SCOTTY

Contacts: Valerian Chen, Quinn Pratt, Shikang Ni

Short Description

Run the SCOTTY 3D beam-tracing code

Keywords

Beam Tracing, DBS, Synthetic Diagnostics

Long Description

This module generates inputs for, runs, and analyzes the output of the SCOTTY 3D beam-tracing code. SCOTTY is a python code written by V.H. Hall-Chen to be used for synthetic diagnostic development for microwave scattering diagnostics such as Doppler Back-Scattering (DBS).

Typical workflows

This module is used to:

• generate SCOTTY input ne.dat files from OMFITprofiles outputs.

• generate SCOTTY input topfiles from OMFITgeqdsk objects.

• configure and run the SCOTTY code.

• plot the outputs.

Supported devices

• DIII-D, MAST

Tutorials

• TBD

Relevant publications

• V. H. Hall-Chen, et al. “Beam model of Doppler backscattering” Plasma Phys. Control. Fusion 64 (2022) 095002

• V. H. Hall-Chen, et al. “Validating and optimizing mismatch tolerance of Doppler backscattering measurements with the beam model (invited)” Review of Scientific Instruments 93, 103536 (2022)

External resources

Official webpage: https://github.com/valerian-chen/Scotty

Classes

• omfit_classes.omfit_eqdsk.OMFITgeqdsk()

• omfit_classes.omfit_json.OMFITjson()

• omfit_classes.omfit_profiles.OMFITprofiles()

Contributors

List of contributors sorted by number of lines authored:

3115 Quinn Pratt
  50 Valerian Chen
   2 Sterling Smith

Submodules

None

Users

List of usernames sorted by number of module imports: N/A