.readthedocs.io/en/latest/reference/context.html#Context.depth_texture_cube)
- Update build documentation command (sphinx) (see in `README.md`)
- Minor changes to `README.md`
## [5.8.0](https://github.com/moderngl/moderngl/compare/5.7.4...5.8.0)
This version includes the following structural changes in moderngl:
- The typehints and inline documentation was moved to moderngl-stubs.
- The Python layer was concatenated but moderngl itself stays a package.
- Most of the protected class members were removed.
- Most of the property aliases became ordinary class members.
- Slots were removed.
## [5.7.4](https://github.com/moderngl/moderngl/compare/5.7.3...5.7.4)
...
## [5.7.3](https://github.com/moderngl/moderngl/compare/5.7.2...5.7.3)
...
## [5.7.2](https://github.com/moderngl/moderngl/compare/5.7.1...5.7.2)
...
## [5.7.1](https://github.com/moderngl/moderngl/compare/5.7.0...5.7.1)
...
## [5.7.0](https://github.com/moderngl/moderngl/compare/5.6.4...5.7.0)
* Python 3.11 support
* Added support for configurable garbage collection mode. ``Context.gc_mode`` controls this.
* ``None``: (default) No garbage collection is performed. Objects needs to to be
manually released like in previous versions of moderngl.
* ``"context_gc"``: Dead objects are collected in ``Context.objects``.
These can periodically be released using ``Context.gc()``.
* ``"auto"``: Dead objects are destroyed automatically like we would expect in python.
* Added support for `glPolygonOffset`. The factors and units can be set using `Context.polygon_offset`
* Added support for normalized signed and unsigned integer textures. `ni1`, `nu1`, `ni2` and `nu2`
are the new dtypes for these.
* Added ``Context.external_texture`` for creating textures from existing OpenGL textures.
* Added `TextureCube.bind_to_image` so we can easily access cube textures in compute shaders
* Added `Texture3D.bind_to_image` so we can easily access 3D textures in compute shaders
* Added `TextureArray.bind_to_image` so we can easily access texture arrays in compute shaders
* Added support for specifying a custom internalformat for cube maps. This can be used
for sRGB and texture compression formats.
* Integer textures now use `NEAREST` interpolation by default. This was causing
issues with some drivers.
* Added support for writing to multiple buffers in transforms.
* ``Context.program`` now accepts a dictionary for mapping sampler names to specific texture units.
* Added `Program.is_transform` exposing if the program has a fragment shader or not
* Added `VertexArray.mode` and a `mode` argument in `Context.vertex_array`.
This is now the default rendering mode when no mode parameter is passed
in `render()` or `transform()`
* Added support for 1D sampler in `Uniform`
* Added direct access to `glEnable` / `glDisable` in `Context.enable_direct` / `Context.disable_direct`.
This can be used to enabled capabilities not supported by ModernGL.
* `Framebuffer.read()` now has a `clamp` (bool) parameter. If enabled, floating point data
will clamp to `[0.0, 1.0]`. Clamping is disabled by default.
* Fixed a bug causing ``copy_framebuffer`` to not work with multisampled framebuffers
with multiple color attachments.
* Fixed a bug in ``copy_framebuffer`` that caused the draw buffers to be permanently
changed.
* VertexArray: Removed "the first vertex attribute must not be a per instance attribute" limitation
* Fixed a crash when reading `ctx.provoking_vertex`
* Added workaround for MacOS requiring a framebuffer to be bound in headless mode even for
transform shaders. We simply create and bind a framebuffer internally.
* Added ``GL_MAX_GEOMETRY_OUTPUT_VERTICES`` to ``Context.info``
* Docstring improvements
* Documentation improvements
## [5.6.4](https://github.com/moderngl/moderngl/compare/5.6.3...5.6.4)
* Transform feedback now supports all primitive modes both for
vertex and geometry shaders
* `VertexArray.transform()` now raises sane errors when using the wrong primitive mode with geometry shaders
* `VertexArray.transform()` now automatically detects output primitive based on
the input mode.
* `GL_TRIANGLES_ADJACENCY` enum incorrectly mapped (`D0` instead of `0D`)
* Primitive modes are now accessible in the `Context` instance.
For example: `ctx.POINTS` and `ctx.TRIANGLES`
* Texture filers are now also available in the `Context` instance.
For example: `ctx.NEAREST` and `ctx.LINEAR`
* Docstring and documentation improvements
## [5.6.3](https://github.com/moderngl/moderngl/compare/5.6.2...5.6.3)
* Added `Context.extensions`. This is a `set` containing the
OpenGL extensions supported by the context.
* Added support for overridable internal_format for `Texture`.
This opens up for sRGB and compressed formats if needed.
* Docstring and documentation improvements
## [5.6.2](https://github.com/moderngl/moderngl/compare/5.6.1...5.6.2)
### Bugs
* `TextureArray.build_mimpmaps()` used the wrong target when building mipmaps.
This caused the texture to corrupt with some drivers. Thanks to [Nir Aides](https://github.com/nir)
for discovering this bug.
* Docstring improvements
## [5.6.1](https://github.com/moderngl/moderngl/compare/5.6.0...5.6.1)
### Improvements
* Added `Context.cull_face`. (`glCullFace`). An alternative to `Context.front_face` (`glFrontFace`)
* Added support for signed and unsigned integer sampler uniforms (`isampler*`, `usampler*`)
* Added support for multisampled texture array samplers
* Doc improvements
### Bugs
* Transform feedback with geo shader should now property set the out primitive type.
It incorrectly assumed `POINTS` in some cases causing a gl error.
* Moderngl will now propagate the default error messages when objects cannot
be read using the buffer protocol.
## [5.6.0](https://github.com/moderngl/moderngl/compare/5.5.4...5.6.0) - 2020-02-01
From ModernGL 5.6 context creation is done by the [glcontext](https://github.com/moderngl/glcontext)
package. This means we can keep improving context creation without releasing new
moderngl versions. The bar for contributing to context creation is also lower.
Backends can be written in C++ or by simply using ctypes.
This version also has a lot of improvements to docsstrings, api docs and documentation in general.
Still we have a lot more work to do in this area.
### Added
- Standalone `Context` can now be destroyed on all platforms
- Compute shaders can now write to textures using `Texture*.bind_to_image`
- `VertexBuffer.transform` now as a `buffer_offset` parameter
for setting the start byte offset of the output buffer.
This can be used in many creative ways in for example particle
emitting.
- `Framebuffer` supports having only depth buffer. This makes things like shadow
mapping easier to work with.
- Support for `PROGRAM_POINT_SIZE` context flag so point sizes can be set in
the vertex shader
- Scissor test support. `Framebuffer.scissor` and `Context.scissor` can now be used
to set and enable scissor testing per framebuffer.
- The `Framebuffer.clear` have an optional `color` parameter to replace the
old `red, green, blue, alpha` parameters.
- Samplers and Buffers have an `assign` method to simplify the scope creation.
- Samplers have an optional `texture` parameter that will be used together with
the sampler when given.
- The Scope's `enable_only` keyword argument is deprecated in favor of the
`enable` keyword argument.
- Buffers have a `bind` method that replaces the tuples in the VertexArray creation.
- VertexArrays have an optional `scope` property that will be used when rendering.
- The VertexArray's `vertices` property is now writeable.
- VertexArrays have an `instances` property to control the default number of
instances when rendering.
- The Context object contains the constants provided by the moderngl module.
The constants are: (TRIANGLE, LINES, DEPTH_TEST, ...)
### Changed
- The `framebuffer` parameter is optional in Scopes.
- The `ctx.simple_vertex_array` is deprecated in favor of using `ctx.vertex_array` with the same parameters.
- The `prog[uniform].value = value` is deprecated in favor of using `prog[uniform] = value`.
- The `prog[uniform].write(bytes_value)` is deprecated in favor of using the `prog[uniform] = bytes_value`.
### Bugs
- Fixed an issue with attribute format detection causing integer and double types to fail
- Several minor bug fixes
## [5.5.4](https://github.com/moderngl/moderngl/compare/5.5.3...5.5.4) - 2019-11-10
This version was originally meant to only add python 3.8 support,
but a few additions and fixes where cherry-picked from the 5.6 branch.
- Python 3.8 support
- `Vertexarray`s can now be crated without any content.
- `Context.blend_func` now supports separate blend functions for rgb and alpha.
- Added `Context.blend_equation` supporting separate blend equations for rgb and alpha.
## [5.5.3](https://github.com/moderngl/moderngl/compare/5.5.2...5.5.3) - 2019-08-16
### Fixed
- Scope object uniform buffer bindings.
## [5.5.2](https://github.com/moderngl/moderngl/compare/5.5.1...5.5.2) - 2019-06-13
### Fixed
- missing package in setup.py
## [5.5.1](https://github.com/moderngl/moderngl/compare/5.5.0...5.5.1) - 2019-06-12
### Fixed
- offset fix for vao render
## [5.5.0](https://github.com/moderngl/moderngl/compare/5.4.2...5.5.0) - 2019-01-22
### Fixed
- depth texture filter and compare func
- scope restores old enable flags properly
- clear gl errors as the final step of initialization
- fix default framebuffer's number of attachments
### Added
- documentation for `extra` properties
- improved documentation
- improved build on Mac
## [5.4.2](https://github.com/moderngl/moderngl/compare/5.4.1...5.4.2) - 2018-08-01
### Fixed
- included `moderngl.program_members` in the package list
## [5.4.1](https://github.com/moderngl/moderngl/compare/5.4.0...5.4.1) - 2018-07-30
### Fixed
- broken description on PyPI
## [5.4.0](https://github.com/moderngl/moderngl/compare/5.3.0...5.4.0) - 2018-07-30
### Added
- Sampler object support
- `Context.sampler` method
- `Context.max_anisotropy` property
- `Context.clear_samplers` method
- `Framebuffer.read` and `Framebuffer.read_into` now accepts `attachment=-1` to read the depth attachment
- `Texture.compare_func` property
- `Texture.anisotropy` property
- docs and tests
### Fixed
- missing `ComputeShader` uniforms and uniform blocks
- wrong `DrawBuffer` call when clearing the screen
- reading depth values from textures
- broken compare functions
## [5.3.0](https://github.com/moderngl/moderngl/compare/5.2.1...5.3.0) - 2018-06-27
### Added
- `index_element_size` parameter for `Context.vertex_array` and `Context.simple_vertex_array`
### Fixed
- comapre fuctions
## [5.2.1](https://github.com/moderngl/moderngl/compare/5.2.0...5.2.1) - 2018-05-10
### Fixed
- markdown readme issues
## [5.2.0](https://github.com/moderngl/moderngl/compare/5.1.0...5.2.0) - 2018-05-10
### Added
- `Context.core_profile_check` method
- `GL_CONTEXT_PROFILE_MASK` to `Context.info`
- `GL_PATCHES` constant for drawing patches
- getter and setter for `GL_PATCH_VERTICES`
- markdown readme
### Fixed
- tesselation control and tesselation evaluation shader being swapped when creating a program
## [5.1.0](https://github.com/moderngl/moderngl/compare/5.0.7...5.1.0) - 2018-04-28
### Added
- offset and size parameter to `Buffer.bind_to_uniform_block`
- offset and size parameter to `Buffer.bind_to_storage_buffer`
- `GL_UNIFORM_BUFFER_OFFSET_ALIGNMENT` to `Context.info`
## [5.0.7](https://github.com/moderngl/moderngl/compare/5.0.6...5.0.7) - 2018-04-08
### Fixed
- minor bugs in Buffer Format
## [5.0.6](https://github.com/moderngl/moderngl/compare/5.0.5...5.0.6) - 2018-03-22
### Fixed
- `standalone_context` on linux [issue #173](https://github.com/moderngl/moderngl/issues/173)
## [5.0.5](https://github.com/moderngl/moderngl/compare/5.0.4...5.0.5) - 2018-03-21
### Fixed
- Standalone context on linux fails when the default display is nonzero.
## [5.0.4](https://github.com/moderngl/moderngl/compare/5.0.3...5.0.4) - 2018-03-07
### Fixed
- Standalone context on windows fails when old GPU driver is installed.
## [5.0.3](https://github.com/moderngl/moderngl/compare/5.0.2...5.0.3) - 2018-02-28
### Added
- TextureArray objects
- Indirect drawing
### Changed
- Restored Error class from ModernGL4
### Fixed
- Properly set subroutines in VertexArray render
## [5.0.2](https://github.com/moderngl/moderngl/compare/5.0.1...5.0.2) - 2018-02-20
### Fixed
- Wrong module name in some windows based wheel files
## [5.0.1](https://github.com/moderngl/moderngl/compare/5.0.0...5.0.1) - 2018-02-19
### Fixed
- Build errors and warnings for older python versions
## [5.0.0](https://github.com/moderngl/moderngl/tree/5.0.0) - 2018-02-18
For more information please see: [Differences between ModernGL5 and ModernGL4](https://moderngl.readthedocs.io/en/stable/misc/mgl5_vs_mgl4.html)
### Added
- Query objects
- Scope objects
- Conditional Rendering
- New `RASTERIZER_DISCARD` enable flag
- Context fbo attribute
- Context depth_func and blend_func
- Depth Texture compare_func
### Changed
- Most of the constants became integers
- Renamed `default_framebuffer` to `screen` and always points to framebuffer 0
- VertexArray's buffer formats
- Program creation
- Program members
- Replace floats parameter with dtype
### Removed
- Classes and methods that are no longer needed
## [4.2.2](https://github.com/moderngl/moderngl/compare/4.2.1...4.2.2) - 2018-01-06
### Added
- Program.\_\_getitem\_\_ returns Uniforms, UniformBuffers, Attributes and Varyings
## [4.2.1](https://github.com/moderngl/moderngl/compare/4.2.0...4.2.1) - 2017-11-25
### Added
- UniformMap.get, AttributeMap.get, ... methods
### Fixed
- Context.info `GL_MAX_COMPUTE_WORK_GROUP_COUNT` value
- Missing TextureCube class
- Buffer.clear return type hint
## [4.2.0](https://github.com/moderngl/moderngl/compare/4.1.12...4.2.0) - 2017-10-17
### Added
- Default framebuffer bits attribute
- Context.detect_framebuffer
- Support reserving buffers with human readable sizes
### Fixed
- Standalone context on linux requires 24 bits for the depth buffer at least
- Bound framebuffer reference count
## [4.1.12](https://github.com/moderngl/moderngl/compare/4.1.11...4.1.12) - 2017-08-22
### Added
- TextureCube class and Context `texture_cube` method
- Context `enable_only` method
### Changed
- Enable flags support bitwise `__or__`, `__and__` and `__inv__`
- Framebuffer does not create a Renderbuffer when the depth_attachment is None
### Removed
- `ModernGL.MULTISAMPLE` constant
- Version class and Version constants
### Fixed
- Texture3D created with wrong type
## [4.1.11](https://github.com/moderngl/moderngl/compare/4.1.10...4.1.11) - 2017-07-02
### Added
- Context `front_face` attribute
### Fixed
- VertexArray `program` member type
- Context `viewport` attribute missing `tuple` cast
- Misplaced `GL_MAX_SHADER_STORAGE_BUFFER_BINDINGS`
- Compile warnings (strict-prototypes)
- Initial value of `wireframe`
## [4.1.10](https://github.com/moderngl/moderngl/compare/4.1.9...4.1.10) - 2017-06-23
### Added
- Documentation improvements
- Context `max_samples` attribute
### Fixed
- Validate the number of samples using wrong values
## [4.1.9](https://github.com/moderngl/moderngl/compare/4.1.8...4.1.9) - 2017-06-23
### Added
- Context `info` attribute
- Support Textures in `copy_framebuffer`
- Texture `floats` attribute
### Fixed
- 3D texture `depth` attribute type
## [4.1.8](https://github.com/moderngl/moderngl/compare/4.1.7...4.1.8) - 2017-06-19
### Added
- 3D texture support (`Texture3D` class and Context `texture3d` method)
- Context `max_integer_samples` attribute
- Fallback display for linux
### Removed
- Unused texture's `read` method's `viewport` parameter
### Fixed
- Broken framebuffer `color_attachments` attribute
- Segmentation fault when creating a texture using string data by mistake
- Validate Renderbuffer and Texture samples
## [4.1.7](https://github.com/moderngl/moderngl/compare/4.1.6...4.1.7) - 2017-06-13
### Added
- Uniform `read` and `write` methods
- `write_offset` parameter for the `read_into` methods
- Read framebuffer's pixels to a buffer
- Read texture's pixels to a buffer
- Write texture's from a buffer
- Pixel Buffer Object
### Fixed
- Default framebuffer wrong drawbuffers
- Framebuffer non zero viewport settings
- Uniform setter error messages
## [4.1.6](https://github.com/moderngl/moderngl/compare/4.1.5...4.1.6) - 2017-06-12
### Fixed
- Broken uniform setter in 4.1.5
## [4.1.5](https://github.com/moderngl/moderngl/compare/4.1.4...4.1.5) - 2017-06-09
### Fixed
- Modifying framebuffer properties has no effect unless the framebuffer is explicitly bound
## [4.1.4](https://github.com/moderngl/moderngl/compare/4.1.3...4.1.4) - 2017-06-07
### Added
- Framebuffer `color_mask` attribute
- Framebuffer `depth_mask` attribute
- Framebuffer `viewport` attribute
### Fixed
- `copy_framebuffer` using `default_framebuffer`
- Failing `__repr__` in VertexArrays
### Changed
- Framebuffer methods do not affect the bound framebuffer
### Removed
- Invalid texture sampling parameters for multisample textures
- Invalid texture sampling parameters for depth textures
## [4.1.3](https://github.com/moderngl/moderngl/compare/4.1.2...4.1.3) - 2017-06-04
### Added
- TextureFilter and TextureWrap classes and constants
- Texture `build_mipmaps` method
- Texture `repeat_x`, `repeat_y` and `filter` attributes
- Texture `swizzle` getter
## [4.1.2](https://github.com/moderngl/moderngl/compare/4.1.1...4.1.2) - 2017-05-31
### Added
- Read any color attachments of the Framebuffer
- Framebuffer, Buffer, BufferAccess and Texture `read_into` method
- `__slots__` for ModernGL classes
- Framebuffer read different color attachments
- Tkinter connector for windows using ctypes
### Fixed
- Multiple render targets
- Non-float renderbuffers are not readable
- Buffer `read` keyword only `offset` argument
### Changed
- `Context.renderbuffer` will use `floats=False` by default
- `bind_to_uniform_block` `location` parameter was renamed to `binding`
- `bind_to_storage_buffer` `location` parameter was renamed to `binding`
## [4.1.1](https://github.com/moderngl/moderngl/compare/4.1.0...4.1.1) - 2017-05-27
### Added
- UniformBlock `binding` and `size` attribute
- Framebuffer `width`, `height` and `samples` attribute
- Texture `swizzle` attribute
- Context `error` attribute
- OpenGL objects as `glo` attributes
- Buffer `clear()` method
- Missing `release()` methods
- Iterable program member maps
- Human readable program members
- Pixel pack and unpack alignments
- Subroutines
### Removed
- UniformBlock `array_size` and `location` attribute
- VertexArrayAttribute `default` attribute
### Fixed
- BufferAccess unused `offset` parameter
- Binding buffer to a UniformBlock
- Broken RTD docs
## [4.1.0](https://github.com/moderngl/moderngl/compare/4.0.0...4.1.0) - 2017-05-24
### Added
- Exception handling when importing the implementation
- Standalone context on **linux** and **mac** with fallback mechanism
- Require version at context creation
- Context `version_code` property
- Framebuffer `clear()` method
### Changed
- Context `clear()` method accepts floats
### Removed
- Required `-std=c++11` for **linux** and **mac**
- ModernGL `VERSION` constant
## Fixed
- `Framebuffer` and `Texture` can have uninitialized x, y values
- Uniform setters
## [4.0.0](https://github.com/moderngl/moderngl/tree/4.0.0) - 2017-05-20
### Added
- Full linting support
- Restructure docs
- Examples in docs
- pep8 style
- VSCode snippets
- Changelog
### Changed
- Wrap the C/C++ module with a pure python module
- Rename internal module to avoid ambiguosity
- Rename class like members from the Context class
## [3.1.5](https://github.com/moderngl/moderngl/compare/3.1.0...3.1.5) - 2017-05-07
### Added
- Standalone ModernGL context
- Sphinx generated docs
- Linting with pylint mock file
- Mac OSX support
## [3.1.0](https://github.com/moderngl/moderngl/tree/3.1.0) - 2017-03-01
### Added
- Wrapping OpenGL objects with python types
### Changed
- Improved Linux support
### Removed
- Direct access to OpenGL objects
## [2.4.1](https://github.com/moderngl/moderngl/tree/2.4.1) - 2016-08-30
### Added
- setup.py and PyPI compatible packaging
- Direct access to OpenGL objects
- Linux support
## 1.0.0 - 2016-03-03
- It was a tool for me to develop games in python
moderngl-moderngl-773b733/LICENSE 0000664 0000000 0000000 00000002103 14704200620 0016403 0 ustar 00root root 0000000 0000000 MIT License
Copyright (c) 2017-2024 Szabolcs Dombi, Einar Forselv
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
moderngl-moderngl-773b733/MANIFEST.in 0000664 0000000 0000000 00000000110 14704200620 0017130 0 ustar 00root root 0000000 0000000 recursive-include src *.cpp *.hpp *.h
include README.md
include LICENSE
moderngl-moderngl-773b733/README.md 0000664 0000000 0000000 00000015176 14704200620 0016673 0 ustar 00root root 0000000 0000000
[](#readme)
# ModernGL
ModernGL is a Python wrapper over OpenGL Core. ModernGL simplifies the creation of graphics applications like scientific simulations, games or user interfaces.
Usually, acquiring in-depth knowledge of OpenGL requires a steep learning curve. In contrast, ModernGL is easy to learn and use.
ModernGL is capable of rendering with high performance and quality, with less code written.
```
pip install moderngl
```
- [Documentation](https://moderngl.readthedocs.io/)
- [Examples](https://github.com/moderngl/moderngl/tree/master/examples/#readme)
- [ModernGL on Github](https://github.com/moderngl/moderngl/)
- [ModernGL on PyPI](https://pypi.org/project/ModernGL/)
- [ModernGL Discord Server](https://discord.gg/UEMtW8D)
## Extras
### [glcontext](https://github.com/moderngl/glcontext) - Headless Context Creation
```
pip install moderngl[headless]
```
### [moderngl-window](https://github.com/moderngl/moderngl-window) - Window Creation and Resource Loading
```
pip install moderngl-window
```
## Features
- GPU accelerated high quality graphics
- Rendering modern OpenGL scenes with less headache
- Simpler and faster than PyOpenGL
- Can render without a window
- 100% Pythonic
## Sample usage
```py
>>> import moderngl
>>> ctx = moderngl.get_context()
>>> buf = ctx.buffer(b"Hello World!") # allocated on the GPU
>>> buf.read()
b'Hello World!'
```
For complete examples please visit the [Examples](https://github.com/moderngl/moderngl/tree/master/examples/#readme).
## Easy to use with Pillow
```py
>>> img = Image.open("texture.jpg").convert("RGB")
>>> ctx.texture(img.size, 3, img.tobytes())
```
## Easy to use with Numpy
```py
>>> ctx.buffer(np.array([0.0, 0.0, 1.0, 1.0], dtype="f4"))
```
## Compared to PyOpenGL
With PyOpenGL, using the original OpenGL API, you have to write three lines to
achieve a simple task like binding a VBO:
```py
vbo1 = GL.glGenBuffers(1)
GL.glBindBuffer(GL.GL_ARRAY_BUFFER, vbo1)
GL.glBufferData(GL.GL_ARRAY_BUFFER, b"Hello World!", GL.GL_STATIC_DRAW)
vbo2 = GL.glGenBuffers(1)
GL.glBindBuffer(GL.GL_ARRAY_BUFFER, vbo2)
GL.glBufferData(GL.GL_ARRAY_BUFFER, None, GL.GL_DYNAMIC_DRAW)
```
With ModernGL you need just one simple line per VBO to achieve the same results:
```py
vbo1 = ctx.buffer(b"Hello World!")
vbo2 = ctx.buffer(reserve=1024, dynamic=True)
```
## Development
```
git clone git@github.com:moderngl/moderngl.git
cd moderngl
python -m pip install -e .
```
## Using GLSL in ModernGL
GLSL (OpenGL Shading Language) is integral for shader programming using the ModernGL library. It allows developers to execute code on the GPU, enhancing graphics rendering performance. This concise introduction covers the core concepts necessary for starting with GLSL in ModernGL.
Data Types
GLSL offers standard data types similar to C, including int, float, double, and bool, as well as graphics-specific types like vectors (vec2, vec3, vec4) and matrices (mat2, mat3, mat4) for efficient graphics computations.
Inputs and Outputs
```
Attributes: Per-vertex data passed to the vertex shader. Commonly used for positions, normals, and texture coordinates.
Varyings: Interpolated data passed from the vertex to the fragment shader, such as colors or texture coordinates.
Output: Fragment shader's output, typically the color of the pixel (fragColor).
```
Uniforms
Uniforms are global variables declared in shaders, constant for all vertices or fragments for a single draw call. They're ideal for passing data from your application, like transformation matrices or material properties, to the shader.
Shader Types
```
Vertex Shader: Processes each vertex's attributes. It's the first stage in the shader pipeline, used for transformations and passing data to the fragment shader.
Fragment Shader: Calculates the color of each pixel. It uses data interpolated from the vertex shader to apply textures, lighting, and color.
Geometry Shader: Processes primitives (points, lines, triangles) formed by vertices from the vertex shader. It can add or remove vertices from the primitive.
Tessellation Shaders: Control the tessellation of patches, allowing for smoother geometries at varying distances.
Compute Shader: Handles general-purpose computing tasks not directly related to rendering images, like physics simulations or post-processing effects.
```
Example
```
glsl
// Vertex Shader
#version 330 core
in vec3 position;
uniform mat4 modelViewProjection;
void main() {
gl_Position = modelViewProjection * vec4(position, 1.0);
}
// Fragment Shader
#version 330 core
out vec4 fragColor;
void main() {
fragColor = vec4(1.0); // Set pixel color to white
}
```
This basic example demonstrates a vertex shader transforming vertex positions with a matrix and a fragment shader setting the color of each pixel to white.
## Notes
ModernGL may be faster than other libraries providing direct OpenGL access.
ModernGL is implemented in C++ and a single render call involving multiple OpenGL functions count as a single Python function call.
ModernGL require **OpenGL 3.3**. Compute Shaders require **OpenGL 4.3**.
Some functionality relies on specific extensions.
ModernGL can be used **anywhere where OpenGL is supported.** ModernGL is also working in a [headless](examples/headless) environment.
ModernGL is responsible for calling the OpenGL API and providing a Pythonic user-friendly API instead.
It is possible to integrate moderngl into any window libraries that support OpenGL.
Consider [moderngl-window](https://github.com/moderngl/moderngl-window) which implements many of them, plus it also helps with resource loading.
ModernGL does not implement the full OpenGL feature set or extensions. You can interact with the ModernGL objects from OpenGL.
## Citation
If you need to cite this repository in academic research:
```txt
@Online{Dombi2020,
author = {Szabolcs Dombi},
title = {ModernGL, high performance python bindings for OpenGL 3.3+},
date = {2020-05-01},
publisher = {GitHub},
journal = {GitHub repository},
howpublished = {\url{https://github.com/moderngl/moderngl}},
commit = {}
}
```
The commit hash can be found in the [Releases](https://github.com/moderngl/moderngl/releases).
## Community
- [ModernGL Discord Server](https://discord.gg/UEMtW8D)
- [Contributors](https://github.com/moderngl/moderngl/graphs/contributors)
moderngl-moderngl-773b733/_moderngl.py 0000664 0000000 0000000 00000052605 14704200620 0017732 0 ustar 00root root 0000000 0000000 import struct
from typing import Any, Dict, List, Tuple
class Attribute:
def __init__(self):
self.gl_type = None
self.program_obj = None
self.scalar_type = None
self.rows_length = None
self.row_length = None
self.normalizable = None
self.location = None
self.array_length = None
self.dimension = None
self.shape = None
self.name = None
self.extra = None
def __repr__(self):
return f""
@property
def mglo(self):
return self
class Uniform:
def __init__(self):
self.program_obj = None
self.gl_type = None
self.fmt = None
self.location = None
self.array_length = None
self.element_size = None
self.dimension = None
self.name = None
self.matrix = None
self.ctx = None
self.extra = None
def __repr__(self):
return f""
@property
def mglo(self):
return self
@property
def value(self):
data = self.read()
if self.array_length > 1:
if self.dimension > 1:
return [
struct.unpack(self.fmt, data[i * self.element_size : i * self.element_size + self.element_size])
for i in range(self.array_length)
]
else:
return [
struct.unpack(self.fmt, data[i * self.element_size : i * self.element_size + self.element_size])[0]
for i in range(self.array_length)
]
elif self.dimension > 1:
return struct.unpack(self.fmt, data)
else:
return struct.unpack(self.fmt, data)[0]
@value.setter
def value(self, value):
if self.array_length > 1:
if self.dimension > 1:
data = b"".join(struct.pack(self.fmt, *row) for row in value)
else:
data = b"".join(struct.pack(self.fmt, item) for item in value)
elif self.dimension > 1:
data = struct.pack(self.fmt, *value)
else:
data = struct.pack(self.fmt, value)
self.write(data)
@property
def handle(self):
raise NotImplementedError
@handle.setter
def handle(self, value):
return self.ctx._set_uniform_handle(self.program_obj, self.location, value)
def read(self):
return self.ctx._read_uniform(
self.program_obj, self.location, self.gl_type, self.array_length, self.element_size
)
def write(self, data: Any):
self.ctx._write_uniform(
self.program_obj, self.location, self.gl_type, self.array_length, self.element_size, data,
)
class UniformBlock:
def __init__(self):
self.program_obj = None
self.index = None
self.size = None
self.name = None
self.ctx = None
self.extra = None
def __repr__(self):
return f""
@property
def mglo(self):
return self
@property
def binding(self):
return self.ctx._get_ubo_binding(self.program_obj, self.index)
@binding.setter
def binding(self, binding):
self.ctx._set_ubo_binding(self.program_obj, self.index, binding)
@property
def value(self):
return self.ctx._get_ubo_binding(self.program_obj, self.index)
@value.setter
def value(self, value):
self.ctx._set_ubo_binding(self.program_obj, self.index, value)
class StorageBlock:
def __init__(self):
self.program_obj = None
self.index = None
self.name = None
self.ctx = None
self.extra = None
def __repr__(self):
return f""
@property
def mglo(self):
return self
@property
def binding(self):
return self.ctx._get_storage_block_binding(self.program_obj, self.index)
@binding.setter
def binding(self, binding):
self.ctx._set_storage_block_binding(self.program_obj, self.index, binding)
@property
def value(self):
return self.ctx._get_storage_block_binding(self.program_obj, self.index)
@value.setter
def value(self, value):
self.ctx._set_storage_block_binding(self.program_obj, self.index, value)
class Subroutine:
def __init__(self):
self.index = None
self.name = None
self.extra = None
def __repr__(self):
return f""
@property
def mglo(self):
return self
class Varying:
def __init__(self):
self.number = None
self.array_length = None
self.dimension = None
self.name = None
self.extra = None
def __repr__(self):
return f""
@property
def mglo(self):
return self
class DefaultLoader:
def __init__(self):
import ctypes
import sys
def funcptr(lib, name):
return ctypes.cast(getattr(lib, name, 0), ctypes.c_void_p).value or 0
if sys.platform.startswith("win"):
lib = ctypes.WinDLL("opengl32.dll")
proc = ctypes.cast(lib.wglGetProcAddress, ctypes.WINFUNCTYPE(ctypes.c_ulonglong, ctypes.c_char_p))
if not lib.wglGetCurrentContext():
raise RuntimeError("Cannot detect window with OpenGL support")
def loader(name):
return proc(name.encode()) or funcptr(lib, name)
elif sys.platform.startswith("linux"):
try:
lib = ctypes.CDLL("libEGL.so")
proc = ctypes.cast(lib.eglGetProcAddress, ctypes.CFUNCTYPE(ctypes.c_ulonglong, ctypes.c_char_p))
if not lib.eglGetCurrentContext():
raise RuntimeError("Cannot detect window with OpenGL support")
def loader(name):
return proc(name.encode())
except:
lib = ctypes.CDLL("libGL.so")
proc = ctypes.cast(lib.glXGetProcAddress, ctypes.CFUNCTYPE(ctypes.c_ulonglong, ctypes.c_char_p))
if not lib.glXGetCurrentContext():
raise RuntimeError("Cannot detect window with OpenGL support")
def loader(name):
return proc(name.encode()) or funcptr(lib, name)
elif sys.platform.startswith("darwin"):
lib = ctypes.CDLL("/System/Library/Frameworks/OpenGL.framework/OpenGL")
def loader(name):
return funcptr(lib, name)
elif sys.platform.startswith("emscripten"):
lib = ctypes.CDLL(None)
def loader(name):
return funcptr(lib, name)
elif sys.platform.startswith("wasi"):
lib = ctypes.CDLL(None)
def loader(name):
return funcptr(lib, name)
self.load_opengl_function = loader
def __enter__(self):
pass
def __exit__(self, *args):
pass
def release(self):
pass
class Error(Exception):
pass
ATTRIBUTE_LOOKUP_TABLE = {
0x1404: (1, 0x1404, 1, 1, False, "i"),
0x8B53: (2, 0x1404, 1, 2, False, "i"),
0x8B54: (3, 0x1404, 1, 3, False, "i"),
0x8B55: (4, 0x1404, 1, 4, False, "i"),
0x1405: (1, 0x1405, 1, 1, False, "i"),
0x8DC6: (2, 0x1405, 1, 2, False, "i"),
0x8DC7: (3, 0x1405, 1, 3, False, "i"),
0x8DC8: (4, 0x1405, 1, 4, False, "i"),
0x1406: (1, 0x1406, 1, 1, True, "f"),
0x8B50: (2, 0x1406, 1, 2, True, "f"),
0x8B51: (3, 0x1406, 1, 3, True, "f"),
0x8B52: (4, 0x1406, 1, 4, True, "f"),
0x140A: (1, 0x140A, 1, 1, False, "d"),
0x8FFC: (2, 0x140A, 1, 2, False, "d"),
0x8FFD: (3, 0x140A, 1, 3, False, "d"),
0x8FFE: (4, 0x140A, 1, 4, False, "d"),
0x8B5A: (4, 0x1406, 2, 2, True, "f"),
0x8B65: (6, 0x1406, 2, 3, True, "f"),
0x8B66: (8, 0x1406, 2, 4, True, "f"),
0x8B67: (6, 0x1406, 3, 2, True, "f"),
0x8B5B: (9, 0x1406, 3, 3, True, "f"),
0x8B68: (12, 0x1406, 3, 4, True, "f"),
0x8B69: (8, 0x1406, 4, 2, True, "f"),
0x8B6A: (12, 0x1406, 4, 3, True, "f"),
0x8B5C: (16, 0x1406, 4, 4, True, "f"),
0x8F46: (4, 0x140A, 2, 2, False, "d"),
0x8F49: (6, 0x140A, 2, 3, False, "d"),
0x8F4A: (8, 0x140A, 2, 4, False, "d"),
0x8F4B: (6, 0x140A, 3, 2, False, "d"),
0x8F47: (9, 0x140A, 3, 3, False, "d"),
0x8F4C: (12, 0x140A, 3, 4, False, "d"),
0x8F4D: (8, 0x140A, 4, 2, False, "d"),
0x8F4E: (12, 0x140A, 4, 3, False, "d"),
0x8F48: (16, 0x140A, 4, 4, False, "d"),
}
UNIFORM_LOOKUP_TABLE = {
0x8B56: (False, 1, 4, "1i"),
0x8B57: (False, 2, 8, "2i"),
0x8B58: (False, 3, 12, "3i"),
0x8B59: (False, 4, 16, "4i"),
0x1404: (False, 1, 4, "1i"),
0x8B53: (False, 2, 8, "2i"),
0x8B54: (False, 3, 12, "3i"),
0x8B55: (False, 4, 16, "4i"),
0x1405: (False, 1, 4, "1I"),
0x8DC6: (False, 2, 8, "2I"),
0x8DC7: (False, 3, 12, "3I"),
0x8DC8: (False, 4, 16, "4I"),
0x1406: (False, 1, 4, "1f"),
0x8B50: (False, 2, 8, "2f"),
0x8B51: (False, 3, 12, "3f"),
0x8B52: (False, 4, 16, "4f"),
0x140A: (False, 1, 8, "1d"),
0x8FFC: (False, 2, 16, "2d"),
0x8FFD: (False, 3, 24, "3d"),
0x8FFE: (False, 4, 32, "4d"),
0x8B5D: (False, 1, 4, "1i"),
0x8DC0: (False, 1, 4, "1i"),
0x8DC9: (False, 1, 4, "1i"),
0x8DCE: (False, 1, 4, "1i"),
0x8B5E: (False, 1, 4, "1i"),
0x8DCA: (False, 1, 4, "1i"),
0x8DD2: (False, 1, 4, "1i"),
0x8DC1: (False, 1, 4, "1i"),
0x8DCF: (False, 1, 4, "1i"),
0x8DD7: (False, 1, 4, "1i"),
0x8B5F: (False, 1, 4, "1i"),
0x8DCB: (False, 1, 4, "1i"),
0x8DD3: (False, 1, 4, "1i"),
0x8B62: (False, 1, 4, "1i"),
0x9108: (False, 1, 4, "1i"),
0x9109: (False, 1, 4, "1i"),
0x910A: (False, 1, 4, "1i"),
0x910B: (False, 1, 4, "1i"),
0x910C: (False, 1, 4, "1i"),
0x910D: (False, 1, 4, "1i"),
0x8B60: (False, 1, 4, "1i"),
0x8DCC: (False, 1, 4, "1i"),
0x8DD4: (False, 1, 4, "1i"),
0x904D: (False, 1, 4, "1i"),
0x8B5A: (True, 4, 16, "4f"),
0x8B65: (True, 6, 24, "6f"),
0x8B66: (True, 8, 32, "8f"),
0x8B67: (True, 6, 24, "6f"),
0x8B5B: (True, 9, 36, "9f"),
0x8B68: (True, 12, 48, "12f"),
0x8B69: (True, 8, 32, "8f"),
0x8B6A: (True, 12, 48, "12f"),
0x8B5C: (True, 16, 64, "16f"),
0x8F46: (True, 4, 32, "4d"),
0x8F49: (True, 6, 48, "6d"),
0x8F4A: (True, 8, 64, "8d"),
0x8F4B: (True, 6, 48, "6d"),
0x8F47: (True, 9, 72, "9d"),
0x8F4C: (True, 12, 96, "12d"),
0x8F4D: (True, 8, 64, "8d"),
0x8F4E: (True, 12, 96, "12d"),
0x8F48: (True, 16, 128, "16d"),
}
def make_attribute(name, gl_type, program_obj, location, array_length):
tmp = ATTRIBUTE_LOOKUP_TABLE.get(gl_type, (1, 0, 1, 1, False, "?"))
dimension, scalar_type, rows_length, row_length, normalizable, shape = tmp
rows_length *= array_length
res = Attribute()
res.gl_type = gl_type
res.program_obj = program_obj
res.scalar_type = scalar_type
res.rows_length = rows_length
res.row_length = row_length
res.normalizable = normalizable
res.location = location
res.array_length = array_length
res.dimension = dimension
res.shape = shape
res.name = name
return res
def make_uniform(name, gl_type, program_obj, location, array_length, ctx):
tmp = UNIFORM_LOOKUP_TABLE.get(gl_type, (False, 1, 4, "1i"))
matrix, dimension, element_size, fmt = tmp
res = Uniform()
res.name = name
res.gl_type = gl_type
res.fmt = fmt
res.program_obj = program_obj
res.location = location
res.array_length = array_length
res.matrix = matrix
res.dimension = dimension
res.element_size = element_size
res.ctx = ctx
return res
def make_uniform_block(name, program_obj, index, size, ctx):
res = UniformBlock()
res.name = name
res.program_obj = program_obj
res.index = index
res.size = size
res.ctx = ctx
return res
def make_storage_block(name, program_obj, index, ctx):
res = StorageBlock()
res.name = name
res.program_obj = program_obj
res.index = index
res.ctx = ctx
return res
def make_subroutine(name, index):
res = Subroutine()
res.name = name
res.index = index
return res
def make_varying(name, number, array_length, dimension):
res = Varying()
res.number = number
res.name = name
res.array_length = array_length
res.dimension = dimension
return res
class Spv:
INT32 = 1 << 0
INT64 = 1 << 1
UINT32 = 1 << 2
UINT64 = 1 << 3
FLOAT32 = 1 << 4
FLOAT64 = 1 << 5
VEC2 = 1 << 10
VEC3 = 1 << 11
VEC4 = 1 << 12
MAT2 = 1 << 20
MAT3 = 1 << 21
MAT4 = 1 << 22
NONE = 0
UNKNOWN = 1 << 30
TRANSLATION_TABLE_SPIRV_GLSL = {
Spv.INT32: 0x1404,
Spv.INT32 | Spv.VEC2: 0x8B53,
Spv.INT32 | Spv.VEC3: 0x8B54,
Spv.INT32 | Spv.VEC4: 0x8B55,
Spv.UINT32: 0x1405,
Spv.UINT32 | Spv.VEC2: 0x8DC6,
Spv.UINT32 | Spv.VEC3: 0x8DC7,
Spv.UINT32 | Spv.VEC4: 0x8DC8,
Spv.FLOAT32: 0x1406,
Spv.FLOAT32 | Spv.VEC2: 0x8B50,
Spv.FLOAT32 | Spv.VEC3: 0x8B51,
Spv.FLOAT32 | Spv.VEC4: 0x8B52,
Spv.FLOAT64: 0x140A,
Spv.FLOAT64 | Spv.VEC2: 0x8FFC,
Spv.FLOAT64 | Spv.VEC3: 0x8FFD,
Spv.FLOAT64 | Spv.VEC4: 0x8FFE,
Spv.FLOAT32 | Spv.VEC2 | Spv.MAT2: 0x8B5A,
Spv.FLOAT32 | Spv.VEC3 | Spv.MAT2: 0x8B65,
Spv.FLOAT32 | Spv.VEC4 | Spv.MAT2: 0x8B66,
Spv.FLOAT32 | Spv.VEC2 | Spv.MAT3: 0x8B67,
Spv.FLOAT32 | Spv.VEC3 | Spv.MAT3: 0x8B5B,
Spv.FLOAT32 | Spv.VEC4 | Spv.MAT3: 0x8B68,
Spv.FLOAT32 | Spv.VEC2 | Spv.MAT4: 0x8B69,
Spv.FLOAT32 | Spv.VEC3 | Spv.MAT4: 0x8B6A,
Spv.FLOAT32 | Spv.VEC4 | Spv.MAT4: 0x8B5C,
Spv.FLOAT64 | Spv.VEC2 | Spv.MAT2: 0x8F46,
Spv.FLOAT64 | Spv.VEC3 | Spv.MAT2: 0x8F49,
Spv.FLOAT64 | Spv.VEC4 | Spv.MAT2: 0x8F4A,
Spv.FLOAT64 | Spv.VEC3 | Spv.MAT2: 0x8F4B,
Spv.FLOAT64 | Spv.VEC3 | Spv.MAT3: 0x8F47,
Spv.FLOAT64 | Spv.VEC4 | Spv.MAT3: 0x8F4C,
Spv.FLOAT64 | Spv.VEC2 | Spv.MAT4: 0x8F4D,
Spv.FLOAT64 | Spv.VEC3 | Spv.MAT4: 0x8F4E,
Spv.FLOAT64 | Spv.VEC4 | Spv.MAT4: 0x8F48,
}
def parse_spv_inputs(program: int, spv: bytes) -> Dict[int, Attribute]:
ui32 = struct.Struct("I")
token = lambda i: ui32.unpack(spv[i * 4 : i * 4 + 4])[0]
num_tokens = len(spv) // 4
if token(0) != 0x07230203 or len(spv) % 4 != 0:
raise ValueError("invalid spv")
idx = 5
extracted_names: Dict[int, str] = {} # id : name
extracted_storage_class_id: Dict[int, int] = {} # id : storage_class_id
extracted_constants: Dict[int, Tuple[int, bytes]] = {} # const_id : (type_id, content)
pointer_variable: Dict[int, int] = {} # id : pointer_type_id
pointer_allowed_types: Dict[int, int] = {} # pointer_type_id : type_id
allowed_types: Dict[int, Tuple[int, int, int, int]] = {} # type_id : (spv_type, type_id, arr_const_id, arr_length)
extracted_types: Dict[int, Tuple[int, int]] = {} # id : (spv_type, arr_length)
extracted_location: Dict[int, int] = {} # id : location
while idx < num_tokens:
args, opcode = token(idx) >> 16, token(idx) & 0xFFFF
if opcode == 5: # OpName
# We can extract the name of some ids
name_start, name_end = (idx + 2) * 4, (idx + args) * 4
extracted_names[token(idx + 1)] = spv[name_start:name_end].rstrip(b"\x00").decode()
if opcode == 59: # OpVariable
# We can extract if it is a vertex shader input or not
extracted_storage_class_id[token(idx + 2)] = token(idx + 3)
# Mapping pointer_type_id to id of user variables
pointer_variable[token(idx + 2)] = token(idx + 1)
if opcode == 71: # OpDecorate
# We can extract the location here
extracted_location[token(idx + 1)] = token(idx + 3)
if opcode == 32: # OpTypePointer
# Retrieving used (allowed) type_ids for pointer_type_ids
pointer_allowed_types[token(idx + 1)] = token(idx + 3)
if opcode == 21: # OpTypeInt
unsg, bsz = token(idx + 3), token(idx + 2) // 8
to_write = Spv.UNKNOWN
if unsg == 1:
if bsz == 4:
to_write = Spv.UINT32
elif bsz == 8:
to_write = Spv.UINT64
else:
if bsz == 4:
to_write = Spv.INT32
elif bsz == 8:
to_write = Spv.INT64
allowed_types[token(idx + 1)] = (to_write, -1, -1, -1)
if opcode == 22: # OpTypeFloat
to_write = Spv.UNKNOWN
bsz = token(idx + 2) // 8
if bsz == 4:
to_write = Spv.FLOAT32
elif bsz == 8:
to_write = Spv.FLOAT64
allowed_types[token(idx + 1)] = (to_write, -1, -1, -1)
if opcode == 23: # OpTypeVector
to_write = Spv.UNKNOWN
vsz = token(idx + 3)
if vsz == 2:
to_write = Spv.VEC2
elif vsz == 3:
to_write = Spv.VEC3
elif vsz == 4:
to_write = Spv.VEC4
allowed_types[token(idx + 1)] = (to_write, token(idx + 2), -1, -1)
if opcode == 24: # OpTypeMatrix
to_write = Spv.UNKNOWN
msz = token(idx + 3)
if msz == 2:
to_write = Spv.MAT2
elif msz == 3:
to_write = Spv.MAT3
elif msz == 4:
to_write = Spv.MAT4
allowed_types[token(idx + 1)] = (to_write, token(idx + 2), -1, -1)
if opcode == 28: # OpTypeArray
allowed_types[token(idx + 1)] = (Spv.NONE, token(idx + 2), token(idx + 3), -1)
if opcode == 43: # OpConstant
# OpConstant is needed to extract the length of arrays
# However, it can be used for other purposes
content_start, content_end = (idx + 3) * 4, (idx + args) * 4
extracted_constants[token(idx + 2)] = (token(idx + 1), spv[content_start:content_end])
idx += args
# Assembly types
# Some types of variables have pointers to other types of variables used in them.
# So we use endless research to identify complete types of variables.
def decode_constant(const_id):
type_id, content = extracted_constants[const_id]
typ, _ = assembly(type_id)
if typ == Spv.INT32:
return struct.unpack("i", content[:4])[0]
elif typ == Spv.INT64:
return struct.unpack("q", content[:8])[0]
elif typ == Spv.UINT32:
return struct.unpack("I", content[:4])[0]
elif typ == Spv.UINT64:
return struct.unpack("Q", content[:8])[0]
elif typ == Spv.FLOAT32:
return struct.unpack("f", content[:4])[0]
elif typ == Spv.FLOAT64:
return struct.unpack("d", content[:8])[0]
else:
return 0
def assembly(type_id):
typ, thrw_typ, arr_const_id, arr_length = allowed_types[type_id]
if arr_const_id != -1 and arr_length == -1:
arr_length = decode_constant(arr_const_id)
if thrw_typ != -1:
add_typ, multi_arr_length = assembly(thrw_typ)
typ = add_typ | typ
arr_length = arr_length * multi_arr_length
allowed_types[type_id] = (typ, -1, -1, arr_length if arr_length > 0 else 1)
return typ, arr_length
for type_id in allowed_types.keys():
assembly(type_id)
for ids, pointer_type_id in pointer_variable.items():
type_id = pointer_allowed_types[pointer_type_id]
if type_id in allowed_types:
extracted_types[ids] = (allowed_types[type_id][0], allowed_types[type_id][3])
# Making a whole list
exrtacted_general_ids: List[int] = sorted(
set(
[
*extracted_location.keys(),
*extracted_types.keys(),
*extracted_storage_class_id.keys(),
*extracted_names.keys(),
]
)
)
extracted_collected: Dict[int, Tuple[str, int, int, int, int]] = {} # id : variable_info
for ids in exrtacted_general_ids:
# to_add: Tuple[str, int, int, int] = () # name, class, type, location, arr_length
name, cls, typ, location, arr_length = "", -1, -1, -1, -1
if ids in extracted_names:
name = extracted_names[ids]
if ids in extracted_storage_class_id:
cls = extracted_storage_class_id[ids]
if ids in extracted_types:
typ, arr_length = extracted_types[ids]
if ids in extracted_location:
location = extracted_location[ids]
extracted_collected[ids] = (name, cls, typ, location, arr_length)
# Conversion to the GLSL type
for ids, item in extracted_collected.items():
if item[2] == -1 or item[2] not in TRANSLATION_TABLE_SPIRV_GLSL:
continue
extracted_collected[ids] = (item[0], item[1], TRANSLATION_TABLE_SPIRV_GLSL[item[2]], item[3], item[4])
# Cropping the data to the required output
return {
location: make_attribute(name, gltype, program, location, arr_length)
for name, cls, gltype, location, arr_length in extracted_collected.values()
if cls == 1 and location != -1 and gltype != -1
}
class InvalidObject:
pass
def resolve_includes(ctx, source):
def include(match):
name = match.group(1)
content = ctx.includes.get(name)
if content is None:
raise KeyError(f'cannot include "{name}"')
return content
import re
source = re.sub(r'#include\s+"([^"]+)"', include, source)
return source
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# -*- coding: utf-8 -*-
#
# ModernGL documentation build configuration file, created by
# sphinx-quickstart on Wed Jan 31 19:45:31 2018.
#
# This file is execfile()d with the current directory set to its
# containing dir.
#
# Note that not all possible configuration values are present in this
# autogenerated file.
#
# All configuration values have a default; values that are commented out
# serve to show the default.
# If extensions (or modules to document with autodoc) are in another directory,
# add these directories to sys.path here. If the directory is relative to the
# documentation root, use os.path.abspath to make it absolute, like shown here.
#
import os
import sys
from unittest.mock import MagicMock
# Mock modules
class Mock(MagicMock):
@classmethod
def __getattr__(cls, name):
return MagicMock()
sys.path.insert(0, os.path.abspath(".."))
sys.modules["moderngl.mgl"] = Mock()
# -- General configuration ------------------------------------------------
# If your documentation needs a minimal Sphinx version, state it here.
#
# needs_sphinx = '1.0'
# Add any Sphinx extension module names here, as strings. They can be
# extensions coming with Sphinx (named 'sphinx.ext.*') or your custom
# ones.
extensions = [
"sphinx.ext.autodoc",
"sphinx.ext.githubpages",
"sphinx.ext.napoleon",
"sphinx_copybutton",
]
# Add any paths that contain templates here, relative to this directory.
templates_path = ["_templates"]
# The suffix(es) of source filenames.
# You can specify multiple suffix as a list of string:
#
# source_suffix = ['.rst', '.md']
source_suffix = ".rst"
# The master toctree document.
master_doc = "index"
# General information about the project.
project = "ModernGL"
copyright = "2024, Szabolcs Dombi"
author = "Szabolcs Dombi"
# The version info for the project you're documenting, acts as replacement for
# |version| and |release|, also used in various other places throughout the
# built documents.
#
# The short X.Y version.
version = "5.12.0"
# The full version, including alpha/beta/rc tags.
release = "5.12.0"
# The language for content autogenerated by Sphinx. Refer to documentation
# for a list of supported languages.
#
# This is also used if you do content translation via gettext catalogs.
# Usually you set "language" from the command line for these cases.
language = "en"
# List of patterns, relative to source directory, that match files and
# directories to ignore when looking for source files.
# This patterns also effect to html_static_path and html_extra_path
exclude_patterns = ["_build", "Thumbs.db", ".DS_Store"]
# The name of the Pygments (syntax highlighting) style to use.
pygments_style = "sphinx"
# If true, `todo` and `todoList` produce output, else they produce nothing.
todo_include_todos = False
# -- Options for HTML output ----------------------------------------------
# The theme to use for HTML and HTML Help pages. See the documentation for
# a list of builtin themes.
#
# html_theme = 'sphinx_rtd_theme'
html_theme = "furo"
# Theme options are theme-specific and customize the look and feel of a theme
# further. For a list of options available for each theme, see the
# documentation.
#
# html_theme_options = {}
# Add any paths that contain custom static files (such as style sheets) here,
# relative to this directory. They are copied after the builtin static files,
# so a file named "default.css" will overwrite the builtin "default.css".
html_static_path = ["_static"]
html_logo = "_static/logo.png"
html_favicon = "_static/favicon.ico"
# -- Options for HTMLHelp output ------------------------------------------
# Output file base name for HTML help builder.
htmlhelp_basename = "ModernGLdoc"
# -- Options for LaTeX output ---------------------------------------------
latex_elements = {
# The paper size ('letterpaper' or 'a4paper').
#
# 'papersize': 'letterpaper',
# The font size ('10pt', '11pt' or '12pt').
#
# 'pointsize': '10pt',
# Additional stuff for the LaTeX preamble.
#
# 'preamble': '',
# Latex figure (float) alignment
#
# 'figure_align': 'htbp',
}
# Grouping the document tree into LaTeX files. List of tuples
# (source start file, target name, title,
# author, documentclass [howto, manual, or own class]).
latex_documents = [
(master_doc, "ModernGL.tex", "ModernGL Documentation", "Szabolcs Dombi", "manual"),
]
# -- Options for manual page output ---------------------------------------
# One entry per manual page. List of tuples
# (source start file, name, description, authors, manual section).
man_pages = [(master_doc, "moderngl", "ModernGL Documentation", [author], 1)]
# -- Options for Texinfo output -------------------------------------------
# Grouping the document tree into Texinfo files. List of tuples
# (source start file, target name, title, author,
# dir menu entry, description, category)
texinfo_documents = [
(
master_doc,
"ModernGL",
"ModernGL Documentation",
author,
"ModernGL",
"One line description of project.",
"Miscellaneous",
),
]
# def setup(app):
# app.add_css_file('css/custom.css')
moderngl-moderngl-773b733/docs/index.rst 0000664 0000000 0000000 00000000477 14704200620 0020203 0 ustar 00root root 0000000 0000000 ModernGL
========
ModernGL is a high performance rendering module for Python.
.. toctree::
:maxdepth: 2
install/index.rst
the_guide/index.rst
topics/index.rst
techniques/index.rst
reference/index.rst
Indices and tables
==================
* :ref:`genindex`
* :ref:`modindex`
* :ref:`search`
moderngl-moderngl-773b733/docs/install/ 0000775 0000000 0000000 00000000000 14704200620 0020000 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/install/index.rst 0000664 0000000 0000000 00000000143 14704200620 0021637 0 ustar 00root root 0000000 0000000
Install
=======
.. toctree::
:maxdepth: 1
installation.rst
using-moderngl-in-ci.rst
moderngl-moderngl-773b733/docs/install/installation.rst 0000664 0000000 0000000 00000006127 14704200620 0023241 0 ustar 00root root 0000000 0000000
From PyPI (pip)
---------------
ModernGL is available on PyPI for Windows, OS X and Linux as pre-built
wheels. No complication is needed unless you are setting up a
development environment.
.. code-block:: sh
$ pip install moderngl
Verify that the package is working:
.. code:: sh
$ python -m moderngl
moderngl 5.6.0
--------------
vendor: NVIDIA Corporation
renderer: GeForce RTX 2080 SUPER/PCIe/SSE2
version: 3.3.0 NVIDIA 441.87
python: 3.7.6 (tags/v3.7.6:43364a7ae0, Dec 19 2019, 00:42:30) [MSC v.1916 64 bit (AMD64)]
platform: win32
code: 330
.. Note:: If you experience issues it's probably related to context creation.
More configuration might be needed to run moderngl in some cases.
This is especially true on linux running without X. See the context section.
Development Environment
-----------------------
Ideally you want to fork the repository first.
.. code-block:: sh
# .. or clone for your fork
git clone https://github.com/moderngl/moderngl.git
cd moderngl
Building on various platforms:
* On Windows you need visual c++ build tools installed:
https://visualstudio.microsoft.com/visual-cpp-build-tools/
* On OS X you need X Code installed + command line tools
(``xcode-select --install``)
* Building on linux should pretty much work out of the box
* To compile moderngl: ``python setup.py build_ext --inplace``
Package and dev dependencies:
* Install ``requirements.txt``, ``tests/requirements.txt`` and ``docs/requirements.txt``
* Install the package in editable mode: ``pip install -e .``
Using with Mesa 3D on Windows
-----------------------------
If you have an old Graphics Card that raises errors when running moderngl, you can try using
this method, to make Moderngl work.
There are essentially two ways,
* Compiling Mesa yourselves see https://docs.mesa3d.org/install.html.
* Using msys2, which provides pre-compiled Mesa binaries.
Using MSYS2
___________
* Download and Install https://www.msys2.org/#installation
* Check whether you have 32-bit or 64-bit python.
32-bit python
+++++++++++++
If you have 32-bit python, then open ``C:\msys64\mingw32.exe`` and type the following
.. code-block:: sh
pacman -S mingw-w64-i686-mesa
It will install mesa and its dependencies. Then you can add ``C:\msys64\mingw32\bin``
to PATH before ``C:\Windows`` and moderngl should be working. Also, you should set
an environment variable called ``GLCONTEXT_WIN_LIBGL`` which contains the path to opengl32
dll from mesa. In this case it should be ``GLCONTEXT_WIN_LIBGL=C:\msys64\mingw32\bin\opengl32.dll``.
64-bit python
+++++++++++++
If you have 64-bit python, then open ``C:\msys64\mingw64.exe`` and type the following
.. code-block:: sh
pacman -S mingw-w64-x86_64-mesa
It will install mesa and it's dependencies. Then you can add ``C:\msys64\mingw64\bin`` to PATH before
``C:\Windows`` and moderngl should be working. Also, you should set an environment variable called
``GLCONTEXT_WIN_LIBGL`` which contains the path to opengl32
dll from mesa. In this case it should be ``GLCONTEXT_WIN_LIBGL=C:\msys64\mingw64\bin\opengl32.dll``
moderngl-moderngl-773b733/docs/install/using-moderngl-in-ci.rst 0000664 0000000 0000000 00000007045 14704200620 0024467 0 ustar 00root root 0000000 0000000
Using ModernGL in CI
====================
Windows CI Configuration
------------------------
ModernGL can't be run directly on Windows CI without the use of `Mesa`_. To get ModernGL running
you should first install Mesa from the `MSYS2 project`_ and adding it to the ``PATH``.
Steps
_____
1. Usually `MSYS2 project`_ should be installed by default by your CI provider in ``C:\msys64``. You
can refer `the documentation `_ on how to get it installed and make
sure to update it.
2. Then login through bash and enter ``pacman -S --noconfirm mingw-w64-x86_64-mesa``.
.. code-block:: shell
C:\msys64\usr\bin\bash -lc "pacman -S --noconfirm mingw-w64-x86_64-mesa"
This will install Mesa binary, which moderngl would be using.
3. Then add ``C:\msys64\mingw64\bin`` to ``PATH``.
.. code-block:: powershell
$env:PATH = "C:\msys64\mingw64\bin;$env:PATH"
.. warning::
Make sure to delete ``C:\msys64\mingw64\bin\python.exe`` if it exists because the python provided
by them would then be added to Global and some unexpected things may happen.
4. Then set an environment variable ``GLCONTEXT_WIN_LIBGL=C:\msys64\mingw64\bin\opengl32.dll``. This will
make glcontext use ``C:\msys64\mingw64\bin\opengl32.dll`` for opengl drivers.
5. Then you can run moderngl as you want to.
.. _Mesa: https://mesa3d.org/
.. _MSYS2 project: https://www.msys2.org/
Example Configuration
_____________________
A example configuration for Github Actions:
.. code-block:: yaml
name: Hello World
on: [push, pull_request]
jobs:
build:
runs-on: windows-latest
steps:
- uses: actions/checkout@v2
- name: Set up Python
uses: actions/setup-python@v2
with:
python-version: 3.9
- uses: msys2/setup-msys2@v2
with:
msystem: MINGW64
release: false
install: mingw-w64-x86_64-mesa
- name: Test using ModernGL
shell: pwsh
run: |
Remove-Item C:\msys64\mingw64\bin\python.exe -Force
$env:GLCONTEXT_WIN_LIBGL = "C:\msys64\mingw64\bin\opengl32.dll"
python -m pip install -r requirements.txt
python -m pytest
Linux
-----
For running ModernGL on Linux CI, you would need to configure ``xvfb`` so that it starts a Window in the background.
After that, you should be able to use ModernGL directly.
Steps
_____
1. Install ``xvfb`` from Package Manager.
.. code-block:: bash
sudo apt-get -y install xvfb
2. The run the below command, to start Xvfb from background.
.. code-block:: bash
sudo /usr/bin/Xvfb :0 -screen 0 1280x1024x24 &
3. You can run ModernGL now.
Example Configuration
_____________________
A example configuration for Github Actions:
.. code-block:: yaml
name: Hello World
on: [push, pull_request]
jobs:
build:
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v2
- name: Set up Python
uses: actions/setup-python@v2
with:
python-version: 3.9
- name: Prepare
run: |
sudo apt-get -y install xvfb
sudo /usr/bin/Xvfb :0 -screen 0 1280x1024x24 &
- name: Test using ModernGL
run: |
python -m pip install -r requirements.txt
python -m pytest
macOS
-----
You won't need any special configuration to run on macOS.
moderngl-moderngl-773b733/docs/reference/ 0000775 0000000 0000000 00000000000 14704200620 0020270 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/reference/attribute.rst 0000664 0000000 0000000 00000001745 14704200620 0023034 0 ustar 00root root 0000000 0000000 Attribute
=========
.. py:class:: Attribute
Available in :py:meth:`Program.__getitem__`
Represents a program input attribute.
.. py:attribute:: Attribute.location
:type: int
The location of the attribute.
The result of the glGetAttribLocation.
.. py:attribute:: Attribute.array_length
:type: int
If the attribute is an array the array_length is the length of the array otherwise `1`.
.. py:attribute:: Attribute.dimension
:type: int
The attribute dimension.
.. py:attribute:: Attribute.shape
:type: str
The shape is a single character, representing the scalar type of the attribute.
It is either ``'i'`` (int), ``'f'`` (float), ``'I'`` (unsigned int), ``'d'`` (double).
.. py:attribute:: Attribute.name
:type: str
The attribute name.
The name will be filtered to have no array syntax on it's end.
Attribute name without ``'[0]'`` ending if any.
.. py:attribute:: Attribute.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/buffer.rst 0000664 0000000 0000000 00000005724 14704200620 0022303 0 ustar 00root root 0000000 0000000 Buffer
======
.. py:class:: Buffer
Returned by :py:meth:`Context.buffer`
Buffer objects are OpenGL objects that store an array of unformatted memory \
allocated by the OpenGL context, (data allocated on the GPU).
These can be used to store vertex data, pixel data retrieved from images
or the framebuffer, and a variety of other things.
A Buffer object cannot be instantiated directly, it requires a context.
Use :py:meth:`Context.buffer` to create one.
Copy buffer content using :py:meth:`Context.copy_buffer`.
Methods
-------
.. py:method:: Buffer.write(data: Any, *, offset: int = 0) -> None:
Write the content.
:param bytes data: The data.
:param int offset: The offset in bytes.
.. py:method:: Buffer.read(size: int = -1, *, offset: int = 0) -> bytes:
Read the content.
:param int size: The size in bytes. Value ``-1`` means all.
:param int offset: The offset in bytes.
.. py:method:: Buffer.read_into(buffer: Any, size: int = -1, *, offset: int = 0, write_offset: int = 0) -> None:
Read the content into a buffer.
:param bytearray buffer: The buffer that will receive the content.
:param int size: The size in bytes. Value ``-1`` means all.
:param int offset: The read offset in bytes.
:param int write_offset: The write offset in bytes.
.. py:method:: Buffer.clear(size: int = -1, *, offset: int = 0, chunk: Any = None) -> None:
Clear the content.
:param int size: The size. Value ``-1`` means all.
:param int offset: The offset.
:param bytes chunk: The chunk to use repeatedly.
.. py:method:: Buffer.bind_to_uniform_block(binding: int = 0, *, offset: int = 0, size: int = -1) -> None:
Bind the buffer to a uniform block.
:param int binding: The uniform block binding.
:param int offset: The offset.
:param int size: The size. Value ``-1`` means all.
.. py:method:: Buffer.bind_to_storage_buffer(binding: int = 0, *, offset: int = 0, size: int = -1) -> None:
Bind the buffer to a shader storage buffer.
:param int binding: The shader storage binding.
:param int offset: The offset.
:param int size: The size. Value ``-1`` means all.
.. py:method:: Buffer.release() -> None:
Release the ModernGL object
.. py:method:: Buffer.bind(*attribs, layout=None) -> tuple:
Helper method for binding a buffer in :py:meth:`Context.vertex_array`.
.. py:method:: Buffer.assign(index: int) -> tuple:
Helper method for assigning a buffer to an index in :py:meth:`Context.scope`.
Attributes
----------
.. py:attribute:: Buffer.size
:type: int
The size of the buffer in bytes.
.. py:attribute:: Buffer.dynamic
:type: bool
The dynamic flag.
.. py:attribute:: Buffer.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Buffer.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: Buffer.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/compute_shader.rst 0000664 0000000 0000000 00000006261 14704200620 0024031 0 ustar 00root root 0000000 0000000 ComputeShader
=============
.. py:class:: ComputeShader
Returned by :py:meth:`Context.compute_shader`
A Compute Shader is a Shader Stage that is used entirely for computing arbitrary information.
While it can do rendering, it is generally used
for tasks not directly related to drawing.
- Compute shaders support uniforms similar to :py:class:`moderngl.Program` objects.
- Storage buffers can be bound using :py:meth:`Buffer.bind_to_storage_buffer`.
- Uniform buffers can be bound using :py:meth:`Buffer.bind_to_uniform_block`.
- Images can be bound using :py:meth:`Texture.bind_to_image`.
Methods
-------
.. py:method:: ComputeShader.run(group_x: int = 1, group_y: int = 1, group_z: int = 1) -> None:
:param int group_x: Workgroup size x.
:param int group_y: Workgroup size y.
:param int group_z: Workgroup size z.
Run the compute shader.
.. py:method:: run_indirect(self, buffer: Buffer, offset: int = 0) -> None:
Run the compute shader indirectly from a Buffer object.
:param Buffer buffer: the buffer containing a single workgroup size at offset.
:param int offset: the offset into the buffer in bytes.
.. py:method:: ComputeShader.get(key, default)
Returns a Uniform, UniformBlock or StorageBlock.
:param default: This is the value to be returned in case key does not exist.
.. py:method:: ComputeShader.__getitem__(key)
Get a member such as uniforms, uniform blocks and storage blocks.
.. code-block:: python
# Get a uniform
uniform = program['color']
# Uniform values can be set on the returned object
# or the `__setitem__` shortcut can be used.
program['color'].value = 1.0, 1.0, 1.0, 1.0
# Still when writing byte data we need to use the `write()` method
program['color'].write(buffer)
# Set binding for a storage block (if supported)
program['DataBlock'].binding = 0
.. py:method:: ComputeShader.__setitem__(key, value)
Set a value of uniform or uniform block.
.. code-block:: python
# Set a vec4 uniform
uniform['color'] = 1.0, 1.0, 1.0, 1.0
# Optionally we can store references to a member and set the value directly
uniform = program['color']
uniform.value = 1.0, 0.0, 0.0, 0.0
uniform = program['cameraMatrix']
uniform.write(camera_matrix)
# Set binding for a storage block (if supported)
program['DataBlock'].binding = 0
.. py:method:: ComputeShader.__iter__()
Yields the internal members names as strings.
Example::
for member in program:
obj = program[member]
print(member, obj)
if isinstance(obj, moderngl.StorageBlock):
print('This is a storage block member')
This includes all members such as uniforms, uniform blocks and storage blocks.
Attributes
----------
.. py:attribute:: ComputeShader.ctx
:type: Context
The context this object belongs to
.. py:attribute:: ComputeShader.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: ComputeShader.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/conditional_render.rst 0000664 0000000 0000000 00000001022 14704200620 0024657 0 ustar 00root root 0000000 0000000 ConditionalRender
=================
.. py:class:: ConditionalRender
Available in :py:attr:`Query.crender`
This class represents a ConditionalRender object.
ConditionalRender objects can only be accessed from :py:class:`Query` objects.
Examples
--------
.. code-block:: python
query = ctx.query(any_samples=True)
with query:
vao1.render()
with query.crender:
print('This will always get printed')
vao2.render() # But this will be rendered only if vao1 has passing samples.
moderngl-moderngl-773b733/docs/reference/context.rst 0000664 0000000 0000000 00000134633 14704200620 0022520 0 ustar 00root root 0000000 0000000 Context
=======
.. py:class:: Context
Returned by :py:meth:`moderngl.create_context`
Class exposing OpenGL features.
ModernGL objects can be created from this class.
Objects
-------
.. py:method:: Context.program(vertex_shader: str, fragment_shader: str, geometry_shader: str, tess_control_shader: str, tess_evaluation_shader: str, varyings: Tuple[str, ...], fragment_outputs: Dict[str, int], varyings_capture_mode: str = 'interleaved') -> Program
Create a :py:class:`Program` object.
The ``varyings`` are only used when a transform program is created
to specify the names of the output varyings to capture in the output buffer.
``fragment_outputs`` can be used to programmatically map named fragment
shader outputs to a framebuffer attachment numbers. This can also be done
by using ``layout(location=N)`` in the fragment shader.
:param str vertex_shader: The vertex shader source.
:param str fragment_shader: The fragment shader source.
:param str geometry_shader: The geometry shader source.
:param str tess_control_shader: The tessellation control shader source.
:param str tess_evaluation_shader: The tessellation evaluation shader source.
:param list varyings: A list of varyings.
:param dict fragment_outputs: A dictionary of fragment outputs.
.. py:method:: Context.buffer(data = None, reserve: int = 0, dynamic: bool = False) -> Buffer
Returns a new :py:class:`Buffer` object.
The `data` can be anything supporting the buffer interface.
The `data` and `reserve` parameters are mutually exclusive.
:param bytes data: Content of the new buffer.
:param int reserve: The number of bytes to reserve.
:param bool dynamic: Treat buffer as dynamic.
.. py:method:: Context.vertex_array(program: Program, content: list, index_buffer: Buffer = None, index_element_size: int = 4, mode: int = ...) -> VertexArray
Returns a new :py:class:`VertexArray` object.
A VertexArray describes how buffers are read by a shader program.
The content is a list of tuples containing a buffer, a format string and any number of attribute names.
Attribute names are defined by the user in the Vertex Shader program stage.
The default `mode` is :py:attr:`~Context.TRIANGLES`.
:param Program program: The program used when rendering
:param list content: A list of (buffer, format, attributes). See :ref:`buffer-format-label`.
:param Buffer index_buffer: An index buffer (optional)
:param int index_element_size: byte size of each index element, 1, 2 or 4.
:param bool skip_errors: Ignore errors during creation
:param int mode: The default draw mode (for example: ``TRIANGLES``)
Examples::
# Empty vertext array (no attribute input)
vao = ctx.vertex_array(program)
# Multiple buffers
vao = ctx.vertex_array(program, [
(buffer1, '3f', 'in_position'),
(buffer2, '3f', 'in_normal'),
])
vao = ctx.vertex_array(
program,
[
(buffer1, '3f', 'in_position'),
(buffer2, '3f', 'in_normal'),
],
index_buffer=ibo,
index_element_size=2, # 16 bit / 'u2' index buffer
)
Backward Compatible Version::
# Simple version with a single buffer
vao = ctx.vertex_array(program, buffer, 'in_position', 'in_normal')
vao = ctx.vertex_array(program, buffer, 'in_position', 'in_normal', index_buffer=ibo)
.. py:method:: Context.simple_vertex_array(...)
Deprecated, use :py:meth:`Context.vertex_array` instead.
.. py:method:: Context.texture(size: Tuple[int, int], components: int, data: Any = None, samples: int = 0, alignment: int = 1, dtype: str = 'f1') -> Texture
Returns a new :py:class:`Texture` object.
A Texture is a 2D image that can be used for sampler2D uniforms or as render targets if framebuffers.
:param tuple size: The width and height of the texture.
:param int components: The number of components 1, 2, 3 or 4.
:param bytes data: Content of the texture.
:param int samples: The number of samples. Value 0 means no multisample format.
:param int alignment: The byte alignment 1, 2, 4 or 8.
:param str dtype: Data type.
:param int internal_format: Override the internalformat of the texture (IF needed)
Example::
from PIL import Image
img = Image.open(...).convert('RGBA')
texture = ctx.texture(img.size, components=4, data=img.tobytes())
# float texture
texture = ctx.texture((64, 64), components=..., dtype='f4')
# integer texture
texture = ctx.texture((64, 64), components=..., dtype='i4')
.. Note:: Do not play with ``internal_format`` unless you know exactly
you are doing. This is an override to support sRGB and
compressed textures if needed.
.. py:method:: Context.framebuffer(color_attachments: List[Texture], depth_attachment: Texture = None) -> Framebuffer
Returns a new :py:class:`Framebuffer` object.
A Framebuffer is a collection of images that can be used as render targets.
The images of the Framebuffer object can be either Textures or Renderbuffers.
:param list color_attachments: A list of :py:class:`Texture` or :py:class:`Renderbuffer` objects.
:param Texture depth_attachment: The depth attachment.
.. py:method:: Context.sampler(repeat_x: bool, repeat_y: bool, repeat_z: bool, filter: tuple, anisotropy: float, compare_func: str, border_color: tuple, min_lod: float, max_lod: float, texture: Texture) -> Sampler
Returns a new :py:class:`Sampler` object.
Samplers bind Textures to uniform samplers within a Program object.
Binding a Sampler object also binds the texture object attached to it.
:param bool repeat_x: Repeat texture on x
:param bool repeat_y: Repeat texture on y
:param bool repeat_z: Repeat texture on z
:param tuple filter: The min and max filter
:param float anisotropy: Number of samples for anisotropic filtering. Any value greater than 1.0 counts as a use of anisotropic filtering
:param str compare_func: Compare function for depth textures
:param tuple border_color: The (r, g, b, a) color for the texture border. When this value is set the ``repeat_`` values are overridden setting the texture wrap to return the border color when outside ``[0, 1]`` range.
:param float min_lod: Minimum level-of-detail parameter (Default ``-1000.0``). This floating-point value limits the selection of highest resolution mipmap (lowest mipmap level)
:param float max_lod: Minimum level-of-detail parameter (Default ``1000.0``). This floating-point value limits the selection of the lowest resolution mipmap (highest mipmap level)
:param Texture texture: The texture for this sampler
.. py:method:: Context.depth_texture(size: Tuple[int, int], data: Any = None, samples: int = 0, alignment: int = 4) -> Texture
Returns a new :py:class:`Texture` object.
A depth texture can be used for sampler2D and sampler2DShadow uniforms and as a depth attachment for framebuffers.
:param tuple size: The width and height of the texture.
:param bytes data: Content of the texture.
:param int samples: The number of samples. Value 0 means no multisample format.
:param int alignment: The byte alignment 1, 2, 4 or 8.
.. py:method:: Context.texture3d(size: Tuple[int, int, int], components: int, data: Any = None, alignment: int = 1, dtype: str = 'f1') -> Texture3D
Returns a new :py:class:`Texture3D` object.
:param tuple size: The width, height and depth of the texture.
:param int components: The number of components 1, 2, 3 or 4.
:param bytes data: Content of the texture.
:param int alignment: The byte alignment 1, 2, 4 or 8.
:param str dtype: Data type.
.. py:method:: Context.texture_array(size: Tuple[int, int, int], components: int, data: Any = None, *, alignment: int = 1, dtype: str = 'f1') -> TextureArray
Returns a new :py:class:`TextureArray` object.
:param tuple size: The ``(width, height, layers)`` of the texture.
:param int components: The number of components 1, 2, 3 or 4.
:param bytes data: Content of the texture. The size must be ``(width, height * layers)`` so each layer is stacked vertically.
:param int alignment: The byte alignment 1, 2, 4 or 8.
:param str dtype: Data type.
.. py:method:: Context.texture_cube(size: Tuple[int, int], components: int, data: Any = None, alignment: int = 1, dtype: str = 'f1') -> TextureCube
Returns a new :py:class:`TextureCube` object.
Note that the width and height of the cubemap must be the same.
:param tuple size: The width, height of the texture. Each side of the cube will have this size.
:param int components: The number of components 1, 2, 3 or 4.
:param bytes data: Content of the texture. The data should be have the following ordering: positive_x, negative_x, positive_y, negative_y, positive_z, negative_z
:param int alignment: The byte alignment 1, 2, 4 or 8.
:param str dtype: Data type.
:param int internal_format: Override the internalformat of the texture (IF needed)
.. py:method:: Context.depth_texture_cube(size: Tuple[int, int], data: Optional[Any] = None, alignment: int = 4) -> TextureCube
Returns a new :py:class:`TextureCube` object.
:param tuple size: The width and height of the texture.
:param bytes data: Content of the texture.
:param int alignment: The byte alignment 1, 2, 4 or 8.
.. py:method:: Context.simple_framebuffer(...)
Deprecated, use :py:meth:`Context.framebuffer` instead.
.. py:method:: Context.renderbuffer(size: Tuple[int, int], components: int = 4, samples: int = 0, dtype: str = 'f1') -> Renderbuffer
Returns a new :py:class:`Renderbuffer` object.
Similar to textures, renderbuffers can be attached to framebuffers as render targets, but they cannot be sampled as textures.
:param tuple size: The width and height of the renderbuffer.
:param int components: The number of components 1, 2, 3 or 4.
:param int samples: The number of samples. Value 0 means no multisample format.
:param str dtype: Data type.
.. py:method:: Context.depth_renderbuffer(size: Tuple[int, int], samples: int = 0) -> Renderbuffer
Returns a new :py:class:`Renderbuffer` object.
:param tuple size: The width and height of the renderbuffer.
:param int samples: The number of samples. Value 0 means no multisample format.
.. py:method:: Context.scope(framebuffer, enable_only, textures, uniform_buffers, storage_buffers, samplers)
Returns a new :py:class:`Scope` object.
Scope objects can be attached to VertexArray objects to minimize the possibility of rendering within the wrong scope.
VertexArrays with an attached scope always have the scope settings at render time.
:param Framebuffer framebuffer: The framebuffer to use when entering.
:param int enable_only: The enable_only flags to set when entering.
:param tuple textures: List of (texture, binding) tuples.
:param tuple uniform_buffers: Tuple of (buffer, binding) tuples.
:param tuple storage_buffers: Tuple of (buffer, binding) tuples.
:param tuple samplers: Tuple of sampler bindings
.. py:method:: Context.query(samples: bool, any_samples: bool, time: bool, primitives: bool) -> Query
Returns a new :py:class:`Query` object.
:param bool samples: Query ``GL_SAMPLES_PASSED`` or not.
:param bool any_samples: Query ``GL_ANY_SAMPLES_PASSED`` or not.
:param bool time: Query ``GL_TIME_ELAPSED`` or not.
:param bool primitives: Query ``GL_PRIMITIVES_GENERATED`` or not.
.. py:method:: Context.compute_shader(...)
A :py:class:`ComputeShader` is a Shader Stage that is used entirely \
for computing arbitrary information. While it can do rendering, it \
is generally used for tasks not directly related to drawing.
:param str source: The source of the compute shader.
External Objects
----------------
External objects are only useful for interoperability with other libraries.
.. py:method:: Context.external_buffer(glo: int, size: int, dynamic: bool) -> Buffer
TBD
.. py:method:: Context.external_texture(glo: int, size: Tuple[int, int], components: int, samples: int, dtype: str) -> Texture
Returns a new :py:class:`Texture` object from an existing OpenGL texture object.
The content of the texture is referenced and it is not copied.
:param int glo: External OpenGL texture object.
:param tuple size: The width and height of the texture.
:param int components: The number of components 1, 2, 3 or 4.
:param int samples: The number of samples. Value 0 means no multisample format.
:param str dtype: Data type.
Methods
-------
.. py:method:: Context.clear
Clear the bound framebuffer.
If a `viewport` passed in, a scissor test will be used to clear the given viewport.
This viewport take prescense over the framebuffers :py:attr:`~moderngl.Framebuffer.scissor`.
Clearing can still be done with scissor if no viewport is passed in.
This method also respects the
:py:attr:`~moderngl.Framebuffer.color_mask` and
:py:attr:`~moderngl.Framebuffer.depth_mask`. It can for example be used to only clear
the depth or color buffer or specific components in the color buffer.
If the `viewport` is a 2-tuple it will clear the
``(0, 0, width, height)`` where ``(width, height)`` is the 2-tuple.
If the `viewport` is a 4-tuple it will clear the given viewport.
Args:
red (float): color component.
green (float): color component.
blue (float): color component.
alpha (float): alpha component.
depth (float): depth value.
Keyword Args:
viewport (tuple): The viewport.
color (tuple): Optional rgba color tuple
.. py:method:: Context.enable_only
Clears all existing flags applying new ones.
Note that the enum values defined in moderngl
are not the same as the ones in opengl.
These are defined as bit flags so we can logical
`or` them together.
Available flags:
- :py:data:`moderngl.NOTHING`
- :py:data:`moderngl.BLEND`
- :py:data:`moderngl.DEPTH_TEST`
- :py:data:`moderngl.CULL_FACE`
- :py:data:`moderngl.RASTERIZER_DISCARD`
- :py:data:`moderngl.PROGRAM_POINT_SIZE`
Examples::
# Disable all flags
ctx.enable_only(moderngl.NOTHING)
# Ensure only depth testing and face culling is enabled
ctx.enable_only(moderngl.DEPTH_TEST | moderngl.CULL_FACE)
Args:
flags (EnableFlag): The flags to enable
.. py:method:: Context.enable
Enable flags.
Note that the enum values defined in moderngl
are not the same as the ones in opengl.
These are defined as bit flags so we can logical
`or` them together.
For valid flags, please see :py:meth:`enable_only`.
Examples::
# Enable a single flag
ctx.enable(moderngl.DEPTH_TEST)
# Enable multiple flags
ctx.enable(moderngl.DEPTH_TEST | moderngl.CULL_FACE | moderngl.BLEND)
Args:
flag (int): The flags to enable.
.. py:method:: Context.disable
Disable flags.
For valid flags, please see :py:meth:`enable_only`.
Examples::
# Only disable depth testing
ctx.disable(moderngl.DEPTH_TEST)
# Disable depth testing and face culling
ctx.disable(moderngl.DEPTH_TEST | moderngl.CULL_FACE)
Args:
flag (int): The flags to disable.
.. py:method:: Context.enable_direct
Gives direct access to ``glEnable`` so unsupported capabilities in ModernGL can be enabled.
Do not use this to set already supported context flags.
Example::
# Enum value from the opengl registry
GL_CONSERVATIVE_RASTERIZATION_NV = 0x9346
ctx.enable_direct(GL_CONSERVATIVE_RASTERIZATION_NV)
.. py:method:: Context.disable_direct
Gives direct access to ``glDisable`` so unsupported capabilities in ModernGL can be disabled.
Do not use this to set already supported context flags.
Example::
# Enum value from the opengl registry
GL_CONSERVATIVE_RASTERIZATION_NV = 0x9346
ctx.disable_direct(GL_CONSERVATIVE_RASTERIZATION_NV)
.. py:method:: Context.finish
Wait for all drawing commands to finish.
.. py:method:: Context.clear_samplers
Unbinds samplers from texture units.
Sampler bindings do clear automatically between every frame,
but lingering samplers can still be a source of weird bugs during
the frame rendering. This methods provides a fairly brute force
and efficient way to ensure texture units are clear.
:param int start: The texture unit index to start the clearing samplers
:param int stop: The texture unit index to stop clearing samplers
Example::
# Clear texture unit 0, 1, 2, 3, 4
ctx.clear_samplers(start=0, end=5)
# Clear texture unit 4, 5, 6, 7
ctx.clear_samplers(start=4, end=8)
.. py:method:: Context.copy_buffer
Copy buffer content.
Args:
dst (Buffer): The destination buffer.
src (Buffer): The source buffer.
size (int): The number of bytes to copy.
Keyword Args:
read_offset (int): The read offset.
write_offset (int): The write offset.
.. py:method:: Context.copy_framebuffer
Copy framebuffer content.
Use this method to:
- blit framebuffers.
- copy framebuffer content into a texture.
- downsample framebuffers. (it will allow to read the framebuffer's content)
- downsample a framebuffer directly to a texture.
Args:
dst (Framebuffer or Texture): Destination framebuffer or texture.
src (Framebuffer): Source framebuffer.
.. py:method:: Context.detect_framebuffer
Detect a framebuffer.
This is already done when creating a context,
but if the underlying window library for some changes the default framebuffer
during the lifetime of the application this might be necessary.
Args:
glo (int): Framebuffer object.
.. py:method:: Context.memory_barrier
Applying a memory barrier.
The memory barrier is needed in particular to correctly change buffers or textures
between each shader. If the same buffer is changed in two shaders,
it can cause an effect like 'depth fighting' on a buffer or texture.
The method should be used between :py:class:`Program` -s, between :py:class:`ComputeShader` -s,
and between :py:class:`Program` -s and :py:class:`ComputeShader` -s.
Keyword Args:
barriers (int): Affected barriers, default moderngl.ALL_BARRIER_BITS.
by_region (bool): Memory barrier mode by region. More read on https://registry.khronos.org/OpenGL-Refpages/gl4/html/glMemoryBarrier.xhtml
.. py:method:: Context.gc() -> int
Deletes OpenGL objects.
Returns the number of objects deleted.
This method must be called to garbage collect
OpenGL resources when ``gc_mode`` is ``'context_gc'```.
Calling this method with any other ``gc_mode`` configuration
has no effect and is perfectly safe.
.. py:method:: Context.release
Attributes
----------
.. py:attribute:: Context.gc_mode
:type: str
The garbage collection mode.
The default mode is ``None`` meaning no automatic
garbage collection is done. Other modes are ``auto``
and ``context_gc``. Please see documentation for
the appropriate configuration.
Examples::
# Disable automatic garbage collection.
# Each objects needs to be explicitly released.
ctx.gc_mode = None
# Collect all dead objects in the context and
# release them by calling Context.gc()
ctx.gc_mode = 'context_gc'
ctx.gc() # Deletes the collected objects
# Enable automatic garbage collection like
# we normally expect in python.
ctx.gc_mode = 'auto'
.. py:attribute:: Context.objects
:type: deque
Moderngl objects scheduled for deletion.
These are deleted when calling :py:meth:`Context.gc`.
.. py:attribute:: Context.line_width
:type: float
Set the default line width.
.. Warning:: A line width other than 1.0 is not guaranteed to work
across different OpenGL implementations. For wide
lines you should be using geometry shaders.
.. py:attribute:: Context.point_size
:type: float
Set/get the point size.
Point size changes the pixel size of rendered points. The min and max values
are limited by ``POINT_SIZE_RANGE``.
This value usually at least ``(1, 100)``, but this depends on the drivers/vendors.
If variable point size is needed you can enable ``PROGRAM_POINT_SIZE``
and write to ``gl_PointSize`` in the vertex or geometry shader.
.. Note::
Using a geometry shader to create triangle strips from points is often a safer
way to render large points since you don't have have any size restrictions.
.. py:attribute:: Context.depth_func
:type: str
Set the default depth func.
Example::
ctx.depth_func = '<=' # GL_LEQUAL
ctx.depth_func = '<' # GL_LESS
ctx.depth_func = '>=' # GL_GEQUAL
ctx.depth_func = '>' # GL_GREATER
ctx.depth_func = '==' # GL_EQUAL
ctx.depth_func = '!=' # GL_NOTEQUAL
ctx.depth_func = '0' # GL_NEVER
ctx.depth_func = '1' # GL_ALWAYS
.. py:attribute:: Context.depth_clamp_range
:type: Tuple[float, float]
Setting up depth clamp range (write only, by default ``None``).
``ctx.depth_clamp_range`` offers uniform use of GL_DEPTH_CLAMP and glDepthRange.
``GL_DEPTH_CLAMP`` is needed to disable clipping of fragments outside
near limit of projection matrix.
For example, this will allow you to draw between 0 and 1 in the Z (depth) coordinate,
even if ``near`` is set to 0.5 in the projection matrix.
.. note::
All fragments outside the ``near`` of the projection matrix will have a depth of ``near``.
See https://www.khronos.org/opengl/wiki/Vertex_Post-Processing#Depth_clamping for more info.
``glDepthRange(nearVal, farVal)`` is needed to specify mapping of depth values from normalized device coordinates to window coordinates.
See https://registry.khronos.org/OpenGL-Refpages/gl4/html/glDepthRange.xhtml for more info.
Example::
# For glDisable(GL_DEPTH_CLAMP) and glDepthRange(0, 1)
ctx.depth_clamp_range = None
# For glEnable(GL_DEPTH_CLAMP) and glDepthRange(near, far)
ctx.depth_clamp_range = (near, far)
.. py:attribute:: Context.blend_func
:type: tuple
Set the blend func (write only).
Blend func can be set for rgb and alpha separately if needed.
Supported blend functions are::
moderngl.ZERO
moderngl.ONE
moderngl.SRC_COLOR
moderngl.ONE_MINUS_SRC_COLOR
moderngl.DST_COLOR
moderngl.ONE_MINUS_DST_COLOR
moderngl.SRC_ALPHA
moderngl.ONE_MINUS_SRC_ALPHA
moderngl.DST_ALPHA
moderngl.ONE_MINUS_DST_ALPHA
# Shortcuts
moderngl.DEFAULT_BLENDING # (SRC_ALPHA, ONE_MINUS_SRC_ALPHA)
moderngl.ADDITIVE_BLENDING # (ONE, ONE)
moderngl.PREMULTIPLIED_ALPHA # (SRC_ALPHA, ONE)
Example::
# For both rgb and alpha
ctx.blend_func = moderngl.SRC_ALPHA, moderngl.ONE_MINUS_SRC_ALPHA
# Separate for rgb and alpha
ctx.blend_func = (
moderngl.SRC_ALPHA, moderngl.ONE_MINUS_SRC_ALPHA,
moderngl.ONE, moderngl.ONE
)
.. py:attribute:: Context.blend_equation
:type: tuple
Set the blend equation (write only).
Blend equations specify how source and destination colors are combined
in blending operations. By default ``FUNC_ADD`` is used.
Blend equation can be set for rgb and alpha separately if needed.
Supported functions are::
moderngl.FUNC_ADD # source + destination
moderngl.FUNC_SUBTRACT # source - destination
moderngl.FUNC_REVERSE_SUBTRACT # destination - source
moderngl.MIN # Minimum of source and destination
moderngl.MAX # Maximum of source and destination
Example::
# For both rgb and alpha channel
ctx.blend_equation = moderngl.FUNC_ADD
# Separate for rgb and alpha channel
ctx.blend_equation = moderngl.FUNC_ADD, moderngl.MAX
.. py:attribute:: Context.multisample
:type: bool
Enable/disable multisample mode (``GL_MULTISAMPLE``).
This property is write only.
Example::
# Enable
ctx.multisample = True
# Disable
ctx.multisample = False
.. py:attribute:: Context.viewport
:type: tuple
Get or set the viewport of the active framebuffer.
Example::
>>> ctx.viewport
(0, 0, 1280, 720)
>>> ctx.viewport = (0, 0, 640, 360)
>>> ctx.viewport
(0, 0, 640, 360)
If no framebuffer is bound ``(0, 0, 0, 0)`` will be returned.
.. py:attribute:: Context.scissor
:type: tuple
Get or set the scissor box for the active framebuffer.
When scissor testing is enabled fragments outside
the defined scissor box will be discarded. This
applies to rendered geometry or :py:meth:`Context.clear`.
Setting is value enables scissor testing in the framebuffer.
Setting the scissor to ``None`` disables scissor testing
and reverts the scissor box to match the framebuffer size.
Example::
# Enable scissor testing
>>> ctx.scissor = 100, 100, 200, 100
# Disable scissor testing
>>> ctx.scissor = None
If no framebuffer is bound ``(0, 0, 0, 0)`` will be returned.
.. py:attribute:: Context.version_code
:type: int
.. py:attribute:: Context.screen
:type: Framebuffer
A Framebuffer instance representing the screen.
Normally set when creating a context with ``create_context()`` attaching to
an existing context. This is the special system framebuffer
represented by framebuffer ``id=0``.
When creating a standalone context this property is not set since
there are no default framebuffer.
.. py:attribute:: Context.fbo
:type: Framebuffer
.. py:attribute:: Context.front_face
:type: str
The front_face. Acceptable values are ``'ccw'`` (default) or ``'cw'``.
Face culling must be enabled for this to have any effect:
``ctx.enable(moderngl.CULL_FACE)``.
Example::
# Triangles winded counter-clockwise considered front facing
ctx.front_face = 'ccw'
# Triangles winded clockwise considered front facing
ctx.front_face = 'cw'
.. py:attribute:: Context.cull_face
:type: str
The face side to cull. Acceptable values are ``'back'`` (default) ``'front'`` or ``'front_and_back'``.
This is similar to :py:meth:`Context.front_face`
Face culling must be enabled for this to have any effect:
``ctx.enable(moderngl.CULL_FACE)``.
Example::
ctx.cull_face = 'front'
ctx.cull_face = 'back'
ctx.cull_face = 'front_and_back'
.. py:attribute:: Context.wireframe
:type: bool
Wireframe settings for debugging.
.. py:attribute:: Context.max_samples
:type: int
The maximum supported number of samples for multisampling.
.. py:attribute:: Context.max_integer_samples
:type: int
The max integer samples.
.. py:attribute:: Context.max_texture_units
:type: int
The max texture units.
.. py:attribute:: Context.max_anisotropy
:type: float
The maximum value supported for anisotropic filtering.
.. py:attribute:: Context.default_texture_unit
:type: int
The default texture unit.
.. py:attribute:: Context.patch_vertices
:type: int
The number of vertices that will be used to make up a single patch primitive.
.. py:attribute:: Context.provoking_vertex
:type: int
Specifies the vertex to be used as the source of data for flat shaded varyings.
Flatshading a vertex shader varying output (ie. ``flat out vec3 pos``) means to assign
all vetices of the primitive the same value for that output. The vertex from which
these values is derived is known as the provoking vertex.
It can be configured to be the first or the last vertex.
This property is write only.
Example::
# Use first vertex
ctx.provoking_vertex = moderngl.FIRST_VERTEX_CONVENTION
# Use last vertex
ctx.provoking_vertex = moderngl.LAST_VERTEX_CONVENTION
.. py:attribute:: Context.polygon_offset
:type: tuple
Get or set the current polygon offset.
The tuple values represents two float values: ``unit`` and a ``factor``::
ctx.polygon_offset = unit, factor
When drawing polygons, lines or points directly on top of
exiting geometry the result is often not visually pleasant.
We can experience z-fighting or partially fading fragments
due to different primitives not being rasterized in the exact
same way or simply depth buffer precision issues.
For example when visualizing polygons drawing a wireframe
version on top of the original mesh, these issues are
immediately apparent. Applying decals to surfaces is
another common example.
The official documentation states the following::
When enabled, the depth value of each fragment is added
to a calculated offset value. The offset is added before
the depth test is performed and before the depth value
is written into the depth buffer. The offset value o is calculated by:
o = m * factor + r * units
where m is the maximum depth slope of the polygon and r is the smallest
value guaranteed to produce a resolvable difference in window coordinate
depth values. The value r is an implementation-specific int.
In simpler terms: We use polygon offset to either add a positive offset to
the geometry (push it away from you) or a negative offset to geometry
(pull it towards you).
* ``units`` is a int offset to depth and will do the job alone
if we are working with geometry parallel to the near/far plane.
* The ``factor`` helps you handle sloped geometry (not parallel to near/far plane).
In most cases you can get away with ``[-1.0, 1.0]`` for both factor and units,
but definitely play around with the values. When both values are set to ``0``
polygon offset is disabled internally.
To just get started with something you can try::
# Either push the geomtry away or pull it towards you
# with support for handling small to medium sloped geometry
ctx.polygon_offset = 1.0, 1.0
ctx.polygon_offset = -1.0, -1.0
# Disable polygon offset
ctx.polygon_offset = 0, 0
.. py:attribute:: Context.error
:type: str
The result of ``glGetError()`` but human readable.
This values is provided for debug purposes only and is likely to
reduce performace when used in a draw loop.
.. py:attribute:: Context.extensions
:type: Set[str]
The extensions supported by the context.
All extensions names have a ``GL_`` prefix, so if the spec refers to ``ARB_compute_shader``
we need to look for ``GL_ARB_compute_shader``::
# If compute shaders are supported ...
>> 'GL_ARB_compute_shader' in ctx.extensions
True
Example data::
{
'GL_ARB_multi_bind',
'GL_ARB_shader_objects',
'GL_ARB_half_float_vertex',
'GL_ARB_map_buffer_alignment',
'GL_ARB_arrays_of_arrays',
'GL_ARB_pipeline_statistics_query',
'GL_ARB_provoking_vertex',
'GL_ARB_gpu_shader5',
'GL_ARB_uniform_buffer_object',
'GL_EXT_blend_equation_separate',
'GL_ARB_tessellation_shader',
'GL_ARB_multi_draw_indirect',
'GL_ARB_multisample',
.. etc ..
}
.. py:attribute:: Context.info
:type: Dict[str, Any]
OpenGL Limits and information about the context.
Example::
# The maximum width and height of a texture
>> ctx.info['GL_MAX_TEXTURE_SIZE']
16384
# Vendor and renderer
>> ctx.info['GL_VENDOR']
NVIDIA Corporation
>> ctx.info['GL_RENDERER']
NVIDIA GeForce GT 650M OpenGL Engine
Example data::
{
'GL_VENDOR': 'NVIDIA Corporation',
'GL_RENDERER': 'NVIDIA GeForce GT 650M OpenGL Engine',
'GL_VERSION': '4.1 NVIDIA-10.32.0 355.11.10.10.40.102',
'GL_POINT_SIZE_RANGE': (1.0, 2047.0),
'GL_SMOOTH_LINE_WIDTH_RANGE': (0.5, 1.0),
'GL_ALIASED_LINE_WIDTH_RANGE': (1.0, 1.0),
'GL_POINT_FADE_THRESHOLD_SIZE': 1.0,
'GL_POINT_SIZE_GRANULARITY': 0.125,
'GL_SMOOTH_LINE_WIDTH_GRANULARITY': 0.125,
'GL_MIN_PROGRAM_TEXEL_OFFSET': -8.0,
'GL_MAX_PROGRAM_TEXEL_OFFSET': 7.0,
'GL_MINOR_VERSION': 1,
'GL_MAJOR_VERSION': 4,
'GL_SAMPLE_BUFFERS': 0,
'GL_SUBPIXEL_BITS': 8,
'GL_CONTEXT_PROFILE_MASK': 1,
'GL_UNIFORM_BUFFER_OFFSET_ALIGNMENT': 256,
'GL_DOUBLEBUFFER': False,
'GL_STEREO': False,
'GL_MAX_VIEWPORT_DIMS': (16384, 16384),
'GL_MAX_3D_TEXTURE_SIZE': 2048,
'GL_MAX_ARRAY_TEXTURE_LAYERS': 2048,
'GL_MAX_CLIP_DISTANCES': 8,
'GL_MAX_COLOR_ATTACHMENTS': 8,
'GL_MAX_COLOR_TEXTURE_SAMPLES': 8,
'GL_MAX_COMBINED_FRAGMENT_UNIFORM_COMPONENTS': 233472,
'GL_MAX_COMBINED_GEOMETRY_UNIFORM_COMPONENTS': 231424,
'GL_MAX_COMBINED_TEXTURE_IMAGE_UNITS': 80,
'GL_MAX_COMBINED_UNIFORM_BLOCKS': 70,
'GL_MAX_COMBINED_VERTEX_UNIFORM_COMPONENTS': 233472,
'GL_MAX_CUBE_MAP_TEXTURE_SIZE': 16384,
'GL_MAX_DEPTH_TEXTURE_SAMPLES': 8,
'GL_MAX_DRAW_BUFFERS': 8,
'GL_MAX_DUAL_SOURCE_DRAW_BUFFERS': 1,
'GL_MAX_ELEMENTS_INDICES': 150000,
'GL_MAX_ELEMENTS_VERTICES': 1048575,
'GL_MAX_FRAGMENT_INPUT_COMPONENTS': 128,
'GL_MAX_FRAGMENT_UNIFORM_COMPONENTS': 4096,
'GL_MAX_FRAGMENT_UNIFORM_VECTORS': 1024,
'GL_MAX_FRAGMENT_UNIFORM_BLOCKS': 14,
'GL_MAX_GEOMETRY_INPUT_COMPONENTS': 128,
'GL_MAX_GEOMETRY_OUTPUT_COMPONENTS': 128,
'GL_MAX_GEOMETRY_TEXTURE_IMAGE_UNITS': 16,
'GL_MAX_GEOMETRY_UNIFORM_BLOCKS': 14,
'GL_MAX_GEOMETRY_UNIFORM_COMPONENTS': 2048,
'GL_MAX_INTEGER_SAMPLES': 1,
'GL_MAX_SAMPLES': 8,
'GL_MAX_RECTANGLE_TEXTURE_SIZE': 16384,
'GL_MAX_RENDERBUFFER_SIZE': 16384,
'GL_MAX_SAMPLE_MASK_WORDS': 1,
'GL_MAX_SERVER_WAIT_TIMEOUT': -1,
'GL_MAX_TEXTURE_BUFFER_SIZE': 134217728,
'GL_MAX_TEXTURE_IMAGE_UNITS': 16,
'GL_MAX_TEXTURE_LOD_BIAS': 15,
'GL_MAX_TEXTURE_SIZE': 16384,
'GL_MAX_UNIFORM_BUFFER_BINDINGS': 70,
'GL_MAX_UNIFORM_BLOCK_SIZE': 65536,
'GL_MAX_VARYING_COMPONENTS': 0,
'GL_MAX_VARYING_VECTORS': 31,
'GL_MAX_VARYING_FLOATS': 0,
'GL_MAX_VERTEX_ATTRIBS': 16,
'GL_MAX_VERTEX_TEXTURE_IMAGE_UNITS': 16,
'GL_MAX_VERTEX_UNIFORM_COMPONENTS': 4096,
'GL_MAX_VERTEX_UNIFORM_VECTORS': 1024,
'GL_MAX_VERTEX_OUTPUT_COMPONENTS': 128,
'GL_MAX_VERTEX_UNIFORM_BLOCKS': 14,
'GL_MAX_VERTEX_ATTRIB_RELATIVE_OFFSET': 0,
'GL_MAX_VERTEX_ATTRIB_BINDINGS': 0,
'GL_VIEWPORT_BOUNDS_RANGE': (-32768, 32768),
'GL_VIEWPORT_SUBPIXEL_BITS': 0,
'GL_MAX_VIEWPORTS': 16
}
.. py:attribute:: Context.includes
:type: Dict[str, str]
Mapping used for include statements.
.. py:attribute:: Context.extra
:type: Any
User defined data.
Context Flags
-------------
Context flags are used to enable or disable states in the context.
These are not the same enum values as in opengl, but are rather
bit flags so we can ``or`` them together setting multiple states
in a simple way.
These values are available in the ``Context`` object and in the
``moderngl`` module when you don't have access to the context.
.. code:: python
import moderngl
# From moderngl
ctx.enable_only(moderngl.DEPTH_TEST | moderngl.CULL_FACE)
# From context
ctx.enable_only(ctx.DEPTH_TEST | ctx.CULL_FACE)
.. py:attribute:: Context.NOTHING
:type: int
Represents no states. Can be used with :py:meth:`Context.enable_only` to disable all states.
.. py:attribute:: Context.BLEND
:type: int
Enable/disable blending
.. py:attribute:: Context.DEPTH_TEST
:type: int
Enable/disable depth testing
.. py:attribute:: Context.CULL_FACE
:type: int
Enable/disable face culling
.. py:attribute:: Context.RASTERIZER_DISCARD
:type: int
Enable/disable rasterization
Context flag: Enables ``gl_PointSize`` in vertex or geometry shaders.
When enabled we can write to ``gl_PointSize`` in the vertex shader to specify the point size
for each individual point.
If this value is not set in the shader the behavior is undefined. This means the points may
or may not appear depending if the drivers enforce some default value for ``gl_PointSize``.
.. py:attribute:: Context.PROGRAM_POINT_SIZE
:type: int
When disabled :py:attr:`Context.point_size` is used.
Primitive Modes
---------------
.. py:attribute:: Context.POINTS
:type: int
Each vertex represents a point
.. py:attribute:: Context.LINES
:type: int
Vertices 0 and 1 are considered a line. Vertices 2 and 3 are considered a line.
And so on. If the user specifies a non-even number of vertices, then the extra vertex is ignored.
.. py:attribute:: Context.LINE_LOOP
:type: int
As line strips, except that the first and last vertices are also used as a line.
Thus, you get n lines for n input vertices. If the user only specifies 1 vertex,
the drawing command is ignored. The line between the first and last vertices happens
after all of the previous lines in the sequence.
.. py:attribute:: Context.LINE_STRIP
:type: int
The adjacent vertices are considered lines. Thus, if you pass n vertices, you will get n-1 lines.
If the user only specifies 1 vertex, the drawing command is ignored.
.. py:attribute:: Context.TRIANGLES
:type: int
Vertices 0, 1, and 2 form a triangle. Vertices 3, 4, and 5 form a triangle. And so on.
.. py:attribute:: Context.TRIANGLE_STRIP
:type: int
Every group of 3 adjacent vertices forms a triangle. The face direction of the
strip is determined by the winding of the first triangle. Each successive triangle
will have its effective face order reversed, so the system compensates for that
by testing it in the opposite way. A vertex stream of n length will generate n-2 triangles.
.. py:attribute:: Context.TRIANGLE_FAN
:type: int
The first vertex is always held fixed. From there on, every group of 2 adjacent
vertices form a triangle with the first. So with a vertex stream, you get a list
of triangles like so: (0, 1, 2) (0, 2, 3), (0, 3, 4), etc. A vertex stream of
n length will generate n-2 triangles.
.. py:attribute:: Context.LINES_ADJACENCY
:type: int
These are special primitives that are expected to be used specifically with
geomtry shaders. These primitives give the geometry shader more vertices
to work with for each input primitive. Data needs to be duplicated in buffers.
.. py:attribute:: Context.LINE_STRIP_ADJACENCY
:type: int
These are special primitives that are expected to be used specifically with
geomtry shaders. These primitives give the geometry shader more vertices
to work with for each input primitive. Data needs to be duplicated in buffers.
.. py:attribute:: Context.TRIANGLES_ADJACENCY
:type: int
These are special primitives that are expected to be used specifically with
geomtry shaders. These primitives give the geometry shader more vertices
to work with for each input primitive. Data needs to be duplicated in buffers.
.. py:attribute:: Context.TRIANGLE_STRIP_ADJACENCY
:type: int
These are special primitives that are expected to be used specifically with
geomtry shaders. These primitives give the geometry shader more vertices
to work with for each input primitive. Data needs to be duplicated in buffers.
.. py:attribute:: Context.PATCHES
:type: int
primitive type can only be used when Tessellation is active. It is a primitive
with a user-defined number of vertices, which is then tessellated based on the
control and evaluation shaders into regular points, lines, or triangles, depending
on the TES's settings.
Texture Filters
~~~~~~~~~~~~~~~
Also available in the :py:class:`Context` instance
including mode details.
.. py:attribute:: Context.NEAREST
:type: int
Returns the value of the texture element that is nearest
(in Manhattan distance) to the specified texture coordinates.
.. py:attribute:: Context.LINEAR
:type: int
Returns the weighted average of the four texture elements
that are closest to the specified texture coordinates.
These can include items wrapped or repeated from other parts
of a texture, depending on the values of texture repeat mode,
and on the exact mapping.
.. py:attribute:: Context.NEAREST_MIPMAP_NEAREST
:type: int
Chooses the mipmap that most closely matches the size of the
pixel being textured and uses the ``NEAREST`` criterion (the texture
element closest to the specified texture coordinates) to produce
a texture value.
.. py:attribute:: Context.LINEAR_MIPMAP_NEAREST
:type: int
Chooses the mipmap that most closely matches the size of the pixel
being textured and uses the ``LINEAR`` criterion (a weighted average
of the four texture elements that are closest to the specified
texture coordinates) to produce a texture value.
.. py:attribute:: Context.NEAREST_MIPMAP_LINEAR
:type: int
Chooses the two mipmaps that most closely match the size of the
pixel being textured and uses the ``NEAREST`` criterion (the texture
element closest to the specified texture coordinates ) to produce
a texture value from each mipmap. The final texture value is a
weighted average of those two values.
.. py:attribute:: Context.LINEAR_MIPMAP_LINEAR
:type: int
Chooses the two mipmaps that most closely match the size of the pixel
being textured and uses the ``LINEAR`` criterion (a weighted average
of the texture elements that are closest to the specified texture
coordinates) to produce a texture value from each mipmap.
The final texture value is a weighted average of those two values.
Blend Functions
---------------
Blend functions are used with :py:attr:`Context.blend_func`
to control blending operations.
.. code::
# Default value
ctx.blend_func = ctx.SRC_ALPHA, ctx.ONE_MINUS_SRC_ALPHA
.. py:attribute:: Context.ZERO
:type: int
(0,0,0,0)
.. py:attribute:: Context.ONE
:type: int
(1,1,1,1)
.. py:attribute:: Context.SRC_COLOR
:type: int
(Rs0/kR,Gs0/kG,Bs0/kB,As0/kA)
.. py:attribute:: Context.ONE_MINUS_SRC_COLOR
:type: int
(1,1,1,1) - (Rs0/kR,Gs0/kG,Bs0/kB,As0/kA)
.. py:attribute:: Context.SRC_ALPHA
:type: int
(As0/kA,As0/kA,As0/kA,As0/kA)
.. py:attribute:: Context.ONE_MINUS_SRC_ALPHA
:type: int
(1,1,1,1) - (As0/kA,As0/kA,As0/kA,As0/kA)
.. py:attribute:: Context.DST_ALPHA
:type: int
(Ad/kA,Ad/kA,Ad/kA,Ad/kA)
.. py:attribute:: Context.ONE_MINUS_DST_ALPHA
:type: int
(1,1,1,1) - (Ad/kA,Ad/kA,Ad/kA,Ad/kA)
.. py:attribute:: Context.DST_COLOR
:type: int
(Rd/kR,Gd/kG,Bd/kB,Ad/kA)
.. py:attribute:: Context.ONE_MINUS_DST_COLOR
:type: int
(1,1,1,1) - (Rd/kR,Gd/kG,Bd/kB,Ad/kA)
Blend Function Shortcuts
------------------------
.. py:attribute:: Context.DEFAULT_BLENDING
:type: tuple
Shotcut for the default blending ``SRC_ALPHA, ONE_MINUS_SRC_ALPHA``
.. py:attribute:: Context.ADDITIVE_BLENDING
:type: tuple
Shotcut for additive blending ``ONE, ONE``
.. py:attribute:: Context.PREMULTIPLIED_ALPHA
:type: tuple
Shotcut for blend mode when using premultiplied alpha ``SRC_ALPHA, ONE``
Blend Equations
---------------
Used with :py:attr:`Context.blend_equation`.
.. py:attribute:: Context.FUNC_ADD
:type: int
source + destination
.. py:attribute:: Context.FUNC_SUBTRACT
:type: int
source - destination
.. py:attribute:: Context.FUNC_REVERSE_SUBTRACT
:type: int
destination - source
.. py:attribute:: Context.MIN
:type: int
Minimum of source and destination
.. py:attribute:: Context.MAX
:type: int
Maximum of source and destination
Other Enums
-----------
.. py:attribute:: Context.FIRST_VERTEX_CONVENTION
:type: int
Specifies the first vertex should be used as the source of data for flat shaded varyings.
Used with :py:attr:`Context.provoking_vertex`.
.. py:attribute:: Context.LAST_VERTEX_CONVENTION
:type: int
Specifies the last vertex should be used as the source of data for flat shaded varyings.
Used with :py:attr:`Context.provoking_vertex`.
.. py:attribute:: Context.VERTEX_ATTRIB_ARRAY_BARRIER_BIT
:type: int
VERTEX_ATTRIB_ARRAY_BARRIER_BIT
.. py:attribute:: Context.ELEMENT_ARRAY_BARRIER_BIT
:type: int
ELEMENT_ARRAY_BARRIER_BIT
.. py:attribute:: Context.UNIFORM_BARRIER_BIT
:type: int
UNIFORM_BARRIER_BIT
.. py:attribute:: Context.TEXTURE_FETCH_BARRIER_BIT
:type: int
TEXTURE_FETCH_BARRIER_BIT
.. py:attribute:: Context.SHADER_IMAGE_ACCESS_BARRIER_BIT
:type: int
SHADER_IMAGE_ACCESS_BARRIER_BIT
.. py:attribute:: Context.COMMAND_BARRIER_BIT
:type: int
COMMAND_BARRIER_BIT
.. py:attribute:: Context.PIXEL_BUFFER_BARRIER_BIT
:type: int
PIXEL_BUFFER_BARRIER_BIT
.. py:attribute:: Context.TEXTURE_UPDATE_BARRIER_BIT
:type: int
TEXTURE_UPDATE_BARRIER_BIT
.. py:attribute:: Context.BUFFER_UPDATE_BARRIER_BIT
:type: int
BUFFER_UPDATE_BARRIER_BIT
.. py:attribute:: Context.FRAMEBUFFER_BARRIER_BIT
:type: int
FRAMEBUFFER_BARRIER_BIT
.. py:attribute:: Context.TRANSFORM_FEEDBACK_BARRIER_BIT
:type: int
TRANSFORM_FEEDBACK_BARRIER_BIT
.. py:attribute:: Context.ATOMIC_COUNTER_BARRIER_BIT
:type: int
ATOMIC_COUNTER_BARRIER_BIT
.. py:attribute:: Context.SHADER_STORAGE_BARRIER_BIT
:type: int
SHADER_STORAGE_BARRIER_BIT
.. py:attribute:: Context.ALL_BARRIER_BITS
:type: int
ALL_BARRIER_BITS
Examples
--------
ModernGL Context
~~~~~~~~~~~~~~~~
.. code-block:: python
import moderngl
# create a window
ctx = moderngl.create_context()
print(ctx.version_code)
Standalone ModernGL Context
~~~~~~~~~~~~~~~~~~~~~~~~~~~
.. code-block:: python
import moderngl
ctx = moderngl.create_standalone_context()
print(ctx.version_code)
moderngl-moderngl-773b733/docs/reference/framebuffer.rst 0000664 0000000 0000000 00000014345 14704200620 0023315 0 ustar 00root root 0000000 0000000 Framebuffer
===========
.. py:class:: Framebuffer
Returned by :py:meth:`Context.framebuffer`
A :py:class:`Framebuffer` is a collection of buffers that can be used as the destination for rendering.
The buffers for Framebuffer objects reference images from either Textures or Renderbuffers.
Methods
-------
.. py:method:: Framebuffer.clear(red: float = 0.0, green: float = 0.0, blue: float = 0.0, alpha: float = 0.0, depth: float = 1.0, viewport=..., color=...) -> None
Clear the framebuffer.
If a `viewport` passed in, a scissor test will be used to clear the given viewport.
This viewport take presence over the framebuffers :py:attr:`~moderngl.Framebuffer.scissor`.
Clearing can still be done with scissor if no viewport is passed in.
This method also respects the
:py:attr:`~moderngl.Framebuffer.color_mask` and
:py:attr:`~moderngl.Framebuffer.depth_mask`. It can for example be used to only clear
the depth or color buffer or specific components in the color buffer.
If the `viewport` is a 2-tuple it will clear the
``(0, 0, width, height)`` where ``(width, height)`` is the 2-tuple.
If the `viewport` is a 4-tuple it will clear the given viewport.
:param float red: color component.
:param float green: color component.
:param float blue: color component.
:param float alpha: alpha component.
:param float depth: depth value.
:param tuple viewport: The viewport.
:param tuple color: Optional tuple replacing the red, green, blue and alpha arguments
.. py:method:: Framebuffer.read(viewport=..., components: int = 3, attachment: int = 0, alignment: int = 1, dtype: str = 'f1', clamp: bool = False) -> bytes
Read the content of the framebuffer.
:param tuple viewport: The viewport.
:param int components: The number of components to read.
:param int attachment: The color attachment number. -1 for the depth attachment
:param int alignment: The byte alignment of the pixels.
:param str dtype: Data type.
:param bool clamp: Clamps floating point values to ``[0.0, 1.0]``
.. code:: python
# Read the first color attachment's RGBA data
data = fbo.read(components=4)
# Read the second color attachment's RGB data
data = fbo.read(attachment=1)
# Read the depth attachment
data = fbo.read(attachment=-1)
# Read the lower left 10 x 10 pixels from the first color attachment
data = fbo.read(viewport=(0, 0, 10, 10))
.. py:method:: Framebuffer.read_into(buffer, viewport, components: int = 3, attachment: int = 0, alignment: int = 1, dtype: str = 'f1', write_offset: int = 0) -> None
Read the content of the framebuffer into a buffer.
:param bytearray buffer: The buffer that will receive the pixels.
:param tuple viewport: The viewport.
:param int components: The number of components to read.
:param int attachment: The color attachment.
:param int alignment: The byte alignment of the pixels.
:param str dtype: Data type.
:param int write_offset: The write offset.
.. py:method:: Framebuffer.use()
Bind the framebuffer.
.. py:method:: Framebuffer.release
Attributes
----------
.. py:attribute:: Framebuffer.viewport
:type: tuple
Get or set the viewport of the framebuffer.
.. py:attribute:: Framebuffer.scissor
:type: tuple
Get or set the scissor box of the framebuffer.
When scissor testing is enabled fragments outside
the defined scissor box will be discarded. This
applies to rendered geometry or :py:meth:`Framebuffer.clear`.
Setting is value enables scissor testing in the framebuffer.
Setting the scissor to ``None`` disables scissor testing
and reverts the scissor box to match the framebuffer size.
Example::
# Enable scissor testing
>>> ctx.scissor = 100, 100, 200, 100
# Disable scissor testing
>>> ctx.scissor = None
.. py:attribute:: Framebuffer.color_mask
:type: tuple
The color mask of the framebuffer.
Color masking controls what components in color attachments will be
affected by fragment write operations.
This includes rendering geometry and clearing the framebuffer.
Default value: ``(True, True, True, True)``.
Examples::
# Block writing to all color components (rgba) in color attachments
fbo.color_mask = False, False, False, False
# Re-enable writing to color attachments
fbo.color_mask = True, True, True, True
# Block fragment writes to alpha channel
fbo.color_mask = True, True, True, False
.. py:attribute:: Framebuffer.depth_mask
:type: bool
The depth mask of the framebuffer.
Depth mask enables or disables write operations to the depth buffer.
This also applies when clearing the framebuffer.
If depth testing is enabled fragments will still be culled, but
the depth buffer will not be updated with new values. This is
a very useful tool in many rendering techniques.
Default value: ``True``
.. py:attribute:: Framebuffer.width
:type: int
The width of the framebuffer.
Framebuffers created by a window will only report its initial size.
It's better get size information from the window itself.
.. py:attribute:: Framebuffer.height
:type: int
The height of the framebuffer.
Framebuffers created by a window will only report its initial size.
It's better get size information from the window itself.
.. py:attribute:: Framebuffer.size
:type: Tuple[int, int]
The size of the framebuffer.
Framebuffers created by a window will only report its initial size.
It's better get size information from the window itself.
.. py:attribute:: Framebuffer.samples
:type: int
The samples of the framebuffer.
.. py:attribute:: Framebuffer.bits
:type: int
The bits of the framebuffer.
.. py:attribute:: Framebuffer.color_attachments
:type: tuple
.. py:attribute:: Framebuffer.depth_attachment
:type: tuple
.. py:attribute:: Framebuffer.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Framebuffer.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: Framebuffer.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/index.rst 0000664 0000000 0000000 00000000502 14704200620 0022126 0 ustar 00root root 0000000 0000000 Reference
=========
.. toctree::
:maxdepth: 1
moderngl.rst
context.rst
buffer.rst
vertex_array.rst
program.rst
sampler.rst
texture.rst
texture_array.rst
texture3d.rst
texture_cube.rst
framebuffer.rst
renderbuffer.rst
scope.rst
query.rst
compute_shader.rst
moderngl-moderngl-773b733/docs/reference/moderngl.rst 0000664 0000000 0000000 00000012652 14704200620 0022637 0 ustar 00root root 0000000 0000000 moderngl
========
.. py:module:: moderngl
.. code-block:: python
import moderngl
window = ...
ctx = moderngl.create_context()
# store a ref to ctx
The module object itself is responsible for creating a :py:class:`Context` object.
.. py:function:: moderngl.create_context(require: int = 330, standalone: bool = False) -> Context
Create a ModernGL context by loading OpenGL functions from an existing OpenGL context.
An OpenGL context must exist. Call this after a window is created or opt for the windowless standalone mode.
Other backend specific settings are passed as keyword arguments.
Context sharing is known to not work properly, please avoid using it.
There is a paramter `share` for that to attempt to create a shared context.
:param int require: OpenGL version code
:param bool standalone: Headless flag
Example::
# Accept the current context version
ctx = moderngl.create_context()
# Require at least OpenGL 4.3
ctx = moderngl.create_context(require=430)
# Create a windowless context
ctx = moderngl.create_context(standalone=True)
.. py:function:: moderngl.create_standalone_context(...) -> Context
Deprecated, use :py:func:`moderngl.create_context()` with the standalone parameter set.
.. py:function:: moderngl.get_context() -> Context
Returns the previously created context object.
Example::
# my_app.py
from moderngl import create_context
ctx = create_context(...)
# my_renderer.py
from moderngl import get_context
class MyRenderer:
def __init__(self):
self.ctx = get_context()
self.program = ...
self.vao = ...
Context Flags
-------------
These were moved to :py:class:`Context`.
.. py:attribute:: moderngl.NOTHING
See :py:attr:`Context.NOTHING`
.. py:attribute:: moderngl.BLEND
See :py:attr:`Context.BLEND`
.. py:attribute:: moderngl.DEPTH_TEST
See :py:attr:`Context.DEPTH_TEST`
.. py:attribute:: moderngl.CULL_FACE
See :py:attr:`Context.CULL_FACE`
.. py:attribute:: moderngl.RASTERIZER_DISCARD
See :py:attr:`Context.RASTERIZER_DISCARD`
.. py:attribute:: moderngl.PROGRAM_POINT_SIZE
See :py:attr:`Context.PROGRAM_POINT_SIZE`
.. py:attribute:: moderngl.POINTS
See :py:attr:`Context.POINTS`
.. py:attribute:: moderngl.LINES
See :py:attr:`Context.LINES`
.. py:attribute:: moderngl.LINE_LOOP
See :py:attr:`Context.LINE_LOOP`
.. py:attribute:: moderngl.LINE_STRIP
See :py:attr:`Context.LINE_STRIP`
.. py:attribute:: moderngl.TRIANGLES
See :py:attr:`Context.TRIANGLES`
.. py:attribute:: moderngl.TRIANGLE_STRIP
See :py:attr:`Context.TRIANGLE_STRIP`
.. py:attribute:: moderngl.TRIANGLE_FAN
See :py:attr:`Context.TRIANGLE_FAN`
.. py:attribute:: moderngl.LINES_ADJACENCY
See :py:attr:`Context.LINES_ADJACENCY`
.. py:attribute:: moderngl.LINE_STRIP_ADJACENCY
See :py:attr:`Context.LINE_STRIP_ADJACENCY`
.. py:attribute:: moderngl.TRIANGLES_ADJACENCY
See :py:attr:`Context.TRIANGLES_ADJACENCY`
.. py:attribute:: moderngl.TRIANGLE_STRIP_ADJACENCY
See :py:attr:`Context.TRIANGLE_STRIP_ADJACENCY`
.. py:attribute:: moderngl.PATCHES
See :py:attr:`Context.PATCHES`
.. py:attribute:: moderngl.NEAREST
See :py:attr:`Context.NEAREST`
.. py:attribute:: moderngl.LINEAR
See :py:attr:`Context.LINEAR`
.. py:attribute:: moderngl.NEAREST_MIPMAP_NEAREST
See :py:attr:`Context.NEAREST_MIPMAP_NEAREST`
.. py:attribute:: moderngl.LINEAR_MIPMAP_NEAREST
See :py:attr:`Context.LINEAR_MIPMAP_NEAREST`
.. py:attribute:: moderngl.NEAREST_MIPMAP_LINEAR
See :py:attr:`Context.NEAREST_MIPMAP_LINEAR`
.. py:attribute:: moderngl.LINEAR_MIPMAP_LINEAR
See :py:attr:`Context.LINEAR_MIPMAP_LINEAR`
.. py:attribute:: moderngl.ZERO
See :py:attr:`Context.ZERO`
.. py:attribute:: moderngl.ONE
See :py:attr:`Context.ONE`
.. py:attribute:: moderngl.SRC_COLOR
See :py:attr:`Context.SRC_COLOR`
.. py:attribute:: moderngl.ONE_MINUS_SRC_COLOR
See :py:attr:`Context.ONE_MINUS_SRC_COLOR`
.. py:attribute:: moderngl.SRC_ALPHA
See :py:attr:`Context.SRC_ALPHA`
.. py:attribute:: moderngl.ONE_MINUS_SRC_ALPHA
See :py:attr:`Context.ONE_MINUS_SRC_ALPHA`
.. py:attribute:: moderngl.DST_ALPHA
See :py:attr:`Context.DST_ALPHA`
.. py:attribute:: moderngl.ONE_MINUS_DST_ALPHA
See :py:attr:`Context.ONE_MINUS_DST_ALPHA`
.. py:attribute:: moderngl.DST_COLOR
See :py:attr:`Context.DST_COLOR`
.. py:attribute:: moderngl.ONE_MINUS_DST_COLOR
See :py:attr:`Context.ONE_MINUS_DST_COLOR`
.. py:attribute:: moderngl.DEFAULT_BLENDING
See :py:attr:`Context.DEFAULT_BLENDING`
.. py:attribute:: moderngl.ADDITIVE_BLENDING
See :py:attr:`Context.ADDITIVE_BLENDING`
.. py:attribute:: moderngl.PREMULTIPLIED_ALPHA
See :py:attr:`Context.PREMULTIPLIED_ALPHA`
.. py:attribute:: moderngl.FUNC_ADD
See :py:attr:`Context.FUNC_ADD`
.. py:attribute:: moderngl.FUNC_SUBTRACT
See :py:attr:`Context.FUNC_SUBTRACT`
.. py:attribute:: moderngl.FUNC_REVERSE_SUBTRACT
See :py:attr:`Context.FUNC_REVERSE_SUBTRACT`
.. py:attribute:: moderngl.MIN
See :py:attr:`Context.MIN`
.. py:attribute:: moderngl.MAX
See :py:attr:`Context.MAX`
.. py:attribute:: moderngl.FIRST_VERTEX_CONVENTION
See :py:attr:`Context.FIRST_VERTEX_CONVENTION`
.. py:attribute:: moderngl.LAST_VERTEX_CONVENTION
See :py:attr:`Context.LAST_VERTEX_CONVENTION`
moderngl-moderngl-773b733/docs/reference/program.rst 0000664 0000000 0000000 00000013253 14704200620 0022475 0 ustar 00root root 0000000 0000000 Program
=======
.. py:class:: Program
Returned by :py:meth:`Context.program`
A Program object represents fully processed executable code in the OpenGL Shading Language, \
for one or more Shader stages.
In ModernGL, a Program object can be assigned to :py:class:`VertexArray` objects.
The VertexArray object is capable of binding the Program object once the
:py:meth:`VertexArray.render` or :py:meth:`VertexArray.transform` is called.
Program objects has no method called ``use()``, VertexArrays encapsulate this mechanism.
A Program object cannot be instantiated directly, it requires a context.
Use :py:meth:`Context.program` to create one.
Uniform buffers can be bound using :py:meth:`Buffer.bind_to_uniform_block`
or can be set individually. For more complex binding yielding higher
performance consider using :py:class:`moderngl.Scope`.
Methods
-------
.. py:method:: Program.get(key: str, default: Any) -> Uniform | UniformBlock | Attribute | Varying
Returns a Uniform, UniformBlock, Attribute or Varying.
:param default: This is the value to be returned in case key does not exist.
.. py:method:: Program.__getitem__
Get a member such as uniforms, uniform blocks, attributes and varyings by name.
.. code-block:: python
# Get a uniform
uniform = program['color']
# Uniform values can be set on the returned object
# or the `__setitem__` shortcut can be used.
program['color'].value = 1.0, 1.0, 1.0, 1.0
# Still when writing byte data we need to use the `write()` method
program['color'].write(buffer)
.. py:method:: Program.__setitem__
Set a value of uniform or uniform block.
.. code-block:: python
# Set a vec4 uniform
uniform['color'] = 1.0, 1.0, 1.0, 1.0
# Optionally we can store references to a member and set the value directly
uniform = program['color']
uniform.value = 1.0, 0.0, 0.0, 0.0
uniform = program['cameraMatrix']
uniform.write(camera_matrix)
.. py:method:: Program.__iter__
Yields the internal members names as strings.
This includes all members such as uniforms, attributes etc.
Example::
# Print member information
for name in program:
member = program[name]
print(name, type(member), member)
Output::
vert
vert_color
gl_InstanceID
rotation
scale
We can filter on member type if needed::
for name in prog:
member = prog[name]
if isinstance(member, moderngl.Uniform):
print('Uniform', name, member)
or a less verbose version using dict comprehensions::
uniforms = {name: self.prog[name] for name in self.prog
if isinstance(self.prog[name], moderngl.Uniform)}
print(uniforms)
Output::
{'rotation': , 'scale': }
.. py:method:: Program.release() -> None
Release the ModernGL object.
Attributes
----------
.. py:attribute:: Program.geometry_input
:type: int
The geometry input primitive.
The GeometryShader's input primitive if the GeometryShader exists.
The geometry input primitive will be used for validation.
(from ``layout(input_primitive) in;``)
This can only be ``POINTS``, ``LINES``, ``LINES_ADJACENCY``, ``TRIANGLES``, ``TRIANGLE_ADJACENCY``.
.. py:attribute:: Program.geometry_output
:type: int
The geometry output primitive.
The GeometryShader's output primitive if the GeometryShader exists.
This can only be ``POINTS``, ``LINE_STRIP`` and ``TRIANGLE_STRIP``
(from ``layout(output_primitive, max_vertices = vert_count) out;``)
.. py:attribute:: Program.geometry_vertices
:type: int
The maximum number of vertices that the geometry shader will output.
(from ``layout(output_primitive, max_vertices = vert_count) out;``)
.. py:attribute:: Program.is_transform
:type: int
If this is a tranform program (no fragment shader).
.. py:attribute:: Program.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Program.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: Program.extra
:type: Any
User defined data.
Examples
--------
.. rubric:: A simple program designed for rendering
.. code-block:: python
:linenos:
my_render_program = ctx.program(
vertex_shader='''
#version 330
in vec2 vert;
void main() {
gl_Position = vec4(vert, 0.0, 1.0);
}
''',
fragment_shader='''
#version 330
out vec4 color;
void main() {
color = vec4(0.3, 0.5, 1.0, 1.0);
}
''',
)
.. rubric:: A simple program designed for transforming
.. code-block:: python
:linenos:
my_transform_program = ctx.program(
vertex_shader='''
#version 330
in vec4 vert;
out float vert_length;
void main() {
vert_length = length(vert);
}
''',
varyings=['vert_length']
)
Program Members
---------------
.. toctree::
:maxdepth: 2
uniform.rst
uniform_block.rst
storage_block.rst
attribute.rst
varying.rst
moderngl-moderngl-773b733/docs/reference/query.rst 0000664 0000000 0000000 00000003426 14704200620 0022174 0 ustar 00root root 0000000 0000000 Query
=====
.. py:class:: Query
Returned by :py:meth:`Context.query`
This class represents a Query object.
Attributes
----------
.. py:attribute:: Query.samples
:type: int
The number of samples passed.
.. py:attribute:: Query.primitives
:type: int
The number of primitives generated.
.. py:attribute:: Query.elapsed
:type: int
The time elapsed in nanoseconds.
.. py:attribute:: Query.crender
:type: ConditionalRender
.. py:attribute:: Query.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Query.extra
:type: Any
User defined data.
Examples
--------
.. rubric:: Simple query example
.. code-block:: python
:linenos:
import moderngl
import numpy as np
ctx = moderngl.create_standalone_context()
prog = ctx.program(
vertex_shader='''
#version 330
in vec2 in_vert;
void main() {
gl_Position = vec4(in_vert, 0.0, 1.0);
}
''',
fragment_shader='''
#version 330
out vec4 color;
void main() {
color = vec4(1.0, 0.0, 0.0, 1.0);
}
''',
)
vertices = np.array([
0.0, 0.0,
1.0, 0.0,
0.0, 1.0,
], dtype='f4')
vbo = ctx.buffer(vertices.tobytes())
vao = ctx.simple_vertex_array(prog, vbo, 'in_vert')
fbo = ctx.simple_framebuffer((64, 64))
fbo.use()
query = ctx.query(samples=True, time=True)
with query:
vao.render()
print('It took %d nanoseconds' % query.elapsed)
print('to render %d samples' % query.samples)
.. rubric:: Output
.. code-block:: text
It took 13529 nanoseconds
to render 496 samples
.. toctree::
:maxdepth: 1
conditional_render.rst
moderngl-moderngl-773b733/docs/reference/renderbuffer.rst 0000664 0000000 0000000 00000003446 14704200620 0023502 0 ustar 00root root 0000000 0000000 Renderbuffer
============
.. py:class:: Renderbuffer
Returned by :py:meth:`Context.renderbuffer` or :py:meth:`Context.depth_renderbuffer`
Renderbuffer objects are OpenGL objects that contain images.
They are created and used specifically with :py:class:`Framebuffer` objects.
They are optimized for use as render targets, while :py:class:`Texture` objects
may not be, and are the logical choice when you do not need to sample
from the produced image. If you need to resample, use Textures instead.
Renderbuffer objects also natively accommodate multisampling.
A Renderbuffer object cannot be instantiated directly, it requires a context.
Use :py:meth:`Context.renderbuffer` or :py:meth:`Context.depth_renderbuffer`
to create one.
Methods
-------
.. py:method:: Renderbuffer.release
Attributes
----------
.. py:attribute:: Renderbuffer.width
:type: int
The width of the renderbuffer.
.. py:attribute:: Renderbuffer.height
:type: int
The height of the renderbuffer.
.. py:attribute:: Renderbuffer.size
:type: Tuple[int, int]
The size of the renderbuffer.
.. py:attribute:: Renderbuffer.samples
:type: int
The number of samples for multisampling.
.. py:attribute:: Renderbuffer.components
:type: int
The number components.
.. py:attribute:: Renderbuffer.depth
:type: bool
Determines if the renderbuffer contains depth values.
.. py:attribute:: Renderbuffer.dtype
:type: str
Data type.
.. py:attribute:: Renderbuffer.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Renderbuffer.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: Renderbuffer.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/sampler.rst 0000664 0000000 0000000 00000012740 14704200620 0022471 0 ustar 00root root 0000000 0000000 Sampler
=======
.. py:class:: Sampler
Returned by :py:meth:`Context.sampler`
A Sampler Object is an OpenGL Object that stores the sampling parameters for a Texture access inside of a shader.
When a sampler object is bound to a texture image unit,
the internal sampling parameters for a texture bound to the same image unit are all ignored.
Instead, the sampling parameters are taken from this sampler object.
Unlike textures, a samplers state can also be changed freely be at any time
without the sampler object being bound/in use.
Samplers are bound to a texture unit and not a texture itself. Be careful with leaving
samplers bound to texture units as it can cause texture incompleteness issues
(the texture bind is ignored).
Sampler bindings do clear automatically between every frame so a texture unit
need at least one bind/use per frame.
Methods
-------
.. py:method:: Sampler.use(location: int = 0) -> None:
Bind the sampler to a texture unit.
:param int location: The texture unit
.. py:method:: Sampler.clear(location: int = 0) -> None:
Clear the sampler binding on a texture unit.
:param int location: The texture unit
.. py:method:: Sampler.assign(index: int) -> tuple
Helper method for assigning samplers to scopes.
Example::
s1 = ctx.sampler(...)
s2 = ctx.sampler(...)
ctx.scope(samplers=(s1.assign(0), s1.assign(1)), ...)mpler
.. py:method:: Sampler.release
Attributes
----------
.. py:attribute:: Sampler.texture
:type: Texture
The texture object to sample.
.. py:attribute:: Sampler.repeat_x
:type: bool
The x repeat flag for the sampler (Default ``True``).
Example::
# Enable texture repeat (GL_REPEAT)
sampler.repeat_x = True
# Disable texture repeat (GL_CLAMP_TO_EDGE)
sampler.repeat_x = False
.. py:attribute:: Sampler.repeat_y
:type: bool
The y repeat flag for the sampler (Default ``True``).
Example::
# Enable texture repeat (GL_REPEAT)
sampler.repeat_y = True
# Disable texture repeat (GL_CLAMP_TO_EDGE)
sampler.repeat_y = False
.. py:attribute:: Sampler.repeat_z
:type: bool
The z repeat flag for the sampler (Default ``True``).
Example::
# Enable texture repeat (GL_REPEAT)
sampler.repeat_z = True
# Disable texture repeat (GL_CLAMP_TO_EDGE)
sampler.repeat_z = False
.. py:attribute:: Sampler.filter
:type: tuple
The minification and magnification filter for the sampler.
(Default ``(moderngl.LINEAR. moderngl.LINEAR)``)
Example::
sampler.filter == (moderngl.NEAREST, moderngl.NEAREST)
sampler.filter == (moderngl.LINEAR_MIPMAP_LINEAR, moderngl.LINEAR)
sampler.filter == (moderngl.NEAREST_MIPMAP_LINEAR, moderngl.NEAREST)
sampler.filter == (moderngl.LINEAR_MIPMAP_NEAREST, moderngl.NEAREST)
.. py:attribute:: Sampler.compare_func
:type: tuple
The compare function for a depth textures (Default ``'?'``).
By default samplers don't have depth comparison mode enabled.
This means that depth texture values can be read as a ``sampler2D``
using ``texture()`` in a GLSL shader by default.
When setting this property to a valid compare mode, ``GL_TEXTURE_COMPARE_MODE``
is set to ``GL_COMPARE_REF_TO_TEXTURE`` so that texture lookup
functions in GLSL will return a depth comparison result instead
of the actual depth value.
Accepted compare functions::
.compare_func = '' # Disale depth comparison completely
sampler.compare_func = '<=' # GL_LEQUAL
sampler.compare_func = '<' # GL_LESS
sampler.compare_func = '>=' # GL_GEQUAL
sampler.compare_func = '>' # GL_GREATER
sampler.compare_func = '==' # GL_EQUAL
sampler.compare_func = '!=' # GL_NOTEQUAL
sampler.compare_func = '0' # GL_NEVER
sampler.compare_func = '1' # GL_ALWAYS
.. py:attribute:: Sampler.anisotropy
:type: float
Number of samples for anisotropic filtering (Default ``1.0``).
The value will be clamped in range ``1.0`` and ``ctx.max_anisotropy``.
Any value greater than 1.0 counts as a use of anisotropic filtering::
# Disable anisotropic filtering
sampler.anisotropy = 1.0
# Enable anisotropic filtering suggesting 16 samples as a maximum
sampler.anisotropy = 16.0
.. py:attribute:: Sampler.border_color
:type: tuple
The (r, g, b, a) color for the texture border (Default ``(0.0, 0.0, 0.0, 0.0)``).
When setting this value the ``repeat_`` values are overridden setting the texture wrap to return
the border color when outside [0, 1] range.
Example::
# Red border color
sampler.border_color = (1.0, 0.0, 0.0, 0.0)
.. py:attribute:: Sampler.min_lod
:type: float
Minimum level-of-detail parameter (Default ``-1000.0``).
This floating-point value limits the selection of highest resolution mipmap (lowest mipmap level)
.. py:attribute:: Sampler.max_lod
:type: float
Minimum level-of-detail parameter (Default ``1000.0``).
This floating-point value limits the selection of the lowest resolution mipmap (highest mipmap level)
.. py:attribute:: Sampler.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Sampler.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: Sampler.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/scope.rst 0000664 0000000 0000000 00000005715 14704200620 0022143 0 ustar 00root root 0000000 0000000 Scope
=====
.. py:class:: Scope
Returned by :py:meth:`Context.scope`
This class represents a Scope object.
Responsibilities on enter:
- Set the enable flags.
- Bind the framebuffer.
- Assigning textures to texture locations.
- Assigning buffers to uniform buffers.
- Assigning buffers to shader storage buffers.
Responsibilities on exit:
- Restore the enable flags.
- Restore the framebuffer.
Methods
-------
.. py:method:: Scope.release
Attributes
----------
.. py:attribute:: Scope.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Scope.extra
:type: Any
User defined data.
Examples
--------
.. rubric:: Simple scope example
.. code-block:: python
scope1 = ctx.scope(fbo1, moderngl.BLEND)
scope2 = ctx.scope(fbo2, moderngl.DEPTH_TEST | moderngl.CULL_FACE)
with scope1:
# do some rendering
with scope2:
# do some rendering
.. rubric:: Scope for querying
.. code-block:: python
query = ctx.query(samples=True)
scope = ctx.scope(ctx.screen, moderngl.DEPTH_TEST | moderngl.RASTERIZER_DISCARD)
with scope, query:
# do some rendering
print(query.samples)
.. rubric:: Understanding what scope objects do
.. code-block:: python
scope = ctx.scope(
framebuffer=framebuffer1,
enable_only=moderngl.BLEND,
textures=[
(texture1, 4),
(texture2, 3),
],
uniform_buffers=[
(buffer1, 6),
(buffer2, 5),
],
storage_buffers=[
(buffer3, 8),
],
)
# Let's assume we have some state before entering the scope
some_random_framebuffer.use()
some_random_texture.use(3)
some_random_buffer.bind_to_uniform_block(5)
some_random_buffer.bind_to_storage_buffer(8)
ctx.enable_only(moderngl.DEPTH_TEST)
with scope:
# on __enter__
# framebuffer1.use()
# ctx.enable_only(moderngl.BLEND)
# texture1.use(4)
# texture2.use(3)
# buffer1.bind_to_uniform_block(6)
# buffer2.bind_to_uniform_block(5)
# buffer3.bind_to_storage_buffer(8)
# do some rendering
# on __exit__
# some_random_framebuffer.use()
# ctx.enable_only(moderngl.DEPTH_TEST)
# Originally we had the following, let's see what was changed
some_random_framebuffer.use() # This was restored hurray!
some_random_texture.use(3) # Have to restore it manually.
some_random_buffer.bind_to_uniform_block(5) # Have to restore it manually.
some_random_buffer.bind_to_storage_buffer(8) # Have to restore it manually.
ctx.enable_only(moderngl.DEPTH_TEST) # This was restored too.
# Scope objects only do as much as necessary.
# Restoring the framebuffer and enable flags are lowcost operations and
# without them you could get a hard time debugging the application.
moderngl-moderngl-773b733/docs/reference/storage_block.rst 0000664 0000000 0000000 00000001602 14704200620 0023637 0 ustar 00root root 0000000 0000000 StorageBlock
============
.. py:class:: StorageBlock
Available in :py:meth:`Program.__getitem__`
Storage Blocks are OpenGL 4.3+ Program accessible data blocks.
Compared to UniformBlocks they can be larger in size and also support write operations.
For less than one page (64KB) read-only data use UniformBlocks.
.. py:attribute:: StorageBlock.binding
:type: int
The binding of the Storage block. Same as the value.
.. py:attribute:: StorageBlock.value
:type: int
The value of the Storage block. Same as the binding.
.. py:attribute:: StorageBlock.name
:type: str
The name of the Storage block.
.. py:attribute:: StorageBlock.index
:type: int
The index of the Storage block.
.. py:attribute:: StorageBlock.size
:type: int
The size of the Storage block.
.. py:attribute:: StorageBlock.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/texture.rst 0000664 0000000 0000000 00000020443 14704200620 0022525 0 ustar 00root root 0000000 0000000 Texture
=======
.. py:class:: Texture
Returned by :py:meth:`Context.texture` and :py:meth:`Context.depth_texture`
A Texture is an OpenGL object that contains one or more images that all have the same image format.
A texture can be used in two ways. It can
be the source of a texture access from a Shader, or it can be used
as a render target.
A Texture object cannot be instantiated directly, it requires a context.
Use :py:meth:`Context.texture` or :py:meth:`Context.depth_texture`
to create one.
Methods
-------
.. py:method:: Texture.read(alignment: int = 1) -> bytes
Read the pixel data as bytes into system memory.
:param int alignment: The byte alignment of the pixels.
.. py:method:: Texture.read_into(buffer: Any, alignment: int = 1, write_offset: int = 0)
Read the content of the texture into a bytearray or :py:class:`~moderngl.Buffer`.
The advantage of reading into a :py:class:`~moderngl.Buffer` is that pixel data
does not need to travel all the way to system memory::
# Reading pixel data into a bytearray
data = bytearray(8)
texture = ctx.texture3d((2, 2, 2), 1)
texture.read_into(data)
# Reading pixel data into a buffer
data = ctx.buffer(reserve=8)
texture = ctx.texture3d((2, 2, 2), 1)
texture.read_into(data)
:param bytearray buffer: The buffer that will receive the pixels.
:param int alignment: The byte alignment of the pixels.
:param int write_offset: The write offset.
.. py:method:: Texture.write(data: Any, viewport: tuple, alignment: int = 1)
Update the content of the texture from byte data or a moderngl :py:class:`~moderngl.Buffer`.
Examples::
# Write data from a moderngl Buffer
data = ctx.buffer(reserve=8)
texture = ctx.texture3d((2, 2, 2), 1)
texture.write(data)
# Write data from bytes
data = b'\xff\xff\xff\xff\xff\xff\xff\xff'
texture = ctx.texture3d((2, 2), 1)
texture.write(data)
:param bytes data: The pixel data.
:param tuple viewport: The viewport.
:param int alignment: The byte alignment of the pixels.
.. py:method:: Texture.build_mipmaps(base: int = 0, max_level: int = 1000) -> None
Generate mipmaps.
This also changes the texture filter to ``LINEAR_MIPMAP_LINEAR, LINEAR``
(Will be removed in ``6.x``)
:param int base: The base level
:param int max_level: The maximum levels to generate
.. py:method:: Texture.bind_to_image(unit: int, read: bool = True, write: bool = True, level: int = 0, format: int = 0) -> None
Bind a texture to an image unit (OpenGL 4.2 required).
This is used to bind textures to image units for shaders.
The idea with image load/store is that the user can bind
one of the images in a Texture to a number of image binding points
(which are separate from texture image units). Shaders can read
information from these images and write information to them,
in ways that they cannot with textures.
It's important to specify the right access type for the image.
This can be set with the ``read`` and ``write`` arguments.
Allowed combinations are:
- **Read-only**: ``read=True`` and ``write=False``
- **Write-only**: ``read=False`` and ``write=True``
- **Read-write**: ``read=True`` and ``write=True``
``format`` specifies the format that is to be used when performing
formatted stores into the image from shaders. ``format`` must be
compatible with the texture's internal format. **By default the format
of the texture is passed in. The format parameter is only needed
when overriding this behavior.**
Note that we bind the 3D textured layered making the entire texture
readable and writable. It is possible to bind a specific 2D section
in the future.
More information:
- https://www.khronos.org/opengl/wiki/Image_Load_Store
- https://www.khronos.org/registry/OpenGL-Refpages/gl4/html/glBindImageTexture.xhtml
:param int unit: Specifies the index of the image unit to which to bind the texture
:param Texture texture: The texture to bind
:param bool read: Allows the shader to read the image (default: ``True``)
:param bool write: Allows the shader to write to the image (default: ``True``)
:param int level: Level of the texture to bind (default: ``0``).
:param int format: (optional) The OpenGL enum value representing the format (defaults to the texture's format)
.. py:method:: Texture.use(location: int = 0) -> None
Better to use :py:class:`Sampler` objects and avoid this call on the Texture object directly.
Bind the texture to a texture unit.
:param int location: The texture location/unit.
The location is the texture unit we want to bind the texture.
This should correspond with the value of the ``sampler2D``
uniform in the shader because samplers read from the texture
unit we assign to them::
# Define what texture unit our two sampler3D uniforms should represent
program['texture_a'] = 0
program['texture_b'] = 1
# Bind textures to the texture units
first_texture.use(location=0)
second_texture.use(location=1)
.. py:method:: Texture.get_handle(resident: bool = True) -> int
Handle for Bindless Textures.
:param bool resident: Make the texture resident.
Once a handle is created its parameters cannot be changed.
Attempting to do so will have no effect. (filter, wrap etc).
There is no way to undo this immutability.
Handles cannot be used by shaders until they are resident.
This method can be called multiple times to move a texture
in and out of residency::
>> texture.get_handle(resident=False)
4294969856
>> texture.get_handle(resident=True)
4294969856
Ths same handle is returned if the handle already exists.
.. note:: Limitations from the OpenGL wiki
The amount of storage available for resident images/textures may be less
than the total storage for textures that is available. As such, you should
attempt to minimize the time a texture spends being resident. Do not attempt
to take steps like making textures resident/unresident every frame or something.
But if you are finished using a texture for some time, make it unresident.
.. py:method:: Texture.release
Attributes
----------
.. py:attribute:: Texture.width
:type: int
The width of the texture.
.. py:attribute:: Texture.height
:type: int
The height of the texture.
.. py:attribute:: Texture.size
:type: Tuple[int, int]
The size of the texture.
.. py:attribute:: Texture.components
:type: int
The number of components of the texture.
.. py:attribute:: Texture.samples
:type: int
The number of samples set for the texture used in multisampling.
.. py:attribute:: Texture.depth
:type: bool
Determines if the texture contains depth values.
.. py:attribute:: Texture.dtype
:type: str
Data type.
.. py:attribute:: Texture.swizzle
:type: str
The swizzle mask of the texture (Default ``'RGBA'``).
The swizzle mask change/reorder the ``vec4`` value returned by the ``texture()`` function
in a GLSL shaders. This is represented by a 4 character string were each
character can be::
'R' GL_RED
'G' GL_GREEN
'B' GL_BLUE
'A' GL_ALPHA
'0' GL_ZERO
'1' GL_ONE
Example::
# Alpha channel will always return 1.0
texture.swizzle = 'RGB1'
# Only return the red component. The rest is masked to 0.0
texture.swizzle = 'R000'
# Reverse the components
texture.swizzle = 'ABGR'
.. py:attribute:: Texture.repeat_x
See :py:class:`Sampler.repeat_x`
.. py:attribute:: Texture.repeat_y
See :py:class:`Sampler.repeat_y`
.. py:attribute:: Texture.filter
See :py:class:`Sampler.filter`
.. py:attribute:: Texture.compare_func
See :py:class:`Sampler.compare_func`
.. py:attribute:: Texture.anisotropy
See :py:class:`Sampler.anisotropy`
.. py:attribute:: Texture.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Texture.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: Texture.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/texture3d.rst 0000664 0000000 0000000 00000002730 14704200620 0022753 0 ustar 00root root 0000000 0000000 Texture3D
=========
.. py:class:: Texture3D
Returned by :py:meth:`Context.texture3d`
A Texture is an OpenGL object that contains one or more images that all have the same image format.
A texture can be used in two ways. It can
be the source of a texture access from a Shader, or it can be used
as a render target.
A Texture3D object cannot be instantiated directly, it requires a context.
Use :py:meth:`Context.texture3d` to create one.
Methods
-------
.. py:method:: Texture3D.read
.. py:method:: Texture3D.read_into
.. py:method:: Texture3D.write
.. py:method:: Texture3D.build_mipmaps
.. py:method:: Texture3D.bind_to_image
.. py:method:: Texture3D.use
.. py:method:: Texture3D.release
.. py:method:: Texture3D.get_handle
Attributes
----------
.. py:attribute:: Texture3D.repeat_x
.. py:attribute:: Texture3D.repeat_y
.. py:attribute:: Texture3D.repeat_z
.. py:attribute:: Texture3D.filter
.. py:attribute:: Texture3D.swizzle
.. py:attribute:: Texture3D.width
.. py:attribute:: Texture3D.height
.. py:attribute:: Texture3D.depth
.. py:attribute:: Texture3D.size
.. py:attribute:: Texture3D.dtype
.. py:attribute:: Texture3D.components
.. py:attribute:: Texture3D.ctx
:type: Context
The context this object belongs to
.. py:attribute:: Texture3D.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: Texture3D.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/texture_array.rst 0000664 0000000 0000000 00000003013 14704200620 0023715 0 ustar 00root root 0000000 0000000 TextureArray
============
.. py:class:: TextureArray
Returned by :py:meth:`Context.texture_array`
An Array Texture is a Texture where each mipmap level contains an array of images of the same size.
Array textures may have Mipmaps, but each mipmap
in the texture has the same number of levels.
A TextureArray object cannot be instantiated directly, it requires a context.
Use :py:meth:`Context.texture_array` to create one.
Methods
-------
.. py:method:: TextureArray.read
.. py:method:: TextureArray.read_into
.. py:method:: TextureArray.write
.. py:method:: TextureArray.bind_to_image
.. py:method:: TextureArray.build_mipmaps
.. py:method:: TextureArray.use
.. py:method:: TextureArray.release
.. py:method:: TextureArray.get_handle
Attributes
----------
.. py:attribute:: TextureArray.repeat_x
.. py:attribute:: TextureArray.repeat_y
.. py:attribute:: TextureArray.filter
.. py:attribute:: TextureArray.swizzle
.. py:attribute:: TextureArray.anisotropy
.. py:attribute:: TextureArray.width
.. py:attribute:: TextureArray.height
.. py:attribute:: TextureArray.layers
.. py:attribute:: TextureArray.size
.. py:attribute:: TextureArray.dtype
.. py:attribute:: TextureArray.components
.. py:attribute:: TextureArray.ctx
:type: Context
The context this object belongs to
.. py:attribute:: TextureArray.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: TextureArray.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/texture_cube.rst 0000664 0000000 0000000 00000003145 14704200620 0023523 0 ustar 00root root 0000000 0000000 TextureCube
===========
.. py:class:: TextureCube
Returned by :py:meth:`Context.texture_cube` and :py:meth:`Context.depth_texture_cube`
Cubemaps are a texture using the type GL_TEXTURE_CUBE_MAP.
They are similar to 2D textures in that they have two dimensions.
However, each mipmap level has 6 faces, with each face having the
same size as the other faces.
The width and height of a cubemap must be the same (ie: cubemaps are squares),
but these sizes need not be powers of two.
.. Note:: ModernGL enables ``GL_TEXTURE_CUBE_MAP_SEAMLESS`` globally
to ensure filtering will be done across the cube faces.
A Texture3D object cannot be instantiated directly, it requires a context.
Use :py:meth:`Context.texture_cube` to create one.
Methods
-------
.. py:method:: TextureCube.read
.. py:method:: TextureCube.read_into
.. py:method:: TextureCube.write
.. py:method:: TextureCube.bind_to_image
.. py:method:: TextureCube.use
.. py:method:: TextureCube.release
.. py:method:: TextureCube.get_handle
Attributes
----------
.. py:attribute:: TextureCube.size
.. py:attribute:: TextureCube.dtype
.. py:attribute:: TextureCube.components
.. py:attribute:: TextureCube.filter
.. py:attribute:: TextureCube.swizzle
.. py:attribute:: TextureCube.anisotropy
.. py:attribute:: TextureCube.ctx
:type: Context
The context this object belongs to
.. py:attribute:: TextureCube.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: TextureCube.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/uniform.rst 0000664 0000000 0000000 00000002401 14704200620 0022476 0 ustar 00root root 0000000 0000000 Uniform
=======
.. py:class:: Uniform
Available in :py:meth:`Program.__getitem__`
A uniform is a global GLSL variable declared with the 'uniform' storage qualifier.
These act as parameters that the user of a shader program can pass to that program.
In ModernGL, Uniforms can be accessed using :py:meth:`Program.__getitem__`
or :py:meth:`Program.__iter__`
Methods
-------
.. py:method:: read() -> bytes:
Read the value of the uniform.
.. py:method:: write(data: Any) -> None:
Write the value of the uniform.
Attributes
----------
.. py:attribute:: Uniform.location
:type: int
The location of the uniform.
The result of the glGetUniformLocation.
.. py:attribute:: Uniform.array_length
:type: int
If the uniform is an array the array_length is the length of the array otherwise `1`.
.. py:attribute:: Uniform.dimension
:type: int
The uniform dimension.
.. py:attribute:: Uniform.name
:type: str
The uniform name.
The name does not contain leading `[0]`.
The name may contain `[ ]` when the uniform is part of a struct.
.. py:attribute:: Uniform.value
:type: Any
The uniform value stored in the program object.
.. py:attribute:: Uniform.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/uniform_block.rst 0000664 0000000 0000000 00000001236 14704200620 0023655 0 ustar 00root root 0000000 0000000 UniformBlock
============
.. py:class:: UniformBlock
Available in :py:meth:`Program.__getitem__`
.. py:attribute:: UniformBlock.binding
:type: int
The binding of the uniform block. Same as the value.
.. py:attribute:: UniformBlock.value
:type: int
The value of the uniform block. Same as the binding.
.. py:attribute:: UniformBlock.name
:type: str
The name of the uniform block.
.. py:attribute:: UniformBlock.index
:type: int
The index of the uniform block.
.. py:attribute:: UniformBlock.size
:type: int
The size of the uniform block.
.. py:attribute:: UniformBlock.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/varying.rst 0000664 0000000 0000000 00000000561 14704200620 0022503 0 ustar 00root root 0000000 0000000 Varying
=======
.. py:class:: Varying
Available in :py:meth:`Program.__getitem__`
Represents a program output varying.
.. py:attribute:: Varying.name
:type: str
The name of the varying.
.. py:attribute:: Varying.number
:type: int
The output location of the varying.
.. py:attribute:: Varying.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/reference/vertex_array.rst 0000664 0000000 0000000 00000010530 14704200620 0023534 0 ustar 00root root 0000000 0000000 VertexArray
===========
.. py:class:: VertexArray
Returned by :py:meth:`Context.vertex_array`
A VertexArray object is an OpenGL object that stores all of the state needed to supply vertex data.
It stores the format of the vertex data
as well as the Buffer objects providing the vertex data arrays.
In ModernGL, the VertexArray object also stores a reference
for a :py:class:`Program` object.
Compared to OpenGL, :py:class:`VertexArray` also stores a :py:class:`Program` object.
Methods
-------
.. py:method:: VertexArray.render(mode: int | None = None, vertices: int = -1, first: int = 0, instances: int = -1) -> None
The render primitive (mode) must be the same as the input primitive of the GeometryShader.
:param int mode: By default :py:data:`TRIANGLES` will be used.
:param int vertices: The number of vertices to transform.
:param int first: The index of the first vertex to start with.
:param int instances: The number of instances.
.. py:method:: VertexArray.render_indirect(buffer: Buffer, mode: int | None = None, count: int = -1, first: int = 0) -> None
The render primitive (mode) must be the same as the input primitive of the GeometryShader.
The draw commands are 5 integers: (count, instanceCount, firstIndex, baseVertex, baseInstance).
:param Buffer buffer: Indirect drawing commands.
:param int mode: By default :py:data:`TRIANGLES` will be used.
:param int count: The number of draws.
:param int first: The index of the first indirect draw command.
.. py:method:: VertexArray.transform(buffer: Buffer | List[Buffer], mode: int | None = None, vertices: int = -1, first: int = 0, instances: int = -1, buffer_offset: int = 0) -> None
Transform vertices.
Stores the output in a single buffer.
The transform primitive (mode) must be the same as
the input primitive of the GeometryShader.
:param Buffer buffer: The buffer to store the output.
:param int mode: By default :py:data:`POINTS` will be used.
:param int vertices: The number of vertices to transform.
:param int first: The index of the first vertex to start with.
:param int instances: The number of instances.
:param int buffer_offset: Byte offset for the output buffer
.. py:method:: VertexArray.bind(attribute: int, cls: str, buffer: Buffer, fmt: str, offset: int = 0, stride: int = 0, divisor: int = 0, normalize: bool = False)
Bind individual attributes to buffers.
:param int location: The attribute location.
:param str cls: The attribute class. Valid values are ``f``, ``i`` or ``d``.
:param Buffer buffer: The buffer.
:param str format: The buffer format.
:param int offset: The offset.
:param int stride: The stride.
:param int divisor: The divisor.
:param bool normalize: The normalize parameter, if applicable.
.. py:method:: VertexArray.release() -> None
Release the ModernGL object.
Attributes
----------
.. py:attribute:: VertexArray.mode
:type: int
Get or set the default rendering mode.
This value is used when ``mode`` is not passed in rendering calls.
Examples::
vao.mode = moderngl.TRIANGLE_STRIPS
.. py:attribute:: VertexArray.program
:type: Program
The program assigned to the VertexArray.
The program used when rendering or transforming primitives.
.. py:attribute:: VertexArray.index_buffer
:type: Buffer
The index buffer if the index_buffer is set, otherwise ``None``.
.. py:attribute:: VertexArray.index_element_size
:type: int
The byte size of each element in the index buffer.
.. py:attribute:: VertexArray.scope
:type: Scope
The scope to use while rendering.
.. py:attribute:: VertexArray.vertices
:type: int
The number of vertices detected.
This is the minimum of the number of vertices possible per Buffer.
The size of the index_buffer determines the number of vertices.
Per instance vertex attributes does not affect this number.
.. py:attribute:: VertexArray.instances
:type: int
Get or set the number of instances to render.
.. py:attribute:: VertexArray.ctx
:type: Context
The context this object belongs to
.. py:attribute:: VertexArray.glo
:type: int
The internal OpenGL object.
This values is provided for interoperability and debug purposes only.
.. py:attribute:: VertexArray.extra
:type: Any
User defined data.
moderngl-moderngl-773b733/docs/requirements.txt 0000664 0000000 0000000 00000000067 14704200620 0021621 0 ustar 00root root 0000000 0000000 furo==2023.9.10
sphinx-copybutton==0.5.2
sphinx==7.2.6
moderngl-moderngl-773b733/docs/techniques/ 0000775 0000000 0000000 00000000000 14704200620 0020502 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/techniques/headless_ubuntu_18_server.rst 0000664 0000000 0000000 00000006176 14704200620 0026336 0 ustar 00root root 0000000 0000000
Headless on Ubuntu 18 Server
============================
Dependencies
------------
Headless rendering can be achieved with EGL or X11.
We'll cover both cases.
Starting with fresh ubuntu 18 server install we need to install required
packages::
sudo apt-install python3-pip mesa-utils libegl1-mesa xvfb
This should install mesa an diagnostic tools if needed later.
* ``mesa-utils`` installs libgl1-mesa and tools like ``glxinfo```
* ``libegl1-mesa`` is optional if using EGL instead of X11
Creating a context
------------------
The libraries we are going to interact with has the following locations::
/usr/lib/x86_64-linux-gnu/libGL.so.1
/usr/lib/x86_64-linux-gnu/libX11.so.6
/usr/lib/x86_64-linux-gnu/libEGL.so.1
Double check that you have these libraries installed. ModernGL
through the glcontext library will use ``ctype.find_library``
to locate the latest installed version.
Before we can create a context we to run a virtual display::
export DISPLAY=:99.0
Xvfb :99 -screen 0 640x480x24 &
Now we can create a context with x11 or egl:
.. code::
# X11
import moderngl
ctx = moderngl.create_context(
standalone=True,
# These are OPTIONAL if you want to load a specific version
libgl='libGL.so.1',
libx11='libX11.so.6',
)
# EGL
import moderngl
ctx = moderngl.create_context(
standalone=True,
backend='egl',
# These are OPTIONAL if you want to load a specific version
libgl='libGL.so.1',
libegl='libEGL.so.1',
)
Running an example
------------------
Checking that everything works can be done with a basic triangle example.
Install dependencies::
pip3 install moderngl numpy pyrr pillow
The following example renders a triangle and writes
it to a png file so we can verify the contents.
.. image:: output.png
.. code:: python
import moderngl
import numpy as np
from PIL import Image
from pyrr import Matrix44
# -------------------
# CREATE CONTEXT HERE
# -------------------
prog = ctx.program(vertex_shader="""
#version 330
uniform mat4 model;
in vec2 in_vert;
in vec3 in_color;
out vec3 color;
void main() {
gl_Position = model * vec4(in_vert, 0.0, 1.0);
color = in_color;
}
""",
fragment_shader="""
#version 330
in vec3 color;
out vec4 fragColor;
void main() {
fragColor = vec4(color, 1.0);
}
""")
vertices = np.array([
-0.6, -0.6,
1.0, 0.0, 0.0,
0.6, -0.6,
0.0, 1.0, 0.0,
0.0, 0.6,
0.0, 0.0, 1.0,
], dtype='f4')
vbo = ctx.buffer(vertices)
vao = ctx.simple_vertex_array(prog, vbo, 'in_vert', 'in_color')
fbo = ctx.framebuffer(color_attachments=[ctx.texture((512, 512), 4)])
fbo.use()
ctx.clear()
prog['model'].write(Matrix44.from_eulers((0.0, 0.1, 0.0), dtype='f4'))
vao.render(moderngl.TRIANGLES)
data = fbo.read(components=3)
image = Image.frombytes('RGB', fbo.size, data)
image = image.transpose(Image.FLIP_TOP_BOTTOM)
image.save('output.png')
moderngl-moderngl-773b733/docs/techniques/index.rst 0000664 0000000 0000000 00000000130 14704200620 0022335 0 ustar 00root root 0000000 0000000 Techniques
==========
.. toctree::
:maxdepth: 2
headless_ubuntu_18_server.rst
moderngl-moderngl-773b733/docs/techniques/output.png 0000664 0000000 0000000 00000033523 14704200620 0022556 0 ustar 00root root 0000000 0000000 ‰PNG
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K¯ NòÿÃ1–ܧ§¹ IEND®B`‚ moderngl-moderngl-773b733/docs/the_guide/ 0000775 0000000 0000000 00000000000 14704200620 0020267 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/the_guide/functionality_expansion/ 0000775 0000000 0000000 00000000000 14704200620 0025243 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/the_guide/functionality_expansion/index.rst 0000664 0000000 0000000 00000000222 14704200620 0027100 0 ustar 00root root 0000000 0000000 Functionality expansion
=======================
Opening up new possibilities with ModernGL.
.. toctree::
:maxdepth: 2
window_using.rst
moderngl-moderngl-773b733/docs/the_guide/functionality_expansion/window_using.rst 0000664 0000000 0000000 00000001477 14704200620 0030522 0 ustar 00root root 0000000 0000000 Rendering to a window
=====================
.. py:currentmodule:: moderngl
By default, ModernGL does not have a window, but the `moderngl-window`_ module allows you to use one. The installation is as follows::
pip install moderngl-window
`moderngl-window`_ uses `pyglet`_ as its default backend. It is installed automatically along with `moderngl-window`_. However, its use is limited to the supported functionality in ``moderngl_window.WindowConfig``.
.. rubric:: Entire source
.. literalinclude:: window_using_example.py
:emphasize-lines: 1,4-12,57,62,64
:linenos:
You can read the full usage of `moderngl-window`_ in its `documentation`_.
.. _moderngl-window: https://github.com/moderngl/moderngl-window
.. _documentation: https://moderngl-window.readthedocs.io/
.. _pyglet: https://github.com/pyglet/pyglet
moderngl-moderngl-773b733/docs/the_guide/functionality_expansion/window_using_example.py 0000664 0000000 0000000 00000002403 14704200620 0032043 0 ustar 00root root 0000000 0000000 import moderngl_window as glw
import numpy as np
window_cls = glw.get_local_window_cls('pyglet')
window = window_cls(
size=(512, 512), fullscreen=False, title='ModernGL Window',
resizable=False, vsync=True, gl_version=(3, 3)
)
ctx = window.ctx
glw.activate_context(window, ctx=ctx)
window.clear()
window.swap_buffers()
prog = ctx.program(
vertex_shader="""
#version 330
in vec2 in_vert;
in vec3 in_color;
out vec3 v_color;
void main() {
v_color = in_color;
gl_Position = vec4(in_vert, 0.0, 1.0);
}
""",
fragment_shader="""
#version 330
in vec3 v_color;
out vec3 f_color;
void main() {
f_color = v_color;
}
""",
)
x = np.linspace(-1.0, 1.0, 50)
y = np.random.rand(50) - 0.5
r = np.zeros(50)
g = np.ones(50)
b = np.zeros(50)
vertices = np.dstack([x, y, r, g, b])
vbo = ctx.buffer(vertices.astype("f4").tobytes())
vao = ctx.vertex_array(prog, vbo, "in_vert", "in_color")
fbo = ctx.framebuffer(
color_attachments=[ctx.texture((512, 512), 3)]
)
while not window.is_closing:
fbo.use()
fbo.clear(0.0, 0.0, 0.0, 1.0)
vao.render(gl.LINE_STRIP)
ctx.copy_framebuffer(window.fbo, fbo)
window.swap_buffers()
moderngl-moderngl-773b733/docs/the_guide/getting_started/ 0000775 0000000 0000000 00000000000 14704200620 0023456 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/ 0000775 0000000 0000000 00000000000 14704200620 0026642 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/buffer.rst 0000664 0000000 0000000 00000007155 14704200620 0030655 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
Buffer
======
:py:class:`Buffer` is a dedicated area of GPU memory. Can store anything in bytes.
Creating a buffer is essentially allocating an area of memory into which data is later written. Therefore, when creating an empty buffer, it may contain memory fragments of deleted objects. Example of creating an empty buffer::
buf = ctx.buffer(reserve=1)
The ``reserve`` parameter specifies how many bytes should be allocated, the minimum number is 1.
The buffer is cleared by writing zeros to the allocated memory area. However, this must be done manually::
buf.clear()
ModernGL allows you to create 2 types of buffer: dynamic and non-dynamic. To do this, when creating a buffer, use the keyword argument ``dynamic=True/False`` (by default ``False``)::
buf = ctx.buffer(reserve=32, dynamic=True)
.. Note::
Using the ``dynamic=True`` parameter tells the GPU that actions with this :py:class:`Buffer` will be performed very often. This parameter is optional, but is recommended if the :py:class:`Buffer` is used frequently.
Later, using the :py:meth:`Buffer.orphan` function, you can change the buffer size at any time::
buf.orphan(size=64)
After changing the buffer size, you will need to write data there. This is done using the :py:meth:`Buffer.write` function. This function will write data from RAM to GPU memory::
buf.write(b'any bytes data')
However, if the size of this buffer was changed after it was added to :py:class:`VertexArray`, then when calling :py:meth:`VertexArray.render()` you will need to specify the new number of vertices in the ``vertices`` parameter. For example::
# If from the contents of this buffer every 12 bytes fall on one vertex.
vao.render(vertices=buf.size // 4 // 3)
The same will need to be done when calling the :py:meth:`VertexArray.transform` function::
# If from the contents of this buffer every 12 bytes fall on one vertex.
# output_buf - the buffer into which the transformation will be performed.
vao.transform(output_buf, vertices=buf.size // 4 // 3)
After :py:meth:`VertexArray.transform` writes data to ``output_buf`` using a :doc:`vertex shader <../low_start/shader_transform>`, you may need to read it — use :py:meth:`Buffer.read`. This function will read data from GPU memory into RAM::
bytes_data = buf.read()
.. Warning::
Transferring data between RAM and GPU memory comes at a huge performance cost. It is recommended to use :py:meth:`Buffer.write` and :py:meth:`Buffer.read` as little as possible.
If you just need to copy data between buffers, look towards the :py:meth:`Context.copy_buffer` function::
ctx.copy_buffer(destination_buf, source_buf)
In our example, we simply create a static buffer and write data immediately when it is created::
vbo = ctx.buffer(vertices.astype("f4").tobytes())
We called it `VBO`_ (Vertex Buffer Object) because we will store vertex data in this buffer.
.. Sidebar::
.. Note::
For the convenience of transferring data to the GPU memory [in a dedicated :py:class:`Buffer` area], here we use the `NumPy`_ library.
`NumPy`_ installation::
pip install numpy
If you want fewer dependencies, you can try Python's built-in `struct`_ module with the ``struct.pack()`` and ``struct.unpack()`` methods.
.. rubric:: Entire source
.. literalinclude:: first.2.py
:emphasize-lines: 2,33-
:linenos:
Proceed to the :doc:`next step `.
.. _NumPy: https://github.com/numpy/numpy
.. _struct: https://docs.python.org/3/library/struct.html
.. _VBO: https://www.khronos.org/opengl/wiki/Vertex_Specification#Vertex_Buffer_Object
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/first.1.py 0000664 0000000 0000000 00000000771 14704200620 0030507 0 ustar 00root root 0000000 0000000 import moderngl
ctx = moderngl.create_context(standalone=True)
prog = ctx.program(
vertex_shader="""
#version 330
in vec2 in_vert;
in vec3 in_color;
out vec3 v_color;
void main() {
v_color = in_color;
gl_Position = vec4(in_vert, 0.0, 1.0);
}
""",
fragment_shader="""
#version 330
in vec3 v_color;
out vec3 f_color;
void main() {
f_color = v_color;
}
""",
)
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/first.2.py 0000664 0000000 0000000 00000001325 14704200620 0030504 0 ustar 00root root 0000000 0000000 import moderngl
import numpy as np
ctx = moderngl.create_context(standalone=True)
prog = ctx.program(
vertex_shader="""
#version 330
in vec2 in_vert;
in vec3 in_color;
out vec3 v_color;
void main() {
v_color = in_color;
gl_Position = vec4(in_vert, 0.0, 1.0);
}
""",
fragment_shader="""
#version 330
in vec3 v_color;
out vec3 f_color;
void main() {
f_color = v_color;
}
""",
)
x = np.linspace(-1.0, 1.0, 50)
y = np.random.rand(50) - 0.5
r = np.zeros(50)
g = np.ones(50)
b = np.zeros(50)
vertices = np.dstack([x, y, r, g, b])
vbo = ctx.buffer(vertices.astype("f4").tobytes())
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/first.3.py 0000664 0000000 0000000 00000001416 14704200620 0030506 0 ustar 00root root 0000000 0000000 import moderngl
import numpy as np
ctx = moderngl.create_context(standalone=True)
prog = ctx.program(
vertex_shader="""
#version 330
in vec2 in_vert;
in vec3 in_color;
out vec3 v_color;
void main() {
v_color = in_color;
gl_Position = vec4(in_vert, 0.0, 1.0);
}
""",
fragment_shader="""
#version 330
in vec3 v_color;
out vec3 f_color;
void main() {
f_color = v_color;
}
""",
)
x = np.linspace(-1.0, 1.0, 50)
y = np.random.rand(50) - 0.5
r = np.zeros(50)
g = np.ones(50)
b = np.zeros(50)
vertices = np.dstack([x, y, r, g, b])
vbo = ctx.buffer(vertices.astype("f4").tobytes())
vao = ctx.vertex_array(prog, vbo, "in_vert", "in_color")
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/first.4.py 0000664 0000000 0000000 00000002043 14704200620 0030504 0 ustar 00root root 0000000 0000000 import moderngl
import numpy as np
from PIL import Image
ctx = moderngl.create_context(standalone=True)
prog = ctx.program(
vertex_shader="""
#version 330
in vec2 in_vert;
in vec3 in_color;
out vec3 v_color;
void main() {
v_color = in_color;
gl_Position = vec4(in_vert, 0.0, 1.0);
}
""",
fragment_shader="""
#version 330
in vec3 v_color;
out vec3 f_color;
void main() {
f_color = v_color;
}
""",
)
x = np.linspace(-1.0, 1.0, 50)
y = np.random.rand(50) - 0.5
r = np.zeros(50)
g = np.ones(50)
b = np.zeros(50)
vertices = np.dstack([x, y, r, g, b])
vbo = ctx.buffer(vertices.astype("f4").tobytes())
vao = ctx.vertex_array(prog, vbo, "in_vert", "in_color")
fbo = ctx.framebuffer(
color_attachments=[ctx.texture((512, 512), 3)]
)
fbo.use()
fbo.clear(0.0, 0.0, 0.0, 1.0)
vao.render(moderngl.LINE_STRIP)
Image.frombytes(
"RGB", fbo.size, fbo.color_attachments[0].read(),
"raw", "RGB", 0, -1
).show()
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/index.rst 0000664 0000000 0000000 00000001011 14704200620 0030474 0 ustar 00root root 0000000 0000000 First rendering
===============
Unlike OpenGL, ModernGL requires far fewer lines due to robust function generalization, which also reduces the likelihood of bugs when porting code to different platforms.
In this example, we will draw a broken line, which will look different each time we run the code, and at the same time we will slightly expand our horizons in understanding the already mentioned ModernGL objects.
.. toctree::
:maxdepth: 2
program.rst
buffer.rst
vertex_array.rst
rendering.rst
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/program.rst 0000664 0000000 0000000 00000002642 14704200620 0031047 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
Program
=======
ModernGL is different from standard plotting libraries.
You can define your own shader program to render stuff.
This could complicate things, but also provides freedom on how you render
your data.
Previously, we looked at creating a :doc:`vertex shader-only program <../low_start/shader_transform>` that could only read data from the input buffer and write the converted data to the output buffer. Now let's add a fragment shader to our program; it will allow us to create an algorithm for writing pixels into a texture, that is, perform the :doc:`main function <../low_start/shader_basics>` of the shader.
Here is a sample program that passes the input vertex coordinates as is to
screen coordinates.
Screen coordinates are in the [-1, 1], [-1, 1] range for x and y axes.
The (-1, -1) point is the lower left corner of the screen.
.. figure:: screen_coordinates.png
:alt: Screen Coordinates
:align: center
:figclass: align-center
The screen coordinates
The program will also process a color information.
.. rubric:: Entire source
.. literalinclude:: first.1.py
:emphasize-lines: 5-
:linenos:
.. rubric:: Vertex Shader
.. literalinclude:: first.1.py
:language: glsl
:dedent: 8
:lines: 7-17
.. rubric:: Fragment Shader
.. literalinclude:: first.1.py
:language: glsl
:dedent: 8
:lines: 20-28
Proceed to the :doc:`next step `.
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/rendering.rst 0000664 0000000 0000000 00000001757 14704200620 0031363 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
Standalone rendering
====================
Standalone (offline) rendering allows you to render without using a window, and is included in ModernGL by default.
Rendering occurs when :py:meth:`VertexArray.render` is called. By default, the ``mode`` parameter is :py:attr:`moderngl.TRIANGLES`, but since we need to draw a line, we change the mode value to :py:attr:`moderngl.LINES`::
vao.render(moderngl.LINES) # "mode" is the first optional argument
To display the rendering result, we use the `Pillow (PIL)`_ library that comes with Python. Let's return the texture from the GPU memory to RAM and call the ``PIL.Image.show()`` method to show it.
.. rubric:: Entire source
.. literalinclude:: first.4.py
:emphasize-lines: 4,46-
:linenos:
The result will be something like this:
.. figure:: rendering_result.png
:alt: Rendering result
:align: center
:figclass: align-center
Rendering result
.. _Pillow (PIL): https://pillow.readthedocs.io/
moderngl-moderngl-773b733/docs/the_guide/getting_started/first_rendering/rendering_result.png 0000664 0000000 0000000 00000005733 14704200620 0032733 0 ustar 00root root 0000000 0000000 ‰PNG
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moderngl-moderngl-773b733/docs/the_guide/getting_started/index.rst 0000664 0000000 0000000 00000000472 14704200620 0025322 0 ustar 00root root 0000000 0000000 Getting started with ModernGL
=============================
A comprehensive guide to getting you started with ModernGL.
No experience with OpenGL is required, just an understanding of how it works.
.. toctree::
:maxdepth: 2
low_start/index.rst
first_rendering/index.rst
triangles_draw/index.rst
moderngl-moderngl-773b733/docs/the_guide/getting_started/low_start/ 0000775 0000000 0000000 00000000000 14704200620 0025474 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/the_guide/getting_started/low_start/creating_context.rst 0000664 0000000 0000000 00000001561 14704200620 0031571 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
Creating a Context
==================
Before we can do anything with ModernGL we need a :py:class:`Context`.
The :py:class:`Context` object makes us able to create OpenGL resources.
ModernGL can only create headless contexts (no window), but it can also detect
and use contexts from a large range of window libraries. The `moderngl-window`_
library is a good start or reference for rendering to a window.
Most of the example code here assumes a ``ctx`` variable exists with a
headless context::
# standalone=True makes a headless context
ctx = moderngl.create_context(standalone=True)
Detecting an active context created by a window library is simply::
ctx = moderngl.create_context()
More details about context creation can be found in the :ref:`context`
section.
.. _moderngl-window: https://github.com/moderngl/moderngl-window
moderngl-moderngl-773b733/docs/the_guide/getting_started/low_start/index.rst 0000664 0000000 0000000 00000000371 14704200620 0027336 0 ustar 00root root 0000000 0000000 Low start
=========
Low start in learning ModernGL.
Coverage of all ModernGL objects with a glance and first use of GPU.
.. toctree::
:maxdepth: 2
creating_context.rst
moderngl_types.rst
shader_basics.rst
shader_transform.rst
moderngl-moderngl-773b733/docs/the_guide/getting_started/low_start/moderngl_types.rst 0000664 0000000 0000000 00000003156 14704200620 0031266 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
ModernGL Types
==============
Before throwing you into doing shaders we'll go through some of the
most important types/objects in ModernGL.
* :py:class:`Buffer` is an OpenGL buffer we can for example write
vertex data into. This data will reside in graphics memory.
* :py:class:`Program` is a shader program. We can feed it GLSL
source code as strings to set up our shader program
* :py:class:`VertexArray` is a light object responsible for
communication between :py:class:`Buffer` and :py:class:`Program`
so it can understand how to access the provided buffers
and do the rendering call.
These objects are currently immutable but are cheap to make.
* :py:class:`Texture`, :py:class:`TextureArray`, :py:class:`Texture3D`
and :py:class:`TextureCube` represents the different texture types.
:py:class:`Texture` is a 2d texture and is most commonly used.
* :py:class:`Framebuffer` is an offscreen render target. It supports
different attachments types such as a :py:class:`Texture`
and a depth texture/buffer.
All of the objects above can only be created from a :py:class:`Context` object:
* :py:meth:`Context.buffer`
* :py:meth:`Context.program`
* :py:meth:`Context.vertex_array`
* :py:meth:`Context.texture`
* :py:meth:`Context.texture_array`
* :py:meth:`Context.texture3d`
* :py:meth:`Context.texture_cube`
* :py:meth:`Context.framebuffer`
The ModernGL types cannot be extended as in; you cannot subclass them.
Extending them must be done through substitution and not inheritance.
This is related to performance. Most objects have an ``extra``
property that can contain any python object.
moderngl-moderngl-773b733/docs/the_guide/getting_started/low_start/shader_basics.rst 0000664 0000000 0000000 00000006504 14704200620 0031025 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
Shader Introduction
===================
Shaders are small programs running on the `GPU`_ (Graphics Processing Unit).
We are using a fairly simple language called `GLSL`_ (OpenGL Shading Language).
This is a C-style language, so it covers most of the features you would expect
with such a language. Control structures (for-loops, if-else statements, etc)
exist in GLSL, including the switch statement.
.. Note:: The name "shader" comes from the fact that these small GPU programs was
originally created for shading (lighting) 3D scenes. This started
as per-vertex lighting when the early shaders could only process
vertices and evolved into per-pixel lighting when the fragment
shader was introduced.
They are used in many other areas today, but the name have stuck around.
Examples of types are::
bool value = true;
int value = 1;
uint value = 1;
float value = 0.0;
double value = 0.0;
Each type above also has a 2, 3 and 4 component version::
// float (default) type
vec2 value = vec2(0.0, 1.0);
vec3 value = vec3(0.0, 1.0, 2.0);
vec4 value = vec4(0.0);
// signed and unsigned integer vectors
ivec3 value = ivec3(0);
uvec3 value = ivec3(0);
// etc ..
More about GLSL `data types`_ can be found in the Khronos wiki.
The available functions are for example: ``radians``, ``degrees``
``sin``, ``cos``, ``tan``, ``asin``, ``acos``, ``atan``, ``pow``
``exp``, ``log``, ``exp2``, ``log2``, ``sqrt``, ``inversesqrt``,
``abs``, ``sign``, ``floor``, ``ceil``, ``fract``, ``mod``,
``min``, ``max``, ``clamp``, ``mix``, ``step``, ``smoothstep``,
``length``, ``distance``, ``dot``, ``cross``, ``normalize``,
``faceforward``, ``reflect``, ``refract``, ``any``, ``all`` etc.
All functions can be found in the `OpenGL Reference Page`_
(exclude functions starting with ``gl``).
Most of the functions exist in several overloaded versions
supporting different data types.
The basic setup for a shader is the following::
#version 330
void main() {
}
The ``#version`` statement is mandatory and should at least be 330
(GLSL version 3.3 matching OpenGL version 3.3). The version statement
**should always be the first line in the source code**.
Higher version number is only needed if more fancy features are needed.
By the time you need those you probably know what you are doing.
What we also need to realize when working with shaders is that
they are executed in parallel across all the cores on your GPU.
This can be everything from tens, hundreds, thousands or more
cores. Even integrated GPUs today are very competent.
For those
who have not worked with shaders before it can be mind-boggling
to see the work they can get done in a matter of microseconds.
All shader executions / rendering calls are also asynchronous
running in the background while your python code is doing
other things (but certain operations can cause a "sync" stalling
until the shader program is done).
Let's try to use the shader in the :doc:`simplest way (next step) `.
.. _GPU: https://wikipedia.org/wiki/Graphics_processing_unit
.. _GLSL: https://www.khronos.org/opengl/wiki/OpenGL_Shading_Language
.. _data types: https://www.khronos.org/opengl/wiki/Data_Type_(GLSL)
.. _OpenGL Reference Page: https://www.khronos.org/registry/OpenGL-Refpages/gl4/
moderngl-moderngl-773b733/docs/the_guide/getting_started/low_start/shader_transform.rst 0000664 0000000 0000000 00000007316 14704200620 0031576 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
Vertex Shader (transforms)
==========================
Let's get our hands dirty right away and jump into it by showing the
simplest forms of shaders in OpenGL. These are called transforms or
transform feedback. Instead of drawing to the screen we simply
capture the output of a shader into a :py:class:`Buffer`.
The example below shows shader program with only a vertex shader.
It has no input data, but we can still force it to run N times.
The ``gl_VertexID`` (int) variable is a built-in value in vertex
shaders containing an integer representing the vertex number
being processed.
Input variables in vertex shaders are called **attributes**
(we have no inputs in this example)
while output values are called **varyings**.
.. code::
import struct
import moderngl
ctx = moderngl.create_context(standalone=True)
program = ctx.program(
vertex_shader="""
#version 330
// Output values for the shader. They end up in the buffer.
out float value;
out float product;
void main() {
// Implicit type conversion from int to float will happen here
value = gl_VertexID;
product = gl_VertexID * gl_VertexID;
}
""",
# What out varyings to capture in our buffer!
varyings=["value", "product"],
)
NUM_VERTICES = 10
# We always need a vertex array in order to execute a shader program.
# Our shader doesn't have any buffer inputs, so we give it an empty array.
vao = ctx.vertex_array(program, [])
# Create a buffer allocating room for 20 32 bit floats
# num of vertices (10) * num of varyings per vertex (2) * size of float in bytes (4)
buffer = ctx.buffer(reserve=NUM_VERTICES * 2 * 4)
# Start a transform with buffer as the destination.
# We force the vertex shader to run 10 times
vao.transform(buffer, vertices=NUM_VERTICES)
# Unpack the 20 float values from the buffer (copy from graphics memory to system memory).
# Reading from the buffer will cause a sync (the python program stalls until the shader is done)
data = struct.unpack("20f", buffer.read())
for i in range(0, 20, 2):
print("value = {}, product = {}".format(*data[i:i+2]))
Output of the program is::
value = 0.0, product = 0.0
value = 1.0, product = 1.0
value = 2.0, product = 4.0
value = 3.0, product = 9.0
value = 4.0, product = 16.0
value = 5.0, product = 25.0
value = 6.0, product = 36.0
value = 7.0, product = 49.0
value = 8.0, product = 64.0
value = 9.0, product = 81.0
The GPU is at the very least slightly offended by the meager amount
work we assigned it, but this at least shows the basic concept of transforms.
We would in most situations also not read the results back into
system memory because it's slow, but sometimes it is needed.
This shader program could for example be modified to generate some
geometry or data for any other purpose you might imagine useful.
Using modulus (``mod(number, divisor)``) on ``gl_VertexID`` can get you pretty far.
.. Warning::
One known bug in many OpenGL drivers is related to the ``mod(number, divisor)`` function. It lies in the fact that if the first argument is exactly 2 times the second, then instead of ``0`` you will receive the value of the second argument [divisor]. To avoid this error, it is recommended to use the following additional function (insert it into the shader before ``void main()`` and then always call ``mod2()`` instead of ``mod()``)::
float mod2(float number, float divisor) {
float result = mod(number, divisor);
if (result >= divisor) {
result = 0.0;
}
return result;
}
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´”$RÄ>6oxû–2 `; ÅìŒH ¼A’ 6Á¶tÎÿ× Cy|(X IEND®B`‚ moderngl-moderngl-773b733/docs/the_guide/getting_started/triangles_draw/index.rst 0000664 0000000 0000000 00000000252 14704200620 0030323 0 ustar 00root root 0000000 0000000 Triangles drawing
=================
Drawing the first triangles. Closer to real rendering.
.. toctree::
:maxdepth: 2
one_familiar_triangle.rst
uniform.rst
moderngl-moderngl-773b733/docs/the_guide/getting_started/triangles_draw/lighted.frag.glsl 0000664 0000000 0000000 00000000252 14704200620 0031703 0 ustar 00root root 0000000 0000000 #version 330
in vec3 v_color;
out vec3 f_color;
void main() {
vec2 pixel_coord = (gl_FragCoord.xy-256.0)/256.0;
f_color = v_color*(1.0-length(pixel_coord));
}
moderngl-moderngl-773b733/docs/the_guide/getting_started/triangles_draw/lighted_triangle.png 0000664 0000000 0000000 00000077255 14704200620 0032516 0 ustar 00root root 0000000 0000000 ‰PNG
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One familiar triangle
=====================
As with any graphics library guide, we also have a guide on how to draw a triangle.
Below is a slightly modified line drawing code from the :doc:`previous tutorial <../first_rendering/rendering>`. The following code draws one triangle:
.. rubric:: Entire source
.. literalinclude:: triangle_draw.py
:emphasize-lines: 35-41, 43, 51
:linenos:
When you run the code you will see this:
.. figure:: triangle.png
:alt: Triangle
:align: center
:figclass: align-center
Triangle
As you may have noticed, we only specified three colors for each vertex, but OpenGL interpolates our triangle and we see a soft transition of colors.
At this point you can try out the fragment shader, for example, let's draw a lighting effect:
.. rubric:: Fragment shader
.. literalinclude:: lighted.frag.glsl
:language: glsl
:emphasize-lines: 8-9
.. figure:: lighted_triangle.png
:alt: Lighted triangle
:align: center
:figclass: align-center
Lighted triangle
Shaders are not very fond of branching algorithms and operations such as ``if (condition) {action} else {action}``. It is recommended to use formulas more often.
moderngl-moderngl-773b733/docs/the_guide/getting_started/triangles_draw/reduced_triangle.png 0000664 0000000 0000000 00000013002 14704200620 0032465 0 ustar 00root root 0000000 0000000 ‰PNG
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?©£‡ ˜ì Ïç(¹!D×” IEND®B`‚ moderngl-moderngl-773b733/docs/the_guide/getting_started/triangles_draw/triangle_draw.py 0000664 0000000 0000000 00000002022 14704200620 0031653 0 ustar 00root root 0000000 0000000 import moderngl
import numpy as np
from PIL import Image
ctx = moderngl.create_context(standalone=True)
prog = ctx.program(
vertex_shader="""
#version 330
in vec2 in_vert;
in vec3 in_color;
out vec3 v_color;
void main() {
v_color = in_color;
gl_Position = vec4(in_vert, 0.0, 1.0);
}
""",
fragment_shader="""
#version 330
in vec3 v_color;
out vec3 f_color;
void main() {
f_color = v_color;
}
""",
)
vertices = np.asarray([
-0.75, -0.75, 1, 0, 0,
0.75, -0.75, 0, 1, 0,
0.0, 0.649, 0, 0, 1
], dtype='f4')
vbo = ctx.buffer(vertices.tobytes())
vao = ctx.vertex_array(prog, vbo, "in_vert", "in_color")
fbo = ctx.framebuffer(
color_attachments=[ctx.texture((512, 512), 3)]
)
fbo.use()
fbo.clear(0.0, 0.0, 0.0, 1.0)
vao.render() # "mode" is moderngl.TRIANGLES by default
Image.frombytes(
"RGB", fbo.size, fbo.color_attachments[0].read(),
"raw", "RGB", 0, -1
).show()
moderngl-moderngl-773b733/docs/the_guide/getting_started/triangles_draw/triangle_draw_uniform.py 0000664 0000000 0000000 00000002123 14704200620 0033414 0 ustar 00root root 0000000 0000000 import moderngl
import numpy as np
from PIL import Image
ctx = moderngl.create_context(standalone=True)
prog = ctx.program(
vertex_shader="""
#version 330
in vec2 in_vert;
in vec3 in_color;
uniform float scale;
out vec3 v_color;
void main() {
v_color = in_color;
gl_Position = vec4(in_vert * scale, 0.0, 1.0);
}
""",
fragment_shader="""
#version 330
in vec3 v_color;
out vec3 f_color;
void main() {
f_color = v_color;
}
""",
)
vertices = np.asarray([
-0.75, -0.75, 1, 0, 0,
0.75, -0.75, 0, 1, 0,
0.0, 0.649, 0, 0, 1
], dtype='f4')
vbo = ctx.buffer(vertices.tobytes())
vao = ctx.vertex_array(prog, vbo, "in_vert", "in_color")
fbo = ctx.framebuffer(
color_attachments=[ctx.texture((512, 512), 3)]
)
fbo.use()
fbo.clear(0.0, 0.0, 0.0, 1.0)
vao.program['scale'] = 2
vao.render() # "mode" is moderngl.TRIANGLES by default
Image.frombytes(
"RGB", fbo.size, fbo.color_attachments[0].read(),
"raw", "RGB", 0, -1
).show()
moderngl-moderngl-773b733/docs/the_guide/getting_started/triangles_draw/uniform.rst 0000664 0000000 0000000 00000005765 14704200620 0030711 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
Uniform
=======
At some point you will need to make a lot of small changes to your rendering. Changing the screen aspect ratio, viewing angle, changing perspective/orthographic projection and much more. And in many situations it will be very convenient to use :py:class:`Uniform` -s.
:py:class:`Uniform` -s can be specified and used at any time during rendering. They allow you to replace all constants in the shader with variables and change them as needed. The :py:class:`Uniform` is initialized in the shader as follows::
uniform float var1;
Changing the :py:class:`Uniform` -s value in ModernGL is very easy. For example, setting the value for our variable ``140.02`` is done as follows::
vao.program['var1'].value = 140.02
# or (using `__setitem__` shortcut)
vao.program['var1'] = 140.02
If the variable type is not ``float``, but ``vec4``, simply list the values separated by commas::
vao.program['var2'] = 1, 2, 3, 4
# or
vao.program['var2'] = [1, 2, 3, 4]
# or
vao.program['var2'] = (1, 2, 3, 4)
You need to list as many values as the :doc:`value type <../low_start/shader_basics>` takes: ``float`` will take 1 number, ``vec2`` will take 2 numbers, ``vec4`` will take 4 numbers, ``mat4`` will take 16 numbers, etc.
Let's consider a case where we need to change the size of our triangle. Take the :doc:`original triangle drawing code <../triangles_draw/one_familiar_triangle>` and make the following changes.
To change the scale (size) of the triangle, add a ``scale`` :py:class:`Uniform`. In the vertex shader it will be multiplied by all vertices and thus allow us to control the size of all triangles.
.. rubric:: Entire source
.. literalinclude:: triangle_draw_uniform.py
:emphasize-lines: 15, 21, 54
:linenos:
We set the scale value to ``2.0``, which means our triangle will be enlarged by 2 times.
.. figure:: enlarged_triangle.png
:alt: Enlarged triangle
:align: center
:figclass: align-center
Enlarged triangle
Now let's set the scale value to ``0.5`` to reduce the triangle by 2 times::
vao.program['scale'] = 0.5
.. figure:: reduced_triangle.png
:alt: Reduced triangle
:align: center
:figclass: align-center
Reduced triangle
Uniforms can not only be set, but also read. This is done as follows::
scale = vao.program['scale'].value
Also Uniforms can be written or read directly, in the form of bytes::
# write
scale = 2
b_scale = numpy.asarray([scale], dtype='f4').tobytes()
vao.program['scale'].write(b_scale)
# read
b_scale = vao.program['scale'].read()
scale = numpy.frombuffer(b_scale, dtype='f4')[0]
# `numpy.frombuffer()` converts a byte string into an array,
# since we have one number, we select it from the array.
In most cases, directly using :py:class:`Uniform` -s ``.read()/.write()`` methods can speed up the code, but constantly manually converting variables into bytes does not make sense, since ModernGL already does it in the most optimized way.
moderngl-moderngl-773b733/docs/the_guide/index.rst 0000664 0000000 0000000 00000000250 14704200620 0022125 0 ustar 00root root 0000000 0000000 The Guide
=========
Consistent learning of ModernGL.
.. toctree::
:maxdepth: 2
intro.rst
getting_started/index.rst
functionality_expansion/index.rst
moderngl-moderngl-773b733/docs/the_guide/intro.rst 0000664 0000000 0000000 00000011050 14704200620 0022151 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
An introduction to OpenGL
=========================
The simplified story
--------------------
`OpenGL`_ (Open Graphics Library) has a long history reaching
all the way back to 1992 when it was created by `Silicon Graphics`_.
It was partly based in their proprietary `IRIS GL`_
(Integrated Raster Imaging System Graphics Library) library.
Today OpenGL is managed by the `Khronos Group`_, an open
industry consortium of over 150 leading hardware and software
companies creating advanced, royalty-free, acceleration
standards for 3D graphics, Augmented and Virtual Reality,
vision and machine learning
The purpose of `OpenGL`_ is to provide a standard way to interact
with the graphics processing unit to achieve hardware accelerated rendering
across several platforms. How this is done under the hood is up to the
vendors (AMD, Nvidia, Intel, ARM .. etc) as long as the the specifications are
followed.
`OpenGL`_ has gone though many versions and it can be confusing when looking
up resources. Today we separate "Old OpenGL" and "Modern OpenGL".
From 2008 to 2010 version 3.x of OpenGL evolved until version
3.3 and 4.0 was released simultaneously.
In 2010 version 3.3, 4.0 and 4.1 was released to modernize the api
(simplified explanation) creating something that would be able
to utilize Direct3D 11-class hardware. **OpenGL 3.3 is the first
"Modern OpenGL" version** (simplified explanation). Everything
from this version is forward compatible all the way to the latest
4.x version. An optional deprecation mechanism was introduced to
disable outdated features. Running OpenGL in **core mode** would
remove all old features while running in **compatibility mode**
would still allow mixing the old and new api.
.. Note:: OpenGL 2.x, 3.0, 3.1 and 3.2 can of course access some
modern OpenGL features directly, but for simplicity we are
are focused on version 3.3 as it created the final
standard we are using today. Older OpenGL was also
a pretty wild world with countless vendor specific
extensions. Modern OpenGL cleaned this up quite a bit.
In OpenGL we often talk about the **Fixed Pipeline** and the
**Programmable Pipeline**.
OpenGL code using the **Fixed Pipeline** (Old OpenGL) would use functions like
``glVertex``, ``glColor``, ``glMaterial`` ``glMatrixMode``,
``glLoadIdentity``, ``glBegin``, ``glEnd``, ``glVertexPointer``,
``glColorPointer``, ``glPushMatrix`` and ``glPopMatrix``.
The api had strong opinions and limitations on what you
could do, hiding what really went on under the hood.
OpenGL code using the **Programmable Pipeline** (Modern OpenGL) would use
functions like ``glCreateProgram``, ``UseProgram``. ``glCreateShader``,
``VertexAttrib*``, ``glBindBuffer*``, and ``glUniform*``.
This API mainly works with buffers of data and smaller programs
called "shaders" running on the GPU to process this data
using the **OpenGL Shading Language (GLSL)**. This gives
enormous flexibility but requires that we understand the
OpenGL pipeline (actually not that complicated).
Beyond OpenGL
-------------
OpenGL has a lot of "baggage" after 25 years and hardware has
drastically changed since its inception. Plans for "OpenGL 5"
was started as the **Next Generation OpenGL Initiative (glNext)**.
This Turned into the `Vulkan`_ API and was a grounds-up redesign
to unify OpenGL and OpenGL ES into one common API that will not be
backwards compatible with existing OpenGL versions.
This doesn't mean OpenGL is not worth learning today. In fact
learning 3.3+ shaders and understanding the rendering pipeline
will greatly help you understand `Vulkan`_. In most cases you can
pretty much copy paste the shaders over to `Vulkan`_.
Where does ModernGL fit into all this?
--------------------------------------
The ModernGL library exposes the **Programmable Pipeline**
using OpenGL 3.3 core or higher. However, we don't expose OpenGL
functions directly. Instead we expose features though various
objects like :py:class:`Buffer` and :py:class:`Program`
in a much more "pythonic" way. It's in other words a higher level
wrapper making OpenGL much easier to reason with. We try to hide
most of the complicated details to make the user more productive.
There are a lot of pitfalls with OpenGL and we remove most of them.
Learning ModernGL is more about learning shaders and the OpenGL
pipeline.
.. _Vulkan: https://www.khronos.org/vulkan/
.. _IRIS GL: https://wikipedia.org/wiki/IRIS_GL
.. _OpenGL: https://en.wikipedia.org/wiki/OpenGL
.. _Silicon Graphics: https://wikipedia.org/wiki/Silicon_Graphics
.. _Khronos Group: https://www.khronos.org
moderngl-moderngl-773b733/docs/topics/ 0000775 0000000 0000000 00000000000 14704200620 0017633 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/docs/topics/buffer_format.rst 0000664 0000000 0000000 00000025472 14704200620 0023220 0 ustar 00root root 0000000 0000000 .. _buffer-format-label:
Buffer Format
=============
.. py:currentmodule:: moderngl
Description
-----------
A buffer format is a short string describing the layout of data in a vertex
buffer object (VBO).
A VBO often contains a homogeneous array of C-like structures. The buffer
format describes what each element of the array looks like. For example,
a buffer containing an array of high-precision 2D vertex positions might have
the format ``"2f8"`` - each element of the array consists of two floats, each
float being 8 bytes wide, ie. a double.
Buffer formats are used in the :py:meth:`Context.vertex_array()` constructor,
as the 2nd component of the `content` arg.
See the :ref:`example-of-simple-usage-label` below.
Syntax
------
A buffer format looks like:
``[count]type[size] [[count]type[size]...] [/usage]``
Where:
- ``count`` is an optional integer. If omitted, it defaults to ``1``.
- ``type`` is a single character indicating the data type:
- ``f`` float
- ``i`` int
- ``u`` unsigned int
- ``x`` padding
- ``size`` is an optional number of bytes used to store the type.
If omitted, it defaults to 4 for numeric types, or to 1 for padding bytes.
A format may contain multiple, space-separated ``[count]type[size]`` triples
(See the :ref:`example-of-single-interleaved-array-label`), followed by:
- ``/usage`` is optional. It should be preceded by a space, and then consists
of a slash followed by a single character, indicating how successive values
in the buffer should be passed to the shader:
- ``/v`` per vertex.
Successive values from the buffer are passed to each vertex.
This is the default behavior if usage is omitted.
- ``/i`` per instance.
Successive values from the buffer are passed to each instance.
- ``/r`` per render.
the first buffer value is passed to every vertex of every instance.
ie. behaves like a uniform.
When passing multiple VBOs to a VAO, the first one must be of usage ``/v``,
as shown in the :ref:`example-of-multiple-arrays-with-differing-usage-label`.
Valid combinations of type and size are:
+----------+---------------+-------------------+-----------------+---------+
| | size |
+==========+===============+===================+=================+=========+
| **type** | 1 | 2 | 4 | 8 |
+----------+---------------+-------------------+-----------------+---------+
| f | Unsigned byte | Half float | Float | Double |
| | (normalized) | | | |
+----------+---------------+-------------------+-----------------+---------+
| i | Byte | Short | Int | \- |
+----------+---------------+-------------------+-----------------+---------+
| u | Unsigned byte | Unsigned short | Unsigned int | \- |
+----------+---------------+-------------------+-----------------+---------+
| x | 1 byte | 2 bytes | 4 bytes | 8 bytes |
+----------+---------------+-------------------+-----------------+---------+
The entry ``f1`` has two unusual properties:
1. Its type is ``f`` (for float), but it defines a buffer containing unsigned
bytes. For this size of floats only, the values are `normalized`, ie.
unsigned bytes from 0 to 255 in the buffer are converted to float values
from 0.0 to 1.0 by the time they reach the vertex shader. This is intended
for passing in colors as unsigned bytes.
2. Three unsigned bytes, with a format of ``3f1``,
may be assigned to a ``vec3`` attribute, as one would expect.
But, from ModernGL v6.0,
they can alternatively be passed to a ``vec4`` attribute.
This is intended for passing a buffer of 3-byte RGB values
into an attribute which also contains an alpha channel.
There are no size 8 variants for types ``i`` and ``u``.
This buffer format syntax is specific to ModernGL. As seen in the usage
examples below, the formats sometimes look similar to the format strings passed
to ``struct.pack``, but that is a different syntax (documented here_.)
.. _here: https://docs.python.org/3.7/library/struct.html
Buffer formats can represent a wide range of vertex attribute formats.
For rare cases of specialized attribute formats that are not expressible
using buffer formats, there is a :py:meth:`VertexArray.bind()` method, to
manually configure the underlying OpenGL binding calls. This is not generally
recommended.
Examples
--------
Example buffer formats
......................
``"2f"`` has a count of ``2`` and a type of ``f`` (float). Hence it describes
two floats, passed to a vertex shader's ``vec2`` attribute. The size of the
floats is unspecified, so defaults to ``4`` bytes. The usage of the buffer is
unspecified, so defaults to ``/v`` (vertex), meaning each successive pair of
floats in the array are passed to successive vertices during the render call.
``"3i2/i"`` means three ``i`` (integers). The size of each integer is ``2``
bytes, ie. they are shorts, passed to an ``ivec3`` attribute.
The trailing ``/i`` means that consecutive values
in the buffer are passed to successive `instances` during an instanced render
call. So the same value is passed to every vertex within a particular instance.
Buffers contining interleaved values are represented by multiple space
separated count-type-size triples. Hence:
``"2f 3u x /v"`` means:
* ``2f``: two floats, passed to a ``vec2`` attribute, followed by
* ``3u``: three unsigned bytes, passed to a ``uvec3``, then
* ``x``: a single byte of padding, for alignment.
The ``/v`` indicates successive elements in the buffer are passed to successive
vertices during the render. This is the default, so the ``/v`` could be
omitted.
.. _example-of-simple-usage-label:
Example of simple usage
.......................
Consider a VBO containing 2D vertex positions, forming a single triangle::
# a 2D triangle (ie. three (x, y) vertices)
verts = [
0.0, 0.9,
-0.5, 0.0,
0.5, 0.0,
]
# pack all six values into a binary array of C-like floats
verts_buffer = struct.pack("6f", *verts)
# put the array into a VBO
vbo = ctx.buffer(verts_buffer)
# use the VBO in a VAO
vao = ctx.vertex_array(
shader_program,
[
(vbo, "2f", "in_vert"), # <---- the "2f" is the buffer format
]
index_buffer_object
)
The line ``(vbo, "2f", "in_vert")``, known as the VAO content, indicates that
``vbo`` contains an array of values, each of which consists of two floats.
These values are passed to an ``in_vert`` attribute,
declared in the vertex shader as::
in vec2 in_vert;
The ``"2f"`` format omits a ``size`` component, so the floats default to
4-bytes each. The format also omits the trailing ``/usage`` component, which
defaults to ``/v``, so successive (x, y) rows from the buffer are passed to
successive vertices during the render call.
.. _example-of-single-interleaved-array-label:
Example of single interleaved array
...................................
A buffer array might contain elements consisting of multiple interleaved
values.
For example, consider a buffer array, each element of which contains a 2D
vertex position as floats, an RGB color as unsigned ints, and a single byte of
padding for alignment:
+-------+-------+----------+----------+----------+---------+
| position | color | padding |
+-------+-------+----------+----------+----------+---------+
| x | y | r | g | b | \- |
+-------+-------+----------+----------+----------+---------+
| float | float | unsigned | unsigned | unsigned | byte |
| | | byte | byte | byte | |
+-------+-------+----------+----------+----------+---------+
Such a buffer, however you choose to construct it, would then be passed into
a VAO using::
vao = ctx.vertex_array(
shader_program,
[
(vbo, "2f 3f1 x", "in_vert", "in_color")
]
index_buffer_object
)
The format starts with ``2f``, for the two position floats, which will
be passed to the shader's ``in_vert`` attribute, declared as::
in vec2 in_vert;
Next, after a space, is ``3f1``, for the three color unsigned bytes, which
get normalized to floats by ``f1``. These floats will be passed to the shader's
``in_color`` attribute::
in vec3 in_color;
Finally, the format ends with ``x``, a single byte of padding, which needs
no shader attribute name.
.. _example-of-multiple-arrays-with-differing-usage-label:
Example of multiple arrays with differing ``/usage``
....................................................
To illustrate the trailing ``/usage`` portion, consider rendering a dozen cubes
with instanced rendering. We will use:
* ``vbo_verts_normals`` contains vertices (3 floats) and normals (3 floats)
for the vertices within a single cube.
* ``vbo_offset_orientation`` contains offsets (3 floats) and orientations (9
float matrices) that are used to position and orient each cube.
* ``vbo_colors`` contains colors (3 floats). In this example, there is only
one color in the buffer, that will be used for every vertex of every cube.
Our shader will take all the above values as attributes.
We bind the above VBOs in a single VAO, to prepare for an instanced rendering
call::
vao = ctx.vertex_array(
shader_program,
[
(vbo_verts_normals, "3f 3f /v", "in_vert", "in_norm"),
(vbo_offset_orientation, "3f 9f /i", "in_offset", "in_orientation"),
(vbo_colors, "3f /r", "in_color"),
]
index_buffer_object
)
So, the vertices and normals, using ``/v``, are passed to each vertex within
an instance. This fulfills the rule that the first VBO in a VAO must have usage
``/v``. These are passed to vertex attributes as::
in vec3 in_vert;
in vec3 in_norm;
The offsets and orientations pass the same value to each vertex within an
instance, but then pass the next value in the buffer to the vertices of the
next instance. Passed as::
in vec3 in_offset;
in mat3 in_orientation;
The single color is passed to every vertex of every instance.
If we had stored the color with ``/v`` or ``/i``, then we would have had to
store duplicate identical color values in vbo_colors - one per instance or
one per vertex. To render all our cubes in a single color, this is needless
duplication. Using ``/r``, only one color is require the buffer, and it is
passed to every vertex of every instance for the whole render call::
in vec3 in_color;
An alternative approach would be to pass in the color as a uniform, since
it is constant. But doing it as an attribute is more flexible. It allows us to
reuse the same shader program, bound to a different buffer, to pass in color
data which varies per instance, or per vertex.
.. toctree::
:maxdepth: 2
moderngl-moderngl-773b733/docs/topics/context.rst 0000664 0000000 0000000 00000012256 14704200620 0022057 0 ustar 00root root 0000000 0000000
.. _context:
Context Creation
================
.. py:currentmodule:: moderngl
.. Note:: From moderngl 5.6 context creation is handled by the glcontext_ package.
This makes expanding context support easier for users lowering the
bar for contributions. It also means context creation is no longer
limited by a moderngl releases.
.. Note:: This page might not list all supported backends as the glcontext_
project keeps evolving. If using anything outside of the default
contexts provided per OS, please check the listed backends in
the glcontext_ project.
Introduction
------------
A context is an object giving moderngl access to opengl instructions
(greatly simplified). How a context is created depends on your
operating system and what kind of platform you want to target.
In the vast majority of cases you'll be using the default context
backend supported by your operating system. This backend will be
automatically selected unless a specific ``backend`` parameter is used.
Default backend per OS
* **Windows**: wgl / opengl32.dll
* **Linux**: x11/glx/libGL
* **OS X**: CGL
These default backends support two modes:
* Detecting an exiting active context possibly created by a window
library such as glfw, sdl2, pyglet etc.
* Creating a headless context (No visible window)
Detecting an existing active context created by a window library::
import moderngl
# Create the window with an OpenGL context (Most window libraries support this)
ctx = moderngl.create_context()
# If successful we can now render to the window
print("Default framebuffer is:", ctx.screen)
A great reference using various window libraries can be found here:
https://github.com/moderngl/moderngl-window/tree/master/moderngl_window/context
Creating a headless context::
import moderngl
# Create the context
ctx = moderngl.create_context(standalone=True)
# Create a framebuffer we can render to
fbo = ctx.simple_framebuffer((100, 100), 4)
fbo.use()
Require a minimum OpenGL version
--------------------------------
ModernGL only support 3.3+ contexts. By default version 3.3
is passed in as the minimum required version of the context
returned by the backend.
To require a specific version::
moderngl.create_context(require=430)
This will require OpenGL 4.3. If a lower context version is
returned the context creation will fail.
This attribute can be accessed in :py:attr:`Context.version_code`
and will be updated to contain the actual version code of the
context (If higher than required).
Specifying context backend
--------------------------
A ``backend`` can be passed in for more advanced usage.
For example: Making a headless EGL context on linux::
ctx = moderngl.create_context(standalone=True, backend='egl')
.. Note:: Each backend supports additional keyword arguments for
more advanced configuration. This can for example be
the exact name of the library to load. More information
in the glcontext_ docs.
Context Sharing
---------------
.. Warning:: Object sharing is an experimental feature
Some context support the ``share`` parameters enabling
object sharing between contexts. This is not needed
if you are attaching to existing context with share mode enabled.
For example if you create two windows with glfw enabling object sharing.
ModernGL objects (such as :py:class:`moderngl.Buffer`, :py:class:`moderngl.Texture`, ..)
has a ``ctx`` property containing the context they were created in.
Still **ModernGL do not check what context is currently active when
accessing these objects.** This means the object can be used
in both contexts when sharing is enabled.
This should in theory work fine with object sharing enabled::
data1 = numpy.array([1, 2, 3, 4], dtype='u1')
data2 = numpy.array([4, 3, 2, 1], dtype='u1')
ctx1 = moderngl.create_context(standalone=True)
ctx2 = moderngl.create_context(standalone=True, share=True)
with ctx1 as ctx:
b1 = ctx.buffer(data1)
with ctx2 as ctx:
b2 = ctx.buffer(data2)
print(b1.glo) # Displays: 1
print(b2.glo) # Displays: 2
with ctx1:
print(b1.read())
print(b2.read())
with ctx2:
print(b1.read())
print(b2.read())
Still, there are some limitations to object sharing. Especially
objects that reference other objects (framebuffer, vertex array object, etc.)
More information for a deeper dive:
* https://www.khronos.org/opengl/wiki/OpenGL_Object#Object_Sharing
* https://www.khronos.org/opengl/wiki/Memory_Model
Context Info
------------
Various information such as limits and driver information can be found in the
:py:attr:`~moderngl.Context.info` property. It can often be useful to know
the vendor and render for the context::
>>> import moderngl
>>> ctx = moderngl.create_context(standalone=True, gl_version=(4.6))
>>> ctx.info["GL_VENDOR"]
'NVIDIA Corporation'
>>> ctx.info["GL_RENDERER"]
'GeForce RTX 2080 SUPER/PCIe/SSE2'
>>> ctx.info["GL_VERSION"]
'3.3.0 NVIDIA 456.71'
Note that it reports version 3.3 here because ModernGL by default
requests a version 3.3 context (minimum requirement).
.. _glcontext: https://github.com/moderngl/glcontext
moderngl-moderngl-773b733/docs/topics/gc.rst 0000664 0000000 0000000 00000006122 14704200620 0020757 0 ustar 00root root 0000000 0000000 .. py:currentmodule:: moderngl
The Lifecycle of a ModernGL Object
==================================
From moderngl 5.7 we support three different garbage collection modes.
This should be configured using the :py:attr:`Context.gc_mode` attribute
preferably right after the context is created.
The current supported modes are:
* ``None``: (default) No garbage collection is performed. Objects needs to
to be manually released like in previous versions of moderngl.
* ``"context_gc"``: Dead objects are collected in :py:attr:`Context.objects`.
These can periodically be released using :py:meth:`Context.gc`.
* ``"auto"``: Dead objects are destroyed automatically like we would
expect in python.
It's important to realize here that garbage collection is not about
the python objects itself, but the underlying OpenGL objects. ModernGL
operates in many different environments were garbage collection can be
a challenge. This depends on factors like who is controlling the existence
of the OpenGL context and challenges around threading in python.
Standalone / Headless Context
-----------------------------
In this instance we control when the context is created and destroyed.
Using ``"auto"`` garbage collection is perfectly reasonable in this
situation.
Context Detection
-----------------
When detecting an existing context from some window library we have no
direct control over the existence of the context. Using ``"auto"`` mode
is dangerous can can cause crashes especially on application exit.
The window and context is destroyed and closed, then moderngl will
try to destroy resources in a context that no longer exists.
Use ``"context_gc"`` mode to avoid this.
It can be possible to switch the ``gc_mode`` to ``None`` when
the window is closed. This can still be a problem if you have
race conditions due to resources being created in the render loop.
The Threading Issue
-------------------
When using threads in python the garbage collector can run in any thread.
This is a problem for OpenGL because only the main thread is allowed
to interact with the context. When using threads in your application
you should be using ``"context_gc"`` mode and periodically call ``Context.gc``
for example during every frame swap.
Manually Releasing Objects
--------------------------
Objects in moderngl don't automatically release the OpenGL resources when
``gc_mode=None`` is used.
Each type has a ``release()`` method that needs to be called to properly clean
up everything::
# Create a texture
texture = ctx.texture((10, 10), 4)
# Properly release the opengl resources
texture.release()
Detecting Released Objects
--------------------------
If you for some reason need to detect if a resource was released it can be done
by checking the type of the internal moderngl object (``.mglo`` property)::
>> import moderngl
>> ctx = moderngl.create_standalone_context()
>> buffer = ctx.buffer(reserve=1024)
>> type(buffer.mglo)
>> buffer.release()
>> type(buffer.mglo)
>> type(buffer.mglo) == moderngl.mgl.InvalidObject
True
moderngl-moderngl-773b733/docs/topics/index.rst 0000664 0000000 0000000 00000000170 14704200620 0021472 0 ustar 00root root 0000000 0000000
Topics
======
.. toctree::
:maxdepth: 2
gc.rst
context.rst
texture_formats.rst
buffer_format.rst
moderngl-moderngl-773b733/docs/topics/texture_formats.rst 0000664 0000000 0000000 00000034131 14704200620 0023622 0 ustar 00root root 0000000 0000000 .. _texture-format-label:
Texture Format
==============
.. py:currentmodule:: moderngl
Description
-----------
The format of a texture can be described by the ``dtype`` parameter
during texture creation. For example the :py:meth:`moderngl.Context.texture`.
The default ``dtype`` is ``f1``. Each component is an unsigned byte (0-255)
that is normalized when read in a shader into a value from 0.0 to 1.0.
The formats are based on the string formats used in numpy.
Some quick example of texture creation::
# RGBA (4 component) f1 texture
texture = ctx.texture((100, 100), 4) # dtype f1 is default
# R (1 component) f4 texture (32 bit float)
texture = ctx.texture((100, 100), 1, dype="f4")
# RG (2 component) u2 texture (16 bit unsigned integer)
texture = ctx.texture((100, 100), 2, dtype="u2")
Texture contents can be passed in using the ``data`` parameter during
creation or by using the ``write()`` method. The object passed in
``data`` can be bytes or any object supporting the buffer protocol.
When writing data to texture the data type can be derived from
the internal format in the tables below. ``f1`` textures takes
unsigned bytes (``u1`` or ``numpy.uint8`` in numpy) while
``f2`` textures takes 16 bit floats (``f2`` or ``numpy.float16`` in numpy).
Float Textures
--------------
``f1`` textures are just unsigned bytes (8 bits per component) (``GL_UNSIGNED_BYTE``)
The ``f1`` texture is the most commonly used textures in OpenGL
and is currently the default. Each component takes 1 byte (4 bytes for RGBA).
This is not really a "real" float format, but a shader will read
normalized values from these textures. ``0-255`` (byte range) is read
as a value from ``0.0`` to ``1.0`` in shaders.
In shaders the sampler type should be ``sampler2D``, ``sampler2DArray``
``sampler3D``, ``samplerCube`` etc.
+----------+---------------+---------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+===============+===================+
| f1 | 1 | GL_RED | GL_R8 |
+----------+---------------+---------------+-------------------+
| f1 | 2 | GL_RG | GL_RG8 |
+----------+---------------+---------------+-------------------+
| f1 | 3 | GL_RGB | GL_RGB8 |
+----------+---------------+---------------+-------------------+
| f1 | 4 | GL_RGBA | GL_RGBA8 |
+----------+---------------+---------------+-------------------+
``f2`` textures stores 16 bit float values (``GL_HALF_FLOAT``).
+----------+---------------+---------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+===============+===================+
| f2 | 1 | GL_RED | GL_R16F |
+----------+---------------+---------------+-------------------+
| f2 | 2 | GL_RG | GL_RG16F |
+----------+---------------+---------------+-------------------+
| f2 | 3 | GL_RGB | GL_RGB16F |
+----------+---------------+---------------+-------------------+
| f2 | 4 | GL_RGBA | GL_RGBA16F |
+----------+---------------+---------------+-------------------+
``f4`` textures store 32 bit float values. (``GL_FLOAT``)
Note that some drivers do not like 3 components because of alignment.
+----------+---------------+---------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+===============+===================+
| f4 | 1 | GL_RED | GL_R32F |
+----------+---------------+---------------+-------------------+
| f4 | 2 | GL_RG | GL_RG32F |
+----------+---------------+---------------+-------------------+
| f4 | 3 | GL_RGB | GL_RGB32F |
+----------+---------------+---------------+-------------------+
| f4 | 4 | GL_RGBA | GL_RGBA32F |
+----------+---------------+---------------+-------------------+
Integer Textures
----------------
Integer textures come in a signed and unsigned version. The advantage
with integer textures is that shader can read the raw integer values
from them using for example ``usampler*`` (unsigned) or ``isampler*``
(signed).
Integer textures do not support ``LINEAR`` filtering (only ``NEAREST``).
Unsigned
~~~~~~~~
``u1`` textures store unsigned byte values (``GL_UNSIGNED_BYTE``).
In shaders the sampler type should be ``usampler2D``, ``usampler2DArray``
``usampler3D``, ``usamplerCube`` etc.
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| u1 | 1 | GL_RED_INTEGER | GL_R8UI |
+----------+---------------+-----------------+-------------------+
| u1 | 2 | GL_RG_INTEGER | GL_RG8UI |
+----------+---------------+-----------------+-------------------+
| u1 | 3 | GL_RGB_INTEGER | GL_RGB8UI |
+----------+---------------+-----------------+-------------------+
| u1 | 4 | GL_RGBA_INTEGER | GL_RGBA8UI |
+----------+---------------+-----------------+-------------------+
``u2`` textures store 16 bit unsigned integers (``GL_UNSIGNED_SHORT``).
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| u2 | 1 | GL_RED_INTEGER | GL_R16UI |
+----------+---------------+-----------------+-------------------+
| u2 | 2 | GL_RG_INTEGER | GL_RG16UI |
+----------+---------------+-----------------+-------------------+
| u2 | 3 | GL_RGB_INTEGER | GL_RGB16UI |
+----------+---------------+-----------------+-------------------+
| u2 | 4 | GL_RGBA_INTEGER | GL_RGBA16UI |
+----------+---------------+-----------------+-------------------+
``u4`` textures store 32 bit unsigned integers (``GL_UNSIGNED_INT``)
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| u4 | 1 | GL_RED_INTEGER | GL_R32UI |
+----------+---------------+-----------------+-------------------+
| u4 | 2 | GL_RG_INTEGER | GL_RG32UI |
+----------+---------------+-----------------+-------------------+
| u4 | 3 | GL_RGB_INTEGER | GL_RGB32UI |
+----------+---------------+-----------------+-------------------+
| u4 | 4 | GL_RGBA_INTEGER | GL_RGBA32UI |
+----------+---------------+-----------------+-------------------+
Signed
~~~~~~
``i1`` textures store signed byte values (``GL_BYTE``).
In shaders the sampler type should be ``isampler2D``, ``isampler2DArray``
``isampler3D``, ``isamplerCube`` etc.
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| i1 | 1 | GL_RED_INTEGER | GL_R8I |
+----------+---------------+-----------------+-------------------+
| i1 | 2 | GL_RG_INTEGER | GL_RG8I |
+----------+---------------+-----------------+-------------------+
| i1 | 3 | GL_RGB_INTEGER | GL_RGB8I |
+----------+---------------+-----------------+-------------------+
| i1 | 4 | GL_RGBA_INTEGER | GL_RGBA8I |
+----------+---------------+-----------------+-------------------+
``i2`` textures store 16 bit integers (``GL_SHORT``).
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| i2 | 1 | GL_RED_INTEGER | GL_R16I |
+----------+---------------+-----------------+-------------------+
| i2 | 2 | GL_RG_INTEGER | GL_RG16I |
+----------+---------------+-----------------+-------------------+
| i2 | 3 | GL_RGB_INTEGER | GL_RGB16I |
+----------+---------------+-----------------+-------------------+
| i2 | 4 | GL_RGBA_INTEGER | GL_RGBA16I |
+----------+---------------+-----------------+-------------------+
``i4`` textures store 32 bit integers (``GL_INT``)
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| i4 | 1 | GL_RED_INTEGER | GL_R32I |
+----------+---------------+-----------------+-------------------+
| i4 | 2 | GL_RG_INTEGER | GL_RG32I |
+----------+---------------+-----------------+-------------------+
| i4 | 3 | GL_RGB_INTEGER | GL_RGB32I |
+----------+---------------+-----------------+-------------------+
| i4 | 4 | GL_RGBA_INTEGER | GL_RGBA32I |
+----------+---------------+-----------------+-------------------+
Normalized Integer Textures
---------------------------
Normalized integers are integer texture, but texel reads in a shader
returns normalized values (``[0.0, 1.0]``). For example an unsigned 16
bit fragment with the value ``2**16-1`` will be read as ``1.0``.
Normalized integer textures should use the `sampler2D` sampler
type. Also note that there's no standard for normalized 32 bit
integer textures because a float32 doesn't have enough precision
to express a 32 bit integer as a number between 0.0 and 1.0.
Unsigned
~~~~~~~~
``nu1`` textures is really the same as an ``f1``. Each component
is a ``GL_UNSIGNED_BYTE``, but are read by the shader in normalized
form ``[0.0, 1.0]``.
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| nu1 | 1 | GL_RED | GL_R8 |
+----------+---------------+-----------------+-------------------+
| nu1 | 2 | GL_RG | GL_RG8 |
+----------+---------------+-----------------+-------------------+
| nu1 | 3 | GL_RGB | GL_RGB8 |
+----------+---------------+-----------------+-------------------+
| nu1 | 4 | GL_RGBA | GL_RGBA8 |
+----------+---------------+-----------------+-------------------+
``nu2`` textures store 16 bit unsigned integers (``GL_UNSIGNED_SHORT``).
The value range ``[0, 2**16-1]`` will be normalized into ``[0.0, 1.0]``.
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| nu2 | 1 | GL_RED | GL_R16 |
+----------+---------------+-----------------+-------------------+
| nu2 | 2 | GL_RG | GL_RG16 |
+----------+---------------+-----------------+-------------------+
| nu2 | 3 | GL_RGB | GL_RGB16 |
+----------+---------------+-----------------+-------------------+
| nu2 | 4 | GL_RGBA | GL_RGBA16 |
+----------+---------------+-----------------+-------------------+
Signed
~~~~~~
``ni1`` textures store 8 bit signed integers (``GL_BYTE``).
The value range ``[0, 127]`` will be normalized into ``[0.0, 1.0]``.
Negative values will be clamped.
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| ni1 | 1 | GL_RED | GL_R8 |
+----------+---------------+-----------------+-------------------+
| ni1 | 2 | GL_RG | GL_RG8 |
+----------+---------------+-----------------+-------------------+
| ni1 | 3 | GL_RGB | GL_RGB8 |
+----------+---------------+-----------------+-------------------+
| ni1 | 4 | GL_RGBA | GL_RGBA8 |
+----------+---------------+-----------------+-------------------+
``ni2`` textures store 16 bit signed integers (``GL_SHORT``).
The value range ``[0, 2**15-1]`` will be normalized into ``[0.0, 1.0]``.
Negative values will be clamped.
+----------+---------------+-----------------+-------------------+
| **dtype**| *Components* | *Base Format* | *Internal Format* |
+==========+===============+=================+===================+
| ni2 | 1 | GL_RED | GL_R16 |
+----------+---------------+-----------------+-------------------+
| ni2 | 2 | GL_RG | GL_RG16 |
+----------+---------------+-----------------+-------------------+
| ni2 | 3 | GL_RGB | GL_RGB16 |
+----------+---------------+-----------------+-------------------+
| ni2 | 4 | GL_RGBA | GL_RGBA16 |
+----------+---------------+-----------------+-------------------+
Overriding internalformat
-------------------------
:py:meth:`Context.texture` supports overriding the internalformat
of the texture. This is only necessary when needing a different
internal formats from the tables above. This can for
example be ``GL_SRGB8 = 0x8C41`` or some compressed format.
You may also need to look up in :py:attr:`Context.extensions`
to ensure the context supports internalformat you are using.
We do not provide the enum values for these alternative internalformats.
They can be looked up in the registry : https://raw.githubusercontent.com/KhronosGroup/OpenGL-Registry/master/xml/gl.xml
Example::
texture = ctx.texture(image.size, 3, data=srbg_data, internal_format=GL_SRGB8)
moderngl-moderngl-773b733/examples/ 0000775 0000000 0000000 00000000000 14704200620 0017220 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/examples/01_hello_world.py 0000664 0000000 0000000 00000001347 14704200620 0022411 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import moderngl
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
def render(self):
now = pygame.time.get_ticks() / 1000.0
r = math.sin(now + 0.0) * 0.5 + 0.5
g = math.sin(now + 2.1) * 0.5 + 0.5
b = math.sin(now + 4.2) * 0.5 + 0.5
self.ctx.clear(r, g, b)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/02_shader.py 0000664 0000000 0000000 00000002517 14704200620 0021346 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import moderngl
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
vec3 vertices[3] = vec3[](
vec3(0.0, 0.4, 0.0),
vec3(-0.4, -0.3, 0.0),
vec3(0.4, -0.3, 0.0)
);
void main() {
gl_Position = vec4(vertices[gl_VertexID], 1.0);
}
''',
fragment_shader='''
#version 330 core
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(1.0, 1.0, 1.0, 1.0);
}
''',
)
self.vao = self.ctx.vertex_array(self.program, [])
self.vao.vertices = 3
def render(self):
self.ctx.clear()
self.vao.render()
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/03_camera.py 0000664 0000000 0000000 00000003434 14704200620 0021330 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
vec3 vertices[3] = vec3[](
vec3(0.0, 0.4, 0.0),
vec3(-0.4, -0.3, 0.0),
vec3(0.4, -0.3, 0.0)
);
void main() {
gl_Position = camera * vec4(vertices[gl_VertexID], 1.0);
}
''',
fragment_shader='''
#version 330 core
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(1.0, 1.0, 1.0, 1.0);
}
''',
)
self.vao = self.ctx.vertex_array(self.program, [])
self.vao.vertices = 3
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.vao.render()
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/04_vertex_buffer.py 0000664 0000000 0000000 00000003542 14704200620 0022747 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import numpy as np
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
layout (location = 0) in vec3 in_vertex;
void main() {
gl_Position = camera * vec4(in_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(1.0, 1.0, 1.0, 1.0);
}
''',
)
vertices = np.array([
0.0, 0.4, 0.0,
-0.4, -0.3, 0.0,
0.4, -0.3, 0.0,
])
self.vbo = self.ctx.buffer(vertices.astype('f4').tobytes())
self.vao = self.ctx.vertex_array(self.program, [(self.vbo, '3f', 'in_vertex')])
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.vao.render()
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/05_uniforms.py 0000664 0000000 0000000 00000004146 14704200620 0021745 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import numpy as np
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
void main() {
gl_Position = camera * vec4(position + in_vertex * scale, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform vec3 color;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
}
''',
)
vertices = np.array([
0.0, 0.4, 0.0,
-0.4, -0.3, 0.0,
0.4, -0.3, 0.0,
])
self.vbo = self.ctx.buffer(vertices.astype('f4').tobytes())
self.vao = self.ctx.vertex_array(self.program, [(self.vbo, '3f', 'in_vertex')])
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.program['position'] = (0.0, 0.0, 0.0)
self.program['color'] = (1.0, 1.0, 1.0)
self.program['scale'] = 0.2
self.vao.render()
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/06_multiple_objects.py 0000664 0000000 0000000 00000005345 14704200620 0023452 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import numpy as np
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class TriangleGeometry:
def __init__(self):
self.ctx = moderngl.get_context()
vertices = np.array([
0.0, 0.4, 0.0,
-0.4, -0.3, 0.0,
0.4, -0.3, 0.0,
])
self.vbo = self.ctx.buffer(vertices.astype('f4').tobytes())
def vertex_array(self, program):
return self.ctx.vertex_array(program, [(self.vbo, '3f', 'in_vertex')])
class Mesh:
def __init__(self, program, geometry):
self.ctx = moderngl.get_context()
self.vao = geometry.vertex_array(program)
def render(self, position, color, scale):
self.vao.program['position'] = position
self.vao.program['color'] = color
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
void main() {
gl_Position = camera * vec4(position + in_vertex * scale, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform vec3 color;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
}
''',
)
self.triangle_geometry = TriangleGeometry()
self.triangle = Mesh(self.program, self.triangle_geometry)
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.triangle.render((-0.2, 0.0, 0.0), (1.0, 0.0, 0.0), 0.2)
self.triangle.render((0.0, 0.0, 0.0), (0.0, 1.0, 0.0), 0.2)
self.triangle.render((0.2, 0.0, 0.0), (0.0, 0.0, 1.0), 0.2)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/07_different_geometries.py 0000664 0000000 0000000 00000007574 14704200620 0024306 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import numpy as np
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class TriangleGeometry:
def __init__(self):
self.ctx = moderngl.get_context()
vertices = np.array([
0.0, 0.4, 0.0,
-0.4, -0.3, 0.0,
0.4, -0.3, 0.0,
])
self.vbo = self.ctx.buffer(vertices.astype('f4').tobytes())
def vertex_array(self, program):
return self.ctx.vertex_array(program, [(self.vbo, '3f', 'in_vertex')])
class PlaneGeometry:
def __init__(self):
self.ctx = moderngl.get_context()
vertices = np.array([
-0.5, -0.5, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0,
0.5, -0.5, 0.0, 0.0, 0.0, 1.0, 1.0, 0.0,
-0.5, 0.5, 0.0, 0.0, 0.0, 1.0, 0.0, 1.0,
-0.5, 0.5, 0.0, 0.0, 0.0, 1.0, 0.0, 1.0,
0.5, -0.5, 0.0, 0.0, 0.0, 1.0, 1.0, 0.0,
0.5, 0.5, 0.0, 0.0, 0.0, 1.0, 1.0, 1.0,
])
self.vbo = self.ctx.buffer(vertices.astype('f4').tobytes())
def vertex_array(self, program):
return self.ctx.vertex_array(program, [(self.vbo, '3f 12x 8x', 'in_vertex')])
class Mesh:
def __init__(self, program, geometry):
self.ctx = moderngl.get_context()
self.vao = geometry.vertex_array(program)
def render(self, position, color, scale):
self.vao.program['position'] = position
self.vao.program['color'] = color
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
}
''',
)
self.triangle_geometry = TriangleGeometry()
self.triangle = Mesh(self.program, self.triangle_geometry)
self.plane_geometry = PlaneGeometry()
self.plane = Mesh(self.program, self.plane_geometry)
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.triangle.render((-0.2, 0.0, 0.0), (1.0, 0.0, 0.0), 0.2)
self.plane.render((0.0, 0.0, 0.0), (0.0, 1.0, 0.0), 0.2)
self.triangle.render((0.2, 0.0, 0.0), (0.0, 0.0, 1.0), 0.2)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/08_texture.py 0000664 0000000 0000000 00000011346 14704200620 0021606 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import numpy as np
import pygame
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class NoiseTexture:
def __init__(self, width, height):
self.ctx = moderngl.get_context()
pixels = os.urandom(width * height * 3)
self.texture = self.ctx.texture((width, height), 3, pixels)
self.sampler = self.ctx.sampler(texture=self.texture)
self.sampler.filter = (self.ctx.NEAREST, self.ctx.NEAREST)
def use(self):
self.sampler.use()
class TriangleGeometry:
def __init__(self):
self.ctx = moderngl.get_context()
vertices = np.array([
0.0, 0.4, 0.0,
-0.4, -0.3, 0.0,
0.4, -0.3, 0.0,
])
self.vbo = self.ctx.buffer(vertices.astype('f4').tobytes())
def vertex_array(self, program):
return self.ctx.vertex_array(program, [(self.vbo, '3f', 'in_vertex')])
class PlaneGeometry:
def __init__(self):
self.ctx = moderngl.get_context()
vertices = np.array([
-0.5, -0.5, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0,
0.5, -0.5, 0.0, 0.0, 0.0, 1.0, 1.0, 0.0,
-0.5, 0.5, 0.0, 0.0, 0.0, 1.0, 0.0, 1.0,
-0.5, 0.5, 0.0, 0.0, 0.0, 1.0, 0.0, 1.0,
0.5, -0.5, 0.0, 0.0, 0.0, 1.0, 1.0, 0.0,
0.5, 0.5, 0.0, 0.0, 0.0, 1.0, 1.0, 1.0,
])
self.vbo = self.ctx.buffer(vertices.astype('f4').tobytes())
def vertex_array(self, program):
return self.ctx.vertex_array(program, [(self.vbo, '3f 12x 2f', 'in_vertex', 'in_uv')])
class Mesh:
def __init__(self, program, geometry, texture=None):
self.ctx = moderngl.get_context()
self.vao = geometry.vertex_array(program)
self.texture = texture
def render(self, position, color, scale):
self.vao.program['use_texture'] = False
if self.texture:
self.vao.program['use_texture'] = True
self.texture.use()
self.vao.program['position'] = position
self.vao.program['color'] = color
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform sampler2D Texture;
uniform bool use_texture;
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
if (use_texture) {
out_color *= texture(Texture, v_uv);
}
}
''',
)
self.texture = NoiseTexture(32, 32)
self.triangle_geometry = TriangleGeometry()
self.triangle = Mesh(self.program, self.triangle_geometry)
self.plane_geometry = PlaneGeometry()
self.plane = Mesh(self.program, self.plane_geometry, self.texture)
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.triangle.render((-0.2, 0.0, 0.0), (1.0, 0.0, 0.0), 0.2)
self.plane.render((0.0, 0.0, 0.0), (1.0, 1.0, 1.0), 0.2)
self.triangle.render((0.2, 0.0, 0.0), (0.0, 0.0, 1.0), 0.2)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/09_models_and_images.py 0000664 0000000 0000000 00000010054 14704200620 0023534 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import pygame
from objloader import Obj
from PIL import Image
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class ImageTexture:
def __init__(self, path):
self.ctx = moderngl.get_context()
img = Image.open(path).convert('RGBA')
self.texture = self.ctx.texture(img.size, 4, img.tobytes())
self.sampler = self.ctx.sampler(texture=self.texture)
def use(self):
self.sampler.use()
class ModelGeometry:
def __init__(self, path):
self.ctx = moderngl.get_context()
obj = Obj.open(path)
self.vbo = self.ctx.buffer(obj.pack('vx vy vz nx ny nz tx ty'))
def vertex_array(self, program):
return self.ctx.vertex_array(program, [(self.vbo, '3f 12x 2f', 'in_vertex', 'in_uv')])
class Mesh:
def __init__(self, program, geometry, texture=None):
self.ctx = moderngl.get_context()
self.vao = geometry.vertex_array(program)
self.texture = texture
def render(self, position, color, scale):
self.vao.program['use_texture'] = False
if self.texture:
self.vao.program['use_texture'] = True
self.texture.use()
self.vao.program['position'] = position
self.vao.program['color'] = color
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform sampler2D Texture;
uniform bool use_texture;
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
if (use_texture) {
out_color *= texture(Texture, v_uv);
}
}
''',
)
self.texture = ImageTexture('examples/data/textures/crate.png')
self.car_geometry = ModelGeometry('examples/data/models/lowpoly_toy_car.obj')
self.car = Mesh(self.program, self.car_geometry)
self.crate_geometry = ModelGeometry('examples/data/models/crate.obj')
self.crate = Mesh(self.program, self.crate_geometry, self.texture)
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.car.render((-0.4, 0.0, 0.0), (1.0, 0.0, 0.0), 0.2)
self.crate.render((0.0, 0.0, 0.0), (1.0, 1.0, 1.0), 0.2)
self.car.render((0.4, 0.0, 0.0), (0.0, 0.0, 1.0), 0.2)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/10_lighting.py 0000664 0000000 0000000 00000010466 14704200620 0021706 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import pygame
from objloader import Obj
from PIL import Image
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class ImageTexture:
def __init__(self, path):
self.ctx = moderngl.get_context()
img = Image.open(path).convert('RGBA')
self.texture = self.ctx.texture(img.size, 4, img.tobytes())
self.sampler = self.ctx.sampler(texture=self.texture)
def use(self):
self.sampler.use()
class ModelGeometry:
def __init__(self, path):
self.ctx = moderngl.get_context()
obj = Obj.open(path)
self.vbo = self.ctx.buffer(obj.pack('vx vy vz nx ny nz tx ty'))
def vertex_array(self, program):
return self.ctx.vertex_array(program, [(self.vbo, '3f 3f 2f', 'in_vertex', 'in_normal', 'in_uv')])
class Mesh:
def __init__(self, program, geometry, texture=None):
self.ctx = moderngl.get_context()
self.vao = geometry.vertex_array(program)
self.texture = texture
def render(self, position, color, scale):
self.vao.program['use_texture'] = False
if self.texture:
self.vao.program['use_texture'] = True
self.texture.use()
self.vao.program['position'] = position
self.vao.program['color'] = color
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform sampler2D Texture;
uniform bool use_texture;
uniform vec3 light_direction;
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
if (use_texture) {
out_color *= texture(Texture, v_uv);
}
float lum = dot(normalize(v_normal), normalize(light_direction));
out_color.rgb *= max(lum, 0.0) * 0.5 + 0.5;
}
''',
)
self.texture = ImageTexture('examples/data/textures/crate.png')
self.car_geometry = ModelGeometry('examples/data/models/lowpoly_toy_car.obj')
self.car = Mesh(self.program, self.car_geometry)
self.crate_geometry = ModelGeometry('examples/data/models/crate.obj')
self.crate = Mesh(self.program, self.crate_geometry, self.texture)
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.program['camera'].write(camera)
self.program['light_direction'] = (1.0, 2.0, 3.0)
self.car.render((-0.4, 0.0, 0.0), (1.0, 0.0, 0.0), 0.2)
self.crate.render((0.0, 0.0, 0.0), (1.0, 1.0, 1.0), 0.2)
self.car.render((0.4, 0.0, 0.0), (0.0, 0.0, 1.0), 0.2)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/11_multiple_programs.py 0000664 0000000 0000000 00000014101 14704200620 0023635 0 ustar 00root root 0000000 0000000 import math
import os
import sys
import glm
import moderngl
import pygame
from objloader import Obj
from PIL import Image
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class ColorMaterial:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform vec3 light_direction;
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
float lum = dot(normalize(v_normal), normalize(light_direction));
out_color.rgb *= max(lum, 0.0) * 0.5 + 0.5;
}
''',
)
self.color = (1.0, 1.0, 1.0)
def use(self):
self.program['color'] = self.color
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 8x', 'in_vertex', 'in_normal')])
class TextureMaterial:
def __init__(self, texture):
self.texture = texture
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
uniform mat4 camera;
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform sampler2D Texture;
uniform vec3 light_direction;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = texture(Texture, v_uv);
float lum = dot(normalize(v_normal), normalize(light_direction));
out_color.rgb *= max(lum, 0.0) * 0.5 + 0.5;
}
''',
)
def use(self):
self.texture.use()
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 2f', 'in_vertex', 'in_normal', 'in_uv')])
class ImageTexture:
def __init__(self, path):
self.ctx = moderngl.get_context()
img = Image.open(path).convert('RGBA')
self.texture = self.ctx.texture(img.size, 4, img.tobytes())
self.sampler = self.ctx.sampler(texture=self.texture)
def use(self):
self.sampler.use()
class ModelGeometry:
def __init__(self, path):
self.ctx = moderngl.get_context()
obj = Obj.open(path)
self.vbo = self.ctx.buffer(obj.pack('vx vy vz nx ny nz tx ty'))
class Mesh:
def __init__(self, material, geometry):
self.ctx = moderngl.get_context()
self.vao = material.vertex_array(geometry.vbo)
self.material = material
def render(self, position, scale):
self.material.use()
self.vao.program['position'] = position
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.texture = ImageTexture('examples/data/textures/crate.png')
self.color_material = ColorMaterial()
self.texture_material = TextureMaterial(self.texture)
self.car_geometry = ModelGeometry('examples/data/models/lowpoly_toy_car.obj')
self.car = Mesh(self.color_material, self.car_geometry)
self.crate_geometry = ModelGeometry('examples/data/models/crate.obj')
self.crate = Mesh(self.texture_material, self.crate_geometry)
def camera_matrix(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, (0.0, 0.0, 0.0), (0.0, 0.0, 1.0))
return proj * look
def render(self):
camera = self.camera_matrix()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.color_material.program['camera'].write(camera)
self.color_material.program['light_direction'] = (1.0, 2.0, 3.0)
self.texture_material.program['camera'].write(camera)
self.texture_material.program['light_direction'] = (1.0, 2.0, 3.0)
self.crate.render((0.0, 0.0, 0.0), 0.2)
self.color_material.color = (1.0, 0.0, 0.0)
self.car.render((-0.4, 0.0, 0.0), 0.2)
self.color_material.color = (0.0, 0.0, 1.0)
self.car.render((0.4, 0.0, 0.0), 0.2)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/12_uniform_buffer.py 0000664 0000000 0000000 00000015452 14704200620 0023113 0 ustar 00root root 0000000 0000000 import math
import os
import struct
import sys
import glm
import moderngl
import pygame
from objloader import Obj
from PIL import Image
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
class UniformBuffer:
def __init__(self):
self.ctx = moderngl.get_context()
self.data = bytearray(1024)
self.ubo = self.ctx.buffer(self.data)
def set_camera(self, eye, target):
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, target, (0.0, 0.0, 1.0))
camera = proj * look
self.data[0:64] = camera.to_bytes()
def set_light_direction(self, x, y, z):
self.data[64:80] = struct.pack('4f', x, y, z, 0.0)
def use(self):
self.ubo.write(self.data)
self.ubo.bind_to_uniform_block()
class ColorMaterial:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
layout (std140) uniform Common {
mat4 camera;
vec4 light_direction;
};
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
layout (std140) uniform Common {
mat4 camera;
vec4 light_direction;
};
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = vec4(color, 1.0);
float lum = dot(normalize(v_normal), normalize(light_direction.xyz));
out_color.rgb *= max(lum, 0.0) * 0.5 + 0.5;
}
''',
)
self.color = (1.0, 1.0, 1.0)
def use(self):
self.program['color'] = self.color
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 8x', 'in_vertex', 'in_normal')])
class TextureMaterial:
def __init__(self, texture):
self.texture = texture
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
layout (std140) uniform Common {
mat4 camera;
vec4 light_direction;
};
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
layout (std140) uniform Common {
mat4 camera;
vec4 light_direction;
};
uniform sampler2D Texture;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
out_color = texture(Texture, v_uv);
float lum = dot(normalize(v_normal), normalize(light_direction.xyz));
out_color.rgb *= max(lum, 0.0) * 0.5 + 0.5;
}
''',
)
def use(self):
self.texture.use()
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 2f', 'in_vertex', 'in_normal', 'in_uv')])
class ImageTexture:
def __init__(self, path):
self.ctx = moderngl.get_context()
img = Image.open(path).convert('RGBA')
self.texture = self.ctx.texture(img.size, 4, img.tobytes())
self.sampler = self.ctx.sampler(texture=self.texture)
def use(self):
self.sampler.use()
class ModelGeometry:
def __init__(self, path):
self.ctx = moderngl.get_context()
obj = Obj.open(path)
self.vbo = self.ctx.buffer(obj.pack('vx vy vz nx ny nz tx ty'))
class Mesh:
def __init__(self, material, geometry):
self.ctx = moderngl.get_context()
self.vao = material.vertex_array(geometry.vbo)
self.material = material
def render(self, position, scale):
self.material.use()
self.vao.program['position'] = position
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.uniform_buffer = UniformBuffer()
self.texture = ImageTexture('examples/data/textures/crate.png')
self.color_material = ColorMaterial()
self.texture_material = TextureMaterial(self.texture)
self.car_geometry = ModelGeometry('examples/data/models/lowpoly_toy_car.obj')
self.car = Mesh(self.color_material, self.car_geometry)
self.crate_geometry = ModelGeometry('examples/data/models/crate.obj')
self.crate = Mesh(self.texture_material, self.crate_geometry)
def render(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.uniform_buffer.set_camera(eye, (0.0, 0.0, 0.0))
self.uniform_buffer.set_light_direction(1.0, 2.0, 3.0)
self.uniform_buffer.use()
self.crate.render((0.0, 0.0, 0.0), 0.2)
self.color_material.color = (1.0, 0.0, 0.0)
self.car.render((-0.4, 0.0, 0.0), 0.2)
self.color_material.color = (0.0, 0.0, 1.0)
self.car.render((0.4, 0.0, 0.0), 0.2)
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/13_shader_includes.py 0000664 0000000 0000000 00000022765 14704200620 0023245 0 ustar 00root root 0000000 0000000 import math
import os
import struct
import sys
import glm
import moderngl
import pygame
from objloader import Obj
from PIL import Image
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
def init_includes():
ctx = moderngl.get_context()
ctx.includes['uniform_buffer'] = '''
struct Light {
vec4 light_position;
vec4 light_color;
float light_power;
};
layout (std140) uniform Common {
mat4 camera;
vec4 camera_position;
Light lights[2];
};
'''
ctx.includes['blinn_phong'] = '''
vec3 blinn_phong(
vec3 vertex, vec3 normal, vec3 camera_position, vec3 light_position, float shininess, vec3 ambient_color,
vec3 diffuse_color, vec3 light_color, vec3 spec_color, float light_power) {
vec3 light_dir = light_position - vertex;
float light_distance = length(light_dir);
light_distance = light_distance * light_distance;
light_dir = normalize(light_dir);
float lambertian = max(dot(light_dir, normal), 0.0);
float specular = 0.0;
if (lambertian > 0.0) {
vec3 view_dir = normalize(camera_position - vertex);
vec3 half_dir = normalize(light_dir + view_dir);
float spec_angle = max(dot(half_dir, normal), 0.0);
specular = pow(spec_angle, shininess);
}
vec3 color_linear = ambient_color +
diffuse_color * lambertian * light_color * light_power / light_distance +
spec_color * specular * light_color * light_power / light_distance;
return color_linear;
}
'''
ctx.includes['calculate_lights'] = '''
vec3 calculate_lights(vec3 vertex, vec3 normal, vec3 color, vec3 camera_position) {
vec3 result = vec3(0.0);
for (int i = 0; i < 2; ++i) {
result += blinn_phong(
vertex, normal, camera_position, lights[i].light_position.xyz, 16.0, color * 0.05,
color, lights[i].light_color.rgb, vec3(1.0, 1.0, 1.0), lights[i].light_power
);
}
return result;
}
'''
ctx.includes['srgb'] = '''
vec3 srgb_to_linear(vec3 color) {
return pow(color, vec3(2.2));
}
vec3 linear_to_srgb(vec3 color) {
return pow(color, vec3(1.0 / 2.2));
}
'''
class UniformBuffer:
def __init__(self):
self.ctx = moderngl.get_context()
self.data = bytearray(1024)
self.ubo = self.ctx.buffer(self.data)
def set_camera(self, eye, target):
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, target, (0.0, 0.0, 1.0))
camera = proj * look
self.data[0:64] = camera.to_bytes()
self.data[64:80] = struct.pack('4f', *eye, 0.0)
def set_light(self, light_index, position, color, power):
offset = 80 + light_index * 48
self.data[offset + 0 : offset + 16] = struct.pack('4f', *position, 0.0)
self.data[offset + 16 : offset + 32] = struct.pack('4f', *color, 0.0)
self.data[offset + 32 : offset + 36] = struct.pack('f', power)
def use(self):
self.ubo.write(self.data)
self.ubo.bind_to_uniform_block()
class ColorMaterial:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
#include "uniform_buffer"
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "uniform_buffer"
#include "blinn_phong"
#include "calculate_lights"
#include "srgb"
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
vec3 color_linear = calculate_lights(v_vertex, v_normal, srgb_to_linear(color), camera_position.xyz);
out_color = vec4(linear_to_srgb(color_linear), 1.0);
}
''',
)
self.color = (1.0, 1.0, 1.0)
def use(self):
self.program['color'] = self.color
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 8x', 'in_vertex', 'in_normal')])
class TextureMaterial:
def __init__(self, texture):
self.texture = texture
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
#include "uniform_buffer"
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "uniform_buffer"
#include "blinn_phong"
#include "calculate_lights"
#include "srgb"
uniform sampler2D Texture;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
vec3 color = texture(Texture, v_uv).rgb;
vec3 color_linear = calculate_lights(v_vertex, v_normal, srgb_to_linear(color), camera_position.xyz);
out_color = vec4(linear_to_srgb(color_linear), 1.0);
}
''',
)
def use(self):
self.texture.use()
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 2f', 'in_vertex', 'in_normal', 'in_uv')])
class ImageTexture:
def __init__(self, path):
self.ctx = moderngl.get_context()
img = Image.open(path).convert('RGBA')
self.texture = self.ctx.texture(img.size, 4, img.tobytes())
self.sampler = self.ctx.sampler(texture=self.texture)
def use(self):
self.sampler.use()
class ModelGeometry:
def __init__(self, path):
self.ctx = moderngl.get_context()
obj = Obj.open(path)
self.vbo = self.ctx.buffer(obj.pack('vx vy vz nx ny nz tx ty'))
class Mesh:
def __init__(self, material, geometry):
self.ctx = moderngl.get_context()
self.vao = material.vertex_array(geometry.vbo)
self.material = material
def render(self, position, scale):
self.material.use()
self.vao.program['position'] = position
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
self.uniform_buffer = UniformBuffer()
self.texture = ImageTexture('examples/data/textures/crate.png')
self.color_material = ColorMaterial()
self.texture_material = TextureMaterial(self.texture)
self.car_geometry = ModelGeometry('examples/data/models/lowpoly_toy_car.obj')
self.car = Mesh(self.color_material, self.car_geometry)
self.crate_geometry = ModelGeometry('examples/data/models/crate.obj')
self.crate = Mesh(self.texture_material, self.crate_geometry)
def render(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.uniform_buffer.set_camera(eye, (0.0, 0.0, 0.0))
self.uniform_buffer.set_light(
light_index=0,
position=(1.0, 2.0, 3.0),
color=(1.0, 1.0, 1.0),
power=10.0,
)
self.uniform_buffer.set_light(
light_index=1,
position=(-2.0, -1.0, 4.0),
color=(1.0, 1.0, 1.0),
power=10.0,
)
self.uniform_buffer.use()
self.crate.render((0.0, 0.0, 0.0), 0.2)
self.color_material.color = (1.0, 0.0, 0.0)
self.car.render((-0.4, 0.0, 0.0), 0.2)
self.color_material.color = (0.0, 0.0, 1.0)
self.car.render((0.4, 0.0, 0.0), 0.2)
init_includes()
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/14_postprocessing.py 0000664 0000000 0000000 00000026704 14704200620 0023171 0 ustar 00root root 0000000 0000000 import math
import os
import struct
import sys
import glm
import moderngl
import pygame
from objloader import Obj
from PIL import Image
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
def init_includes():
ctx = moderngl.get_context()
ctx.includes['uniform_buffer'] = '''
struct Light {
vec4 light_position;
vec4 light_color;
float light_power;
};
layout (std140) uniform Common {
mat4 camera;
vec4 camera_position;
Light lights[2];
};
'''
ctx.includes['blinn_phong'] = '''
vec3 blinn_phong(
vec3 vertex, vec3 normal, vec3 camera_position, vec3 light_position, float shininess, vec3 ambient_color,
vec3 diffuse_color, vec3 light_color, vec3 spec_color, float light_power) {
vec3 light_dir = light_position - vertex;
float light_distance = length(light_dir);
light_distance = light_distance * light_distance;
light_dir = normalize(light_dir);
float lambertian = max(dot(light_dir, normal), 0.0);
float specular = 0.0;
if (lambertian > 0.0) {
vec3 view_dir = normalize(camera_position - vertex);
vec3 half_dir = normalize(light_dir + view_dir);
float spec_angle = max(dot(half_dir, normal), 0.0);
specular = pow(spec_angle, shininess);
}
vec3 color_linear = ambient_color +
diffuse_color * lambertian * light_color * light_power / light_distance +
spec_color * specular * light_color * light_power / light_distance;
return color_linear;
}
'''
ctx.includes['calculate_lights'] = '''
vec3 calculate_lights(vec3 vertex, vec3 normal, vec3 color, vec3 camera_position) {
vec3 result = vec3(0.0);
for (int i = 0; i < 2; ++i) {
result += blinn_phong(
vertex, normal, camera_position, lights[i].light_position.xyz, 16.0, color * 0.05,
color, lights[i].light_color.rgb, vec3(1.0, 1.0, 1.0), lights[i].light_power
);
}
return result;
}
'''
ctx.includes['srgb'] = '''
vec3 srgb_to_linear(vec3 color) {
return pow(color, vec3(2.2));
}
vec3 linear_to_srgb(vec3 color) {
return pow(color, vec3(1.0 / 2.2));
}
'''
ctx.includes['hash13'] = '''
float hash13(vec3 p3) {
p3 = fract(p3 * 0.1031);
p3 += dot(p3, p3.zyx + 31.32);
return fract((p3.x + p3.y) * p3.z);
}
'''
class FilmGrain:
def __init__(self, texture):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
vec2 positions[3] = vec2[](
vec2(-1.0, -1.0),
vec2(3.0, -1.0),
vec2(-1.0, 3.0)
);
void main() {
gl_Position = vec4(positions[gl_VertexID], 0.0, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "hash13"
uniform sampler2D Texture;
uniform float time;
layout (location = 0) out vec4 out_color;
void main() {
ivec2 at = ivec2(gl_FragCoord.xy);
float grain = hash13(vec3(gl_FragCoord.xy, time)) * 0.5 + 0.5;
out_color = texelFetch(Texture, at, 0) * grain;
}
''',
)
self.sampler = self.ctx.sampler(texture=texture)
self.vao = self.ctx.vertex_array(self.program, [])
self.vao.vertices = 3
def render(self, now):
self.ctx.enable_only(self.ctx.NOTHING)
self.sampler.use()
self.program['time'] = now
self.vao.render()
class UniformBuffer:
def __init__(self):
self.ctx = moderngl.get_context()
self.data = bytearray(1024)
self.ubo = self.ctx.buffer(self.data)
def set_camera(self, eye, target):
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, target, (0.0, 0.0, 1.0))
camera = proj * look
self.data[0:64] = camera.to_bytes()
self.data[64:80] = struct.pack('4f', *eye, 0.0)
def set_light(self, light_index, position, color, power):
offset = 80 + light_index * 48
self.data[offset + 0 : offset + 16] = struct.pack('4f', *position, 0.0)
self.data[offset + 16 : offset + 32] = struct.pack('4f', *color, 0.0)
self.data[offset + 32 : offset + 36] = struct.pack('f', power)
def use(self):
self.ubo.write(self.data)
self.ubo.bind_to_uniform_block()
class ColorMaterial:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
#include "uniform_buffer"
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "uniform_buffer"
#include "blinn_phong"
#include "calculate_lights"
#include "srgb"
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
vec3 color_linear = calculate_lights(v_vertex, v_normal, srgb_to_linear(color), camera_position.xyz);
out_color = vec4(linear_to_srgb(color_linear), 1.0);
}
''',
)
self.color = (1.0, 1.0, 1.0)
def use(self):
self.program['color'] = self.color
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 8x', 'in_vertex', 'in_normal')])
class TextureMaterial:
def __init__(self, texture):
self.texture = texture
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
#include "uniform_buffer"
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "uniform_buffer"
#include "blinn_phong"
#include "calculate_lights"
#include "srgb"
uniform sampler2D Texture;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
vec3 color = texture(Texture, v_uv).rgb;
vec3 color_linear = calculate_lights(v_vertex, v_normal, srgb_to_linear(color), camera_position.xyz);
out_color = vec4(linear_to_srgb(color_linear), 1.0);
}
''',
)
def use(self):
self.texture.use()
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 2f', 'in_vertex', 'in_normal', 'in_uv')])
class ImageTexture:
def __init__(self, path):
self.ctx = moderngl.get_context()
img = Image.open(path).convert('RGBA')
self.texture = self.ctx.texture(img.size, 4, img.tobytes())
self.sampler = self.ctx.sampler(texture=self.texture)
def use(self):
self.sampler.use()
class ModelGeometry:
def __init__(self, path):
self.ctx = moderngl.get_context()
obj = Obj.open(path)
self.vbo = self.ctx.buffer(obj.pack('vx vy vz nx ny nz tx ty'))
class Mesh:
def __init__(self, material, geometry):
self.ctx = moderngl.get_context()
self.vao = material.vertex_array(geometry.vbo)
self.material = material
def render(self, position, scale):
self.material.use()
self.vao.program['position'] = position
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
size = pygame.display.get_window_size()
self.screen = self.ctx.texture(size, 4)
self.depth = self.ctx.depth_texture(size)
self.framebuffer = self.ctx.framebuffer(
color_attachments=[self.screen],
depth_attachment=self.depth,
)
self.uniform_buffer = UniformBuffer()
self.texture = ImageTexture('examples/data/textures/crate.png')
self.color_material = ColorMaterial()
self.texture_material = TextureMaterial(self.texture)
self.car_geometry = ModelGeometry('examples/data/models/lowpoly_toy_car.obj')
self.car = Mesh(self.color_material, self.car_geometry)
self.crate_geometry = ModelGeometry('examples/data/models/crate.obj')
self.crate = Mesh(self.texture_material, self.crate_geometry)
self.film_grain = FilmGrain(self.screen)
def render(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
self.framebuffer.use()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.uniform_buffer.set_camera(eye, (0.0, 0.0, 0.0))
self.uniform_buffer.set_light(
light_index=0,
position=(1.0, 2.0, 3.0),
color=(1.0, 1.0, 1.0),
power=10.0,
)
self.uniform_buffer.set_light(
light_index=1,
position=(-2.0, -1.0, 4.0),
color=(1.0, 1.0, 1.0),
power=10.0,
)
self.uniform_buffer.use()
self.crate.render((0.0, 0.0, 0.0), 0.2)
self.color_material.color = (1.0, 0.0, 0.0)
self.car.render((-0.4, 0.0, 0.0), 0.2)
self.color_material.color = (0.0, 0.0, 1.0)
self.car.render((0.4, 0.0, 0.0), 0.2)
self.ctx.screen.use()
self.film_grain.render(now)
init_includes()
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/15_pillow_overlay.py 0000664 0000000 0000000 00000033263 14704200620 0023155 0 ustar 00root root 0000000 0000000 import math
import os
import struct
import sys
import glm
import moderngl
import pygame
from objloader import Obj
from PIL import Image, ImageDraw, ImageFont
os.environ['SDL_WINDOWS_DPI_AWARENESS'] = 'permonitorv2'
pygame.init()
pygame.display.set_mode((800, 800), flags=pygame.OPENGL | pygame.DOUBLEBUF, vsync=True)
def init_includes():
ctx = moderngl.get_context()
ctx.includes['uniform_buffer'] = '''
struct Light {
vec4 light_position;
vec4 light_color;
float light_power;
};
layout (std140) uniform Common {
mat4 camera;
vec4 camera_position;
Light lights[2];
};
'''
ctx.includes['blinn_phong'] = '''
vec3 blinn_phong(
vec3 vertex, vec3 normal, vec3 camera_position, vec3 light_position, float shininess, vec3 ambient_color,
vec3 diffuse_color, vec3 light_color, vec3 spec_color, float light_power) {
vec3 light_dir = light_position - vertex;
float light_distance = length(light_dir);
light_distance = light_distance * light_distance;
light_dir = normalize(light_dir);
float lambertian = max(dot(light_dir, normal), 0.0);
float specular = 0.0;
if (lambertian > 0.0) {
vec3 view_dir = normalize(camera_position - vertex);
vec3 half_dir = normalize(light_dir + view_dir);
float spec_angle = max(dot(half_dir, normal), 0.0);
specular = pow(spec_angle, shininess);
}
vec3 color_linear = ambient_color +
diffuse_color * lambertian * light_color * light_power / light_distance +
spec_color * specular * light_color * light_power / light_distance;
return color_linear;
}
'''
ctx.includes['calculate_lights'] = '''
vec3 calculate_lights(vec3 vertex, vec3 normal, vec3 color, vec3 camera_position) {
vec3 result = vec3(0.0);
for (int i = 0; i < 2; ++i) {
result += blinn_phong(
vertex, normal, camera_position, lights[i].light_position.xyz, 16.0, color * 0.05,
color, lights[i].light_color.rgb, vec3(1.0, 1.0, 1.0), lights[i].light_power
);
}
return result;
}
'''
ctx.includes['srgb'] = '''
vec3 srgb_to_linear(vec3 color) {
return pow(color, vec3(2.2));
}
vec3 linear_to_srgb(vec3 color) {
return pow(color, vec3(1.0 / 2.2));
}
'''
ctx.includes['hash13'] = '''
float hash13(vec3 p3) {
p3 = fract(p3 * 0.1031);
p3 += dot(p3, p3.zyx + 31.32);
return fract((p3.x + p3.y) * p3.z);
}
'''
class FilmGrain:
def __init__(self, texture):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
vec2 positions[3] = vec2[](
vec2(-1.0, -1.0),
vec2(3.0, -1.0),
vec2(-1.0, 3.0)
);
void main() {
gl_Position = vec4(positions[gl_VertexID], 0.0, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "hash13"
uniform sampler2D Texture;
uniform float time;
layout (location = 0) out vec4 out_color;
void main() {
ivec2 at = ivec2(gl_FragCoord.xy);
float grain = hash13(vec3(gl_FragCoord.xy, time)) * 0.5 + 0.5;
out_color = texelFetch(Texture, at, 0) * grain;
}
''',
)
self.sampler = self.ctx.sampler(texture=texture)
self.vao = self.ctx.vertex_array(self.program, [])
self.vao.vertices = 3
def render(self, now):
self.ctx.enable_only(self.ctx.NOTHING)
self.sampler.use()
self.program['time'] = now
self.vao.render()
class Overlay:
def __init__(self, size):
self.ctx = moderngl.get_context()
self.img = Image.new('RGBA', size)
self.draw = ImageDraw.Draw(self.img)
self.draw.font = ImageFont.truetype('examples/data/fonts/OpenSans/OpenSans-Medium.ttf', 20)
self.texture = self.ctx.texture(size, 4)
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
vec2 positions[3] = vec2[](
vec2(-1.0, -1.0),
vec2(3.0, -1.0),
vec2(-1.0, 3.0)
);
void main() {
gl_Position = vec4(positions[gl_VertexID], 0.0, 1.0);
}
''',
fragment_shader='''
#version 330 core
uniform sampler2D Texture;
layout (location = 0) out vec4 out_color;
void main() {
ivec2 at = ivec2(gl_FragCoord.xy);
at.y = textureSize(Texture, 0).y - at.y - 1;
out_color = texelFetch(Texture, at, 0);
}
''',
)
self.sampler = self.ctx.sampler(texture=self.texture)
self.vao = self.ctx.vertex_array(self.program, [])
self.vao.vertices = 3
self.clock = pygame.time.Clock()
self.fps = 0.0
def render(self):
self.clock.tick()
mouse = pygame.mouse.get_pos()
now = pygame.time.get_ticks() / 1000.0
self.fps = self.fps * 0.95 + self.clock.get_fps() * 0.05
self.draw.rectangle((0, 0, *self.img.size), fill=(0, 0, 0, 0))
self.draw.text((100, 100), f'fps: {self.fps:.2f}', fill='#fff')
self.draw.text((100, 130), f'elapsed: {now:.2f}s', fill='#f00')
self.draw.text((100, 160), f'mouse: {mouse}', fill='#fff')
rect = self.draw.textbbox((0, 0), 'Hello, World!')
pos = mouse[0] - (rect[0] + rect[2]) / 2, mouse[1] - 40
self.draw.text(pos, 'Hello, World!', fill='#fff')
self.texture.write(self.img.tobytes())
self.ctx.enable_only(self.ctx.BLEND)
self.sampler.use()
self.vao.render()
class UniformBuffer:
def __init__(self):
self.ctx = moderngl.get_context()
self.data = bytearray(1024)
self.ubo = self.ctx.buffer(self.data)
def set_camera(self, eye, target):
proj = glm.perspective(45.0, 1.0, 0.1, 1000.0)
look = glm.lookAt(eye, target, (0.0, 0.0, 1.0))
camera = proj * look
self.data[0:64] = camera.to_bytes()
self.data[64:80] = struct.pack('4f', *eye, 0.0)
def set_light(self, light_index, position, color, power):
offset = 80 + light_index * 48
self.data[offset + 0 : offset + 16] = struct.pack('4f', *position, 0.0)
self.data[offset + 16 : offset + 32] = struct.pack('4f', *color, 0.0)
self.data[offset + 32 : offset + 36] = struct.pack('f', power)
def use(self):
self.ubo.write(self.data)
self.ubo.bind_to_uniform_block()
class ColorMaterial:
def __init__(self):
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
#include "uniform_buffer"
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "uniform_buffer"
#include "blinn_phong"
#include "calculate_lights"
#include "srgb"
uniform vec3 color;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
vec3 color_linear = calculate_lights(v_vertex, v_normal, srgb_to_linear(color), camera_position.xyz);
out_color = vec4(linear_to_srgb(color_linear), 1.0);
}
''',
)
self.color = (1.0, 1.0, 1.0)
def use(self):
self.program['color'] = self.color
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 8x', 'in_vertex', 'in_normal')])
class TextureMaterial:
def __init__(self, texture):
self.texture = texture
self.ctx = moderngl.get_context()
self.program = self.ctx.program(
vertex_shader='''
#version 330 core
#include "uniform_buffer"
uniform vec3 position;
uniform float scale;
layout (location = 0) in vec3 in_vertex;
layout (location = 1) in vec3 in_normal;
layout (location = 2) in vec2 in_uv;
out vec3 v_vertex;
out vec3 v_normal;
out vec2 v_uv;
void main() {
v_vertex = position + in_vertex * scale;
v_normal = in_normal;
v_uv = in_uv;
gl_Position = camera * vec4(v_vertex, 1.0);
}
''',
fragment_shader='''
#version 330 core
#include "uniform_buffer"
#include "blinn_phong"
#include "calculate_lights"
#include "srgb"
uniform sampler2D Texture;
in vec3 v_vertex;
in vec3 v_normal;
in vec2 v_uv;
layout (location = 0) out vec4 out_color;
void main() {
vec3 color = texture(Texture, v_uv).rgb;
vec3 color_linear = calculate_lights(v_vertex, v_normal, srgb_to_linear(color), camera_position.xyz);
out_color = vec4(linear_to_srgb(color_linear), 1.0);
}
''',
)
def use(self):
self.texture.use()
def vertex_array(self, buffer):
return self.ctx.vertex_array(self.program, [(buffer, '3f 3f 2f', 'in_vertex', 'in_normal', 'in_uv')])
class ImageTexture:
def __init__(self, path):
self.ctx = moderngl.get_context()
img = Image.open(path).convert('RGBA')
self.texture = self.ctx.texture(img.size, 4, img.tobytes())
self.sampler = self.ctx.sampler(texture=self.texture)
def use(self):
self.sampler.use()
class ModelGeometry:
def __init__(self, path):
self.ctx = moderngl.get_context()
obj = Obj.open(path)
self.vbo = self.ctx.buffer(obj.pack('vx vy vz nx ny nz tx ty'))
class Mesh:
def __init__(self, material, geometry):
self.ctx = moderngl.get_context()
self.vao = material.vertex_array(geometry.vbo)
self.material = material
def render(self, position, scale):
self.material.use()
self.vao.program['position'] = position
self.vao.program['scale'] = scale
self.vao.render()
class Scene:
def __init__(self):
self.ctx = moderngl.get_context()
size = pygame.display.get_window_size()
self.screen = self.ctx.texture(size, 4)
self.depth = self.ctx.depth_texture(size)
self.framebuffer = self.ctx.framebuffer(
color_attachments=[self.screen],
depth_attachment=self.depth,
)
self.uniform_buffer = UniformBuffer()
self.texture = ImageTexture('examples/data/textures/crate.png')
self.color_material = ColorMaterial()
self.texture_material = TextureMaterial(self.texture)
self.car_geometry = ModelGeometry('examples/data/models/lowpoly_toy_car.obj')
self.car = Mesh(self.color_material, self.car_geometry)
self.crate_geometry = ModelGeometry('examples/data/models/crate.obj')
self.crate = Mesh(self.texture_material, self.crate_geometry)
self.film_grain = FilmGrain(self.screen)
self.overlay = Overlay(size)
def render(self):
now = pygame.time.get_ticks() / 1000.0
eye = (math.cos(now), math.sin(now), 0.5)
self.framebuffer.use()
self.ctx.clear()
self.ctx.enable(self.ctx.DEPTH_TEST)
self.uniform_buffer.set_camera(eye, (0.0, 0.0, 0.0))
self.uniform_buffer.set_light(
light_index=0,
position=(1.0, 2.0, 3.0),
color=(1.0, 1.0, 1.0),
power=10.0,
)
self.uniform_buffer.set_light(
light_index=1,
position=(-2.0, -1.0, 4.0),
color=(1.0, 1.0, 1.0),
power=10.0,
)
self.uniform_buffer.use()
self.crate.render((0.0, 0.0, 0.0), 0.2)
self.color_material.color = (1.0, 0.0, 0.0)
self.car.render((-0.4, 0.0, 0.0), 0.2)
self.color_material.color = (0.0, 0.0, 1.0)
self.car.render((0.4, 0.0, 0.0), 0.2)
self.ctx.screen.use()
self.film_grain.render(now)
self.overlay.render()
init_includes()
scene = Scene()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
scene.render()
pygame.display.flip()
moderngl-moderngl-773b733/examples/README.md 0000664 0000000 0000000 00000001366 14704200620 0020505 0 ustar 00root root 0000000 0000000 # ModernGL Examples
```
pip install moderngl numpy objloader pillow pygame-ce pyglm
```
- [01_hello_world](01_hello_world.py)
- [02_shader](02_shader.py)
- [03_camera](03_camera.py)
- [04_vertex_buffer](04_vertex_buffer.py)
- [05_uniforms](05_uniforms.py)
- [06_multiple_objects](06_multiple_objects.py)
- [07_different_geometries](07_different_geometries.py)
- [08_texture](08_texture.py)
- [09_models_and_images](09_models_and_images.py)
- [10_lighting](10_lighting.py)
- [11_multiple_programs](11_multiple_programs.py)
- [12_uniform_buffer](12_uniform_buffer.py)
- [13_shader_includes](13_shader_includes.py)
- [14_postprocessing](14_postprocessing.py)
- [15_pillow_overlay](15_pillow_overlay.py)
- [16_moderngl_water(Webgl Water)](water/water_main.py)
moderngl-moderngl-773b733/examples/data/ 0000775 0000000 0000000 00000000000 14704200620 0020131 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/examples/data/colormaps/ 0000775 0000000 0000000 00000000000 14704200620 0022130 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/examples/data/colormaps/fractal.png 0000664 0000000 0000000 00000000232 14704200620 0024247 0 ustar 00root root 0000000 0000000 ‰PNG
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vt 0.5742 0.8149 0.0000
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f 1123/1123/1114 1124/1124/1115 1121/1121/1112
f 1125/1125/1116 1126/1126/1117 1124/1124/1115
f 1124/1124/1115 1123/1123/1114 1125/1125/1116
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f 1125/1125/1116 1105/1105/1096 1104/1104/1095
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f 1054/1054/1047 1133/1133/1124 1134/1134/1125
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f 1058/1058/1051 1055/1055/1048 1134/1134/1125
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f 1135/1135/1126 1134/1134/1125 1073/1073/1065
f 1136/1136/1127 1135/1135/1126 1074/1074/1066
f 1074/1074/1066 1075/1075/1067 1136/1136/1127
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g Object026
f 1781/1781/1738 1782/1782/1739 1783/1783/1740
f 1783/1783/1740 1784/1784/1741 1781/1781/1738
f 1782/1782/1739 1785/1785/1742 1786/1786/1743
f 1786/1786/1743 1783/1783/1740 1782/1782/1739
f 1785/1785/1742 1787/1787/1744 1788/1788/1745
f 1788/1788/1745 1786/1786/1743 1785/1785/1742
f 1787/1787/1744 1789/1789/1746 1790/1790/1747
f 1790/1790/1747 1788/1788/1745 1787/1787/1744
f 1789/1789/1746 1791/1791/1748 1792/1792/1749
f 1792/1792/1749 1790/1790/1747 1789/1789/1746
f 1791/1791/1748 1793/1793/1750 1794/1794/1751
f 1794/1794/1751 1792/1792/1749 1791/1791/1748
f 1793/1793/1750 1795/1795/1752 1796/1796/1753
f 1796/1796/1753 1794/1794/1751 1793/1793/1750
f 1795/1795/1752 1797/1797/1754 1798/1798/1755
f 1798/1798/1755 1796/1796/1753 1795/1795/1752
f 1797/1797/1754 1799/1799/1756 1800/1800/1757
f 1800/1800/1757 1798/1798/1755 1797/1797/1754
f 1799/1799/1756 1801/1801/1758 1802/1802/1759
f 1802/1802/1759 1800/1800/1757 1799/1799/1756
f 1801/1801/1758 1803/1803/1760 1804/1804/1761
f 1804/1804/1761 1802/1802/1759 1801/1801/1758
f 1803/1803/1760 1781/1781/1738 1784/1784/1741
f 1784/1784/1741 1804/1804/1761 1803/1803/1760
f 1805/1805/1762 1806/1806/1763 1782/1782/1739
f 1782/1782/1739 1781/1781/1738 1805/1805/1762
f 1806/1806/1763 1807/1807/1764 1785/1785/1742
f 1785/1785/1742 1782/1782/1739 1806/1806/1763
f 1807/1807/1764 1808/1808/1765 1787/1787/1744
f 1787/1787/1744 1785/1785/1742 1807/1807/1764
f 1808/1808/1765 1809/1809/1766 1789/1789/1746
f 1789/1789/1746 1787/1787/1744 1808/1808/1765
f 1809/1809/1766 1810/1810/1767 1791/1791/1748
f 1791/1791/1748 1789/1789/1746 1809/1809/1766
f 1810/1810/1767 1811/1811/1768 1793/1793/1750
f 1793/1793/1750 1791/1791/1748 1810/1810/1767
f 1811/1811/1768 1812/1812/1769 1795/1795/1752
f 1795/1795/1752 1793/1793/1750 1811/1811/1768
f 1812/1812/1769 1813/1813/1770 1797/1797/1754
f 1797/1797/1754 1795/1795/1752 1812/1812/1769
f 1813/1813/1770 1814/1814/1771 1799/1799/1756
f 1799/1799/1756 1797/1797/1754 1813/1813/1770
f 1814/1814/1771 1815/1815/1772 1801/1801/1758
f 1801/1801/1758 1799/1799/1756 1814/1814/1771
f 1815/1815/1772 1816/1816/1773 1803/1803/1760
f 1803/1803/1760 1801/1801/1758 1815/1815/1772
f 1816/1816/1773 1805/1805/1762 1781/1781/1738
f 1781/1781/1738 1803/1803/1760 1816/1816/1773
f 1805/1805/1762 1817/1817/1774 1818/1818/1775
f 1818/1818/1775 1806/1806/1763 1805/1805/1762
f 1806/1806/1763 1818/1818/1775 1819/1819/1776
f 1819/1819/1776 1807/1807/1764 1806/1806/1763
f 1819/1819/1776 1820/1820/1777 1808/1808/1765
f 1808/1808/1765 1807/1807/1764 1819/1819/1776
f 1820/1820/1777 1821/1821/1778 1809/1809/1766
f 1809/1809/1766 1808/1808/1765 1820/1820/1777
f 1821/1821/1778 1822/1822/1779 1810/1810/1767
f 1810/1810/1767 1809/1809/1766 1821/1821/1778
f 1822/1822/1779 1823/1823/1780 1811/1811/1768
f 1811/1811/1768 1810/1810/1767 1822/1822/1779
f 1811/1811/1768 1823/1823/1780 1824/1824/1781
f 1824/1824/1781 1812/1812/1769 1811/1811/1768
f 1812/1812/1769 1824/1824/1781 1825/1825/1782
f 1825/1825/1782 1813/1813/1770 1812/1812/1769
f 1825/1825/1782 1826/1826/1783 1814/1814/1771
f 1814/1814/1771 1813/1813/1770 1825/1825/1782
f 1826/1826/1783 1827/1827/1784 1815/1815/1772
f 1815/1815/1772 1814/1814/1771 1826/1826/1783
f 1827/1827/1784 1828/1828/1785 1816/1816/1773
f 1816/1816/1773 1815/1815/1772 1827/1827/1784
f 1816/1816/1773 1828/1828/1785 1817/1817/1774
f 1817/1817/1774 1805/1805/1762 1816/1816/1773
f 1829/1829/1786 1830/1830/1787 1818/1818/1775
f 1818/1818/1775 1817/1817/1774 1829/1829/1786
f 1830/1830/1787 1831/1831/1788 1819/1819/1776
f 1819/1819/1776 1818/1818/1775 1830/1830/1787
f 1819/1819/1776 1831/1831/1788 1832/1832/1789
f 1832/1832/1789 1820/1820/1777 1819/1819/1776
f 1820/1820/1777 1832/1832/1789 1833/1833/1790
f 1833/1833/1790 1821/1821/1778 1820/1820/1777
f 1821/1821/1778 1833/1833/1790 1834/1834/1791
f 1834/1834/1791 1822/1822/1779 1821/1821/1778
f 1834/1834/1791 1835/1835/1792 1823/1823/1780
f 1823/1823/1780 1822/1822/1779 1834/1834/1791
f 1835/1835/1792 1836/1836/1793 1824/1824/1781
f 1824/1824/1781 1823/1823/1780 1835/1835/1792
f 1836/1836/1793 1837/1837/1794 1825/1825/1782
f 1825/1825/1782 1824/1824/1781 1836/1836/1793
f 1825/1825/1782 1837/1837/1794 1838/1838/1795
f 1838/1838/1795 1826/1826/1783 1825/1825/1782
f 1826/1826/1783 1838/1838/1795 1839/1839/1796
f 1839/1839/1796 1827/1827/1784 1826/1826/1783
f 1827/1827/1784 1839/1839/1796 1840/1840/1797
f 1840/1840/1797 1828/1828/1785 1827/1827/1784
f 1840/1840/1797 1829/1829/1786 1817/1817/1774
f 1817/1817/1774 1828/1828/1785 1840/1840/1797
f 1829/1829/1786 1841/1841/1798 1842/1842/1799
f 1842/1842/1799 1830/1830/1787 1829/1829/1786
f 1842/1842/1799 1843/1843/1800 1831/1831/1788
f 1831/1831/1788 1830/1830/1787 1842/1842/1799
f 1843/1843/1800 1844/1844/1801 1832/1832/1789
f 1832/1832/1789 1831/1831/1788 1843/1843/1800
f 1832/1832/1789 1844/1844/1801 1845/1845/1802
f 1845/1845/1802 1833/1833/1790 1832/1832/1789
f 1846/1846/1803 1834/1834/1791 1833/1833/1790
f 1833/1833/1790 1845/1845/1802 1846/1846/1803
f 1846/1846/1803 1847/1847/1804 1835/1835/1792
f 1835/1835/1792 1834/1834/1791 1846/1846/1803
f 1847/1847/1804 1848/1848/1805 1836/1836/1793
f 1836/1836/1793 1835/1835/1792 1847/1847/1804
f 1848/1848/1805 1849/1849/1806 1837/1837/1794
f 1837/1837/1794 1836/1836/1793 1848/1848/1805
f 1849/1849/1806 1850/1850/1807 1838/1838/1795
f 1838/1838/1795 1837/1837/1794 1849/1849/1806
f 1838/1838/1795 1850/1850/1807 1851/1851/1808
f 1851/1851/1808 1839/1839/1796 1838/1838/1795
f 1852/1852/1809 1840/1840/1797 1839/1839/1796
f 1839/1839/1796 1851/1851/1808 1852/1852/1809
f 1840/1840/1797 1852/1852/1809 1841/1841/1798
f 1841/1841/1798 1829/1829/1786 1840/1840/1797
f 1841/1841/1798 1853/1853/1810 1854/1854/1811
f 1854/1854/1811 1842/1842/1799 1841/1841/1798
f 1843/1843/1800 1842/1842/1799 1854/1854/1811
f 1854/1854/1811 1855/1855/1812 1843/1843/1800
f 1843/1843/1800 1855/1855/1812 1856/1856/1813
f 1856/1856/1813 1844/1844/1801 1843/1843/1800
f 1844/1844/1801 1856/1856/1813 1857/1857/1814
f 1857/1857/1814 1845/1845/1802 1844/1844/1801
f 1845/1845/1802 1857/1857/1814 1858/1858/1815
f 1858/1858/1815 1846/1846/1803 1845/1845/1802
f 1858/1858/1815 1859/1859/1816 1847/1847/1804
f 1847/1847/1804 1846/1846/1803 1858/1858/1815
f 1859/1859/1816 1860/1860/1817 1848/1848/1805
f 1848/1848/1805 1847/1847/1804 1859/1859/1816
f 1860/1860/1817 1861/1861/1818 1849/1849/1806
f 1849/1849/1806 1848/1848/1805 1860/1860/1817
f 1849/1849/1806 1861/1861/1818 1862/1862/1819
f 1862/1862/1819 1850/1850/1807 1849/1849/1806
f 1850/1850/1807 1862/1862/1819 1863/1863/1820
f 1863/1863/1820 1851/1851/1808 1850/1850/1807
f 1851/1851/1808 1863/1863/1820 1864/1864/1821
f 1864/1864/1821 1852/1852/1809 1851/1851/1808
f 1852/1852/1809 1864/1864/1821 1853/1853/1810
f 1853/1853/1810 1841/1841/1798 1852/1852/1809
f 1783/1783/1740 1865/1865/1822 1784/1784/1741
f 1786/1786/1743 1865/1865/1822 1783/1783/1740
f 1788/1788/1745 1865/1865/1822 1786/1786/1743
f 1790/1790/1747 1865/1865/1822 1788/1788/1745
f 1792/1792/1749 1865/1865/1822 1790/1790/1747
f 1794/1794/1751 1865/1865/1822 1792/1792/1749
f 1796/1796/1753 1865/1865/1822 1794/1794/1751
f 1798/1798/1755 1865/1865/1822 1796/1796/1753
f 1800/1800/1757 1865/1865/1822 1798/1798/1755
f 1802/1802/1759 1865/1865/1822 1800/1800/1757
f 1804/1804/1761 1865/1865/1822 1802/1802/1759
f 1784/1784/1741 1865/1865/1822 1804/1804/1761
f 1853/1853/1810 1866/1866/1823 1854/1854/1811
f 1854/1854/1811 1866/1866/1823 1855/1855/1812
f 1855/1855/1812 1866/1866/1823 1856/1856/1813
f 1856/1856/1813 1866/1866/1823 1857/1857/1814
f 1857/1857/1814 1866/1866/1823 1858/1858/1815
f 1858/1858/1815 1866/1866/1823 1859/1859/1816
f 1859/1859/1816 1866/1866/1823 1860/1860/1817
f 1860/1860/1817 1866/1866/1823 1861/1861/1818
f 1861/1861/1818 1866/1866/1823 1862/1862/1819
f 1862/1862/1819 1866/1866/1823 1863/1863/1820
f 1863/1863/1820 1866/1866/1823 1864/1864/1821
f 1864/1864/1821 1866/1866/1823 1853/1853/1810
f 1867/1867/1824 1868/1868/1825 1869/1869/1826
f 1869/1869/1826 1870/1870/1827 1867/1867/1824
f 1870/1870/1827 1869/1869/1826 1871/1871/1828
f 1871/1871/1828 1872/1872/1829 1870/1870/1827
f 1872/1872/1829 1871/1871/1828 1873/1873/1830
f 1873/1873/1830 1874/1874/1831 1872/1872/1829
f 1874/1874/1831 1873/1873/1830 1875/1875/1832
f 1875/1875/1832 1876/1876/1833 1874/1874/1831
f 1875/1875/1832 1877/1877/1834 1878/1878/1835
f 1878/1878/1835 1876/1876/1833 1875/1875/1832
f 1878/1878/1835 1877/1877/1834 1879/1879/1836
f 1879/1879/1836 1880/1880/1837 1878/1878/1835
f 1881/1881/1838 1882/1882/1839 1880/1880/1837
f 1880/1880/1837 1879/1879/1836 1881/1881/1838
f 1883/1883/1840 1882/1882/1839 1881/1881/1838
f 1881/1881/1838 1884/1884/1841 1883/1883/1840
f 1884/1884/1841 1885/1885/1842 1886/1886/1843
f 1886/1886/1843 1883/1883/1840 1884/1884/1841
f 1885/1885/1842 1887/1887/1844 1888/1888/1845
f 1888/1888/1845 1886/1886/1843 1885/1885/1842
f 1887/1887/1844 1889/1889/1846 1890/1890/1847
f 1890/1890/1847 1888/1888/1845 1887/1887/1844
f 1868/1868/1825 1867/1867/1824 1890/1890/1847
f 1890/1890/1847 1889/1889/1846 1868/1868/1825
f 1891/1891/1848 1892/1892/1785 1893/1893/1849
f 1894/1894/1850 1892/1892/1785 1891/1891/1848
f 1895/1895/1851 1892/1892/1785 1894/1894/1850
f 1896/1896/1852 1892/1892/1785 1895/1895/1851
f 1897/1897/1853 1892/1892/1785 1896/1896/1852
f 1898/1898/1854 1892/1892/1785 1897/1897/1853
f 1899/1899/1855 1892/1892/1785 1898/1898/1854
f 1900/1900/1856 1892/1892/1785 1899/1899/1855
f 1901/1901/1857 1892/1892/1785 1900/1900/1856
f 1902/1902/1858 1892/1892/1785 1901/1901/1857
f 1903/1903/1859 1892/1892/1785 1902/1902/1858
f 1893/1893/1849 1892/1892/1785 1903/1903/1859
f 1904/1904/1860 1905/1905/1861 1906/1906/1862
f 1906/1906/1862 1905/1905/1861 1907/1907/1863
f 1907/1907/1863 1905/1905/1861 1908/1908/1864
f 1908/1908/1864 1905/1905/1861 1909/1909/1865
f 1909/1909/1865 1905/1905/1861 1910/1910/1866
f 1910/1910/1866 1905/1905/1861 1911/1911/1867
f 1911/1911/1867 1905/1905/1861 1912/1912/1868
f 1912/1912/1868 1905/1905/1861 1913/1913/1869
f 1913/1913/1869 1905/1905/1861 1914/1914/1870
f 1914/1914/1870 1905/1905/1861 1915/1915/1871
f 1915/1915/1871 1905/1905/1861 1916/1916/1872
f 1916/1916/1872 1905/1905/1861 1904/1904/1860
f 1917/1917/1873 1918/1918/1874 1873/1873/1830
f 1873/1873/1830 1871/1871/1828 1917/1917/1873
f 1919/1919/1875 1917/1917/1873 1871/1871/1828
f 1871/1871/1828 1869/1869/1826 1919/1919/1875
f 1920/1920/1876 1919/1919/1875 1869/1869/1826
f 1869/1869/1826 1868/1868/1825 1920/1920/1876
f 1889/1889/1846 1921/1921/1877 1920/1920/1876
f 1920/1920/1876 1868/1868/1825 1889/1889/1846
f 1922/1922/1878 1921/1921/1877 1889/1889/1846
f 1889/1889/1846 1887/1887/1844 1922/1922/1878
f 1923/1923/1879 1922/1922/1878 1887/1887/1844
f 1887/1887/1844 1885/1885/1842 1923/1923/1879
f 1924/1924/1880 1923/1923/1879 1885/1885/1842
f 1885/1885/1842 1884/1884/1841 1924/1924/1880
f 1884/1884/1841 1881/1881/1838 1925/1925/1881
f 1925/1925/1881 1924/1924/1880 1884/1884/1841
f 1926/1926/1882 1925/1925/1881 1881/1881/1838
f 1881/1881/1838 1879/1879/1836 1926/1926/1882
f 1927/1927/1883 1926/1926/1882 1879/1879/1836
f 1879/1879/1836 1877/1877/1834 1927/1927/1883
f 1928/1928/1884 1927/1927/1883 1877/1877/1834
f 1877/1877/1834 1875/1875/1832 1928/1928/1884
f 1928/1928/1884 1875/1875/1832 1873/1873/1830
f 1873/1873/1830 1918/1918/1874 1928/1928/1884
f 1929/1929/1885 1930/1930/1886 1931/1931/1887
f 1931/1931/1887 1932/1932/1888 1929/1929/1885
f 1932/1932/1888 1931/1931/1887 1933/1933/1889
f 1933/1933/1889 1934/1934/1890 1932/1932/1888
f 1934/1934/1890 1933/1933/1889 1935/1935/1891
f 1935/1935/1891 1936/1936/1892 1934/1934/1890
f 1936/1936/1892 1935/1935/1891 1937/1937/1893
f 1937/1937/1893 1938/1938/1894 1936/1936/1892
f 1939/1939/1895 1940/1940/1896 1938/1938/1894
f 1938/1938/1894 1937/1937/1893 1939/1939/1895
f 1941/1941/1897 1942/1942/1898 1940/1940/1896
f 1940/1940/1896 1939/1939/1895 1941/1941/1897
f 1943/1943/1899 1944/1944/1900 1942/1942/1898
f 1942/1942/1898 1941/1941/1897 1943/1943/1899
f 1945/1945/1901 1946/1946/1902 1944/1944/1900
f 1944/1944/1900 1943/1943/1899 1945/1945/1901
f 1947/1947/1903 1948/1948/1904 1946/1946/1902
f 1946/1946/1902 1945/1945/1901 1947/1947/1903
f 1949/1949/1905 1950/1950/1906 1948/1948/1904
f 1948/1948/1904 1947/1947/1903 1949/1949/1905
f 1951/1951/1907 1952/1952/1908 1950/1950/1906
f 1950/1950/1906 1949/1949/1905 1951/1951/1907
f 1952/1952/1908 1951/1951/1907 1930/1930/1886
f 1930/1930/1886 1929/1929/1885 1952/1952/1908
f 1953/1953/1909 1954/1954/1910 1867/1867/1824
f 1867/1867/1824 1870/1870/1827 1953/1953/1909
f 1955/1955/1911 1953/1953/1909 1870/1870/1827
f 1870/1870/1827 1872/1872/1829 1955/1955/1911
f 1956/1956/1912 1955/1955/1911 1872/1872/1829
f 1872/1872/1829 1874/1874/1831 1956/1956/1912
f 1957/1957/1913 1956/1956/1912 1874/1874/1831
f 1874/1874/1831 1876/1876/1833 1957/1957/1913
f 1958/1958/1914 1957/1957/1913 1876/1876/1833
f 1876/1876/1833 1878/1878/1835 1958/1958/1914
f 1880/1880/1837 1959/1959/1915 1958/1958/1914
f 1958/1958/1914 1878/1878/1835 1880/1880/1837
f 1960/1960/1916 1959/1959/1915 1880/1880/1837
f 1880/1880/1837 1882/1882/1839 1960/1960/1916
f 1961/1961/1917 1960/1960/1916 1882/1882/1839
f 1882/1882/1839 1883/1883/1840 1961/1961/1917
f 1962/1962/1918 1961/1961/1917 1883/1883/1840
f 1883/1883/1840 1886/1886/1843 1962/1962/1918
f 1963/1963/1919 1962/1962/1918 1886/1886/1843
f 1886/1886/1843 1888/1888/1845 1963/1963/1919
f 1964/1964/1920 1963/1963/1919 1888/1888/1845
f 1888/1888/1845 1890/1890/1847 1964/1964/1920
f 1890/1890/1847 1867/1867/1824 1954/1954/1910
f 1954/1954/1910 1964/1964/1920 1890/1890/1847
f 1891/1891/1848 1893/1893/1849 1954/1954/1910
f 1954/1954/1910 1953/1953/1909 1891/1891/1848
f 1894/1894/1850 1891/1891/1848 1953/1953/1909
f 1953/1953/1909 1955/1955/1911 1894/1894/1850
f 1894/1894/1850 1955/1955/1911 1956/1956/1912
f 1956/1956/1912 1895/1895/1851 1894/1894/1850
f 1895/1895/1851 1956/1956/1912 1957/1957/1913
f 1957/1957/1913 1896/1896/1852 1895/1895/1851
f 1897/1897/1853 1896/1896/1852 1957/1957/1913
f 1957/1957/1913 1958/1958/1914 1897/1897/1853
f 1898/1898/1854 1897/1897/1853 1958/1958/1914
f 1958/1958/1914 1959/1959/1915 1898/1898/1854
f 1899/1899/1855 1898/1898/1854 1959/1959/1915
f 1959/1959/1915 1960/1960/1916 1899/1899/1855
f 1899/1899/1855 1960/1960/1916 1961/1961/1917
f 1961/1961/1917 1900/1900/1856 1899/1899/1855
f 1900/1900/1856 1961/1961/1917 1962/1962/1918
f 1962/1962/1918 1901/1901/1857 1900/1900/1856
f 1902/1902/1858 1901/1901/1857 1962/1962/1918
f 1962/1962/1918 1963/1963/1919 1902/1902/1858
f 1903/1903/1859 1902/1902/1858 1963/1963/1919
f 1963/1963/1919 1964/1964/1920 1903/1903/1859
f 1903/1903/1859 1964/1964/1920 1954/1954/1910
f 1954/1954/1910 1893/1893/1849 1903/1903/1859
f 1965/1965/1921 1966/1966/1922 1934/1934/1890
f 1934/1934/1890 1936/1936/1892 1965/1965/1921
f 1966/1966/1922 1967/1967/1923 1932/1932/1888
f 1932/1932/1888 1934/1934/1890 1966/1966/1922
f 1967/1967/1923 1968/1968/1924 1929/1929/1885
f 1929/1929/1885 1932/1932/1888 1967/1967/1923
f 1968/1968/1924 1969/1969/1925 1952/1952/1908
f 1952/1952/1908 1929/1929/1885 1968/1968/1924
f 1969/1969/1925 1970/1970/1926 1950/1950/1906
f 1950/1950/1906 1952/1952/1908 1969/1969/1925
f 1970/1970/1926 1971/1971/1927 1948/1948/1904
f 1948/1948/1904 1950/1950/1906 1970/1970/1926
f 1971/1971/1927 1972/1972/1928 1946/1946/1902
f 1946/1946/1902 1948/1948/1904 1971/1971/1927
f 1972/1972/1928 1973/1973/1929 1944/1944/1900
f 1944/1944/1900 1946/1946/1902 1972/1972/1928
f 1973/1973/1929 1974/1974/1930 1942/1942/1898
f 1942/1942/1898 1944/1944/1900 1973/1973/1929
f 1974/1974/1930 1975/1975/1931 1940/1940/1896
f 1940/1940/1896 1942/1942/1898 1974/1974/1930
f 1975/1975/1931 1976/1976/1932 1938/1938/1894
f 1938/1938/1894 1940/1940/1896 1975/1975/1931
f 1938/1938/1894 1976/1976/1932 1965/1965/1921
f 1965/1965/1921 1936/1936/1892 1938/1938/1894
f 1904/1904/1860 1906/1906/1862 1966/1966/1922
f 1966/1966/1922 1965/1965/1921 1904/1904/1860
f 1906/1906/1862 1907/1907/1863 1967/1967/1923
f 1967/1967/1923 1966/1966/1922 1906/1906/1862
f 1907/1907/1863 1908/1908/1864 1968/1968/1924
f 1968/1968/1924 1967/1967/1923 1907/1907/1863
f 1908/1908/1864 1909/1909/1865 1969/1969/1925
f 1969/1969/1925 1968/1968/1924 1908/1908/1864
f 1909/1909/1865 1910/1910/1866 1970/1970/1926
f 1970/1970/1926 1969/1969/1925 1909/1909/1865
f 1910/1910/1866 1911/1911/1867 1971/1971/1927
f 1971/1971/1927 1970/1970/1926 1910/1910/1866
f 1971/1971/1927 1911/1911/1867 1912/1912/1868
f 1912/1912/1868 1972/1972/1928 1971/1971/1927
f 1973/1973/1929 1972/1972/1928 1912/1912/1868
f 1912/1912/1868 1913/1913/1869 1973/1973/1929
f 1974/1974/1930 1973/1973/1929 1913/1913/1869
f 1913/1913/1869 1914/1914/1870 1974/1974/1930
f 1974/1974/1930 1914/1914/1870 1915/1915/1871
f 1915/1915/1871 1975/1975/1931 1974/1974/1930
f 1915/1915/1871 1916/1916/1872 1976/1976/1932
f 1976/1976/1932 1975/1975/1931 1915/1915/1871
f 1965/1965/1921 1976/1976/1932 1916/1916/1872
f 1916/1916/1872 1904/1904/1860 1965/1965/1921
f 1931/1931/1887 1930/1930/1886 1977/1977/1933
f 1977/1977/1933 1978/1978/1934 1931/1931/1887
f 1933/1933/1889 1931/1931/1887 1978/1978/1934
f 1978/1978/1934 1979/1979/1935 1933/1933/1889
f 1980/1980/1936 1935/1935/1891 1933/1933/1889
f 1933/1933/1889 1979/1979/1935 1980/1980/1936
f 1981/1981/1937 1937/1937/1893 1935/1935/1891
f 1935/1935/1891 1980/1980/1936 1981/1981/1937
f 1982/1982/1938 1939/1939/1895 1937/1937/1893
f 1937/1937/1893 1981/1981/1937 1982/1982/1938
f 1941/1941/1897 1939/1939/1895 1982/1982/1938
f 1982/1982/1938 1983/1983/1939 1941/1941/1897
f 1943/1943/1899 1941/1941/1897 1983/1983/1939
f 1983/1983/1939 1984/1984/1940 1943/1943/1899
f 1943/1943/1899 1984/1984/1940 1985/1985/1941
f 1985/1985/1941 1945/1945/1901 1943/1943/1899
f 1947/1947/1903 1945/1945/1901 1985/1985/1941
f 1985/1985/1941 1986/1986/1942 1947/1947/1903
f 1949/1949/1905 1947/1947/1903 1986/1986/1942
f 1986/1986/1942 1987/1987/1943 1949/1949/1905
f 1951/1951/1907 1949/1949/1905 1987/1987/1943
f 1987/1987/1943 1988/1988/1944 1951/1951/1907
f 1988/1988/1944 1977/1977/1933 1930/1930/1886
f 1930/1930/1886 1951/1951/1907 1988/1988/1944
f 1978/1978/1934 1977/1977/1933 1918/1918/1874
f 1918/1918/1874 1917/1917/1873 1978/1978/1934
f 1979/1979/1935 1978/1978/1934 1917/1917/1873
f 1917/1917/1873 1919/1919/1875 1979/1979/1935
f 1919/1919/1875 1920/1920/1876 1980/1980/1936
f 1980/1980/1936 1979/1979/1935 1919/1919/1875
f 1980/1980/1936 1920/1920/1876 1921/1921/1877
f 1921/1921/1877 1981/1981/1937 1980/1980/1936
f 1981/1981/1937 1921/1921/1877 1922/1922/1878
f 1922/1922/1878 1982/1982/1938 1981/1981/1937
f 1983/1983/1939 1982/1982/1938 1922/1922/1878
f 1922/1922/1878 1923/1923/1879 1983/1983/1939
f 1984/1984/1940 1983/1983/1939 1923/1923/1879
f 1923/1923/1879 1924/1924/1880 1984/1984/1940
f 1924/1924/1880 1925/1925/1881 1985/1985/1941
f 1985/1985/1941 1984/1984/1940 1924/1924/1880
f 1986/1986/1942 1985/1985/1941 1925/1925/1881
f 1925/1925/1881 1926/1926/1882 1986/1986/1942
f 1987/1987/1943 1986/1986/1942 1926/1926/1882
f 1926/1926/1882 1927/1927/1883 1987/1987/1943
f 1988/1988/1944 1987/1987/1943 1927/1927/1883
f 1927/1927/1883 1928/1928/1884 1988/1988/1944
f 1988/1988/1944 1928/1928/1884 1918/1918/1874
f 1918/1918/1874 1977/1977/1933 1988/1988/1944
v 35.0665 9.0264 70.5965
v 34.2738 8.3108 70.6491
v 35.1160 7.7854 71.2089
v 35.5450 8.1726 71.1805
v 33.9435 7.2942 70.6600
v 34.9373 7.2352 71.2148
v 34.1641 6.2485 70.6264
v 35.0566 6.6693 71.1967
v 34.8764 5.4544 70.5573
v 35.4421 6.2394 71.1593
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g Object028
f 1989/1989/1945 1990/1990/1946 1991/1991/1947
f 1991/1991/1947 1992/1992/1948 1989/1989/1945
f 1993/1993/1949 1994/1994/1950 1991/1991/1947
f 1991/1991/1947 1990/1990/1946 1993/1993/1949
f 1995/1995/1951 1996/1996/1952 1994/1994/1950
f 1994/1994/1950 1993/1993/1949 1995/1995/1951
f 1997/1997/1953 1998/1998/1954 1996/1996/1952
f 1996/1996/1952 1995/1995/1951 1997/1997/1953
f 1998/1998/1954 1997/1997/1953 1999/1999/1955
f 1999/1999/1955 2000/2000/1956 1998/1998/1954
f 2000/2000/1956 1999/1999/1955 2001/2001/1957
f 2001/2001/1957 2002/2002/1958 2000/2000/1956
f 2001/2001/1957 2003/2003/1959 2004/2004/1960
f 2004/2004/1960 2002/2002/1958 2001/2001/1957
f 2005/2005/1961 2006/2006/1962 2004/2004/1960
f 2004/2004/1960 2003/2003/1959 2005/2005/1961
f 2007/2007/1963 2008/2008/1964 2006/2006/1962
f 2006/2006/1962 2005/2005/1961 2007/2007/1963
f 2009/2009/1965 2010/2010/1966 2008/2008/1964
f 2008/2008/1964 2007/2007/1963 2009/2009/1965
f 2010/2010/1966 2009/2009/1965 2011/2011/1967
f 2011/2011/1967 2012/2012/1968 2010/2010/1966
f 2012/2012/1968 2011/2011/1967 1989/1989/1945
f 1989/1989/1945 1992/1992/1948 2012/2012/1968
f 2013/2013/1969 2014/2014/1970 1990/1990/1946
f 1990/1990/1946 1989/1989/1945 2013/2013/1969
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f 2576/2576/2516 2516/2516/2456 2515/2515/2455
f 2505/2505/2445 2516/2516/2456 2576/2576/2516
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vt 0.4991 0.5311 0.2397
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vt 0.2341 0.3927 0.4572
vt 0.2347 0.3841 0.4708
g Box001
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f 2959/2959/2879 2960/2960/2879 2957/2957/2879
f 2961/2961/2880 2962/2962/2880 2963/2963/2880
f 2963/2963/2880 2964/2964/2880 2961/2961/2880
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f 2967/2967/2881 2968/2968/2881 2965/2965/2881
f 2969/2969/2882 2970/2970/2882 2971/2971/2882
f 2971/2971/2882 2972/2972/2882 2969/2969/2882
f 2973/2973/2883 2974/2974/2883 2975/2975/2883
f 2975/2975/2883 2976/2976/2883 2973/2973/2883
f 2977/2977/2884 2978/2978/2884 2979/2979/2884
f 2979/2979/2884 2980/2980/2884 2977/2977/2884
f 2981/2981/2885 2982/2982/2886 2983/2983/2887
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moderngl-moderngl-773b733/examples/data/spv/ 0000775 0000000 0000000 00000000000 14704200620 0020741 5 ustar 00root root 0000000 0000000 moderngl-moderngl-773b733/examples/data/spv/logo.frag 0000664 0000000 0000000 00000000251 14704200620 0022540 0 ustar 00root root 0000000 0000000 #version 450 core
layout (location = 0) in vec3 v_color;
layout (location = 0) out vec4 f_color;
void main() {
f_color = vec4(pow(v_color, vec3(1.0 / 2.2)), 1.0);
}
moderngl-moderngl-773b733/examples/data/spv/logo.frag.spv 0000664 0000000 0000000 00000001170 14704200620 0023350 0 ustar 00root root 0000000 0000000 #
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Q Q Q P > ý 8 moderngl-moderngl-773b733/examples/data/spv/logo.vert 0000664 0000000 0000000 00000000736 14704200620 0022611 0 ustar 00root root 0000000 0000000 #version 450 core
vec2 vertex[3] = vec2[](
vec2(1.0, 0.0),
vec2(-0.5, -0.86),
vec2(-0.5, 0.86)
);
vec3 color[3] = vec3[](
vec3(0.0, 0.0, 1.0),
vec3(0.0, 1.0, 0.0),
vec3(1.0, 0.0, 0.0)
);
layout (location = 0) out vec3 v_color;
void main() {
v_color = color[gl_VertexIndex];
float r = (gl_InstanceIndex - 4) * 0.15;
mat2 rot = mat2(cos(r), sin(r), -sin(r), cos(r));
gl_Position = vec4(rot * vertex[gl_VertexIndex] * 0.95, 0.0, 1.0);
}
moderngl-moderngl-773b733/examples/data/spv/logo.vert.spv 0000664 0000000 0000000 00000004104 14704200620 0023411 0 ustar 00root root 0000000 0000000 #
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