Contacts: Gregorio L. Trevisan
TRIP3DGPU is the GPU-enabled version of the
TRIP3D three-dimensional magnetic field-line tracing code.
The module guides you through the setup, execution, and post-processing phases of a typical
At present, the code can run simulations based on equilibria from either:
EFIT, the classic two-dimensional equilibrium solver, or
M3D-C1, a three-dimensional one- or two-fluid equilibrium solver.
Typical outputs from the code include:
lines.out, for Poincare’ plotting,
hit.out, for footprint plotting.
The code is currently compiled on the DIII-D clusters:
iris, for DoE-funded work, and
saturn, for GA-IR&D-funded work.
Simplified GUIs include:
R.C. Kalling, T.E. Evans, D.M. Orlov, D.P. Schissel, Rajesh Maingi, J.E. Menard, S.A. Sabbagh, “Accelerating the Numerical Simulation of Magnetic Field Lines in Tokamaks Using the GPU”, Fusion Eng. Des. 86 (2011) 399-406 (8pp) @ https://dx.doi.org/10.1016/j.fusengdes.2011.03.064
T.E. Evans, R.A. Moyer and P. Monat, “Modeling of stochastic magnetic flux loss from the edge of a poloidally diverted tokamak”, Phys. Plasmas 9 (2002) 4957 @ https://dx.doi.org/10.1063/1.1521125
List of contributors sorted by number of lines authored:
2135 Gregorio L. Trevisan 480 Fusion Bot 49 Orso Meneghini 41 Wen Wu 8 Sterling Smith 1 Nikolas Logan
List of usernames sorted by number of module imports: Trevisan, leejanet, munarettos, wuwen, evans, orlov, teklua, herfindalj, trevisan, meneghini, riviereb, smithsp, bykovi, ngyuenle, hongrongjie, howelle, huqiming, knolkerm, logannc, margomw, shafer, sweeneyrm, duttas, duxiaodi, kostukm, krietedm, lyonsbc, marinoni, moyer, vanzee, weisbergd, yuguanying