OMFITprofiles¶
Contacts: Nikolas Logan, Shaun Haskey, David Eldon, Orso Meneghini, Sterling Smith, Kathreen Thome, Lukas Kripner, Stuart Henderson, Myungwon Lee, Oak Nelson, Darin Ernst
Short Description¶
Advanced fitting of kinetic profiles
Long Description¶
OMFITprofiles has been used to develop a consistent tool for interfacing with, mapping, visualizing, and fitting tokamak profile measurements. OMFITprofiles is used to integrate the many diverse diagnostics on multiple tokamak devices into a regular data structure, consistently applying spatial and temporal treatments to each channel of data. Tokamak data are fundamentally time dependent and are treated so from the start, with front-loaded and logic-based manipulations such as filtering based on the identification of edge-localized modes (ELMs) that commonly scatter data. Fitting is general in its approach, and tailorable in its application in order to address physics constraints and handle the multiple spatial and temporal scales involved. Although community standard one-dimensional fitting is supported, including scale length–fitting and fitting polynomial-exponential blends to capture the H-mode pedestal, OMFITprofiles includes two-dimensional (2-D) fitting using bivariate splines or radial basis functions. These 2-D fits produce regular evolutions in time, removing jitter that has historically been smoothed ad hoc in transport applications. Profiles interface directly with a wide variety of models within the OMFIT framework, providing the inputs for TRANSP, kinetic-EFIT 2-D equilibrium, and GPEC three-dimensional equilibrium calculations. The OMFITprofiles tool’s rapid and comprehensive analysis of dynamic plasma profiles thus provides the critical link between raw tokamak data and simulations necessary for physics understanding.
Please cite the publications below if using OMFITprofiles in your workflow. Your recognition of the work that went into this is much appreciated.
Typical workflows¶
Raw data collection (the only machine dependent step)
Data selection by channel, subsystem, diagnostic as well as time conditions such as ELMs
Advanced data binning and averaging
Generic mapping of R-Z data to equilibrium quantities
Generic profiles fitting (1D radial or 2D radial + time)
Calculation of derived quantities
Supported devices¶
DIII-D, NSTX, C-Mod, COMPASS, KSTAR, JET, MAST, AUG
Tutorials¶
Tutorial series (Youtube video)
DIII-D tutorial (Google docs, PDF)
KSTAR tutorial [in Korean] (Google docs, PDF)
Contributors¶
List of contributors sorted by number of lines authored:
7006 Nikolas Logan
6873 Orso Meneghini
4713 Brian Grierson
4199 Shaun Haskey
3767 Fusion Bot
3750 Tomas Odstrcil
1603 Myungwon Lee
1445 David Eldon
837 Florian Laggner
737 Stuart Henderson
708 Sterling Smith
417 Brian Victor
355 Francesco Sciortino
320 Jorge Ferreira
223 Giovanni Tardini
198 Theresa Wilks
172 Laurent Jung
149 Galina Avdeeva
141 Bhavin Patel
137 Ziga Stancar
118 Kirov, Krassimir K
107 Jiale Chen
107 Devon Battaglia
106 Kathreen Thome
103 Teobaldo Luda di Cordemiglia
96 Garud Snoep
79 Oak Nelson
68 Christopher Holland
64 Michael Brookman
64 Karel van de Plassche
54 Jorge Morales
44 Lukas Kripner
39 Darin Ernst
29 Erik Linsenmayer
28 Brendan Lyons
23 Z. Anthony Xing
20 David Weisberg
19 David Elder
18 Severin Denk
17 Jisung Kang
16 Lang Cui
12 Colin Chrystal
11 Matej Peterka
10 Torrin Bechtel
8 Bob Wilcox
3 Jakub Urban
2 Pablo Rodriguez
2 Joseph McClenaghan
1 Richard Kalling
1 Michele Romanelli
Submodules¶
None
Users¶
List of usernames sorted by number of module imports: meneghini, nelsonand, thomek, grierson, shaskey, bgrierson, brookmanmw, lindan, haskeysr, ashourvana, eldond, wilkstm, sciortinof, tomas, smithsp, stephanet, nlogan, nazikian, weisbergd, callahank, kathreenthome, degrandchampg, victorb, shenders, fernandezp, bykovi, houshman, mortonl, xier, ernst, knolkerm, logannc, roelofsm, hongrongjie, odstrcilt, orlov, pablorf, paz-soldan, cuil, snoepg, g2jofe, chenj, kripner, xingz, hinsone, vlad, jacksona, shafer, huqiming, davisem, mcclenaghanj, herfindalj, sciortino, bortolon, krietedm, samuellc, sweeneyrm, liud, chenxi, denk, austinm, gagek, david, duxiaodi, laggnerf, leem, kinsey, pipern, vaezip, abbatej, howardnt, prattq, likai, masliner, mordijck, odstrcil, zeng, unterbee, vanzee, zhaob, adiallo, g2orm, sungc, zamperinis, gugliadav, kyungjin, vankampenr, zstancar, bgriers, casalil, holland, lig, lyonsbc, beidlerm, chabanr, evans, parkjm, pbonofig, taylornz, yanz, diems, jorge, lizj, luoc, peterka, choiwilkie, jaulmes, lizeyu, ohtaniy, orso, snyder, soukhan, wakatsukit, wanghuiqian, blyons, collinscs, karel, ludat, urban, aaronho, burkem, capitainetema, majorm, wuyifan, xiangjian, boedo, eemdee, jianx, kimh, lib, lmorton, marinic, marinoni, montesk, mosera, ssmith, willensdorferm, wwallace, camicollins, diallo, dingsiye, eggertw, halfmoon, hengl, izacardo, jmsfer, jsachdev, montes, powersc, wehnerw, zehuag, Trevisan, abramst, bardoczil, dbattagl, dernst, effenbergf, fila, fscotti, guterlj, huwen, hwong, lanctot, mitosinkova, moyer, munarettos, murakami, nicholsj, okabay, pacedc, panicid, pankin, reac, renyang, schmitzl, shoushar, sulymana, trevisan, truongd, turcof, vailp, wumuq, yuguanying, zhangt, Morton, aashourv, adwiteey, afil, ajsen, banerjees, baradakk, batteya, brookman, buchanj, cengher, chrystal, clementm, crocker, denks, devitre, elder, fascianam, g2jmoral, groth, guttenfe, halfmoonm, holcomb, igochinev, inyong, izzov, jarvinena, jriqueze, jurban, jwhughes, kimkyungjin, kkirov, kplass, lijx, logan, lupinl, luxin, lvovskiya, margomw, markovic, merlog, mfitz, moynihanc, muscatel, nave, neisert, nfil, nornbergm, npablant, nthoward, oizacard, panck, podolnik, psinha, qianjp, ramanr, renq, renql, rhodes, rkalling, rosenthala, schaeferc, shirakid, shisy, skvara, slendebroekt, smithdr, solomon, stagnerl, sunyouwen, templed, twilks, vallar, wademr, waij, wangh, wangxin, wangy, wangyh, wangzhirui, wilcoxr, wukitchj, wwehner, xzhang, zegere, zhangjiayuan, zhangjie, zhangx, zywickib