METHOD_0 ( ) { System . out . println ( STRING_0 ) ; org . geotools . data . simple . IDENT_0 IDENT_1 = METHOD_1 ( ) ; org . geotools . geometry . jts . IDENT_2 IDENT_3 = IDENT_1 . METHOD_2 ( ) ; java . awt . IDENT_4 IDENT_5 = new java . awt . METHOD_3 ( ( ( int ) ( IDENT_3 . METHOD_4 ( ) ) ) , ( ( int ) ( IDENT_3 . METHOD_5 ( ) ) ) ) ; java . lang . String IDENT_6 = STRING_1 ; org . opengis . util . IDENT_7 monitor = null ; org . geotools . IDENT_8 . grid . IDENT_9 IDENT_10 = org . geotools . process . IDENT_11 . IDENT_12 . process ( IDENT_1 , "value" , IDENT_5 , IDENT_3 , IDENT_6 , monitor ) ; java . util . Map < java . lang . Integer , com . IDENT_13 . jts . geom . IDENT_14 > IDENT_15 = new java . util . HashMap < java . lang . Integer , com . IDENT_13 . jts . geom . IDENT_14 > ( ) ; org . geotools . data . simple . IDENT_16 IDENT_17 = IDENT_1 . METHOD_6 ( ) ; while ( IDENT_17 . hasNext ( ) ) { org . opengis . feature . simple . IDENT_18 sf = IDENT_17 . next ( ) ; IDENT_15 . put ( ( ( java . lang . Integer ) ( sf . METHOD_7 ( "value" ) ) ) , ( ( com . IDENT_13 . jts . geom . IDENT_19 ) ( sf . METHOD_8 ( ) ) ) . METHOD_9 ( ) ) ; } try { org . opengis . IDENT_20 . operation . IDENT_21 IDENT_22 = IDENT_10 . METHOD_10 ( ) . METHOD_11 ( IDENT_23 . IDENT_24 ) ; java . awt . IDENT_25 IDENT_26 = new java . awt . METHOD_12 ( ) ; java . awt . geom . IDENT_27 . Double IDENT_28 = new java . awt . geom . IDENT_27 . Double ( ) ; int [ ] IDENT_29 = new int [ 1 ] ; for ( IDENT_26 . y = 0 ; ( IDENT_26 . y ) < ( IDENT_5 . IDENT_30 ) ; ( IDENT_26 . y ) ++ ) { for ( IDENT_26 . x = 0 ; ( IDENT_26 . x ) < ( IDENT_5 . IDENT_31 ) ; ( IDENT_26 . x ) ++ ) { IDENT_22 . transform ( IDENT_26 , IDENT_28 ) ; } IDENT_10 . evaluate ( IDENT_28 , IDENT_29 ) ; if ( ( IDENT_29 [ 0 ] ) != 0 ) { "<AssertPlaceHolder>" ; } } } catch ( org . opengis . IDENT_20 . operation . IDENT_32 IDENT_33 ) { throw new java . lang . RuntimeException ( IDENT_33 ) ; } } get ( int ) { int IDENT_34 = hashCode ( node ) ; if ( ( IDENT_35 [ IDENT_34 ] ) == node ) { return IDENT_36 [ IDENT_34 ] ; } else { for ( int next = IDENT_34 + 1 ; next != IDENT_34 ; next ++ ) { next OP_0 IDENT_37 ; if ( ( IDENT_35 [ next ] ) == node ) { return IDENT_36 [ next ] ; } } } return - 1 ; }
org . junit . Assert . assertTrue ( IDENT_15 . get ( IDENT_29 [ 0 ] ) . contains ( IDENT_28 . x , IDENT_28 . y ) )