API tools faq
paste
Advertisement
Guest User

Untitled

a guest
May 27th, 2019
93
0
Never
Add comment
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
text 79.45 KB | None | 0 0
raw download clone embed print report
  1. (gammapy-dev) hfm-1804a:cds-healpix-java deil$ git clean -fdx
  2. (gammapy-dev) hfm-1804a:cds-healpix-java deil$ idea .
  3. (gammapy-dev) hfm-1804a:cds-healpix-java deil$ ant -p
  4. Buildfile: /Users/deil/work/code/cds-healpix-java/build.xml
  5. CDS Healpix library build.xml
  6. Main targets:
  7.  
  8. exec Create the JAR and exec the CLI
  9. make.all Compile all the software, run tests, and create the .jar
  10. make.build Compile main classes, to test if the soft compiles
  11. make.doc Compile all the software and create the .jar
  12. make.jar Compile main classes and create both the jar and the fatjar
  13. make.test Compile all classes (main an test), and run tests
  14. Default target: print_properties
  15. (gammapy-dev) hfm-1804a:cds-healpix-java deil$ ant make.jar
  16. Buildfile: /Users/deil/work/code/cds-healpix-java/build.xml
  17.  
  18. clean.classes:
  19. [echo] Clean dir: "/Users/deil/work/code/cds-healpix-java/target/classes"...
  20.  
  21. compile:
  22. [echo] Compile from "/Users/deil/work/code/cds-healpix-java/src/main/java" to "/Users/deil/work/code/cds-healpix-java/target/classes"...
  23. [mkdir] Created dir: /Users/deil/work/code/cds-healpix-java/libs/main
  24. [mkdir] Created dir: /Users/deil/work/code/cds-healpix-java/target/classes
  25. [javac] /Users/deil/work/code/cds-healpix-java/build.xml:121: warning: 'includeantruntime' was not set, defaulting to build.sysclasspath=last; set to false for repeatable builds
  26. [javac] Compiling 80 source files to /Users/deil/work/code/cds-healpix-java/target/classes
  27. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/fillingcurve/package-info.class
  28. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/common/math/package-info.class
  29. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/common/sphgeom/package-info.class
  30. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/package-info.class
  31. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/common/package-info.class
  32.  
  33. make.build:
  34.  
  35. jar:
  36. [echo] Create jar file "/Users/deil/work/code/cds-healpix-java/target/cdshealpix_class.0.23_1.jar"...
  37. [jar] Building jar: /Users/deil/work/code/cds-healpix-java/target/cdshealpix_class.0.23_1.jar
  38.  
  39. fatjar:
  40. [echo] Create jar file "/Users/deil/work/code/cds-healpix-java/target/cdshealpix.0.23_1.jar"...
  41. [jar] Building jar: /Users/deil/work/code/cds-healpix-java/target/cdshealpix.0.23_1.jar
  42.  
  43. jars:
  44.  
  45. make.jar:
  46.  
  47. BUILD SUCCESSFUL
  48. Total time: 3 seconds
  49. (gammapy-dev) hfm-1804a:cds-healpix-java deil$ ant make.test
  50. Buildfile: /Users/deil/work/code/cds-healpix-java/build.xml
  51.  
  52. clean.classes:
  53. [echo] Clean dir: "/Users/deil/work/code/cds-healpix-java/target/classes"...
  54.  
  55. clean.tests:
  56. [echo] Clean dir: "/Users/deil/work/code/cds-healpix-java/target/test-classes"...
  57. [echo] Clean dir: "/Users/deil/work/code/cds-healpix-java/target/test-results"...
  58.  
  59. compile:
  60. [echo] Compile from "/Users/deil/work/code/cds-healpix-java/src/main/java" to "/Users/deil/work/code/cds-healpix-java/target/classes"...
  61. [javac] /Users/deil/work/code/cds-healpix-java/build.xml:121: warning: 'includeantruntime' was not set, defaulting to build.sysclasspath=last; set to false for repeatable builds
  62. [javac] Compiling 80 source files to /Users/deil/work/code/cds-healpix-java/target/classes
  63. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/fillingcurve/package-info.class
  64. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/common/math/package-info.class
  65. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/common/sphgeom/package-info.class
  66. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/package-info.class
  67. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/classes/cds/healpix/common/package-info.class
  68.  
  69. tcompile:
  70. [echo] Compile from "/Users/deil/work/code/cds-healpix-java/src/test/java" to "/Users/deil/work/code/cds-healpix-java/target/test-classes"...
  71. [mkdir] Created dir: /Users/deil/work/code/cds-healpix-java/target/test-classes
  72. [javac] /Users/deil/work/code/cds-healpix-java/build.xml:138: warning: 'includeantruntime' was not set, defaulting to build.sysclasspath=last; set to false for repeatable builds
  73. [javac] Compiling 80 source files to /Users/deil/work/code/cds-healpix-java/target/test-classes
  74. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/test-classes/cds/healpix/fillingcurve/package-info.class
  75. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/test-classes/cds/healpix/common/math/package-info.class
  76. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/test-classes/cds/healpix/common/sphgeom/package-info.class
  77. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/test-classes/cds/healpix/package-info.class
  78. [javac] Creating empty /Users/deil/work/code/cds-healpix-java/target/test-classes/cds/healpix/common/package-info.class
  79. [javac] /Users/deil/work/code/cds-healpix-java/build.xml:141: warning: 'includeantruntime' was not set, defaulting to build.sysclasspath=last; set to false for repeatable builds
  80. [javac] Compiling 28 source files to /Users/deil/work/code/cds-healpix-java/target/test-classes
  81. [javac] Note: /Users/deil/work/code/cds-healpix-java/src/test/java/cds/healpix/common/math/HasckerDelightTestPerf.java uses or overrides a deprecated API.
  82. [javac] Note: Recompile with -Xlint:deprecation for details.
  83. [javac] Note: Some input files use unchecked or unsafe operations.
  84. [javac] Note: Recompile with -Xlint:unchecked for details.
  85.  
  86. test:
  87. [junit] Testsuite: cds.healpix.CompassPointTest
  88. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,022 sec
  89. [junit]
  90. [junit] Testsuite: cds.healpix.HealpixBMOCTest
  91. [junit] Tests run: 2, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,024 sec
  92. [junit]
  93. [junit] Testsuite: cds.healpix.HealpixNestedFastTest
  94. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,254 sec
  95. [junit]
  96. [junit] Testsuite: cds.healpix.HealpixNestedFastTestPerf
  97. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 3,562 sec
  98. [junit]
  99. [junit] ------------- Standard Output ---------------
  100. [junit] Test timeHalfNside algorithms (check that IEEEv2 is the best on your machine, or about as preformant as the best one)
  101. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  102. [junit] ---------
  103. [junit] Best algo: IEEEv2; exec in: 34 ms
  104. [junit] - IEEEv1 exec in 50 ms => 147 % of best algo
  105. [junit] - IEEEv2 exec in 34 ms => 100 % of best algo
  106. [junit] - CLASSIC exec in 151 ms => 444 % of best algo
  107. [junit] ---------
  108. [junit] Best algo: IEEEv2; exec in: 80 ms
  109. [junit] - IEEEv1 exec in 98 ms => 122 % of best algo
  110. [junit] - IEEEv2 exec in 80 ms => 100 % of best algo
  111. [junit] - CLASSIC exec in 169 ms => 211 % of best algo
  112. [junit] ---------
  113. [junit] Best algo: IEEEv2; exec in: 79 ms
  114. [junit] - IEEEv1 exec in 91 ms => 115 % of best algo
  115. [junit] - IEEEv2 exec in 79 ms => 100 % of best algo
  116. [junit] - CLASSIC exec in 168 ms => 212 % of best algo
  117. [junit] Test timeHalfNside algorithms (check that IEEEv2 is the best on your machine, or about as preformant as the best one)
  118. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  119. [junit] ---------
  120. [junit] Best algo: IEEEv2; exec in: 91 ms
  121. [junit] - CLASSIC exec in 167 ms => 183 % of best algo
  122. [junit] - IEEEv1 exec in 104 ms => 114 % of best algo
  123. [junit] - IEEEv2 exec in 91 ms => 100 % of best algo
  124. [junit] ---------
  125. [junit] Best algo: IEEEv2; exec in: 79 ms
  126. [junit] - CLASSIC exec in 171 ms => 216 % of best algo
  127. [junit] - IEEEv1 exec in 94 ms => 118 % of best algo
  128. [junit] - IEEEv2 exec in 79 ms => 100 % of best algo
  129. [junit] ---------
  130. [junit] Best algo: IEEEv2; exec in: 77 ms
  131. [junit] - CLASSIC exec in 159 ms => 206 % of best algo
  132. [junit] - IEEEv1 exec in 86 ms => 111 % of best algo
  133. [junit] - IEEEv2 exec in 77 ms => 100 % of best algo
  134. [junit] Test timeHalfNside algorithms (check that IEEEv2 is the best on your machine, or about as preformant as the best one)
  135. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  136. [junit] ---------
  137. [junit] Best algo: IEEEv2; exec in: 89 ms
  138. [junit] - IEEEv2 exec in 89 ms => 100 % of best algo
  139. [junit] - CLASSIC exec in 169 ms => 189 % of best algo
  140. [junit] - IEEEv1 exec in 102 ms => 114 % of best algo
  141. [junit] ---------
  142. [junit] Best algo: IEEEv2; exec in: 81 ms
  143. [junit] - IEEEv2 exec in 81 ms => 100 % of best algo
  144. [junit] - CLASSIC exec in 164 ms => 202 % of best algo
  145. [junit] - IEEEv1 exec in 87 ms => 107 % of best algo
  146. [junit] ---------
  147. [junit] Best algo: IEEEv2; exec in: 78 ms
  148. [junit] - IEEEv2 exec in 78 ms => 100 % of best algo
  149. [junit] - CLASSIC exec in 169 ms => 216 % of best algo
  150. [junit] - IEEEv1 exec in 92 ms => 117 % of best algo
  151. [junit] ------------- ---------------- ---------------
  152. [junit] Testsuite: cds.healpix.HealpixNestedHashComputerTest
  153. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,029 sec
  154. [junit]
  155. [junit] Testsuite: cds.healpix.HealpixNestedNeighbourSelectorTest
  156. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,033 sec
  157. [junit]
  158. [junit] Testsuite: cds.healpix.HealpixNestedPolygonComputerTest
  159. [junit] Tests run: 7, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,059 sec
  160. [junit]
  161. [junit] Testsuite: cds.healpix.HealpixNestedTest
  162. [junit] Tests run: 3, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,502 sec
  163. [junit]
  164. [junit] Testsuite: cds.healpix.HealpixNestedTestPerf
  165. [junit] Tests run: 2, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 15,35 sec
  166. [junit]
  167. [junit] ------------- Standard Output ---------------
  168. [junit]
  169. [junit] Test basePixel algorithms (check that LOOKUP_MATRIX is the best on your machine, or about as preformant as the best one)
  170. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  171. [junit] ---------
  172. [junit] Best algo: LOOKUP_MATRIX; exec in: 166 ms
  173. [junit] - NOBRANCH exec in 169 ms => 101 % of best algo
  174. [junit] - LOOKUP_MATRIX exec in 166 ms => 100 % of best algo
  175. [junit] - LOOKUP_ARRAY exec in 262 ms => 157 % of best algo
  176. [junit] - LOOKUP_ARRAY v2 exec in 264 ms => 159 % of best algo
  177. [junit] ---------
  178. [junit] Best algo: LOOKUP_ARRAY v2; exec in: 261 ms
  179. [junit] - NOBRANCH exec in 295 ms => 113 % of best algo
  180. [junit] - LOOKUP_MATRIX exec in 313 ms => 119 % of best algo
  181. [junit] - LOOKUP_ARRAY exec in 268 ms => 102 % of best algo
  182. [junit] - LOOKUP_ARRAY v2 exec in 261 ms => 100 % of best algo
  183. [junit] ---------
  184. [junit] Best algo: NOBRANCH; exec in: 253 ms
  185. [junit] - NOBRANCH exec in 253 ms => 100 % of best algo
  186. [junit] - LOOKUP_MATRIX exec in 282 ms => 111 % of best algo
  187. [junit] - LOOKUP_ARRAY exec in 265 ms => 104 % of best algo
  188. [junit] - LOOKUP_ARRAY v2 exec in 261 ms => 103 % of best algo
  189. [junit] ---------
  190. [junit] Best algo: LOOKUP_ARRAY v2; exec in: 259 ms
  191. [junit] - NOBRANCH exec in 274 ms => 105 % of best algo
  192. [junit] - LOOKUP_MATRIX exec in 275 ms => 106 % of best algo
  193. [junit] - LOOKUP_ARRAY exec in 262 ms => 101 % of best algo
  194. [junit] - LOOKUP_ARRAY v2 exec in 259 ms => 100 % of best algo
  195. [junit]
  196. [junit] Test basePixel algorithms (check that NOBRANCH is the best on your machine, or about as preformant as the best one)
  197. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  198. [junit] ---------
  199. [junit] Best algo: NOBRANCH; exec in: 44 ms
  200. [junit] - NOBRANCH exec in 44 ms => 100 % of best algo
  201. [junit] - LOOKUPT1 exec in 47 ms => 106 % of best algo
  202. [junit] - LOOKUPT2 exec in 49 ms => 111 % of best algo
  203. [junit] ---------
  204. [junit] Best algo: NOBRANCH; exec in: 49 ms
  205. [junit] - NOBRANCH exec in 49 ms => 100 % of best algo
  206. [junit] - LOOKUPT1 exec in 50 ms => 102 % of best algo
  207. [junit] - LOOKUPT2 exec in 54 ms => 110 % of best algo
  208. [junit] ---------
  209. [junit] Best algo: NOBRANCH; exec in: 45 ms
  210. [junit] - NOBRANCH exec in 45 ms => 100 % of best algo
  211. [junit] - LOOKUPT1 exec in 48 ms => 106 % of best algo
  212. [junit] - LOOKUPT2 exec in 49 ms => 108 % of best algo
  213. [junit] ---------
  214. [junit] Best algo: NOBRANCH; exec in: 44 ms
  215. [junit] - NOBRANCH exec in 44 ms => 100 % of best algo
  216. [junit] - LOOKUPT1 exec in 47 ms => 106 % of best algo
  217. [junit] - LOOKUPT2 exec in 52 ms => 118 % of best algo
  218. [junit] ------------- ---------------- ---------------
  219. [junit] Testsuite: cds.healpix.HealpixNestedUltraCompactMOCTest
  220. [junit] Tests run: 4, Failures: 0, Errors: 4, Skipped: 0, Time elapsed: 0,173 sec
  221. [junit]
  222. [junit] ------------- Standard Output ---------------
  223. [junit] Cone test. Center lon: 61.0749875deg, lat: 89.90546338888889deg, radius: 5.2403223034772175 deg, depth: 3
  224. [junit] cds.healpix.NestedSmallCell
  225. [junit] bmoc:
  226. [junit] - d: 3; h: 63; bits: 111111
  227. [junit] - d: 3; h: 127; bits: 1111111
  228. [junit] - d: 3; h: 191; bits: 10111111
  229. [junit] - d: 3; h: 255; bits: 11111111
  230. [junit] nBytes: 6
  231. [junit] Cone test. Center lon: 205.0deg, lat: 30.5deg, radius: 0.05 deg, depth: 18
  232. [junit] cds.healpix.NestedSmallCell
  233. [junit] bmoc size: 3515
  234. [junit] bmoc:
  235. [junit] - d: 1; h: 5; bits: 101
  236. [junit] - d: 3; h: 257; bits: 100000001
  237. [junit] - d: 1; h: 25; bits: 11001
  238. [junit] - d: 0; h: 8; bits: 1000
  239. [junit] bmoc size: 4
  240. [junit] bmoc size: 8757
  241. [junit] ------------- ---------------- ---------------
  242. [junit] Testcase: test1(cds.healpix.HealpixNestedUltraCompactMOCTest): Caused an ERROR
  243. [junit] 6
  244. [junit] java.lang.ArrayIndexOutOfBoundsException: 6
  245. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.bitSetFromBytes(HealpixNestedUltraCompactMOC.java:147)
  246. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.decompress(HealpixNestedUltraCompactMOC.java:153)
  247. [junit] at cds.healpix.HealpixNestedUltraCompactMOCTest.test1(HealpixNestedUltraCompactMOCTest.java:72)
  248. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
  249. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
  250. [junit] at java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
  251. [junit]
  252. [junit]
  253. [junit] Testcase: test2(cds.healpix.HealpixNestedUltraCompactMOCTest): Caused an ERROR
  254. [junit] 1338
  255. [junit] java.lang.ArrayIndexOutOfBoundsException: 1338
  256. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.bitSetFromBytes(HealpixNestedUltraCompactMOC.java:147)
  257. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.decompress(HealpixNestedUltraCompactMOC.java:153)
  258. [junit] at cds.healpix.HealpixNestedUltraCompactMOCTest.test2(HealpixNestedUltraCompactMOCTest.java:133)
  259. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
  260. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
  261. [junit] at java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
  262. [junit]
  263. [junit]
  264. [junit] Testcase: test3(cds.healpix.HealpixNestedUltraCompactMOCTest): Caused an ERROR
  265. [junit] 5
  266. [junit] java.lang.ArrayIndexOutOfBoundsException: 5
  267. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.bitSetFromBytes(HealpixNestedUltraCompactMOC.java:147)
  268. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.decompress(HealpixNestedUltraCompactMOC.java:153)
  269. [junit] at cds.healpix.HealpixNestedUltraCompactMOCTest.test3(HealpixNestedUltraCompactMOCTest.java:112)
  270. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
  271. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
  272. [junit] at java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
  273. [junit]
  274. [junit]
  275. [junit] Testcase: test4(cds.healpix.HealpixNestedUltraCompactMOCTest): Caused an ERROR
  276. [junit] 4930
  277. [junit] java.lang.ArrayIndexOutOfBoundsException: 4930
  278. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.bitSetFromBytes(HealpixNestedUltraCompactMOC.java:147)
  279. [junit] at cds.healpix.HealpixNestedUltraCompactMOC.decompress(HealpixNestedUltraCompactMOC.java:153)
  280. [junit] at cds.healpix.HealpixNestedUltraCompactMOCTest.test4(HealpixNestedUltraCompactMOCTest.java:775)
  281. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
  282. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
  283. [junit] at java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
  284. [junit]
  285. [junit]
  286. [junit] Test cds.healpix.HealpixNestedUltraCompactMOCTest FAILED
  287. [junit] Testsuite: cds.healpix.HealpixNestedVerticesAndPathComputerTest
  288. [junit] Tests run: 6, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,715 sec
  289. [junit]
  290. [junit] Testsuite: cds.healpix.HealpixProjectionTest
  291. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,956 sec
  292. [junit]
  293. [junit] Testsuite: cds.healpix.HealpixTest
  294. [junit] Tests run: 13, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,1 sec
  295. [junit]
  296. [junit] Testsuite: cds.healpix.HealpixTestPerf
  297. [junit] Tests run: 6, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 47,513 sec
  298. [junit]
  299. [junit] ------------- Standard Output ---------------
  300. [junit] Test normalizeLonFromMinusPiToPi algorithms (check that COMP is the best on your machine, or about as preformant as the best one)
  301. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  302. [junit] ---------
  303. [junit] Best algo: COMP ; exec in: 122 ms
  304. [junit] - TEST1 exec in 228 ms => 186 % of best algo
  305. [junit] - COMP exec in 122 ms => 100 % of best algo
  306. [junit] - BITS exec in 339 ms => 277 % of best algo
  307. [junit] - MODULO exec in 820 ms => 672 % of best algo
  308. [junit] - TEST2 exec in 343 ms => 281 % of best algo
  309. [junit] - LUPT exec in 341 ms => 279 % of best algo
  310. [junit] ---------
  311. [junit] Best algo: TEST1; exec in: 348 ms
  312. [junit] - TEST1 exec in 348 ms => 100 % of best algo
  313. [junit] - COMP exec in 357 ms => 102 % of best algo
  314. [junit] - BITS exec in 363 ms => 104 % of best algo
  315. [junit] - MODULO exec in 860 ms => 247 % of best algo
  316. [junit] - TEST2 exec in 381 ms => 109 % of best algo
  317. [junit] - LUPT exec in 373 ms => 107 % of best algo
  318. [junit] ---------
  319. [junit] Best algo: TEST2; exec in: 351 ms
  320. [junit] - TEST1 exec in 360 ms => 102 % of best algo
  321. [junit] - COMP exec in 363 ms => 103 % of best algo
  322. [junit] - BITS exec in 364 ms => 103 % of best algo
  323. [junit] - MODULO exec in 853 ms => 243 % of best algo
  324. [junit] - TEST2 exec in 351 ms => 100 % of best algo
  325. [junit] - LUPT exec in 368 ms => 104 % of best algo
  326. [junit] ---------
  327. [junit] Best algo: BITS ; exec in: 359 ms
  328. [junit] - TEST1 exec in 365 ms => 101 % of best algo
  329. [junit] - COMP exec in 365 ms => 101 % of best algo
  330. [junit] - BITS exec in 359 ms => 100 % of best algo
  331. [junit] - MODULO exec in 838 ms => 233 % of best algo
  332. [junit] - TEST2 exec in 363 ms => 101 % of best algo
  333. [junit] - LUPT exec in 373 ms => 103 % of best algo
  334. [junit] Test normalizeLonFrom0ToTwicePi algorithms (check that BITS2 is the best on your machine, or about as preformant as the best one)
  335. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  336. [junit] ---------
  337. [junit] Best algo: BITS2; exec in: 49 ms
  338. [junit] - BITS1 exec in 208 ms => 424 % of best algo
  339. [junit] - BITS2 exec in 49 ms => 100 % of best algo
  340. [junit] - TEST exec in 298 ms => 608 % of best algo
  341. [junit] - LUPT exec in 181 ms => 369 % of best algo
  342. [junit] ---------
  343. [junit] Best algo: BITS2; exec in: 171 ms
  344. [junit] - BITS1 exec in 221 ms => 129 % of best algo
  345. [junit] - BITS2 exec in 171 ms => 100 % of best algo
  346. [junit] - TEST exec in 297 ms => 173 % of best algo
  347. [junit] - LUPT exec in 188 ms => 109 % of best algo
  348. [junit] ---------
  349. [junit] Best algo: BITS2; exec in: 180 ms
  350. [junit] - BITS1 exec in 238 ms => 132 % of best algo
  351. [junit] - BITS2 exec in 180 ms => 100 % of best algo
  352. [junit] - TEST exec in 310 ms => 172 % of best algo
  353. [junit] - LUPT exec in 185 ms => 102 % of best algo
  354. [junit] ---------
  355. [junit] Best algo: BITS2; exec in: 182 ms
  356. [junit] - BITS1 exec in 242 ms => 132 % of best algo
  357. [junit] - BITS2 exec in 182 ms => 100 % of best algo
  358. [junit] - TEST exec in 298 ms => 163 % of best algo
  359. [junit] - LUPT exec in 190 ms => 104 % of best algo
  360. [junit] Test normalizeLonFrom0ToTwicePi algorithms (check that BITS2 is the best on your machine, or about as preformant as the best one)
  361. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  362. [junit] ---------
  363. [junit] Best algo: V1; exec in: 161 ms
  364. [junit] - LUPT exec in 210 ms => 130 % of best algo
  365. [junit] - V1 exec in 161 ms => 100 % of best algo
  366. [junit] - V2 exec in 340 ms => 211 % of best algo
  367. [junit] - V3 exec in 346 ms => 214 % of best algo
  368. [junit] ---------
  369. [junit] Best algo: V2 ; exec in: 341 ms
  370. [junit] - LUPT exec in 344 ms => 100 % of best algo
  371. [junit] - V1 exec in 351 ms => 102 % of best algo
  372. [junit] - V2 exec in 341 ms => 100 % of best algo
  373. [junit] - V3 exec in 350 ms => 102 % of best algo
  374. [junit] ---------
  375. [junit] Best algo: V3 ; exec in: 336 ms
  376. [junit] - LUPT exec in 341 ms => 101 % of best algo
  377. [junit] - V1 exec in 342 ms => 101 % of best algo
  378. [junit] - V2 exec in 347 ms => 103 % of best algo
  379. [junit] - V3 exec in 336 ms => 100 % of best algo
  380. [junit] ---------
  381. [junit] Best algo: V3 ; exec in: 338 ms
  382. [junit] - LUPT exec in 339 ms => 100 % of best algo
  383. [junit] - V1 exec in 344 ms => 101 % of best algo
  384. [junit] - V2 exec in 345 ms => 102 % of best algo
  385. [junit] - V3 exec in 338 ms => 100 % of best algo
  386. [junit] Test isInEquatorialRegion algorithms (check that ABS1 is the best on your machine, or about as preformant as the best one)
  387. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  388. [junit] ---------
  389. [junit] Best algo: ABS1; exec in: 183 ms
  390. [junit] - ABS1 exec in 183 ms => 100 % of best algo
  391. [junit] - TEST1 exec in 236 ms => 128 % of best algo
  392. [junit] - ABS2 exec in 324 ms => 177 % of best algo
  393. [junit] - TEST2 exec in 337 ms => 184 % of best algo
  394. [junit] ---------
  395. [junit] Best algo: TEST1; exec in: 302 ms
  396. [junit] - ABS1 exec in 311 ms => 102 % of best algo
  397. [junit] - TEST1 exec in 302 ms => 100 % of best algo
  398. [junit] - ABS2 exec in 309 ms => 102 % of best algo
  399. [junit] - TEST2 exec in 320 ms => 105 % of best algo
  400. [junit] ---------
  401. [junit] Best algo: TEST2; exec in: 309 ms
  402. [junit] - ABS1 exec in 325 ms => 105 % of best algo
  403. [junit] - TEST1 exec in 317 ms => 102 % of best algo
  404. [junit] - ABS2 exec in 322 ms => 104 % of best algo
  405. [junit] - TEST2 exec in 309 ms => 100 % of best algo
  406. [junit] ---------
  407. [junit] Best algo: TEST2; exec in: 300 ms
  408. [junit] - ABS1 exec in 301 ms => 100 % of best algo
  409. [junit] - TEST1 exec in 310 ms => 103 % of best algo
  410. [junit] - ABS2 exec in 301 ms => 100 % of best algo
  411. [junit] - TEST2 exec in 300 ms => 100 % of best algo
  412. [junit] Test depth algorithms (check that TRAIL is the best on your machine, or about as preformant as the best one)
  413. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  414. [junit] ---------
  415. [junit] Best algo: TRAIL; exec in: 69 ms
  416. [junit] - WHILE exec in 331 ms => 479 % of best algo
  417. [junit] - MATH exec in 427 ms => 618 % of best algo
  418. [junit] - TRAIL exec in 69 ms => 100 % of best algo
  419. [junit] - FASTM exec in 621 ms => 900 % of best algo
  420. [junit] - NZL exec in 131 ms => 189 % of best algo
  421. [junit] ---------
  422. [junit] Best algo: TRAIL; exec in: 67 ms
  423. [junit] - WHILE exec in 406 ms => 605 % of best algo
  424. [junit] - MATH exec in 642 ms => 958 % of best algo
  425. [junit] - TRAIL exec in 67 ms => 100 % of best algo
  426. [junit] - FASTM exec in 616 ms => 919 % of best algo
  427. [junit] - NZL exec in 133 ms => 198 % of best algo
  428. [junit] ---------
  429. [junit] Best algo: TRAIL; exec in: 61 ms
  430. [junit] - WHILE exec in 372 ms => 609 % of best algo
  431. [junit] - MATH exec in 628 ms => 1029 % of best algo
  432. [junit] - TRAIL exec in 61 ms => 100 % of best algo
  433. [junit] - FASTM exec in 648 ms => 1062 % of best algo
  434. [junit] - NZL exec in 132 ms => 216 % of best algo
  435. [junit] ---------
  436. [junit] Best algo: TRAIL; exec in: 59 ms
  437. [junit] - WHILE exec in 380 ms => 644 % of best algo
  438. [junit] - MATH exec in 608 ms => 1030 % of best algo
  439. [junit] - TRAIL exec in 59 ms => 100 % of best algo
  440. [junit] - FASTM exec in 606 ms => 1027 % of best algo
  441. [junit] - NZL exec in 128 ms => 216 % of best algo
  442. [junit] Test abs algorithms (check that BITS1 is the best on your machine, or about as preformant as the best one)
  443. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  444. [junit] ---------
  445. [junit] Best algo: BITS2; exec in: 32 ms
  446. [junit] - BITS1 exec in 71 ms => 221 % of best algo
  447. [junit] - BITS2 exec in 32 ms => 100 % of best algo
  448. [junit] - BITS3 exec in 111 ms => 346 % of best algo
  449. [junit] - TEST exec in 106 ms => 331 % of best algo
  450. [junit] - MATH exec in 112 ms => 350 % of best algo
  451. [junit] ---------
  452. [junit] Best algo: TEST ; exec in: 107 ms
  453. [junit] - BITS1 exec in 113 ms => 105 % of best algo
  454. [junit] - BITS2 exec in 110 ms => 102 % of best algo
  455. [junit] - BITS3 exec in 125 ms => 116 % of best algo
  456. [junit] - TEST exec in 107 ms => 100 % of best algo
  457. [junit] - MATH exec in 109 ms => 101 % of best algo
  458. [junit] ---------
  459. [junit] Best algo: TEST ; exec in: 106 ms
  460. [junit] - BITS1 exec in 108 ms => 101 % of best algo
  461. [junit] - BITS2 exec in 108 ms => 101 % of best algo
  462. [junit] - BITS3 exec in 121 ms => 114 % of best algo
  463. [junit] - TEST exec in 106 ms => 100 % of best algo
  464. [junit] - MATH exec in 110 ms => 103 % of best algo
  465. [junit] ---------
  466. [junit] Best algo: BITS2; exec in: 106 ms
  467. [junit] - BITS1 exec in 110 ms => 103 % of best algo
  468. [junit] - BITS2 exec in 106 ms => 100 % of best algo
  469. [junit] - BITS3 exec in 124 ms => 116 % of best algo
  470. [junit] - TEST exec in 108 ms => 101 % of best algo
  471. [junit] - MATH exec in 107 ms => 100 % of best algo
  472. [junit] ------------- ---------------- ---------------
  473. [junit] Testsuite: cds.healpix.NeighbourSelectorNestedTest
  474. [junit] Tests run: 4, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 129,249 sec
  475. [junit]
  476. [junit] ------------- Standard Output ---------------
  477. [junit] Sum: 20266197618524172; in 3100 ms. Compute 201326592 x 8 neighbours (reuse same list)
  478. [junit] Sum: 40532395237048344; in 2859 ms201326592 x 8 neighbours (reuse same list)
  479. [junit] Sum: 60798592855572516; in 2855 ms201326592 x 8 neighbours (reuse same list)
  480. [junit] Sum: 20266197618524172; in 2887 ms. Compute 201326592 x 8 neighbours (reuse same list)
  481. [junit] Sum: 40532395237048344; in 2932 ms201326592 x 8 neighbours (reuse same list)
  482. [junit] Sum: 60798592855572516; in 3333 ms201326592 x 8 neighbours (reuse same list)
  483. [junit] Sum: 20266197618524172; in 18530 ms. Compute 201326592 x 8 neighbours (create new list)
  484. [junit] Sum: 40532395237048344; in 17712 ms. Compute 201326592 x 8 neighbours (create new list)
  485. [junit] Sum: 60798592855572516; in 17498 ms. Compute 201326592 x 8 neighbours (create new list)
  486. [junit] Sum: 20266197618524172; in 18507 ms. Compute 201326592 x 8 neighbours (create new list)
  487. [junit] Sum: 40532395237048344; in 20076 ms. Compute 201326592 x 8 neighbours (create new list)
  488. [junit] Sum: 60798592855572516; in 18893 ms. Compute 201326592 x 8 neighbours (create new list)
  489. [junit] ------------- ---------------- ---------------
  490. [junit] Testsuite: cds.healpix.NestedConeTest
  491. [junit] Tests run: 11, Failures: 0, Errors: 1, Skipped: 0, Time elapsed: 0,184 sec
  492. [junit]
  493. [junit] ------------- Standard Output ---------------
  494. [junit] Cone test. Center lon: 0.0deg, lat: 0.0deg, radius: 37.0 deg, depth: 3
  495. [junit] cds.healpix.NestedSmallCell
  496. [junit] d: 3; h: 2; full: false; raw: 10
  497. [junit] d: 3; h: 8; full: false; raw: 34
  498. [junit] d: 3; h: 10; full: false; raw: 42
  499. [junit] d: 3; h: 11; full: false; raw: 46
  500. [junit] d: 3; h: 32; full: true; raw: 131
  501. [junit] d: 3; h: 33; full: false; raw: 134
  502. [junit] d: 3; h: 34; full: false; raw: 138
  503. [junit] d: 3; h: 35; full: false; raw: 142
  504. [junit] d: 3; h: 40; full: false; raw: 162
  505. [junit] d: 3; h: 42; full: false; raw: 170
  506. [junit] d: 3; h: 193; full: false; raw: 774
  507. [junit] d: 3; h: 196; full: false; raw: 786
  508. [junit] d: 3; h: 197; full: false; raw: 790
  509. [junit] d: 3; h: 199; full: false; raw: 798
  510. [junit] d: 3; h: 208; full: true; raw: 835
  511. [junit] d: 3; h: 209; full: false; raw: 838
  512. [junit] d: 3; h: 210; full: false; raw: 842
  513. [junit] d: 3; h: 211; full: false; raw: 846
  514. [junit] d: 3; h: 212; full: false; raw: 850
  515. [junit] d: 3; h: 213; full: false; raw: 854
  516. [junit] d: 3; h: 256; full: false; raw: 1026
  517. [junit] d: 3; h: 257; full: true; raw: 1031
  518. [junit] d: 3; h: 258; full: true; raw: 1035
  519. [junit] d: 3; h: 259; full: true; raw: 1039
  520. [junit] d: 2; h: 65; full: true; raw: 1049
  521. [junit] d: 2; h: 66; full: true; raw: 1065
  522. [junit] d: 2; h: 67; full: true; raw: 1081
  523. [junit] d: 2; h: 68; full: true; raw: 1097
  524. [junit] d: 3; h: 276; full: false; raw: 1106
  525. [junit] d: 3; h: 277; full: false; raw: 1110
  526. [junit] d: 3; h: 278; full: true; raw: 1115
  527. [junit] d: 3; h: 279; full: false; raw: 1118
  528. [junit] d: 2; h: 70; full: true; raw: 1129
  529. [junit] d: 2; h: 71; full: true; raw: 1145
  530. [junit] d: 2; h: 72; full: true; raw: 1161
  531. [junit] d: 2; h: 73; full: true; raw: 1177
  532. [junit] d: 3; h: 296; full: false; raw: 1186
  533. [junit] d: 3; h: 297; full: true; raw: 1191
  534. [junit] d: 3; h: 298; full: false; raw: 1194
  535. [junit] d: 3; h: 299; full: false; raw: 1198
  536. [junit] d: 2; h: 75; full: true; raw: 1209
  537. [junit] d: 2; h: 76; full: true; raw: 1225
  538. [junit] d: 2; h: 77; full: true; raw: 1241
  539. [junit] d: 2; h: 78; full: true; raw: 1257
  540. [junit] d: 3; h: 316; full: true; raw: 1267
  541. [junit] d: 3; h: 317; full: true; raw: 1271
  542. [junit] d: 3; h: 318; full: true; raw: 1275
  543. [junit] d: 3; h: 319; full: false; raw: 1278
  544. [junit] d: 3; h: 554; full: false; raw: 2218
  545. [junit] d: 3; h: 555; full: false; raw: 2222
  546. [junit] d: 3; h: 556; full: false; raw: 2226
  547. [junit] d: 3; h: 557; full: false; raw: 2230
  548. [junit] d: 3; h: 558; full: false; raw: 2234
  549. [junit] d: 3; h: 559; full: true; raw: 2239
  550. [junit] d: 3; h: 568; full: false; raw: 2274
  551. [junit] d: 3; h: 570; full: false; raw: 2282
  552. [junit] d: 3; h: 571; full: false; raw: 2286
  553. [junit] d: 3; h: 574; full: false; raw: 2298
  554. [junit] d: 3; h: 725; full: false; raw: 2902
  555. [junit] d: 3; h: 727; full: false; raw: 2910
  556. [junit] d: 3; h: 732; full: false; raw: 2930
  557. [junit] d: 3; h: 733; full: false; raw: 2934
  558. [junit] d: 3; h: 734; full: false; raw: 2938
  559. [junit] d: 3; h: 735; full: true; raw: 2943
  560. [junit] d: 3; h: 756; full: false; raw: 3026
  561. [junit] d: 3; h: 757; full: false; raw: 3030
  562. [junit] d: 3; h: 759; full: false; raw: 3038
  563. [junit] d: 3; h: 765; full: false; raw: 3062
  564. [junit] new long[]{2L, 8L, 10L, 11L, 32L, 33L, 34L, 35L,
  565. [junit] 40L, 42L, 193L, 196L, 197L, 199L, 208L, 209L,
  566. [junit] 210L, 211L, 212L, 213L, 256L, 257L, 258L, 259L,
  567. [junit] 65L, 66L, 67L, 68L, 276L, 277L, 278L, 279L,
  568. [junit] 70L, 71L, 72L, 73L, 296L, 297L, 298L, 299L,
  569. [junit] 75L, 76L, 77L, 78L, 316L, 317L, 318L, 319L,
  570. [junit] 554L, 555L, 556L, 557L, 558L, 559L, 568L, 570L,
  571. [junit] 571L, 574L, 725L, 727L, 732L, 733L, 734L, 735L,
  572. [junit] 756L, 757L, 759L, 765L}
  573. [junit] Cone test. Center lon: 12.46214169deg, lat: 72.49285924deg, radius: 3.6919999999999997 deg, depth: 4
  574. [junit] cds.healpix.NestedSmallCell
  575. [junit] Cone test. Center lon: 12.46214169deg, lat: -72.49285924deg, radius: 3.6919999999999997 deg, depth: 4
  576. [junit] cds.healpix.NestedSmallCell
  577. [junit] Cone test. Center lon: 13.398833333333332deg, lat: -72.96244444444444deg, radius: 4.6 deg, depth: 4
  578. [junit] cds.healpix.NestedSmallCell
  579. [junit] Cone test. Center lon: 13.158329deg, lat: 72.80028deg, radius: 5.64323 deg, depth: 3
  580. [junit] cds.healpix.NestedSmallCell
  581. [junit] Cone test. Center lon: 13.158329deg, lat: -72.80028deg, radius: 5.64323 deg, depth: 3
  582. [junit] cds.healpix.NestedSmallCell
  583. [junit] Cone test. Center lon: 97.9175deg, lat: 5.76952778deg, radius: 0.07416666666666667 deg, depth: 9
  584. [junit] cds.healpix.NestedLargeCell
  585. [junit] Cone test. Center lon: 205.0deg, lat: 30.5deg, radius: 0.05 deg, depth: 18
  586. [junit] cds.healpix.NestedSmallCell
  587. [junit] MOC size: 3515
  588. [junit] Cone test. Center lon: 205.0deg, lat: 30.6deg, radius: 0.05 deg, depth: 18
  589. [junit] cds.healpix.NestedSmallCell
  590. [junit] Cone test. Center lon: 97.55166666666668deg, lat: 4.84075deg, radius: 0.008472222222222223 deg, depth: 18
  591. [junit] d: 18; h: 373286555370; full: false; raw: 1493146221482
  592. [junit] d: 18; h: 373286555371; full: false; raw: 1493146221486
  593. [junit] d: 18; h: 373286555373; full: false; raw: 1493146221494
  594. [junit] d: 18; h: 373286555374; full: true; raw: 1493146221499
  595. [junit] d: 18; h: 373286555375; full: true; raw: 1493146221503
  596. [junit] d: 18; h: 373286555384; full: false; raw: 1493146221538
  597. [junit] d: 18; h: 373286555385; full: false; raw: 1493146221542
  598. [junit] d: 18; h: 373286555386; full: true; raw: 1493146221547
  599. [junit] d: 18; h: 373286555387; full: true; raw: 1493146221551
  600. [junit] d: 17; h: 93321638847; full: true; raw: 1493146221561
  601. [junit] d: 18; h: 373286555554; full: false; raw: 1493146222218
  602. [junit] d: 18; h: 373286555555; full: false; raw: 1493146222222
  603. [junit] d: 18; h: 373286555558; full: false; raw: 1493146222234
  604. [junit] d: 18; h: 373286555559; full: false; raw: 1493146222238
  605. [junit] d: 17; h: 93321638890; full: true; raw: 1493146222249
  606. [junit] d: 17; h: 93321638891; full: true; raw: 1493146222265
  607. [junit] d: 18; h: 373286555570; full: false; raw: 1493146222282
  608. [junit] d: 18; h: 373286555571; full: false; raw: 1493146222286
  609. [junit] d: 18; h: 373286555574; full: false; raw: 1493146222298
  610. [junit] d: 18; h: 373286555575; full: false; raw: 1493146222302
  611. [junit] d: 17; h: 93321638894; full: true; raw: 1493146222313
  612. [junit] d: 17; h: 93321638895; full: true; raw: 1493146222329
  613. [junit] d: 18; h: 373286555618; full: false; raw: 1493146222474
  614. [junit] d: 18; h: 373286555619; full: false; raw: 1493146222478
  615. [junit] d: 17; h: 93321638906; full: true; raw: 1493146222505
  616. [junit] d: 17; h: 93321638907; full: true; raw: 1493146222521
  617. [junit] d: 18; h: 373286555640; full: true; raw: 1493146222563
  618. [junit] d: 18; h: 373286555641; full: false; raw: 1493146222566
  619. [junit] d: 18; h: 373286555642; full: true; raw: 1493146222571
  620. [junit] d: 18; h: 373286555643; full: true; raw: 1493146222575
  621. [junit] d: 18; h: 373286555644; full: false; raw: 1493146222578
  622. [junit] d: 18; h: 373286555646; full: true; raw: 1493146222587
  623. [junit] d: 18; h: 373286555647; full: true; raw: 1493146222591
  624. [junit] d: 18; h: 373286558378; full: false; raw: 1493146233514
  625. [junit] d: 18; h: 373286558379; full: false; raw: 1493146233518
  626. [junit] d: 18; h: 373286560119; full: false; raw: 1493146240478
  627. [junit] d: 18; h: 373286560123; full: false; raw: 1493146240494
  628. [junit] d: 18; h: 373286560124; full: false; raw: 1493146240498
  629. [junit] d: 18; h: 373286560125; full: true; raw: 1493146240503
  630. [junit] d: 18; h: 373286560126; full: true; raw: 1493146240507
  631. [junit] d: 18; h: 373286560127; full: true; raw: 1493146240511
  632. [junit] d: 18; h: 373286560199; full: false; raw: 1493146240798
  633. [junit] d: 18; h: 373286560204; full: false; raw: 1493146240818
  634. [junit] d: 18; h: 373286560205; full: true; raw: 1493146240823
  635. [junit] d: 18; h: 373286560206; full: false; raw: 1493146240826
  636. [junit] d: 18; h: 373286560207; full: true; raw: 1493146240831
  637. [junit] d: 18; h: 373286560208; full: false; raw: 1493146240834
  638. [junit] d: 18; h: 373286560209; full: true; raw: 1493146240839
  639. [junit] d: 18; h: 373286560210; full: true; raw: 1493146240843
  640. [junit] d: 18; h: 373286560211; full: true; raw: 1493146240847
  641. [junit] d: 17; h: 93321640053; full: true; raw: 1493146240857
  642. [junit] d: 17; h: 93321640054; full: true; raw: 1493146240873
  643. [junit] d: 17; h: 93321640055; full: true; raw: 1493146240889
  644. [junit] d: 18; h: 373286560225; full: false; raw: 1493146240902
  645. [junit] d: 18; h: 373286560227; full: true; raw: 1493146240911
  646. [junit] d: 17; h: 93321640057; full: true; raw: 1493146240921
  647. [junit] d: 18; h: 373286560232; full: false; raw: 1493146240930
  648. [junit] d: 18; h: 373286560233; full: true; raw: 1493146240935
  649. [junit] d: 18; h: 373286560234; full: true; raw: 1493146240939
  650. [junit] d: 18; h: 373286560235; full: true; raw: 1493146240943
  651. [junit] d: 17; h: 93321640059; full: true; raw: 1493146240953
  652. [junit] d: 16; h: 23330410015; full: true; raw: 1493146240993
  653. [junit] d: 18; h: 373286560533; full: false; raw: 1493146242134
  654. [junit] d: 18; h: 373286560535; full: false; raw: 1493146242142
  655. [junit] d: 18; h: 373286560540; full: false; raw: 1493146242162
  656. [junit] d: 18; h: 373286560541; full: true; raw: 1493146242167
  657. [junit] d: 18; h: 373286560542; full: false; raw: 1493146242170
  658. [junit] d: 18; h: 373286560543; full: true; raw: 1493146242175
  659. [junit] d: 18; h: 373286560564; full: false; raw: 1493146242258
  660. [junit] d: 18; h: 373286560565; full: true; raw: 1493146242263
  661. [junit] d: 18; h: 373286560566; full: true; raw: 1493146242267
  662. [junit] d: 18; h: 373286560567; full: true; raw: 1493146242271
  663. [junit] d: 18; h: 373286560569; full: false; raw: 1493146242278
  664. [junit] d: 18; h: 373286560571; full: false; raw: 1493146242286
  665. [junit] d: 17; h: 93321640143; full: true; raw: 1493146242297
  666. [junit] d: 15; h: 5832602509; full: true; raw: 1493146242433
  667. [junit] d: 18; h: 373286560657; full: false; raw: 1493146242630
  668. [junit] d: 18; h: 373286560659; full: false; raw: 1493146242638
  669. [junit] d: 17; h: 93321640165; full: true; raw: 1493146242649
  670. [junit] d: 18; h: 373286560665; full: true; raw: 1493146242663
  671. [junit] d: 18; h: 373286560667; full: true; raw: 1493146242671
  672. [junit] d: 17; h: 93321640167; full: true; raw: 1493146242681
  673. [junit] d: 18; h: 373286560689; full: true; raw: 1493146242759
  674. [junit] d: 18; h: 373286560691; full: true; raw: 1493146242767
  675. [junit] d: 17; h: 93321640173; full: true; raw: 1493146242777
  676. [junit] d: 18; h: 373286560697; full: true; raw: 1493146242791
  677. [junit] d: 18; h: 373286560699; full: true; raw: 1493146242799
  678. [junit] d: 17; h: 93321640175; full: true; raw: 1493146242809
  679. [junit] d: 15; h: 5832602511; full: true; raw: 1493146242945
  680. [junit] d: 18; h: 373286560779; full: false; raw: 1493146243118
  681. [junit] d: 18; h: 373286560781; full: false; raw: 1493146243126
  682. [junit] d: 18; h: 373286560782; full: true; raw: 1493146243131
  683. [junit] d: 18; h: 373286560783; full: true; raw: 1493146243135
  684. [junit] d: 18; h: 373286560786; full: false; raw: 1493146243146
  685. [junit] d: 18; h: 373286560787; full: false; raw: 1493146243150
  686. [junit] d: 18; h: 373286560788; full: false; raw: 1493146243154
  687. [junit] d: 18; h: 373286560789; full: false; raw: 1493146243158
  688. [junit] d: 18; h: 373286560790; full: true; raw: 1493146243163
  689. [junit] d: 18; h: 373286560791; full: true; raw: 1493146243167
  690. [junit] d: 17; h: 93321640198; full: true; raw: 1493146243177
  691. [junit] d: 17; h: 93321640199; full: true; raw: 1493146243193
  692. [junit] d: 18; h: 373286560800; full: false; raw: 1493146243202
  693. [junit] d: 18; h: 373286560801; full: true; raw: 1493146243207
  694. [junit] d: 18; h: 373286560802; full: true; raw: 1493146243211
  695. [junit] d: 18; h: 373286560803; full: true; raw: 1493146243215
  696. [junit] d: 17; h: 93321640201; full: true; raw: 1493146243225
  697. [junit] d: 17; h: 93321640202; full: true; raw: 1493146243241
  698. [junit] d: 17; h: 93321640203; full: true; raw: 1493146243257
  699. [junit] d: 16; h: 23330410051; full: true; raw: 1493146243297
  700. [junit] d: 15; h: 5832602513; full: true; raw: 1493146243457
  701. [junit] d: 15; h: 5832602514; full: true; raw: 1493146243713
  702. [junit] d: 15; h: 5832602515; full: true; raw: 1493146243969
  703. [junit] d: 14; h: 1458150629; full: true; raw: 1493146244609
  704. [junit] d: 14; h: 1458150630; full: true; raw: 1493146245633
  705. [junit] d: 14; h: 1458150631; full: true; raw: 1493146246657
  706. [junit] d: 18; h: 373286562065; full: true; raw: 1493146248263
  707. [junit] d: 18; h: 373286562067; full: false; raw: 1493146248270
  708. [junit] d: 17; h: 93321640517; full: true; raw: 1493146248281
  709. [junit] d: 18; h: 373286562073; full: false; raw: 1493146248294
  710. [junit] d: 18; h: 373286562075; full: false; raw: 1493146248302
  711. [junit] d: 17; h: 93321640519; full: true; raw: 1493146248313
  712. [junit] d: 18; h: 373286562097; full: false; raw: 1493146248390
  713. [junit] d: 17; h: 93321640525; full: true; raw: 1493146248409
  714. [junit] d: 18; h: 373286562108; full: false; raw: 1493146248434
  715. [junit] d: 18; h: 373286562109; full: true; raw: 1493146248439
  716. [junit] d: 18; h: 373286562110; full: false; raw: 1493146248442
  717. [junit] d: 18; h: 373286562111; full: true; raw: 1493146248447
  718. [junit] d: 15; h: 5832602533; full: true; raw: 1493146248577
  719. [junit] d: 18; h: 373286562196; full: false; raw: 1493146248786
  720. [junit] d: 18; h: 373286562197; full: true; raw: 1493146248791
  721. [junit] d: 18; h: 373286562199; full: true; raw: 1493146248799
  722. [junit] d: 18; h: 373286562205; full: false; raw: 1493146248822
  723. [junit] d: 18; h: 373286562207; full: false; raw: 1493146248830
  724. [junit] d: 16; h: 23330410140; full: true; raw: 1493146248993
  725. [junit] d: 16; h: 23330410141; full: true; raw: 1493146249057
  726. [junit] d: 18; h: 373286562272; full: false; raw: 1493146249090
  727. [junit] d: 18; h: 373286562273; full: true; raw: 1493146249095
  728. [junit] d: 18; h: 373286562274; full: false; raw: 1493146249098
  729. [junit] d: 18; h: 373286562275; full: true; raw: 1493146249103
  730. [junit] d: 17; h: 93321640569; full: true; raw: 1493146249113
  731. [junit] d: 18; h: 373286562281; full: true; raw: 1493146249127
  732. [junit] d: 18; h: 373286562283; full: false; raw: 1493146249134
  733. [junit] d: 17; h: 93321640571; full: true; raw: 1493146249145
  734. [junit] d: 16; h: 23330410143; full: true; raw: 1493146249185
  735. [junit] d: 18; h: 373286562628; full: true; raw: 1493146250515
  736. [junit] d: 18; h: 373286562629; full: true; raw: 1493146250519
  737. [junit] d: 18; h: 373286562630; full: false; raw: 1493146250522
  738. [junit] d: 18; h: 373286562631; full: true; raw: 1493146250527
  739. [junit] d: 18; h: 373286562637; full: false; raw: 1493146250550
  740. [junit] d: 18; h: 373286562639; full: false; raw: 1493146250558
  741. [junit] d: 16; h: 23330410165; full: true; raw: 1493146250593
  742. [junit] d: 18; h: 373286562672; full: false; raw: 1493146250690
  743. [junit] d: 18; h: 373286562673; full: true; raw: 1493146250695
  744. [junit] d: 18; h: 373286562675; full: false; raw: 1493146250702
  745. [junit] d: 17; h: 93321640669; full: true; raw: 1493146250713
  746. [junit] d: 18; h: 373286562681; full: false; raw: 1493146250726
  747. [junit] d: 18; h: 373286562684; full: true; raw: 1493146250739
  748. [junit] d: 18; h: 373286562685; full: true; raw: 1493146250743
  749. [junit] d: 18; h: 373286562686; full: false; raw: 1493146250746
  750. [junit] d: 18; h: 373286562687; full: true; raw: 1493146250751
  751. [junit] d: 18; h: 373286562773; full: false; raw: 1493146251094
  752. [junit] d: 14; h: 1458150636; full: true; raw: 1493146251777
  753. [junit] d: 14; h: 1458150637; full: true; raw: 1493146252801
  754. [junit] d: 15; h: 5832602552; full: true; raw: 1493146253441
  755. [junit] d: 15; h: 5832602553; full: true; raw: 1493146253697
  756. [junit] d: 18; h: 373286563456; full: true; raw: 1493146253827
  757. [junit] d: 18; h: 373286563457; full: true; raw: 1493146253831
  758. [junit] d: 18; h: 373286563458; full: false; raw: 1493146253834
  759. [junit] d: 18; h: 373286563459; full: true; raw: 1493146253839
  760. [junit] d: 17; h: 93321640865; full: true; raw: 1493146253849
  761. [junit] d: 18; h: 373286563465; full: false; raw: 1493146253862
  762. [junit] d: 18; h: 373286563468; full: true; raw: 1493146253875
  763. [junit] d: 18; h: 373286563469; full: true; raw: 1493146253879
  764. [junit] d: 18; h: 373286563470; full: false; raw: 1493146253882
  765. [junit] d: 18; h: 373286563471; full: true; raw: 1493146253887
  766. [junit] d: 16; h: 23330410217; full: true; raw: 1493146253921
  767. [junit] d: 18; h: 373286563493; full: false; raw: 1493146253974
  768. [junit] d: 18; h: 373286563504; full: true; raw: 1493146254019
  769. [junit] d: 18; h: 373286563505; full: true; raw: 1493146254023
  770. [junit] d: 18; h: 373286563506; full: false; raw: 1493146254026
  771. [junit] d: 18; h: 373286563507; full: true; raw: 1493146254031
  772. [junit] d: 17; h: 93321640877; full: true; raw: 1493146254041
  773. [junit] d: 18; h: 373286563513; full: false; raw: 1493146254054
  774. [junit] d: 18; h: 373286563516; full: true; raw: 1493146254067
  775. [junit] d: 18; h: 373286563517; full: true; raw: 1493146254071
  776. [junit] d: 18; h: 373286563518; full: false; raw: 1493146254074
  777. [junit] d: 18; h: 373286563519; full: true; raw: 1493146254079
  778. [junit] d: 15; h: 5832602555; full: true; raw: 1493146254209
  779. [junit] d: 14; h: 1458150639; full: true; raw: 1493146254849
  780. [junit] d: 17; h: 93321640960; full: true; raw: 1493146255369
  781. [junit] d: 18; h: 373286563844; full: true; raw: 1493146255379
  782. [junit] d: 18; h: 373286563845; full: false; raw: 1493146255382
  783. [junit] d: 18; h: 373286563846; full: true; raw: 1493146255387
  784. [junit] d: 18; h: 373286563847; full: true; raw: 1493146255391
  785. [junit] d: 17; h: 93321640962; full: true; raw: 1493146255401
  786. [junit] d: 17; h: 93321640963; full: true; raw: 1493146255417
  787. [junit] d: 18; h: 373286563856; full: false; raw: 1493146255426
  788. [junit] d: 18; h: 373286563858; full: true; raw: 1493146255435
  789. [junit] d: 18; h: 373286563859; full: true; raw: 1493146255439
  790. [junit] d: 18; h: 373286563862; full: false; raw: 1493146255450
  791. [junit] d: 17; h: 93321640966; full: true; raw: 1493146255465
  792. [junit] d: 17; h: 93321640967; full: true; raw: 1493146255481
  793. [junit] d: 16; h: 23330410242; full: true; raw: 1493146255521
  794. [junit] d: 16; h: 23330410243; full: true; raw: 1493146255585
  795. [junit] d: 18; h: 373286563912; full: false; raw: 1493146255650
  796. [junit] d: 18; h: 373286563914; full: true; raw: 1493146255659
  797. [junit] d: 18; h: 373286563915; full: false; raw: 1493146255662
  798. [junit] d: 18; h: 373286563918; full: false; raw: 1493146255674
  799. [junit] d: 17; h: 93321640984; full: true; raw: 1493146255753
  800. [junit] d: 18; h: 373286563940; full: true; raw: 1493146255763
  801. [junit] d: 18; h: 373286563941; full: false; raw: 1493146255766
  802. [junit] d: 18; h: 373286563942; full: true; raw: 1493146255771
  803. [junit] d: 18; h: 373286563943; full: true; raw: 1493146255775
  804. [junit] d: 17; h: 93321640986; full: true; raw: 1493146255785
  805. [junit] d: 17; h: 93321640987; full: true; raw: 1493146255801
  806. [junit] d: 18; h: 373286563954; full: true; raw: 1493146255819
  807. [junit] d: 18; h: 373286563955; full: false; raw: 1493146255822
  808. [junit] d: 17; h: 93321640990; full: true; raw: 1493146255849
  809. [junit] d: 18; h: 373286563964; full: false; raw: 1493146255858
  810. [junit] d: 18; h: 373286563966; full: true; raw: 1493146255867
  811. [junit] d: 18; h: 373286563967; full: false; raw: 1493146255870
  812. [junit] d: 15; h: 5832602562; full: true; raw: 1493146256001
  813. [junit] d: 15; h: 5832602563; full: true; raw: 1493146256257
  814. [junit] d: 18; h: 373286564224; full: false; raw: 1493146256898
  815. [junit] d: 18; h: 373286564225; full: false; raw: 1493146256902
  816. [junit] d: 18; h: 373286564226; full: true; raw: 1493146256907
  817. [junit] d: 18; h: 373286564227; full: true; raw: 1493146256911
  818. [junit] d: 18; h: 373286564230; full: false; raw: 1493146256922
  819. [junit] d: 17; h: 93321641058; full: true; raw: 1493146256937
  820. [junit] d: 18; h: 373286564236; full: true; raw: 1493146256947
  821. [junit] d: 18; h: 373286564237; full: false; raw: 1493146256950
  822. [junit] d: 18; h: 373286564238; full: true; raw: 1493146256955
  823. [junit] d: 18; h: 373286564239; full: true; raw: 1493146256959
  824. [junit] d: 18; h: 373286564250; full: false; raw: 1493146257002
  825. [junit] d: 16; h: 23330410266; full: true; raw: 1493146257057
  826. [junit] d: 18; h: 373286564272; full: true; raw: 1493146257091
  827. [junit] d: 18; h: 373286564273; full: false; raw: 1493146257094
  828. [junit] d: 18; h: 373286564274; full: true; raw: 1493146257099
  829. [junit] d: 18; h: 373286564275; full: true; raw: 1493146257103
  830. [junit] d: 17; h: 93321641070; full: true; raw: 1493146257129
  831. [junit] d: 18; h: 373286564284; full: false; raw: 1493146257138
  832. [junit] d: 18; h: 373286564286; full: true; raw: 1493146257147
  833. [junit] d: 18; h: 373286564287; full: false; raw: 1493146257150
  834. [junit] d: 14; h: 1458150642; full: true; raw: 1493146257921
  835. [junit] d: 15; h: 5832602572; full: true; raw: 1493146258561
  836. [junit] d: 18; h: 373286564672; full: false; raw: 1493146258690
  837. [junit] d: 18; h: 373286564674; full: true; raw: 1493146258699
  838. [junit] d: 18; h: 373286564680; full: true; raw: 1493146258723
  839. [junit] d: 18; h: 373286564681; full: false; raw: 1493146258726
  840. [junit] d: 18; h: 373286564682; full: true; raw: 1493146258731
  841. [junit] d: 18; h: 373286564683; full: true; raw: 1493146258735
  842. [junit] d: 18; h: 373286564686; full: false; raw: 1493146258746
  843. [junit] d: 17; h: 93321641176; full: true; raw: 1493146258825
  844. [junit] d: 18; h: 373286564708; full: true; raw: 1493146258835
  845. [junit] d: 18; h: 373286564710; full: true; raw: 1493146258843
  846. [junit] d: 18; h: 373286564711; full: false; raw: 1493146258846
  847. [junit] d: 17; h: 93321641178; full: true; raw: 1493146258857
  848. [junit] d: 17; h: 93321641179; full: true; raw: 1493146258873
  849. [junit] d: 18; h: 373286564730; full: false; raw: 1493146258922
  850. [junit] d: 15; h: 5832602574; full: true; raw: 1493146259073
  851. [junit] d: 16; h: 23330410300; full: true; raw: 1493146259233
  852. [junit] d: 18; h: 373286564816; full: true; raw: 1493146259267
  853. [junit] d: 18; h: 373286564818; full: true; raw: 1493146259275
  854. [junit] d: 18; h: 373286564819; full: false; raw: 1493146259278
  855. [junit] d: 18; h: 373286564824; full: true; raw: 1493146259299
  856. [junit] d: 18; h: 373286564825; full: false; raw: 1493146259302
  857. [junit] d: 18; h: 373286564826; full: true; raw: 1493146259307
  858. [junit] d: 18; h: 373286564827; full: true; raw: 1493146259311
  859. [junit] d: 18; h: 373286564830; full: false; raw: 1493146259322
  860. [junit] d: 16; h: 23330410302; full: true; raw: 1493146259361
  861. [junit] d: 17; h: 93321641212; full: true; raw: 1493146259401
  862. [junit] d: 18; h: 373286564852; full: false; raw: 1493146259410
  863. [junit] d: 18; h: 373286564854; full: true; raw: 1493146259419
  864. [junit] d: 17; h: 93321641214; full: true; raw: 1493146259433
  865. [junit] d: 18; h: 373286564860; full: true; raw: 1493146259443
  866. [junit] d: 18; h: 373286564861; full: false; raw: 1493146259446
  867. [junit] d: 18; h: 373286564862; full: true; raw: 1493146259451
  868. [junit] d: 18; h: 373286564863; full: false; raw: 1493146259454
  869. [junit] d: 14; h: 1458150648; full: true; raw: 1493146264065
  870. [junit] d: 15; h: 5832602596; full: true; raw: 1493146264705
  871. [junit] d: 16; h: 23330410388; full: true; raw: 1493146264865
  872. [junit] d: 17; h: 93321641556; full: true; raw: 1493146264905
  873. [junit] d: 18; h: 373286566228; full: true; raw: 1493146264915
  874. [junit] d: 18; h: 373286566229; full: false; raw: 1493146264918
  875. [junit] d: 18; h: 373286566230; full: true; raw: 1493146264923
  876. [junit] d: 18; h: 373286566231; full: true; raw: 1493146264927
  877. [junit] d: 17; h: 93321641558; full: true; raw: 1493146264937
  878. [junit] d: 17; h: 93321641559; full: true; raw: 1493146264953
  879. [junit] d: 16; h: 23330410390; full: true; raw: 1493146264993
  880. [junit] d: 16; h: 23330410391; full: true; raw: 1493146265057
  881. [junit] d: 15; h: 5832602598; full: true; raw: 1493146265217
  882. [junit] d: 15; h: 5832602599; full: true; raw: 1493146265473
  883. [junit] d: 14; h: 1458150650; full: true; raw: 1493146266113
  884. [junit] d: 15; h: 5832602604; full: true; raw: 1493146266753
  885. [junit] d: 16; h: 23330410420; full: true; raw: 1493146266913
  886. [junit] d: 17; h: 93321641684; full: true; raw: 1493146266953
  887. [junit] d: 18; h: 373286566740; full: true; raw: 1493146266963
  888. [junit] d: 18; h: 373286566741; full: true; raw: 1493146266967
  889. [junit] d: 18; h: 373286566742; full: true; raw: 1493146266971
  890. [junit] d: 18; h: 373286566743; full: false; raw: 1493146266974
  891. [junit] d: 17; h: 93321641686; full: true; raw: 1493146266985
  892. [junit] d: 18; h: 373286566748; full: true; raw: 1493146266995
  893. [junit] d: 18; h: 373286566749; full: false; raw: 1493146266998
  894. [junit] d: 18; h: 373286566750; full: true; raw: 1493146267003
  895. [junit] d: 16; h: 23330410422; full: true; raw: 1493146267041
  896. [junit] d: 17; h: 93321641692; full: true; raw: 1493146267081
  897. [junit] d: 18; h: 373286566772; full: false; raw: 1493146267090
  898. [junit] d: 18; h: 373286566774; full: false; raw: 1493146267098
  899. [junit] d: 18; h: 373286566776; full: true; raw: 1493146267107
  900. [junit] d: 18; h: 373286566777; full: true; raw: 1493146267111
  901. [junit] d: 18; h: 373286566778; full: true; raw: 1493146267115
  902. [junit] d: 18; h: 373286566779; full: false; raw: 1493146267118
  903. [junit] d: 15; h: 5832602606; full: true; raw: 1493146267265
  904. [junit] d: 17; h: 93321641712; full: true; raw: 1493146267401
  905. [junit] d: 17; h: 93321641713; full: true; raw: 1493146267417
  906. [junit] d: 17; h: 93321641714; full: true; raw: 1493146267433
  907. [junit] d: 18; h: 373286566860; full: true; raw: 1493146267443
  908. [junit] d: 18; h: 373286566861; full: true; raw: 1493146267447
  909. [junit] d: 18; h: 373286566862; full: true; raw: 1493146267451
  910. [junit] d: 18; h: 373286566863; full: false; raw: 1493146267454
  911. [junit] d: 18; h: 373286566864; full: true; raw: 1493146267459
  912. [junit] d: 18; h: 373286566866; full: false; raw: 1493146267466
  913. [junit] d: 18; h: 373286566880; full: true; raw: 1493146267523
  914. [junit] d: 18; h: 373286566881; full: true; raw: 1493146267527
  915. [junit] d: 18; h: 373286566882; full: true; raw: 1493146267531
  916. [junit] d: 18; h: 373286566883; full: false; raw: 1493146267534
  917. [junit] d: 18; h: 373286566884; full: false; raw: 1493146267538
  918. [junit] d: 18; h: 373286566888; full: true; raw: 1493146267555
  919. [junit] d: 18; h: 373286566890; full: false; raw: 1493146267562
  920. [junit] d: 18; h: 373286566922; full: false; raw: 1493146267690
  921. [junit] d: 18; h: 373286566944; full: false; raw: 1493146267778
  922. [junit] d: 18; h: 373286566946; full: false; raw: 1493146267786
  923. [junit] d: 18; h: 373286566952; full: false; raw: 1493146267810
  924. [junit] d: 18; h: 373286566954; full: false; raw: 1493146267818
  925. [junit] d: 18; h: 373286567040; full: false; raw: 1493146268162
  926. [junit] d: 18; h: 373286567042; full: false; raw: 1493146268170
  927. [junit] d: 18; h: 373286567048; full: false; raw: 1493146268194
  928. [junit] d: 18; h: 373286567050; full: false; raw: 1493146268202
  929. [junit] d: 18; h: 373286567072; full: false; raw: 1493146268290
  930. [junit] d: 18; h: 373286567074; full: false; raw: 1493146268298
  931. [junit] d: 18; h: 373286567080; full: false; raw: 1493146268322
  932. [junit] d: 18; h: 373286650901; full: false; raw: 1493146603606
  933. [junit] d: 18; h: 373286650944; full: true; raw: 1493146603779
  934. [junit] d: 18; h: 373286650945; full: true; raw: 1493146603783
  935. [junit] d: 18; h: 373286650947; full: false; raw: 1493146603790
  936. [junit] d: 17; h: 93321662737; full: true; raw: 1493146603801
  937. [junit] d: 18; h: 373286650956; full: false; raw: 1493146603826
  938. [junit] d: 18; h: 373286650957; full: false; raw: 1493146603830
  939. [junit] d: 17; h: 93321662740; full: true; raw: 1493146603849
  940. [junit] d: 17; h: 93321662741; full: true; raw: 1493146603865
  941. [junit] d: 18; h: 373286650968; full: true; raw: 1493146603875
  942. [junit] d: 18; h: 373286650969; full: true; raw: 1493146603879
  943. [junit] d: 18; h: 373286650970; full: false; raw: 1493146603882
  944. [junit] d: 18; h: 373286650971; full: true; raw: 1493146603887
  945. [junit] d: 17; h: 93321662743; full: true; raw: 1493146603897
  946. [junit] d: 18; h: 373286650996; full: false; raw: 1493146603986
  947. [junit] d: 18; h: 373286650997; full: true; raw: 1493146603991
  948. [junit] d: 16; h: 23330415696; full: true; raw: 1493146604577
  949. [junit] d: 16; h: 23330415697; full: true; raw: 1493146604641
  950. [junit] d: 18; h: 373286651168; full: true; raw: 1493146604675
  951. [junit] d: 18; h: 373286651169; full: true; raw: 1493146604679
  952. [junit] d: 18; h: 373286651170; full: false; raw: 1493146604682
  953. [junit] d: 18; h: 373286651171; full: true; raw: 1493146604687
  954. [junit] d: 17; h: 93321662793; full: true; raw: 1493146604697
  955. [junit] d: 18; h: 373286651180; full: false; raw: 1493146604722
  956. [junit] d: 18; h: 373286651181; full: false; raw: 1493146604726
  957. [junit] d: 17; h: 93321662796; full: true; raw: 1493146604745
  958. [junit] d: 17; h: 93321662797; full: true; raw: 1493146604761
  959. [junit] d: 18; h: 373286651192; full: true; raw: 1493146604771
  960. [junit] d: 18; h: 373286651193; full: true; raw: 1493146604775
  961. [junit] d: 18; h: 373286651195; full: false; raw: 1493146604782
  962. [junit] d: 18; h: 373286651196; full: true; raw: 1493146604787
  963. [junit] d: 18; h: 373286651197; full: true; raw: 1493146604791
  964. [junit] d: 18; h: 373286651198; full: false; raw: 1493146604794
  965. [junit] d: 18; h: 373286651199; full: true; raw: 1493146604799
  966. [junit] d: 15; h: 5832603925; full: true; raw: 1493146604929
  967. [junit] d: 18; h: 373286651329; full: false; raw: 1493146605318
  968. [junit] d: 18; h: 373286651332; full: false; raw: 1493146605330
  969. [junit] d: 18; h: 373286651333; full: false; raw: 1493146605334
  970. [junit] d: 18; h: 373286651344; full: true; raw: 1493146605379
  971. [junit] d: 18; h: 373286651345; full: true; raw: 1493146605383
  972. [junit] d: 18; h: 373286651348; full: true; raw: 1493146605395
  973. [junit] d: 18; h: 373286651349; full: true; raw: 1493146605399
  974. [junit] d: 15; h: 5832603968; full: true; raw: 1493146615937
  975. [junit] d: 16; h: 23330415876; full: true; raw: 1493146616097
  976. [junit] d: 16; h: 23330415877; full: true; raw: 1493146616161
  977. [junit] d: 17; h: 93321663512; full: true; raw: 1493146616201
  978. [junit] d: 17; h: 93321663513; full: true; raw: 1493146616217
  979. [junit] d: 17; h: 93321663514; full: true; raw: 1493146616233
  980. [junit] d: 18; h: 373286654060; full: true; raw: 1493146616243
  981. [junit] d: 18; h: 373286654061; full: true; raw: 1493146616247
  982. [junit] d: 18; h: 373286654062; full: false; raw: 1493146616250
  983. [junit] d: 18; h: 373286654063; full: false; raw: 1493146616254
  984. [junit] d: 17; h: 93321663516; full: true; raw: 1493146616265
  985. [junit] d: 18; h: 373286654068; full: true; raw: 1493146616275
  986. [junit] d: 18; h: 373286654069; full: true; raw: 1493146616279
  987. [junit] d: 18; h: 373286654070; full: true; raw: 1493146616283
  988. [junit] d: 18; h: 373286654071; full: false; raw: 1493146616286
  989. [junit] d: 18; h: 373286654072; full: true; raw: 1493146616291
  990. [junit] d: 18; h: 373286654073; full: false; raw: 1493146616294
  991. [junit] d: 18; h: 373286654076; full: false; raw: 1493146616306
  992. [junit] d: 18; h: 373286654080; full: true; raw: 1493146616323
  993. [junit] d: 18; h: 373286654081; full: true; raw: 1493146616327
  994. [junit] d: 18; h: 373286654084; full: true; raw: 1493146616339
  995. [junit] d: 18; h: 373286654085; full: true; raw: 1493146616343
  996. [junit] d: 18; h: 373286654096; full: true; raw: 1493146616387
  997. [junit] d: 18; h: 373286654097; full: false; raw: 1493146616390
  998. [junit] d: 18; h: 373286654100; full: false; raw: 1493146616402
  999. [junit] d: 18; h: 373286654101; full: false; raw: 1493146616406
  1000. [junit] d: 18; h: 373286654144; full: false; raw: 1493146616578
  1001. [junit] d: 17; h: 93321663552; full: true; raw: 1493146616841
  1002. [junit] d: 17; h: 93321663553; full: true; raw: 1493146616857
  1003. [junit] d: 17; h: 93321663554; full: true; raw: 1493146616873
  1004. [junit] d: 18; h: 373286654220; full: true; raw: 1493146616883
  1005. [junit] d: 18; h: 373286654221; full: true; raw: 1493146616887
  1006. [junit] d: 18; h: 373286654222; full: true; raw: 1493146616891
  1007. [junit] d: 18; h: 373286654223; full: false; raw: 1493146616894
  1008. [junit] d: 18; h: 373286654224; full: true; raw: 1493146616899
  1009. [junit] d: 18; h: 373286654225; full: true; raw: 1493146616903
  1010. [junit] d: 18; h: 373286654226; full: true; raw: 1493146616907
  1011. [junit] d: 18; h: 373286654227; full: false; raw: 1493146616910
  1012. [junit] d: 18; h: 373286654228; full: true; raw: 1493146616915
  1013. [junit] d: 18; h: 373286654229; full: false; raw: 1493146616918
  1014. [junit] d: 18; h: 373286654232; full: false; raw: 1493146616930
  1015. [junit] d: 18; h: 373286654240; full: true; raw: 1493146616963
  1016. [junit] d: 18; h: 373286654241; full: false; raw: 1493146616966
  1017. [junit] d: 18; h: 373286654242; full: false; raw: 1493146616970
  1018. [junit] Cone test. Center lon: 36.80105218deg, lat: 56.78028536deg, radius: 14.93 deg, depth: 3
  1019. [junit] cds.healpix.NestedSmallCell
  1020. [junit] Cone test. Center lon: 160.771389deg, lat: 64.3813deg, radius: 0.8962 deg, depth: 6
  1021. [junit] cds.healpix.NestedSmallCell
  1022. [junit] Cone test. Center lon: 160.771389deg, lat: -64.3813deg, radius: 0.8962 deg, depth: 6
  1023. [junit] cds.healpix.NestedSmallCell
  1024. [junit] Cone test. Center lon: 61.0749875deg, lat: 89.90546338888889deg, radius: 5.2403223034772175 deg, depth: 3
  1025. [junit] cds.healpix.NestedSmallCell
  1026. [junit] Cone test. Center lon: 37.954541666666664deg, lat: 89.2641111111111deg, radius: 0.8410004718589024 deg, depth: 6
  1027. [junit] cds.healpix.NestedSmallCell
  1028. [junit] ------------- ---------------- ---------------
  1029. [junit] Testcase: testCone9(cds.healpix.NestedConeTest): Caused an ERROR
  1030. [junit] 3564
  1031. [junit] java.lang.ArrayIndexOutOfBoundsException: 3564
  1032. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:315)
  1033. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:327)
  1034. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:329)
  1035. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:328)
  1036. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:327)
  1037. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:327)
  1038. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:327)
  1039. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:327)
  1040. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:327)
  1041. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:329)
  1042. [junit] at cds.healpix.NestedSmallCell.overlapping(NestedSmallCell.java:304)
  1043. [junit] at cds.healpix.NestedSmallCell.overlappingCells(NestedSmallCell.java:214)
  1044. [junit] at cds.healpix.NestedConeTest.coneTest(NestedConeTest.java:44)
  1045. [junit] at cds.healpix.NestedConeTest.testCone9(NestedConeTest.java:1128)
  1046. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
  1047. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
  1048. [junit] at java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
  1049. [junit]
  1050. [junit]
  1051. [junit] Test cds.healpix.NestedConeTest FAILED
  1052. [junit] Testsuite: cds.healpix.NestedEllipticalConeComputerApproxTest
  1053. [junit] Tests run: 1, Failures: 1, Errors: 0, Skipped: 0, Time elapsed: 0,043 sec
  1054. [junit]
  1055. [junit] Testcase: test1(cds.healpix.NestedEllipticalConeComputerApproxTest): FAILED
  1056. [junit] expected:<27> but was:<0>
  1057. [junit] junit.framework.AssertionFailedError: expected:<27> but was:<0>
  1058. [junit] at cds.healpix.NestedEllipticalConeComputerApproxTest.test1(NestedEllipticalConeComputerApproxTest.java:35)
  1059. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
  1060. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
  1061. [junit] at java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
  1062. [junit]
  1063. [junit]
  1064. [junit] Test cds.healpix.NestedEllipticalConeComputerApproxTest FAILED
  1065. [junit] Testsuite: cds.healpix.NestedLargeCellSmallRadiusTest
  1066. [junit] Tests run: 13, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,089 sec
  1067. [junit]
  1068. [junit] ------------- Standard Error -----------------
  1069. [junit] Cone test. Center lon: 117.82775deg, lat: -75.34039deg, radius: 1.996 deg, depth: 4
  1070. [junit] Cone test. Center lon: 89.50838deg, lat: 42.21108deg, radius: 0.8953333333333333 deg, depth: 5
  1071. [junit] Cone test. Center lon: 88.57deg, lat: -41.86deg, radius: 0.9833333333333333 deg, depth: 5
  1072. [junit] Cone test. Center lon: 88.71829deg, lat: -41.52463deg, radius: 0.9833333333333333 deg, depth: 5
  1073. [junit] Cone test. Center lon: 76.30808deg, lat: 8.25603deg, radius: 0.12668333333333334 deg, depth: 8
  1074. [junit] Cone test. Center lon: 117.82775deg, lat: 75.34039deg, radius: 1.996 deg, depth: 4
  1075. [junit] Cone test. Center lon: 119.27917deg, lat: 75.66886deg, radius: 2.692 deg, depth: 4
  1076. [junit] Cone test. Center lon: 55.75724deg, lat: 89.20594deg, radius: 0.6173333333333333 deg, depth: 6
  1077. [junit] Cone test. Center lon: 89.91417deg, lat: 47.04352deg, radius: 0.9833333333333333 deg, depth: 5
  1078. [junit] Cone test. Center lon: 86.88067deg, lat: 45.73794deg, radius: 0.6705 deg, depth: 5
  1079. [junit] Cone test. Center lon: 280.75724deg, lat: 89.20594deg, radius: 0.9006666666666666 deg, depth: 5
  1080. [junit] Cone test. Center lon: 149.20825deg, lat: 89.36753deg, radius: 1.6666666666666666E-4 deg, depth: 18
  1081. [junit] Cone test. Center lon: 134.41234deg, lat: 89.99997deg, radius: 2.3611111111111114E-5 deg, depth: 19
  1082. [junit] ------------- ---------------- ---------------
  1083. [junit] Testsuite: cds.healpix.NestedLargeCellTest
  1084. [junit] Tests run: 13, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,045 sec
  1085. [junit]
  1086. [junit] Testsuite: cds.healpix.NestedSmallCellApproxedMethodTest
  1087. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,081 sec
  1088. [junit]
  1089. [junit] ------------- Standard Output ---------------
  1090. [junit] lon: 1.4924903845749191; lat: -0.03303629021344947
  1091. [junit] ---------
  1092. [junit] cds.healpix.NestedSmallCellApproxedMethod
  1093. [junit] Moc size: 25
  1094. [junit] Moc deep size: 25
  1095. [junit] cds.healpix.NestedSmallCellApproxedMethod
  1096. [junit] Moc size: 82
  1097. [junit] Moc deep size: 106
  1098. [junit] ------------- ---------------- ---------------
  1099. [junit] Testsuite: cds.healpix.NestedSmallCellTest
  1100. [junit] Tests run: 1, Failures: 0, Errors: 1, Skipped: 0, Time elapsed: 0,05 sec
  1101. [junit]
  1102. [junit] Testcase: coneTestNorthPolarCap3(cds.healpix.NestedSmallCellTest): Caused an ERROR
  1103. [junit] 150
  1104. [junit] java.lang.ArrayIndexOutOfBoundsException: 150
  1105. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:315)
  1106. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:329)
  1107. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:328)
  1108. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:329)
  1109. [junit] at cds.healpix.NestedSmallCell.buildMocRecursively(NestedSmallCell.java:330)
  1110. [junit] at cds.healpix.NestedSmallCell.overlapping(NestedSmallCell.java:304)
  1111. [junit] at cds.healpix.NestedSmallCell.overlappingCells(NestedSmallCell.java:214)
  1112. [junit] at cds.healpix.NestedSmallCellTest.coneTest(NestedSmallCellTest.java:51)
  1113. [junit] at cds.healpix.NestedSmallCellTest.coneTestNorthPolarCap3(NestedSmallCellTest.java:103)
  1114. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
  1115. [junit] at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
  1116. [junit] at java.base/jdk.internal.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
  1117. [junit]
  1118. [junit]
  1119. [junit] Test cds.healpix.NestedSmallCellTest FAILED
  1120. [junit] Testsuite: cds.healpix.TestPerfs
  1121. [junit] Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,017 sec
  1122. [junit]
  1123. [junit] Testsuite: cds.healpix.common.math.HasckerDelightTestPerf
  1124. [junit] Tests run: 1, Failures: 0, Errors: 1, Skipped: 0, Time elapsed: 0,017 sec
  1125. [junit]
  1126. [junit] Testcase: initializationError(cds.healpix.common.math.HasckerDelightTestPerf): Caused an ERROR
  1127. [junit] Method testPerf should have no parameters
  1128. [junit] java.lang.Exception: Method testPerf should have no parameters
  1129. [junit] at java.base/jdk.internal.reflect.NativeConstructorAccessorImpl.newInstance0(Native Method)
  1130. [junit] at java.base/jdk.internal.reflect.NativeConstructorAccessorImpl.newInstance(NativeConstructorAccessorImpl.java:62)
  1131. [junit] at java.base/jdk.internal.reflect.DelegatingConstructorAccessorImpl.newInstance(DelegatingConstructorAccessorImpl.java:45)
  1132. [junit] at java.base/java.lang.reflect.Constructor.newInstance(Constructor.java:488)
  1133. [junit]
  1134. [junit]
  1135. [junit] Test cds.healpix.common.math.HasckerDelightTestPerf FAILED
  1136. [junit] Testsuite: cds.healpix.common.math.MathTest
  1137. [junit] Tests run: 3, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,027 sec
  1138. [junit]
  1139. [junit] Testsuite: cds.healpix.fillingcurve.StandardFillingCurves2DTest
  1140. [junit] Tests run: 6, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 70,011 sec
  1141. [junit]
  1142. [junit] ------------- Standard Output ---------------
  1143. [junit] max: 20000000
  1144. [junit] max: 4294967295
  1145. [junit] ------------- ---------------- ---------------
  1146. [junit] Testsuite: cds.healpix.fillingcurve.StandardFillingCurves2DTestPerf
  1147. [junit] Tests run: 7, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 15,032 sec
  1148. [junit]
  1149. [junit] ------------- Standard Output ---------------
  1150. [junit]
  1151. [junit] Test z-order curve algorithms (check that LUP is the best on your machine, or about as preformant as the best one)
  1152. [junit] (WARNING: in practice, used inside a code, XOR could be better since it uses less CPU CACHE)
  1153. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  1154. [junit] ---------
  1155. [junit] Best algo: LUP; exec in: 29 ms
  1156. [junit] - XOR exec in 40 ms => 137 % of best algo
  1157. [junit] - LUP exec in 29 ms => 100 % of best algo
  1158. [junit] - OR exec in 56 ms => 193 % of best algo
  1159. [junit] ---------
  1160. [junit] Best algo: LUP; exec in: 45 ms
  1161. [junit] - XOR exec in 49 ms => 108 % of best algo
  1162. [junit] - LUP exec in 45 ms => 100 % of best algo
  1163. [junit] - OR exec in 57 ms => 126 % of best algo
  1164. [junit] ---------
  1165. [junit] Best algo: LUP; exec in: 45 ms
  1166. [junit] - XOR exec in 55 ms => 122 % of best algo
  1167. [junit] - LUP exec in 45 ms => 100 % of best algo
  1168. [junit] - OR exec in 59 ms => 131 % of best algo
  1169. [junit] ---------
  1170. [junit] Best algo: LUP; exec in: 43 ms
  1171. [junit] - XOR exec in 54 ms => 125 % of best algo
  1172. [junit] - LUP exec in 43 ms => 100 % of best algo
  1173. [junit] - OR exec in 57 ms => 132 % of best algo
  1174. [junit]
  1175. [junit] Test z-order curve algorithms (check that LUP is the best on your machine, or about as preformant as the best one)
  1176. [junit] (WARNING: in practice, used inside a code, XOR could be better since it uses less CPU CACHE)
  1177. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  1178. [junit] ---------
  1179. [junit] Best algo: XOR; exec in: 79 ms
  1180. [junit] - XOR exec in 79 ms => 100 % of best algo
  1181. [junit] - LUP exec in 87 ms => 110 % of best algo
  1182. [junit] - OR exec in 100 ms => 126 % of best algo
  1183. [junit] ---------
  1184. [junit] Best algo: XOR; exec in: 76 ms
  1185. [junit] - XOR exec in 76 ms => 100 % of best algo
  1186. [junit] - LUP exec in 81 ms => 106 % of best algo
  1187. [junit] - OR exec in 94 ms => 123 % of best algo
  1188. [junit] ---------
  1189. [junit] Best algo: XOR; exec in: 74 ms
  1190. [junit] - XOR exec in 74 ms => 100 % of best algo
  1191. [junit] - LUP exec in 80 ms => 108 % of best algo
  1192. [junit] - OR exec in 93 ms => 125 % of best algo
  1193. [junit] ---------
  1194. [junit] Best algo: XOR; exec in: 72 ms
  1195. [junit] - XOR exec in 72 ms => 100 % of best algo
  1196. [junit] - LUP exec in 78 ms => 108 % of best algo
  1197. [junit] - OR exec in 86 ms => 119 % of best algo
  1198. [junit]
  1199. [junit] Test z-order curve algorithms (check that LUP is the best on your machine, or about as preformant as the best one)
  1200. [junit] (WARNING: in practice, used inside a code, XOR could be better since it uses less CPU CACHE)
  1201. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  1202. [junit] ---------
  1203. [junit] Best algo: LUP; exec in: 29 ms
  1204. [junit] - XOR exec in 48 ms => 165 % of best algo
  1205. [junit] - LUP exec in 29 ms => 100 % of best algo
  1206. [junit] - OR exec in 65 ms => 224 % of best algo
  1207. [junit] ---------
  1208. [junit] Best algo: LUP; exec in: 19 ms
  1209. [junit] - XOR exec in 31 ms => 163 % of best algo
  1210. [junit] - LUP exec in 19 ms => 100 % of best algo
  1211. [junit] - OR exec in 59 ms => 310 % of best algo
  1212. [junit] ---------
  1213. [junit] Best algo: LUP; exec in: 48 ms
  1214. [junit] - XOR exec in 60 ms => 125 % of best algo
  1215. [junit] - LUP exec in 48 ms => 100 % of best algo
  1216. [junit] - OR exec in 62 ms => 129 % of best algo
  1217. [junit] ---------
  1218. [junit] Best algo: LUP; exec in: 51 ms
  1219. [junit] - XOR exec in 62 ms => 121 % of best algo
  1220. [junit] - LUP exec in 51 ms => 100 % of best algo
  1221. [junit] - OR exec in 72 ms => 141 % of best algo
  1222. [junit]
  1223. [junit] Test z-order curve algorithms (check that LUP is the best on your machine, or about as preformant as the best one)
  1224. [junit] (WARNING: in practice, used inside a code, XOR could be better since it uses less CPU CACHE)
  1225. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  1226. [junit] ---------
  1227. [junit] Best algo: XOR; exec in: 62 ms
  1228. [junit] - XOR exec in 62 ms => 100 % of best algo
  1229. [junit] - LUP exec in 62 ms => 100 % of best algo
  1230. [junit] - OR exec in 66 ms => 106 % of best algo
  1231. [junit] ---------
  1232. [junit] Best algo: XOR; exec in: 58 ms
  1233. [junit] - XOR exec in 58 ms => 100 % of best algo
  1234. [junit] - LUP exec in 58 ms => 100 % of best algo
  1235. [junit] - OR exec in 59 ms => 101 % of best algo
  1236. [junit] ---------
  1237. [junit] Best algo: XOR; exec in: 57 ms
  1238. [junit] - XOR exec in 57 ms => 100 % of best algo
  1239. [junit] - LUP exec in 57 ms => 100 % of best algo
  1240. [junit] - OR exec in 62 ms => 108 % of best algo
  1241. [junit] ---------
  1242. [junit] Best algo: LUP; exec in: 61 ms
  1243. [junit] - XOR exec in 64 ms => 104 % of best algo
  1244. [junit] - LUP exec in 61 ms => 100 % of best algo
  1245. [junit] - OR exec in 67 ms => 109 % of best algo
  1246. [junit]
  1247. [junit] Test z-order curve algorithms (check that LUP is the best on your machine, or about as preformant as the best one)
  1248. [junit] (WARNING: in practice, used inside a code, XOR could be better since it uses less CPU CACHE)
  1249. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  1250. [junit] ---------
  1251. [junit] Best algo: LUP; exec in: 109 ms
  1252. [junit] - XOR exec in 133 ms => 122 % of best algo
  1253. [junit] - LUP exec in 109 ms => 100 % of best algo
  1254. [junit] - OR exec in 155 ms => 142 % of best algo
  1255. [junit] ---------
  1256. [junit] Best algo: LUP; exec in: 107 ms
  1257. [junit] - XOR exec in 132 ms => 123 % of best algo
  1258. [junit] - LUP exec in 107 ms => 100 % of best algo
  1259. [junit] - OR exec in 144 ms => 134 % of best algo
  1260. [junit] ---------
  1261. [junit] Best algo: LUP; exec in: 114 ms
  1262. [junit] - XOR exec in 130 ms => 114 % of best algo
  1263. [junit] - LUP exec in 114 ms => 100 % of best algo
  1264. [junit] - OR exec in 144 ms => 126 % of best algo
  1265. [junit] ---------
  1266. [junit] Best algo: LUP; exec in: 101 ms
  1267. [junit] - XOR exec in 132 ms => 130 % of best algo
  1268. [junit] - LUP exec in 101 ms => 100 % of best algo
  1269. [junit] - OR exec in 142 ms => 140 % of best algo
  1270. [junit]
  1271. [junit] Test short vs long lookup table (check that there is no difference on your machine)
  1272. [junit] (WARNING: in practice, used inside a code, XOR could be better since it uses less CPU CACHE)
  1273. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  1274. [junit] ---------
  1275. [junit] Best algo: SHORT; exec in: 140 ms
  1276. [junit] - LONG exec in 148 ms => 105 % of best algo
  1277. [junit] - SHORT exec in 140 ms => 100 % of best algo
  1278. [junit] ---------
  1279. [junit] Best algo: SHORT; exec in: 138 ms
  1280. [junit] - LONG exec in 140 ms => 101 % of best algo
  1281. [junit] - SHORT exec in 138 ms => 100 % of best algo
  1282. [junit] ---------
  1283. [junit] Best algo: LONG ; exec in: 142 ms
  1284. [junit] - LONG exec in 142 ms => 100 % of best algo
  1285. [junit] - SHORT exec in 144 ms => 101 % of best algo
  1286. [junit] ---------
  1287. [junit] Best algo: LONG ; exec in: 142 ms
  1288. [junit] - LONG exec in 142 ms => 100 % of best algo
  1289. [junit] - SHORT exec in 145 ms => 102 % of best algo
  1290. [junit]
  1291. [junit] Test z-order curve algorithms (check that LUP is the best on your machine, or about as preformant as the best one)
  1292. [junit] (WARNING: in practice, used inside a code, XOR could be better since it uses less CPU CACHE)
  1293. [junit] (Rmk: there is a same overhead for each algo due to abstraction in testing)
  1294. [junit] ---------
  1295. [junit] Best algo: LUP; exec in: 274 ms
  1296. [junit] - XOR exec in 321 ms => 117 % of best algo
  1297. [junit] - LUP exec in 274 ms => 100 % of best algo
  1298. [junit] - OR exec in 414 ms => 151 % of best algo
  1299. [junit] ---------
  1300. [junit] Best algo: LUP; exec in: 269 ms
  1301. [junit] - XOR exec in 303 ms => 112 % of best algo
  1302. [junit] - LUP exec in 269 ms => 100 % of best algo
  1303. [junit] - OR exec in 379 ms => 140 % of best algo
  1304. [junit] ---------
  1305. [junit] Best algo: LUP; exec in: 268 ms
  1306. [junit] - XOR exec in 302 ms => 112 % of best algo
  1307. [junit] - LUP exec in 268 ms => 100 % of best algo
  1308. [junit] - OR exec in 388 ms => 144 % of best algo
  1309. [junit] ---------
  1310. [junit] Best algo: LUP; exec in: 267 ms
  1311. [junit] - XOR exec in 305 ms => 114 % of best algo
  1312. [junit] - LUP exec in 267 ms => 100 % of best algo
  1313. [junit] - OR exec in 381 ms => 142 % of best algo
  1314. [junit] ------------- ---------------- ---------------
  1315. [junit] Testsuite: cds.healpix.fillingcurve.ZOrderCurve3DTest
  1316. [junit] Tests run: 3, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0,024 sec
  1317. [junit]
  1318.  
  1319. make.test:
  1320.  
  1321. BUILD SUCCESSFUL
  1322. Total time: 4 minutes 59 seconds
Advertisement
Add Comment
Please, Sign In to add comment
Advertisement
Public Pastes
Advertisement
We use cookies for various purposes including analytics. By continuing to use Pastebin, you agree to our use of cookies as described in the Cookies Policy.  OK, I Understand
Not a member of Pastebin yet?
Sign Up, it unlocks many cool features!