METHOD_0 ( ) { for ( double p = - 10 ; p < ( - FLOAT_0 ) ; p += FLOAT_0 ) { for ( int k = - 50 ; k < 0 ; k ++ ) { java . lang . Double IDENT_0 = com . IDENT_1 . IDENT_2 . IDENT_3 . METHOD_1 ( new java . lang . Double ( p ) , new java . lang . Integer ( k ) ) ; "<AssertPlaceHolder>" ; } } } METHOD_1 ( java . lang . Double , java . lang . Integer ) { if ( k < 0 ) return null ; if ( k == 0 ) return FLOAT_1 ; if ( p > 1 ) return null ; if ( p < 0 ) return null ; if ( p == FLOAT_1 ) return FLOAT_1 ; if ( p < FLOAT_1 ) { p = 1 - p ; } java . lang . Double result = 0.0 ; int IDENT_4 = ( ( int ) ( java . lang . Math . METHOD_2 ( ( ( FLOAT_1 * k ) + FLOAT_1 ) ) ) ) ; for ( int i = IDENT_4 ; i <= k ; i ++ ) { result += java . lang . Math . exp ( ( ( ( com . IDENT_1 . utils . IDENT_5 . METHOD_3 ( k , i ) ) + ( i * ( java . lang . Math . log ( p ) ) ) ) + ( ( k - i ) * ( java . lang . Math . log ( ( 1 - p ) ) ) ) ) ) ; } if ( ( k OP_0 2 ) == 0 ) { result += java . lang . Math . exp ( ( ( ( com . IDENT_1 . utils . IDENT_5 . METHOD_3 ( k , ( k / 2 ) ) ) + ( ( k / 2 ) * ( java . lang . Math . log ( p ) ) ) ) + ( ( k / 2 ) * ( java . lang . Math . log ( ( 1 - p ) ) ) ) ) ) ; } return result ; }
org . junit . Assert . assertNull ( METHOD_1 )