@Override public boolean allowsSelfLoops() { return AbstractValueGraph.this.allowsSelfLoops(); }
@Override public boolean allowsSelfLoops() { return AbstractValueGraph.this.allowsSelfLoops(); }
@Override public boolean allowsSelfLoops() { return AbstractValueGraph.this.allowsSelfLoops(); }
/** Returns a string representation of this graph. */ @Override public String toString() { return "isDirected: " + isDirected() + ", allowsSelfLoops: " + allowsSelfLoops() + ", nodes: " + nodes() + ", edges: " + edgeValueMap(this); }
/** Returns a string representation of this graph. */ @Override public String toString() { return "isDirected: " + isDirected() + ", allowsSelfLoops: " + allowsSelfLoops() + ", nodes: " + nodes() + ", edges: " + edgeValueMap(this); }
/** Returns a string representation of this graph. */ @Override public String toString() { return "isDirected: " + isDirected() + ", allowsSelfLoops: " + allowsSelfLoops() + ", nodes: " + nodes() + ", edges: " + edgeValueMap(this); }
@Override public boolean allowsSelfLoops() { return AbstractValueGraph.this.allowsSelfLoops(); }
@Override public boolean allowsSelfLoops() { return AbstractValueGraph.this.allowsSelfLoops(); }
/** Returns a string representation of this graph. */ @Override public String toString() { return "isDirected: " + isDirected() + ", allowsSelfLoops: " + allowsSelfLoops() + ", nodes: " + nodes() + ", edges: " + edgeValueMap(this); }
/** Returns a string representation of this graph. */ @Override public String toString() { return "isDirected: " + isDirected() + ", allowsSelfLoops: " + allowsSelfLoops() + ", nodes: " + nodes() + ", edges: " + edgeValueMap(this); }