// Use this for initialization
void Start()
{
MyTeam = 'b';
//インスタンス化
_selector = GetComponent <Selector>();
_tileData = GetComponent <Tile_data>();
_turnController = GetComponent <Turn_Controller>();
StartCoroutine(Loop());
}
//Issues orders and referees the game
//Steps:
/* -Preparation-
* Create players - main_controller
* Create units - unit_manager/action_manager/move_manager
* Players assigned units - main_controller
* Sort units by initiative - turn_controller
* -Gameplay-
* Players deploy units - main_controller/input/graphics
* -Control Phase-
* Turn control loop start: highest initiatve unit goes first - turn_controller
* Calculate and attach action overlay - overlay_manager/main_controller
* Calculate move overlay - overlay_manager/main_controller
* Player gains control over unit - main_controller/input/graphics
* Unit chooses an action (movement, activation, attack) - main_controller/input/graphics
* -Action Phase-
* Unit takes action/Affect Units take counteraction - action_controller
* Action consequences are calculated - action_controller
* Player ends turn or turn ends automatically upon unit exhaustion
* Turn control end: check units left/main objectives
* -Endgame-
* Last unit falls for a player/objectives achieved by a player
* Rewards generated, experience calculated
*/
void initiationTest()
{
//Create two players - TODO: use a builder for this?
Player player1 = new Player("Player 1");
Player player2 = new Player("Player 2");
//Add players to array
player_list = new Player[2]{player1, player2};
//Create two units
Unit unit1 = Unit_Builder.createTestUnit();
Unit unit2 = Unit_Builder.createTestUnit();
//Add units to players - TODO: use a builder for this?
player1.unit_list.Add(unit1);
unit1.owner = player1;
player2.unit_list.Add(unit2);
unit2.owner = player2;
//Add units to turn list
List<Unit> templist = new List<Unit>();
templist.Add(unit1);
templist.Add(unit2);
turn_controller = new Turn_Controller(templist);
templist.Clear();
//Turn loop start
bool game_over = false;
while (!game_over)
{
Player current_player = turn_controller.currentPlayer;
//Hand over turn to player
//Calculate overlays for each unit
//Display: board, units, menus
//Input loop start
//Wait for player input
//Process input - update display, update board, update overlays
//End unit action, back to loop
//End unit turn, end input loop
//End player turn, back to loop
//End game, end turn loop
}
//Display winner
}
// Update is called once per frame
void Update()
{
if(turn_controller == null) {
turn_controller = (Turn_Controller) Turn_Controller.instance;
}
try {
text.text = "";
if(turn_controller.server_players != null && turn_controller.server_players.players != null && turn_controller.server_players.players.Count < 1)
return;
foreach(Client_Model player in turn_controller.server_players.players.ToArray()) {
text.text += " ";
text.text += player.id;
text.text += " ";
text.text += player.name;
text.text += " ";
text.text += player.team;
text.text += " ";
text.text += player.ip;
text.text += " ";
text.text += player.ready;
if(turn_controller.server_players.MyPlayer != null && turn_controller.server_players.MyPlayer.id == player.id) {
text.text += " ";
text.text += "is me";
}
text.text += "\n";
}
text.text += "Active team " + turn_controller.server_players.active_team;
text.text += " ";
text.text += "Active phase " + turn_controller.server_players.active_phase;
text.text += " ";
// foreach(string key in Networking.PrimarySocket.event){
// text.text += key;
// text.text += " ";
// }
// text.text += "Number of server keys " + Networking_Manager.instance.socket.Keys.Count;
} catch(System.Exception ex) {
}
}
void Awake()
{
instance = this;
}
// Use this for initialization
void Start()
{
turn_controller = (Turn_Controller) Turn_Controller.instance;
text = GetComponent<Text>();
}
