This is an umbrella project for the stellarator community tools. Currently available subprojects are.

LIBSTELL Base library for tools.
MAKEGRID Generate vacuum fields from coil models.
VMEC 3D Equilibrium solver with nested flux surfaces.
DESCUR Spectrally condensed curve fitting with Fourier series.
BMW Bio-savart Magnetic VMEC Vector potential.
SURFACE Compute vector potential at firstwall surfaces.
LGRID Limiter grid preprocessor.
SIESTA 3D Equilibrium solver with islands.
V3RFUN Magnetic diagnostic responce functions.
V3FIT 3D Equilibrium Reconstruction
BOOZ_XFORM Convert VMEC coordinates to Boozer coordinates.

Documentation

Stellarator-Tools-Docs Documentation for the Stellarator Tools suite of codes.
VMEC-internals Some VMEC-internal documentation

Testing

Compiling

To compile the code, first clone this repository.

git clone https://github.com/ORNL-Fusion/Stellarator-Tools.git

A Stellarator-Tools directory will be created. In this directory create a build directory and navigate to it.

cd Stellarator-Tools
mkdir build
cd build

It's recommended that you use the ccmake to configure the build system. From inside the build directory, run the ccmake command

ccmake ../

Initally, there will be no options.

press the c key to configure. Once configured, there will be several options. Different codes in the Stellarator Tools suite of codes can be configured to be built by toggling the BUILD_<CODE> from off to on. The build system will automatically turn on any dependencies. You can also set new options like the CMAKE_BUILD_TYPE.

After changing settings, keep pressing c until the g option appears.

After hitting g option ccmake will exit and a Makefile will be generated. The codes can be built using the make command.

Touble Shooting

If cmake fails to find the correct libraries, you may need to set the CMAKE_PREFIX_PATH variable to help locate them.