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SANSAnalysis.r @ 231

Last change on this file since 231 was 231, checked in by srkline, 15 years ago

EXTENSIVE changes to the XOP.

DANSE code has been directly incorporated into our libSANSAnalysis. Maybe not the cleanest way it Mathieu changes much in his code, but hopefully not too much of a mess.

Our old libFunc2D.c(.h) has been deleted (and replaced with multiple files of Mathieu's code, danse.h has the "exported" functions that we want
-note that there are some overlapping file names, (like cylinder.c), but they belong to different targets.

In our XOP, Func2D has the XOP wrappers to the 2D functions in danse.h

so far, works only for Mac. Still needs to be ported to WIN. Lots more entries in SANSAnalysis.c(.r)

Property svn:executable set to *

File size: 20.3 KB

Line
1	/* CylinderFit.r -- resources for CylinderFit
2	//now compatible with Project Builder
3	*/
4
5	#include "XOPStandardHeaders.r"
6
7	resource 'vers' (1) { /* XOP version info */
8	0x01, 0x02, final, 0x00, 0, /* version bytes and country integer */
9	"1.02",
10	"1.02, © 1996 WaveMetrics, Inc., all rights reserved."
11	};
12
13	resource 'vers' (2) { /* Igor version info */
14	0x02, 0x00, release, 0x00, 0, /* version bytes and country integer */
15	"2.00",
16	"(for Igor 2.00 or later)"
17	};
18
19	resource 'STR#' (1100) { /* custom error messages */
20	{
21	/* [1] */
22	"CylinderFit requires Igor Pro 2.0 or later",
23	/* [2] */
24	"Wave does not exist.",
25	/* [3] */
26	"Coefficient wave must be single or double precision floating point.",
27	}
28	};
29
30	resource 'STR#' (1101) { // Misc strings for XOP.
31	{
32	"-1", // -1 means we don't want to add a menu item.
33	"No Menu Item", // Igor ignores item 2 because item 1 is -1.
34	"SANS_Model_Docs_v3.01", // Name of XOP's help file.
35	}
36	};
37
38	resource 'XOPI' (1100) {
39	XOP_VERSION, /* Tells Igor XOP Toolkit version used to compile XOP */
40	DEV_SYS_CODE, /* Identifies MPW C or THINK C. See XOPTypes.r. */
41	0, /* this XOP requires hierarchichal menus */
42	0, /* this XOP does NOT require a coprocessor */
43	XOP_TOOLKIT_VERSION, /* this XOP does not require an MMU */
44	};
45
46	resource 'XOPF' (1100) {
47	{
48	/// Sphere functions
49	"MultiShellSphereX", /* function name */
50	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
51	NT_FP64, /* return value type */
52	{
53	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
54	NT_FP64, /* double precision x */
55	},
56
57	"PolyMultiShellX", /* function name */
58	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
59	NT_FP64, /* return value type */
60	{
61	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
62	NT_FP64, /* double precision x */
63	},
64
65	"SphereFormX", /* function name */
66	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
67	NT_FP64, /* return value type */
68	{
69	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
70	NT_FP64, /* double precision x */
71	},
72
73	"CoreShellSphereX", /* function name */
74	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
75	NT_FP64, /* return value type */
76	{
77	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
78	NT_FP64, /* double precision x */
79	},
80
81	"PolyCoreFormX", /* function name */
82	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
83	NT_FP64, /* return value type */
84	{
85	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
86	NT_FP64, /* double precision x */
87	},
88
89	"PolyCoreShellRatioX", /* function name */
90	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
91	NT_FP64, /* return value type */
92	{
93	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
94	NT_FP64, /* double precision x */
95	},
96
97	"VesicleFormX", /* function name */
98	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
99	NT_FP64, /* return value type */
100	{
101	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
102	NT_FP64, /* double precision x */
103	},
104
105	"SchulzSpheresX", /* function name */
106	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
107	NT_FP64, /* return value type */
108	{
109	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
110	NT_FP64, /* double precision x */
111	},
112
113	"PolyRectSpheresX", /* function name */
114	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
115	NT_FP64, /* return value type */
116	{
117	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
118	NT_FP64, /* double precision x */
119	},
120
121	"PolyHardSpheresX", /* function name */
122	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
123	NT_FP64, /* return value type */
124	{
125	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
126	NT_FP64, /* double precision x */
127	},
128
129	"BimodalSchulzSpheresX", /* function name */
130	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
131	NT_FP64, /* return value type */
132	{
133	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
134	NT_FP64, /* double precision x */
135	},
136
137	"GaussSpheresX", /* function name */
138	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
139	NT_FP64, /* return value type */
140	{
141	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
142	NT_FP64, /* double precision x */
143	},
144
145	"LogNormalSphereX", /* function name */
146	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
147	NT_FP64, /* return value type */
148	{
149	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
150	NT_FP64, /* double precision x */
151	},
152
153	"BinaryHSX", /* function name */
154	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
155	NT_FP64, /* return value type */
156	{
157	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
158	NT_FP64, /* double precision x */
159	},
160
161	"BinaryHS_PSF11X", /* function name */
162	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
163	NT_FP64, /* return value type */
164	{
165	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
166	NT_FP64, /* double precision x */
167	},
168
169	"BinaryHS_PSF12X", /* function name */
170	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
171	NT_FP64, /* return value type */
172	{
173	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
174	NT_FP64, /* double precision x */
175	},
176
177	"BinaryHS_PSF22X", /* function name */
178	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
179	NT_FP64, /* return value type */
180	{
181	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
182	NT_FP64, /* double precision x */
183	},
184	/// Cylinder functions
185	"CylinderFormX", /* function name */
186	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
187	NT_FP64, /* return value type */
188	{
189	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
190	NT_FP64, /* double precision x */
191	},
192
193	"EllipCyl76X", /* function name */
194	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
195	NT_FP64, /* return value type */
196	{
197	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
198	NT_FP64, /* double precision x */
199	},
200
201	"EllipticalCylinderX", /* function name */
202	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
203	NT_FP64, /* return value type */
204	{
205	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
206	NT_FP64, /* double precision x */
207	},
208
209	"TriaxialEllipsoidX",
210	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
211	NT_FP64, /* return value type */
212	{
213	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
214	NT_FP64, /* double precision x */
215	},
216
217	"ParallelepipedX",
218	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
219	NT_FP64, /* return value type */
220	{
221	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
222	NT_FP64, /* double precision x */
223	},
224
225	"HollowCylinderX",
226	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
227	NT_FP64, /* return value type */
228	{
229	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
230	NT_FP64, /* double precision x */
231	},
232
233	"EllipsoidFormX",
234	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
235	NT_FP64, /* return value type */
236	{
237	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
238	NT_FP64, /* double precision x */
239	},
240
241	"Cyl_PolyRadiusX",
242	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
243	NT_FP64, /* return value type */
244	{
245	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
246	NT_FP64, /* double precision x */
247	},
248
249	"Cyl_PolyLengthX",
250	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
251	NT_FP64, /* return value type */
252	{
253	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
254	NT_FP64, /* double precision x */
255	},
256
257	"CoreShellCylinderX",
258	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
259	NT_FP64, /* return value type */
260	{
261	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
262	NT_FP64, /* double precision x */
263	},
264
265	"OblateFormX",
266	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
267	NT_FP64, /* return value type */
268	{
269	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
270	NT_FP64, /* double precision x */
271	},
272
273	"ProlateFormX",
274	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
275	NT_FP64, /* return value type */
276	{
277	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
278	NT_FP64, /* double precision x */
279	},
280
281	"FlexExclVolCylX",
282	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
283	NT_FP64, /* return value type */
284	{
285	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
286	NT_FP64, /* double precision x */
287	},
288
289	"FlexCyl_PolyLenX",
290	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
291	NT_FP64, /* return value type */
292	{
293	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
294	NT_FP64, /* double precision x */
295	},
296
297	"FlexCyl_PolyRadX",
298	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
299	NT_FP64, /* return value type */
300	{
301	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
302	NT_FP64, /* double precision x */
303	},
304
305	"FlexCyl_EllipX",
306	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
307	NT_FP64, /* return value type */
308	{
309	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
310	NT_FP64, /* double precision x */
311	},
312
313	"PolyCoShCylinderX",
314	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
315	NT_FP64, /* return value type */
316	{
317	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
318	NT_FP64, /* double precision x */
319	},
320
321	"StackedDiscsX",
322	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
323	NT_FP64, /* return value type */
324	{
325	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
326	NT_FP64, /* double precision x */
327	},
328
329	"LamellarFFX",
330	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
331	NT_FP64, /* return value type */
332	{
333	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
334	NT_FP64, /* double precision x */
335	},
336
337	"LamellarFF_HGX",
338	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
339	NT_FP64, /* return value type */
340	{
341	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
342	NT_FP64, /* double precision x */
343	},
344
345	"LamellarPSX",
346	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
347	NT_FP64, /* return value type */
348	{
349	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
350	NT_FP64, /* double precision x */
351	},
352
353	"LamellarPS_HGX",
354	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
355	NT_FP64, /* return value type */
356	{
357	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
358	NT_FP64, /* double precision x */
359	},
360	/// Two phase models
361	"TeubnerStreyModelX", /* function name */
362	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
363	NT_FP64, /* return value type */
364	{
365	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
366	NT_FP64, /* double precision x */
367	},
368
369	"Power_Law_ModelX", /* function name */
370	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
371	NT_FP64, /* return value type */
372	{
373	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
374	NT_FP64, /* double precision x */
375	},
376
377	"Peak_Lorentz_ModelX", /* function name */
378	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
379	NT_FP64, /* return value type */
380	{
381	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
382	NT_FP64, /* double precision x */
383	},
384
385	"Peak_Gauss_ModelX", /* function name */
386	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
387	NT_FP64, /* return value type */
388	{
389	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
390	NT_FP64, /* double precision x */
391	},
392
393	"Lorentz_ModelX", /* function name */
394	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
395	NT_FP64, /* return value type */
396	{
397	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
398	NT_FP64, /* double precision x */
399	},
400
401	"FractalX", /* function name */
402	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
403	NT_FP64, /* return value type */
404	{
405	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
406	NT_FP64, /* double precision x */
407	},
408
409	"DAB_ModelX", /* function name */
410	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
411	NT_FP64, /* return value type */
412	{
413	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
414	NT_FP64, /* double precision x */
415	},
416
417	"OneLevelX", /* function name */
418	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
419	NT_FP64, /* return value type */
420	{
421	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
422	NT_FP64, /* double precision x */
423	},
424
425	"TwoLevelX", /* function name */
426	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
427	NT_FP64, /* return value type */
428	{
429	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
430	NT_FP64, /* double precision x */
431	},
432
433	"ThreeLevelX", /* function name */
434	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
435	NT_FP64, /* return value type */
436	{
437	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
438	NT_FP64, /* double precision x */
439	},
440
441	"FourLevelX", /* function name */
442	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
443	NT_FP64, /* return value type */
444	{
445	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
446	NT_FP64, /* double precision x */
447	},
448	/// Structure Factor Functions
449	"HardSphereStructX", /* function name */
450	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
451	NT_FP64, /* return value type */
452	{
453	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
454	NT_FP64, /* double precision x */
455	},
456
457	"SquareWellStructX", /* function name */
458	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
459	NT_FP64, /* return value type */
460	{
461	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
462	NT_FP64, /* double precision x */
463	},
464
465	"StickyHS_StructX", /* function name */
466	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
467	NT_FP64, /* return value type */
468	{
469	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
470	NT_FP64, /* double precision x */
471	},
472
473	"HayterPenfoldMSAX", /* function name */
474	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == Utility */
475	NT_FP64, /* return value type */
476	{
477	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
478	NT_FP64, /* double precision x */
479	},
480
481	"DiamCylX", /* function name */
482	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category */
483	NT_FP64, /* return value type */
484	{
485	NT_FP64, /* parameter types */
486	NT_FP64,
487	},
488
489	"DiamEllipX", /* function name */
490	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category */
491	NT_FP64, /* return value type */
492	{
493	NT_FP64, /* parameter types */
494	NT_FP64,
495	},
496
497	/// Resolution smearing functions
498	"Smear_Model_20_X",
499	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
500	NT_FP64, /* return value type */
501	{
502	HSTRING_TYPE,
503	NT_FP64, /* double precision x */
504	NT_FP64, /* double precision x */
505	NT_FP64, /* double precision x */
506	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
507	NT_FP64, /* double precision x */
508	},
509
510	"Smear_Model_76_X",
511	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
512	NT_FP64, /* return value type */
513	{
514	HSTRING_TYPE,
515	NT_FP64, /* double precision x */
516	NT_FP64, /* double precision x */
517	NT_FP64, /* double precision x */
518	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
519	NT_FP64, /* double precision x */
520	},
521
522	"SmearedCyl_PolyRadiusX",
523	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
524	NT_FP64, /* return value type */
525	{
526	NT_FP64, /* double precision x */
527	NT_FP64, /* double precision x */
528	NT_FP64, /* double precision x */
529	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
530	NT_FP64, /* double precision x */
531	},
532
533	// 2D Functions
534	"Cylinder_2DX",
535	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
536	NT_FP64, /* return value type */
537	{
538	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
539	NT_FP64, /* double precision x */
540	NT_FP64, /* double precision x */
541	},
542
543	"Cylinder_2D_Weight2DX",
544	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
545	NT_FP64,
546	{
547	NT_FP64 + WAVE_TYPE,
548	NT_FP64 + WAVE_TYPE,
549	NT_FP64 + WAVE_TYPE,
550	NT_FP64,
551	NT_FP64,
552	},
553
554
555	"CoreShellCylinder_2DX",
556	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
557	NT_FP64, /* return value type */
558	{
559	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
560	NT_FP64, /* double precision x */
561	NT_FP64, /* double precision x */
562	},
563
564	"CoreShellCylinder_2D_Weight2DX",
565	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
566	NT_FP64,
567	{
568	NT_FP64 + WAVE_TYPE,
569	NT_FP64 + WAVE_TYPE,
570	NT_FP64 + WAVE_TYPE,
571	NT_FP64,
572	NT_FP64,
573	},
574
575
576	"Ellipsoid_2DX",
577	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
578	NT_FP64, /* return value type */
579	{
580	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
581	NT_FP64, /* double precision x */
582	NT_FP64, /* double precision x */
583	},
584
585	"Ellipsoid_2D_Weight2DX",
586	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
587	NT_FP64,
588	{
589	NT_FP64 + WAVE_TYPE,
590	NT_FP64 + WAVE_TYPE,
591	NT_FP64 + WAVE_TYPE,
592	NT_FP64,
593	NT_FP64,
594	},
595
596	"EllipticalCylinder_2DX",
597	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
598	NT_FP64, /* return value type */
599	{
600	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
601	NT_FP64, /* double precision x */
602	NT_FP64, /* double precision x */
603	},
604
605	"EllipticalCylinder_2D_Weight2DX",
606	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
607	NT_FP64,
608	{
609	NT_FP64 + WAVE_TYPE,
610	NT_FP64 + WAVE_TYPE,
611	NT_FP64 + WAVE_TYPE,
612	NT_FP64,
613	NT_FP64,
614	},
615
616	"Sphere_2DX",
617	F_UTIL \| F_THREADSAFE \| F_EXTERNAL, /* function category == UTILITY */
618	NT_FP64, /* return value type */
619	{
620	NT_FP64 + WAVE_TYPE, /* double precision wave (coefficient wave) */
621	NT_FP64, /* double precision x */
622	NT_FP64, /* double precision x */
623	},
624
625
626	}
627	};

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source: sans/Analysis/branches/ajj_23APR07/XOPs/SANSAnalysis/XOP/SANSAnalysis.r @ 231

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