public void nextFrame()
{
phase = PHASE.PROCESSING_FRAME;
foreach (int id in entities.Keys)
{
Entity child = entities[id];
if (child.owned)
{
if (child is EllipseEntity)
{
EllipseEntity ellipseEntity = (EllipseEntity)child;
ellipseEntity.testCollision(entities.Values.ToList()); // TODO: using ToList may be inefficient
}
else if (child is FreeEntity)
{
FreeEntity freeEntity = (FreeEntity)child;
freeEntity.testCollision(entities.Values.ToList()); // TODO: using ToList may be inefficient
}
// Do not do collisions for SliderEntities
}
}
// NB: Phase changes trigger actions, do not remove the "un-necessary" phase change
phase = PHASE.FINISHED_FRAME;
phase = PHASE.READY_FOR_CHANGES;
}
public MainWindow()
{
/*
* 初期化関連
*/
phase = PHASE.INITIALIZING;
switch(controllerDevice)
{
case CONTROLLER_DEVICE.KINECT:
k = new Kinect(this);
break;
case CONTROLLER_DEVICE.GAMEPAD:
// ゲームパッドの初期化
break;
}
InitializeComponent();
switch(controllerDevice)
{
case CONTROLLER_DEVICE.KINECT:
k.start();
break;
case CONTROLLER_DEVICE.GAMEPAD:
// ゲームパッドの開始
break;
}
/*
* テスト
*/
FallingRect f = new FallingRect(this, 50);
f.X = 50;
f.Y = 20;
fallingRects = new FallingRect[] { f };
f.drawForward();
phase = PHASE.PLAYING;
/*
* タイマーにイベントを登録して0.05秒ごとにイベントを実行する
*/
dispatcherTimer = new DispatcherTimer(DispatcherPriority.Normal);
dispatcherTimer.Interval = new TimeSpan(500000);
dispatcherTimer.Tick += new EventHandler(dispatcherTimer_Tick);
dispatcherTimer.Start();
}
public void NextPhase()
{
switch (Phase)
{
case PHASE.ONE:
m_anim.SetTrigger("Mouth Attack");
Phase = PHASE.TWO;
break;
case PHASE.TWO:
StartCoroutine("DeathSequence");
break;
default:
break;
}
}
void PhaseOne(float angleToPlayer)
{
if (angleToPlayer > 5.0f || (gameObject.transform.position - player.transform.position).magnitude > StoppingDistance)
{
inRange = false;
}
else
{
inRange = true;
resetTimer = 0.0f;
agent.Stop();
}
if (inRange || currentAction.isBehaving())
{
if (currentAction.Execute() == COMPLETION_STATE.COMPLETE)
{
// Increment the action
nextAction++;
if (nextAction >= phaseOne.Count)
nextAction = 0;
currentAction = phaseOne[nextAction];
}
}
else
{
resetTimer += Time.deltaTime;
if (resetTimer > resetTimerMax)
{
resetTimer = 0.0f;
currentAction = phaseOne[0];
nextAction = 0;
}
SeekPlayer();
}
if (puppet.curTallys <= 2)
{
if (minion != null)
{
GameObject thisGuy = (GameObject)(GameObject.Instantiate(minion, minionSpawnLocation.transform.position, Quaternion.identity));
minionPuppet = thisGuy.GetComponent<PuppetScript>();
minionSummoned = true;
agent.SetDestination(retreatPoint.transform.position);
puppet.ChangeState(PuppetScript.State.MOVING);
animation.Play("Walk Forward");
}
phase = PHASE.TWO;
}
}
/*
====================================================================
Begin turn of next player. Therefore select next player or use
'forced_player' if not NULL (then the next is the one after
'forced_player').
If 'skip_unit_prep' is set scen_prep_unit() is not called.
====================================================================
*/
public static string engine_begin_turn(Player forced_player, bool skip_unit_prep)
{
char[] text = new char[400];
int new_turn = 0;
Player player = null;
#if TODO
/* clear various stuff that may be still set from last turn */
group_set_active( gui.confirm, ID_OK, 1 );
engine_hide_unit_menu();
engine_hide_game_menu();
#endif
/* clear undo */
engine_clear_backup();
/* clear hideous clicks */
#if TODO
if ( !deploy_turn && cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_HUMAN )
event_wait_until_no_input();
#endif
/* get player */
if (forced_player == null)
{
/* next player and turn */
player = Player.players_get_next(out new_turn);
if (new_turn != 0)
{
Scenario.turn++;
}
if (Scenario.turn == Scenario.scen_info.turn_limit)
{
/* use else condition as Scenario result */
/* and take a final look */
Scenario.scen_check_result(true);
blind_cpu_turn = false;
engine_show_final_message();
draw_map = true;
#if TODO
image_hide(gui.cursors, 0);
gui_set_cursor(CURSOR_STD);
#endif
engine_select_player(null, skip_unit_prep);
engine_set_status(STATUS.STATUS_NONE);
phase = PHASE.PHASE_NONE;
return "";
}
else
{
Scenario.cur_weather = Scenario.scen_get_weather();
engine_select_player(player, skip_unit_prep);
}
}
else
{
engine_select_player(forced_player, skip_unit_prep);
Player.players_set_current(Player.player_get_index(forced_player));
}
#if DEBUG_CAMPAIGN
if ( scen_check_result(0) ) {
blind_cpu_turn = 0;
engine_show_final_message();
draw_map = 1;
image_hide( gui.cursors, 0 );
gui_set_cursor( CURSOR_STD );
engine_select_player( 0, skip_unit_prep );
engine_set_status( STATUS_NONE );
phase = PHASE_NONE;
end_scen = 1;
return;
}
#endif
/* init ai turn if any */
if (cur_player != null && cur_player.ctrl == PLAYERCONTROL.PLAYER_CTRL_CPU)
cur_player.ai_init();
/* turn info */
string scen_info = engine_show_turn_info();
engine_set_status(deploy_turn ? STATUS.STATUS_DEPLOY : STATUS.STATUS_NONE);
phase = PHASE.PHASE_NONE;
/* update screen */
if (cur_ctrl != PLAYERCONTROL.PLAYER_CTRL_CPU || Config.show_cpu_turn)
{
#if TODO
if (cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_CPU)
engine_update_info(0, 0, 0);
else
{
image_hide(gui.cursors, 0);
}
engine_draw_map();
#endif
blind_cpu_turn = false;
}
else
{
#if TODO
engine_update_info(0, 0, 0);
draw_map = false;
FULL_DEST(sdl.screen);
fill_surf(0x0);
gui.font_turn_info.align = ALIGN_X_CENTER | ALIGN_Y_CENTER;
sprintf(text, tr("CPU thinks..."));
write_text(gui.font_turn_info, sdl.screen, sdl.screen.w >> 1, sdl.screen.h >> 1, text, OPAQUE);
sprintf(text, tr("( Enable option 'Show Cpu Turn' if you want to see what it is doing. )"));
write_text(gui.font_turn_info, sdl.screen, sdl.screen.w >> 1, (sdl.screen.h >> 1) + 20, text, OPAQUE);
refresh_screen(0, 0, 0, 0);
#endif
blind_cpu_turn = true;
}
if (cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_CPU)
{
while (!cur_player.ai_run()) ;
}
return scen_info;
}
public static void EndCombat()
{
#if WITH_SOUND
audio_fade_out( 2, 1500 ); /* explosion sound channel */
#endif
/* costs one fuel point for attacker */
if (cur_unit != null && cur_unit.CheckFuelUsage() && cur_unit.cur_fuel > 0)
cur_unit.cur_fuel--;
/* update the visible units list */
map.map_get_vis_units();
map.map_set_vis_infl_mask();
/* reselect unit */
if (cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_HUMAN)
engine_select_unit(cur_unit);
/* status */
engine_set_status(STATUS.STATUS_NONE);
#if TODO
label_hide(gui.label2, 1);
#endif
phase = PHASE.PHASE_NONE;
/* allow new human/cpu input */
if (!blind_cpu_turn)
{
if (cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_HUMAN)
{
#if TODO
image_hide(gui.cursors, 0);
gui_set_cursor(CURSOR_STD);
#endif
}
draw_map = true;
}
AI_Enemy.Action.action_queue(EngineActionsTypes.ACTION_NONE);
//stateMachine.Send(EngineActionsTypes.ACTION_NONE);
//remove stateMachine.scheduler.Stop();
}
public static void CheckLastMove()
{
/* insert unit */
//map.map_insert_unit(move_unit);
/* capture flag if there is one */
/* NOTE: only do it for AI. For the human player, it will
* be done on deselecting the current unit to resemble
* original Panzer General behaviour
*/
if (cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_CPU)
{
if (engine_capture_flag(move_unit))
{
/* CHECK IF SCENARIO IS FINISHED */
if (Scenario.scen_check_result(false))
{
engine_finish_scenario();
return;
}
}
}
/* add influence */
if (!Player.player_is_ally(move_unit.player, cur_player))
map.map_add_unit_infl(move_unit);
/* update the visible units list */
map.map_get_vis_units();
map.map_set_vis_infl_mask();
/* next phase */
phase = PHASE.PHASE_END_MOVE;
AI_Enemy.Action.action_queue(EngineActionsTypes.ACTION_END_MOVE);
//stateMachine.Send(EngineActionsTypes.ACTION_END_MOVE);
}
public void ChangePhase(PHASE phase)
{
turnPhase = phase ;
//各playerのunitFieldに対してphaseの効果を促すSendMessage()を送る
setPhase[(int)turnPhase]() ;
}
public void PlayPhase(Player _player)
{
if(TurnCounter != Players.IndexOf(_player) && PhaseCounter != PHASE.PLAY){
return;
}
//discard selected card
_player.Discard.Add(_player.LastDiscarded);
_player.LastDiscarded = _player.Hand[_player.SelectedCard];
LastPlayed = _player.Hand[_player.SelectedCard];
_player.Hand.RemoveAt(_player.SelectedCard);
//inc PhaseCounter
PhaseCounter = PHASE.PEG;
}
public void NewGame(/*default is 2v2*/)
{
TurnCounter = 0;
PhaseCounter = PHASE.DRAW;
TableBoard = new Board(4);
TableDeck = new Deck(2);
TableDeck.Shuffle();
Players = new List<Player>();
//needs dynamic logic for player number and team number
Players.Add(new Player("Player One", 1));
Players.Add(new Player("Player Two", 2));
Players.Add(new Player("Player Three", 1));
Players.Add(new Player("Player Four", 2));
Deal();
//print players cards to test
/*foreach(Player _player in Players){
Debug.Log("" + _player.Name);
foreach(Card _card in _player.Hand){
Debug.Log(_card.FaceValue());
}
}*/
}
/// <summary>
/// We did not get some turns, force it.
/// </summary>
public void TurnStartTimout()
{
foreach (Player player in Players.Where(player => player.WaitingForReply != Player.COMM_MODE.READY))
{
framework.mainWindow.StatusMessage(string.Format("Player {0} did not provide a turn", player.Name));
PlayerTurn(player, new List<Card>(), false);
}
phaseOn = PHASE.MOVE_ROBOT;
}
public void Tick()
{
// ok, time to execute this phase.
switch (phaseOn)
{
// if phase 0, start the turn.
case PHASE.GET_TURN:
TurnOn++;
ExecuteStartTurn();
framework.mainWindow.UpdatePlayers();
break;
case PHASE.MOVE_ROBOT:
framework.mainWindow.TurnNumber(TurnOn, cardOn + 1);
ExecuteMoveRobot();
phaseOn = PHASE.MOVE_BOARD;
break;
case PHASE.MOVE_BOARD:
ExecuteMoveBoard();
phaseOn = PHASE.FIRE;
break;
case PHASE.FIRE:
ExecuteFire();
phaseOn = PHASE.FLAG_ARCHIVE;
framework.mainWindow.UpdatePlayers();
break;
case PHASE.FLAG_ARCHIVE:
ExecuteFlagAndArchive();
if (! StepMode)
framework.laserBeams.Clear();
cardOn++;
// if last phase, end the turn.
if (cardOn >= Framework.NUM_PHASES)
{
ExecuteEndTurn();
if (StepMode)
framework.Pause();
}
else
phaseOn = PHASE.MOVE_ROBOT;
framework.mainWindow.UpdatePlayers();
break;
}
}
public void PlayerSetArchive(Player player, BoardLocation location)
{
player.Robot.Location = location;
if (!Players.Any(pl => pl.Robot.Location.IsNull && pl.TcpGuid != null))
phaseOn = PHASE.GET_TURN;
}
public void Initialize()
{
cardOn = 0;
TurnOn = 0;
phaseOn = PHASE.GET_TURN;
MainMap = GameMap.CreateMap();
foreach (Player plyr in Players)
plyr.Reset();
}
/// <summary>
/// get the cards for all players
/// </summary>
public void ExecuteStartTurn()
{
// set to waiting phase
foreach (Player player in Players)
player.WaitingForReply = Player.COMM_MODE.WAITING_FOR_TURN;
phaseOn = PHASE.WAITING_ON_PLAYERS;
ValidateData();
#if DEBUG
Trace.WriteLine(string.Format("starting turn {0}", TurnOn));
foreach (Player player in Players)
Trace.WriteLine(string.Format(" Player {0}, mode {1}, Lives {2}, Damage {3}, Mode {4}, Location {5}",
player.Name, player.Mode, player.Lives, player.Damage, player.Mode,
player.Robot.Location));
#endif
// create 40 cards.
// unique priorities across all
// ROBOT_MOVE num of cards in enum order are 6, 18, 12, 6, 18, 18, 6
List<int> priorityNums = CreatePriorityNumbers();
List<Card> cards = new List<Card>();
cards.AddRange(priorityNums.Take(6).Select(priority => new Card(Card.ROBOT_MOVE.BACKWARD_ONE, priority)));
cards.AddRange(priorityNums.Skip(6).Take(18).Select(priority => new Card(Card.ROBOT_MOVE.FORWARD_ONE, priority)));
cards.AddRange(priorityNums.Skip(6 + 18).Take(12).Select(priority => new Card(Card.ROBOT_MOVE.FORWARD_TWO, priority)));
cards.AddRange(priorityNums.Skip(6 + 18 + 12).Take(6).Select(priority => new Card(Card.ROBOT_MOVE.FORWARD_THREE, priority)));
cards.AddRange(priorityNums.Skip(6 + 18 + 12 + 6).Take(18).Select(priority => new Card(Card.ROBOT_MOVE.ROTATE_LEFT, priority)));
cards.AddRange(priorityNums.Skip(6 + 18 + 12 + 6 + 18).Take(18).Select(priority => new Card(Card.ROBOT_MOVE.ROTATE_RIGHT, priority)));
cards.AddRange(priorityNums.Skip(6 + 18 + 12 + 6 + 18 + 18).Take(6).Select(priority => new Card(Card.ROBOT_MOVE.ROTATE_UTURN, priority)));
Trace.WriteLine("Turns:");
foreach (Player player in Players)
{
if (player.Mode == Player.MODE.DEAD)
{
player.Cards = new List<Card>();
player.WaitingForReply = Player.COMM_MODE.READY;
continue;
}
// if powered down keep old cards
if (player.Mode == Player.MODE.POWER_DOWN)
{
player.WaitingForReply = Player.COMM_MODE.READY;
continue;
}
// grab the players dealt cards
int numCards = 9 - player.Damage;
List<Card> dealtCards = new List<Card>();
while (numCards-- > 0)
{
int index = rand.Next(cards.Count);
dealtCards.Add(cards[index]);
cards.RemoveAt(index);
}
player.ServerDealtCards = dealtCards;
framework.RequestTurn(MainMap, player, Players, dealtCards);
}
// start timer for 1 second
ValidateData();
framework.WaitingForTurns();
if (!Players.Any(pl => pl.WaitingForReply != Player.COMM_MODE.READY))
phaseOn = PHASE.MOVE_ROBOT;
}
// if all done - ready to start
public void CheckAllTurnsIn()
{
if (Players.Any(pl => pl.WaitingForReply != Player.COMM_MODE.READY))
return;
framework.ReceivedAllTurns();
phaseOn = PHASE.MOVE_ROBOT;
}
private void GameMain()
{
float randNum = Random.Range(0.0f, 100.0f);
int rNum = Random.Range(0, 2);
//ミサイルの出現抽選
if (!isCreateMissile)
{
if (randNum < missileCreatePro)
{
GameObject item = Instantiate(missilePrefab, transform.position, missilePrefab.gameObject.transform.rotation);
item.GetComponent <ItemMissile>().RandSet(rNum);
torpedoIcons[rNum].gameObject.SetActive(true);
Invoke("HideIcon", 1f);
isCreateMissile = true;
}
}
//生成時間の最大値を超えた
if (++frameCnt > createMissileTimeMax)
{
//ミサイルが生成されていなければ生成
if (!isCreateMissile)
{
GameObject item = Instantiate(missilePrefab, transform.position, missilePrefab.gameObject.transform.rotation);
item.GetComponent <ItemMissile>().RandSet(rNum);
torpedoIcons[rNum].gameObject.SetActive(true);
Invoke("HideIcon", 1f);
}
frameCnt = 0;
isCreateMissile = false;
}
//得点の更新
submarinePoint = submarineController.enterPoint;
shipPoint = trashCount.shipPoints;
//ゲージの更新
//船ゲージの取得
GameObject shipGauge = GameObject.Find("ShipGauge").gameObject;
//潜水艦ゲージの取得
GameObject submarineGauge = GameObject.Find("SubmarineGauge").gameObject;
//全体の得点を求める
float totalPoint = shipPoint + submarinePoint;
//トータルポイントが0でない時にゲージを更新する
if (totalPoint > 0)
{
//全体の得点から船と潜水艦の得点の割合を求める
float shipPointRait = (float)shipPoint / totalPoint;
float submarinePointRait = (float)submarinePoint / totalPoint;
//割合に応じたゲージの切り出し位置にする
//船側ゲージの更新
shipGauge.GetComponent <RectTransform>().sizeDelta = new Vector2(50.0f, 270.0f * shipPointRait);
//潜水艦側ゲージの更新
submarineGauge.GetComponent <RectTransform>().sizeDelta = new Vector2(50.0f, 270.0f * submarinePointRait);
}
//制限時間の表示
gameTimeText.text = gameTime.ToString("f1");
gameTime -= Time.deltaTime;
if (gameTime < 0)
{
gameTimeText.color = new Color(255.0f, 0.0f, 0.0f, 0.0f);
gameTime = 0.0f;
gamePhase = PHASE.PHASE_FINISH;
}
else if (gameTime < 10)
{
gameTimeText.color = new Color(255.0f, 0.0f, 0.0f, 0.5f);
}
else if (gameTime < gaugeDeleteTime)
{
shipGauge.GetComponent <Image>().color = new Color(255.0f, 0.0f, 0.0f, 0.0f);
submarineGauge.GetComponent <Image>().color = new Color(0.0f, 0.0f, 255.0f, 0.0f);
GameObject shipIcon = GameObject.Find("ShipIcon").gameObject;
shipIcon.GetComponent <Image>().color = new Color(255.0f, 255.0f, 255.0f, 0.0f);
GameObject submarineIcon = GameObject.Find("SubmarineIcon").gameObject;
submarineIcon.GetComponent <Image>().color = new Color(255.0f, 255.0f, 255.0f, 0.0f);
}
else
{
gameTimeText.color = new Color(255.0f, 255.0f, 255.0f, 0.3f);
}
}
// This function is used to check if there are still conflicts in the queue and set current phase to the correct phase
void Conflict()
{
tCursor.ClearTargets();
// Check if there is a conflict in the queue
conflictInQueue = -1;
for (int i = 4; i > -1; i--)
{
if (combatQueue[i].action == "None" &&
combatQueue [i].tag == "Player" &&
combatQueue [i + 1].tag == "Player" &&
combatQueue [i].Stamina == combatQueue [i + 1].Stamina)
{
conflictInQueue = i;
}
}
// Disable all enemy buttons
foreach (Button B in enemySelect)
{
B.enabled = false;
}
// Get the position of the first player without an action
int firstAction = -1;
for (int i = 5; i > -1; i--)
{
if (combatQueue [i].action == "None" &&
!combatQueue[i].dead)
{
firstAction = i;
}
}
// This block will run when findstatus can work properly
if (firstAction != -1 &&
combatQueue[firstAction].findStatus("stun") != -1)
{
combatQueue[firstAction].action = "Wait";
combatQueue [firstAction].actionType = "None";
combatQueue [firstAction - 1].CallTell();
return;
}
// If there is a conflict in the queue but someone else has priority
if (conflictInQueue != -1 && firstAction >= conflictInQueue)
{
currentPhase = PHASE.SELECT;
}
else
{
// If there is a character without an action
if (firstAction != -1)
{
if (!combatQueue[firstAction].dead)
{
if (combatQueue [firstAction].tag == "Player")
{
currentPhase = PHASE.ACTION;
}
else
{
// This allows the player to control enemy actions for now
currentPhase = PHASE.ACTION;
//EnemyTurn (firstAction);
}
}
else
{
// All downed character are given the rest action
for (int i = firstAction; i < 6; i++)
{
combatQueue [i].action = "Rest";
combatQueue [i].actionType = "Utility";
for (int j = 0; j < combatQueue[i].Target.Length; j++)
{
combatQueue [i].Target[j] = combatQueue [i];
}
}
}
}
}
// If there are no characters without actions
if (firstAction == -1)
{
// This block does a stable sort to move the players who are catching to the front of the queue
int j = 0;
for (int i = 0; i < 6; i++)
{
int k = 0;
if (combatQueue[i].action == "Catch")
{
Character temp = combatQueue [i];
while (i - k > j)
{
combatQueue [i - k] = combatQueue [i - k - 1];
k++;
}
combatQueue [j] = temp;
j++;
}
}
// This is a brute force way to make sure the last character's tell is shown, even if they aren't last in the queue
foreach (Character C in combatQueue)
{
C.CallTell();
}
currentPhase = PHASE.EXECUTE;
Execute();
}
if (firstAction != -1)
{
currentCharacter = firstAction;
if (firstAction > 0)
{
combatQueue [firstAction - 1].CallTell();
}
}
}
public void MovePhase(Player _player)
{
if(TurnCounter != Players.IndexOf(_player) && PhaseCounter != PHASE.MOVE){
return;
}
//needs logic for which peg is moved first.
if(LastPlayed.Rank == RANK.Ten || LastPlayed.Rank == RANK.Nine || LastPlayed.Rank == RANK.Seven){
if(TestPegMove(FirstPeg, MoveToLocationFirst, MoveToDistanceFirst)){
FirstPeg.Location = MoveToLocationFirst;
FirstPeg.Distance = MoveToDistanceFirst;
}
if(TestPegMove(SecondPeg, MoveToLocationSecond, MoveToDistanceSecond)){
SecondPeg.Location = MoveToLocationSecond;
SecondPeg.Distance = MoveToDistanceSecond;
}
}else{
if(TestPegMove(FirstPeg, MoveToLocationFirst, MoveToDistanceFirst)){
FirstPeg.Location = MoveToLocationFirst;
FirstPeg.Distance = MoveToDistanceFirst;
}
}
//move logic
//if(!TestPegMovement()){
//return;
//}
PhaseCounter = PHASE.END;
}
// end of turn - power up/down, un-destroy, repair
private void ExecuteEndTurn()
{
phaseOn = PHASE.GET_TURN;
foreach (Player playerOn in Players)
{
ValidateData();
if (playerOn.Mode == Player.MODE.DEAD)
continue;
// power down - after all moves, was not killed
if ((playerOn.Mode == Player.MODE.ACTIVE) && (playerOn.PowerMode == Player.POWER_MODE.ANNOUNCED))
{
playerOn.PowerDown();
Trace.WriteLine(string.Format("power down - Player: {0}, damage {1}", playerOn.Name, playerOn.Damage));
}
else
// power up - still alive
if (playerOn.PowerMode == Player.POWER_MODE.DOWN)
{
if (--playerOn.PowerDownTurnsRemaining > 0)
continue;
playerOn.PowerUp();
Trace.WriteLine(string.Format("power up - Player: {0}, damage {1}", playerOn.Name, playerOn.Damage));
if (playerOn.Mode == Player.MODE.DEAD)
continue;
}
// we bring the robot back in at the end of the turn if it was destroyed.
if (playerOn.Mode == Player.MODE.DESTROYED)
{
// is the archive available?
List<Point> reEnter = new List<Point>();
Player plyrDestRobot =
Players.Where(pl => (pl.IsVisible) && (pl.Robot.Location.MapPosition == playerOn.Archive)).FirstOrDefault();
if (plyrDestRobot == null)
reEnter.Add(playerOn.Archive);
else
{
// ok, get all around the archive that aren't occupied.
for (int x = playerOn.Archive.X - 1; x <= playerOn.Archive.X + 1; x++)
for (int y = playerOn.Archive.Y - 1; y <= playerOn.Archive.Y + 1; y++)
if ((0 <= x) && (x < MainMap.Width) && (0 <= y) && (y < MainMap.Height))
{
Point pt = new Point(x, y);
plyrDestRobot = Players.Where(pl => (pl.IsVisible) && (pl.Robot.Location.MapPosition == pt)).FirstOrDefault();
if (plyrDestRobot == null)
reEnter.Add(pt);
}
}
playerOn.Robot.Location = new BoardLocation(reEnter[0], MapSquare.DIRECTION.NORTH); // until we get a reply.
playerOn.UnDestroy();
Trace.WriteLine(string.Format("un-destroy - Player: {0}, Lives {1}, Location(s) {2}", playerOn.Name,
playerOn.Lives, reEnter.ToArray()));
playerOn.WaitingForReply = Player.COMM_MODE.WAITING_FOR_LOCATION;
// we set this before the call requesting the position to avoid getting a reply before we set it.
if (playerOn.TcpGuid != null)
phaseOn = PHASE.WAITING_ON_ARCHIVE;
framework.RequestStartPosition(playerOn, reEnter, false);
continue;
}
MapSquare sq = MainMap.GetSquare(playerOn.Robot.Location.MapPosition);
if ((sq.Type == MapSquare.TYPE.REPAIR) && IsRepairTurn)
{
playerOn.Repair(playerOn.Robot.Location.MapPosition);
Trace.WriteLine(string.Format("repair - Player: {0}, damage {1}", playerOn.Name, playerOn.Damage));
}
ValidateData();
}
cardOn = 0;
if (phaseOn != PHASE.WAITING_ON_ARCHIVE)
return;
// set up timeout as we're waiting. Check if we got everything.
framework.WaitingForReentry();
if (!Players.Any(pl => pl.WaitingForReply != Player.COMM_MODE.READY))
{
Trap.trap();
phaseOn = PHASE.GET_TURN;
}
}
public void PegPhase(Player _player)
{
if(TurnCounter != Players.IndexOf(_player) && PhaseCounter != PHASE.PEG){
return;
}
PhaseCounter = PHASE.MOVE;
}
void BeginBattle()
{
AudioManager.PlayBGM("Boss", TRANSITION.INSTANT);
leftEye.CurrentHealth = leftEye.MaxHealth;
rightEye.CurrentHealth = rightEye.MaxHealth;
m_phase = PHASE.ONE;
leftEye.Initialise();
rightEye.Initialise();
ModalPanel.Instance.bossPanel.SetActive(true);
ModalPanel.Instance.bossHealth.value = MaxHealth;
StartCoroutine("MoveToCenter");
}
void SetPhase( PHASE phase, UInt64 waitTime )
{
m_Phase = phase;
m_WaitTime = waitTime;
}
private void setPhase(PHASE phase, STEP step)
{
EventHub.Signal (EventConstants.EndOfStep, null, null);
EventHub.Signal (EventConstants.EndOfPhase, null, null);
CurrentPhase = phase;
CurrentStep = step;
EventHub.Signal (EventConstants.StartOfPhase, null, null);
EventHub.Signal (EventConstants.StartOfStep, null, null);
}
public static void ActionAttack(object[] args)
{
AI_Enemy.Action action = (AI_Enemy.Action)args[0];
if (!action.unit.CheckAttack( action.target, Unit.UNIT_ATTACK.UNIT_ACTIVE_ATTACK))
{
Console.WriteLine("'{0}' ({1},{2}) can not attack '{3}' ({4},{5})",
action.unit.name, action.unit.x, action.unit.y,
action.target.name, action.target.x, action.target.y);
return;
}
if (!Engine.map.mask[action.target.x, action.target.y].spot)
{
Console.WriteLine("'%{0}' may not attack unit '{1}' (not visible)", action.unit.name, action.target.name);
return;
}
Engine.cur_unit = action.unit;
Engine.cur_target = action.target;
Engine.cur_unit.GetDefensiveFireUnits(Engine.cur_target, Scenario.units, ref Engine.df_units);
if (Engine.engine_get_next_combatants())
{
Engine.status = STATUS.STATUS_ATTACK;
Engine.phase = PHASE.PHASE_INIT_ATK;
AI_Enemy.Action.action_queue(EngineActionsTypes.ACTION_INIT_ATTACK);
//stateMachine.Send(EngineActionsTypes.ACTION_INIT_ATTACK);
Engine.engine_clear_danger_mask();
#if TODO
if (Engine.cur_ctrl == PLAYER_CTRL_HUMAN)
image_hide(gui.cursors, 1);
#endif
}
}
public void Back(Player _player)
{
switch(PhaseCounter){
case PHASE.PEG:
//go back to play phase
PhaseCounter = PHASE.PLAY;
//return the last played card back into the palyers hand
_player.Discard.Remove(_player.LastDiscarded);
_player.Hand.Add(_player.LastDiscarded);
_player.LastDiscarded = null;//may need more logic to retain the last last discarded
LastPlayed = null;
FirstPeg = null;
SecondPeg = null;
break;
case PHASE.MOVE:
FirstPeg = null;
SecondPeg = null;
PhaseCounter = PHASE.PEG;
break;
case PHASE.END:
//having a stack of peg states would make this easy
break;
}
}
public static void CheckResult()
{
bool broken_up = false;
bool reset = false;
bool was_final_fight = false;
bool surrender = false;
try
{
UNIT_END_COMBAT type = UNIT_END_COMBAT.UNIT_STAYS;
int dx, dy;
surp_contact = false;
/* check attack result */
if ((atk_result & Unit.FIGHT_TYPES.AR_UNIT_KILLED) == Unit.FIGHT_TYPES.AR_UNIT_KILLED)
{
Scenario.scen_inc_casualties_for_unit(cur_atk);
engine_remove_unit(cur_atk);
cur_atk = null;
}
if ((atk_result & Unit.FIGHT_TYPES.AR_TARGET_KILLED) == Unit.FIGHT_TYPES.AR_TARGET_KILLED)
{
Scenario.scen_inc_casualties_for_unit(cur_def);
engine_remove_unit(cur_def);
cur_def = null;
}
/* CHECK IF SCENARIO IS FINISHED DUE TO UNITS_KILLED OR UNITS_SAVED */
if (Scenario.scen_check_result(false))
{
engine_finish_scenario();
return;
}
reset = true;
if (df_units.Count > 0)
{
if (((atk_result & Unit.FIGHT_TYPES.AR_TARGET_SUPPRESSED) == Unit.FIGHT_TYPES.AR_TARGET_SUPPRESSED) ||
((atk_result & Unit.FIGHT_TYPES.AR_TARGET_KILLED) == Unit.FIGHT_TYPES.AR_TARGET_KILLED))
{
df_units.Clear();
if ((atk_result & Unit.FIGHT_TYPES.AR_TARGET_KILLED) == Unit.FIGHT_TYPES.AR_TARGET_KILLED)
cur_unit = null;
else
{
/* supressed unit looses its actions */
cur_unit.cur_mov = 0;
cur_unit.cur_atk_count = 0;
cur_unit.unused = false;
broken_up = true;
}
}
else
{
reset = false;
df_units.RemoveAt(0);
}
}
else
was_final_fight = true;
if (!reset)
{
/* continue fights */
if (engine_get_next_combatants())
{
status = STATUS.STATUS_ATTACK;
phase = PHASE.PHASE_INIT_ATK;
}
else
Console.WriteLine("Deadlock! No remaining combatants but supposed to continue fighting? How is this supposed to work????");
}
else
{
/* clear suppression from defensive fire */
if (cur_atk != null)
{
cur_atk.suppr = 0;
cur_atk.unused = false;
}
if (cur_def != null)
cur_def.suppr = 0;
/* if this was the final fight between selected unit and selected target
check if one of these units was completely suppressed and surrenders
or flees */
if (was_final_fight)
{
engine_clear_backup(); /* no undo allowed after attack */
if (cur_atk != null && cur_def != null)
{
if ((atk_result & Unit.FIGHT_TYPES.AR_UNIT_ATTACK_BROKEN_UP) == Unit.FIGHT_TYPES.AR_UNIT_ATTACK_BROKEN_UP)
{
/* unit broke up the attack */
broken_up = true;
}
else
/* total suppression may only cause fleeing or
surrender if: both units are ground/naval units in
close combat: the unit that causes suppr must
have range 0 (melee)
inf . fort (fort may surrender)
fort . adjacent inf (inf will not flee) */
if (((cur_atk.sel_prop.flags & UnitFlags.FLYING) != UnitFlags.FLYING) &&
(cur_def.sel_prop.flags & UnitFlags.FLYING) != UnitFlags.FLYING)
{
if ((atk_result & Unit.FIGHT_TYPES.AR_UNIT_SUPPRESSED) == Unit.FIGHT_TYPES.AR_UNIT_SUPPRESSED &&
((atk_result & Unit.FIGHT_TYPES.AR_TARGET_SUPPRESSED) != Unit.FIGHT_TYPES.AR_TARGET_SUPPRESSED) &&
cur_def.sel_prop.rng == 0)
{
/* cur_unit is suppressed */
engine_handle_suppr(cur_atk, out type, out dx, out dy);
if (type == UNIT_END_COMBAT.UNIT_FLEES)
{
status = STATUS.STATUS_MOVE;
phase = PHASE.PHASE_INIT_MOVE;
move_unit = cur_atk;
fleeing_unit = 1;
dest_x = dx; dest_y = dy;
return;
}
else
if (type == UNIT_END_COMBAT.UNIT_SURRENDERS)
{
surrender = true;
surrender_unit = cur_atk;
}
}
else
if ((atk_result & Unit.FIGHT_TYPES.AR_TARGET_SUPPRESSED) == Unit.FIGHT_TYPES.AR_TARGET_SUPPRESSED &&
(atk_result & Unit.FIGHT_TYPES.AR_UNIT_SUPPRESSED) != Unit.FIGHT_TYPES.AR_UNIT_SUPPRESSED &&
cur_atk.sel_prop.rng == 0)
{
/* cur_target is suppressed */
engine_handle_suppr(cur_def, out type, out dx, out dy);
if (type == UNIT_END_COMBAT.UNIT_FLEES)
{
status = STATUS.STATUS_MOVE;
phase = PHASE.PHASE_INIT_MOVE;
move_unit = cur_def;
fleeing_unit = 1;
dest_x = dx; dest_y = dy;
return;
}
else
if (type == UNIT_END_COMBAT.UNIT_SURRENDERS)
{
surrender = true;
surrender_unit = cur_def;
}
}
}
}
/* clear pointers */
if (cur_atk == null) cur_unit = null;
if (cur_def == null) cur_target = null;
}
if (broken_up)
{
phase = PHASE.PHASE_BROKEN_UP_MSG;
Console.WriteLine("Attack Broken Up!");
return;
}
if (surrender)
{
string msg = (surrender_unit.sel_prop.flags & UnitFlags.SWIMMING) == UnitFlags.SWIMMING ?
"Ship is scuttled!" : "Surrenders!";
phase = PHASE.PHASE_SURRENDER_MSG;
Console.WriteLine(msg);
return;
}
phase = PHASE.PHASE_END_COMBAT;
}
}
finally
{
AI_Enemy.Action.action_queue(EngineActionsTypes.ACTION_END_COMBAT);
//stateMachine.Send(EngineActionsTypes.ACTION_END_COMBAT);
}
}
public void DiscardPhase(Player _player)
{
if(TurnCounter != Players.IndexOf(_player) && PhaseCounter != PHASE.PLAY){
return;
}
if(_player.SelectedCard == -1){
Debug.Log("you must select a card");
return;
}
//discard selected card
_player.Discard.Add(_player.LastDiscarded);
_player.LastDiscarded = _player.Hand[_player.SelectedCard];
LastPlayed = _player.Hand[_player.SelectedCard];
_player.Hand.RemoveAt(_player.SelectedCard);
//Player draws or Counts Depending on rule Set
switch(RuleSet){
case RULESET.CLASSIC:
//_player.TakeCard(TableDeck.Draw());
_player.Counting++;
if(_player.Counting == 3){
//move peg out of player's Home to Come Out space;
//Peg select
//PhaseCounter = PHASE.PEG
_player.Counting = 0;
}
break;
}
//inc PhaseCounter
PhaseCounter = PHASE.END;
}
public static void EndMove()
{
/* fade out sound */
#if WITH_SOUND
audio_fade_out( 0, 500 ); /* move sound channel */
#endif
/* decrease fuel for way_pos hex tiles of movement */
if (move_unit.CheckFuelUsage() && Config.supply)
{
move_unit.cur_fuel -= move_unit.CalcFuelUsage( way_pos);
if (move_unit.cur_fuel < 0)
move_unit.cur_fuel = 0;
}
/* clear move buffer image */
#if TODO
if ( !blind_cpu_turn )
image_delete( &move_image );
#endif
/* run surprise contact */
if (surp_unit != null)
{
cur_unit = move_unit;
cur_target = surp_unit;
surp_contact = true;
surp_unit = null;
if (engine_get_next_combatants())
{
status = STATUS.STATUS_ATTACK;
phase = PHASE.PHASE_INIT_ATK;
if (!blind_cpu_turn)
{
#if TODO
image_hide( gui.cursors, 1 );
#endif
draw_map = true;
#if TODO_RR
form.Draw();
#endif
}
}
return;
}
/* reselect unit -- cur_unit may differ from move_unit! */
if (cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_HUMAN)
engine_select_unit(cur_unit);
/* status */
engine_set_status(STATUS.STATUS_NONE);
phase = PHASE.PHASE_NONE;
AI_Enemy.Action.action_queue(EngineActionsTypes.ACTION_NONE);
//stateMachine.Send(EngineActionsTypes.ACTION_NONE);
/* allow new human/cpu input */
if (!blind_cpu_turn)
{
if (cur_ctrl == PLAYERCONTROL.PLAYER_CTRL_HUMAN)
{
#if TODO
gui_set_cursor( CURSOR_STD );
image_hide( gui.cursors, 0 );
old_mx = old_my = -1;
#endif
}
draw_map = true;
#if TODO_RR
form.Draw();
#endif
}
}
public void ChangePhase()
{
m_phase = m_phase == PHASE.DAY ? PHASE.NIGHT : PHASE.DAY;
m_currentBehaviour = 0;
if (m_phase == PHASE.DAY)
{
m_bgmDay.UnPause();
m_bgmNight.Pause();
m_turns++;
InGameUI.Instance.SetTime(m_turns);
if (m_respawnFood)
{
int count = m_foodsToRespawn.Count;
for (int i = count - 1; i >= 0; i--)
{
if (m_foodsToRespawn[i].Respawn())
{
Food food = FruitPool.Instance.Load();
HexaTile tile = null;
int x = 0;
int y = 0;
while (tile == null)
{
x = Random.Range(0, m_mapSizeX);
y = Random.Range(0, m_mapSizeY);
if (x > 0 && x < Map.Instance.mapSizeX && y > 0 && y < Map.Instance.mapSizeY)
{
tile = Map.Instance.GetTile(y, x);
if (tile.data.animal != null || tile.data.bat != null || tile.data.food != null || tile.data.obstacle != null || tile.data.morceguita != null)
{
tile = null;
}
}
}
food.Respawn(tile, m_foodsToRespawn[i].type);
m_foodsToRespawn.RemoveAt(i);
}
}
}
StartCoroutine(PlaneToDay());
}
else
{
m_bgmDay.Pause();
m_bgmNight.UnPause();
StartCoroutine(PlaneToNight());
}
}
/*
====================================================================
End the Scenario and display final message.
====================================================================
*/
public static void engine_finish_scenario()
{
/* finalize ai turn if any */
if (cur_player != null && cur_player.ctrl == PLAYERCONTROL.PLAYER_CTRL_CPU)
cur_player.ai_finalize();
blind_cpu_turn = false;
engine_show_final_message();
#if TODO
group_set_active(gui.base_menu, ID_MENU, 0);
#endif
draw_map = false;
#if TODO
image_hide(gui.cursors, 0);
gui_set_cursor(CURSOR_STD);
#endif
engine_select_player(null, false);
Scenario.turn = Scenario.scen_info.turn_limit;
engine_set_status(STATUS.STATUS_NONE);
phase = PHASE.PHASE_NONE;
}
public void EndPhase(Player _player)
{
if(TurnCounter != Players.IndexOf(_player) && PhaseCounter != PHASE.END){
return;
}
_player.SelectedCard = -1;
LastPlayed = null;
FirstPeg = null;
SecondPeg = null;
MoveToDistanceFirst = -1;
MoveToDistanceSecond = -1;
//roll PhaseCounter
PhaseCounter = PHASE.DRAW;
//roll TurnCounter
TurnCounter = (TurnCounter + 1) % Players.Count;
}
//player's turn starts
//player draws a card
//player selects a Card to play, or discards
//player selects a Peg(s) to move
//(player draws or Counts)
//player ends turn
public void DrawPhase(Player _player)
{
if(TurnCounter != Players.IndexOf(_player) && PhaseCounter != PHASE.DRAW){
return;
}
//player draws a card
_player.TakeCard(TableDeck.Draw());
//inc the PhaseCounter
PhaseCounter = PHASE.PLAY;
}
public override bool hasMovesLeft(PHASE argPhase)
{
return(false);
}
