public override bool addElement(int type, string id)
{
bool elementAdded = false;
if (type == Controller.EXIT)
{
string[] generalScenes = controller.getIdentifierSummary().groupIds <IChapterTarget> ();
if (generalScenes.Length > 0)
{
string selectedScene = id;
if (selectedScene != null)
{
Exit newExit = new Exit(true, 240, 240, 100, 100);
newExit.setNextSceneId(selectedScene);
ExitDataControl newExitDataControl = new ExitDataControl(sceneDataControl, newExit);
exitsList.Add(newExit);
exitsDataControlList.Add(newExitDataControl);
elementAdded = true;
}
}
}
return(elementAdded);
}
private void performAddExit(object sender, string target)
{
Exit newExit = new Exit(true, 240, 240, 100, 100);
newExit.setDestinyScale(1f);
newExit.setNextSceneId(target);
ExitDataControl newExitDataControl = new ExitDataControl(sceneDataControl, newExit);
exitsList.Add(newExit);
exitsDataControlList.Add(newExitDataControl);
}
private void DrawExit(SceneDataControl scene, ExitDataControl exit)
{
var scenes = Controller.Instance.SelectedChapterDataControl.getScenesList();
var index = scenes.getSceneIndexByID(exit.getNextSceneId());
// If the exit points to a cutscene it normally is out of the array
if (index < 0 || index > scenes.getScenes().Count)
{
return;
}
var polygon = AdaptToViewport(GetExitArea(scene, exit), space);
if (polygon == null || polygon.Length == 0)
{
// If the exit is empty use the scene center itself to prevent errors
polygon = new [] { AdaptToViewport(GetSceneRect(scene), space).center };
}
var c = sceneColors[scene.getId()];
c = new Color(c.r, c.g, c.b, 0.8f);
HandleUtil.DrawPolygon(polygon, c);
var nextScene = scenes.getScenes()[index];
var sceneRect = AdaptToViewport(GetSceneRect(nextScene), space);
Vector2 origin = polygon.Center(), destination;
if (exit.hasDestinyPosition())
{
destination = new Vector2(exit.getDestinyPositionX(), exit.getDestinyPositionY());
destination.x = sceneRect.x + (destination.x / sizes[nextScene.getPreviewBackground()].x) * sceneRect.width;
destination.y = sceneRect.y + (destination.y / sizes[nextScene.getPreviewBackground()].y) * sceneRect.height;
}
else
{
destination = sceneRect.ToPoints().Center();
}
HandleUtil.DrawPolyLine(new [] { origin, destination }, false, sceneColors[scene.getId()], 4);
DrawArrowCap(destination, (destination - origin), 15f);
}
public override bool moveElementDown(DataControl dataControl)
{
bool elementMoved = false;
int elementIndex = exitsList.IndexOf((Exit)dataControl.getContent());
if (elementIndex < exitsList.Count - 1)
{
Exit o = exitsList[elementIndex];
ExitDataControl c = exitsDataControlList[elementIndex];
exitsList.RemoveAt(elementIndex);
exitsDataControlList.RemoveAt(elementIndex);
exitsList.Insert(elementIndex + 1, o);
exitsDataControlList.Insert(elementIndex + 1, c);
controller.DataModified();
elementMoved = true;
}
return(elementMoved);
}
private Vector2[] GetExitArea(SceneDataControl scene, ExitDataControl exit, bool layoutCall)
{
var holder = GetSceneRect(scene, layoutCall);
var xRatio = holder.width / images[scene.getPreviewBackground()].width;
var yRatio = holder.height / images[scene.getPreviewBackground()].height;
Vector2[] polygon = null;
var rectangle = exit.getRectangle();
if (rectangle.isRectangular())
{
polygon = new Rect(rectangle.getX(), rectangle.getY(), rectangle.getWidth(), rectangle.getHeight()).ToPoints();
}
else
{
polygon = rectangle.getPoints().ToArray();
}
return(polygon.ToList().ConvertAll(p => (new Vector2(p.x * xRatio, p.y * yRatio) + holder.position)).ToArray());
}
private Vector2[] GetExitArea(SceneDataControl scene, ExitDataControl exit)
{
return(GetExitArea(scene, exit, false));
}
