// updates logical bounds of visible tiles
private void updateVisibleArea()
{
var cameraWidth = this.cameraWidth();
visibleArea.set((int)(cameraTarget.x - cameraWidth + 1),
(int)(cameraTarget.y - camera.orthographicSize + 1),
(int)(cameraTarget.x + cameraWidth - 1),
(int)(cameraTarget.y + camera.orthographicSize - 1));
}
// updates camera bounds to make 3 tiles around map visible
private void updateCameraBounds()
{
LocalMap map = GameModel.localMap;
cameraBounds.set(0, 0, map.xSize, map.ySize);
cameraBounds.extendX((int)(overlookTiles - cameraWidth()));
cameraBounds.extendY((int)(overlookTiles - camera.orthographicSize));
cameraBounds.move(0, GameModel.get().selector.position.z / 2f);
}
// updates camera bounds to make 3 tiles around map visible
private void updateCameraBounds()
{
LocalMap map = GameModel.localMap;
cameraBounds.set(0, 0, map.xSize, map.ySize);
cameraBounds.extendX((int)(overlookTiles - cameraWidth()));
cameraBounds.extendY((int)(overlookTiles - camera.orthographicSize));
cameraBounds.move(0, -target.z / 4f);
}
//Defines rectangular bounds where camera can move. Supports fixed padding on world borders.
private void defineCameraBounds()
{
bounds.set(0, 0, worldSize, worldSize);
bounds.extend(padding - camera.orthographicSize); // add padding to map to clearly show world's borders
if (bounds.minX > bounds.maxX)
{
bounds.minX = (worldSize + padding) / 2;
bounds.maxX = bounds.minX;
}
float hiddenTiles = (1f - paneSize.height / paneSize.width) * camera.orthographicSize;
bounds.minY -= hiddenTiles;
bounds.maxY += hiddenTiles;
effectiveCameraSize.set(-camera.orthographicSize, hiddenTiles - camera.orthographicSize, camera.orthographicSize - 1, camera.orthographicSize - hiddenTiles - 1);
Debug.Log(effectiveCameraSize);
cameraFovRange.max = worldSize / 2 + padding + hiddenTiles;
}
// moves camera towards pointer
private void checkPointer()
{
visibleArea.set(effectiveCameraSize).move(camera.transform.localPosition);
speed = visibleArea.getDirectionVector(pointerController.targetPosition);
}
