METHOD_0 ( ) { org . IDENT_0 . IDENT_1 . problem . IDENT_2 < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > problem ; org . IDENT_0 . IDENT_1 . algorithm . IDENT_4 < org . IDENT_0 . IDENT_1 . solution . IDENT_3 , java . util . List < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > > IDENT_5 ; org . IDENT_0 . IDENT_1 . IDENT_6 . IDENT_7 < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > IDENT_8 ; org . IDENT_0 . IDENT_1 . IDENT_6 . IDENT_9 < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > IDENT_10 ; org . IDENT_0 . IDENT_1 . IDENT_6 . IDENT_11 < java . util . List < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > , org . IDENT_0 . IDENT_1 . solution . IDENT_3 > IDENT_12 ; int IDENT_13 = 1 ; int IDENT_14 = 3 ; int IDENT_15 = 7 ; java . lang . String IDENT_16 = "" ; int IDENT_17 = 100 ; problem = new org . IDENT_0 . IDENT_1 . problem . IDENT_18 . IDENT_19 . METHOD_1 ( IDENT_15 , IDENT_14 ) ; double IDENT_20 = FLOAT_0 ; double IDENT_21 = FLOAT_1 ; IDENT_8 = new org . IDENT_0 . IDENT_1 . IDENT_6 . impl . IDENT_8 . METHOD_2 ( IDENT_20 , IDENT_21 ) ; double IDENT_22 = 1.0 / ( problem . METHOD_3 ( ) ) ; double IDENT_23 = FLOAT_1 ; IDENT_10 = new org . IDENT_0 . IDENT_1 . IDENT_6 . impl . IDENT_10 . METHOD_4 ( IDENT_22 , IDENT_23 ) ; IDENT_12 = new org . IDENT_0 . IDENT_1 . IDENT_6 . impl . IDENT_12 . IDENT_24 < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > ( new org . IDENT_0 . IDENT_1 . util . IDENT_25 . IDENT_26 < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > ( ) ) ; org . IDENT_0 . IDENT_1 . util . IDENT_27 . impl . IDENT_28 IDENT_29 = new org . IDENT_0 . IDENT_1 . util . IDENT_27 . impl . METHOD_5 ( problem . METHOD_6 ( ) ) ; IDENT_29 . update ( problem . METHOD_7 ( ) . METHOD_8 ( ) ) ; org . IDENT_0 . IDENT_1 . util . IDENT_27 . impl . IDENT_30 IDENT_31 = new org . IDENT_0 . IDENT_1 . util . IDENT_27 . impl . METHOD_9 ( problem . METHOD_6 ( ) ) ; IDENT_31 . update ( problem . METHOD_7 ( ) . METHOD_8 ( ) ) ; double IDENT_32 = FLOAT_2 ; java . util . List < java . lang . Double > IDENT_33 = new java . util . ArrayList ( ) ; for ( int i = 0 ; i < ( problem . METHOD_6 ( ) ) ; i ++ ) { IDENT_33 . add ( ( 1.0 / ( problem . METHOD_6 ( ) ) ) ) ; } for ( int IDENT_34 = 0 ; IDENT_34 < IDENT_13 ; IDENT_34 ++ ) { java . util . List < java . lang . Double > IDENT_35 = new java . util . ArrayList ( ) ; double IDENT_36 = FLOAT_3 ; java . util . List < java . lang . Double > IDENT_37 = new java . util . ArrayList ( ) ; for ( int i = 0 ; i < ( problem . METHOD_6 ( ) ) ; i ++ ) { IDENT_37 . add ( 0.0 ) ; IDENT_35 . add ( 0.0 ) ; } IDENT_5 = new org . IDENT_0 . IDENT_1 . algorithm . IDENT_18 . IDENT_38 . METHOD_10 ( problem , IDENT_17 , 200 , IDENT_8 , IDENT_10 , IDENT_12 , new org . IDENT_0 . IDENT_1 . util . IDENT_39 . impl . METHOD_11 ( ) , IDENT_36 , IDENT_35 , IDENT_16 ) ; algorithm = new org . IDENT_0 . IDENT_1 . util . IDENT_40 . impl . METHOD_12 ( problem , IDENT_5 ) . METHOD_13 ( IDENT_32 ) . METHOD_14 ( INT_0 ) . METHOD_15 ( FLOAT_4 ) . METHOD_16 ( IDENT_37 ) . build ( ) ; new org . IDENT_0 . IDENT_1 . util . IDENT_41 . METHOD_17 ( algorithm ) . execute ( ) ; java . util . List < java . lang . Double > IDENT_42 = ( ( org . IDENT_0 . IDENT_1 . util . IDENT_40 . impl . IDENT_43 < org . IDENT_0 . IDENT_1 . solution . IDENT_3 > ) ( algorithm ) ) . METHOD_18 ( ) ; "<AssertPlaceHolder>" ; } } size ( ) { return map . size ( ) ; }
org . junit . Assert . assertTrue ( ( ( IDENT_42 . size ( ) ) >= ( IDENT_14 * IDENT_13 ) ) )