void Player::Update(sf::RenderWindow & App, class Physic & physic)
{
if(!m_inited)
Init(physic);
const sf::Input & _input = App.GetInput();
physic.GetPlayer(0)->vel = physic.GetPlayer(0)->body->GetLinearVelocity();
physic.GetPlayer(0)->rotation = physic.GetPlayer(0)->body->GetAngle();
if(_input.IsKeyDown(sf::Key::A)) { physic.GetPlayer(0)->rotation += -1.0f * App.GetFrameTime(); physic.GetPlayer(0)->body->SetTransform(physic.GetPlayer(0)->body->GetPosition(), physic.GetPlayer(0)->rotation); /*m_rotationDegree -= 3; m_rotation = 3; m_player.Rotate( (float)m_rotation );*/ } // turn LEFT
if(_input.IsKeyDown(sf::Key::D)) { physic.GetPlayer(0)->rotation += 1.0f * App.GetFrameTime(); physic.GetPlayer(0)->body->SetTransform(physic.GetPlayer(0)->body->GetPosition(), physic.GetPlayer(0)->rotation); /*m_rotationDegree += 3; m_rotation = -3; m_player.Rotate( (float)m_rotation );*/ } // turn RIGHT
if(_input.IsKeyDown(sf::Key::W)) { m_V += 2.00 ; }
if(_input.IsKeyDown(sf::Key::S)) { m_V -= 1.00 ; }
if(_input.IsKeyDown(sf::Key::Space)) { m_V = 0.0 ; }
physic.GetPlayer(0)->body->SetAngularVelocity(0.f);
/*
if(m_clock2.GetElapsedTime() > 1.0f)
{
if(_input.IsMouseButtonDown(sf::Mouse::Left))
{
Shoot(App);
m_reload = true;
m_clock2.Reset();
}
m_reload = false;
}
else
{
m_reload = true;
}
*/
// UpdateBullets(App);
// m_mousePozVec.x = _input.GetMouseX();
// m_mousePozVec.y = _input.GetMouseY();
m_mousePozVec = App.ConvertCoords(App.GetInput().GetMouseX(), App.GetInput().GetMouseY());
m_xH = m_cannon.GetPosition().x - m_mousePozVec.x;
m_yH = m_cannon.GetPosition().y - m_mousePozVec.y;
m_cannonRotation =(float)(atan2(m_yH,m_xH) * 180.f / b2_pi + 180.f);
// if(physic.GetPlayer(0)->rotation > 359) physic.GetPlayer(0)->rotation = 0;
// if(physic.GetPlayer(0)->rotation < 0) physic.GetPlayer(0)->rotation = 359;
if( m_V > m_maxPlayerSpeed ) m_V = m_maxPlayerSpeed;
if( m_V < m_maxPlayerBackSpeed ) m_V = m_maxPlayerBackSpeed;
physic.GetPlayer(0)->vel.x = m_V * cos((b2_pi*(physic.GetPlayer(0)->rotation * RADTODEG ))/180.f);
physic.GetPlayer(0)->vel.y = m_V * sin((b2_pi*(physic.GetPlayer(0)->rotation * RADTODEG ))/180.f);
// if( m_disVec.x >= 1 || m_disVec.x <= - 1 ) { m_playerPozVec.x += int(m_disVec.x) * App.GetFrameTime(); m_disVec.x = m_disVec.x - int( m_disVec.x ); }
// if( m_disVec.y >= 1 || m_disVec.y <= - 1 ) { m_playerPozVec.y += int(m_disVec.y) * App.GetFrameTime(); m_disVec.y = m_disVec.y - int( m_disVec.y ); }
physic.GetPlayer(0)->body->SetLinearVelocity(physic.GetPlayer(0)->vel);
m_player.SetPosition( physic.GetPlayer(0)->GetPosition() );
m_player.SetRotation( -physic.GetPlayer(0)->rotation * RADTODEG );
m_cannon.SetPosition(m_player.GetPosition());
m_cannon.SetRotation(-m_cannonRotation);
/*
#pragma region DEBUG INFO
std::ostringstream bufor;
sf::String tdebug;
tdebug.SetFont(LoadContent::GetInstance()->m_font2);
tdebug.SetSize(20);
bufor << "\nFPS = " << _Framerate;
tdebug.SetText(bufor.str());
App.Draw(tdebug);
#pragma endregion
*/
App.Draw(m_player);
App.Draw(m_cannon);
}
void GUI::MouseTracker::update(const sf::RenderWindow& window, const sf::View& view) {
sf::Vector2f tmp = window.ConvertCoords(x, y, &view);
position.x = tmp.x;
position.y = tmp.y;
}
int GameScreen::update (sf::RenderWindow &app)
{
int nextScreen = myID;
float elapsedTime = app.GetFrameTime();
sf::Event event;
while (app.GetEvent(event)) // Boucle des évènements en attente
{
if (event.Type == sf::Event::Closed)
{
return EXIT;
}
else if(m_iHandler->testEvent(event, "Quit"))
{
return EXIT;
}
else if (event.Type == sf::Event::MouseMoved)
{
sf::Vector2f mouseCoords = app.ConvertCoords(event.MouseMove.X, event.MouseMove.Y, &ConfigOptions::getView());
m_cursor.moveOnSquare(BoardAlignedSprite::toSquares(mouseCoords), false);
}
else if(m_iHandler->testEvent(event, "Up"))
{
sf::Vector2i s = BoardAlignedSprite::toSquares(m_cursor.GetPosition()) + sf::Vector2i(0, -1);
if(isValid(s))
m_cursor.moveOnSquare(s, false);
}
else if(m_iHandler->testEvent(event, "Left"))
{
sf::Vector2i s = BoardAlignedSprite::toSquares(m_cursor.GetPosition()) + sf::Vector2i(-1, 0);
if(isValid(s))
m_cursor.moveOnSquare(s, false);
}
else if(m_iHandler->testEvent(event, "Down"))
{
sf::Vector2i s = BoardAlignedSprite::toSquares(m_cursor.GetPosition()) + sf::Vector2i(0, 1);
if(isValid(s))
m_cursor.moveOnSquare(s, false);
}
else if(m_iHandler->testEvent(event, "Right"))
{
sf::Vector2i s = BoardAlignedSprite::toSquares(m_cursor.GetPosition()) + sf::Vector2i(1, 0);
if(isValid(s))
m_cursor.moveOnSquare(s, false);
}
else if(playerHasHand())
{
if(m_iHandler->testEvent(event, "Save"))
{
m_game.saveToFile(BACKUP_FILE);
}
else if(m_iHandler->testEvent(event, "Load"))
{
m_game.loadFromFile(BACKUP_FILE);
refreshAll();
}
else if (m_iHandler->testEvent(event, "LClick"))
{
sf::Vector2f mouseCoords = app.ConvertCoords(event.MouseButton.X, event.MouseButton.Y, &ConfigOptions::getView());
sf::Vector2i s = BoardAlignedSprite::toSquares(mouseCoords);
if(isValid(s))
clickOn(s);
else if(!m_game.hasStarted())
{
PieceType type = m_placementUI.click(mouseCoords);
if(type == NB_PIECES) //end of turn
tryAndEndTurn();
else
m_selectedType = type;
}
}
if (m_iHandler->testEvent(event, "Choose"))
{
sf::Vector2i s = BoardAlignedSprite::toSquares(m_cursor.GetPosition());
if(isValid(s))
clickOn(s);
}
else if (m_iHandler->testEvent(event, "RClick"))
{
sf::Vector2f mouseCoords = app.ConvertCoords(event.MouseButton.X, event.MouseButton.Y, &ConfigOptions::getView());
sf::Vector2i s = BoardAlignedSprite::toSquares(mouseCoords);
if(!m_game.hasStarted())
remove(s);
}
else if (m_iHandler->testEvent(event, "EndTurn"))
{
tryAndEndTurn();
}
else if (event.Type == sf::Event::MouseWheelMoved)
{
if(event.MouseWheel.Delta > 0)
{
m_selectedType = m_placementUI.goUp();
}
else
{
m_selectedType = m_placementUI.goDown();
}
}
else if (m_iHandler->testEvent(event, "Rabbit"))
{
selectPieceType(RABBIT);
}
else if (m_iHandler->testEvent(event, "Cat"))
{
selectPieceType(CAT);
}
else if (m_iHandler->testEvent(event, "Dog"))
{
selectPieceType(DOG);
}
else if (m_iHandler->testEvent(event, "Horse"))
{
selectPieceType(HORSE);
}
else if (m_iHandler->testEvent(event, "Camel"))
{
selectPieceType(CAMEL);
}
else if (m_iHandler->testEvent(event, "Elephant"))
{
selectPieceType(ELEPHANT);
}
} //end of if(playerHasHand)
else if(isOver() && m_victorySign.GetColor().a == 255 && (m_iHandler->testEvent(event, "EndTurn") || m_iHandler->testEvent(event, "Choose") || m_iHandler->testEvent(event, "LClick")))
{
//if we do something after the match ends, remove the victory sign
m_victorySign.SetColor(sf::Color(255,255,255,0));
}
} //end of event loop
m_turnSign.update(elapsedTime);
m_cursor.update(elapsedTime);
for(std::map<PiecePtr, PieceSprite>::iterator it = m_pieces.begin(); it != m_pieces.end(); ++it)
it->second.update(elapsedTime);
//removing pieces that have finished disappearing
for (auto it = m_disappearingPieces.begin(); it != m_disappearingPieces.end(); ) //++it done below if necessary
{
PiecePtr p = *it;
if (m_pieces[p].hasDisappeared())
{
m_pieces.erase(p);
it = m_disappearingPieces.erase(it); //gives it the value of the next element, thus no need to increase it again
}
else
++it;
}
if(isOver()) //manages the appearance of the victory sign
{
int alpha = m_victorySign.GetColor().a;
if(alpha > 0 && alpha < 255) //0 means it's disappeared already
{
alpha += (int) (elapsedTime * VICT_APP_SPD * 255);
if(alpha > 255)
alpha = 255;
m_victorySign.SetColor(sf::Color(255,255,255,alpha));
}
}
return nextScreen;
}