private void Clear()
{
ClearMyShapeDatas();
foreach (PointData pointData in m_Points)
{
pointData.NameUpdated.Unsubscribe(NameUpdated);
ShapeDataFactory.RemoveShapeData(pointData);
}
m_Points.Clear();
foreach (LineData lineData in m_Lines)
{
ShapeDataFactory.RemoveShapeData(lineData);
}
m_Lines.Clear();
foreach (PolygonData polygonData in m_Polygons)
{
ShapeDataFactory.RemoveShapeData(polygonData);
}
m_Polygons.Clear();
}
public TetrahedronBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
for (int i = 0; i < m_Points.Length; i++)
{
m_Points[i] = dataFactory.CreatePointData();
m_Points[i].NameUpdated.Subscribe(NameUpdated);
}
for (int i = 0; i < m_Lines.Length; i++)
{
m_Lines[i] = dataFactory.CreateLineData();
}
for (int i = 0; i < m_Polygons.Length; i++)
{
m_Polygons[i] = dataFactory.CreatePolygonData();
}
ConstructLines();
ConstructPolygons();
m_CompositeShapeData = dataFactory.CreateCompositeShapeData();
m_CompositeShapeData.SetPoints(m_Points);
m_CompositeShapeData.SetLines(m_Lines);
m_CompositeShapeData.SetPolygons(m_Polygons);
OnDeserialized();
}
public CubeBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
for (int i = 0; i < m_Points.Length; i++)
{
m_Points[i] = dataFactory.CreatePointData();
m_Points[i].NameUpdated.Subscribe(NameUpdated);
}
for (int i = 0; i < m_Lines.Length; i++)
{
m_Lines[i] = dataFactory.CreateLineData();
}
for (int i = 0; i < m_Polygons.Length; i++)
{
m_Polygons[i] = dataFactory.CreatePolygonData();
m_Polygons[i].SetPointsCount(4); // By default polygon has 3 points, we need 4
}
ConstructLines();
ConstructPolygons();
m_CompositeShapeData = dataFactory.CreateCompositeShapeData();
m_CompositeShapeData.SetPoints(m_Points);
m_CompositeShapeData.SetLines(m_Lines);
m_CompositeShapeData.SetPolygons(m_Polygons);
OnDeserialized();
}
private void ApplyDefaultState(ShapeDataFactory shapeDataFactory)
{
foreach (ShapeData shapeData in shapeDataFactory.AllDatas)
{
shapeData.View.Active = m_DefaultActiveState;
shapeData.View.Highlight = m_DefaultHighlightType;
}
}
public void SetShapeDataFactory(ShapeDataFactory shapeDataFactory)
{
m_ShapeDataFactory = shapeDataFactory;
foreach (ShapeAction shapeAction in m_ShapeActions)
{
shapeAction.SetShapeDataFactory(m_ShapeDataFactory);
}
}
public void SetShapeDataFactory(ShapeDataFactory shapeDataFactory)
{
m_ShapeDataFactory = shapeDataFactory;
foreach (ShapeBlueprint shapeBlueprint in m_ShapeBlueprints)
{
shapeBlueprint.SetShapeDataFactory(shapeDataFactory);
}
}
public PointOfIntersectionBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
PointData = ShapeDataFactory.CreatePointData();
m_PointsOnLines[0] = new PointData[2];
m_PointsOnLines[1] = new PointData[2];
OnDeserialized();
}
public void SetShapeDataFactory(ShapeDataFactory shapeDataFactory)
{
m_ShapeDataFactory = shapeDataFactory;
ViewFactory.CollectLostViews();
ViewFactory.Dispose();
m_ShapeDataFactory.SetViewFactory(ViewFactory);
m_LastOrigin = Vector3.positiveInfinity;
}
public LessonData()
{
m_ShapeDataFactory = new ShapeDataFactory();
m_ShapeBlueprintFactory = new ShapeBlueprintFactory(m_ShapeDataFactory);
m_ShapeActionFactory = new ShapeActionFactory(m_ShapeDataFactory);
m_LessonStageFactory = new LessonStageFactory(m_ShapeActionFactory);
OnDeserialized();
}
private void ConstructPrism()
{
UpdateVerticesPositionsList();
for (int i = 0; i < 2 * m_VerticesAtTheBaseCount; i++)
{
m_Points.Add(ShapeDataFactory.CreatePointData());
m_Points[i].NameUpdated.Subscribe(NameUpdated);
}
for (int i = 0; i < 3 * m_VerticesAtTheBaseCount; i++)
{
m_Lines.Add(ShapeDataFactory.CreateLineData());
}
for (int i = 0; i < m_VerticesAtTheBaseCount + 2; i++)
{
m_Polygons.Add(ShapeDataFactory.CreatePolygonData());
// Side faces
if (i < m_VerticesAtTheBaseCount)
{
m_Polygons[i].SetPointsCount(4);
}
// Top and Bottom faces
else
{
m_Polygons[i].SetPointsCount(m_VerticesAtTheBaseCount);
}
}
ConstructLines();
ConstructPolygons();
m_CompositeShapeData.SetPoints(m_Points.ToArray());
m_CompositeShapeData.SetLines(m_Lines.ToArray());
m_CompositeShapeData.SetPolygons(m_Polygons.ToArray());
foreach (ShapeData shapeData in
new[] { m_CompositeShapeData }.Cast <ShapeData>()
.Concat(m_Points)
.Concat(m_Lines)
.Concat(m_Polygons))
{
AddToMyShapeDatas(shapeData);
}
}
public ChoseShapeDataField(ShapeDataFactory shapeDataFactory, CanDependOnShapeBlueprint dependent,
string fieldName, Func <TShapeData> getShapeDataFunc, Action <TShapeData> setShapeDataFunc)
{
m_DataFactory = shapeDataFactory;
m_Dependent = dependent;
m_FieldName = fieldName;
m_GetShapeDataFunc = getShapeDataFunc;
m_SetShapeDataFunc = setShapeDataFunc;
VisualElement firstRow = new VisualElement {
style = { flexDirection = FlexDirection.Row }
};
firstRow.Add(m_Label = new Label());
m_ToolbarMenu = new ToolbarMenu {
text = "Change", style = { flexDirection = FlexDirection.Row }
};
m_ToolbarMenu.RemoveFromClassList("unity-toolbar-menu");
m_ToolbarMenu.AddToClassList("unity-button");
firstRow.Add(m_ToolbarMenu);
Add(firstRow);
IValidator pointNotEmptyValidator =
new DataNotEmptyValidator <TShapeData>(getShapeDataFunc, action => m_UpdateValidatorAction = action);
VisualElement validatorField = new ValidatorField(pointNotEmptyValidator);
Add(validatorField);
m_DataFactory.BecameDirty.Subscribe(BecameDirty);
m_AutoSaveScheduler = schedule.Execute(Update);
m_AutoSaveScheduler.Every(200);
UpdateList();
UpdateName();
m_UpdateValidatorAction?.Invoke();
}
protected ShapeAction(ShapeDataFactory shapeDataFactory)
{
m_ShapeDataFactory = shapeDataFactory;
}
public PrismBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
m_CompositeShapeData = dataFactory.CreateCompositeShapeData();
ConstructPrism();
OnDeserialized();
}
public PointPerpendicularProjectionBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
PointData = ShapeDataFactory.CreatePointData();
OnDeserialized();
}
public LineBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
LineData = dataFactory.CreateLineData();
OnDeserialized();
}
public ShapeActionFactory(ShapeDataFactory shapeDataFactory)
{
m_ShapeDataFactory = shapeDataFactory;
m_ShapeActions = new List <ShapeAction>();
}
public RegularPyramidBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
m_CompositeShapeData = dataFactory.CreateCompositeShapeData();
ConstructPyramid();
OnDeserialized();
}
public PointOnSurfaceBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
PointData = ShapeDataFactory.CreatePointData();
OnDeserialized();
}
public void SetShapeDataFactory(ShapeDataFactory shapeDataFactory)
{
m_ShapeDataFactory = shapeDataFactory;
}
protected ShapeBlueprint(ShapeDataFactory dataFactory)
{
m_ShapeDataFactory = dataFactory;
GeometryUpdated.Subscribe(UpdateGeometry);
}
public ShapeBlueprintFactory(ShapeDataFactory shapeDataFactory)
{
m_ShapeDataFactory = shapeDataFactory;
m_ShapeBlueprints = new List <ShapeBlueprint>();
}
public PointProjectionFromPointBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
PointData = ShapeDataFactory.CreatePointData();
OnDeserialized();
}
public SetActiveShapeAction(ShapeDataFactory shapeDataFactory) : base(shapeDataFactory)
{
}
public PolygonBlueprint(ShapeDataFactory dataFactory) : base(dataFactory)
{
PolygonData = dataFactory.CreatePolygonData();
OnDeserialized();
}
public SetHighlightShapeAction(ShapeDataFactory shapeDataFactory) : base(shapeDataFactory)
{
}