void PressToEdge(SlideToEdge Edge, RectTransform currentObject)
{
//So if we are an edge stage then we should start setting fields
float xPos = 0;
float yPos = 0;
float canvasScale = GetComponentInParent <Canvas>().scaleFactor;
RectTransform Mask = Mask_BottomLeft;
bool isHorizontal = false;
Debug.Log("EDGE IS! : " + Edge.ToString());
//This is for the Y Pos
switch (Edge)
{
case SlideToEdge.Top:
case SlideToEdge.TopLeft:
case SlideToEdge.TopRight:
//yPos = CTR.y + 240 * canvasScale + Mask_BottomLeft.position.y;
//StartCoroutine(Align(xPos, yPos, Mask, CurrentMap_TopRight, isHorizontal));
yPos = CTR.y + 240 * canvasScale + Mask_BottomLeft.position.y; //+ Mask_BottomLeft.position.y;
StartCoroutine(Align(xPos, yPos, Mask_BottomLeft, CurrentMap_BottomLeft, false));
break;
case SlideToEdge.Bottom:
case SlideToEdge.BottomLeft:
case SlideToEdge.BottomRight:
yPos = CBL.y + 240 * canvasScale + Mask_BottomLeft.position.y;
StartCoroutine(Align(xPos, yPos, Mask, CurrentMap_TopRight, isHorizontal));
break;
case SlideToEdge.Left:
case SlideToEdge.Right:
case SlideToEdge.NONE:
default:
CheckPosition(currentObject);
//if it doesn't fulfil the requirements and won't move vertically
break;
}
isHorizontal = true;
//This is for the X Position
switch (Edge)
{
case SlideToEdge.TopRight:
case SlideToEdge.Right:
case SlideToEdge.BottomRight:
xPos = CTR.x + Mask_BottomLeft.position.x;
StartCoroutine(Align(xPos, yPos, Mask, CurrentMap_TopRight, isHorizontal));
break;
case SlideToEdge.TopLeft:
case SlideToEdge.Left:
case SlideToEdge.BottomLeft:
xPos = CBL.x + Mask_BottomLeft.position.x;
StartCoroutine(Align(xPos, yPos, Mask, CurrentMap_BottomLeft, isHorizontal));
break;
case SlideToEdge.Top:
case SlideToEdge.Bottom:
case SlideToEdge.NONE:
default:
CheckPosition(currentObject);
//if it doesn't fulfil the requirements and won't move Horizontally
break;
}
}
//Set the Left/Bottom and Right/Top boundaries
public void SetBounds(RectTransform BottomLeft, RectTransform TopRight, RectTransform currentObject, SlideToEdge Edge)
{
//StopAllCoroutines();
//Okay so first if the item selected uses the same BOUNDS
if (CurrentMap_BottomLeft == BottomLeft && CurrentMap_TopRight == TopRight)
{
//if it uses the same bounds then we need should check if we're an EDGE stage
if (Edge == SlideToEdge.NONE)
{
//IF we are NOT an edge Type
//Then we should check on screen and place ourselves onto it
StopCoroutine(MoveScrollPanel());
//StopAllCoroutines();
CheckPosition(currentObject);
}
else
{
//IF we ARE an edge type
//Then we should attempt to press to edge based on the edge
StopAllCoroutines();
PressToEdge(Edge, currentObject);
}
return;
}
else
{
StopAllCoroutines();
float DistanceToNewLeft = CurrentMap_BottomLeft.position.x - BottomLeft.position.x;
float DistanceToNewBottom = CurrentMap_BottomLeft.position.y - BottomLeft.position.y;
float DistanceToNewRight = CurrentMap_TopRight.position.x - TopRight.position.x;
float DistanceToNewTop = CurrentMap_TopRight.position.y - TopRight.position.y;
CBL += new Vector3(DistanceToNewLeft, DistanceToNewBottom);
CTR += new Vector3(DistanceToNewRight, DistanceToNewTop);
/*
* Debug.Log("%$@@ SETTING DISTANCES");
* Debug.Log("%$@@ Horizontal | Left : " + DistanceToNewLeft + " | Right : " + DistanceToNewRight);
* Debug.Log("%$@@ Horizontal | CBL.x : " + CBL.x + " | CTR.x : " + CTR.x);
* Debug.Log("%$@@ Vertical | Bottom : " + DistanceToNewBottom + " | Top : " + DistanceToNewTop);
* Debug.Log("%$@@ Horizontal | CBL.y : " + CBL.y + " | CTR.y : " + CTR.y);
*
*
* Debug.Log("%$@@ BOttomLefts | " + Mask_BottomLeft.position.y + " | " + (BottomLeft.position.y) + " | " + CurrentMap_BottomLeft.position.y);
* Debug.Log("%$@@ TopRights| " + Mask_TopRight.position.y + " | " + (TopRight.position.y) + " | " + CurrentMap_TopRight.position.y);
*/
CurrentMap_BottomLeft = BottomLeft;
CurrentMap_TopRight = TopRight;
if (SlideSpeed.x <= 0 || SlideSpeed.y <= 0)
{
Debug.LogWarning("SLIDESPEED ERROR:\nX : " + SlideSpeed.x + "\nY : " + SlideSpeed.y);
}
//float xPos = 0;
//float yPos = 0;
if (checkLeft())
{
//Debug.Log("We need to slide this flush against the left");
float xPos = CBL.x + Mask_BottomLeft.position.x;
float yPos = 0;
StartCoroutine(Align(xPos, yPos, Mask_BottomLeft, CurrentMap_BottomLeft, true));
//LeftAlign();
}
else if (checkRight())
{
//Debug.Log("We need to slide this flush against the Right");
float xPos = CTR.x + Mask_BottomLeft.position.x;
float yPos = 0;
StartCoroutine(Align(xPos, yPos, Mask_TopRight, CurrentMap_TopRight, true));
}
if (checkTop())
{
//Debug.Log("We need to slide this flush against the Top");
float canvasScale = 1;
if (GetComponentInParent <Canvas>() != null)
{
canvasScale = GetComponentInParent <Canvas>().scaleFactor;
}
float xPos = 0;
float yPos = CTR.y + 240 * canvasScale + Mask_BottomLeft.position.y; //+ Mask_BottomLeft.position.y;
Debug.Log("%$@@yPos CTR: " + CTR.y);
StartCoroutine(Align(xPos, yPos, Mask_BottomLeft, CurrentMap_BottomLeft, false));
//StartCoroutine(Align(xPos, yPos, Mask_TopRight, CurrentMap_TopRight, false));
//TopAlign();
}
else if (checkBot())
{
//Debug.Log("We need to slide this flush against the Bottom");
float canvasScale = 1;
if (GetComponentInParent <Canvas>() != null)
{
canvasScale = GetComponentInParent <Canvas>().scaleFactor;
}
float xPos = 0;
float yPos = CBL.y + 240 * canvasScale + Mask_BottomLeft.position.y;
Debug.Log("%$@@yPos CBL: " + CBL.y);
StartCoroutine(Align(xPos, yPos, Mask_TopRight, CurrentMap_TopRight, false));
//StartCoroutine(Align(xPos, yPos, Mask_BottomLeft, CurrentMap_BottomLeft, false));
//BottomAlign();
}
}
#region Bool Checks
//if the Mask's Left side is Less than the Current map's Right Side
//Then we need to slide it so it becomes flush with the left side
bool checkLeft()
{
return(Mask_BottomLeft.position.x < CurrentMap_BottomLeft.position.x);
}
//If the Mask's right side is Greater than the
//Then we need to slide it so it becomes flush with the right side
bool checkRight()
{
return(Mask_TopRight.position.x > CurrentMap_TopRight.position.x);
}
//Then we need to slide it so it becomes flush with the Top of the mask
bool checkTop()
{
return(Mask_TopRight.position.y > CurrentMap_TopRight.position.y);
}
bool checkBot()
{
return(Mask_BottomLeft.position.y < CurrentMap_BottomLeft.position.y);
}
#endregion
}
