given an envelope and origin , find the tile coordinate row , col concode_field_sep Set ignoredParameters concode_elem_sep WeakHashMap tileCache concode_elem_sep RenderedImage[] tiles concode_elem_sep ReferencedEnvelope metaTileEnvelope concode_elem_sep Point2D origin concode_elem_sep MapKey mapKey concode_elem_sep CanonicalSet<MetaTileKey> metaTileKeys concode_elem_sep Point metaTileCoords concode_elem_sep String mapDefinition concode_elem_sep double resolution concode_field_sep ReferencedEnvelope getMetaTileEnvelope concode_elem_sep ReferencedEnvelope getMetaTileEnvelope concode_elem_sep RenderedImage getTile concode_elem_sep RenderedImage getTile concode_elem_sep Point getMetaTileCoordinates concode_elem_sep String buildMapDefinition concode_elem_sep void onReload concode_elem_sep int getMetaFactor concode_elem_sep MetaTileKey getMetaTileKey concode_elem_sep void onReset concode_elem_sep void onDispose concode_elem_sep void beforeReload concode_elem_sep int hashCode concode_elem_sep int hashCode concode_elem_sep double normalize concode_elem_sep boolean equals concode_elem_sep boolean equals concode_elem_sep int getTileSize concode_elem_sep void storeTiles concode_elem_sep Point getTileOffsetsInMeta concode_elem_sep void dataStoreChange concode_elem_sep String toString concode_elem_sep String toString
Point function ( Envelope arg0 , Point2D arg1 ) { double loc0 = arg0 . getMinX ( ) + arg0 . getWidth ( ) / 2 ; double loc1 = arg0 . getMinY ( ) + arg0 . getHeight ( ) / 2 ; int loc2 = ( int ) Math . floor ( ( loc0 - arg1 . getX ( ) ) / arg0 . getWidth ( ) ) ; int loc3 = ( int ) Math . floor ( ( loc1 - arg1 . getY ( ) ) / arg0 . getWidth ( ) ) ; return new Point ( loc2 , loc3 ) ; }