The scene now renders required UI elements, and has basic functionality. It still lacks connections to the server, but this was outside the scope of the Trello task. The main menu uses the ui elements from https://github.com/libgdx/libgdx/tree/master/tests/gdx-tests-android/assets/data. Two buttons and a text field have been made.

Textfield: saves input from this element to a String that serves as a game ID, and should be used to make calls to the server

Join Game button: should take the gameID and send it to the server. Currently skips this step, and simply sends the user directly to the game view.

Settigns button: sends the user to the settings view.

A framework for a 'waiting to join game' has also been made. The render() function has a swith statement, with three states: MAIN, QEUED, and START. The plan is for the Join Game button to change the state to QEUED which will deactivate the UI elements, making sure that the user can't accidentally join two games at once. The player should stay in this state until the server sends a signal that the game is ready to be joined. This check isn't implemented yet.

Added toString to important classes. Gameplay example in Game.java.

The game currently uses priority and action points, while move order (based on submission) is not tested. Cleaning, commenting, gameController -> serverController return string and some functionallity is not yet done.

There is also a series of minor changes all over to make gameplay executions smoother.

Implemented movement and changed how actions are executed. All actions can now be executed with the action.execute(grid) method. It has not been tested and what is currently missing is how and what to return to the MainController / client.

… twice.

Added line to SceneManager to call a scene's disposeEarly function, so that the scene can actually dispose when it is popped, not only when another is pushed on top of it

Should be the final merge! Now sends the player to either the victory or loss screen using grid.isGameWon, grid.getWinningPlayer and grid.getPlayer(playerID).getHealthPoint to check for this on the grid that is sent from the server on update

You can now get the winstate on the client side. Use grid.isGameWon() the check if the game is won. Use grid.getWinningPlayer() to get the winning player. grid.getWinningPlayer() will throw if the game is not won so do a if (grid.isGameWon()) before running it

You can now call Request getHasChanged(gameID, currentTurn boolean) to see if the gamestate has changed. If it has changed the getGameState method should be called to update the grid

The client now handles inputs. Still needs to be able to recieve inputs from player, highlight selected moves visually and post planned moves to the server.