private static void AddingNodesToGraph(designGraph assemblyGraph, List <TessellatedSolid> solids) //,
//Dictionary<TessellatedSolid, double[]> gears)
{
foreach (var solid in solids)
{
var Component = assemblyGraph.addNode(solid.Name);
//if (gears.Keys.Contains(solid))
//{
// Component.localLabels.Add(DisConstants.Gear);
// Component.localVariables.Add(DisConstants.GearNormal);
// Component.localVariables.AddRange(gears[solid]);
//}
}
}
private static void AddingNodesToGraph(designGraph assemblyGraph, Dictionary <string, List <TessellatedSolid> > solids)//,
//Dictionary<TessellatedSolid, double[]> gears)
{
foreach (var solidName in solids.Keys)
{
assemblyGraph.addNode(solidName, typeof(Component));
var c = (Component)assemblyGraph.nodes.Last();
c.CenterOfMass = COMCalculator(solids[solidName]);
c.Volume = solids[solidName].Sum(s => s.Volume);
c.Mass = solids[solidName].Sum(s => s.Volume);
//if (gears.Keys.Contains(solid))
//{
// Component.localLabels.Add(DisConstants.Gear);
// Component.localVariables.Add(DisConstants.GearNormal);
// Component.localVariables.AddRange(gears[solid]);
//}
}
}
public designGraph moltoDesignGraph(OBMol mol)
{
//OBConversion obconv = new OBConversion ();
designGraph host = new designGraph();
OBConversion obconv = new OBConversion();
Dictionary <uint, int> atomid2nodeid = new Dictionary <uint, int>();
//obconv.SetInFormat("smi");
//var format =obconv.GetInFormat();
//uint d=mol.NumAtoms();
OBElementTable ptable = new OBElementTable();
//mol.FindTorsions ();
int nodecount = 0;
//loop through all atoms in the file and make them into nodes in the graph
foreach (OBAtom a in mol.Atoms())
{
node n = new node();
n.name = "n" + nodecount;
var atype = a.GetAtomType();
n.X = a.GetX() * (1 / scale);
n.Y = a.GetY() * (1 / scale);
n.Z = a.GetZ() * (1 / scale);
uint anum = a.GetAtomicNum();
string sym = ptable.GetSymbol((int)anum);
//double test =ptable.GetIonization ((int)anum);
int maxbonds = ptable.GetMaxBonds((int)anum);
uint val = a.GetImplicitValence();
n.localLabels.Add(sym);
n.localLabels.Add(atype);
n.localVariables.Add((double)maxbonds);
n.localVariables.Add((double)val);
host.addNode(n);
atomid2nodeid.Add(a.GetId(), nodecount);
//Console.WriteLine (x);
nodecount++;
}
int arccount = 0;
foreach (OBBond b in mol.Bonds())
{
arc ac = new arc();
ac.directed = false;
ac.name = "a" + arccount;
//uint bondorder = b.GetBondOrder ();
if (b.IsSingle())
{
ac.localLabels.Add("s");
}
if (b.IsTriple())
{
ac.localLabels.Add("t");
}
if (b.IsDouble())
{
ac.localLabels.Add("d");
}
uint toid = b.GetEndAtomIdx();
uint fromid = b.GetBeginAtomIdx();
ac.To = host.nodes[atomid2nodeid[toid - 1]];
ac.From = host.nodes[atomid2nodeid[fromid - 1]];
host.arcs.Add(ac);
arccount++;
}
return(host);
}
public override void Paste()
{
var ClipboardString = Clipboard.GetText();
var copiedSelection = SelectionClass.DeSerializeClipboardFormatFromXML(ClipboardString);
RestoreDisplayShapes(copiedSelection.ReadInXmlShapes, copiedSelection.selectedNodes,
copiedSelection.selectedArcs, copiedSelection.selectedHyperArcs);
var newSelection = new List <UIElement>();
if (copiedSelection != null)
{
var tempGraph = new designGraph();
foreach (node n in copiedSelection.selectedNodes)
{
if (n is ruleNode)
{
tempGraph.addNode(n);
}
else
{
tempGraph.addNode(new ruleNode(n));
}
}
foreach (arc a in copiedSelection.selectedArcs)
{
if (a is ruleArc)
{
tempGraph.arcs.Add(a);
}
else
{
tempGraph.arcs.Add(new ruleArc(a));
}
}
foreach (hyperarc a in copiedSelection.selectedHyperArcs)
{
if (a is ruleHyperarc)
{
tempGraph.addHyperArc(a);
}
else
{
tempGraph.addHyperArc(new ruleHyperarc(a));
}
}
tempGraph.RepairGraphConnections();
foreach (node n in tempGraph.nodes)
{
var mousePos = Mouse.GetPosition(this);
n.X = mousePos.X + n.X - copiedSelection.ReferencePoint.X - Origin.X;
n.Y = mousePos.Y + n.Y - copiedSelection.ReferencePoint.Y - Origin.Y;
n.name = rW.rule.makeUniqueNodeName(n.name);
addNodeShape(n);
graph.addNode(n);
newSelection.Add((Shape)n.DisplayShape.Shape);
if (rW.graphGUIK == this)
{
AddKNodeToLandR(n);
}
}
foreach (arc a in tempGraph.arcs)
{
a.name = rW.rule.makeUniqueArcName(a.name);
graph.arcs.Add(a);
AddArcShape(a);
SetUpNewArcShape(a);
newSelection.Add((ArcShape)a.DisplayShape.Shape);
if (rW.graphGUIK == this)
{
AddKArcToLandR(a);
}
}
foreach (hyperarc h in tempGraph.hyperarcs)
{
h.name = rW.rule.makeUniqueHyperarcName(h.name);
graph.addHyperArc(h);
AddHyperArcShape(h);
newSelection.Add((HyperArcShape)h.DisplayShape.Shape);
if (rW.graphGUIK == this)
{
AddKHyperToLandR(h);
}
}
Select(newSelection);
}
}