public static MoveStrategyContext FromSelection(ToolBehavior toolBehavior, SceneElement primarySelection, IList <SceneElement> selectedElements, IList <BaseFrameworkElement> draggedElements, Vector duplicationOffset, Point referencePoint)
{
MoveStrategyContext moveStrategyContext = new MoveStrategyContext();
moveStrategyContext.ToolBehaviorContext = toolBehavior.ToolBehaviorContext;
moveStrategyContext.Transaction = (IToolBehaviorTransaction)toolBehavior;
moveStrategyContext.MouseDevice = toolBehavior.MouseDevice;
moveStrategyContext.PrimarySelection = primarySelection;
moveStrategyContext.SelectedElements = new ReadOnlyCollection <SceneElement>(selectedElements ?? (IList <SceneElement>) new List <SceneElement>());
moveStrategyContext.DraggedElements = new ReadOnlyCollection <BaseFrameworkElement>(draggedElements ?? (IList <BaseFrameworkElement>) new List <BaseFrameworkElement>());
moveStrategyContext.DuplicationOffset = duplicationOffset;
moveStrategyContext.SnapshotDraggedElements(moveStrategyContext.ActiveView, referencePoint);
return(moveStrategyContext);
}
void checkToolCollision(Collider2D[] cols, bool[] flags, ToolBehavior behavior)
{
for (int i = 0; i < cols.Length; i++)
{
// if the player is colliding with the tool collider, change the flag and do the behavior
if (playerCollider.bounds.Intersects(cols[i].bounds) && !flags[i])
{
//UnityEngine.Debug.Log("collided");
flags[i] = true;
behavior(cols, flags, cols[i]);
}
else if (playerCollider.bounds.Intersects(cols[i].bounds) && flags[i])
{
//UnityEngine.Debug.Log("currently colliding");
// this isn't supposed to do anything, I just wanted the else to be different
}
else
{
flags[i] = false;
}
}
}
/*
* Useful player locations - IGNORE
* X: -9.5 Y: 4.5 Top-left
* X: 8.5 Y: 4.5 Top-right
* X: -9.5 Y: -4.5 Bottom-right
* X: 8.5 Y: -4.5 Top-left
*/
// Start should run when frame launches
void Start()
{
// get the start position of the duck for reloads
startPosition = rb.position;
// create array of directions going clockwise from right
directions = new Vector2[4] {
Vector2.right, Vector2.down, Vector2.left, Vector2.up
};
// get index of starting direction from editor
currentDirection = Array.FindIndex(directions, d => d == startDirection);
duckyCollider = ducky.GetComponent(typeof(Collider2D)) as Collider2D;
// adding empty arrays if not configured in editor
if (rotatorCCWs == null)
{
rotatorCCWs = new Collider2D[0];
}
if (rotatorCWs == null)
{
rotatorCWs = new Collider2D[0];
}
if (horizontalFlips == null)
{
horizontalFlips = new Collider2D[0];
}
if (verticalFlips == null)
{
verticalFlips = new Collider2D[0];
}
if (teleporterSet1 == null)
{
teleporterSet1 = new Collider2D[0];
}
if (teleporterSet2 == null)
{
teleporterSet2 = new Collider2D[0];
}
if (teleporterSet3 == null)
{
teleporterSet3 = new Collider2D[0];
}
// if (rbRotatorCCWs == null) {
// rbRotatorCCWs = new Rigidbody2D[0];
// }
// if (rbRotatorCWs == null) {
// rbRotatorCWs = new Rigidbody2D[0];
// }
// if (rbHorizontalFlips == null) {
// rbHorizontalFlips = new Rigidbody2D[0];
// }
// if (rbVerticalFlips == null) {
// rbVerticalFlips = new Rigidbody2D[0];
// }
// if (rbTeleporterSet1 == null) {
// rbTeleporterSet1 = new Rigidbody2D[0];
// }
// if (rbTeleporterSet2 == null) {
// rbTeleporterSet2 = new Rigidbody2D[0];
// }
// if (rbTeleporterSet3 == null) {
// rbTeleporterSet3 = new Rigidbody2D[0];
// }
// jagged array of tool collider flags
// subarrays are for each type of tool
colliderFlags = new bool[7][] {
new bool[rotatorCCWs.Length],
new bool[rotatorCWs.Length],
new bool[horizontalFlips.Length],
new bool[verticalFlips.Length],
new bool[teleporterSet1.Length],
new bool[teleporterSet2.Length],
new bool[teleporterSet3.Length]
};
for (int type = 0; type < colliderFlags.Length; type++)
{
for (int tool = 0; tool < colliderFlags[type].Length; tool++)
{
colliderFlags[type][tool] = false;
}
}
RotatorCCW = new ToolBehavior(RotatorCCWBehavior);
RotatorCW = new ToolBehavior(RotatorCWBehavior);
HorizontalFlip = new ToolBehavior(HorizontalFlipBehavior);
VerticalFlip = new ToolBehavior(VerticalFlipBehavior);
Teleporter = new ToolBehavior(TeleporterBehavior);
}
public MotionlessAutoScroller(ToolBehavior behavior, Func <Point, Point, bool, bool> handleDragCallback)
{
this.Behavior = behavior;
this.handleDragCallback = handleDragCallback;
}
public TextToolBehavior(ToolBehaviorContext toolContext, ToolBehavior createToolBehavior)
: base(toolContext)
{
this.createToolBehavior = createToolBehavior;
}
