;;; ---------------------------------------------------------------------------
-#+COPYING
-(defcopy-methods basic-vertex :copy-all t)
-
-;;; ---------------------------------------------------------------------------
-
(defmethod initialize-instance :after ((object basic-vertex) &key graph vertex-id)
(when (and graph (not vertex-id))
(setf (slot-value object 'vertex-id)
(color nil ia "The `color` is used by some algorithms for bookkeeping. [?? Should probably be in a mixin]"))
(:export-p t)
(:export-slots edge-id element tag color)
- #+COPYING :copy-slots
(:make-load-form-p t)
(:documentation "This is the root class for all edges in CL-Graph."))
;;; ---------------------------------------------------------------------------
-(defclass* directed-edge-mixin (#+COPYING copyable-mixin) ()
+(defclass* directed-edge-mixin () ()
(:export-p t)
(:documentation "This mixin class is used to indicate that an edge is directed."))
;;; ---------------------------------------------------------------------------
-(defclass* weighted-edge-mixin (#+COPYING copyable-mixin)
+(defclass* weighted-edge-mixin ()
((weight 1d0 ia "The value of the weight of this edge. Defaults to 1.0d0"))
- #+COPYING :copy-slots
:export-slots
(:export-p t)
(:documentation "This mixin class adds a `weight` slot to an edge."))
;;; ---------------------------------------------------------------------------
-(defclass* basic-graph (#+COPYING copyable-mixin)
+(defclass* basic-graph ()
((graph-vertexes :unbound ir)
(graph-edges :unbound ir)
(largest-vertex-id 0 r)
(defmethod print-object ((graph basic-graph) stream)
(print-unreadable-object (graph stream :type t :identity t)
- (format stream "~A" (size graph))))
+ (format stream "[~A,~A]" (size graph) (edge-count graph))))
;;; ---------------------------------------------------------------------------
&allow-other-keys)
(remf args :edge-class)
(remf args :edge-type)
-
- #| I removed 'em, gwk
-
- ;;; I added these - jjm
- (remf args :vertex-test)
- (remf args :vertex-key)
- (remf args :edge-key)
- (remf args :edge-test)
- (remf args :force-new?)
-
-|#
-
(assert (or (null edge-type)
(eq edge-type :directed)
(eq edge-type :undirected)) nil
:graph graph
:vertex-1 vertex-1 :vertex-2 vertex-2 args))
-
;;; ---------------------------------------------------------------------------
(defmethod make-graph ((graph-type symbol) &rest args &key &allow-other-keys)
;;; ---------------------------------------------------------------------------
-#+COPYING
-(defmethod generate-directed-free-tree ((graph basic-graph) (root basic-vertex))
- (let ((new-graph (copy-top-level graph)))
- (empty! new-graph)
- (nilf (contains-undirected-edge-p new-graph))
- (neighbors-to-children new-graph root)
- (values new-graph)))
-
-;;; ---------------------------------------------------------------------------
-
(defmethod generate-directed-free-tree ((graph basic-graph) root)
(generate-directed-free-tree graph (find-vertex graph root)))
;;; ---------------------------------------------------------------------------
(defmethod edge-count ((graph basic-graph))
- (length (edges graph)))
+ (count-using #'iterate-edges nil graph))
;;; ---------------------------------------------------------------------------