METHOD_0 ( ) { int IDENT_0 = 100 ; double [ ] IDENT_1 = new double [ IDENT_0 ] ; double [ ] IDENT_2 = new double [ IDENT_0 ] ; double IDENT_3 = FLOAT_0 ; double IDENT_4 = FLOAT_0 ; METHOD_1 ( IDENT_1 , IDENT_2 , IDENT_3 , IDENT_4 ) ; IDENT_2 [ ( IDENT_0 / 3 ) ] OP_0 100 ; IDENT_2 [ ( ( 2 * IDENT_0 ) / 3 ) ] OP_0 - 100 ; double [ ] IDENT_5 = new double [ 4 ] ; for ( int i = 0 ; i < 4 ; i ++ ) { org . hipparchus . analysis . IDENT_6 . IDENT_7 IDENT_8 = new org . hipparchus . analysis . IDENT_6 . METHOD_2 ( FLOAT_1 , i , FLOAT_2 ) ; double [ ] res = IDENT_8 . METHOD_3 ( IDENT_1 , IDENT_2 ) ; for ( int j = 1 ; j < ( res . length ) ; ++ j ) { IDENT_5 [ i ] += org . hipparchus . util . IDENT_9 . METHOD_4 ( ( ( res [ j ] ) - ( res [ ( j - 1 ) ] ) ) ) ; } } for ( int i = 1 ; i < ( IDENT_5 . length ) ; ++ i ) { "<AssertPlaceHolder>" ; } } METHOD_4 ( int ) { final int i = x > > > INT_0 ; return ( x OP_1 ( ( OP_2 i ) + 1 ) ) + i ; }
org . junit . Assert . assertTrue ( ( ( IDENT_5 [ i ] ) < ( IDENT_5 [ ( i - 1 ) ] ) ) )