METHOD_0 ( ) { org . hipparchus . random . IDENT_0 IDENT_1 = new org . hipparchus . random . METHOD_1 ( new int [ ] { INT_0 , INT_1 , - INT_2 , - INT_3 , - INT_4 , - INT_5 , - INT_6 , INT_7 , - INT_8 , INT_9 , INT_10 , INT_11 , - INT_12 , - INT_13 , INT_14 , INT_15 , - INT_16 , INT_17 , INT_18 , - INT_19 , INT_20 , INT_21 , INT_22 , - INT_23 , - INT_24 , - INT_25 , INT_26 , INT_27 , INT_28 , INT_29 , INT_30 , INT_31 } ) ; int [ ] IDENT_2 = new int [ ] { - INT_32 , - INT_33 , - INT_34 , - INT_35 , - INT_36 , - INT_37 , - INT_38 , INT_39 , INT_40 , INT_41 , INT_42 , INT_43 , INT_44 , INT_45 , - INT_46 , INT_47 , INT_48 , INT_49 , INT_50 , INT_51 , INT_52 , INT_53 , INT_54 , - INT_55 , - INT_56 , - INT_57 , INT_58 , INT_59 , - INT_60 , INT_61 , INT_62 , - INT_63 , - INT_64 , INT_65 , INT_66 , - INT_67 , INT_68 , INT_69 , - INT_70 , - INT_71 , INT_72 , INT_73 , - INT_74 , - INT_75 , INT_76 , - INT_77 , - INT_78 , - INT_79 , - INT_80 , - INT_81 , - INT_82 , - INT_83 , - INT_84 , INT_85 , INT_86 , INT_87 , - INT_88 , INT_89 , INT_90 , - INT_91 , INT_92 , INT_93 , - INT_94 , - INT_95 , - INT_96 , INT_97 , - INT_98 , INT_99 , INT_100 , - INT_101 , - INT_102 , INT_103 , INT_104 , INT_105 , INT_106 , INT_107 , INT_108 , - INT_109 , INT_110 , INT_111 , - INT_112 , INT_113 , - INT_114 , - INT_115 , INT_116 , INT_117 , - INT_118 , INT_119 , INT_120 , INT_121 , - INT_122 , - INT_123 , - INT_124 , INT_125 , INT_126 , - INT_127 , - INT_128 , - INT_129 , - INT_130 , - INT_131 , INT_132 , - INT_133 , INT_134 , INT_135 , - INT_136 , INT_137 , INT_138 , INT_139 , INT_140 , - INT_141 , - INT_142 , INT_143 , - INT_144 , INT_145 , - INT_146 , - INT_147 , - INT_148 , INT_149 , - INT_150 , INT_151 , - INT_152 , - INT_153 , INT_154 , - INT_155 , - INT_156 , INT_157 , INT_158 , - INT_159 , - INT_160 , INT_161 , INT_162 , INT_163 , - INT_164 , - INT_165 , - INT_166 , - INT_167 , - INT_168 , - INT_169 , INT_170 , INT_171 , - INT_172 , INT_173 , INT_174 , - INT_175 , - INT_176 , - INT_177 , INT_178 , - INT_179 , - INT_180 , - INT_181 , - INT_182 , INT_183 , INT_184 , - INT_185 , - INT_186 , - INT_187 , INT_188 , INT_189 , INT_190 , INT_191 , - INT_192 , INT_193 , - INT_194 , INT_195 , - INT_196 , INT_197 , INT_198 , INT_199 , INT_200 , - INT_201 , INT_202 , - INT_203 , - INT_204 , INT_205 , - INT_206 , - INT_207 , - INT_208 , - INT_209 , INT_210 , - INT_211 , INT_212 , - INT_213 , INT_214 , INT_215 , INT_216 , - INT_217 , - INT_218 , INT_219 , INT_220 , - INT_221 , INT_222 , INT_223 , INT_224 , INT_225 , - INT_226 , INT_227 , INT_228 , INT_229 , - INT_230 , INT_231 , INT_232 , - INT_233 , INT_234 , - INT_235 , - INT_236 , - INT_237 , - INT_238 , - INT_239 , INT_240 , INT_241 , INT_242 , - INT_243 , INT_244 , - INT_245 , INT_246 , - INT_247 , - INT_248 , - INT_249 , INT_250 , INT_251 , INT_252 , INT_253 , INT_254 , INT_255 , - INT_256 , - INT_257 , - INT_258 , INT_259 , INT_260 , - INT_261 , - INT_262 , INT_263 , - INT_264 , INT_265 , INT_266 , - INT_267 , - INT_268 , - INT_269 , INT_270 , - INT_271 , - INT_272 , - INT_273 , INT_274 , INT_275 , - INT_276 , INT_277 , INT_278 , INT_279 , INT_280 , INT_281 , INT_282 , - INT_283 , INT_284 , - INT_285 , - INT_286 , INT_287 } ; for ( int i = 0 ; i < ( IDENT_2 . length ) ; ++ i ) { "<AssertPlaceHolder>" ; } } METHOD_2 ( ) { int y ; if ( ( IDENT_3 ) >= ( org . hipparchus . random . IDENT_4 . IDENT_5 ) ) { int IDENT_6 = IDENT_1 [ 0 ] ; for ( int k = 0 ; k < ( ( org . hipparchus . random . IDENT_4 . IDENT_5 ) - ( org . hipparchus . random . IDENT_4 . IDENT_7 ) ) ; ++ k ) { int IDENT_8 = IDENT_6 ; IDENT_6 = IDENT_1 [ ( k + 1 ) ] ; y = ( IDENT_8 & - INT_288 ) | ( IDENT_6 & INT_289 ) ; IDENT_1 [ k ] = ( ( IDENT_1 [ ( k + ( org . hipparchus . random . IDENT_4 . IDENT_7 ) ) ] ) OP_0 ( y > > > 1 ) ) OP_0 ( org . hipparchus . random . IDENT_4 . IDENT_9 [ ( y & 1 ) ] ) ; } for ( int k = ( org . hipparchus . random . IDENT_4 . IDENT_5 ) - ( org . hipparchus . random . IDENT_4 . IDENT_7 ) ; k < ( ( org . hipparchus . random . IDENT_4 . IDENT_5 ) - 1 ) ; ++ k ) { int IDENT_8 = IDENT_6 ; IDENT_6 = IDENT_1 [ ( k + 1 ) ] ; y = ( IDENT_8 & - INT_288 ) | ( IDENT_6 & INT_289 ) ; IDENT_1 [ k ] = ( ( IDENT_1 [ ( k + ( ( org . hipparchus . random . IDENT_4 . IDENT_7 ) - ( org . hipparchus . random . IDENT_4 . IDENT_5 ) ) ) ] ) OP_0 ( y > > > 1 ) ) OP_0 ( org . hipparchus . random . IDENT_4 . IDENT_9 [ ( y & 1 ) ] ) ; } y = ( IDENT_6 & - INT_288 ) | ( ( IDENT_1 [ 0 ] ) & INT_289 ) ; IDENT_1 [ ( ( org . hipparchus . random . IDENT_4 . IDENT_5 ) - 1 ) ] = ( ( IDENT_1 [ ( ( org . hipparchus . random . IDENT_4 . IDENT_7 ) - 1 ) ] ) OP_0 ( y > > > 1 ) ) OP_0 ( org . hipparchus . random . IDENT_4 . IDENT_9 [ ( y & 1 ) ] ) ; IDENT_3 = 0 ; } y = IDENT_1 [ ( ( IDENT_3 ) ++ ) ] ; y OP_1 y > > > INT_290 ; y OP_1 ( y << 7 ) & - INT_291 ; y OP_1 ( y << 15 ) & - INT_292 ; y OP_1 y > > > INT_293 ; return y ; }
org . junit . Assert . assertEquals ( IDENT_2 [ i ] , IDENT_1 . METHOD_2 ( ) )