protected override void Context()
{
_treeNodeFactory = A.Fake <ITreeNodeFactory>();
_projectRetriever = A.Fake <IProjectRetriever>();
_observedDataTask = A.Fake <IObservedDataTask>();
sut = new ObservedDataInExplorerPresenter(_projectRetriever, _treeNodeFactory, _observedDataTask);
_explorerPresenter = A.Fake <IExplorerPresenter>();
_classificationPresenter = A.Fake <IClassificationPresenter>();
_explorerView = A.Fake <IExplorerView>();
A.CallTo(() => _explorerPresenter.BaseView).Returns(_explorerView);
_rootNodeObservedDataFolder = new RootNodeType("ObservedData", ApplicationIcons.ObservedDataFolder, ClassificationType.ObservedData);
_rootNodeIndividualFolder = new RootNodeType("Individual", ApplicationIcons.IndividualFolder);
_observationRootNode = new RootNode(_rootNodeObservedDataFolder);
_individualRootNode = new RootNode(_rootNodeIndividualFolder);
sut.InitializeWith(_explorerPresenter, _classificationPresenter, _rootNodeObservedDataFolder);
_project = A.Fake <IProject>();
A.CallTo(() => _explorerPresenter.NodeByType(_rootNodeObservedDataFolder)).Returns(_observationRootNode);
A.CallTo(() => _explorerView.TreeView.NodeById(_rootNodeObservedDataFolder.Id)).Returns(_observationRootNode);
A.CallTo(() => _explorerView.AddNode(A <ITreeNode> ._)).ReturnsLazily(s => s.Arguments[0].DowncastTo <ITreeNode>());
}
public RootNode(string text, RootNodeType type)
:
base(text)
{
RootNodeType = type;
this.Tag = type;
}
public RootNode(string text, RootNodeType type)
:
base(text)
{
RootNodeType = type;
this.Tag = type;
}
public virtual ITreeNode AddClassifiableToTree <T>(T classifiable, RootNodeType rootNodeType, Func <ITreeNode <IClassification>, T, ITreeNode> addClassifiableToTree) where T : IClassifiable
{
var parent = classifiable.Parent ?? rootNodeType;
var parentNode = NodeFor(parent).DowncastTo <ITreeNode <IClassification> >();
return(addClassifiableToTree(parentNode, classifiable));
}
private RootNode createRootNode(RootNodeType rootNodeType, ClassificationType classificationType)
{
var node = new RootNode(rootNodeType);
A.CallTo(() => _rootNodeTypeMapper.MapFrom(classificationType)).Returns(rootNodeType);
A.CallTo(() => _explorerPresenter.NodeByType(rootNodeType)).Returns(node);
return(node);
}
private ITreeNode <RootNodeType> setupNode(RootNodeType rootNodeType)
{
var nodeFolder = A.Fake <ITreeNode <RootNodeType> >();
A.CallTo(() => _treeNodeFactory.CreateFor(rootNodeType)).Returns(nodeFolder);
A.CallTo(() => _view.TreeView.NodeById(rootNodeType.Id)).Returns(nodeFolder);
return(nodeFolder);
}
public override IContextMenu InitializeWith(RootNodeType rootNodeType, IExplorerPresenter presenter)
{
var sensitivityAnalysisRootNode = presenter.NodeByType(rootNodeType);
_allMenuItems.Add(SensitivityAnalysisContextMenuItems.CreateSensitivityAnalysis());
_allMenuItems.Add(ClassificationCommonContextMenuItems.CreateClassificationUnderMenu(sensitivityAnalysisRootNode, presenter).AsGroupStarter());
_allMenuItems.Add(ClassificationCommonContextMenuItems.RemoveClassificationFolderMainMenu(sensitivityAnalysisRootNode, presenter));
return(this);
}
public override IContextMenu InitializeWith(RootNodeType rootNodeType, IExplorerPresenter presenter)
{
var parameterIdentificationRootNode = presenter.NodeByType(rootNodeType);
_allMenuItems.Add(ParameterIdentificationContextMenuItems.CreateParameterIdentification());
_allMenuItems.Add(ClassificationCommonContextMenuItems.CreateClassificationUnderMenu(parameterIdentificationRootNode, presenter).AsGroupStarter());
_allMenuItems.Add(ClassificationCommonContextMenuItems.RemoveClassificationFolderMainMenu(parameterIdentificationRootNode, presenter));
return(this);
}
private void addIndividualProteins <TMolecule>(RootNodeType proteinContainerType, ApplicationIcon icon) where TMolecule : IndividualMolecule
{
var proteinContainerNode = _view.NodeByType(proteinContainerType);
_simulationSubject.AllMolecules <TMolecule>()
.Each(protein => _view.AddNode(_treeNodeFactory.CreateFor(protein)
.WithIcon(icon)
.Under(proteinContainerNode)));
}
public override IContextMenu InitializeWith(RootNodeType rootNodeType, IExplorerPresenter presenter)
{
var simulationFolderNode = presenter.NodeByType(rootNodeType);
_allMenuItems.Add(createNewSimulationMenuBarItem());
_allMenuItems.Add(createAddExistingSimulationMenuBarItem());
_allMenuItems.Add(ClassificationCommonContextMenuItems.CreateClassificationUnderMenu(simulationFolderNode, presenter).AsGroupStarter());
_allMenuItems.Add(SimulationClassificationCommonContextMenuItems.RemoveSimulationFolderMainMenu(simulationFolderNode, presenter).AsGroupStarter());
_allMenuItems.Add(deleteAllSimulationResults().AsGroupStarter());
return(this);
}
private void addPartialProcessToView(PartialProcess partialProcess, RootNodeType parentNodeType)
{
var partialProcessesNode = _view.NodeByType(parentNodeType);
var moleculeNode = _partialProcessNodeMapper.MapFrom(partialProcess);
var existingMoleculeNode = _view.NodeById(moleculeNode.Id);
//a node for the molecule was already added, promote the children
if (existingMoleculeNode != null)
{
moleculeNode.Children.Each(existingMoleculeNode.AddChild);
}
else
{
partialProcessesNode.AddChild(moleculeNode);
}
//this refreshed whole process node
_view.AddNode(partialProcessesNode);
}
/*
* =================================
* RESET
* Called when script component
* is reset in Editor
* =================================
*/
void Reset()
{
AttractionDistance = 10f;
KillDistance = .5f;
SegmentLength = .5f;
EnableCanalization = true;
MinimumRadius = .005f;
MaximumRadius = .15f;
RadiusIncrement = .001f;
ConstantRadius = .01f;
attractorsType = AttractorsType.GRID;
GridDimensions = new Vector3(20f, 20f, 20f);
GridResolution = new Vector3Int(5, 5, 5);
GridJitterAmount = 1f;
AttractorSphereRadius = 10f;
AttractorSphereCount = 1000;
AttractorRaycastAttempts = 200000;
attractorRaycastingType = AttractorRaycastingType.INWARDS;
AttractorSurfaceOffset = .01f;
AttractorGizmoRadius = .05f;
rootNodeType = RootNodeType.INPUT;
NumRootNodes = 3;
EnableBounds = false;
EnableObstacles = false;
Obstacles = new List <GameObject>();
IterationsToRun = 10;
ExportFilename = "veins.obj";
}
protected IndividualMoleculesContextMenuContextMenuFactory(RootNodeType rootNodeType, IMenuBarItemRepository repository)
: base(rootNodeType, repository)
{
}
public virtual RootNode NodeByType(RootNodeType rootNodeType)
{
return(_view.NodeByType(rootNodeType).DowncastTo <RootNode>());
}
public static ITreeNode NodeByType(this IExplorerView explorerView, RootNodeType rootNodeType)
{
return(NodeById(explorerView, rootNodeType.Id));
}
public ITreeNode <RootNodeType> CreateFor(RootNodeType rootNode) => new RootNode(rootNode);
public virtual IContextMenu InitializeWith(RootNodeType rootNodeType, IExplorerPresenter presenter)
{
return(InitializeWith(presenter));
}
private ITreeNode addBuildingBlockToTree <TBuildingBlock>(TBuildingBlock buildingBlock, RootNodeType buildingBlockFolderType) where TBuildingBlock : IBuildingBlock
{
var buildingBockFolderNode = _view.NodeByType(buildingBlockFolderType);
return(_view.AddNode(_treeNodeFactory.CreateFor(buildingBlock)
.Under(buildingBockFolderNode)));
}
public RootNodeInfo(RootNodeType rootType, string uniqueId)
: base(uniqueId)
{
_name = Language.strConnections;
Type = rootType;
}
public void RootNodeHasCorrectTreeNodeType(RootNodeType rootNodeType, TreeNodeType expectedTreeNodeType)
{
var rootNode = new RootNodeInfo(rootNodeType);
Assert.That(rootNode.GetTreeNodeType(), Is.EqualTo(expectedTreeNodeType));
}
private void addPartialProcessesToView <TPartialProcess>(RootNodeType parentNodeType) where TPartialProcess : PartialProcess
{
_compound.AllProcesses <TPartialProcess>().Each(p => addPartialProcessToView(p, parentNodeType));
}
protected RootNodeContextMenuFactoryFor(RootNodeType rootNodeType)
{
_rootNodeType = rootNodeType;
}
protected RootNodeContextMenuFactory(RootNodeType rootNodeType, IMenuBarItemRepository repository)
{
_rootNodeType = rootNodeType;
_repository = repository;
}
public ITreeNode <RootNodeType> CreateFor(RootNodeType rootNode)
{
return(new RootNode(rootNode));
}
public RootNodeInfo(RootNodeType rootType)
: this(rootType, Guid.NewGuid().ToString())
{
}
public RootNodeInfo(RootNodeType rootType)
{
_name = Language.strConnections;
Type = rootType;
}
protected override void Context()
{
base.Context();
_rootNodeType = PKSimRootNodeTypes.IndividualFolder;
}
protected CompoundProcessFolderTreeNodeContextMenuFactory(RootNodeType rootNodeType, IMenuBarItemRepository repository)
: base(rootNodeType, repository)
{
}
private ITreeNode addBuildingBlockToTree <TBuildingBlock>(TBuildingBlock buildingBlock, RootNodeType buildingBlockFolderType, ApplicationIcon icon) where TBuildingBlock : class, IPKSimBuildingBlock
{
var buildingBockFolderNode = _view.NodeByType(buildingBlockFolderType);
return(_view.AddNode(_treeNodeFactory.CreateFor(buildingBlock)
.WithIcon(icon)
.Under(buildingBockFolderNode)));
}
public void InitializeWith(IExplorerPresenter explorerPresenter, IClassificationPresenter classificationPresenter, RootNodeType observedDataFolder)
{
_explorerPresenter = explorerPresenter;
_classificationPresenter = classificationPresenter;
_observedDataFolder = observedDataFolder;
}