public StatePropertyCommand(StateNode sn, string property, P newValue, bool extendable) : base(sn.mState, property, newValue, extendable) { this.mSN = sn; this.mLabel = "Set State Node "; }
public DGMulticastNode(MulticastDecisionGraphNode mcdgn, StateNode state) : base(mcdgn, state) { this.mMcDgn = mcdgn; this.mTargetAnchor = new AnchorPoint(this, 1, 0); }
public DGAnimNode(AnimationNode an, StateNode state, bool play) : base(an, state) { this.mAnimNode = an; this.mActor = new RefToActor(state.Scene, an == null ? null : an.Actor); this.bPlay = play; }
public DGAcOpNode(ActorOperationNode aon, StateNode state) : base(aon, state) { this.mAcOpNode = aon ?? throw new ArgumentNullException("aon"); this.mActor = new RefToActor(this.mScene, aon.Actor); this.UpdateVisualization(); }
public DGNode(DecisionGraphNode dgn, StateNode state) : base(state.Scene) { this.bInEditMode = false; this.bVisible = true; this.mDGN = dgn; this.mState = state; this.mScene = state.Scene; this.mEntryAnchor = new AnchorPoint(this, -1, 0); }
public DGAcOpNode(ActorOperationNode aon, StateNode state) : base(aon, state) { if (aon == null) { throw new ArgumentNullException("aon"); } this.mAcOpNode = aon; this.UpdateVisualization(); }
public DGSnSnNode(NextStateNode nsn, StateNode state) : base(nsn, state) { if (nsn == null) { throw new ArgumentNullException("nsn"); } this.mNextStateNode = nsn; this.mNextState = new RefToState(this.mScene, nsn.NextState); this.UpdateVisualization(); }
public DGStopNode(StopAnimationNode san, StateNode state) : base(san, state, false) { if (san == null) { throw new ArgumentNullException("san"); } this.mStopNode = san; this.UpdateVisualization(); }
public DGPropNode(CreatePropNode cpn, StateNode state) : base(cpn, state) { if (cpn == null) { throw new ArgumentNullException("cpn"); } this.mPropNode = cpn; this.mPropActor = new RefToActor(this.mScene, cpn.PropActor); this.mPropParam = new RefToParam(this.mScene, cpn.PropParam); this.UpdateVisualization(); }
public DGPlayNode(PlayAnimationNode pan, StateNode state) : base(pan, state, true) { if (pan == null) { throw new ArgumentNullException("pan"); } this.mPlayNode = pan; this.mSlotSetup = new SlotBuilder(this.mScene, pan.SlotSetup); this.UpdateVisualization(); }
public DGRootNode(DecisionGraph dg, StateNode state) : base(null, state) { if (dg == null) { throw new ArgumentNullException("dg"); } this.mDecisionGraph = dg; this.mEntryAnchor.SetPosition(sRad, 0); this.mEntryAnchor.SetDirection(1, 0); this.UpdateVisualization(); }
public DGSoDnNode(SelectOnDestinationNode sodn, StateNode state) : base(sodn, state) { if (sodn == null) { throw new ArgumentNullException("sodn"); } this.mSoDn = sodn; this.mCaseAnchors = new AnchorPoint[0]; this.mCaseStrings = new string[0]; this.mCaseCount = 0; this.mMGH = 7; this.UpdateVisualization(); }
public DGRandNode(RandomNode rand, StateNode state) : base(rand, state) { if (rand == null) { throw new ArgumentNullException("rand"); } this.mRandomNode = rand; this.mSlices = new SliceList(this); this.mSliceAnchors = new AnchorPoint[0]; this.mSliceStrings = new string[0]; this.mSliceCount = 0; this.mMGH = 7; this.UpdateVisualization(); }
public override void Undo() { int i, j; DGEdge edge; List <DGEdge> edges; Digraph <DGNode, DGEdge> dg = this.mNode.mState.DecisionGraph; this.mSliceList.AddRange(this.mSlices); Array.Copy(this.mAPs, 0, this.mNode.mSliceAnchors, 0, this.mAPs.Length); this.mNode.mSliceCount = this.mAPs.Length; for (i = this.mAPs.Length - 1; i >= 0; i--) { this.mAPs[i].SetParent(this.mNode); } this.mNode.UpdateVisualization(); foreach (IEdgeAction action in this.mActions) { action.Undo(); } for (i = this.mAPs.Length - 1; i >= 0; i--) { edges = this.mAPs[i].Edges; for (j = edges.Count - 1; j >= 0; j--) { edge = edges[j]; edge.SetParent(this.mNode.mState); dg.AddEdge(edge); } } this.mNode.mState.RemoveRootDGEdges(); StateNode fState = this.mNode.mScene.FocusedState; if (fState != null && fState.Equals(this.mNode.mState)) { for (i = this.mSelectedEdges.Count - 1; i >= 0; i--) { edge = this.mSelectedEdges[i]; this.mNode.mScene.SelectDGEdge(edge, false); } } }
public override bool Execute() { int i, j; DGEdge edge; List <DGEdge> edges; Digraph <DGNode, DGEdge> dg = this.mNode.mState.DecisionGraph; StateNode fState = this.mNode.mScene.FocusedState; if (fState != null && fState.Equals(this.mNode.mState)) { for (i = this.mSelectedEdges.Count - 1; i >= 0; i--) { edge = this.mSelectedEdges[i]; this.mNode.mScene.SelectDGEdge(edge, false); } } for (i = this.mAPs.Length - 1; i >= 0; i--) { edges = this.mAPs[i].Edges; for (j = edges.Count - 1; j >= 0; j--) { edge = edges[j]; dg.RemoveEdge(edge.SrcNode, edge.DstNode); edge.SetParent(null); } } foreach (IEdgeAction action in this.mActions) { action.Redo(); } this.mNode.mState.AddRootDGEdges(); this.mSliceList.Clear(); Array.Clear(this.mNode.mSliceAnchors, 0, this.mNode.mSliceCount); this.mNode.mSliceCount = 0; for (i = this.mAPs.Length - 1; i >= 0; i--) { this.mAPs[i].SetParent(null); } this.mNode.UpdateVisualization(); return(true); }
public DGSoPnNode(SelectOnParameterNode sopn, StateNode state) : base(sopn, state) { if (sopn == null) { throw new ArgumentNullException("sopn"); } this.mSoPn = sopn; this.mParam = new RefToParam(this.mScene, sopn.Parameter); this.mCaseAnchors = new AnchorPoint[0]; this.mCaseStrings = new string[0]; this.mCaseCount = 0; this.mHeadMGH = 7; this.mBodyMGH = 7; this.UpdateVisualization(); }
public override void Undo() { int i; DGEdge edge; Digraph <DGNode, DGEdge> dg = this.mNode.mState.DecisionGraph; this.mSliceList.Insert(this.mIndex, this.mSlice); Array.Copy( this.mNode.mSliceAnchors, this.mIndex, this.mNode.mSliceAnchors, this.mIndex + 1, this.mNode.mSliceCount - this.mIndex); this.mNode.mSliceAnchors[this.mIndex] = this.mAP; this.mNode.mSliceCount++; this.mAP.SetParent(this.mNode); this.mNode.UpdateVisualization(); for (i = 0; i < this.mCount; i++) { this.mActions[i].Undo(); } for (i = this.mAP.Edges.Count - 1; i >= 0; i--) { edge = this.mAP.Edges[i]; edge.SetParent(this.mNode.mState); dg.AddEdge(edge); } this.mNode.mState.RemoveRootDGEdges(); StateNode fState = this.mNode.mScene.FocusedState; if (fState != null && fState.Equals(this.mNode.mState)) { for (i = this.mSelectedEdges.Count - 1; i >= 0; i--) { edge = this.mSelectedEdges[i]; this.mNode.mScene.SelectDGEdge(edge, false); } } }
public override bool Execute() { int i; DGEdge edge; StateNode fState = this.mNode.mScene.FocusedState; if (fState != null && fState.Equals(this.mNode.mState)) { for (i = this.mSelectedEdges.Count - 1; i >= 0; i--) { edge = this.mSelectedEdges[i]; this.mNode.mScene.SelectDGEdge(edge, false); } } Digraph <DGNode, DGEdge> dg = this.mNode.mState.DecisionGraph; for (i = this.mAP.Edges.Count - 1; i >= 0; i--) { edge = this.mAP.Edges[i]; dg.RemoveEdge(edge.SrcNode, edge.DstNode); edge.SetParent(null); } for (i = 0; i < this.mCount; i++) { this.mActions[i].Redo(); } this.mNode.mState.AddRootDGEdges(); this.mSliceList.RemoveAt(this.mIndex); this.mNode.mSliceCount--; Array.Copy( this.mNode.mSliceAnchors, this.mIndex + 1, this.mNode.mSliceAnchors, this.mIndex, this.mNode.mSliceCount - this.mIndex); this.mAP.SetParent(null); this.mNode.UpdateVisualization(); return(true); }
public NameCommand(StateNode sn, string newValue, bool extendable) : base(sn, "Name", newValue, extendable) { this.mLabel = this.mLabel + "Name"; }
public FlagsCommand(StateNode sn, JazzState.Flags newValue, bool extendable) : base(sn, "Flags", newValue, extendable) { this.mLabel = this.mLabel + "Flags"; }
public DGNCluster(StateNode owner) { this.mOwner = owner; }
public AwarenessCommand(StateNode sn, JazzChunk.AwarenessLevel newValue, bool extendable) : base(sn, "AwarenessOverlayLevel", newValue, extendable) { this.mLabel = this.mLabel + "Awareness Overlay Level"; }