conversion_table.py @ bb584b3

core_shell_microgelscostrafo411magnetic_modelticket-1257-vesicle-productticket_1156ticket_1265_superballticket_822_more_unit_tests

Last change on this file since bb584b3 was bb584b3, checked in by Paul Kienzle <pkienzle@…>, 7 years ago
include model class in conversion table when it differs from model name
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Line
1	"""
2	Parameter conversion table
3
4	CONVERSION_TABLE gives the old model name and a dictionary of old parameter
5	names for each parameter in sasmodels. This is used by :mod:`convert` to
6	determine the equivalent parameter set when comparing a sasmodels model to
7	the models defined in previous versions of SasView and sasmodels. This is now
8	versioned based on the version number of SasView.
9
10	When any sasmodels parameter or model name is changed, this must be modified to
11	account for that.
12
13	Usage:
14	<old_Sasview_version> : {
15	<new_model_name> : [
16	<old_model_name> ,
17	{
18	<new_param_name_1> : <old_param_name_1>,
19	...
20	<new_param_name_n> : <old_param_name_n>
21	}
22	]
23	}
24
25	Any future parameter and model name changes can and should be given in this
26	table for future compatibility.
27	"""
28
29	CONVERSION_TABLE = {
30	(4,0,1) : {},
31	(4,0,0) : {},
32	(3,1,2) : {
33	"adsorbed_layer": [
34	"Core2ndMomentModel",
35	{
36	"scale": "scale",
37	"second_moment": "second_moment",
38	"density_shell": "density_poly",
39	"sld_solvent": "sld_solv",
40	"radius": "radius_core",
41	"volfraction": "volf_cores",
42	"background": "background",
43	"adsorbed_amount": "ads_amount",
44	"sld_shell": "sld_poly"
45	}
46	],
47	"barbell": [
48	"BarBellModel",
49	{
50	"sld": "sld_barbell",
51	"length": "len_bar",
52	"radius_bell": "rad_bell",
53	"radius": "rad_bar",
54	"sld_solvent": "sld_solv"
55	}
56	],
57	"bcc_paracrystal": [
58	"BCCrystalModel",
59	{
60	"sld": "sldSph",
61	"sld_solvent": "sldSolv"
62	}
63	],
64	"be_polyelectrolyte": [
65	"BEPolyelectrolyte",
66	{
67	"ionization_degree": "alpha",
68	"polymer_concentration": "c",
69	"salt_concentration": "cs",
70	"virial_param": "h",
71	"background": "background",
72	"contrast_factor": "k",
73	"bjerrum_length": "lb",
74	"monomer_length": "b"
75	}
76	],
77	"binary_hard_sphere": [
78	"BinaryHSModel",
79	{
80	"sld_sm": "ss_sld",
81	"sld_lg": "ls_sld",
82	"volfraction_sm": "vol_frac_ss",
83	"radius_lg": "l_radius",
84	"radius_sm": "s_radius",
85	"volfraction_lg": "vol_frac_ls",
86	"sld_solvent": "solvent_sld"
87	}
88	],
89	"broad_peak": [
90	"BroadPeakModel",
91	{
92	"peak_pos": "q_peak",
93	"scale": None,
94	"lorentz_length": "length_l",
95	"porod_scale": "scale_p",
96	"lorentz_exp": "exponent_l",
97	"lorentz_scale": "scale_l",
98	"porod_exp": "exponent_p"
99	}
100	],
101	"capped_cylinder": [
102	"CappedCylinderModel",
103	{
104	"sld": "sld_capcyl",
105	"length": "len_cyl",
106	"radius_cap": "rad_cap",
107	"radius": "rad_cyl",
108	"sld_solvent": "sld_solv"
109	}
110	],
111	"core_multi_shell": [
112	"CoreMultiShellModel",
113	{
114	"thickness": "thick_shell",
115	"sld": "sld_shell",
116	"radius": "rad_core0",
117	"sld_core": "sld_core0",
118	"sld_solvent": "sld_solv",
119	"n": "n_shells",
120	"M0:sld_core": "M0_sld_core0",
121	"mtheta:sld_core": "M_theta_core0",
122	"mphi:sld_core": "M_phi_core0",
123	"M0:sld1": "M0_sld_shell1",
124	"mtheta:sld1": "M_theta_shell1",
125	"mphi:sld1": "M_phi_shell1",
126	"M0:sld2": "M0_sld_shell2",
127	"mtheta:sld2": "M_theta_shell2",
128	"mphi:sld2": "M_phi_shell2",
129	"M0:sld3": "M0_sld_shell3",
130	"mtheta:sld3": "M_theta_shell3",
131	"mphi:sld3": "M_phi_shell3",
132	"M0:sld4": "M0_sld_shell4",
133	"mtheta:sld4": "M_theta_shell4",
134	"mphi:sld4": "M_phi_shell4",
135	"M0:sld_solvent": "M0_sld_solv",
136	"mtheta:sld_solvent": "M_theta_solv",
137	"mphi:sld_solvent": "M_phi_solv",
138	"up:frac_i": "Up_frac_i",
139	"up:frac_f": "Up_frac_f",
140	"up:angle": "Up_theta",
141	}
142	],
143	"core_shell_bicelle": [
144	"CoreShellBicelleModel",
145	{
146	"phi": "axis_phi",
147	"sld_core": "core_sld",
148	"sld_rim": "rim_sld",
149	"thick_face": "face_thick",
150	"sld_solvent": "solvent_sld",
151	"thick_rim": "rim_thick",
152	"sld_face": "face_sld",
153	"theta": "axis_theta"
154	}
155	],
156	"core_shell_cylinder": [
157	"CoreShellCylinderModel",
158	{
159	"theta": "axis_theta",
160	"phi": "axis_phi",
161	"sld_shell": "shell_sld",
162	"sld_solvent": "solvent_sld",
163	"sld_core": "core_sld"
164	}
165	],
166	"core_shell_ellipsoid:1": [
167	"CoreShellEllipsoidModel",
168	{
169	"sld_core": "sld_core",
170	"sld_shell": "sld_shell",
171	"sld_solvent": "sld_solvent",
172	"radius_equat_core": "equat_core",
173	"x_core": "polar_core",
174	"thick_shell": "equat_shell",
175	"x_polar_shell": "polar_shell",
176	"theta": "axis_theta",
177	"phi": "axis_phi",
178	}
179	],
180	"core_shell_ellipsoid": [
181	"CoreShellEllipsoidXTModel",
182	{
183	"sld_core": "sld_core",
184	"sld_shell": "sld_shell",
185	"sld_solvent": "sld_solvent",
186	"radius_equat_core": "equat_core",
187	"thick_shell": "T_shell",
188	"x_core": "X_core",
189	"x_polar_shell": "XpolarShell",
190	"theta": "axis_theta",
191	"phi": "axis_phi",
192	}
193	],
194	"core_shell_parallelepiped": [
195	"CSParallelepipedModel",
196	{
197	"sld_core": "sld_pcore",
198	"sld_a": "sld_rimA",
199	"sld_b": "sld_rimB",
200	"sld_c": "sld_rimC",
201	"sld_solvent": "sld_solv",
202	"length_a": "shortA",
203	"length_b": "midB",
204	"length_c": "longC",
205	"thick_rim_a": "rimA",
206	"thick_rim_c": "rimC",
207	"thick_rim_b": "rimB",
208	"theta": "parallel_theta",
209	"phi": "parallel_phi",
210	"psi": "parallel_psi",
211	}
212	],
213	"core_shell_sphere": [
214	"CoreShellModel",
215	{
216	"sld_core": "core_sld",
217	"sld_shell": "shell_sld",
218	"sld_solvent": "solvent_sld",
219	"M0:sld_core": "M0_sld_core",
220	"mtheta:sld_core": "M_theta_core",
221	"mphi:sld_core": "M_phi_core",
222	"M0:sld_shell": "M0_sld_shell",
223	"mtheta:sld_shell": "M_theta_shell",
224	"mphi:sld_shell": "M_phi_shell",
225	"M0:sld_solvent": "M0_sld_solv",
226	"mtheta:sld_solvent": "M_theta_solv",
227	"mphi:sld_solvent": "M_phi_solv",
228	"up:frac_i": "Up_frac_i",
229	"up:frac_f": "Up_frac_f",
230	"up:angle": "Up_theta"
231	}
232	],
233	"correlation_length": [
234	"CorrLength",
235	{
236	"porod_scale": "scale_p",
237	"lorentz_scale": "scale_l",
238	"porod_exp": "exponent_p",
239	"lorentz_exp": "exponent_l",
240	"cor_length": "length_l"
241	},
242	"CorrLengthModel"
243	],
244	"cylinder": [
245	"CylinderModel",
246	{
247	"sld": "sldCyl",
248	"theta": "cyl_theta",
249	"phi": "cyl_phi",
250	"sld_solvent": "sldSolv",
251	"M0:sld": "M0_sld_cyl",
252	"mtheta:sld": "M_theta_cyl",
253	"mphi:sld": "M_phi_cyl",
254	"M0:sld_solvent": "M0_sld_solv",
255	"mtheta:sld_solvent": "M_theta_solv",
256	"mphi:sld_solvent": "M_phi_solv",
257	"up:frac_i": "Up_frac_i",
258	"up:frac_f": "Up_frac_f",
259	"up:angle": "Up_theta"
260	}
261	],
262	"dab": [
263	"DABModel",
264	{
265	"cor_length": "length"
266	}
267	],
268	"ellipsoid": [
269	"EllipsoidModel",
270	{
271	"phi": "axis_phi",
272	"radius_equatorial": "radius_b",
273	"sld": "sldEll",
274	"theta": "axis_theta",
275	"radius_polar": "radius_a",
276	"sld_solvent": "sldSolv"
277	}
278	],
279	"elliptical_cylinder": [
280	"EllipticalCylinderModel",
281	{
282	"axis_ratio": "r_ratio",
283	"radius_minor": "r_minor",
284	"sld": "sldCyl",
285	"sld_solvent": "sldSolv",
286	"theta": "cyl_theta",
287	"phi": "cyl_phi",
288	"psi": "cyl_psi",
289	}
290	],
291	"fcc_paracrystal": [
292	"FCCrystalModel",
293	{
294	"sld": "sldSph",
295	"sld_solvent": "sldSolv"
296	}
297	],
298	"flexible_cylinder": [
299	"FlexibleCylinderModel",
300	{
301	"sld": "sldCyl",
302	"sld_solvent": "sldSolv"
303	}
304	],
305	"flexible_cylinder_elliptical": [
306	"FlexCylEllipXModel",
307	{
308	"sld": "sldCyl",
309	"sld_solvent": "sldSolv"
310	}
311	],
312	"fractal": [
313	"FractalModel",
314	{
315	"sld_block": "sldBlock",
316	"radius": "radius",
317	"cor_length": "cor_length",
318	"sld_solvent": "sldSolv",
319	"fractal_dim": "fractal_dim"
320	}
321	],
322	"fractal_core_shell": [
323	"FractalCoreShell",
324	{
325	"sld_core": "core_sld",
326	"sld_shell": "shell_sld",
327	"sld_solvent": "solvent_sld",
328	"radius": "radius",
329	"thickness": "thickness",
330	"fractal_dim": "frac_dim",
331	"cor_length": "cor_length",
332	"volfraction": "volfraction",
333	},
334	"FractalCoreShellModel"
335	],
336	"fuzzy_sphere": [
337	"FuzzySphereModel",
338	{
339	"sld": "sldSph",
340	"fuzziness": "fuzziness",
341	"radius": "radius",
342	"sld_solvent": "sldSolv"
343	}
344	],
345	"gauss_lorentz_gel": [
346	"GaussLorentzGel",
347	{
348	"gauss_scale": "scale_g",
349	"cor_length_dynamic": "dyn_colength",
350	"cor_length_static": "stat_colength",
351	"background": "background",
352	"lorentz_scale": "scale_l"
353	},
354	"GaussLorentzGelModel"
355	],
356	"gaussian_peak": [
357	"Peak Gauss Model",
358	{
359	"peak_pos": "q0",
360	"sigma": "B",
361	},
362	"PeakGaussModel",
363	],
364	"gel_fit": [
365	"GelFitModel",
366	{
367	"rg": "radius",
368	"lorentz_scale": "lScale",
369	"guinier_scale": "gScale",
370	"fractal_dim": "FractalExp",
371	"cor_length": "zeta",
372	}
373	],
374	"guinier": [
375	"Guinier",
376	{
377	"rg": "rg"
378	},
379	"GuinierModel",
380	],
381	"guinier_porod": [
382	"GuinierPorod",
383	{
384	"s": "dim",
385	"rg": "rg",
386	"porod_exp": "m",
387	"scale": "scale",
388	"background": "background"
389	},
390	"GuinierPorodModel",
391	],
392	"hardsphere": [
393	"HardsphereStructure",
394	{
395	"scale": "scale_factor",
396	"radius_effective": "effect_radius",
397	}
398	],
399	"hayter_msa": [
400	"HayterMSAStructure",
401	{
402	"scale": "scale_factor",
403	"radius_effective": "effect_radius",
404	"volfraction": "volfraction",
405	"charge": "charge",
406	"temperature": "temperature",
407	"concentration_salt": "saltconc",
408	"dielectconst": "dielectconst",
409	}
410	],
411	"hollow_cylinder": [
412	"HollowCylinderModel",
413	{
414	"sld": "sldCyl",
415	"sld_solvent": "sldSolv",
416	"radius": "core_radius",
417	"thickness": "radius",
418	"length": "length",
419	"theta": "axis_theta",
420	"phi": "axis_phi",
421	}
422	],
423	"hollow_rectangular_prism": [
424	"RectangularHollowPrismModel",
425	{
426	"sld": "sldPipe",
427	"sld_solvent": "sldSolv",
428	"length_a": "short_side",
429	"b2a_ratio": "b2a_ratio",
430	"c2a_ratio": "c2a_ratio",
431	"thickness": "thickness",
432	}
433	],
434	"hollow_rectangular_prism_thin_walls": [
435	"RectangularHollowPrismInfThinWallsModel",
436	{
437	"sld": "sldPipe",
438	"sld_solvent": "sldSolv",
439	"length_a": "short_side",
440	"b2a_ratio": "b2a_ratio",
441	"c2a_ratio": "c2a_ratio",
442	}
443	],
444	"lamellar": [
445	"LamellarModel",
446	{
447	"sld": "sld_bi",
448	"sld_solvent": "sld_sol",
449	"thickness": "bi_thick"
450	}
451	],
452	"lamellar_hg": [
453	"LamellarFFHGModel",
454	{
455	"sld": "sld_tail",
456	"sld_solvent": "sld_solvent",
457	"sld_head": "sld_head",
458	"length_tail": "t_length",
459	"length_head": "h_thickness"
460	}
461	],
462	"lamellar_hg_stack_caille": [
463	"LamellarPSHGModel",
464	{
465	"sld": "sld_tail",
466	"sld_head": "sld_head",
467	"sld_solvent": "sld_solvent",
468	"length_tail": "deltaT",
469	"length_head": "deltaH",
470	"d_spacing": "spacing",
471	"Caille_parameter": "caille",
472	"Nlayers": "n_plates",
473	}
474	],
475	"lamellar_stack_caille": [
476	"LamellarPSModel",
477	{
478	"sld": "sld_bi",
479	"sld_solvent": "sld_sol",
480	"thickness": "delta",
481	"d_spacing": "spacing",
482	"Caille_parameter": "caille",
483	"Nlayers": "n_plates",
484	}
485	],
486	"lamellar_stack_paracrystal": [
487	"LamellarPCrystalModel",
488	{
489	"sld": "sld_layer",
490	"sld_solvent": "sld_solvent",
491	"thickness": "thickness",
492	"d_spacing": "spacing",
493	"sigma_d": "pd_spacing",
494	"Nlayers": "Nlayers",
495	}
496	],
497	"line": [
498	"LineModel",
499	{
500	"slope": "B",
501	"scale": None,
502	"background": None,
503	"intercept": "A"
504	}
505	],
506	"linear_pearls": [
507	"LinearPearlsModel",
508	{
509	"sld": "sld_pearl",
510	"sld_solvent": "sld_solv",
511	"edge_sep": "edge_separation"
512	}
513	],
514	"lorentz": [
515	"Lorentz",
516	{
517	"cor_length": "length"
518	},
519	"LorentzModel",
520	],
521	"mass_fractal": [
522	"MassFractalModel",
523	{
524	"cutoff_length": "co_length",
525	"radius": "radius",
526	"fractal_dim_mass": "mass_dim"
527	}
528	],
529	"mass_surface_fractal": [
530	"MassSurfaceFractal",
531	{
532	"rg_cluster": "cluster_rg",
533	"fractal_dim_mass": "mass_dim",
534	"radius": "radius",
535	"fractal_dim_surf": "surface_dim",
536	"rg_primary": "primary_rg"
537	}
538	],
539	"mono_gauss_coil": [
540	"Debye",
541	{
542	"rg": "rg",
543	"i_zero": "scale",
544	"background": "background",
545	},
546	"DebyeModel",
547	],
548	"multilayer_vesicle": [
549	"MultiShellModel",
550	{
551	"radius": "core_radius",
552	"sld_solvent": "core_sld",
553	"n_pairs": "n_pairs",
554	"thick_shell": "s_thickness",
555	"sld": "shell_sld",
556	"thick_solvent": "w_thickness",
557	}
558	],
559	"onion": [
560	"OnionExpShellModel",
561	{
562	"n_shells": "n_shells",
563	"A": "A_shell",
564	"sld_core": "sld_core0",
565	"radius_core": "rad_core0",
566	"sld_solvent": "sld_solv",
567	"thickness": "thick_shell",
568	"sld_in": "sld_in_shell",
569	"sld_out": "sld_out_shell"
570	}
571	],
572	"parallelepiped": [
573	"ParallelepipedModel",
574	{
575	"phi": "parallel_phi",
576	"psi": "parallel_psi",
577	"sld_solvent": "sldSolv",
578	"length_a": "short_a",
579	"length_b": "short_b",
580	"sld": "sldPipe",
581	"theta": "parallel_theta",
582	"length_c": "long_c",
583	"M0:sld": "M0_sld_pipe",
584	"mtheta:sld": "M_theta_pipe",
585	"mphi:sld": "M_phi_pipe",
586	"M0:sld_solvent": "M0_sld_solv",
587	"mtheta:sld_solvent": "M_theta_solv",
588	"mphi:sld_solvent": "M_phi_solv",
589	"up:frac_i": "Up_frac_i",
590	"up:frac_f": "Up_frac_f",
591	"up:angle": "Up_theta",
592	}
593	],
594	"peak_lorentz": [
595	"Peak Lorentz Model",
596	{
597	"peak_pos": "q0",
598	"peak_hwhm": "B"
599	},
600	"PeakLorentzModel",
601	],
602	"pearl_necklace": [
603	"PearlNecklaceModel",
604	{
605	"scale": "scale",
606	"thick_string": "thick_string",
607	"sld_string": "sld_string",
608	"sld_solvent": "sld_solv",
609	"edge_sep": "edge_separation",
610	"num_pearls": "num_pearls",
611	"radius": "radius",
612	"background": "background",
613	"sld": "sld_pearl"
614	}
615	],
616	"poly_gauss_coil": [
617	"Poly_GaussCoil",
618	{
619	"rg": "rg",
620	"polydispersity": "poly_m",
621	"i_zero": "scale",
622	"background": "background",
623	}
624	],
625	"polymer_excl_volume": [
626	"PolymerExclVolume",
627	{
628	"rg": "rg",
629	"scale": "scale",
630	"background": "background",
631	"porod_exp": "m"
632	}
633	],
634	"polymer_micelle": [
635	"MicelleSphCoreModel",
636	{
637	"sld_corona": "rho_corona",
638	"sld_solvent": "rho_solv",
639	"sld_core": "rho_core",
640	"ndensity": "ndensity",
641	"v_core": "v_core",
642	"v_corona": "v_corona",
643	"radius_core": "radius_core",
644	"rg": "radius_gyr",
645	"d_penetration": "d_penetration",
646	"n_aggreg": "n_aggreg",
647	}
648	],
649	"porod": [
650	"PorodModel",
651	{
652	"scale": "scale",
653	"background": "background"
654	}
655	],
656	"power_law": [
657	"PowerLawAbsModel",
658	{
659	"scale": "scale",
660	"background": "background",
661	"power": "m"
662	}
663	],
664	"pringle": [
665	"PringlesModel",
666	{
667	"scale": "scale",
668	"sld_solvent": "sld_solvent",
669	"thickness": "thickness",
670	"beta": "beta",
671	"radius": "radius",
672	"background": "background",
673	"alpha": "alpha",
674	"sld": "sld_pringle"
675	}
676	],
677	"raspberry": [
678	"RaspBerryModel",
679	{
680	"volfraction_lg": "volf_Lsph",
681	"volfraction_sm": "volf_Ssph",
682	"radius_sm": "radius_Ssph",
683	"radius_lg": "radius_Lsph",
684	"sld_lg": "sld_Lsph",
685	"sld_sm": "sld_Ssph",
686	"sld_solvent": "sld_solv",
687	"surface_fraction": "surfrac_Ssph",
688	"penetration": "delta_Ssph"
689	}
690	],
691	"rectangular_prism": [
692	"RectangularPrismModel",
693	{
694	"sld": "sldPipe",
695	"length_a": "short_side",
696	"b2a_ratio": "b2a_ratio",
697	"c2a_ratio": "c2a_ratio",
698	"sld_solvent": "sldSolv"
699	}
700	],
701	"rpa": [
702	"RPA10Model",
703	{
704	"K12": "Kab", "K13": "Kac", "K14": "Kad",
705	"K23": "Kbc", "K24": "Kbd", "K34": "Kcd",
706	"N1": "Na", "N2": "Nb", "N3": "Nc", "N4": "Nd",
707	"L1": "La", "L2": "Lb", "L3": "Lc", "L4": "Ld",
708	"v1": "va", "v2": "vb", "v3": "vc", "v4": "vd",
709	"b1": "ba", "b2": "bb", "b3": "bc", "b4": "bd",
710	"Phi1": "Phia", "Phi2": "Phib", "Phi3": "Phic", "Phi4": "Phid",
711	"case_num": "lcase_n"
712	}
713	],
714	"sc_paracrystal": [
715	"SCCrystalModel",
716	{
717	"sld": "sldSph",
718	"sld_solvent": "sldSolv"
719	}
720	],
721	"sphere": [
722	"SphereModel",
723	{
724	"sld": "sldSph",
725	"radius": "radius",
726	"sld_solvent": "sldSolv",
727	"M0:sld": "M0_sld_sph",
728	"mtheta:sld": "M_theta_sph",
729	"mphi:sld": "M_phi_sph",
730	"M0:sld_solvent": "M0_sld_solv",
731	"mtheta:sld_solvent": "M_theta_solv",
732	"mphi:sld_solvent": "M_phi_solv",
733	"up:frac_i": "Up_frac_i",
734	"up:frac_f": "Up_frac_f",
735	"up:angle": "Up_theta"
736	}
737	],
738	"spherical_sld": [
739	"SphericalSLDModel",
740	# Be lazy and use a generator expression to define
741	# sld1: sld_flat0, ...
742	# thickness1: thick_flat0, ...
743	# interface1: thick_inter0, ...
744	# shape1: func_inter0, ...
745	# nu1: nu_inter0, ...
746	# but override thickness1 => rad_cor0 and sld1 => sld_core0.
747	# Note: explicit key,value pairs given by **{...} override the
748	# keys from the gnerator expression ((k,v) for k,v in seq) when
749	# used as dict((generator), **{...})
750	dict(((field_new+str(index+1), field_old+str(index))
751	for field_new, field_old in [("sld", "sld_flat"),
752	("thickness", "thick_flat"),
753	("interface", "thick_inter"),
754	("shape", "func_inter"),
755	("nu", "nu_inter"),]
756	for index in range(11)),
757	**{
758	"n_shells": "n_shells",
759	"n_steps": "npts_inter",
760	"sld_solvent": "sld_solv",
761	"thickness1": "rad_core0",
762	"sld1": "sld_core0",
763	})
764	],
765	"squarewell": [
766	"SquareWellStructure",
767	{
768	"scale": "scale_factor",
769	"radius_effective": "effect_radius",
770	"wellwidth": "wellwidth",
771	"welldepth": "welldepth",
772	}
773	],
774	"stacked_disks": [
775	"StackedDisksModel",
776	{
777	"phi": "axis_phi",
778	"sld_layer": "layer_sld",
779	"sld_core": "core_sld",
780	"theta": "axis_theta",
781	"sld_solvent": "solvent_sld",
782	"n_stacking": "n_stacking",
783	"thick_layer": "layer_thick",
784	"thick_core": "core_thick",
785	}
786	],
787	"star_polymer": [
788	"StarPolymer",
789	{
790	"arms": "arms",
791	"rg_squared": "R2"
792	}
793	],
794	"stickyhardsphere": [
795	"StickyHSStructure",
796	{
797	"scale": "scale_factor",
798	"radius_effective": "effect_radius",
799	}
800	],
801	"surface_fractal": [
802	"SurfaceFractalModel",
803	{
804	"cutoff_length": "co_length",
805	"radius": "radius",
806	"fractal_dim_surf": "surface_dim"
807	}
808	],
809	"teubner_strey": [
810	"TeubnerStreyModel",
811	{
812	# Note: parameters are completely rewritten in convert.py
813	"volfraction_a": "volfraction_a",
814	"sld_a": "sld_a",
815	"sld_b": "sld_b",
816	"d": "d",
817	"xi": "xi",
818	}
819	],
820	"triaxial_ellipsoid": [
821	"TriaxialEllipsoidModel",
822	{
823	"phi": "axis_phi",
824	"radius_equat_minor": "semi_axisA",
825	"radius_polar": "semi_axisC",
826	"radius_equat_major": "semi_axisB",
827	"sld_solvent": "sldSolv",
828	"psi": "axis_psi",
829	"sld": "sldEll",
830	"theta": "axis_theta"
831	}
832	],
833	"two_lorentzian": [
834	"TwoLorentzian",
835	{
836	"lorentz_scale_1": "scale_1",
837	"lorentz_scale_2": "scale_2",
838	"lorentz_exp_1": "exponent_1",
839	"lorentz_exp_2": "exponent_2",
840	"lorentz_length_2": "length_2",
841	"lorentz_length_1": "length_1",
842	"background": "background"
843	},
844	"TwoLorentzianModel",
845	],
846	"two_power_law": [
847	"TwoPowerLaw",
848	{
849	"coefficent_1": "coef_A",
850	"power_2": "power2",
851	"power_1": "power1",
852	"background": "background",
853	"crossover": "qc"
854	},
855	"TwoPowerLawModel",
856	],
857	"unified_power_Rg": [
858	"UnifiedPowerRg",
859	dict(((field_new+str(index), field_old+str(index))
860	for field_new, field_old in [("rg", "Rg"),
861	("power", "power"),
862	("G", "G"),
863	("B", "B"),]
864	for index in range(11)),
865	**{
866	"background": "background",
867	"scale": "scale",
868	}),
869	"UnifiedPowerRgModel",
870	],
871	"vesicle": [
872	"VesicleModel",
873	{
874	"sld": "shell_sld",
875	"sld_solvent": "solv_sld"
876	}
877	]
878	}
879	}

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source: sasmodels/sasmodels/conversion_table.py @ bb584b3

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