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  1. AngularCoordinates, Attitude and Transform : how to use them
  2. CreateDates 4.4
  3. Main differences between V4.0 and V3.4.1
  4. Main differences between V4.1.1 and V4.1
  5. Main differences between V4.10 and V4.9
  6. Main differences between V4.11 and V4.10
  7. Main differences between V4.12 and V4.11
  8. Main differences between V4.1 and V4.0
  9. Main differences between V4.2 and V4.1.1
  10. Main differences between V4.3 and V4.2
  11. Main differences between V4.4 and V4.3
  12. Main differences between V4.6 and V4.5.1
  13. Main differences between V4.7 and V4.6.1
  14. Main differences between V4.8 and V4.7
  15. Main differences between V4.9 and V4.8
  16. Tutorials 4.0 Dates
  17. Tutorials 4.0 Ephemeris
  18. Tutorials 4.0 Events
  19. Tutorials 4.0 Frames
  20. Tutorials 4.0 Maneuvers
  21. Tutorials 4.0 Orbits
  22. Tutorials 4.0 Propagator
  23. Tutorials 4.0 Vehicle
  24. Tutorials 4.1 Dates
  25. Tutorials 4.1 Ephemeris
  26. Tutorials 4.1 Events
  27. Tutorials 4.1 Frames
  28. Tutorials 4.1 Maneuvers
  29. Tutorials 4.1 Orbits
  30. Tutorials 4.1 Vehicle
  31. Tutorials 4.4 Dates
  32. Tutorials 4.4 Ephemeris
  33. Tutorials 4.4 Events
  34. Tutorials 4.4 Frames
  35. Tutorials 4.4 Maneuvers
  36. Tutorials 4.4 Miscellaneous
  37. Tutorials 4.4 Orbits
  38. Tutorials 4.4 Propagator
  39. Tutorials 4.4 Vehicle
  40. Tutorials 4.5.1 Dates
  41. Tutorials 4.5.1 Ephemeris
  42. Tutorials 4.5.1 Events
  43. Tutorials 4.5.1 Frames
  44. Tutorials 4.5.1 Maneuvers
  45. Tutorials 4.5.1 Miscellaneous
  46. Tutorials 4.5.1 Orbits
  47. Tutorials 4.5.1 Propagator
  48. Tutorials 4.5.1 Vehicle
  49. User Manual 3.3 Angles and Intervals
  50. User Manual 3.3 AngularCoordinates, Attitude and Transform : how to use them
  51. User Manual 3.3 Attitude ephemeris
  52. User Manual 3.3 Celestial bodies
  53. User Manual 3.3 Directions
  54. User Manual 3.3 Dispersions
  55. User Manual 3.3 Double Comparisons
  56. User Manual 3.3 Ephemeris comparator
  57. User Manual 3.3 Force models
  58. User Manual 3.3 Guidance commands
  59. User Manual 3.3 Interpolation Methods
  60. User Manual 3.3 Kinematics
  61. User Manual 3.3 Matrices
  62. User Manual 3.3 Measure and Filtering
  63. User Manual 3.3 Numerical differentiation and integration
  64. User Manual 3.3 Numerical ordinary differential equations
  65. User Manual 3.3 Root-Finding Algorithms
  66. User Manual 3.3 Rotations and quaternions
  67. User Manual 3.3 Slew
  68. User Manual 3.3 Time
  69. User Manual 3.3 Wrench models
  70. User Manual 3.4.1 Angles and Intervals
  71. User Manual 3.4.1 AngularCoordinates, Attitude and Transform : how to use them
  72. User Manual 3.4.1 Attitude ephemeris
  73. User Manual 3.4.1 Celestial bodies
  74. User Manual 3.4.1 Directions
  75. User Manual 3.4.1 Dispersions
  76. User Manual 3.4.1 Double Comparisons
  77. User Manual 3.4.1 Ephemeris
  78. User Manual 3.4.1 Force models
  79. User Manual 3.4.1 Guidance commands
  80. User Manual 3.4.1 Interpolation Methods
  81. User Manual 3.4.1 Kinematics
  82. User Manual 3.4.1 Maneuvers
  83. User Manual 3.4.1 Matrices
  84. User Manual 3.4.1 Measure and Filtering
  85. User Manual 3.4.1 Numerical differentiation and integration
  86. User Manual 3.4.1 Numerical ordinary differential equations
  87. User Manual 3.4.1 Projections
  88. User Manual 3.4.1 Propagation
  89. User Manual 3.4.1 Properties and models: Inertia
  90. User Manual 3.4.1 Properties and models: Link budget
  91. User Manual 3.4.1 Properties and models: Sensors
  92. User Manual 3.4.1 Root-Finding Algorithms
  93. User Manual 3.4.1 Rotations and quaternions
  94. User Manual 3.4.1 Slew
  95. User Manual 3.4.1 Time
  96. User Manual 3.4.1 Wrench models
  97. User Manual 4.0 Angles and Intervals
  98. User Manual 4.0 Assemblies in PATRIUS: Building and using an assembly
  99. User Manual 4.0 Assemblies in PATRIUS: Presentation
  100. User Manual 4.0 Attitude ephemeris
  101. User Manual 4.0 Attitude law
  102. User Manual 4.0 Attitude leg
  103. User Manual 4.0 Celestial bodies
  104. User Manual 4.0 Directions
  105. User Manual 4.0 Disk
  106. User Manual 4.0 Dispersions
  107. User Manual 4.0 Double Comparisons
  108. User Manual 4.0 Ellipse
  109. User Manual 4.0 Ellipsoids
  110. User Manual 4.0 Elliptic cone
  111. User Manual 4.0 Elliptic cylinder
  112. User Manual 4.0 Environment Models
  113. User Manual 4.0 Ephemeris
  114. User Manual 4.0 Events: ground stations and satellites
  115. User Manual 4.0 Events: orbital
  116. User Manual 4.0 Events: sensors
  117. User Manual 4.0 Events detection: Presentation
  118. User Manual 4.0 Facets
  119. User Manual 4.0 Force models
  120. User Manual 4.0 Frames
  121. User Manual 4.0 Frames configuration
  122. User Manual 4.0 Geometry
  123. User Manual 4.0 Guidance commands
  124. User Manual 4.0 Infinite Elliptic Cylinder
  125. User Manual 4.0 Infinite Rectangle Cylinder
  126. User Manual 4.0 Infinite elliptic cone
  127. User Manual 4.0 Infinite rectangle cone
  128. User Manual 4.0 Infinite right circular cone
  129. User Manual 4.0 Infinite right circular cylinder
  130. User Manual 4.0 Interpolation Methods
  131. User Manual 4.0 Kinematics
  132. User Manual 4.0 Maneuvers
  133. User Manual 4.0 Matrices
  134. User Manual 4.0 Measure and Filtering
  135. User Manual 4.0 Multi Propagation
  136. User Manual 4.0 Multi events detection
  137. User Manual 4.0 Numerical differentiation and integration
  138. User Manual 4.0 Numerical ordinary differential equations
  139. User Manual 4.0 Orbits
  140. User Manual 4.0 Parallelepipeds
  141. User Manual 4.0 Plates
  142. User Manual 4.0 Postprocessing
  143. User Manual 4.0 Projections
  144. User Manual 4.0 Propagation
  145. User Manual 4.0 Properties and models: Inertia
  146. User Manual 4.0 Properties and models: Link budget
  147. User Manual 4.0 Properties and models: Mass and Forces
  148. User Manual 4.0 Properties and models: Sensors
  149. User Manual 4.0 Rectangular cone
  150. User Manual 4.0 Right circular cone
  151. User Manual 4.0 Right circular cylinder
  152. User Manual 4.0 Root-Finding Algorithms
  153. User Manual 4.0 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  154. User Manual 4.0 Rotations and quaternions
  155. User Manual 4.0 Slew
  156. User Manual 4.0 SpacecraftState
  157. User Manual 4.0 Spherical Caps
  158. User Manual 4.0 Spheroids
  159. User Manual 4.0 The CrossSectionProvider Interface
  160. User Manual 4.0 Time
  161. User Manual 4.0 Trigonometric Polynomials and Fourier Series
  162. User Manual 4.0 Wrench models
  163. User Manual 4.10 Angles and Intervals
  164. User Manual 4.10 Assemblies in PATRIUS: Building and using an assembly
  165. User Manual 4.10 Assemblies in PATRIUS: Presentation
  166. User Manual 4.10 Attitude Profile
  167. User Manual 4.10 Attitude law
  168. User Manual 4.10 Attitude leg
  169. User Manual 4.10 Celestial bodies
  170. User Manual 4.10 Directions
  171. User Manual 4.10 Dispersions
  172. User Manual 4.10 Double Comparisons
  173. User Manual 4.10 Environment Models
  174. User Manual 4.10 Ephemeris
  175. User Manual 4.10 Events: ground stations and satellites
  176. User Manual 4.10 Events: orbital
  177. User Manual 4.10 Events: sensors
  178. User Manual 4.10 Events detection: Presentation
  179. User Manual 4.10 Force models
  180. User Manual 4.10 Frames
  181. User Manual 4.10 Frames configuration
  182. User Manual 4.10 Geometry
  183. User Manual 4.10 Interpolation Methods
  184. User Manual 4.10 Kinematics
  185. User Manual 4.10 Maneuvers
  186. User Manual 4.10 Math frameworks
  187. User Manual 4.10 Matrices
  188. User Manual 4.10 Measure and Filtering
  189. User Manual 4.10 Multi Propagation
  190. User Manual 4.10 Multi events detection
  191. User Manual 4.10 Numerical differentiation and integration
  192. User Manual 4.10 Numerical ordinary differential equations
  193. User Manual 4.10 Optimization
  194. User Manual 4.10 Orbital parameters
  195. User Manual 4.10 Orbits
  196. User Manual 4.10 Orientation
  197. User Manual 4.10 Postprocessing
  198. User Manual 4.10 Projections
  199. User Manual 4.10 Propagation
  200. User Manual 4.10 Properties and models: Inertia
  201. User Manual 4.10 Properties and models: Link budget
  202. User Manual 4.10 Properties and models: Mass and Forces
  203. User Manual 4.10 Properties and models: Sensors
  204. User Manual 4.10 Root-Finding Algorithms
  205. User Manual 4.10 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  206. User Manual 4.10 Rotations and quaternions
  207. User Manual 4.10 Slew
  208. User Manual 4.10 SpacecraftState
  209. User Manual 4.10 Time
  210. User Manual 4.10 Trigonometric Polynomials and Fourier Series
  211. User Manual 4.10 Wrench models
  212. User Manual 4.11 Angles and Intervals
  213. User Manual 4.11 Assemblies in PATRIUS: Building and using an assembly
  214. User Manual 4.11 Assemblies in PATRIUS: Presentation
  215. User Manual 4.11 Attitude Profile
  216. User Manual 4.11 Attitude law
  217. User Manual 4.11 Attitude leg
  218. User Manual 4.11 Celestial bodies
  219. User Manual 4.11 Directions
  220. User Manual 4.11 Dispersions
  221. User Manual 4.11 Double Comparisons
  222. User Manual 4.11 Environment Models
  223. User Manual 4.11 Ephemeris
  224. User Manual 4.11 Events: ground stations and satellites
  225. User Manual 4.11 Events: orbital
  226. User Manual 4.11 Events: sensors
  227. User Manual 4.11 Events detection: Presentation
  228. User Manual 4.11 Force models
  229. User Manual 4.11 Frames
  230. User Manual 4.11 Frames configuration
  231. User Manual 4.11 Geometry
  232. User Manual 4.11 Interpolation Methods
  233. User Manual 4.11 Kinematics
  234. User Manual 4.11 Maneuvers
  235. User Manual 4.11 Math frameworks
  236. User Manual 4.11 Matrices
  237. User Manual 4.11 Measure and Filtering
  238. User Manual 4.11 Multi Propagation
  239. User Manual 4.11 Multi events detection
  240. User Manual 4.11 Numerical differentiation and integration
  241. User Manual 4.11 Numerical ordinary differential equations
  242. User Manual 4.11 Optimization
  243. User Manual 4.11 Orbital parameters
  244. User Manual 4.11 Orbits
  245. User Manual 4.11 Orientation
  246. User Manual 4.11 Postprocessing
  247. User Manual 4.11 Projections
  248. User Manual 4.11 Propagation
  249. User Manual 4.11 Properties and models: Inertia
  250. User Manual 4.11 Properties and models: Link budget
  251. User Manual 4.11 Properties and models: Mass and Forces
  252. User Manual 4.11 Properties and models: Sensors
  253. User Manual 4.11 Root-Finding Algorithms
  254. User Manual 4.11 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  255. User Manual 4.11 Rotations and quaternions
  256. User Manual 4.11 Slew
  257. User Manual 4.11 SpacecraftState
  258. User Manual 4.11 Time
  259. User Manual 4.11 Trigonometric Polynomials and Fourier Series
  260. User Manual 4.11 Wrench models
  261. User Manual 4.12 Angles and Intervals
  262. User Manual 4.12 Assemblies in PATRIUS: Building and using an assembly
  263. User Manual 4.12 Assemblies in PATRIUS: Presentation
  264. User Manual 4.12 Attitude Profile
  265. User Manual 4.12 Attitude law
  266. User Manual 4.12 Attitude leg
  267. User Manual 4.12 Celestial bodies
  268. User Manual 4.12 Directions
  269. User Manual 4.12 Dispersions
  270. User Manual 4.12 Double Comparisons
  271. User Manual 4.12 Environment Models
  272. User Manual 4.12 Ephemeris
  273. User Manual 4.12 Events: ground stations and satellites
  274. User Manual 4.12 Events: orbital
  275. User Manual 4.12 Events: sensors
  276. User Manual 4.12 Events detection: Presentation
  277. User Manual 4.12 Force models
  278. User Manual 4.12 Frames
  279. User Manual 4.12 Frames configuration
  280. User Manual 4.12 Geometry
  281. User Manual 4.12 Interpolation Methods
  282. User Manual 4.12 Kinematics
  283. User Manual 4.12 Maneuvers
  284. User Manual 4.12 Math frameworks
  285. User Manual 4.12 Matrices
  286. User Manual 4.12 Measure and Filtering
  287. User Manual 4.12 Multi Propagation
  288. User Manual 4.12 Multi events detection
  289. User Manual 4.12 Numerical differentiation and integration
  290. User Manual 4.12 Numerical ordinary differential equations
  291. User Manual 4.12 Optimization
  292. User Manual 4.12 Orbital parameters
  293. User Manual 4.12 Orbits
  294. User Manual 4.12 Orientation
  295. User Manual 4.12 Postprocessing
  296. User Manual 4.12 Projections
  297. User Manual 4.12 Propagation
  298. User Manual 4.12 Properties and models: Inertia
  299. User Manual 4.12 Properties and models: Link budget
  300. User Manual 4.12 Properties and models: Mass and Forces
  301. User Manual 4.12 Properties and models: Sensors
  302. User Manual 4.12 Root-Finding Algorithms
  303. User Manual 4.12 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  304. User Manual 4.12 Rotations and quaternions
  305. User Manual 4.12 Slew
  306. User Manual 4.12 SpacecraftState
  307. User Manual 4.12 Time
  308. User Manual 4.12 Trigonometric Polynomials and Fourier Series
  309. User Manual 4.12 Wrench models
  310. User Manual 4.13 Angles and Intervals
  311. User Manual 4.13 Assemblies in PATRIUS: Building and using an assembly
  312. User Manual 4.13 Assemblies in PATRIUS: Presentation
  313. User Manual 4.13 Attitude Profile
  314. User Manual 4.13 Attitude law
  315. User Manual 4.13 Attitude leg
  316. User Manual 4.13 Celestial bodies
  317. User Manual 4.13 Directions
  318. User Manual 4.13 Dispersions
  319. User Manual 4.13 Double Comparisons
  320. User Manual 4.13 Environment Models
  321. User Manual 4.13 Ephemeris
  322. User Manual 4.13 Events: ground stations and satellites
  323. User Manual 4.13 Events: orbital
  324. User Manual 4.13 Events: sensors
  325. User Manual 4.13 Events detection: Presentation
  326. User Manual 4.13 Force models
  327. User Manual 4.13 Frames
  328. User Manual 4.13 Frames configuration
  329. User Manual 4.13 Geometry
  330. User Manual 4.13 Interpolation Methods
  331. User Manual 4.13 Kinematics
  332. User Manual 4.13 Maneuvers
  333. User Manual 4.13 Math frameworks
  334. User Manual 4.13 Matrices
  335. User Manual 4.13 Measure and Filtering
  336. User Manual 4.13 Multi Propagation
  337. User Manual 4.13 Multi events detection
  338. User Manual 4.13 Numerical differentiation and integration
  339. User Manual 4.13 Numerical ordinary differential equations
  340. User Manual 4.13 Optimization
  341. User Manual 4.13 Orbital parameters
  342. User Manual 4.13 Orbits
  343. User Manual 4.13 Orientation
  344. User Manual 4.13 Postprocessing
  345. User Manual 4.13 Projections
  346. User Manual 4.13 Propagation
  347. User Manual 4.13 Properties and models: Inertia
  348. User Manual 4.13 Properties and models: Link budget
  349. User Manual 4.13 Properties and models: Mass and Forces
  350. User Manual 4.13 Properties and models: Sensors
  351. User Manual 4.13 Root-Finding Algorithms
  352. User Manual 4.13 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  353. User Manual 4.13 Rotations and quaternions
  354. User Manual 4.13 Slew
  355. User Manual 4.13 SpacecraftState
  356. User Manual 4.13 Time
  357. User Manual 4.13 Trigonometric Polynomials and Fourier Series
  358. User Manual 4.13 Wrench models
  359. User Manual 4.1 Angles and Intervals
  360. User Manual 4.1 Assemblies in PATRIUS: Building and using an assembly
  361. User Manual 4.1 Assemblies in PATRIUS: Presentation
  362. User Manual 4.1 Attitude ephemeris
  363. User Manual 4.1 Attitude law
  364. User Manual 4.1 Attitude leg
  365. User Manual 4.1 Celestial bodies
  366. User Manual 4.1 Directions
  367. User Manual 4.1 Dispersions
  368. User Manual 4.1 Double Comparisons
  369. User Manual 4.1 Environment Models
  370. User Manual 4.1 Ephemeris
  371. User Manual 4.1 Events: ground stations and satellites
  372. User Manual 4.1 Events: orbital
  373. User Manual 4.1 Events: sensors
  374. User Manual 4.1 Events detection: Presentation
  375. User Manual 4.1 Force models
  376. User Manual 4.1 Frames
  377. User Manual 4.1 Frames configuration
  378. User Manual 4.1 Guidance commands
  379. User Manual 4.1 Interpolation Methods
  380. User Manual 4.1 Kinematics
  381. User Manual 4.1 Maneuvers
  382. User Manual 4.1 Matrices
  383. User Manual 4.1 Measure and Filtering
  384. User Manual 4.1 Multi Propagation
  385. User Manual 4.1 Multi events detection
  386. User Manual 4.1 Numerical differentiation and integration
  387. User Manual 4.1 Numerical ordinary differential equations
  388. User Manual 4.1 Orbits
  389. User Manual 4.1 Postprocessing
  390. User Manual 4.1 Projections
  391. User Manual 4.1 Propagation
  392. User Manual 4.1 Properties and models: Inertia
  393. User Manual 4.1 Properties and models: Link budget
  394. User Manual 4.1 Properties and models: Mass and Forces
  395. User Manual 4.1 Properties and models: Sensors
  396. User Manual 4.1 Root-Finding Algorithms
  397. User Manual 4.1 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  398. User Manual 4.1 Slew
  399. User Manual 4.1 SpacecraftState
  400. User Manual 4.1 Time
  401. User Manual 4.1 Trigonometric Polynomials and Fourier Series
  402. User Manual 4.1 Wrench models
  403. User Manual 4.2 Analytical propagation
  404. User Manual 4.2 Angles and Intervals
  405. User Manual 4.2 Assemblies in PATRIUS: Building and using an assembly
  406. User Manual 4.2 Assemblies in PATRIUS: Presentation
  407. User Manual 4.2 Attitude Profile
  408. User Manual 4.2 Attitude law
  409. User Manual 4.2 Attitude leg
  410. User Manual 4.2 Celestial bodies
  411. User Manual 4.2 Directions
  412. User Manual 4.2 Dispersions
  413. User Manual 4.2 Double Comparisons
  414. User Manual 4.2 Environment Models
  415. User Manual 4.2 Ephemeris
  416. User Manual 4.2 Events: ground stations and satellites
  417. User Manual 4.2 Events: orbital
  418. User Manual 4.2 Events: sensors
  419. User Manual 4.2 Events detection: Presentation
  420. User Manual 4.2 Force models
  421. User Manual 4.2 Frames
  422. User Manual 4.2 Frames configuration
  423. User Manual 4.2 Interpolation Methods
  424. User Manual 4.2 Kinematics
  425. User Manual 4.2 Maneuvers
  426. User Manual 4.2 Math frameworks
  427. User Manual 4.2 Matrices
  428. User Manual 4.2 Measure and Filtering
  429. User Manual 4.2 Multi Propagation
  430. User Manual 4.2 Multi events detection
  431. User Manual 4.2 Numerical differentiation and integration
  432. User Manual 4.2 Numerical ordinary differential equations
  433. User Manual 4.2 Numerical propagation
  434. User Manual 4.2 Orbital parameters
  435. User Manual 4.2 Orbits
  436. User Manual 4.2 Orientation
  437. User Manual 4.2 Postprocessing
  438. User Manual 4.2 Projections
  439. User Manual 4.2 Propagation
  440. User Manual 4.2 Properties and models: Inertia
  441. User Manual 4.2 Properties and models: Link budget
  442. User Manual 4.2 Properties and models: Mass and Forces
  443. User Manual 4.2 Properties and models: Sensors
  444. User Manual 4.2 Root-Finding Algorithms
  445. User Manual 4.2 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  446. User Manual 4.2 Rotations and quaternions
  447. User Manual 4.2 Semi-analytical propagation
  448. User Manual 4.2 Slew
  449. User Manual 4.2 SpacecraftState
  450. User Manual 4.2 Time
  451. User Manual 4.2 Trigonometric Polynomials and Fourier Series
  452. User Manual 4.2 Wrench models
  453. User Manual 4.3 Analytical propagation
  454. User Manual 4.3 Angles and Intervals
  455. User Manual 4.3 Assemblies in PATRIUS: Building and using an assembly
  456. User Manual 4.3 Assemblies in PATRIUS: Presentation
  457. User Manual 4.3 Attitude Profile
  458. User Manual 4.3 Attitude law
  459. User Manual 4.3 Attitude leg
  460. User Manual 4.3 Celestial bodies
  461. User Manual 4.3 Directions
  462. User Manual 4.3 Dispersions
  463. User Manual 4.3 Double Comparisons
  464. User Manual 4.3 Environment Models
  465. User Manual 4.3 Ephemeris
  466. User Manual 4.3 Events: ground stations and satellites
  467. User Manual 4.3 Events: orbital
  468. User Manual 4.3 Events: sensors
  469. User Manual 4.3 Events detection: Presentation
  470. User Manual 4.3 Force models
  471. User Manual 4.3 Frames
  472. User Manual 4.3 Frames configuration
  473. User Manual 4.3 Interpolation Methods
  474. User Manual 4.3 Kinematics
  475. User Manual 4.3 Maneuvers
  476. User Manual 4.3 Math frameworks
  477. User Manual 4.3 Matrices
  478. User Manual 4.3 Measure and Filtering
  479. User Manual 4.3 Multi Propagation
  480. User Manual 4.3 Multi events detection
  481. User Manual 4.3 Numerical differentiation and integration
  482. User Manual 4.3 Numerical ordinary differential equations
  483. User Manual 4.3 Numerical propagation
  484. User Manual 4.3 Orbital parameters
  485. User Manual 4.3 Orbits
  486. User Manual 4.3 Orientation
  487. User Manual 4.3 Postprocessing
  488. User Manual 4.3 Projections
  489. User Manual 4.3 Propagation
  490. User Manual 4.3 Properties and models: Inertia
  491. User Manual 4.3 Properties and models: Link budget
  492. User Manual 4.3 Properties and models: Mass and Forces
  493. User Manual 4.3 Properties and models: Sensors
  494. User Manual 4.3 Root-Finding Algorithms
  495. User Manual 4.3 Rotation, AngularCoordinates, Tranform and Attitude : how to use them
  496. User Manual 4.3 Rotations and quaternions
  497. User Manual 4.3 Semi-analytical propagation
  498. User Manual 4.3 Slew
  499. User Manual 4.3 SpacecraftState
  500. User Manual 4.3 Time

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