public AbstractNetwork(Random rand, int stateGenNumber, string statePrefix, int sh_width, int sh_height)
{
this.rand = rand;
this.items = new List<AbstractNetworkItem>();
this.selectedItems = new List<AbstractItem>();
this.edges = new List<AbstractEdge>();
this.visualSettings = new NetworkVisualSettings();
this.visibleSettings = new NetworkVisibleSettings();
this.stateMatrix = new List<StateVector>();
this.stateHierarchy = new StateHierarchy(this.rand, sh_width, sh_height);
this.unidGenNumber = 0;
this.stateGenNumber = stateGenNumber;
this.statePrefix = statePrefix;
this.events = new EventTrunk();
this.transitionHistory = new List<TransitionHistoryItem>();
}
private void init(string name, long unid, PointF origo, float radius)
{
this.name = name;
this.unid = unid;
this.origo = origo;
this.radius = radius;
this.statistics = new GeneralStatistics();
this.events = new EventTrunk();
}
private void init(PointF origo)
{
this.labelOffset = new PointF(0, 0);
this.statistics = new GeneralStatistics();
this.events = new EventTrunk();
this.origo = origo;
}
public static PetriNetwork openSettingsFromXml(Random rand, XmlNodeList root, string fileName)
{
int tokenGenNumber = 0;
int positionGenNumber = 0;
int transitionGenNumber = 0;
int noteGenNumber = 0;
int stateGenNumber = 0;
string tokenPrefix = "";
string positionPrefix = "P";
string transitionPrefix = "T";
string notePrefix = "N";
string statePrefix = "S";
int defaultEdgeWeight = 1;
string name = "new";
string certificateSubject = "";
DateTime lastModificationDate = DateTime.Now;
string description = "";
int width = 640;
int height = 480;
int sh_width = 320;
int sh_height = 240;
int simulationTimeout = PetriNetwork.DEF_TIMEOUT;
FireRule fireRule = FireRule.getDefault();
EventTrunk events = new EventTrunk();
foreach (XmlNode node in root)
{
string namespaceUri = node.NamespaceURI;
string localName = node.LocalName;
switch (namespaceUri)
{
case PetriXmlHelper.XML_SETTINGS_NAMESPACE:
switch (localName)
{
case "Name":
name = PetriNetwork.openStringData(node);
break;
case "CertificateSubject":
certificateSubject = PetriNetwork.openStringData(node);
break;
case "LastModificationDate":
lastModificationDate = PetriNetwork.openDateTimeData(node);
break;
case "Description":
description = PetriNetwork.openStringData(node);
break;
case "Width":
width = PetriNetwork.openIntData(node);
break;
case "Height":
height = PetriNetwork.openIntData(node);
break;
case "StateHierarchyWidth":
sh_width = PetriNetwork.openIntData(node);
break;
case "StateHierarchyHeight":
sh_height = PetriNetwork.openIntData(node);
break;
case "TokenGenNumber":
tokenGenNumber = PetriNetwork.openIntData(node);
break;
case "PositionGenNumber":
positionGenNumber = PetriNetwork.openIntData(node);
break;
case "TransitionGenNumber":
transitionGenNumber = PetriNetwork.openIntData(node);
break;
case "NoteGenNumber":
noteGenNumber = PetriNetwork.openIntData(node);
break;
case "StateGenNumber":
stateGenNumber = PetriNetwork.openIntData(node);
break;
case "TokenPrefix":
tokenPrefix = PetriNetwork.openStringData(node);
break;
case "PositionPrefix":
positionPrefix = PetriNetwork.openStringData(node);
break;
case "TransitionPrefix":
transitionPrefix = PetriNetwork.openStringData(node);
break;
case "NotePrefix":
notePrefix = PetriNetwork.openStringData(node);
break;
case "StatePrefix":
statePrefix = PetriNetwork.openStringData(node);
break;
case "DefaultEdgeWeight":
defaultEdgeWeight = PetriNetwork.openIntData(node);
break;
case "FireRule":
fireRule = FireRule.getEnumByValue(PetriNetwork.openStringData(node));
break;
case "SimulationTimeout":
simulationTimeout = PetriNetwork.openIntData(node);
break;
}
break;
}
}
IdentityProvider identityProvider = new IdentityProvider(positionPrefix, transitionPrefix, tokenPrefix, notePrefix,tokenGenNumber, positionGenNumber, transitionGenNumber, noteGenNumber);
return new PetriNetwork(rand, name, description, width, height, sh_width, sh_height, identityProvider, statePrefix, defaultEdgeWeight, stateGenNumber, fileName, fireRule, simulationTimeout, certificateSubject, lastModificationDate);
}