Synfig Studio is a free and open-source 2D animation software, designed as powerful industrial-strength solution for creating film-quality animation using a vector and bitmap artwork. It eliminates the need to create animation frame-by frame, allowing you to produce 2D animation of a higher quality with fewer people and resources. Synfig Studio is available for Windows, Linux and MacOS X.

https://synfig.org/

(TODO: add more info)

Old autotools instructions can be found here.

We're currently in the process of switching to CMake build system and you're welcome to take part in testing and improving it.

• all major components are buildable, installable and runnable
• building all components without installing ETL & core is not tested

Tested to work on (this will be updated as reports come in):

• Debian Sid

If you have previous synfig build installed in system path (e.g. /usr/local/), you are recommended to uninstall that.

You need development & library packages of the following libs:

• boost (system)
• zlib
• libsigc++-2.0
• glibmm-2.4
• giomm-2.4
• cairo
• libxml++-2.6
• mlt++
• fftw3
• pango
• gtkmm-3.0 (only for studio)
• gettext (probably optional)
• some threading support (e.g. pthread)

Generally CMake will throw error if it doesn't find something, so you can just run it and see what's missing. Also note that this list might not be full.

CMake provides generators for multiple build systems. You can use default make or ninja, which should generally work somewhat faster. The following configuration commands assume you want to use ninja. If you don't, remove -GNinja from all commands containing it. All the building commands here are invoked via cmake to make them (almost) backend-agnostic, but you can run make or ninja directly (i.e. ninja all test instead of cmake --build . -- all test).

You may want to add -jN (where N is amount of threads you want to run) option to build commands, because default for make is to run single-threaded and ninja tends to use too much threads which eat up your RAM (may vary).

$ pushd ETL
$ mkdir build && pushd build
$ cmake -GNinja .. -DCMAKE_BUILD_TYPE=RelWithDebInfo
$ cmake --build . -- all test
$ sudo cmake --build . -- install
$ popd # build
$ popd # ETL
$ pushd synfig-core
$ mkdir build && pushd build
$ cmake -GNinja .. -DCMAKE_BUILD_TYPE=RelWithDebInfo -DCMAKE_CXX_FLAGS="-fdiagnostics-color"
$ cmake --build . -- all
$ sudo cmake --build . -- install
$ popd # build
$ popd # synfig-core
$ pushd synfig-studio
$ mkdir build && pushd build
$ cmake -GNinja .. -DCMAKE_BUILD_TYPE=RelWithDebInfo -DCMAKE_CXX_FLAGS="-fdiagnostics-color"
$ cmake --build . -- all
# this will take a while; alternatively, you can move/copy required images
# to build/images directory and skip this step
$ cmake --build . -- build_images
$ sudo cmake --build . -- install
$ popd # build
$ popd # synfig-studio