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1. AOLEvent
2. AOLEvent 4.1
3. AngularCoordinates, Attitude and Transform : how to use them
4. AnomalyEvent 4.4
5. AnomalyEvent 4.5.1
6. ConfigureFrames
7. ConfigureFrames 4.1
8. ConfigureFrames 4.4
9. ConfigureFrames 4.5.1
10. ContinuousManeuverByDuration
11. ContinuousManeuverByDuration 4.1
12. ContinuousManeuverByDuration 4.4
13. ContinuousManeuverByDuration 4.5.1
14. ContinuousManeuverByEvents
15. ContinuousManeuverByEvents 4.1
16. ContinuousManeuverByEvents 4.4
17. ContinuousManeuverByEvents 4.5.1
18. CreateDates
19. CreateDates 4.1
20. CreateDates 4.4
21. CreateDates 4.5.1
22. CreateFrames
23. CreateFrames 4.1
24. CreateFrames 4.4
25. CreateFrames 4.5.1
26. CreateKeplerianOrbit
27. CreateKeplerianOrbitUsingParameters
28. CreateKeplerianOrbitUsingParameters 4.1
29. CreateKeplerianOrbitUsingParameters 4.4
30. CreateKeplerianOrbitUsingParameters 4.5.1
31. CreateKeplerianOrbit 4.1
32. CreateKeplerianOrbit 4.4
33. CreateKeplerianOrbit 4.5.1
34. EventUsingAbstractDetector
35. EventUsingAbstractDetector 4.1
36. EventUsingAbstractDetector 4.4
37. EventUsingAbstractDetector 4.5.1
38. EventUsingEventDetector
39. EventUsingEventDetector 4.1
40. EventUsingEventDetector 4.4
41. EventUsingEventDetector 4.5.1
42. ImpulsiveManeuverLOFFrame
43. ImpulsiveManeuverLOFFrame 4.1
44. ImpulsiveManeuverLOFFrame 4.4
45. ImpulsiveManeuverLOFFrame 4.5.1
46. ImpulsiveManeuverSpecificFrame
47. ImpulsiveManeuverSpecificFrame 4.1
48. ImpulsiveManeuverSpecificFrame 4.4
49. ImpulsiveManeuverSpecificFrame 4.5.1
50. ImpulsiveManeuverVehicleFrame
51. ImpulsiveManeuverVehicleFrame 4.1
52. ImpulsiveManeuverVehicleFrame 4.4
53. ImpulsiveManeuverVehicleFrame 4.5.1
54. JulianDates 4.5.1
55. LOFOffsetAttitudeLaw
56. LOFOffsetAttitudeLaw 4.1
57. LOFOffsetAttitudeLaw 4.4
58. LOFOffsetAttitudeLaw 4.5.1
59. LoadingSunEphemeris
60. LoadingSunEphemeris 4.1
61. LoadingSunEphemeris 4.4
62. LoadingSunEphemeris 4.5.1
63. LocalTime 4.4
64. LocalTime 4.5.1
65. Main differences between V4.1.1 and V4.1
66. Main differences between V4.10 and V4.9
67. Main differences between V4.11 and V4.10
68. Main differences between V4.12 and V4.11
69. Main differences between V4.13 and V4.12
70. Main differences between V4.1 and V4.0
71. Main differences between V4.2 and V4.1.1
72. Main differences between V4.3 and V4.2
73. Main differences between V4.4 and V4.3
74. Main differences between V4.5.1 and V4.4
75. Main differences between V4.6 and V4.5.1
76. Main differences between V4.7 and V4.6.1
77. Main differences between V4.8 and V4.7
78. Main differences between V4.9 and V4.8
79. NumericalPropagationWithAttitude
80. NumericalPropagationWithAttitudeSequence
81. NumericalPropagationWithAttitudeSequence 4.1
82. NumericalPropagationWithAttitudeSequence 4.4
83. NumericalPropagationWithAttitudeSequence 4.5.1
84. NumericalPropagationWithAttitude 4.1
85. NumericalPropagationWithAttitude 4.4
86. NumericalPropagationWithAttitude 4.5.1
87. NumericalPropagationWithContinuousManeuver
88. NumericalPropagationWithContinuousManeuver 4.1
89. NumericalPropagationWithContinuousManeuver 4.4
90. NumericalPropagationWithContinuousManeuver 4.5.1
91. NumericalPropagationWithCustomEvent
92. NumericalPropagationWithCustomEvent 4.1
93. NumericalPropagationWithCustomEvent 4.4
94. NumericalPropagationWithCustomEvent 4.5.1
95. NumericalPropagationWithImpulsiveManeuver
96. NumericalPropagationWithImpulsiveManeuver 4.1
97. NumericalPropagationWithImpulsiveManeuver 4.4
98. NumericalPropagationWithImpulsiveManeuver 4.5.1
99. NumericalPropagationWithLiftAndDrag
100. NumericalPropagationWithLiftAndDragAndMSISE2000
101. NumericalPropagationWithLiftAndDragAndMSISE2000 4.1
102. NumericalPropagationWithLiftAndDragAndMSISE2000 4.4
103. NumericalPropagationWithLiftAndDragAndMSISE2000 4.5.1
104. NumericalPropagationWithLiftAndDrag 4.1
105. NumericalPropagationWithLiftAndDrag 4.4
106. NumericalPropagationWithLiftAndDrag 4.5.1
107. NumericalPropagationWithManeuverSequence
108. NumericalPropagationWithManeuverSequence 4.1
109. NumericalPropagationWithManeuverSequence 4.4
110. NumericalPropagationWithManeuverSequence 4.5.1
111. NumericalPropagationWithMass
112. NumericalPropagationWithMass 4.1
113. NumericalPropagationWithMass 4.4
114. NumericalPropagationWithMass 4.5.1
115. NumericalPropagationWithOrbitalIncrementManeuvers 4.4
116. NumericalPropagationWithOrbitalIncrementManeuvers 4.5.1
117. NumericalPropagationWithPotential
118. NumericalPropagationWithPotential 4.1
119. NumericalPropagationWithPotential 4.4
120. NumericalPropagationWithPotential 4.5.1
121. NumericalPropagationWithSRP
122. NumericalPropagationWithSRP 4.4
123. NumericalPropagationWithSRP 4.5.1
124. NumericalPropagationWithStopEvent
125. NumericalPropagationWithStopEvent 4.1
126. NumericalPropagationWithStopEvent 4.4
127. NumericalPropagationWithStopEvent 4.5.1
128. NumericalPropagationWithUsedDV 4.4
129. NumericalPropagationWithUsedDV 4.5.1
130. NumericalPropagationtWithFixedStepHandler
131. NumericalPropagationtWithFixedStepHandler 4.1
132. NumericalPropagationtWithFixedStepHandler 4.4
133. NumericalPropagationtWithFixedStepHandler 4.5.1
134. NumericalPropagatorDOP
135. NumericalPropagatorDOP 4.1
136. NumericalPropagatorDOP 4.4
137. NumericalPropagatorDOP 4.5.1
138. NumericalPropagatorRungeKutta
139. NumericalPropagatorRungeKutta 4.1
140. NumericalPropagatorRungeKutta 4.4
141. NumericalPropagatorRungeKutta 4.5.1
142. NumericalpropagationWithDrag
143. NumericalpropagationWithDrag 4.1
144. NumericalpropagationWithDrag 4.4
145. NumericalpropagationWithDrag 4.5.1
146. ParametersConversions
147. ParametersConversions 4.1
148. ParametersConversions 4.4
149. ParametersConversions 4.5.1
150. Reentryparameters 4.4
151. Reentryparameters 4.5.1
152. SequenceOfAttitudes
153. SequenceOfAttitudes 4.1
154. SequenceOfAttitudes 4.4
155. SequenceOfAttitudes 4.5.1
156. SequenceOfManeuvers
157. SequenceOfManeuvers 4.1
158. SequenceOfManeuvers 4.4
159. SequenceOfManeuvers 4.5.1
160. SolarPointedAttitudeLaw
161. SolarPointedAttitudeLaw 4.1
162. SolarPointedAttitudeLaw 4.4
163. SolarPointedAttitudeLaw 4.5.1
164. TwoDirectionsAttitudeLaw
165. TwoDirectionsAttitudeLaw 4.1
166. TwoDirectionsAttitudeLaw 4.4
167. TwoDirectionsAttitudeLaw 4.5.1
168. User Manual 3.3 Attitude law
169. User Manual 3.3 Directions
170. User Manual 3.3 Ephemeris comparator
171. User Manual 3.3 Errors management and internationalization
172. User Manual 3.3 Facets
173. User Manual 3.3 Measure and Filtering
174. User Manual 3.3 Parallelepipeds
175. User Manual 3.3 Planes
176. User Manual 3.3 Plates
177. User Manual 3.3 The Cone Interface
178. User Manual 3.3 The Cylinder Interface
179. User Manual 3.3 The Infinite Cone Interface
180. User Manual 3.3 The Infinite Cylinder Interface
181. User Manual 3.3 Time
182. User Manual 3.4.1 Attitude law
183. User Manual 3.4.1 Directions
184. User Manual 3.4.1 Ellipsoids
185. User Manual 3.4.1 Elliptic cone
186. User Manual 3.4.1 Elliptic cylinder
187. User Manual 3.4.1 Errors management and internationalization
188. User Manual 3.4.1 Facets
189. User Manual 3.4.1 Infinite Elliptic Cylinder
190. User Manual 3.4.1 Infinite Rectangle Cylinder
191. User Manual 3.4.1 Infinite elliptic cone
192. User Manual 3.4.1 Infinite rectangle cone
193. User Manual 3.4.1 Infinite right circular cone
194. User Manual 3.4.1 Infinite right circular cylinder
195. User Manual 3.4.1 Measure and Filtering
196. User Manual 3.4.1 Numerical ordinary differential equations
197. User Manual 3.4.1 Parallelepipeds
198. User Manual 3.4.1 Planes
199. User Manual 3.4.1 Plates
200. User Manual 3.4.1 Projections
201. User Manual 3.4.1 Properties and models: Inertia
202. User Manual 3.4.1 Rectangular cone
203. User Manual 3.4.1 Right circular cone
204. User Manual 3.4.1 Right circular cylinder
205. User Manual 3.4.1 Rotations and quaternions
206. User Manual 3.4.1 Spheres
207. User Manual 3.4.1 Spherical Caps
208. User Manual 3.4.1 Spheroids
209. User Manual 3.4.1 The Cone Interface
210. User Manual 3.4.1 The Cylinder Interface
211. User Manual 3.4.1 The Infinite Cone Interface
212. User Manual 3.4.1 The Infinite Cylinder Interface
213. User Manual 3.4.1 Time
214. User Manual 4.0 Angles and Intervals
215. User Manual 4.0 Assemblies in PATRIUS: Building and using an assembly
216. User Manual 4.0 Assemblies in PATRIUS: Presentation
217. User Manual 4.0 Attitude ephemeris
218. User Manual 4.0 Attitude law
219. User Manual 4.0 Attitude leg
220. User Manual 4.0 Celestial bodies
221. User Manual 4.0 Directions
222. User Manual 4.0 Environment Models
223. User Manual 4.0 Errors management and internationalization
224. User Manual 4.0 Events: ground stations and satellites
225. User Manual 4.0 Events detection: Presentation
226. User Manual 4.0 Facets
227. User Manual 4.0 Frames
228. User Manual 4.0 Frames configuration
229. User Manual 4.0 Guidance commands
230. User Manual 4.0 Kinematics
231. User Manual 4.0 Matrices
232. User Manual 4.0 Measure and Filtering
233. User Manual 4.0 Multi Propagation
234. User Manual 4.0 Multi events detection
235. User Manual 4.0 Numerical ordinary differential equations
236. User Manual 4.0 Numerical propagation
237. User Manual 4.0 Orbital parameters
238. User Manual 4.0 Parallelepipeds
239. User Manual 4.0 Plates
240. User Manual 4.0 Projections
241. User Manual 4.0 Properties and models: Inertia
242. User Manual 4.0 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
243. User Manual 4.0 Rotations and quaternions
244. User Manual 4.0 SpacecraftState
245. User Manual 4.0 The Cone Interface
246. User Manual 4.0 The Cylinder Interface
247. User Manual 4.0 The Infinite Cone Interface
248. User Manual 4.0 The Infinite Cylinder Interface
249. User Manual 4.0 Trigonometric Polynomials and Fourier Series
250. User Manual 4.10 Angles and Intervals
251. User Manual 4.10 Assemblies in PATRIUS: Building and using an assembly
252. User Manual 4.10 Assemblies in PATRIUS: Presentation
253. User Manual 4.10 Attitude Profile
254. User Manual 4.10 Attitude law
255. User Manual 4.10 Attitude leg
256. User Manual 4.10 Celestial bodies
257. User Manual 4.10 Directions
258. User Manual 4.10 Environment Models
259. User Manual 4.10 Errors management and internationalization
260. User Manual 4.10 Events: ground stations and satellites
261. User Manual 4.10 Events detection: Presentation
262. User Manual 4.10 Frames
263. User Manual 4.10 Frames configuration
264. User Manual 4.10 Geometry
265. User Manual 4.10 Kinematics
266. User Manual 4.10 Math frameworks
267. User Manual 4.10 Matrices
268. User Manual 4.10 Measure and Filtering
269. User Manual 4.10 Multi Propagation
270. User Manual 4.10 Multi events detection
271. User Manual 4.10 Numerical ordinary differential equations
272. User Manual 4.10 Numerical propagation
273. User Manual 4.10 Optimization
274. User Manual 4.10 Orbital parameters
275. User Manual 4.10 Orientation
276. User Manual 4.10 Projections
277. User Manual 4.10 Properties and models: Inertia
278. User Manual 4.10 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
279. User Manual 4.10 Rotations and quaternions
280. User Manual 4.10 SpacecraftState
281. User Manual 4.10 Trigonometric Polynomials and Fourier Series
282. User Manual 4.11 Angles and Intervals
283. User Manual 4.11 Assemblies in PATRIUS: Building and using an assembly
284. User Manual 4.11 Assemblies in PATRIUS: Presentation
285. User Manual 4.11 Attitude Profile
286. User Manual 4.11 Attitude law
287. User Manual 4.11 Attitude leg
288. User Manual 4.11 Celestial bodies
289. User Manual 4.11 Directions
290. User Manual 4.11 Environment Models
291. User Manual 4.11 Errors management and internationalization
292. User Manual 4.11 Events: ground stations and satellites
293. User Manual 4.11 Events detection: Presentation
294. User Manual 4.11 Frames
295. User Manual 4.11 Frames configuration
296. User Manual 4.11 Geometry
297. User Manual 4.11 Kinematics
298. User Manual 4.11 Math frameworks
299. User Manual 4.11 Matrices
300. User Manual 4.11 Measure and Filtering
301. User Manual 4.11 Multi Propagation
302. User Manual 4.11 Multi events detection
303. User Manual 4.11 Numerical ordinary differential equations
304. User Manual 4.11 Numerical propagation
305. User Manual 4.11 Optimization
306. User Manual 4.11 Orbital parameters
307. User Manual 4.11 Orientation
308. User Manual 4.11 Projections
309. User Manual 4.11 Properties and models: Inertia
310. User Manual 4.11 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
311. User Manual 4.11 Rotations and quaternions
312. User Manual 4.11 SpacecraftState
313. User Manual 4.11 Trigonometric Polynomials and Fourier Series
314. User Manual 4.12 Angles and Intervals
315. User Manual 4.12 Assemblies in PATRIUS: Building and using an assembly
316. User Manual 4.12 Assemblies in PATRIUS: Presentation
317. User Manual 4.12 Attitude Profile
318. User Manual 4.12 Attitude law
319. User Manual 4.12 Attitude leg
320. User Manual 4.12 Celestial bodies
321. User Manual 4.12 Directions
322. User Manual 4.12 Environment Models
323. User Manual 4.12 Events: ground stations and satellites
324. User Manual 4.12 Events detection: Presentation
325. User Manual 4.12 Frames
326. User Manual 4.12 Frames configuration
327. User Manual 4.12 Geometry
328. User Manual 4.12 Kinematics
329. User Manual 4.12 Math frameworks
330. User Manual 4.12 Matrices
331. User Manual 4.12 Measure and Filtering
332. User Manual 4.12 Multi Propagation
333. User Manual 4.12 Multi events detection
334. User Manual 4.12 Numerical ordinary differential equations
335. User Manual 4.12 Numerical propagation
336. User Manual 4.12 Optimization
337. User Manual 4.12 Orbital parameters
338. User Manual 4.12 Orientation
339. User Manual 4.12 Projections
340. User Manual 4.12 Properties and models: Inertia
341. User Manual 4.12 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
342. User Manual 4.12 Rotations and quaternions
343. User Manual 4.12 SpacecraftState
344. User Manual 4.12 Trigonometric Polynomials and Fourier Series
345. User Manual 4.13 Angles and Intervals
346. User Manual 4.13 Assemblies in PATRIUS: Building and using an assembly
347. User Manual 4.13 Assemblies in PATRIUS: Presentation
348. User Manual 4.13 Attitude Profile
349. User Manual 4.13 Attitude law
350. User Manual 4.13 Attitude leg
351. User Manual 4.13 Celestial bodies
352. User Manual 4.13 Directions
353. User Manual 4.13 Environment Models
354. User Manual 4.13 Events: ground stations and satellites
355. User Manual 4.13 Events detection: Presentation
356. User Manual 4.13 Frames
357. User Manual 4.13 Frames configuration
358. User Manual 4.13 Geometry
359. User Manual 4.13 Kinematics
360. User Manual 4.13 Math frameworks
361. User Manual 4.13 Matrices
362. User Manual 4.13 Measure and Filtering
363. User Manual 4.13 Multi Propagation
364. User Manual 4.13 Multi events detection
365. User Manual 4.13 Numerical ordinary differential equations
366. User Manual 4.13 Numerical propagation
367. User Manual 4.13 Optimization
368. User Manual 4.13 Orbital parameters
369. User Manual 4.13 Orientation
370. User Manual 4.13 Projections
371. User Manual 4.13 Properties and models: Inertia
372. User Manual 4.13 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
373. User Manual 4.13 Rotations and quaternions
374. User Manual 4.13 SpacecraftState
375. User Manual 4.13 Trigonometric Polynomials and Fourier Series
376. User Manual 4.1 Angles and Intervals
377. User Manual 4.1 Assemblies in PATRIUS: Building and using an assembly
378. User Manual 4.1 Assemblies in PATRIUS: Presentation
379. User Manual 4.1 Attitude ephemeris
380. User Manual 4.1 Attitude law
381. User Manual 4.1 Attitude leg
382. User Manual 4.1 Celestial bodies
383. User Manual 4.1 Directions
384. User Manual 4.1 Environment Models
385. User Manual 4.1 Events: ground stations and satellites
386. User Manual 4.1 Events detection: Presentation
387. User Manual 4.1 Frames
388. User Manual 4.1 Frames configuration
389. User Manual 4.1 Guidance commands
390. User Manual 4.1 Kinematics
391. User Manual 4.1 Matrices
392. User Manual 4.1 Measure and Filtering
393. User Manual 4.1 Multi Propagation
394. User Manual 4.1 Multi events detection
395. User Manual 4.1 Numerical ordinary differential equations
396. User Manual 4.1 Numerical propagation
397. User Manual 4.1 Orbital parameters
398. User Manual 4.1 Projections
399. User Manual 4.1 Properties and models: Inertia
400. User Manual 4.1 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
401. User Manual 4.1 SpacecraftState
402. User Manual 4.1 Trigonometric Polynomials and Fourier Series
403. User Manual 4.2 Angles and Intervals
404. User Manual 4.2 Assemblies in PATRIUS: Building and using an assembly
405. User Manual 4.2 Assemblies in PATRIUS: Presentation
406. User Manual 4.2 Attitude Profile
407. User Manual 4.2 Attitude law
408. User Manual 4.2 Attitude leg
409. User Manual 4.2 Celestial bodies
410. User Manual 4.2 Directions
411. User Manual 4.2 Environment Models
412. User Manual 4.2 Errors management and internationalization
413. User Manual 4.2 Events: ground stations and satellites
414. User Manual 4.2 Events detection: Presentation
415. User Manual 4.2 Frames
416. User Manual 4.2 Frames configuration
417. User Manual 4.2 Kinematics
418. User Manual 4.2 Math frameworks
419. User Manual 4.2 Matrices
420. User Manual 4.2 Measure and Filtering
421. User Manual 4.2 Multi Propagation
422. User Manual 4.2 Multi events detection
423. User Manual 4.2 Numerical ordinary differential equations
424. User Manual 4.2 Numerical propagation
425. User Manual 4.2 Orbital parameters
426. User Manual 4.2 Orientation
427. User Manual 4.2 Projections
428. User Manual 4.2 Properties and models: Inertia
429. User Manual 4.2 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
430. User Manual 4.2 Rotations and quaternions
431. User Manual 4.2 SpacecraftState
432. User Manual 4.2 Trigonometric Polynomials and Fourier Series
433. User Manual 4.3 Angles and Intervals
434. User Manual 4.3 Assemblies in PATRIUS: Building and using an assembly
435. User Manual 4.3 Assemblies in PATRIUS: Presentation
436. User Manual 4.3 Attitude Profile
437. User Manual 4.3 Attitude law
438. User Manual 4.3 Attitude leg
439. User Manual 4.3 Celestial bodies
440. User Manual 4.3 Data management system
441. User Manual 4.3 Directions
442. User Manual 4.3 Environment Models
443. User Manual 4.3 Errors management and internationalization
444. User Manual 4.3 Events: ground stations and satellites
445. User Manual 4.3 Events detection: Presentation
446. User Manual 4.3 Frames
447. User Manual 4.3 Frames configuration
448. User Manual 4.3 Interpolation Methods
449. User Manual 4.3 Kinematics
450. User Manual 4.3 Math frameworks
451. User Manual 4.3 Matrices
452. User Manual 4.3 Measure and Filtering
453. User Manual 4.3 Multi Propagation
454. User Manual 4.3 Multi events detection
455. User Manual 4.3 Numerical ordinary differential equations
456. User Manual 4.3 Numerical propagation
457. User Manual 4.3 Orbital parameters
458. User Manual 4.3 Orientation
459. User Manual 4.3 Projections
460. User Manual 4.3 Properties and models: Inertia
461. User Manual 4.3 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
462. User Manual 4.3 Rotations and quaternions
463. User Manual 4.3 SpacecraftState
464. User Manual 4.3 Trigonometric Polynomials and Fourier Series
465. User Manual 4.4 Angles and Intervals
466. User Manual 4.4 Assemblies in PATRIUS: Building and using an assembly
467. User Manual 4.4 Assemblies in PATRIUS: Presentation
468. User Manual 4.4 Attitude Profile
469. User Manual 4.4 Attitude law
470. User Manual 4.4 Attitude leg
471. User Manual 4.4 Celestial bodies
472. User Manual 4.4 Directions
473. User Manual 4.4 Environment Models
474. User Manual 4.4 Events: ground stations and satellites
475. User Manual 4.4 Events detection: Presentation
476. User Manual 4.4 Frames
477. User Manual 4.4 Frames configuration
478. User Manual 4.4 Kinematics
479. User Manual 4.4 Math frameworks
480. User Manual 4.4 Matrices
481. User Manual 4.4 Measure and Filtering
482. User Manual 4.4 Multi Propagation
483. User Manual 4.4 Multi events detection
484. User Manual 4.4 Numerical ordinary differential equations
485. User Manual 4.4 Numerical propagation
486. User Manual 4.4 Orbital parameters
487. User Manual 4.4 Orientation
488. User Manual 4.4 Projections
489. User Manual 4.4 Properties and models: Inertia
490. User Manual 4.4 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
491. User Manual 4.4 Rotations and quaternions
492. User Manual 4.4 SpacecraftState
493. User Manual 4.4 Trigonometric Polynomials and Fourier Series
494. User Manual 4.5 Angles and Intervals
495. User Manual 4.5 Assemblies in PATRIUS: Building and using an assembly
496. User Manual 4.5 Assemblies in PATRIUS: Presentation
497. User Manual 4.5 Attitude Profile
498. User Manual 4.5 Attitude law
499. User Manual 4.5 Attitude leg
500. User Manual 4.5 Celestial bodies

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