IDrawable run(IDrawable input)
{
if (!(input is PointSet))
{
throw new Exception("PointSegmentTest. Input is not PointSegmentTest.");
}
var inp = input as PointSet;
Point a = inp[0];
Point b = inp[1];
Point c = inp[2];
Segment d = new Segment(b, c);
bool x = Intersect.IsIntersected(a, d);
if (x)
{
return
(new DrawableSet(new List <IDrawable>()
{
new SegmentSet(d), DrawableElement.Text(0, 0, "Vse horosho")
}));
}
else
{
return(new DrawableSet(new List <IDrawable>()
{
new SegmentSet(d), DrawableElement.Text(0, 0, "Vse ploho")
}));
}
}
IDrawable run(IDrawable input)
{
if (!(input is PointSet))
{
throw new Exception("PointPolygonTest. Input is not PointPolygonTest.");
}
var inp = input as PointSet;
Point a = inp[0]; Point c = inp[1]; Point d = inp[2];
var b = new ConvexPolygon(new Point(c.X, c.Y), new Point(d.X, c.Y), new Point(d.X, d.Y), new Point(c.X, d.Y));
var x = Intersect.IsIntersected(a, b);
//var x = Intersect.GetIntersection(b, a);
if (x)
{
return(new DrawableSet(new List <IDrawable>()
{
new PointSet(), new PolygonSet(b), DrawableElement.Text(0, 0, "Vse horosho")
}));
}
else
{
return(new DrawableSet(new List <IDrawable>()
{
new PointSet(), new PolygonSet(b), DrawableElement.Text(0, 0, "Vse ploho")
}));
}
//return new PointSet(x.ToArray());
}
public TilemapEntityComponent(EntityComponentDataCreationStruct parameters) : base(parameters)
{
var gameMode = GameInstance.GetService <GameModeManager>().ActiveGameMode;
_drawableElement = GameInstance.GetService <SceneRenderer>().CreateDrawableElement(true);
_drawableElement.Material = new Material
{
Color = new Color(GetDataOrDefault("Shading", Vector3.One)),
CastShadow = true,
ReceiveShadow = true,
UseTransparency = false,
IsUnlit = false,
DiffuseTexture = gameMode.GetTexture(GetData <string>("Texture"))
};
_drawableElement.IsActive = Parent.IsActive;
var geometryData = CreateTilemapData();
GameInstance.EnsureExecutedInMainThread(() => _drawableElement.Mesh = new Mesh(GameInstance.GraphicsDevice, geometryData, holdGeometryData: false));
if (!Parent.IsInitializing)
{
_drawableElement.EndInitialzing();
}
}
internal static DrawableElementProxy ToProxy(this DrawableElement element)
{
if (element is DrawableStep)
{
DrawableStep step = element as DrawableStep;
return(new DrawableStepProxy(step));
}
if (element is DrawableLangModTogglerDSV)
{
DrawableLangModTogglerDSV dsv = element as DrawableLangModTogglerDSV;
return(new DrawableLangModTogglerDSVProxy(dsv));
}
if (element is ActionListDrawLangMod)
{
ActionListDrawLangMod mod = element as ActionListDrawLangMod;
return(new DrawableElementProxy(mod));
}
if (element is UIElementWrapperForUIContainer)
{
UIElementWrapperForUIContainer container = element as UIElementWrapperForUIContainer;
return(new UIElementWrapperForUIContainerProxy(container));
}
if (element is DrawableTransition)
{
DrawableTransition transition = element as DrawableTransition;
return(new DrawableTransitionProxy(transition));
}
return(new DrawableElementProxy(element));
}
/// <summary>
/// 创建属性
/// </summary>
/// <param name="doc"></param>
/// <param name="id"></param>
void CreateElementPropertyUI(Document doc, ElementId id)
{
var element = doc.FindElement(id);
if (element == null)
{
return;
}
{
Expander expander = new Expander();
expander.Header = "Element";
expander.Content = new BasicPage(element);
propertyBrowser.Children.Add(expander);
expander.IsExpanded = true;
}
DrawableElement de = DrawableElement.Cast(element);
if (de != null)
{
Expander expander = new Expander();
expander.Header = "Location";
var page = new TransformPage(de);
page.UpdateViewEvent += mDocumentView.UpdateView;
expander.Content = page;
propertyBrowser.Children.Add(expander);
expander.IsExpanded = true;
}
}
IDrawable run(IDrawable input)
{
if (!(input is PointSet))
{
throw new Exception("SegmentCircleTest. Input is not SegmentCircleTest.");
}
var inp = input as PointSet;
Point a = inp[0];
Point b = inp[1];
Point c = inp[2];
Circle d = new Circle(b.X, b.Y, c.X);
Segment e = new Segment(new Point(0, 0), a);
bool x = Intersect.IsIntersected(a, d);
if (x)
{
return(new DrawableSet(new List <IDrawable>()
{
new SegmentSet(e), new CircleSet(d), DrawableElement.Text(0, 0, "Vse horosho")
}));
}
else
{
return(new DrawableSet(new List <IDrawable>()
{
new SegmentSet(e), new CircleSet(d), DrawableElement.Text(0, 0, "Vse Ploho")
}));
}
}
IDrawable run(IDrawable input)
{
if (!(input is PointSet))
{
throw new Exception("PolygonTest. Input is not PolygonTest.");
}
var inp = input as PointSet;
Point c = inp[0]; Point d = inp[1]; Point e = inp[2]; Point fe = inp[3];
ConvexPolygon f1 = new ConvexPolygon(new Point((c.X + d.X) / 2, c.Y), new Point(d.X, (c.Y + d.Y) / 3), new Point(d.X, 2 * ((d.Y + c.Y) / 3)), new Point((c.X + d.X) / 2, d.Y), new Point(c.X, 2 * ((d.Y + c.Y) / 3)), new Point(c.X, ((d.Y + c.Y) / 3)));
ConvexPolygon f2 = new ConvexPolygon(new Point((e.X + fe.X) / 2, e.Y), new Point(fe.X, (e.Y + fe.Y) / 3), new Point(fe.X, 2 * ((fe.Y + e.Y) / 3)), new Point((e.X + fe.X) / 2, fe.Y), new Point(e.X, 2 * ((fe.Y + e.Y) / 3)), new Point(e.X, ((fe.Y + e.Y) / 3)));
var x = Intersect.GetIntersection(f1, f2);
if (x.Count > 0)
{
return(new DrawableSet(new List <IDrawable>()
{
new PointSet(x.ToArray()), new PolygonSet(f1, f2), DrawableElement.Text(0, 0, "Vse horosho")
}));
}
else
{
return(new DrawableSet(new List <IDrawable>()
{
new PointSet(x.ToArray()), new PolygonSet(f1, f2), DrawableElement.Text(0, 0, "Vse ploho")
}));
}
}
public ModelEntityComponent(Entity parent, Mesh mesh, Material material, bool isBillboard) : base(parent)
{
_drawableElement = GameInstance.GetService<SceneRenderer>().CreateDrawableElement(true);
_drawableElement.Material = material;
_drawableElement.Mesh = mesh;
IsBillboard = isBillboard;
}
public TransformPage(DrawableElement element)
{
mElement = element;
var loc = mElement.GetCoordinateSystem().Location();
mLocation = new GPnt(loc.XYZ());
InitializeComponent();
this.DataContext = this;
}
private void OnEndInitializing(DrawableElement element)
{
lock (_lockObject)
{
if (_initializingDrawables.Remove(element))
{
_allDrawables.Add(element);
}
}
}
public void RemoveDrawableElement(DrawableElement element)
{
lock (_lockObject)
{
if (!_initializingDrawables.Remove(element))
{
_allDrawables.Remove(element);
}
}
}
public ModelEntityComponent(EntityComponentDataCreationStruct parameters) : base(parameters)
{
_drawableElement = GameInstance.GetService<SceneRenderer>().CreateDrawableElement(true);
IsBillboard = GetDataOrDefault("IsBillboard", false);
var modelReference = GetData<string>("MeshReference");
var useTransparency = GetDataOrDefault("UseTransparency", false);
var gameMode = GameInstance.GetService<GameModeManager>().ActiveGameMode;
if (!string.IsNullOrEmpty(modelReference))
{
var primitiveMesh = gameMode.GetPrimitiveMesh(modelReference);
if (primitiveMesh != null)
{
_drawableElement.Mesh = primitiveMesh;
_drawableElement.Material = new Material();
}
else
{
var modelMesh = gameMode.GetModel(modelReference).First();
_drawableElement.Mesh = modelMesh.Mesh;
_drawableElement.Material = modelMesh.Material;
}
_drawableElement.Material.Color = new Color(GetDataOrDefault("Shading", Vector3.One));
_drawableElement.Material.CastShadow = true;
_drawableElement.Material.ReceiveShadow = !useTransparency;
_drawableElement.Material.UseTransparency = useTransparency;
_drawableElement.Material.IsUnlit = false;
}
_regions = new List<TextureRegion>();
var textures = GetEnumeratedData<string>("Texture");
var regions = GetEnumeratedData<Rectangle>("Rectangle");
if (textures.Length == 1)
{
AddTextureRegion(gameMode.GetTexture(textures[0]), regions.Length == 0 ? (Rectangle?)null : regions[0]);
}
else
{
for (var i = 0; i < textures.Length; i++)
{
AddTextureRegion(gameMode.GetTexture(textures[0]), i >= regions.Length ? (Rectangle?)null : regions[i]);
}
}
SetTexture(0);
_drawableElement.IsActive = Parent.IsActive;
if (!Parent.IsInitializing) _drawableElement.EndInitialzing();
}
public void PopulatePort(Port port, string prefix)
{
List <string> str = new List <String>();
foreach (var item in data)
{
str.Add(item.Name + " = \t" + item.Value);
}
var it = DrawableElement.Text(5, 5, str.ToArray());
port[prefix + ".Variables"].Populate(it);
}
public void PopulatePort(Port port, string prefix)
{
// Form a list of DrawableElement's
List <DrawableElement> list = new List <DrawableElement>();
foreach (var s in sgts)
{
list.Add(DrawableElement.Segment(s.Begin.X, s.Begin.Y, s.End.X, s.End.Y));
}
// To a port's chart named "prefix+..." add a list of DrawableElement's
port[prefix + "Segments"].Populate(list);
}
internal static void DrawElement(Camera camera, DrawableElement element, SceneEffect sceneEffect, float yRotationForBillboards)
{
sceneEffect.World = element.GetWorldMatrix(camera.GlobalEulerAngles.Y);
sceneEffect.WorldLight = element.GetWorldMatrix(yRotationForBillboards);
sceneEffect.DiffuseTexture = element.Material.DiffuseTexture;
sceneEffect.TexcoordScale = element.Material.TexcoordScale;
sceneEffect.TexcoordOffset = element.Material.TexcoordOffset;
sceneEffect.MaterialColor = element.Material.Color;
for (var i = 0; i < sceneEffect.CurrentTechniquePasses.Count; i++)
{
sceneEffect.CurrentTechniquePasses[i].Apply();
element.Mesh.Draw();
}
}
public void PopulatePort(Port port, string prefix)
{
// Form a list of DrawableElement's
List <DrawableElement> list = new List <DrawableElement>();
foreach (var s in sts)
{
list.Add(DrawableElement.Circle(s.Center.X, s.Center.Y, s.Radius));
}
// To a port's chart named "prefix+..." add a list of DrawableElement's
port[prefix + "Circle"].Populate(list);
port[prefix + "Circle"].Settings.Color = "Black";
port.Settings.Transformer = new ChainTransformer(new ScaleTransformer(0.3, -0.3), new TranslateTransformer(50, 200));
}
internal static void DrawElement(Camera camera, DrawableElement element, SceneEffect sceneEffect, float yRotationForBillboards)
{
sceneEffect.World = element.GetWorldMatrix(camera.GlobalEulerAngles.Y);
sceneEffect.WorldLight = element.GetWorldMatrix(yRotationForBillboards);
sceneEffect.DiffuseTexture = element.Material.DiffuseTexture;
sceneEffect.TexcoordScale = element.Material.TexcoordScale;
sceneEffect.TexcoordOffset = element.Material.TexcoordOffset;
sceneEffect.MaterialColor = element.Material.Color;
for (var i = 0; i < sceneEffect.CurrentTechniquePasses.Count; i++)
{
sceneEffect.CurrentTechniquePasses[i].Apply();
element.Mesh.Draw();
}
}
public override void OnAddElements(Document pDocument, ElementIdSet ids)
{
foreach (var id in ids)
{
var element = DrawableElement.Cast(pDocument.FindElement(id));
if (element == null)
{
continue;
}
var item = new BrowerNodeItem();
item.DisplayName = String.Format("{0}({1})", element.GetName(), element.GetId().GetInteger());
item.Tag = element.GetId();
mProjectBrower.Add(item);
}
}
IDrawable run(IDrawable input)
{
if (!(input is PointSet))
{
throw new Exception("SegmentPolygonTest. Input is not SegmentPolygonTest.");
}
var inp = input as PointSet;
Point a = inp[0]; Point c = inp[1]; Point d = inp[2]; Point e = inp[3];
//a = new Point(10, 10); e = new Point(40, 10); Point ee = new Point(60, 40);
//Segment b = new Segment(a, e); //Segment bbb = new Segment(e, ee);
Segment b = new Segment(10, (c.Y + d.Y) / 2.5, 100, (c.Y + d.Y) / 2.5);
var f = new ConvexPolygon(new Point((c.X + d.X) / 2, c.Y), new Point(d.X, (c.Y + d.Y) / 3), new Point(d.X, 2 * ((d.Y + c.Y) / 3)), new Point((c.X + d.X) / 2, d.Y), new Point(c.X, 2 * ((d.Y + c.Y) / 3)), new Point(c.X, ((d.Y + c.Y) / 3)));
var fa = new ConvexPolygon(new Point((c.X + d.X) / 2 + 40, c.Y), new Point(d.X + 40, (c.Y + d.Y) / 3), new Point(d.X + 40, 2 * ((d.Y + c.Y) / 3)), new Point((c.X + d.X) / 2 + 40, d.Y), new Point(c.X + 40, 2 * ((d.Y + c.Y) / 3)), new Point(c.X + 40, ((d.Y + c.Y) / 3)));
//var f = new ConvexPolygon(new Point(c.X, c.Y), new Point(d.X, c.Y), new Point(d.X, d.Y), new Point(c.X, d.Y));
//var f = new ConvexPolygon(new Point(40,40), new Point(70,40), new Point(70,70), new Point(40,70));
//b = new Segment(30,50,40,50);
var x = Intersect.GetIntersection(b, f);// var y = Intersect.GetIntersection(f);
var xx = Intersect.GetIntersection(b, fa);
if (x.Count + xx.Count > 0)
{
return(new DrawableSet(new List <IDrawable>()
{
new PointSet(x.Concat(xx).ToArray()),
new SegmentSet(b),
new PolygonSet(f, fa),
DrawableElement.Text(0, 0, "Vse horosho")
}));
}
else
{
return(new DrawableSet(new List <IDrawable>()
{
new PointSet(x.Concat(xx).ToArray()),
new SegmentSet(b),
new PolygonSet(f, fa),
DrawableElement.Text(0, 0, "Vse ploho")
}));
}
//return new PointSet(x.ToArray());
}
private /*IDrawable*/ Port GetTestInput()
{
var p = new Port(new VisualSettings("A", color: "Green", transformer: new TranslateTransformer(10, 20)));
IDrawable input, output;
try
{
if (SelectedInputMode == InputCreationMode.AutoGeneration)
{
input = SelectedTest.MetaData.MakeInput(null, _currentTestNumber);
}
else if (SelectedInputMode == InputCreationMode.FromFile)
{
string filename = FileNames[_currentTestNumber - 1];
input = SelectedTest.MetaData.FileReader(filename);
}
else
{
return(null);
}
}
catch (Exception e)
{
throw new Exception("There was an error during input creation", e);
}
input.PopulatePort(p, "Input."); p.Update();
try
{
output = SelectedTest.RunMethod(input);
output.PopulatePort(p, "Output."); p.Update();
}
catch (Exception e)
{
//throw new Exception("There was an error during alogorithm invocation", e);
p["Error"].Populate(
DrawableElement.Text(20, 20, "There was an error during alogorithm invocation\n",
"Error messaage was:", "\t" + e.Message,
"\nStackTrace was:", "\t" + e.StackTrace)
);
}
return(p);
}
public void PopulatePort(Port port, string prefix)
{
// Form a list of DrawableElement's
List <DrawableElement> list = new List <DrawableElement>();
List <string> strings = new List <string>();
foreach (var s in pts)
{
list.Add(DrawableElement.Point(s.X, s.Y, "A", "x:" + s.X + " y:" + s.Y));
strings.Add("x:" + s.X + " y:" + s.Y);
}
// To a port's chart named "prefix+..." add a list of DrawableElement's
port[prefix + "Point"].Populate(list);
port[prefix + "Text"].Populate(DrawableElement.Text(40, 40, strings.ToArray()));
port[prefix + "Point"].Settings.Color = "Black";
//port.Settings.Transformer = new ChainTransformer(new ScaleTransformer(0.3, -0.3), new TranslateTransformer(50, 200));
}
public int AddChild(DrawableElement child)
{
/// 既に子供なら終了
if (Children.ContainsValue(child))
{
//todo
return(Children.IndexOfValue(child));
}
/// 追加する子供のkeyを決定する
var key = Children.Any() ? Children.Keys.Max() + Increment : Start;
child.Parent = this;
Children.Add(key, child);
return(key);
}
public DrawableElement CreateDrawableElement(bool initializing)
{
DrawableElement drawableElement;
lock (_lockObject)
{
drawableElement = new DrawableElement(initializing, OnEndInitializing);
if (initializing)
{
_initializingDrawables.Add(drawableElement);
}
else
{
_allDrawables.Add(drawableElement);
}
}
return(drawableElement);
}
public void PopulatePort(Port port, string prefix)
{
// Form a list of DrawableElement's
List <DrawableElement> list = new List <DrawableElement>();
List <string> strings = new List <string>();
foreach (var s in polts)
{
List <double> newConPol = new List <double>();
foreach (var d in s.Points)
{
newConPol.Add(d.X);
newConPol.Add(d.Y);
}
list.Add(DrawableElement.Polygon(newConPol));
//strings.Add("x:" + s.X + " y:" + s.Y);
}
port[prefix + "ConPol"].Populate(list);
//port[prefix + "Text"].Populate(DrawableElement.Text(40, 40, strings.ToArray()));
port[prefix + "ConPol"].Settings.Color = "Black";
port.Settings.Transformer = new ChainTransformer(new ScaleTransformer(0.3, -0.3),
new TranslateTransformer(50, 200));
}
public void RemoveChild(DrawableElement child)
{
/// 子供に存在しないなら終了
if (!Children.ContainsValue(child))
{
return;
}
/// 子供削除
var children = Children;
children
.Where(pair =>
{
if (pair.Value != child)
{
return(false);
}
child.Parent = null;
return(true);
})
.ForEach((pair => RemoveChild(pair.Key)));
}
IDrawable run(IDrawable input)
{
if (!(input is CircleSet))
{
throw new Exception("CircleTest. Input is not Circles.");
}
var inp = input as CircleSet;
Circle a = inp[0];
Circle b = inp[1];
bool x = Intersect.IsIntersected(a, b);
if (x)
{
return(DrawableElement.Text(0, 0, "Vse horosho"));
}
else
{
return(DrawableElement.Text(0, 0, "Vse ploho"));
}
}
protected bool IsValidForRendering(Camera camera, DrawableElement element)
{
return(element.IsActive && camera.Frustum.Contains(element.BoundingBox) != ContainmentType.Disjoint);
}
private void DrawElement(Camera camera, DrawableElement element, float yRotationForBillboards)
{
DrawElement(camera, element, SceneEffect, yRotationForBillboards);
}
protected bool IsValidForRendering(Camera camera, DrawableElement element)
{
return element.IsActive && camera.Frustum.Contains(element.BoundingBox) != ContainmentType.Disjoint;
}
internal DrawableElementProxy(DrawableElement element)
{
this.DrawableElement = element;
}
public override void OnComponentRemove()
{
GameInstance.GetService <SceneRenderer>().RemoveDrawableElement(_drawableElement);
_drawableElement = null;
}
private void DrawElement(Camera camera, DrawableElement element, float yRotationForBillboards)
{
DrawElement(camera, element, SceneEffect, yRotationForBillboards);
}
public void ShowElement(DrawableElement element)
{
mDocView.mDbView.ShowElement(element);
}
private void OnEndInitializing(DrawableElement element)
{
lock (_lockObject)
{
if (_initializingDrawables.Remove(element))
{
_allDrawables.Add(element);
}
}
}
public void RemoveDrawableElement(DrawableElement element)
{
lock (_lockObject)
{
if (!_initializingDrawables.Remove(element)) _allDrawables.Remove(element);
}
}
public DrawableElement CreateDrawableElement(bool initializing, int cameraMask = 1)
{
DrawableElement drawableElement;
lock (_lockObject)
{
drawableElement = new DrawableElement(cameraMask, initializing, OnEndInitializing);
if (initializing)
{
_initializingDrawables.Add(drawableElement);
}
else
{
_allDrawables.Add(drawableElement);
}
}
return drawableElement;
}
