void CFBTeam::switchHilightPlayer()
{
CC_ASSERT(isDefending());
m_hilightPlayerId++;
if (m_hilightPlayerId >= getPlayerNumber())
{
m_hilightPlayerId = 1;
}
}
int GameData::getScore(int index)
{
if(index > getPlayerNumber() || index < 0)
{
return 0;
}
std::list<Player>::iterator it = playerList.begin();
for(int i = 0; i != index; i++)
{
it++;
}
return it->getTotalScore();
}
void GameData::decodeScore_Packet(sf::Packet & packet)
{
//structure :
//(# of player) -> for each player[(size of scoreList)->(scoreList)]
int playerNumber;
packet >> playerNumber;
if(playerNumber != getPlayerNumber())
{
std::cout << "PlayerNum Error...the value is " << playerNumber << std::endl;
RebuildPlayer(playerNumber);
}
for(Player &player : playerList)
{
//get the size first
int size;
packet >> size;
//get that player's scoreList
std::vector<int>& holdList = player.getScoreList();
//clear the list
holdList.clear();
for(int i = 0; i < size; i++)
{
int value;
packet >> value;
holdList.push_back(value);
}
}
//set the basic texture path of each player
std::string texture_path[] = { "Texture/box_blue_1_", "Texture/box_red_1_", "Texture/box_green_1_", "Texture/box_yellow_1_" };
int numPlayer = 0;
for (Player &player : playerList)
{
player.setTexturePath(texture_path[numPlayer]);
numPlayer++;
}
playerList_it = playerList.begin();
isCreated = true;
}
//retrieves user specified scores
void retrieveScores(int score_keep[][NUM_PLAYERS], int game_count)
{
int game = 0, player = 0;
bool doAgain = true;
while (doAgain)
{
//gets game number to view
cout << endl << "What game would you like to view?" << endl;
game = getValidGameNumber(game_count)-1;
//gets player number to view
cout << "What player would you like to view (you can view all by entering 0)?" << endl;
player = getPlayerNumber()-1;
//prints all player scores if user entered 0
if (player == -1)
{
int i = 0;
while ((score_keep[game][i] != -1) && (i < 20))
{
cout << "Player " << (i+1) << ": " << score_keep[game][i] << endl;
i++;
}
}
//prints specified player's score
else
{
if (score_keep[game][player] == -1)
cout << "There weren't this many players. Try again in the loop." << endl;
else
{
cout << "Game " << (game+1) << endl;
cout << "Player " << (player+1) << ": " << score_keep[game][player] << endl;
}
}
//prompts the user if they would like to retrieve another score
cout << "Would you like to view another game (y/n)?" << endl;
doAgain = getValidChoice();
}
return;
}
void CFBMatch::syncTeam()
{
auto team = m_teamsInMatch[(int)SIDE::SELF];
vector<float> v;
int num = team->getPlayerNumber();
for (int i = 0; i < num; ++i)
{
auto player = team->getPlayer(i);
auto& pos = player->getPosition();
v.push_back(pos.x);
v.push_back(pos.y);
auto& vec = player->getMovingVector();
v.push_back(vec.x);
v.push_back(vec.y);
}
m_proxy->sendTeamPosition(v, team->isAttacking() ? team->getHilightPlayerId() : -1, (unsigned int)team->getSide());
}
void CFBMatch::teamPositionAck(int side, const vector<float>& p, int ballPlayerId, unsigned int timeStamp)
{
auto team = m_teams[side];
int size = team->getPlayerNumber();
if (timeStamp == 0) // timeStamp为0表示暂停时候的强制同步
{
for (int i = 0; i < size; ++i)
{
Point pos(p[i * 4], p[i * 4 + 1]);
Point vec(p[i * 4 + 2], p[i * 4 + 3]);
auto player = team->getPlayer(i);
player->loseBall();
player->setPosition(pos);
player->setMovingVector(vec);
}
if (ballPlayerId != -1)
{
team->getPlayer(ballPlayerId)->gainBall();
}
}
else
{
float dt = m_proxy->getDeltaTime(timeStamp);
for (int i = 0; i < size; ++i)
{
Point pos(p[i * 4], p[i * 4 + 1]);
Point vec(p[i * 4 + 2], p[i * 4 + 3]);
auto player = team->getPlayer(i);
player->moveFromTo(pos, vec, dt, m_SYNC_TIME);
}
CC_ASSERT(team == m_teamsInMatch[(int)SIDE::OPP]);
m_syncTime[(int)SIDE::OPP] = m_SYNC_TIME;
}
}
sf::Packet& GameData::fillScore_Packet(sf::Packet & packet)
{
//structure :
//(# of player) -> for each player[(size of scoreList)->(scoreList)]
//send the amount of player
packet << getPlayerNumber();
for(Player &player : playerList)
{
//get that player's scoreList
std::vector<int> holdList = player.getScoreList();
//send the size first
packet << static_cast<int>(holdList.size());
//send the scoreList
for(int & num : holdList)
{
packet << num;
}
}
return packet;
}
void ComponentUserControllable::setupInputHandlers()
{
const int playerNumber = getPlayerNumber();
ASSERT(input, "Have not yet received input subsystem!");
ASSERT(playerNumber>=0, "Have not received updated player number!");
const int joystickNumber = playerNumber;
handleGamePadBtnR_down = input->registerJoyButtonPressHandler(joystickNumber, XPAD_BTN_R, bind(&ComponentUserControllable::onKeyPressChargeUp, this));
handleGamePadBtnR_up = input->registerJoyButtonUpHandler(joystickNumber, XPAD_BTN_R, bind(&ComponentUserControllable::onKeyPressAttack, this));
handleGamePadBtnL_down = input->registerJoyButtonPressHandler(joystickNumber, XPAD_BTN_L, bind(&ComponentUserControllable::onKeyPressChargeUp, this));
handleGamePadBtnL_up = input->registerJoyButtonUpHandler(joystickNumber, XPAD_BTN_L, bind(&ComponentUserControllable::onKeyPressAttack, this));
handleGamePadBtnY = input->registerJoyButtonPressHandler(joystickNumber, XPAD_BTN_Y, bind(&ComponentUserControllable::onKeyPressUse, this));
handleGamePadAxisX = input->registerJoyAxisMotionHandler(joystickNumber, XPAD_AXIS_X, bind(&ComponentUserControllable::onJoystickAxisX, this, _1));
handleGamePadAxisY = input->registerJoyAxisMotionHandler(joystickNumber, XPAD_AXIS_Y, bind(&ComponentUserControllable::onJoystickAxisY, this, _1));
handleGamePadAxisXRot = input->registerJoyAxisMotionHandler(joystickNumber, XPAD_AXIS_XROT, bind(&ComponentUserControllable::onJoystickAxisXRot, this, _1));
handleGamePadAxisYRot = input->registerJoyAxisMotionHandler(joystickNumber, XPAD_AXIS_YROT, bind(&ComponentUserControllable::onJoystickAxisYRot, this, _1));
if(joystickNumber == 0)
{
handleKeyboardF = input->registerKeyPressHandler(SDLK_f, bind(&ComponentUserControllable::onKeyPressSuicide, this));
handleKeyboardE = input->registerKeyPressHandler(SDLK_e, bind(&ComponentUserControllable::onKeyPressUse, this));
handleKeyboardSpace_down = input->registerKeyPressHandler(SDLK_SPACE, bind(&ComponentUserControllable::onKeyPressChargeUp, this));
handleKeyboardSpace_up = input->registerKeyUpHandler(SDLK_SPACE, bind(&ComponentUserControllable::onKeyPressAttack, this));
handleKeyboardW = input->registerKeyDownHandler(SDLK_w, bind(&ComponentUserControllable::onKeyDownFwd, this));
handleKeyboardS = input->registerKeyDownHandler(SDLK_s, bind(&ComponentUserControllable::onKeyDownRev, this));
handleKeyboardA = input->registerKeyDownHandler(SDLK_a, bind(&ComponentUserControllable::onKeyDownLeft, this));
handleKeyboardD = input->registerKeyDownHandler(SDLK_d, bind(&ComponentUserControllable::onKeyDownRight, this));
handleMouseMove = input->registerMouseMoveHandler(bind(&ComponentUserControllable::onMouseMove, this, _1, _2));
handleMouseRightClick = input->registerMouseDownRightHandler(bind(&ComponentUserControllable::onMouseDownRight, this, _1, _2));
handleMouseLeftDown = input->registerMouseDownLeftHandler(bind(&ComponentUserControllable::onMouseDownLeft, this, _1, _2));
handleMouseLeftUp = input->registerMouseUpLeftHandler(bind(&ComponentUserControllable::onMouseUpLeft, this, _1, _2));
}
}
void CFBMatch::update(float dt)
{
m_proxy->update(dt);
switch (m_matchStep)
{
case FBDefs::MATCH_STEP::WAIT_START:
break;
case FBDefs::MATCH_STEP::COUNT_DOWN:
{
int delta = (int)(m_startTime - m_proxy->getTime());
if (delta <= 0)
{
m_matchStep = FBDefs::MATCH_STEP::MATCHING;
}
break;
}
case FBDefs::MATCH_STEP::MATCHING:
{
if (!m_isPause)
{
m_teamsInMatch[(int)SIDE::SELF]->update(dt);
m_teamsInMatch[(int)SIDE::OPP]->update(dt);
}
if (m_currentInstruction != nullptr)
{
m_currentInstruction->update(dt);
}
for (int i = 0; i < (int)SIDE::NONE; ++i)
{
if (m_syncTime[i] < 0)
{
if (i == (int)SIDE::SELF)
{
auto hilightPlayer = m_teamsInMatch[(int)SIDE::SELF]->getHilightPlayer();
hilightPlayer->setMovingVector(m_vecFromUser);
m_teamsInMatch[(int)SIDE::SELF]->think();
syncTeam();
m_syncTime[i] = m_SYNC_TIME;
}
else
{
auto oppTeam = m_teamsInMatch[(int)SIDE::OPP];
int num = oppTeam->getPlayerNumber();
for (int i = 0; i < num; ++i)
{
oppTeam->getPlayer(i)->setMovingVector(0, 0);
}
}
}
m_syncTime[i] -= dt;
}
break;
}
case FBDefs::MATCH_STEP::PLAY_ANIM:
{
break;
}
default:
break;
}
}
QString SnakePart::decodePart()
{
QString name;
// Player
if (getPlayerNumber() == 0)
{
name = QLatin1String( "tron1-" );
}
else if (getPlayerNumber() == 1)
{
name = QLatin1String( "tron2-" );
}
// Heads (or tails)
if (getPartType() == SnakePartType::Head)
{
if (getPartTop() && getPartLeft() && getPartRight())
{
name += QLatin1String( "head-north" );
}
else if (getPartBottom() && getPartLeft() && getPartRight())
{
name += QLatin1String( "head-south" );
}
else if (getPartTop() && getPartBottom() && getPartLeft())
{
name += QLatin1String( "head-west" );
}
else if (getPartTop() && getPartBottom() && getPartRight())
{
name += QLatin1String( "head-east" );
}
}
else if (getPartType() == SnakePartType::Hole)
{
if (getPartTop() && getPartLeft() && getPartRight())
{
name += QLatin1String( "tail-south" );
}
else if (getPartBottom() && getPartLeft() && getPartRight())
{
name += QLatin1String( "tail-north" );
}
else if (getPartTop() && getPartBottom() && getPartLeft())
{
name += QLatin1String( "tail-east" );
}
else if (getPartTop() && getPartBottom() && getPartRight())
{
name += QLatin1String( "tail-west" );
}
}
else if (getPartType() == SnakePartType::Tail)
{
if (getPartTop() && getPartLeft() && getPartRight())
{
name += QLatin1String( "tail-south2" );
}
else if (getPartBottom() && getPartLeft() && getPartRight())
{
name += QLatin1String( "tail-north2" );
}
else if (getPartTop() && getPartBottom() && getPartLeft())
{
name += QLatin1String( "tail-east2" );
}
else if (getPartTop() && getPartBottom() && getPartRight())
{
name += QLatin1String( "tail-west2" );
}
}
else if (getPartType() == SnakePartType::Body)
{
// Bodys
if (getPartTop() && getPartBottom())
{
name += QLatin1String( "body-h" );
}
else if (getPartLeft() && getPartRight())
{
name += QLatin1String( "body-v" );
}
else if (getPartLeft() && getPartTop())
{
name += QLatin1String( "body-nw" );
}
else if (getPartTop() && getPartRight())
{
name += QLatin1String( "body-ne" );
}
else if (getPartLeft() && getPartBottom())
{
name += QLatin1String( "body-sw" );
}
else if (getPartBottom() && getPartRight())
{
name += QLatin1String( "body-se" );
}
}
return name;
}
