METHOD_0 ( ) { IDENT_0 . IDENT_1 . IDENT_2 IDENT_3 = new IDENT_0 . IDENT_1 . METHOD_1 ( new IDENT_0 . IDENT_1 . METHOD_2 ( INT_0 ) ) ; IDENT_0 . IDENT_4 . mapping . IDENT_5 IDENT_6 = new IDENT_0 . IDENT_4 . mapping . METHOD_3 ( INT_1 , INT_2 , IDENT_3 ) ; IDENT_6 . METHOD_4 ( 15 , true ) ; IDENT_6 . METHOD_5 ( INT_3 ) ; IDENT_6 . METHOD_6 ( 2 ) ; char [ ] [ ] map = IDENT_6 . METHOD_7 ( IDENT_7 . IDENT_8 ) ; IDENT_0 . IDENT_4 . IDENT_9 IDENT_10 = new IDENT_0 . IDENT_4 . METHOD_8 ( ) ; double [ ] [ ] IDENT_11 = IDENT_0 . IDENT_4 . mapping . IDENT_12 . METHOD_9 ( map ) ; double [ ] [ ] IDENT_13 ; short [ ] IDENT_14 ; boolean [ ] [ ] IDENT_15 ; int IDENT_16 = 0 ; int IDENT_17 = 0 ; int IDENT_18 = 0 ; IDENT_0 . IDENT_1 . IDENT_19 IDENT_20 ; for ( int t = 0 ; t < 100 ; t ++ ) { IDENT_20 = IDENT_6 . IDENT_21 . METHOD_10 ( map ) ; IDENT_13 = IDENT_10 . METHOD_11 ( IDENT_11 , IDENT_20 . x , IDENT_20 . y , IDENT_0 . IDENT_1 . IDENT_22 . IDENT_23 , IDENT_0 . IDENT_1 . IDENT_22 . IDENT_24 ) ; IDENT_14 = METHOD_12 ( IDENT_13 ) ; IDENT_15 = METHOD_13 ( IDENT_14 , IDENT_13 . length , IDENT_13 [ 0 ] . length ) ; for ( int i = 0 ; i < ( IDENT_15 . length ) ; i ++ ) { for ( int j = 0 ; j < ( IDENT_15 [ i ] . length ) ; j ++ ) { "<AssertPlaceHolder>" ; } } IDENT_16 += METHOD_14 ( IDENT_14 . length , 2 ) ; IDENT_17 += METHOD_15 ( IDENT_13 . length , IDENT_13 [ 0 ] . length , 1 ) ; IDENT_18 += METHOD_15 ( IDENT_13 . length , IDENT_13 [ 0 ] . length , 8 ) ; } } METHOD_13 ( short [ ] , int , int ) { if ( IDENT_14 == null ) throw new java . lang . METHOD_16 ( STRING_0 ) ; boolean [ ] [ ] IDENT_15 = new boolean [ IDENT_25 ] [ IDENT_26 ] ; if ( ( IDENT_14 . length ) == 0 ) return IDENT_15 ; boolean IDENT_27 = false ; int IDENT_28 = 0 ; short x = 0 ; short y = 0 ; for ( int p = 0 ; p < ( IDENT_14 . length ) ; p ++ , IDENT_27 = ! IDENT_27 ) { if ( IDENT_27 ) { for ( int IDENT_29 = IDENT_28 + ( ( IDENT_14 [ p ] ) & INT_4 ) ; ( IDENT_28 < IDENT_29 ) && ( IDENT_28 < INT_5 ) ; IDENT_28 ++ ) { x = IDENT_0 . IDENT_1 . IDENT_30 . IDENT_31 [ IDENT_28 ] ; y = IDENT_0 . IDENT_1 . IDENT_30 . IDENT_32 [ IDENT_28 ] ; if ( ( x >= IDENT_25 ) || ( y >= IDENT_26 ) ) continue ; IDENT_15 [ x ] [ y ] = true ; } } else { IDENT_28 += ( IDENT_14 [ p ] ) & INT_4 ; } } return IDENT_15 ; }
org . junit . Assert . assertTrue ( ( ( ( IDENT_13 [ i ] [ j ] ) > 0.0 ) == ( IDENT_15 [ i ] [ j ] ) ) )