void Player::handleInput( KB_BUTTON jump, KB_BUTTON left, KB_BUTTON right, Pulse & pPulse )
{
//Call movePlayer to handle movement based on given input
if(Kb.b(KB_1)) {
changeChar(0);
characterID = 0;
} else if(Kb.b(KB_2)) {
changeChar(1);
characterID = 1;
} else if(Kb.b(KB_3)) {
changeChar(2);
characterID = 2;
} else if(Kb.b(KB_4)) {
changeChar(3);
characterID = 3;
} else if((Kb.b(jump) || Kb.b(KB_W) || Kb.b(KB_SPACE)) && this->jumpCount == 0) {
movePlayer(4, pPulse);
} else if(Kb.b(left) || Kb.b(KB_A)) {
movePlayer(1, pPulse);
} else if(Kb.b(right) || Kb.b(KB_D)) {
movePlayer(2, pPulse);
}
else {
movePlayer(3, pPulse);
}
}
bool Game::play(void)
{
if(!m_board)
return false;
if(isPlaying())
return false;
m_isPlaying = true;
int i = 0;
Move mv;
bool valid_move;
struct timeval tv_start, tv_end, tv_elapsed;
movePlayer(Player::Player1, false);
while(isPlaying() && m_board->winner() == Player::None && i < 40)
{
if(!movePlayer(Player::Player2))
break;
if(m_board->winner() != Player::None)
break;
if(!movePlayer(Player::Player1))
break;
i++;
}
m_isPlaying = false;
return true;
}
void Game::keyPressEvent(KeyEvent& event) {
/* Move forward */
if(event.key() == KeyEvent::Key::Up || event.key() == KeyEvent::Key::W) {
Vector3 direction = player->transformation().backward();
Deg angle = Vector3::angle(Vector3::zAxis(), direction);
if(angle < Deg(30.0f))
movePlayer({0, -1});
else if(angle > Deg(60.0f) && angle < Deg(120.0f))
movePlayer({direction.x() > 0 ? -1 : 1, 0});
else if(angle > Deg(150.0f))
movePlayer({0, 1});
if(!level->remainingTargets()) nextLevel();
/* Restart level */
} else if(event.key() == KeyEvent::Key::R) {
restartLevel();
/* Switch to menu */
} else if(event.key() == KeyEvent::Key::Esc)
pause();
else return;
event.setAccepted();
redraw();
}
int updatePlayer( int dir )
{
if ( conditionDuration != 0 )
{
conditionDuration--;
}
else
{
changeCommanderStatus( NORMAL, 0 );
}
struct monster *collideWith;
switch ( dir )
{
case UP:
movePlayer( &playerY, ( playerY > getGameAreaY( ) ), collideWith, CHKUP );
break;
case DOWN:
movePlayer( &playerY, ( playerY < getGameAreaYplusHeight( ) ), collideWith, CHKDOWN );
break;
case LEFT:
movePlayer( &playerX, ( playerX > getGameAreaX( ) ), collideWith, CHKLEFT );
break;
case RIGHT:
movePlayer( &playerX, (playerX < getGameAreaXplusWidth( ) ), collideWith, CHKRIGHT );
break;
case NOTHING:
break;
default:
return 1;
break;
}
return 0;
}
int main(int argc, const char * argv[]) {
Player player;
PathSegment *path = GenerateAdventure();
PrintPath(path);
player.current = path;
player.current->direction = DirectionMain;
player.health = 100;
char input[300];
while (playing) {
pathPrompt(&player);
if(playing){
scanf("%s", input);
printf("input was %s\n", input);
if(strstr(input,"Y"))
movePlayer(&player,DirectionMain);
else
movePlayer(&player,DirectionSide);
printPlayerStatus(&player);
}
}
FreeAllPathSegments(path);
return 0;
}
main()
{
int key;
while(1)
{
system("cls");
drawPlayer(x,y);
key = getch();
switch(key)
{
case 113:
case 81: //quit on "q"
exit(0);
break;
case 119:
movePlayer(0,-1);
break;
case 115:
movePlayer(0,1);
break;
case 97:
movePlayer(-1,0);
break;
case 100:
movePlayer(1,0);
break;
}
}
}
void ofApp::handleInput (int x, int y) {
if (movePlayer (x, y)) {
if (cellmap[playerX][playerY].isGround) {
cellmap[playerX][playerY].isGround = false;
} else {
int newX = playerX + x;
int newY = playerY + y;
if (newX > 0 && newX < COLS && newY > 0 && newY < ROWS && cellmap[newX][newY].isGround) {
movePlayer (x, y);
}
}
}
vector<ofPoint> newPoints;
for (int i = 0; i < treasures.size(); i++) {
ofPoint point = treasures[i];
if (point.x + 1 < COLS) {
if (!cellmap[int (point.x + 1)][int (point.y)].isGround
&& !cellmap[int (point.x + 1)][int (point.y)].hasTreasure)
{
cellmap[int (point.x + 1)][int (point.y)].hasTreasure = true;
newPoints.push_back(ofPoint(point.x + 1, point.y));
}
}
if (point.x - 1 > 0) {
if (!cellmap[int (point.x - 1)][int (point.y)].isGround
&& !cellmap[int (point.x - 1)][int (point.y)].hasTreasure)
{
cellmap[int (point.x - 1)][int (point.y)].hasTreasure = true;
newPoints.push_back(ofPoint(point.x - 1, point.y));
}
}
if (point.y + 1 < ROWS) {
if (!cellmap[int (point.x)][int (point.y + 1)].isGround
&& !cellmap[int (point.x)][int (point.y + 1)].hasTreasure)
{
cellmap[int (point.x)][int (point.y + 1)].hasTreasure = true;
newPoints.push_back(ofPoint(point.x, point.y + 1));
}
}
if (point.y - 1 > 0) {
if (!cellmap[int (point.x)][int (point.y - 1)].isGround
&& !cellmap[int (point.x)][int (point.y - 1)].hasTreasure)
{
cellmap[int (point.x)][int (point.y - 1)].hasTreasure = true;
newPoints.push_back(ofPoint(point.x, point.y - 1));
}
}
}
for (int i = 0; i < newPoints.size(); i++) {
treasures.push_back(newPoints[i]);
}
}
void Map::handleAutoSolve (uint32_t deltaTime)
{
if (!_autoSolve)
return;
if (_solution.empty()) {
abortAutoSolve();
error(LOG_SERVER, "no solution");
return;
}
_nextSolveStep -= deltaTime;
if (_nextSolveStep > 0)
return;
_nextSolveStep = Config.getConfigVar("solvestepmillis", "100")->getIntValue();
if (_solution[0] == '(') {
abortAutoSolve();
error(LOG_SERVER, "x() repeat syntax is not supported");
return;
}
int l = 0;
for (std::string::iterator i = _solution.begin(); i != _solution.end(); ++i) {
if (*i >= '0' && *i <= '9') {
++l;
} else {
break;
}
}
if (_players.empty()) {
abortAutoSolve();
error(LOG_SERVER, "no player connected");
return;
}
Player *p = *_players.begin();
if (l == 0) {
const char step = _solution[0];
movePlayer(p, step);
_solution = _solution.substr(1);
return;
}
const std::string& rle = _solution.substr(0, l);
const int n = string::toInt(rle);
if (n <= 1) {
_solution = _solution.substr(l);
movePlayer(p, _solution[0]);
_solution = _solution.substr(1);
} else {
movePlayer(p, _solution[l]);
_solution = string::toString(n - 1) + _solution.substr(l);
}
}
void DkPongPort::gameLoop() {
// logic first
moveBall();
movePlayer(player1, player1Speed);
movePlayer(player2, player2Speed);
//repaint();
viewport()->update();
//QGraphicsView::update();
}
// main program
int main_prog()
{
// Initialize game
initializeGame();
// Initialize interrupts
initializeInterrupts();
// Send initial co-ordinates for all players
sendInitialPositionsPackets();
u8 i;
for(i = 0; ; i++) {
// Read data
numberOfPackets = 0;
readQueueData();
//See if any player is inside foul box
playerInDefendingFoulBox = numberOfPlayersInFoulBox(teamA, DEFENDING_FOUL);
playerInAttackingFoulBox = numberOfPlayersInFoulBox(teamA, ATTACKING_FOUL);
// Develop strategy for player movement by considering position of ball/players
strategy();
// offensive/defensive strategy switch
u8 switches = XGpio_DiscreteRead(&GpioInputSwitch, 1);
// if 4th bit of switch == 1, offensive
if((switches >> 3) == 1) {
//xil_printf("Inside offensive\n");
// move all players to offensive side
u8 j;
for(j = 0; j < 5; j++) {
if(fieldSide == FIELD_LEFT && teamA.player[j].position.x > 310) {
position pos = {170, 200};
movePlayer(&teamA.player[j], &pos);
}
else if(fieldSide == FIELD_RIGHT && teamA.player[j].position.x < 310) {
position pos = {470, 200};
movePlayer(&teamA.player[j], &pos);
}
}
}
else {
// offensive
// do nothing
}
// Send player movement updates
sendUpdatePackets();
}
void movingPlayer(char buttonToTest){ //C2C Mossing explained concept
switch(buttonToTest){
case BIT3:
player=movePlayer(player,RIGHT);
break;
case BIT4:
player=movePlayer(player, LEFT);
break;
case BIT5:
player=movePlayer(player, UP);
break;
case BIT2:
player=movePlayer(player, DOWN);
}
}
// Game Struct initialisieren
void initGame(Game *g)
{
// Startwerte
g->level = 0;
g->score = 0;
g->enemyShots = NULL;
g->player.shot = NULL;
g->player.lives = 2; // Nur 2, weil danach startNewLevel aufgerufen wird (-> ein Leben mehr)
g->enemyContainer.ufo.alive = false;
g->enemyContainer.ufo.posx = 0;
g->enemyContainer.ufo.lastufo = ms_time();
// Spielerposition
g->player.rect.x = WIDTH/2 - PLAYER_WIDTH/2;
g->player.rect.y = PLAYER_Y_POS;
g->player.rect.w = PLAYER_WIDTH;
g->player.rect.h = PLAYER_HEIGHT;
g->blocks = malloc(sizeof(Block) * BLOCK_COUNT);
for (int i = 0; i < BLOCK_COUNT; i++) {
for (int x = 0; x < BLOCK_WIDTH/BLOCK_TILE_WIDTH; x++) {
for (int y = 0; y < BLOCK_HEIGHT/BLOCK_TILE_HEIGHT; y++) {
g->blocks[i].damage[x][y] = 0;
g->blocks[i].posx[x][y] = WIDTH/BLOCK_COUNT * i - BLOCK_WIDTH/2 + x*BLOCK_TILE_WIDTH + WIDTH/BLOCK_COUNT/2;
g->blocks[i].posy[x][y] = PLAYER_Y_POS - 100 + y*BLOCK_TILE_HEIGHT;
}
}
}
// Nur zeichen, daher None
movePlayer(g, None);
}
void GameSession::move() {
_movementTimer++;
if (_movementTimer != MOVEMENT_TIME) return;
_movementTimer = 0;
movePlayer();
_level->iterate(isGravityInverted());
_isOddIteration = !_isOddIteration;
decreaseGravityTime();
// If the last iteration of the game caused the player to die, we either
// need to reset the level to its default state or end the game
if (_level->getPlayerBlock()->isDestroyed()) {
if (_lives > 0) {
startLevel();
} else {
_isRunning = false;
_isGameOver = true;
}
}
}
bool updateGame(void)
{
/* In cas of pausing */
if (state == STATE_PAUSE) {
if (arduboy.buttonDown(A_BUTTON | B_BUTTON)) {
state = STATE_GAME;
ignoreCnt = 30; // 1/2 sec
toDraw = true;
dprintln("Resume");
}
return false;
}
/* Move objects */
int scrollX = -playerX / 4;
int scrollY = -playerY / 4;
playerX += scrollX;
playerY += scrollY;
playerRotate += playerTorque;
if (playerJump > -64) {
if (--playerJump == 0) {
pFloorBlur = NULL;
if (state == STATE_CLEAR) {
initLevel(false);
}
}
}
if (state != STATE_OVER) {
moveFloors(scrollX, scrollY, playerJump);
}
moveChips(scrollX, scrollY, playerJump);
/* Player interaction */
if (state == STATE_GAME || state == STATE_OVER) {
movePlayer();
if (state == STATE_GAME) {
gameFrames++;
if (floorAry[floorIdxFirst].z < 0) {
state = STATE_OVER;
isHiscore = (setLastScore(score, gameFrames) == 0);
counter = 480; // 8 secs
arduboy.playScore2(soundOver, 1);
dprint("Game Over: score=");
dprintln(score);
} else if (ignoreCnt == 0 && arduboy.buttonDown(A_BUTTON | B_BUTTON)) {
state = STATE_PAUSE;
dprintln("Pause");
}
} else {
counter--;
if (ignoreCnt == 0 && arduboy.buttonDown(A_BUTTON | B_BUTTON)) {
initLevel(true);
}
}
}
if (ignoreCnt > 0) ignoreCnt--;
toDraw = true;
return (state == STATE_OVER && counter == 0);
}
void Unlag::reconcilePlayerPositions(byte shooter_id, size_t ticsago)
{
for (size_t i=0; i<player_history.size(); i++)
{
player_t *player = player_history[i].player;
// skip over the player shooting and any spectators
if (player->id == shooter_id || player->spectator || !player->mo)
continue;
fixed_t dest_x, dest_y, dest_z; // position to move player to
if (!reconciled)
{
// record the player's current position, which hasn't yet
// been saved to the history arrays
player_history[i].backup_x = player->mo->x;
player_history[i].backup_y = player->mo->y;
player_history[i].backup_z = player->mo->z;
size_t cur = (gametic - ticsago) % Unlag::MAX_HISTORY_TICS;
dest_x = player_history[i].history_x[cur];
dest_y = player_history[i].history_y[cur];
dest_z = player_history[i].history_z[cur];
if (player_history[i].history_size < ticsago)
{
// make the player temporarily unshootable since this player
// was not alive when the shot was fired. Kind of a hack.
player_history[i].backup_flags = player->mo->flags;
player->mo->flags &= ~(MF_SHOOTABLE | MF_SOLID);
player_history[i].changed_flags = true;
}
#ifdef _UNLAG_DEBUG_
// spawn a marker sprite at the reconciled position for debugging
AActor *mo = new AActor(dest_x, dest_y, dest_z, MT_KEEN);
mo->flags &= ~(MF_SHOOTABLE | MF_SOLID);
mo->health = -187;
SV_SpawnMobj(mo);
#endif // _UNLAG_DEBUG_
}
else
{ // we're moving the player back to proper position
dest_x = player_history[i].backup_x;
dest_y = player_history[i].backup_y;
dest_z = player_history[i].backup_z;
// restore a player's shootability if we removed it previously
if (player_history[i].changed_flags)
{
player->mo->flags = player_history[i].backup_flags;
player_history[i].changed_flags = false;
}
}
movePlayer(player, dest_x, dest_y, dest_z);
}
}
// update the game logic here
void updateGame() {
updateBallPosition(ball);
movePlayer(player1);
if(ball.speed.x < 0)
seek(player2, ball);
if( testOnScreen(ball) ) {
// ball hit side of screen
if(ball.position.x < 50) {
// player 1 lost
player2Score++;
}
else {
// player 2 lost
player1Score++;
}
}
if(g_gameOver == false) {
if( abs(player1Score - player2Score) >= 3) {
// Game Over
g_gameOver = true;
int highestScore = player1Score;
if(player2Score > highestScore) {
highestScore = player2Score;
}
for(int i=0; i<5; i++) {
if(highestScore > g_highScores[i]) {
g_highScores[i] = highestScore;
break;
}
}
// sort the high scores array
sort(g_highScores, 5);
}
}
if(ball.speed.x < 0) {
if(checkPaddleCollision(ball, player1) == true) {
ball.speed.x *= -1;
}
}
else {
if(checkPaddleCollision(ball, player2) == true) {
ball.speed.x *= -1;
}
}
RotateSprite(player1.sprite, 0);
MoveSprite(player1.sprite, player1.position.x, player1.position.y);
RotateSprite(player2.sprite, 0 );
MoveSprite(player2.sprite, player2.position.x, player2.position.y);
MoveSprite(ball.sprite, (int)ball.position.x, (int)ball.position.y);
}
//Function used to determine which button has been pushed without polling
void testAndRespondToButtonPush(char buttonToTest) {
if (buttonToTest & P1IFG) {
if (buttonToTest & P1IES) {
if (flag == 5) {
LCDclr();
location = initPlayer();
printPlayer(location);
flag = 0;
}
else {
//This code is used to prevent the player (*) from moving outside of the game bounds.
int mod = 0;
mod = movePlayerInResponseToButtonPush(buttonToTest);
clearPlayer(location);
location += mod;
location = movePlayer(location, mod);
clearTimer();
}
//Debounces the button
} else {
debounce();
}
//Toggles between reading rising and falling edge
P1IES ^= buttonToTest;
P1IFG &= ~buttonToTest;
}
}
void gameLoop()
{
while(playing == true)
{
movePlayer(moveX, moveY);
}
}
void Player2::checkMovement(int mode, double dt)
{
movePlayer(mode, dt);
float check;
if (mode <= 1)
check = (float)position.x / (MainScene::GetInstance()->ML_map.worldSize * 2);
else
check = (float)position.y / (MainScene::GetInstance()->ML_map.worldSize * 2);
if (moveToDir[mode] == false)
{
switch (mode)
{
case 0:
currTile.x--;
break;
case 1:
currTile.x++;
break;
case 2:
currTile.y--;
break;
case 3:
currTile.y++;
break;
}
}
if (check != (int)check)
moveToDir[mode] = true;
}
void handleKeyDownWorld(int keycode)
{
switch(keycode){
case CC_KEY_W:
movePlayer(0, -1);
break;
case CC_KEY_S:
movePlayer(0, 1);
break;
case CC_KEY_A:
movePlayer(-1, 0);
break;
case CC_KEY_D:
movePlayer(1, 0);
break;
}
}
void readInput(Player *player1) {
fpurge(stdin);
char input[20];
scanf("%20[^\n]", input);
if (strcasecmp(input, "right" ) == 0) {
movePlayer(player1, player1->inRoom->right);
}
if (strcasecmp(input, "left") == 0) {
movePlayer(player1, player1->inRoom->left);
}
if (strcasecmp(input, "top") == 0) {
movePlayer(player1, player1->inRoom->top);
}
if (strcasecmp(input, "bottom") == 0) {
movePlayer(player1, player1->inRoom->bottom);
}
}
void Player::doSomething()
{
int dir;
StudentWorld *sw = getWorld();
if(sw->getKey(dir)) //if there is an input
{
switch(dir)
{
case KEY_PRESS_SPACE:
if(canShoot) //if the player can shoot a water droplet during this tick
{
int x, y;
getLocation(x, y);
//Determine the water droplets' positions first
int dropletX = x;
int dropletY = y+1;
//while(dropletX>=0 && dropletX<GARDEN_WIDTH && dropletY>=0 && dropletY<GARDEN_HEIGHT)
while(dropletX<=GARDEN_WIDTH-1 && dropletY<=GARDEN_HEIGHT-1)
{
if(getWorld()->insectThere(dropletX, dropletY) || getWorld()->mushroomThere(dropletX, dropletY))
{
getWorld()->attackObjects(dropletX, dropletY); //attack that object and give player points
break; //no more droplets are to be shot!
}
else
{
WaterDroplet* w = new WaterDroplet(getWorld(), dropletX, dropletY); //Display a new water droplet
getWorld()->storeObject(w);
dropletY++; //Update the position of the next possible water droplet
}
}
canShoot=false; //if a water droplet was shot this tick, make it so that one cannot be shot next tick
}
else
canShoot=true; //if this round, no water droplet was shot, then one can be shot next tick
break;
default:
movePlayer(dir); //if a key is pressed, move in that direction
canShoot=true; //this counts as another tick, so next tick, another water droplet can be shot
break;
}
}
else
{
canShoot=true; //if canShoot was false earlier, no WaterDroplet was shot. Next round, the player can shoot again
}
int x, y;
getLocation(x, y);
if(getWorld()->insectThere(x, y)) //if the player is at or moves onto an insect, kill the player
setDead();
}
void executeGo(const char *noun)
{
OBJECT *obj = getVisible("where you want to go", noun);
switch (getDistance(player, obj))
{
case distOverthere:
movePlayer(getPassage(player->location, obj));
break;
case distNotHere:
printf("You don't see any %s here.\n", noun);
break;
case distUnknownObject:
// already handled by getVisible
break;
default:
movePlayer(obj);
}
}
void Game::keyPressEvent(QKeyEvent *event){
int key = event->key();
if (key == Qt::Key_Space){
rotate();
}
else if (key == Qt::Key_A || key == Qt::Key_B || key == Qt::Key_C || key == Qt::Key_D ||
key == Qt::Key_E || key == Qt::Key_I || key == Qt::Key_J || key == Qt::Key_K ||
key == Qt::Key_L || key == Qt::Key_M || key == Qt::Key_O || key == Qt::Key_P ||
key == Qt::Key_Q || key == Qt::Key_R || key == Qt::Key_S || key == Qt::Key_U ||
key == Qt::Key_V || key == Qt::Key_W || key == Qt::Key_X || key == Qt::Key_Y) {
insertStone(event->text().toUpper().toStdString().c_str());
}
else if (key == Qt::Key_Left){
movePlayer("l");
}
else if (key == Qt::Key_Right){
movePlayer("p");
}
else if (key == Qt::Key_Up){
movePlayer("n");
}
else if (key == Qt::Key_Down){
movePlayer("d");
}
else if (hrac_posunul == true && (key == Qt::Key_Enter || key == Qt::Key_Return)) {
hracNaTahu++;
if(hracNaTahu == pocetHracu) {
hracNaTahu = 0;
}
hrac_posunul = false;
posunuto = false;
updateGame();
}
else if (key == Qt::Key_Control) {
predmet = new Predmet();
predmet->vykresliPredmet(hrac[hracNaTahu].hledany_predmet());
predmet->setPos(125+(velikost*52),170);
scene->addItem(predmet);
}
else if (key == Qt::Key_Escape) {
if(running && !menu) showInGameMenu();
else if(menu) updateGame();
}
}
/**
* @brief verify that the movePlayer function correctly handle moves when the player is cerned by walls.
*/
void verifyPlayerCantMove() {
int x_init = 1;
int y_init = 1;
int score_init = 2000;
GRID grid;
grid.height = 3;
grid.width = 3;
int matrix[3][3] = {
{WALL, WALL, WALL},
{WALL, PLAYER, WALL},
{WALL, WALL, WALL}
};
grid.matrix = (int**) matrix;
CHARACTER player;
player.pos_x = x_init;
player.pos_y = y_init;
player.score = score_init;
movePlayer(&grid, &player, 'z'); /*Test up move.*/
CU_ASSERT(player.pos_x == x_init);
CU_ASSERT(player.pos_y == y_init);
CU_ASSERT(player.score == score_init);
movePlayer(&grid, &player, 'q'); /*Test left move.*/
CU_ASSERT(player.pos_x == x_init);
CU_ASSERT(player.pos_y == y_init);
CU_ASSERT(player.score == score_init);
movePlayer(&grid, &player, 's'); /*Test down move.*/
CU_ASSERT(player.pos_x == x_init);
CU_ASSERT(player.pos_y == y_init);
CU_ASSERT(player.score == score_init);
movePlayer(&grid, &player, 'd'); /*Test right move.*/
CU_ASSERT(player.pos_x == x_init);
CU_ASSERT(player.pos_y == y_init);
CU_ASSERT(player.score == score_init);
}
void checkMove(char c, PLAYER (*ppp)[]) {
int i, j;
for (i = 0; i < numOfPlayers; i++) {
for (j = 0; j < 4; j++) {
if ((*ppp)[i].dir[j] == c) {
movePlayer(ppp, i, j);
return;
}
}
}
}
void movecursor(char buttonToTest)
{
clearPlayer(player);
ClearTimer();
switch(buttonToTest){
case BIT1:
player = movePlayer(player,RIGHT);
break;
case BIT2:
player = movePlayer(player,LEFT);
break;
case BIT3:
player = movePlayer(player,UP);
break;
case BIT4:
player = movePlayer(player,DOWN);
break;
}
printPlayer(player);
}
// Leben verloren
void playerDead(Game *g)
{
freeShotList(g->enemyShots);
g->enemyShots = NULL;
if (g->player.shot != NULL) {
free(g->player.shot);
g->player.shot = NULL;
}
g->player.lives -= 2; // startNewLevel erhöht um 1
g->level--;
g->enemyContainer.ufo.alive = false;
g->enemyContainer.ufo.lastufo = ms_time();
// Spielerposition
g->player.rect.x = WIDTH/2 - PLAYER_WIDTH/2;
g->player.rect.y = PLAYER_Y_POS;
g->player.rect.w = PLAYER_WIDTH;
g->player.rect.h = PLAYER_HEIGHT;
SDL_Rect area = {0, BORDER_TOP, WIDTH, HEIGHT - BORDER_TOP};
SDL_FillRect(g->screen, &area, SDL_MapRGB(g->screen->format, 0, 0, 0));
if (g->player.lives+2 == 0) {
free(g->blocks);
showGameOver(g);
saveHighscore(g->score);
showHighscore(g);
SDL_Flip(g->screen);
// Warten auf Tastendruck
SDL_Event e;
SDL_WaitEvent(&e);
SDL_FillRect(g->screen, &area, SDL_MapRGB(g->screen->format, 0, 0, 0));
initGame(g);
startNewLevel(g);
return;
}
SDL_Flip(g->screen);
usleep(100000);
// Nur zeichen, daher None
movePlayer(g, None);
startNewLevel(g);
}
bool CharacterUpdaterPlayer::update(const float delta)
{
movePlayer( delta );
if( shootingState != state_stopped )
{
if( shootingState == state_shooting )
{
if( shootingTarget != NULL )
{
if( shootingTarget->isActive() == false )
{
shootingTarget = NULL;
}
// Update our shoot target as we follow our target
else if( shootingBurstTimer > 0.0f )
{
shootingLocation = *shootingTarget->positionPtr;
}
}
player->shootWeapon( shootingLocation );
shootingBurstTimer += delta;
if( shootingBurstTimer >= 1.0f )
{
shootingBurstTimer = 1.0f;
shootingState = state_stopping;
shootingTarget = NULL;
}
}
else
{
shootingBurstTimer -= delta * 2.0f;
if( shootingBurstTimer > 0.0f )
{
// if( shootAudioUsingIndex != -1 )
// {
// gEngine->audioManager->setVolume( shootAudioSampleIndices[shootAudioUsingIndex], shootTimer );
// }
}
else
{
stopShooting();
}
}
}
return true;
}
void turnEvent(int event){
if(event < 4){
if(event == EVENT_MOVE_UP){
movePlayer(0,-1);
} else if(event == EVENT_MOVE_RIGHT){
movePlayer(1,0);
} else if(event == EVENT_MOVE_DOWN){
movePlayer(0,1);
} else {
movePlayer(-1,0);
}
} else {
if(event == EVENT_SHOOT_UP){
shootDirection(0,-1);
} else if(event == EVENT_SHOOT_RIGHT){
shootDirection(1,0);
} else if(event == EVENT_SHOOT_DOWN){
shootDirection(0,1);
} else {
shootDirection(-1,0);
}
}
enemyTurn();
}