COLLADA2GLTF

COLLADA to glTF converter

A command-line tool to convert COLLADA (.dae) files to glTF.

Releases

Compiled binaries for Windows, MacOS, and Linux can be found under releases. It is recommended to use the last versioned release

Compile from source

1. Clone repository

git clone --recursive https://github.com/KhronosGroup/COLLADA2GLTF.git

2. Compile

cd COLLADA2GLTF
mkdir build
cd build
cmake .. #-Dtest=ON
# Linux
make
# Windows
## Open the generated COLLADA2GLTF.sln in Visual Studio and build

3. Run

COLLADA2GLTF-bin[.exe]

4. Run tests

COLLADA2GLTF-test[.exe]
GLTF-test[.exe]

Usage

COLLADA2GLTF[.exe] [input] [output] [options]

Options

Flag	Default	Required	Description
-i, --input		Yes :white_check_mark:	Path to the input COLLADA file
-o, --output	output/${input}.gltf	No	Path to the output glTF file
--basepath	Parent of input path	No	Resolve external uris using this as the reference path
-s, --separate	false	No	Output separate binary buffer, shaders, and textures
-t, --separateTextures	false	No	Output textures separately
-b, --binary	false	No	Output Binary glTF
-m, --materialsCommon	false	No	Output materials using the KHR_materials_common extension
-v, --version		No	glTF version to output (e.g. '1.0', '2.0')
-d, --dracoCompression	false	No	Output meshes using Draco compression extension
--qp		No	Quantization bits used for position attributes in Draco compression extension
--qn		No	Quantization bits used for normal attributes in Draco compression extension
--qt		No	Quantization bits used for texcoord attributes in Draco compression extension
--qc		No	Quantization bits used for color attributes in Draco compression extension
--qj		No	Quantization bits used for joint indice and weight attributes in Draco compression extension
--metallicRoughnessTextures		No	Paths to images to use as the PBR metallicRoughness textures
--specularGlossiness	false	No	output PBR materials with the KHR_materials_pbrSpecularGlossiness extension
--lockOcclusionMetallicRoughness	false	No	Set metallicRoughnessTexture to be the same as the occlusionTexture in materials where an ambient texture is defined
--doubleSided	false	No	Force all materials to be double sided. When this value is true, back-face culling is disabled and double sided lighting is enabled
--preserveUnusedSemantics	false	No	Don't optimize out primitive semantics and their data, even if they aren't used.