private void InputMove()
{
GearEntity gear = gears[currentGear_];
// Get the gear positions in Vector2 so the z coordinate will always be 0
Vector2 uiPosition = Input.mousePosition;
Vector2 worldPosition = camera_.ScreenToWorldPoint(uiPosition);
// Set the gear positions
gear.ui.position = uiPosition;
gear.world.transform.position = worldPosition;
// Changes the visible gear whether the input is in or outside the inventory
gear.VisibleGear(RectTransformUtility.RectangleContainsScreenPoint(inventory, uiPosition));
}
/// <summary>
/// configures the gear using the destination information.
/// </summary>
/// <param name="gearIndex"> Which gear? </param>
/// <param name="destinyIndex"> The index of the destination. </param>
/// <param name="inInventory"> Is the destiny an inventory slot (true) or a gear placement (false)? </param>
private void GearArrived(int gearIndex, int destinyIndex, bool inInventory)
{
GearEntity gear = gears[gearIndex];
// Sets the new origin information up
gear.origin.location = inInventory ? GearLocation.SlotUI : GearLocation.WorldPlacement;
gear.origin.index = destinyIndex;
// Clears up the destiny information
gear.destiny.Clear();
Vector2 position;
// Positions the gear and applies the default settings from where it is
if (inInventory)
{
gear.ui.position = slots[destinyIndex].position;
position = camera_.ScreenToWorldPoint(gear.ui.position);
gear.world.transform.position = position;
gear.world.transform.rotation = worldGearsRotation_;
}
else
{
gear.world.transform.position = gearPlacements[destinyIndex].transform.position;
position = camera_.WorldToScreenPoint(gear.world.transform.position);
gear.ui.position = position;
gear.ui.sizeDelta = uiToWorldSize_;
}
// Returns the world gear to the default sorting order, switchs the visibilities and stops the gear. At last, checks if all gears are in position
gear.world.sortingOrder = 0;
gear.currentScale = gear.ui.sizeDelta;
gear.VisibleGear(inInventory);
gear.moving = false;
gears[gearIndex] = gear;
AllGearsPositioned();
}