* Rewrite Maven publish tasks to support multiple flavors
* Don't build filamat with an unused CMake option
* Don't compiler debug in release mode
* ... for real
* Link to BUILDING.md
* Re-organize Android Gradle files
Clean up our Gradle files, share versioning, etc. and prepare for
publication to sonatype.
* Use androix annotations for desktop
* Add samples as subprojects to root Gradle
* Fix build script
* Don't break when samples aren't compiled
* Better organize the Android Studio project
* Add Android presubmit
* Build Android on Linux, macOS targets have NDK 18 only
* Consolidate workflows and jobs
* Try to build Android on macOS
* Fix typo
* Cleanup scripts
* Try NDK side by side if NDK bundle has the wrong version
* Simplify logic
* Fix NDK logic
* Only update the NDK when necessary
* Fix typo
* Update required NDK version
* Favor NDK side-by-side
* Remove support for obsolete NDK bundle, require NDK side-by-side
* Install the NDK side by side when missing
The AO baking procedure consists of the following steps:
1. Flatten the glTF hierarchy.
2. Generate a single 2D parameterization for the entire scene.
3. Embree Pass 1: Create G-Buffer using the above UVs as vert positions.
4. Embree Pass 2: Cast rays from the positions embedded in the G-Buffer.
The `gltf_baker` tool is not ready for general use but already
produces reasonable results for certain well-formed models.
* Add build command for Markdeep files
build.sh -w can now be used to "rasterize" Markdeep .md.html files
to regular, static .html files. These files load faster and do not
suffer from an initial flash of uninitialized content.
This new command requires node, npm and nx to run puppeteer to
"rasterize" the Markdeep documents. This should eventually be
integrated in the actual build system to automatically re-generate
the HTML files when the Markdeep documents are edited.
* Remove unnecessary .gitignore file
* Change constant names for JS docs
This is our new mobile-friendly and web-friendly library for loading
glTF assets. It is still a work in progress, but already capable of
loading many conformance models, including those with animation,
skinning, and a couple of extensions (nonlit and texture transforms).
Next week we will add a sample app demonstrating its usage.
This moves our existing VertexBuffer utility into a new "geometry"
library and adds new functionality for computing tangents based on UV's.
The UV-based method comes from Eric Lengyel.
We considered mikktspace (which thankfully has a zlib-style license) but
it would require re-indexing via meshoptimizer and is therefore a bit
heavyweight.
The new library has no dependencies and will add only 7 KB to Filament's
Android aar file.
Fixes#858 and preps for #528.
* Android standalone toolchains are not longer necessary
The latest NDK (19) contains ABI/API level specific command line
tools making standalone toolchains unnecessary. This change adapts
to the new model which greatly simplifies the build script and
ensures the latest version of the tools is being used.
Note that this requires a fairly recent version of CMake which fixes
a bug related to ranlib. This change was tested with CMake 3.13
(CMake 3.7 does not work).
* Modify CI build script to fetch recent CMake
* Remove dependency on standalone toolchains in Windows README
* Use correct CMake path
* Update NDK to latest
* Only download CMake and NDK for Android builds
* Add version constant for ninja
* Make output more quiet
The `./` and file separator in the executable path prevented the program from running. The other changes are just cleanup for conformity. This is the last of the Windows doc changes as far as I can tell.
