public override void visit(TestBench obj)
{
if (CodeGenerator.verbose) CodeGenerator.GMEConsole.Info.WriteLine("CyPhyBuildVisitor::visit TestBench: {0}", obj.Name);
var testBench = obj.Impl;
if (testBench.Children.ComponentAssemblyCollection.Count() == 0)
{
CodeGenerator.GMEConsole.Error.WriteLine("No valid component assembly in testbench {0}", obj.Name);
return;
}
foreach (var ca in testBench.Children.ComponentAssemblyCollection)
{
var componentAssembly_obj = new ComponentAssembly(ca);
obj.ComponentAssemblies.Add(componentAssembly_obj);
}
foreach (var tc in testBench.Children.TestComponentCollection)
{
var testComponent_obj = new Component(tc);
obj.TestComponents.Add(testComponent_obj);
}
// Save CyPhy TestBench parameters, such as "simulationTime", in the CyPhy2SystemC testbench object. MOT-516
foreach (var p in testBench.Children.ParameterCollection)
{
string paramName = p.Name;
if (!obj.TestParameters.ContainsKey(paramName))
{
obj.TestParameters[paramName] = p;
}
}
}
/// <summary>
/// 往工作部件中添加组件并移动
/// </summary>
/// <param name="componentAssembly"></param>
/// <param name="partToAdd">要添加的数模</param>
/// <param name="locateOrigin">要添加到的原点</param>
/// <param name="orientation">方位</param>
/// <param name="layer">要添加到的图层，默认为-1，即原始图层，0表示工作图层，其余表示特定图层</param>
/// <returns></returns>
public static Component AddComponent(this ComponentAssembly componentAssembly, Part partToAdd, Point3d locateOrigin, Matrix3x3 orientation, int layer = -1)
{
PartLoadStatus loadStatus;
Component component;
if (ManagedMode == true)
{
string partNumber = partToAdd.GetID();
string partRevision = partToAdd.GetRevision();
if (partRevision == "N/A")
{
partRevision = partToAdd.GetLatestRevision();
}
component = componentAssembly.AddComponent("@DB/" + partNumber + @"/" + partRevision, "Entire Part", partNumber, locateOrigin, orientation, layer, out loadStatus);
}
else
{
// 添加本地组件
component = componentAssembly.AddComponent(partToAdd.FullPath, "Entire Part", partToAdd.GetID(), locateOrigin, orientation, layer, out loadStatus);
}
return(component);
}
private List<Component> CollectGroundNodes(ComponentAssembly obj)
{
var gnds = obj.ComponentInstances.Where(t =>
Grounds.Any(GetSpiceType(t).Item2.Contains)
).ToList();
var cgnds = obj.ComponentAssemblyInstances.SelectMany(ca => CollectGroundNodes(ca)).ToList();
return gnds.Union(cgnds).ToList();
}
public static int Startup(string[] args)
{
int retValue = 0;
try
{
theProgram = new Program();
PartLoadStatus pld;
string partPath = @"D:\ACCEPTED_NX_MODELS\Q5\TEST\TEST.prt";
Part workPart = theSession.Parts.OpenBaseDisplay(partPath, out pld) as Part;
ComponentAssembly assembly = workPart.ComponentAssembly;
Component rootComponent = assembly.RootComponent;
theProgram.Traverse(rootComponent);
theSession.ListingWindow.Open();
foreach (Component leaf in theProgram.leafList)
{
Part leafPart = leaf.Prototype as Part;
Body[] leafBodies = leafPart.Bodies.ToArray();
if (leafBodies.Length != 0)
{
Body leafBody = leafBodies[0];
Promotion promoteBody = null;
PromotionBuilder promotionBuider1 = workPart.Features.CreatePromotionBuilder(promoteBody);
leafBody = leaf.FindOccurrence(leafBody) as Body;
bool added = promotionBuider1.Body.Add(leafBody);
bool validated = promotionBuider1.Validate();
NXObject objects = promotionBuider1.Commit();
promotionBuider1.Destroy();
theSession.ListingWindow.WriteLine(leaf.Name + "\t" + leafBodies.Length.ToString() + "\t" + leafBody.Name.ToString());
}
}
PartSaveStatus ps;
bool partSaved;
theSession.Parts.SaveAll(out partSaved, out ps);
theUFSession.Part.CloseAll();
theProgram.Dispose();
}
catch (NXOpen.NXException ex)
{
theUFSession.Part.CloseAll();
theSession.ListingWindow.Open();
theSession.ListingWindow.WriteLine(ex.ToString());
// ---- Enter your exception handling code here -----
}
return(retValue);
}
public override void visit(ComponentAssembly obj)
{
var layoutFile = (obj.Impl.Impl as GME.MGA.MgaFCO).RegistryValue["layoutFile"];
if (layoutFile != null)
{
var pathLayoutFile = Path.Combine(obj.Impl.GetDirectoryPath(ComponentLibraryManager.PathConvention.ABSOLUTE), layoutFile);
var layoutParser = new Layout.LayoutParser(pathLayoutFile,
CodeGenerator.Logger)
{
parentInstanceGUID = (obj.Impl.Impl as GME.MGA.MgaFCO).
RegistryValue["Elaborator/InstanceGUID_Chain"]
};
Logger.WriteDebug("Parent GUID : {0}", layoutParser.parentInstanceGUID);
layoutParser.BuildMaps();
CodeGenerator.preRouted.Add(obj, layoutParser);
}
}
/// <summary>
/// 往指定部件中添加组件并移动到指定位置，方向为默认
/// </summary>
/// <param name="componentAssembly"></param>
/// <param name="partNumber">要添加的数模号，若为本地，则需要指定完整路径</param>
/// <param name="partRevision">要添加的数模版本，仅用于 Teamcenter 集成环境，本地模式忽略此参数，若版本为空或null，则添加最新版本</param>
/// <param name="locateOrigin">要添加到的原点</param>
/// <param name="orientation">组件方位</param>
/// <param name="layer">要添加到的图层，默认为-1，即原始图层，0表示工作图层，其余表示特定图层</param>
/// <returns></returns>
public static Component AddComponent(this ComponentAssembly componentAssembly, string partNumber, string partRevision, Point3d locateOrigin, Matrix3x3 orientation, int layer = -1)
{
PartLoadStatus loadStatus;
NXOpen.Assemblies.Component component;
if (ManagedMode == true)
{
if (string.IsNullOrEmpty(partRevision) || partRevision == "N/A")
{
partRevision = PartEx.GetLatestRevision(partNumber);
}
component = componentAssembly.AddComponent("@DB/" + partNumber + @"/" + partRevision, "Entire Part", partNumber, locateOrigin, orientation, layer, out loadStatus);
}
else
{
// 添加本地组件
component = componentAssembly.AddComponent(partNumber, "Entire Part", partNumber, locateOrigin, orientation, layer, out loadStatus);
}
return(component);
}
// Highlights or Unhighlights a component. Depending on the the state of the drawAll
// flag, this will either draw just the individual component, or the component plus
// all of the equivalent components in other subassemblies.
//
// To see this in action, load the ToyCar assembly, and select the LEFT_WHEEL
// component from the front axle. If drawAll is set to true, then the LEFT_WHEEL
// component on the rear axle will be highlit as well.
private void HighlightComponent(Component component, bool highlight)
{
if (component != null)
{
if (highlight)
{
component.Highlight();
}
else
{
component.Unhighlight();
}
if (drawAll)
{
// To find the equivalent, map "component" onto the equivalent component
// in its owning part. Then map this equivalent component onto the array
// of equivalents in the displayed part.
ComponentAssembly owner = component.DirectOwner;
Component mapped = owner.MapComponentFromParent(component);
ComponentAssembly topOwner = theSession.Parts.Display.ComponentAssembly;
Component[] mappedBack = topOwner.MapComponentsFromSubassembly(mapped);
for (int i = 0; i < mappedBack.Length; i++)
{
if (highlight)
{
mappedBack[i].Highlight();
}
else
{
mappedBack[i].Unhighlight();
}
}
}
}
}
public static void AddComponentsFromAssembly(Assembly assembly)
{
if (assembly == typeof(System.Windows.Forms.Form).Assembly || assembly == typeof(int).Assembly)
{
return;
}
var types = assembly.GetTypes();
var control_types = new List <Type>();
Type controlType = typeof(System.Windows.Forms.Control);
foreach (Type type in types)
{
if (type.IsSubclassOf(controlType))
{
control_types.Add(type);
}
}
if (control_types.Count > 0)
{
string assemblyName = assembly.FullName;
int ind = assemblyName.IndexOf(',');
if (ind != -1)
{
assemblyName = assemblyName.Substring(0, ind).Trim();
}
Category cat = new Category(assemblyName);
ComponentAssembly cas = new ComponentAssembly(assembly.FullName);
foreach (Type type in control_types)
{
cat.ToolComponents.Add(new ToolComponent(type.FullName, cas, true));
}
var dynamicTab = new SideTabDesigner(sideBar, cat, toolboxService);
dynamicTab.ItemRemoved += SideTabItemRemoved;
dynamicTab.ItemsExchanged += SideTabItemsExchanged;
sideBar.Tabs.Add(dynamicTab);
}
}
public override void visit(TestBench obj)
{
Logger.WriteDebug("CyPhyBuildVisitor::visit({0})", obj.Impl.Path);
var testBench = obj.Impl;
var ca = testBench.Children.ComponentAssemblyCollection.FirstOrDefault();
if (ca == null)
{
Logger.WriteFailed("No valid component assembly in testbench {0}", obj.Name);
return;
}
var componentAssembly_obj = new ComponentAssembly(ca);
obj.ComponentAssemblies.Add(componentAssembly_obj);
var tcs = testBench.Children.TestComponentCollection;
foreach (var tc in tcs)
{
var component_obj = new Component(tc);
obj.TestComponents.Add(component_obj);
CyPhyBuildVisitor.Components.Add(tc.ID, component_obj); // Add to global component list, are these instance ID-s or component type ID-s?
}
foreach (var param in testBench.Children.ParameterCollection)
{
var param_obj = new Parameter()
{
Name = param.Name,
Value = param.Attributes.Value
};
obj.Parameters.Add(param_obj);
}
// solver parameters - currently using Dymola Solver object
var solver = testBench.Children.SolverSettingsCollection.FirstOrDefault();
if (solver != null)
obj.SolverParameters.Add("SpiceAnalysis", solver.Attributes.ToolSpecificAnnotations);
}
/// <summary>
/// Does most of the work for GenerateModelicaCode()
/// </summary>
private void BuildUpTestBench()
{
var testBench = this.testBench_mo.Impl;
this.instanceURIMap.Add(
string.Format("{0}.TestBenches.{1}", MainPackage, testBench.Name),
new ComponentInfo(testBench.Impl as GME.MGA.IMgaFCO, "ContextAssembly", this.traceability));
// ------- Parameters/Properties & Metrics ---------
foreach (var defParameter in testBench.Children.ParameterCollection)
{
var parameter_mo = new UnitParameter()
{
Name = defParameter.Name,
Value = this.GetParameterModelicaValue(defParameter),
Modifier = this.GetParameterModifier(defParameter)
};
this.testBench_mo.Parameters.Add(parameter_mo);
}
foreach (var defProperty in testBench.Children.PropertyCollection)
{
var parameter_mo = new UnitParameter()
{
Name = defProperty.Name,
Value = this.GetPropertyModelicaValue(defProperty, true)
};
this.testBench_mo.Parameters.Add(parameter_mo);
}
foreach (var metric in testBench.Children.MetricCollection)
{
var metric_mo = new Metric()
{
Name = metric.Name,
Description = metric.Attributes.Description,
};
if (metric.SrcConnections.PPOutput2MetricCollection.Count() == 1)
{
metric_mo.PostProcessing = true;
}
this.testBench_mo.Metrics.Add(metric_mo);
}
var ca = testBench.Children.ComponentAssemblyCollection.FirstOrDefault();
var componentAssemblyFullName = string.Format("{0}.ComponentAssemblies.{1}", MainPackage, ca.Name);
var hasInnerCAs = ca.Children.ComponentAssemblyCollection.Count() > 0;
if (hasInnerCAs)
{
componentAssemblyFullName += "." + ca.Name;
}
var componentAssembly_mo = new ComponentAssembly(ca)
{
FullName = componentAssemblyFullName,
HasInnerCAs = hasInnerCAs,
ConstrainedBys = this.modelicaSettings.GenerateConstrainedBys
};
this.testBench_mo.ComponentAssemblies.Add(componentAssembly_mo);
// Make sure there are margins to the upper- and left-border
int canvasX = ca.GenericAspect.X > ScaleFactor * 3 * ComponentIconSize ? ca.GenericAspect.X : ScaleFactor * 3 * ComponentIconSize;
int canvasY = ca.GenericAspect.Y > ScaleFactor * 2 * ComponentIconSize ? ca.GenericAspect.Y : ScaleFactor * 2 * ComponentIconSize;
// Make sure there are margins to the bottom- and right-border
this.testBench_mo.CanvasXMax = canvasX + (ScaleFactor * 3 * ComponentIconSize);
this.testBench_mo.CanvasYMax = canvasY + (ScaleFactor * 2 * ComponentIconSize);
var componentAssemblyInstance_mo = new ComponentAssemblyInstance(ca)
{
InstanceOf = componentAssembly_mo,
CanvasX = canvasX,
CanvasY = canvasY
};
foreach (var parameter in ca.Children.ParameterCollection)
{
var vf = parameter.SrcConnections.ValueFlowCollection.FirstOrDefault();
// The Value flow is in the TestBench (if in the CA it's dealt with of the definition of the Parameter)
if (vf != null && vf.ParentContainer.ID == testBench.ID)
{
var parameter_mo = this.GetArgumentParameter(testBench.ID, parameter, vf);
componentAssemblyInstance_mo.Parameters.Add(parameter_mo);
}
}
var componentAssemblyInfo = new ComponentInfo(ca.Impl as GME.MGA.IMgaFCO, "PlantAssembly", this.traceability);
this.instanceURIMap.Add(string.Format("{0}.TestBenches.{1}.{2}", MainPackage, this.testBench_mo.Name, ca.Name), componentAssemblyInfo);
this.modelURIMap.Add(string.Format("{0}.ComponentAssemblies.{1}.{1}", MainPackage, ca.Name), componentAssemblyInfo);
this.testBench_mo.ComponentAssemblyInstances.Add(componentAssemblyInstance_mo);
// ---------- SystemUnderTest (ComponentAssembly)-------
this.BuildUpComponentAssembly(componentAssembly_mo, null);
// ----------- TestComponents ----------
foreach (var testComponent in testBench.Children.TestComponentCollection)
{
var modelicaModel = testComponent.Children.ModelicaModelCollection.FirstOrDefault();
if (modelicaModel == null)
{
continue;
}
this.AddTestComponent(testComponent, modelicaModel);
}
// -------- Environments ------
foreach (var environment in testBench.Children.EnvironmentCollection)
{
this.AddEnvironment(environment);
this.instanceURIMap.Add(
string.Format("{0}.TestBenches.{1}.{2}", MainPackage, testBench.Name, environment.Name),
new ComponentInfo(environment.Impl as GME.MGA.IMgaFCO, "Environment", this.traceability));
}
}
/// <summary>
/// Adds connectorContainer (Connector containing a ModelicaConnector) to componentAssembly_mo.
/// </summary>
/// <param name="componentAssembly_mo">ComponentAssembly that contains the component.</param>
/// <param name="parentComponentAssembly_mo">ComponentAssembly that contains componentAssembly_mo.</param>
/// <param name="connectorContainer">CyPhy Connector to add.</param>
private void AddConnector(ComponentAssembly componentAssembly_mo, ComponentAssembly parentComponentAssembly_mo, CyPhy.Connector connectorContainer)
{
var ca = componentAssembly_mo.Impl;
var containedConnector = connectorContainer.Children.ModelicaConnectorCollection.FirstOrDefault();
// Connectors do not need margins at the borders
int canvasX = connectorContainer.GenericAspect.X;
int canvasY = connectorContainer.GenericAspect.Y;
componentAssembly_mo.CanvasXMax = canvasX > componentAssembly_mo.CanvasXMax ? canvasX : componentAssembly_mo.CanvasXMax;
componentAssembly_mo.CanvasYMax = canvasY > componentAssembly_mo.CanvasYMax ? canvasY : componentAssembly_mo.CanvasYMax;
var connector_mo = new Connector(containedConnector)
{
ModelicaURI = containedConnector.Attributes.Class,
CanvasX = canvasX,
CanvasY = canvasY
};
connector_mo.Name = connectorContainer.Name.Replace(' ', '_');
foreach (var parameter in containedConnector.Children.ModelicaParameterCollection)
{
var value = this.GetModelicaParameterValue(parameter);
if (string.IsNullOrWhiteSpace(value) == false)
{
connector_mo.Parameters.Add(
new UnitParameter()
{
Name = parameter.Name,
Value = new ModelicaValue(value)
});
}
}
foreach (var redeclareParameter in containedConnector.Children.ModelicaRedeclareCollection)
{
var value = redeclareParameter.Attributes.Value;
if (string.IsNullOrWhiteSpace(value) == false)
{
connector_mo.Parameters.Add(
new UnitRedeclareParameter(redeclareParameter)
{
Value = new ModelicaValue(value)
});
}
}
componentAssembly_mo.Connectors.Add(connector_mo);
// Iterate over all ports that are connected FROM the connector.
foreach (var dstPortContainer in connectorContainer.DstConnections.ConnectorCompositionCollection.Select(c => c.DstEnds.Connector))
{
var srcConnectorContainer = connectorContainer;
var srcContainedConnector = containedConnector;
if (dstPortContainer.ParentContainer is CyPhy.Component)
{
var portComponent = dstPortContainer.ParentContainer as CyPhy.Component;
if (this.ComponentIsDynamic(portComponent) == false)
{
this.Logger.WriteWarning("'{0}' does not contain any dynamic-components, connections to it skipped.", portComponent.Name);
continue;
}
var dstConnector = this.GetModelicaModelConnectorFromComponentPortContainer(dstPortContainer);
if (dstConnector == null)
{
continue;
}
var connection_mo = new Connection(srcConnectorContainer.Name, dstConnector.Name)
{
DstInstanceName = dstPortContainer.ParentContainer.Name,
Type = srcContainedConnector.Attributes.Class
};
if (portComponent.ParentContainer.ID.Equals(ca.ID))
{
// Component is within current Component Assembly
componentAssembly_mo.Connections.Add(connection_mo);
}
else
{
// Component is within the parent Component Assembly
connection_mo.SrcInstanceName = componentAssembly_mo.Name;
parentComponentAssembly_mo.Connections.Add(connection_mo);
}
}
else if (dstPortContainer.ParentContainer is CyPhy.ComponentAssembly)
{
var portCA = dstPortContainer.ParentContainer as CyPhy.ComponentAssembly;
if (this.ContainsDynamicComponents(portCA) == false)
{
this.Logger.WriteWarning("'{0}' does not contain any dynamic-components, connections to it skipped.", portCA.Name);
continue;
}
var componentAssemblyIDList = componentAssembly_mo.ComponentAssemblyInstances.Select(c => c.Impl.ID);
if (componentAssemblyIDList.Contains(portCA.ID))
{
// Case 1: The connected ComponentAssembly is contained within the current one
var connection_mo = new Connection(srcConnectorContainer.Name, dstPortContainer.Name)
{
DstInstanceName = dstPortContainer.ParentContainer.Name,
Type = srcContainedConnector.Attributes.Class
};
componentAssembly_mo.Connections.Add(connection_mo);
}
else if (portCA.ID.Equals(ca.ID))
{
// Case 2: The connected ComponentAssembly is itself (Connector to Connector - not pretty modelling)
var connection_mo = new Connection(srcConnectorContainer.Name, dstPortContainer.Name)
{
Type = srcContainedConnector.Attributes.Class
};
componentAssembly_mo.Connections.Add(connection_mo);
}
else if (parentComponentAssembly_mo != null)
{
// Case 3: The connected ComponentAssembly is the current one's parent
if (portCA.ID.Equals(parentComponentAssembly_mo.Impl.ID))
{
var connection_mo = new Connection(srcConnectorContainer.Name, dstPortContainer.Name)
{
SrcInstanceName = componentAssembly_mo.Name,
Type = srcContainedConnector.Attributes.Class
};
parentComponentAssembly_mo.Connections.Add(connection_mo);
}
else
{
// Case 4: (By exclusion) The connected ComponentAssembly is at the same level (i.e. within the parent ComponentAssembly)
var connection_mo = new Connection(srcConnectorContainer.Name, dstPortContainer.Name)
{
SrcInstanceName = componentAssembly_mo.Name,
DstInstanceName = dstPortContainer.ParentContainer.Name,
Type = srcContainedConnector.Attributes.Class
};
parentComponentAssembly_mo.Connections.Add(connection_mo);
}
}
}
else if (dstPortContainer.ParentContainer is CyPhy.TestComponent)
{
var dstConnector = this.GetModelicaModelConnectorFromComponentPortContainer(dstPortContainer);
if (dstConnector == null)
{
continue;
}
var connection_mo = new Connection(srcConnectorContainer.Name, dstConnector.Name)
{
SrcInstanceName = componentAssembly_mo.Name,
DstInstanceName = dstPortContainer.ParentContainer.Name,
Type = srcContainedConnector.Attributes.Class
};
this.testBench_mo.Connections.Add(connection_mo);
}
else if (dstPortContainer.ParentContainer is CyPhy.Environment)
{
this.Logger.WriteDebug("Environment connected in Connector-chains not supported!");
continue;
}
}
}
/// <summary>
/// Adds the component to componentAssembly_mo as an instance.
/// </summary>
/// <param name="componentAssembly_mo">ComponentAssembly that contains the component.</param>
/// <param name="parentComponentAssembly_mo">ComponentAssembly that contains componentAssembly_mo.</param>
/// <param name="component">CyPhy Component to add.</param>
private void AddComponent(ComponentAssembly componentAssembly_mo, ComponentAssembly parentComponentAssembly_mo, CyPhy.Component component)
{
var ca = componentAssembly_mo.Impl;
var modelicaModel = this.GetModelicaModelFromComponent(component);
// Make sure there are margins to the top- and left-border
int canvasX = component.GenericAspect.X > ScaleFactor * ComponentIconSize ?
component.GenericAspect.X : ScaleFactor * ComponentIconSize;
int canvasY = component.GenericAspect.Y > ScaleFactor * ComponentIconSize ?
component.GenericAspect.Y : ScaleFactor * ComponentIconSize;
// Make sure there are margins to the bottom- and right-border
componentAssembly_mo.CanvasXMax = canvasX + (ScaleFactor * ComponentIconSize) > componentAssembly_mo.CanvasXMax ?
canvasX + (ScaleFactor * ComponentIconSize) : componentAssembly_mo.CanvasXMax;
componentAssembly_mo.CanvasYMax = canvasY + (ScaleFactor * ComponentIconSize) > componentAssembly_mo.CanvasYMax ?
canvasY + (ScaleFactor * ComponentIconSize) : componentAssembly_mo.CanvasYMax;
var componentInstance_mo = new ComponentInstance(component)
{
InstanceOf = this.treeComponents[component.DerivedFrom().ID],
CanvasX = canvasX,
CanvasY = canvasY
};
foreach (var parameter in component.Children.ParameterCollection)
{
// META-3622
if (String.IsNullOrWhiteSpace(parameter.Attributes.Dimension) || parameter.Attributes.Dimension.Trim() == "1")
{
var vf = parameter.SrcConnections.ValueFlowCollection.FirstOrDefault();
if (vf != null && vf.ParentContainer.ID == ca.ID)
{
var parameter_mo = this.GetArgumentParameter(ca.ID, parameter, vf);
componentInstance_mo.Parameters.Add(parameter_mo);
}
}
}
// META-2189 Overwrite ModelicaParameters connected to properties with formulated values in the design.
foreach (var modelicaParameter in modelicaModel.Children.ModelicaParameterCollection)
{
var connection = modelicaParameter.SrcConnections.ModelicaParameterPortMapCollection.FirstOrDefault();
if (connection != null && connection.SrcEnds.Property != null)
{
double temp;
var value = modelicaParameter.Attributes.Value.Trim();
if (double.TryParse(modelicaParameter.Attributes.Value, out temp) || value == "true" || value == "false" ||
(value.StartsWith("\"") && value.EndsWith("\"")))
{
var parameter_mo = new UnitParameter();
parameter_mo.Name = modelicaParameter.Name;
parameter_mo.Value = new ModelicaValue(modelicaParameter.Attributes.Value.Trim());
componentInstance_mo.Parameters.Add(parameter_mo);
}
}
}
componentAssembly_mo.ComponentInstances.Add(componentInstance_mo);
string componentModelicaURI = componentAssembly_mo.Name + "." + componentInstance_mo.Name;
var parentCA = parentComponentAssembly_mo;
while (parentCA != null)
{
componentModelicaURI = parentCA.Name + "." + componentModelicaURI;
parentCA = parentCA.ParentComponentAssembly;
}
this.ExtractPCCInputs(component, componentModelicaURI);
string modelType;
if (modelicaModel is CyPhy.CyberModel)
{
modelType = "ControllerModel";
}
else
{
modelType = "PlantModel";
}
var componentInfo = new ComponentInfo(component.Impl as GME.MGA.IMgaFCO, modelType, this.traceability);
this.instanceURIMap.Add(string.Format("{0}.TestBenches.{1}.{2}", MainPackage, this.testBench_mo.Name, componentModelicaURI), componentInfo);
if (this.modelURIMap.ContainsKey(componentInstance_mo.InstanceOf.FullName) == false)
{
this.modelURIMap.Add(componentInstance_mo.InstanceOf.FullName, componentInfo);
}
if (this.extendsURIMap.ContainsKey(componentInstance_mo.InstanceOf.Extends) == false)
{
var componentExtendInfo = new ComponentInfo(modelicaModel.Impl as GME.MGA.IMgaFCO, modelType, this.traceability);
this.extendsURIMap.Add(componentInstance_mo.InstanceOf.Extends, componentExtendInfo);
}
// Iterate over all ports and look for connections FROM the port. These connections will generate equations in the
// component assembly if the connections is not entering a ModelicaModel.
// Connections from ModelicaConnectors (Components)
foreach (var port in component.Children.ModelicaConnectorCollection)
{
foreach (var dstPort in port.DstConnections.PortCompositionCollection
.Select(c => c.DstEnds.ModelicaConnector)
.Where(p => p.ParentContainer is CyPhy.ModelicaModel == false))
{
CyPhy.ModelicaConnector srcConnector = this.GetModelicaModelConnectorFromComponentPort(port);
if (srcConnector == null)
{
continue;
}
CyPhy.ModelicaConnector dstConnector = null;
if (dstPort.ParentContainer is CyPhy.Component)
{
dstConnector = this.GetModelicaModelConnectorFromComponentPort(dstPort);
}
else if (dstPort.ParentContainer is CyPhy.ComponentAssembly)
{
dstConnector = dstPort;
}
// The Fidelty Selected might not have this Connection - don't make it.
// Or it might be a floating connector with no purpose.
if (dstConnector == null)
{
continue;
}
var connection_mo = new Connection(srcConnector.Name, dstConnector.Name)
{
SrcInstanceName = component.Name,
Type = srcConnector.Attributes.Class
};
if (dstPort.ParentContainer.ID != ca.ID)
{
connection_mo.DstInstanceName = dstPort.ParentContainer.Name;
}
componentAssembly_mo.Connections.Add(connection_mo);
}
}
// Connections from Connectors (Components)
foreach (var portContainer in component.Children.ConnectorCollection)
{
if (portContainer.Children.ModelicaConnectorCollection.Count() != 1)
{
continue;
}
foreach (var dstPortContainer in portContainer.DstConnections.ConnectorCompositionCollection.Select(c => c.DstEnds.Connector))
{
if (dstPortContainer.Children.ModelicaConnectorCollection.Count() != 1)
{
continue;
}
CyPhy.ModelicaConnector srcConnector = this.GetModelicaModelConnectorFromComponentPortContainer(portContainer);
if (srcConnector == null)
{
continue;
}
CyPhy.ModelicaConnector dstConnector = null;
string dstConnectorName = "ERROR No Name Assigned";
if (dstPortContainer.ParentContainer is CyPhy.Component)
{
var portComponent = CyPhyClasses.Component.Cast(dstPortContainer.ParentContainer.Impl);
if (this.ComponentIsDynamic(portComponent) == false)
{
this.Logger.WriteWarning("'{0}' does not contain any dynamic-components, connections to it skipped.", portComponent.Name);
continue;
}
dstConnector = this.GetModelicaModelConnectorFromComponentPortContainer(dstPortContainer);
if (dstConnector != null)
{
dstConnectorName = dstConnector.Name;
}
}
else if (dstPortContainer.ParentContainer is CyPhy.ComponentAssembly)
{
var portCA = dstPortContainer.ParentContainer.Impl;
if (this.ContainsDynamicComponents(CyPhyClasses.ComponentAssembly.Cast(portCA)) == false)
{
this.Logger.WriteWarning("'{0}' does not contain any dynamic-components, connections to it skipped.", portCA.Name);
continue;
}
dstConnector = dstPortContainer.Children.ModelicaConnectorCollection.FirstOrDefault();
dstConnectorName = dstPortContainer.Name.Replace(' ', '_');
}
// The Fidelty Selected might not have this Connection - don't make it.
// Or it might be a floating connector with no purpose.
if (dstConnector == null)
{
continue;
}
var connection_mo = new Connection(srcConnector.Name, dstConnectorName)
{
SrcInstanceName = component.Name,
Type = srcConnector.Attributes.Class
};
if (dstPortContainer.ParentContainer.ID != ca.ID)
{
connection_mo.DstInstanceName = dstPortContainer.ParentContainer.Name;
}
componentAssembly_mo.Connections.Add(connection_mo);
}
}
// Add limit-checks for the component to the test-bench
foreach (var modelicaModelLimit in modelicaModel.Children.LimitCheckCollection)
{
// TODO: When META-1124 and META-1129 both are merged, merge Limit and LimitCheck class.
var limit = new Limit(modelicaModelLimit)
{
ComponentModelicaUri = componentModelicaURI
};
this.testBench_mo.Limits.Add(limit);
var limitCheck = new LimitCheck()
{
ParentKind = modelicaModelLimit.ParentContainer.Kind,
LimitFullPath = modelicaModelLimit.Path,
LimitName = modelicaModelLimit.Name,
VariableName = modelicaModelLimit.Attributes.VariableName,
Type = modelicaModelLimit.Attributes.LimitType.ToString(),
Value = modelicaModelLimit.Attributes.Value,
VariableFullPath = string.Format("{0}.{1}", componentModelicaURI, modelicaModelLimit.Attributes.VariableName),
ModelicaRecordName = string.Format("Limit{0}", this.testBench_mo.Limits.Count)
};
this.LimitDefintion.LimitChecks.Add(limitCheck);
}
}
/// <summary>
/// Builds up all components (through AddComponent), connectors (through AddConnector/AddModelicaConnector)
/// and inner component assemblies (and calls this function recursively on such), for componentAssembly_mo.
/// </summary>
/// <param name="componentAssembly_mo">ComponentAssembly to start from.</param>
/// <param name="parentComponentAssembly_mo">If the callee was a component assembly -> the callee.</param>
private void BuildUpComponentAssembly(ComponentAssembly componentAssembly_mo, ComponentAssembly parentComponentAssembly_mo)
{
var ca = componentAssembly_mo.Impl;
// ------- Parameters/Properties & Metrics ---------
foreach (var defParameter in ca.Children.ParameterCollection)
{
// META-3622
if (String.IsNullOrWhiteSpace(defParameter.Attributes.Dimension) || defParameter.Attributes.Dimension.Trim() == "1")
{
var parameter_mo = new UnitParameter()
{
Name = defParameter.Name,
Value = this.GetParameterModelicaValue(defParameter),
Modifier = this.GetParameterModifier(defParameter)
};
componentAssembly_mo.Parameters.Add(parameter_mo);
}
}
foreach (var defProperty in ca.Children.PropertyCollection)
{
// META-3622
if (String.IsNullOrWhiteSpace(defProperty.Attributes.Dimension) || defProperty.Attributes.Dimension.Trim() == "1")
{
var parameter_mo = new UnitParameter()
{
Name = defProperty.Name,
Value = this.GetPropertyModelicaValue(defProperty, true)
};
componentAssembly_mo.Parameters.Add(parameter_mo);
}
}
foreach (var metric in ca.Children.MetricCollection)
{
var metric_mo = new Metric()
{
Name = metric.Name,
Description = metric.Attributes.Description,
};
componentAssembly_mo.Metrics.Add(metric_mo);
}
// ------- ComponentAssemblies -------
foreach (var innerComponentAssembly in ca.Children.ComponentAssemblyCollection)
{
if (this.ContainsDynamicComponents(innerComponentAssembly) == false)
{
this.Logger.WriteWarning(
"Component Assembly '{0}' inside '{1}' does not contain any dynamic models, it will not be generated.",
innerComponentAssembly.Name,
ca.Name);
continue;
}
var innerCAFullName = componentAssembly_mo.FullName.Substring(0, componentAssembly_mo.FullName.LastIndexOf('.'));
bool innerCAHasChildren = innerComponentAssembly.Children.ComponentAssemblyCollection.Count() > 0;
if (innerCAHasChildren)
{
innerCAFullName += "." + innerComponentAssembly.Name;
}
innerCAFullName += "." + innerComponentAssembly.Name;
var innerComponentAssembly_mo = new ComponentAssembly(innerComponentAssembly)
{
FullName = innerCAFullName,
ParentComponentAssembly = componentAssembly_mo,
HasInnerCAs = innerCAHasChildren,
ConstrainedBys = this.modelicaSettings.GenerateConstrainedBys
};
this.testBench_mo.ComponentAssemblies.Add(innerComponentAssembly_mo);
// Make sure there are margins to the upper- and left-border
int canvasX = innerComponentAssembly.GenericAspect.X > ScaleFactor * 3 * ComponentIconSize ? innerComponentAssembly.GenericAspect.X : ScaleFactor * 3 * ComponentIconSize;
int canvasY = innerComponentAssembly.GenericAspect.Y > ScaleFactor * 2 * ComponentIconSize ? innerComponentAssembly.GenericAspect.Y : ScaleFactor * 2 * ComponentIconSize;
// Make sure there are margins to the bottom- and right-border
componentAssembly_mo.CanvasXMax = canvasX + (ScaleFactor * 3 * ComponentIconSize) > componentAssembly_mo.CanvasXMax ? canvasX + (ScaleFactor * 3 * ComponentIconSize) : componentAssembly_mo.CanvasXMax;
componentAssembly_mo.CanvasYMax = canvasY + (ScaleFactor * 2 * ComponentIconSize) > componentAssembly_mo.CanvasYMax ? canvasY + (ScaleFactor * 2 * ComponentIconSize) : componentAssembly_mo.CanvasYMax;
var innerComponentAssemblyInstance_mo = new ComponentAssemblyInstance(innerComponentAssembly)
{
InstanceOf = innerComponentAssembly_mo,
CanvasX = canvasX,
CanvasY = canvasY
};
foreach (var parameter in innerComponentAssembly.Children.ParameterCollection)
{
var vf = parameter.SrcConnections.ValueFlowCollection.FirstOrDefault();
if (vf != null && vf.ParentContainer.ID == ca.ID)
{
var parameter_mo = this.GetArgumentParameter(ca.ID, parameter, vf);
innerComponentAssemblyInstance_mo.Parameters.Add(parameter_mo);
}
}
componentAssembly_mo.ComponentAssemblyInstances.Add(innerComponentAssemblyInstance_mo);
string componentAssemblyInstanceURI = componentAssembly_mo.Name + "." + innerComponentAssemblyInstance_mo.Name;
var parentCA = parentComponentAssembly_mo;
while (parentCA != null)
{
componentAssemblyInstanceURI = parentCA.Name + "." + componentAssemblyInstanceURI;
parentCA = parentCA.ParentComponentAssembly;
}
var componentAssemblyInfo = new ComponentInfo(innerComponentAssembly.Impl as GME.MGA.IMgaFCO, "PlantAssembly", this.traceability);
this.instanceURIMap.Add(string.Format("{0}.TestBenches.{1}.{2}", MainPackage, this.testBench_mo.Name, componentAssemblyInstanceURI), componentAssemblyInfo);
this.modelURIMap.Add(innerComponentAssembly_mo.FullName, componentAssemblyInfo);
this.BuildUpComponentAssembly(innerComponentAssembly_mo, componentAssembly_mo);
}
// ------- Components -------
foreach (var component in ca.Children.ComponentCollection)
{
if (this.ComponentIsDynamic(component) == false)
{
this.Logger.WriteWarning(
"Component '{0}' inside '{1}' does not contain any dynamic models, it will not be generated.",
component.Name,
ca.Name);
continue;
}
if (this.treeComponents.ContainsKey(component.DerivedFrom().ID) == false)
{
this.Logger.WriteDebug(
"Component-instance {0}, does not have a generated component. Probably since the component does not have a ModelicaModel.",
component.Name);
continue;
}
this.AddComponent(componentAssembly_mo, parentComponentAssembly_mo, component);
}
// ------- ModelicaConnectors -------
foreach (var connector in ca.Children.ModelicaConnectorCollection)
{
this.AddModelicaConnector(componentAssembly_mo, parentComponentAssembly_mo, connector);
}
// ------- Connectors -------
foreach (var connectorContainer in ca.Children.ConnectorCollection)
{
if (connectorContainer.Children.ModelicaConnectorCollection.Count() != 1)
{
continue;
}
this.AddConnector(componentAssembly_mo, parentComponentAssembly_mo, connectorContainer);
}
}
//------------------------------------------------------------------------------
// NX Startup
// This entry point activates the application at NX startup
//Will work when complete path of the dll is provided to Environment Variable
//USER_STARTUP or USER_DEFAULT
//------------------------------------------------------------------------------
public static int Startup()
{
int retValue = 0;
try
{
theProgram = new Program();
//string partPath = @"F:\TEST.prt";
//string partPath = @"F:\CASE\ASM.prt";
string partPath = @"F:\CASE1\Case_1-1_stp.prt";
PartLoadStatus PLD;
Part workPart = theSession.Parts.OpenBaseDisplay(partPath, out PLD) as Part;
if (workPart != null)
{
ComponentAssembly assembly = workPart.ComponentAssembly;
Component rootComponent = assembly.RootComponent;
//try {object flange1 = assembly.FindObject("FLANGE(10K_150A_G)_K3029930#1");}
//catch(Exception ex) { theUI.NXMessageBox.Show("Null", NXMessageBox.DialogType.Error, ex.Message); }
theProgram.Traverse(rootComponent);
Component comp1_1 = rootComponent.FindObject("COMPONENT OIL_PIPE_TYPE1_ASSY-01 2") as Component;
Component comp1 = comp1_1.FindObject("COMPONENT FLANGE(10K_150A_G)_K3029930#1 1") as Component;
Component comp2_1 = rootComponent.FindObject("COMPONENT OIL_PIPE_TYPE1_ASSY-01 3") as Component;
Component comp2 = comp2_1.FindObject("COMPONENT FLANGE(10K_150A_N)_K3034074#1 1") as Component;
Part one = comp1.Prototype as Part;
Part two = comp2.Prototype as Part;
DatumPlane oneXY = null;
DatumPlane twoXY = null;
//foreach(Component leaf in theProgram.leafList)
//{
// if(leaf.DisplayName == "FLANGE(10K_150A_G)_K3029930#1")
// {
// //comp1 = leaf;
// one = leaf.Prototype as Part;
// }
// if (leaf.DisplayName == "FLANGE(10K_150A_N)_K3034074#1")
// {
// //comp2 = leaf;
// two = leaf.Prototype as Part;
// }
//}
if (one != null && two != null)
{
theProgram.GetXYPlane(one, out oneXY);
theProgram.GetXYPlane(two, out twoXY);
oneXY = comp1.FindOccurrence(oneXY) as DatumPlane;
twoXY = comp2.FindOccurrence(twoXY) as DatumPlane;
}
//Tag tag1 = theUfSession.Assem.AskPartOccurrence(oneXY.Tag);
try
{
ComponentPositioner positioner1 = assembly.Positioner;
positioner1.BeginAssemblyConstraints();
Constraint constraint1 = positioner1.CreateConstraint(true);
ComponentConstraint componentConstraint1 = constraint1 as ComponentConstraint;
componentConstraint1.ConstraintAlignment = Constraint.Alignment.ContraAlign;
componentConstraint1.ConstraintType = Constraint.Type.Touch;
ConstraintReference ref1 = componentConstraint1.CreateConstraintReference(comp1, oneXY, false, false, false);
ConstraintReference ref2 = componentConstraint1.CreateConstraintReference(comp2, twoXY, false, false, false);
//componentConstraint1.FlipAlignment();
//componentConstraint1.SetAlignmentHint(NXOpen.Positioning.Constraint.Alignment.ContraAlign);
}
catch (Exception E)
{
theUI.NXMessageBox.Show("Error", NXMessageBox.DialogType.Error, E.Message);
}
}
PartSaveStatus ps;
bool partSaved;
theSession.Parts.SaveAll(out partSaved, out ps);
theUfSession.Part.CloseAll();
}
catch (NXOpen.NXException ex)
{
// ---- Enter your exception handling code here -----
theUI.NXMessageBox.Show("UI Styler", NXMessageBox.DialogType.Error, ex.Message);
}
return(retValue);
}
/// <summary>
/// Reports the on assemblies.
/// </summary>
/// <param name="baseModelId">The base model identifier.</param>
/// <param name="modelId">The model identifier.</param>
/// <param name="componentName">Name of the component.</param>
/// <param name="componentNameFreeInput">The component name free input.</param>
/// <param name="componentValue">The component value.</param>
/// <param name="productSerial">The product serial.</param>
/// <param name="startDate">The start date.</param>
/// <param name="endDate">The end date.</param>
/// <returns></returns>
public ActionResult ReportOnAssemblies(Guid?baseModelId, Guid?modelId, Guid?componentId, string componentNameFreeInput, string componentValue, string productSerial, DateTime?startDate, DateTime endDate)
{
_logger.LogInfo("User {0} attempts to generate a report on assemblies. User filter params: baseModelId = '{1}', modelId = '{2}', componentId = '{3}', componentNameFreeInput = '{4}', componentValue = '{5}', productSerial = '{6}', start date = '{7}', end data = '{8}'",
User.Identity.Name, // 0
baseModelId, // 1
modelId, // 2
componentId, // 3
componentNameFreeInput, // 4
componentValue, // 5
productSerial, // 6
startDate, // 7
endDate); // 8
try
{
var searchCriteria = UnitOfWorkSession.CreateCriteria <ProductAssembly>();
// check for product serial user input
if (!string.IsNullOrEmpty(productSerial))
{
productSerial = productSerial.Replace('*', '%');
searchCriteria = searchCriteria.Add(Expression.Like("ProductSerial", productSerial));
}
// start date
if (startDate != null && startDate != DateTime.MinValue && startDate != DateTime.MaxValue)
{
searchCriteria = searchCriteria.Add(Expression.Gt("StartDate", startDate));
}
else
{
searchCriteria = searchCriteria.Add(Expression.Gt("StartDate", _minDate));
}
// end date
if (endDate != null && endDate != DateTime.MinValue && endDate != DateTime.MaxValue)
{
searchCriteria = searchCriteria.Add(Expression.Lt("EndDate", endDate) || Expression.Eq("EndDate", _finalEndDate)); //searchCriteria = searchCriteria.Add(Expression.Lt("EndDate", endDate) || Expression.Lt("EndDate", _finalEndDate));
}
else
{
searchCriteria = searchCriteria.Add(Expression.Lt("EndDate", _finalEndDate));
}
// check for component user input
if (!string.IsNullOrEmpty(componentValue))
{
componentValue = componentValue.Replace('*', '%');
componentNameFreeInput = componentNameFreeInput?.Replace('*', '%');
// filter on ComponentAssemblies
searchCriteria = searchCriteria.CreateCriteria("ComponentAssemblies");
// use component value to filter, if needed
searchCriteria = searchCriteria.Add(Expression.Like("Revision", componentValue) || Expression.Like("Serial", componentValue));
// check component id vs component name entries
searchCriteria = searchCriteria.CreateCriteria("ProductComponent");
if (componentId != null && componentId != Guid.Empty)
{
searchCriteria = searchCriteria.Add(Expression.Eq("Id", componentId));
}
else if (!string.IsNullOrEmpty(componentNameFreeInput))
{
searchCriteria = searchCriteria.Add(Expression.Like("ComponentName", componentNameFreeInput));
}
}
// check model selection
if (modelId != null && modelId != Guid.Empty)
{
searchCriteria = searchCriteria.CreateCriteria("ProductModel").Add(Expression.Eq("Id", modelId));
}
else if (baseModelId != null && baseModelId != Guid.Empty)
{
searchCriteria = searchCriteria.CreateCriteria("ProductModel").Add(Expression.Eq("BaseModelId", baseModelId));
}
// retrieve results
var results = searchCriteria.List <ProductAssembly>();
IEnumerable <dynamic> assemblies = null;
// check if we need to include a component value (= if a component value is entered by the user)
if (!string.IsNullOrEmpty(componentValue))
{
var tmpAssemblyList = new List <dynamic>();
results.ToList <ProductAssembly>().ForEach(x =>
{
string componentName, ComponentDataRevision, ComponentDataSerial = null;
ComponentAssembly componentAssembly = null;
// use either the component id input parameter or the free text entry component namee
if (componentId != null && componentId != Guid.Empty)
{
componentAssembly = x.ComponentAssemblies.Where(componentAssy => componentAssy.ProductComponent.Id == componentId).Single();
}
else
{
componentAssembly = x.ComponentAssemblies.Where(componentAssy => componentAssy.ProductComponent.ComponentName.Contains(componentNameFreeInput.Remove(componentNameFreeInput.IndexOf('%'), 1))).Single();
}
// use the retrieved component assembly
componentName = componentAssembly?.ProductComponent.ComponentName;
ComponentDataRevision = componentAssembly?.Revision;
ComponentDataSerial = componentAssembly?.Serial;
var ComponentChangeDate = componentAssembly?.AssemblyDateTime;
var assy = new
{
Id = x.Id,
StartDate = x.StartDate,
LastUpdate = x.ComponentAssemblies.ToList().OrderByDescending(ca => ca.AssemblyDateTime).FirstOrDefault()?.AssemblyDateTime,
Name = x.ProductModel.Name,
ProductSerial = x.ProductSerial,
PublicProductSerial = x.PublicProductSerial,
Configurations = CreateModelConfigurationString(x.ProductModelConfigurations),
ModelType = x.ProductModel.ModelType.ToString(),
State = x.ProductModelState.Name,
Progress = x.Progress,
FinalState = x.Evaluation,
ModelVersion = x.ProductModel.Version,
ComponentName = componentName,
ComponentDataRevision = ComponentDataRevision,
ComponentDataSerial = ComponentDataSerial,
ComponentChangeDate = ComponentChangeDate
};
tmpAssemblyList.Add(assy);
assemblies = tmpAssemblyList.OrderBy(y => y.StartDate);
});
}
else
{
assemblies = results.Select(x => new
{
Id = x.Id,
StartDate = x.StartDate,
LastUpdate = x.ComponentAssemblies.ToList().OrderByDescending(ca => ca.AssemblyDateTime).FirstOrDefault()?.AssemblyDateTime,
Name = x.ProductModel.Name,
ProductSerial = x.ProductSerial,
PublicProductSerial = x.PublicProductSerial,
Configurations = CreateModelConfigurationString(x.ProductModelConfigurations),
ModelType = x.ProductModel.ModelType.ToString(),
State = x.ProductModelState.Name,
Progress = x.Progress,
FinalState = x.Evaluation,
ModelVersion = x.ProductModel.Version
}).OrderBy(x => x.StartDate);
}
return(SerializeForWeb(assemblies));
}
catch (Exception ex)
{
_logger.LogError(ex);
throw;
}
}
public override void visit(ComponentAssembly obj)
{
CodeGenerator.Logger.WriteDebug(
"SpiceVisitor::visit({0})",
obj.Name);
// create a signal container for this assembly
var siginfo_obj = new Spice.SignalContainer()
{
name = obj.Name,
gmeid = obj.Impl.ID
};
ObjectSiginfoMap.Add(obj, siginfo_obj);
var siginfo_parent = this.siginfo_obj;
if (obj.Parent != null && ObjectSiginfoMap.ContainsKey(obj.Parent))
{
siginfo_parent = ObjectSiginfoMap[obj.Parent] as Spice.SignalContainer;
}
siginfo_parent.signals.Add(siginfo_obj);
}
public override void visit(ComponentAssembly obj)
{
Logger.WriteDebug("CyPhyBuildVisitor::visit({0})", obj.Impl.Path);
var ca = obj.Impl;
// ------- ComponentAssemblies -------
foreach (var innerComponentAssembly in ca.Children.ComponentAssemblyCollection)
{
var innerComponentAssembly_obj = new ComponentAssembly(innerComponentAssembly)
{
Parent = obj,
};
obj.ComponentAssemblyInstances.Add(innerComponentAssembly_obj);
}
// ------- Components -------
foreach (var component in ca.Children.ComponentCollection)
{
var component_obj = new Component(component)
{
Parent = obj,
};
obj.ComponentInstances.Add(component_obj);
CyPhyBuildVisitor.Components.Add(component.ID, component_obj); // Add to global component list, component type ID-s?
CyPhyBuildVisitor.ComponentInstanceGUIDs.Add(component.Attributes.InstanceGUID, component_obj); // component instance guid-s?
}
}
// This class computes the layout of the flat schematic diagram starting from GME hierarchical diagrams
public override void upVisit(ComponentAssembly obj)
{
SortedList<Tuple<float, float>, object> nodes = new SortedList<Tuple<float, float>, object>();
// we have already visited all child nodes, and know their extents (canvasWidth and canvasHeight)
// now sort all child objects by their GME object location, and use the GME location as their initial position
foreach (var ca in obj.ComponentAssemblyInstances)
{
var allAspect = ca.Impl.Aspects.Where(a => a.Name.Equals("All")).FirstOrDefault();
float x = (allAspect != null) ? ((float)allAspect.X) / gme2Eagle : defSize;
float y = (allAspect != null) ? ((float)allAspect.Y) / gme2Eagle : defSize;
ca.CanvasX = (float)Math.Round(x / gridSize) * gridSize;
ca.CanvasY = (float)Math.Round(y / gridSize) * gridSize;
Tuple<float, float> location = new Tuple<float, float>(ca.CanvasX, ca.CanvasY);
nodes.Add(location, ca);
}
foreach (var ca in obj.ComponentInstances)
{
var allAspect = ca.Impl.Aspects.Where(a => a.Name.Equals("All")).FirstOrDefault();
float x = allAspect != null ? ((float)allAspect.X) / gme2Eagle : defSize;
float y = allAspect != null ? ((float)allAspect.Y) / gme2Eagle : defSize;
ca.CanvasX = (float)Math.Round(x / gridSize) * gridSize;
ca.CanvasY = (float)Math.Round(y / gridSize) * gridSize;
Tuple<float, float> location = new Tuple<float, float>(ca.CanvasX, ca.CanvasY);
nodes.Add(location, ca);
}
object[] nodeArr = nodes.Values.ToArray();
float maxWidth = 0;
float maxHeight = 0;
for (int i = 0; i < nodes.Count; i++)
{
var node = nodeArr[i];
var nx = node is Component ? (node as Component).CanvasX : (node as ComponentAssembly).CanvasX;
var ny = node is Component ? (node as Component).CanvasY : (node as ComponentAssembly).CanvasY;
for (int j = 0; j < i; j++)
{
var nodePre = nodeArr[j];
float npxw, npyh;
if (nodePre is Component)
{
var c = nodePre as Component;
npxw = c.CanvasX + c.CanvasWidth;
npyh = c.CanvasY + c.CanvasHeight;
}
else
{
var c = nodePre as ComponentAssembly;
npxw = c.CanvasX + c.CanvasWidth;
npyh = c.CanvasY + c.CanvasHeight;
}
if ( (nx - symSpace) <= npxw && (ny - symSpace) <= npyh) // overlap
{
if (j % 2 == 0)
nx = npxw + symSpace;
else
ny = npyh + symSpace;
}
}
float nxw, nyh;
if (node is Component)
{
var c = node as Component;
c.CanvasX = nx;
c.CanvasY = ny;
nxw = nx + c.CanvasWidth;
nyh = ny + c.CanvasHeight;
Logger.WriteDebug("Placing Node {0} in Assembly {1}: @ {2},{3}",
c.Name, obj.Name, nx, ny);
}
else
{
var c = node as ComponentAssembly;
c.CanvasX = nx;
c.CanvasY = ny;
nxw = nx + c.CanvasWidth;
nyh = ny + c.CanvasHeight;
}
maxWidth = Math.Max(maxWidth, nxw);
maxHeight = Math.Max(maxHeight, nyh);
}
// set the size of this container
obj.CanvasWidth = (float)Math.Round(maxWidth/(2.0f*gridSize))*2.0f*gridSize;
obj.CanvasHeight = (float)Math.Round(maxHeight/(2.0f*gridSize))*2.0f*gridSize;
}
/// <summary> /// 往指定部件中添加组件并移动到指定位置，方向为默认 /// </summary> /// <param name="componentAssembly"></param> /// <param name="partNumber">要添加的数模号，若为本地，则需要指定完整路径</param> /// <param name="partRevision">要添加的数模版本，仅用于 Teamcenter 集成环境，本地模式忽略此参数，若版本为空或null，则添加最新版本</param> /// <param name="locateOrigin">要添加到的原点</param> /// <param name="layer">要添加到的图层，默认为-1，即原始图层，0表示工作图层，其余表示特定图层</param> /// <returns></returns> public static Component AddComponent(this ComponentAssembly componentAssembly, string partNumber, string partRevision, Point3d locateOrigin, int layer = -1) => AddComponent(componentAssembly, partNumber, partRevision, locateOrigin, Matrix3x3Ex.Identity, layer);
public override void visit(ComponentAssembly obj)
{
if (obj.Parent != null)
{
obj.CanvasX += obj.Parent.CanvasX;
obj.CanvasY += obj.Parent.CanvasY;
}
}
/// <summary> /// 往指定部件中添加组件并移动 /// </summary> /// <param name="componentAssembly"></param> /// <param name="partToAdd">要添加的数模</param> /// <param name="locateOrigin">要添加到的原点</param> /// <param name="layer">要添加到的图层，默认为-1，即原始图层，0表示工作图层，其余表示特定图层</param> /// <returns></returns> public static Component AddComponent(this ComponentAssembly componentAssembly, Part partToAdd, Point3d locateOrigin, int layer = -1) => AddComponent(componentAssembly, partToAdd, locateOrigin, Matrix3x3Ex.Identity, layer);
public virtual void upVisit(ComponentAssembly obj)
{
}
public int HandlePreRoutedAsm(ComponentAssembly obj, int pkg_idx)
{
if (CodeGenerator.preRouted.ContainsKey(obj))
{
var layoutBox = (obj.Impl.Impl as GME.MGA.MgaFCO).RegistryValue["layoutBox"];
// format x1,y1,w1,h1; x2,y2,w2,h2; x3,y3,w3,h3
// NOTE: if there are multiple bounding boxes
// - we expect the first one to be at the origin of the reference frame
// - this minor limitation would be easy to address later by adding code to identify
// - the bounding box at origin even if its not the first one
var bBoxs = layoutBox.Split(';');
int bbidx = 0;
int origPkgIdx = 0;
foreach (var bbox in bBoxs)
{
Package pkg = new Package();
pkg.pkg_idx = pkg_idx++;
pkg.name = obj.Name;
pkg.package = "__spaceClaim__";
pkg.ComponentID = (obj.Impl.Impl as GME.MGA.MgaFCO)
.RegistryValue["Elaborator/InstanceGUID_Chain"];
var pts = bbox.Split(',');
if (pts.Length >= 4)
{
double d = Double.NaN;
if (Double.TryParse(pts[0], out d))
pkg.x = d;
if (Double.TryParse(pts[1], out d))
pkg.y = d;
if (Double.TryParse(pts[2], out d))
pkg.width = d;
if (Double.TryParse(pts[3], out d))
pkg.height = d;
}
if (bbidx == 0)
{
preroutedPkgMap.Add(obj, pkg);
origPkgIdx = (int)pkg.pkg_idx;
}
else
{
pkg.ComponentID += "." + bbidx.ToString();
// add constraint relative to first bounding box
var pcons = new RelativeConstraint();
pcons.type = "relative-pkg";
pcons.x = pkg.x;
pcons.y = pkg.y;
pcons.pkg_idx = origPkgIdx;
if (pkg.constraints == null)
pkg.constraints = new List<Constraint>();
pkg.constraints.Add(pcons);
}
boardLayout.packages.Add(pkg);
bbidx++;
}
// TBD SKN figure out relative constraint between multiple bboxes
}
foreach (var ca in obj.ComponentAssemblyInstances)
{
pkg_idx = HandlePreRoutedAsm(ca, pkg_idx);
}
return pkg_idx;
}
public override void visit(ComponentAssembly obj)
{
if (CodeGenerator.verbose) CodeGenerator.GMEConsole.Info.WriteLine("CyPhyBuildVisitor::visit ComponentAssembly: {0}", obj.Name);
var ca = obj.Impl;
// ------- ComponentAssemblies -------
foreach (var innerComponentAssembly in ca.Children.ComponentAssemblyCollection)
{
var innerComponentAssembly_obj = new ComponentAssembly(innerComponentAssembly)
{
Parent = obj,
};
obj.ComponentAssemblyInstances.Add(innerComponentAssembly_obj);
}
// ------- Components -------
Component component_obj;
foreach (var component in ca.Children.ComponentCollection)
{
// heuristics (nasty lookahead), will need to handle this properly with changes in CyPhyML
var SystemCModel = component.Children.SystemCModelCollection.FirstOrDefault();
if (SystemCModel != null && !String.IsNullOrWhiteSpace(SystemCModel.Attributes.ModuleName) &&
SystemCModel.Attributes.ModuleName.ToLower().StartsWith("arduino"))
{
component_obj = new ArduinoComponent(component)
{
Parent = obj,
};
}
else
{
component_obj = new Component(component)
{
Parent = obj,
};
}
obj.ComponentInstances.Add(component_obj);
CyPhyBuildVisitor.Components.Add(component.ID, component_obj); // Add to global component list, are these instance ID-s or component type ID-s?
}
}