METHOD_0 ( ) { double [ ] [ ] IDENT_0 = new double [ ] [ ] { new double [ ] { FLOAT_0 , FLOAT_1 , FLOAT_2 , FLOAT_3 , INT_0 , FLOAT_4 } , new double [ ] { FLOAT_5 , FLOAT_6 , FLOAT_7 , FLOAT_8 , INT_1 , FLOAT_9 } , new double [ ] { FLOAT_10 , FLOAT_11 , FLOAT_12 , FLOAT_13 , INT_2 , FLOAT_14 } , new double [ ] { FLOAT_15 , FLOAT_16 , FLOAT_17 , FLOAT_18 , INT_3 , FLOAT_19 } , new double [ ] { FLOAT_20 , FLOAT_21 , FLOAT_22 , FLOAT_23 , INT_4 , FLOAT_24 } , new double [ ] { FLOAT_25 , FLOAT_26 , FLOAT_27 , FLOAT_28 , INT_5 , FLOAT_29 } , new double [ ] { FLOAT_30 , FLOAT_31 , FLOAT_32 , FLOAT_33 , INT_6 , FLOAT_34 } , new double [ ] { FLOAT_35 , FLOAT_36 , FLOAT_37 , FLOAT_38 , INT_7 , FLOAT_39 } , new double [ ] { FLOAT_40 , FLOAT_41 , FLOAT_42 , FLOAT_43 , INT_8 , FLOAT_44 } , new double [ ] { FLOAT_45 , FLOAT_46 , FLOAT_47 , FLOAT_48 , INT_9 , FLOAT_49 } , new double [ ] { FLOAT_50 , FLOAT_51 , FLOAT_52 , FLOAT_53 , INT_10 , FLOAT_54 } , new double [ ] { FLOAT_55 , FLOAT_56 , FLOAT_57 , FLOAT_58 , INT_11 , FLOAT_59 } , new double [ ] { FLOAT_60 , FLOAT_61 , FLOAT_62 , FLOAT_63 , INT_12 , FLOAT_64 } , new double [ ] { FLOAT_65 , FLOAT_66 , FLOAT_67 , FLOAT_68 , INT_13 , FLOAT_69 } , new double [ ] { FLOAT_70 , FLOAT_71 , FLOAT_72 , FLOAT_73 , INT_14 , FLOAT_74 } , new double [ ] { FLOAT_75 , FLOAT_76 , FLOAT_77 , FLOAT_78 , INT_15 , FLOAT_79 } } ; double [ ] y = new double [ ] { FLOAT_80 , FLOAT_81 , FLOAT_82 , FLOAT_83 , FLOAT_84 , FLOAT_85 , FLOAT_86 , FLOAT_87 , FLOAT_88 , FLOAT_89 , FLOAT_90 , FLOAT_91 , FLOAT_92 , FLOAT_93 , FLOAT_94 , FLOAT_95 } ; IDENT_1 . IDENT_2 . data . IDENT_3 [ ] IDENT_4 = new IDENT_1 . IDENT_2 . data . IDENT_3 [ IDENT_0 [ 0 ] . length ] ; java . util . Arrays . METHOD_1 ( IDENT_4 , IDENT_3 . IDENT_5 ) ; int n = IDENT_0 . length ; IDENT_2 . validation . IDENT_6 IDENT_7 = new IDENT_2 . validation . METHOD_2 ( n ) ; for ( int i = 0 ; i < n ; i ++ ) { double [ ] [ ] IDENT_8 = IDENT_2 . math . Math . METHOD_3 ( IDENT_0 , IDENT_7 . IDENT_9 [ i ] ) ; double [ ] IDENT_10 = IDENT_2 . math . Math . METHOD_3 ( y , IDENT_7 . IDENT_9 [ i ] ) ; int IDENT_11 = Integer . MAX_VALUE ; IDENT_1 . IDENT_2 . IDENT_12 . IDENT_13 tree = new IDENT_1 . IDENT_2 . IDENT_12 . METHOD_4 ( IDENT_4 , IDENT_1 . IDENT_2 . IDENT_12 . IDENT_14 . METHOD_5 ( IDENT_8 , true ) , IDENT_10 , IDENT_11 ) ; byte [ ] b = tree . serialize ( true ) ; IDENT_1 . IDENT_2 . IDENT_12 . METHOD_4 . Node node = IDENT_1 . IDENT_2 . IDENT_12 . METHOD_4 . METHOD_6 ( b , b . length , true ) ; double expected = tree . METHOD_7 ( IDENT_0 [ IDENT_7 . test [ i ] ] ) ; double actual = node . METHOD_7 ( IDENT_0 [ IDENT_7 . test [ i ] ] ) ; "<AssertPlaceHolder>" ; } } METHOD_7 ( IDENT_1 . model . IDENT_15 [ ] ) { float IDENT_16 = FLOAT_96 ; for ( IDENT_1 . model . IDENT_15 f : IDENT_17 ) { if ( f == null ) { continue ; } final java . lang . Object k = f . METHOD_8 ( ) ; final float v = f . METHOD_9 ( ) ; float IDENT_18 = model . METHOD_10 ( k ) ; if ( IDENT_18 != FLOAT_96 ) { IDENT_16 += IDENT_18 * v ; } } return IDENT_16 ; }
org . junit . Assert . assertEquals ( expected , actual , 0.0 )