static void ProcessGameOver(struct BALL *Ball, struct PADDLE *Paddle)
{
char OutBuf[255];
snprintf(OutBuf, sizeof OutBuf, "GAME OVER! Score is %d. Hit ESC to exit or space to play again.", Score);
Lives = 0;
DrawStats();
Lives = 3;
Score = 0;
DrawMessage(OutBuf);
cbreak();
AskAgain:
switch (getch())
{
case 27: /*27 is ESC.*/
endwin();
exit(0);
break;
case ' ':
break;
default:
goto AskAgain;
}
halfdelay(1);
DeleteMessage();
DeleteBall(Ball);
DeletePaddle(Paddle);
DeleteAllBricks();
DeleteAllCharms();
SetLevel(1); /*Set back to the default level again.*/
ResetPaddle(Paddle);
ResetBricks();
DrawPaddle(Paddle);
DrawAllBricks();
DrawStats();
/*Assume they want to play again.*/
WaitForUserLaunch();
ResetBall(Ball);
DrawBall(Ball);
DrawAllBricks(); /*Redraw to fix WaitForUserLaunch() goofing.*/
}
void
DeleteBallz(ball * ballz){
ball * head = ballz;
ball * next;
while (head){
next = head->next;
DeleteBall(head);
head = next;
}
}
static void GameLoop(struct BALL *const Ball, struct PADDLE *const Paddle)
{ /*Primary loop where most events get processed.*/
struct BRICKSTRIKE Strike;
int Key = 0;
int SecTick = 0;
Bool PaddleMovedLastTick;
DirectionX PaddleMoveDir;
int Inc = 0;
Bool Flip = false;
int SlowBallTicks = 0, BallNukeTicks = 0;
while ((Key = getch()) != 27) /*27 is ESC*/
{
if (SecTick == 10)
{ /*We get score every second for just surviving.*/
Score += 2;
DrawStats();
SecTick = 0;
}
++SecTick;
if (Ball->Y == 1)
{ /*We hit the ceiling.*/
BounceBallY(Ball, DOWN);
}
else if (Ball->Y >= BRICKTICK_MAX_Y - 2)
{ /*More happens when we hit the floor.*/
if (!CheckBallHitPaddle(Ball, Paddle))
{
DeleteBall(Ball);
Ball->Y = BRICKTICK_MAX_Y - 1;
DrawBall(Ball);
if (Lives == 1)
{ /*We ran out of lives.*/
ProcessGameOver(Ball, Paddle);
}
else
{
--Lives;
DrawStats();
WaitForUserLaunch();
DeleteBall(Ball);
DeletePaddle(Paddle);
ResetBall(Ball);
ResetPaddle(Paddle);
DrawPaddle(Paddle);
DrawBall(Ball);
/*Redraw but don't reset.*/
DrawAllBricks();
}
}
else
{
BounceBallY(Ball, UP);
if (PaddleMovedLastTick)
{ /*We can "whack" the ball with our Paddle->*/
Ball->DirX = PaddleMoveDir;
}
else
{ /*We cut the paddle into thirds for the X direction after bounce.*/
#define PADDLE_THIRD (Paddle->Length / 3)
if (Ball->X <= Paddle->X + PADDLE_THIRD)
{
Ball->DirX = LEFT;
}
else if (Ball->X > Paddle->X + PADDLE_THIRD && Ball->X <= Paddle->X + (PADDLE_THIRD * 2))
{
/*Make whether we hit up or not as a chance.*/
Bool StraightUp = rand() & 1;
if (StraightUp) Ball->DirX = X_NEUTRAL;
}
else
{
Ball->DirX = RIGHT;
}
}
}
}
PaddleMovedLastTick = false;
/*Bounce off left and right walls.*/
if (Ball->X >= BRICKTICK_MAX_X - 1)
{
Ball->X = BRICKTICK_MAX_X - 1;
BounceBallX(Ball, LEFT);
}
else if (Ball->X <= 0)
{
Ball->X = 0;
BounceBallX(Ball, RIGHT);
}
/*Check if a charm hit the paddle.*/
for (Inc = 0; Inc < BRICK_MAX_NUMLINES * BRICK_MAX_PERLINE; ++Inc)
{
if (Charms[Inc].Type == CHARM_NONE || !Charms[Inc].Dropped || Charms[Inc].Y != BRICKTICK_MAX_Y - 2) continue;
if (CheckCharmHitPaddle(Paddle, Charms + Inc))
{
void *Ptr = NULL;
const char *const Strings[] = { "+1,000 Score", "+1 Lives",
"10 Second Slow Ball", "3 second nuke mode" };
switch (Charms[Inc].Type)
{
case CHARM_SCORE:
Ptr = &Score;
break;
case CHARM_LIFE:
Ptr = &Lives;
break;
case CHARM_SLOW:
Ptr = &SlowBallTicks;
break;
case CHARM_NUKE:
Ptr = &BallNukeTicks;
break;
default:
break;
}
if (Charms[Inc].Type != CHARM_NONE)
{ /*Show a message on what type of charm we have here.*/
DrawMessage(Strings[Charms[Inc].Type - 1]); fflush(NULL);
usleep(500000);
DeleteMessage();
DrawAllBricks();
DrawStats();
}
/*Do the thing the charm does.*/
ProcessCharmAction(Charms + Inc, Ptr);
}
/*In any case, we're done with it.*/
DeleteCharm(Charms + Inc);
Charms[Inc].Type = CHARM_NONE;
}
/*We hit a brick.*/
if (BallStruckBrick(Ball, &Strike))
{
if (BallNukeTicks == 0) /*Nuclear ball passes through.*/
{
switch (Strike.StrikeV)
{
case STRIKE_TOP:
Ball->DirY = UP;
break;
case STRIKE_BOTTOM:
Ball->DirY = DOWN;
break;
default:
break;
}
switch (Strike.StrikeH)
{
case STRIKE_LEFT:
Ball->DirX = LEFT;
break;
case STRIKE_RIGHT:
Ball->DirX = RIGHT;
break;
default:
{
if (Ball->DirX != X_NEUTRAL) break;
else
{
Bool Dir = rand() & 1;
Ball->DirX = (DirectionX)Dir;
}
break;
}
}
}
DeleteBrick(Strike.Brick);
Score += 100;
DrawStats();
if (!BricksLeft())
{ /*Move to next level.*/
if (SetLevel(Level + 1))
{ /*We have more levels to go before we win.*/
DeleteAllBricks();
DeleteAllCharms();
DeleteBall(Ball);
DeletePaddle(Paddle);
DrawStats();
Score += 1000; /*Reward for making it this far.*/
Lives = BRICKTICK_NUMLIVES;
ResetBall(Ball);
ResetPaddle(Paddle);
ResetBricks();
DrawAllBricks();
DrawPaddle(Paddle);
WaitForUserLaunch();
DrawBall(Ball);
DrawAllBricks(); /*Redraw to fix WaitForUserLaunch() goofing.*/
}
else
{ /*WE WON!!!!*/
char WonBuf[256];
snprintf(WonBuf, sizeof WonBuf, "You Won! Score is %d! Hit ESC to exit or space to play again.", Score);
DrawMessage(WonBuf);
WinRegetch:
switch (getch())
{
case 27: /*27 is ESC*/
endwin();
exit(0);
break;
case ' ':
{
DeleteMessage();
SetLevel(1);
Lives = BRICKTICK_NUMLIVES;
Score = 0;
DeleteAllBricks();
DeleteAllCharms();
DeleteBall(Ball);
DeletePaddle(Paddle);
DrawStats();
ResetBall(Ball);
ResetPaddle(Paddle);
ResetBricks();
DrawAllBricks();
DrawPaddle(Paddle);
WaitForUserLaunch();
DrawBall(Ball);
DrawAllBricks(); /*Redraw to fix WaitForUserLaunch() goofing.*/
continue; /*For the loop we are in.*/
}
default:
goto WinRegetch;
}
}
continue;
}
else
{ /*Charm drops.*/
struct CHARM *Charm = GetCharmByBrick(Strike.Brick);
if (Charm)
{ /*We DO have a charm for this brick.*/
PerformCharmDrop(Charm); /*Mark it dropped.*/
/*Now draw the charm.*/
DrawCharm(Charm);
}
}
}
switch (Key)
{ /*Paddle movement.*/
case KEY_LEFT:
MovePaddle(Paddle, LEFT);
PaddleMovedLastTick = true;
PaddleMoveDir = LEFT;
break;
case KEY_RIGHT:
MovePaddle(Paddle, RIGHT);
PaddleMovedLastTick = true;
PaddleMoveDir = RIGHT;
break;
case 's': /*They want to save the game.*/
if (SaveGame(Ball, Paddle))
{
DrawMessage("Game saved.");
}
else
{
DrawMessage("Failed to save game.");
}
fflush(NULL);
usleep(500000);
DeleteMessage();
DrawAllBricks(); /*Redraw bricks if damaged.*/
break;
case 'o': /*They want us to load a game.*/
{
const Bool LoadedOk = LoadGame(Ball, Paddle);
if (LoadedOk)
{
/*Restore the state.*/
clear();
DrawBorders(); /*Need to redraw these after clearing the screen.*/
DrawBall(Ball);
DrawPaddle(Paddle);
DrawStats();
DrawAllBricks();
DrawMessage("Game loaded.");
}
else
{
DrawMessage("Failed to load game.");
}
fflush(NULL);
usleep(500000);
DeleteMessage();
DrawAllBricks();
break;
}
case ' ':
{
DrawMessage("PAUSED");
cbreak();
PauseRegetch:
switch (getch())
{
case ' ':
DeleteMessage();
DrawAllBricks(); /*Redraw to fix what deleting the message messed up.*/
halfdelay(1);
break;
case 27: /*27 is ESC*/
endwin();
exit(0);
break;
default:
goto PauseRegetch;
}
}
default:
break;
}
Flip = !Flip;
/*Ball movement, obviously. Flip is used to keep it at half speed if we got a 'slow' charm.*/
if (Flip || SlowBallTicks == 0) MoveBall(Ball);
/*Decrement slow ball ticks until zero, then the ball goes fast again.*/
if (SlowBallTicks > 0) --SlowBallTicks;
/*Decrement nuclear ball until ticks hit zero.*/
if (BallNukeTicks > 0) --BallNukeTicks;
/*Charm movement.*/
for (Inc = 0; Inc < BRICK_MAX_NUMLINES * BRICK_MAX_PERLINE; ++Inc)
{
if (Charms[Inc].Type == CHARM_NONE || !Charms[Inc].Dropped) continue;
if (Flip) MoveCharm(Charms + Inc);
}
/*Redraw borders in case of terminal resize.*/
DrawBorders();
}
}
int main(int argc, char **argv)
{
int Inc = 1;
struct BALL Ball = { 0 };
struct PADDLE Paddle = { 0 };
Bool DoLoadGame = false;
int GotoLevel = 0;
for (; Inc < argc; ++Inc)
{ /*Argument parsing.*/
if (!strcmp("--nocolor", argv[Inc]))
{
UseColor = false;
}
else if (!strcmp("--version", argv[Inc]))
{
printf("Bricktick brick breaker v" BRICKTICK_VERSION "\n"
"By Subsentient.\n");
fflush(NULL);
exit(0);
}
else if (!strcmp("--help", argv[Inc]))
{
printf("Command line options:\n\t"
"--help: Show this help.\n\t"
"--nocolor: Run Bricktick with no color.\n\t"
"--version: Display version and exit.\n");
fflush(NULL);
exit(0);
}
else if (!strncmp("--level=", argv[Inc], sizeof "--level=" - 1))
{
GotoLevel = atoi(argv[Inc] + sizeof "--level=" - 1);
if (GotoLevel > sizeof Levels / sizeof *Levels)
{
fprintf(stderr, "The maximum level is %d.\n", sizeof Levels / sizeof *Levels); fflush(NULL);
exit(1);
}
}
else
{
fprintf(stderr, "Bad command line argument \"%s\".\n"
"Use --help for command line options.\n", argv[Inc]);
exit(1);
}
}
initscr(); /*Fire up ncurses.*/
if (COLS < BRICKTICK_MAX_X || LINES < BRICKTICK_MAX_Y)
{
endwin();
fprintf(stderr, "Please use a console with a resolution of at least %dx%d.\n", BRICKTICK_MAX_X, BRICKTICK_MAX_Y);
exit(1);
}
/*Color not supported.*/
if (!has_colors()) UseColor = false;
/*Various ncurses things.*/
noecho();
if (UseColor)
{ /*Color fireup.*/
start_color();
init_pair(1, COLOR_CYAN, COLOR_BLACK);
init_pair(2, COLOR_GREEN, COLOR_BLACK);
init_pair(3, COLOR_BLACK, COLOR_WHITE);
init_pair(4, COLOR_BLUE, COLOR_BLACK);
init_pair(5, COLOR_GREEN, COLOR_BLACK);
init_pair(6, COLOR_YELLOW, COLOR_BLACK);
init_pair(7, COLOR_RED, COLOR_BLACK);
/*Fire up colors for the bricks.*/
init_pair(BRICK_COLORS_START, COLOR_GREEN, COLOR_BLACK);
init_pair(BRICK_COLORS_START + 1, COLOR_BLUE, COLOR_BLACK);
init_pair(BRICK_COLORS_START + 2, COLOR_YELLOW, COLOR_BLACK);
init_pair(BRICK_COLORS_START + 3, COLOR_MAGENTA, COLOR_BLACK);
init_pair(BRICK_COLORS_START + 4, COLOR_CYAN, COLOR_BLACK);
init_pair(BRICK_COLORS_END, COLOR_RED, COLOR_BLACK);
}
/*Draw borders for consoles bigger than our 80x24 playing area.*/
DrawBorders();
/*Greeting.*/
GreetAsk:
if (!GotoLevel)
{ /*If they specified a level let them go straigth to game start.*/
DrawGreeting();
switch (getch())
{
case 27: /*27 is ESC key*/
endwin();
exit(0);
break;
case ' ':
clear(); /*Wipe the message from the screen.*/
DrawBorders(); /*Redraw borders.*/
break;
case 'o':
clear();
DrawBorders();
DoLoadGame = true;
LoadGame(&Ball, &Paddle);
break;
default:
goto GreetAsk;
}
}
else
{
clear();
DrawBorders();
}
halfdelay(1);
keypad(stdscr, true);
#if NCURSES_VERSION_MAJOR >= 5 && NCURSES_VERSION_MINOR >=4
set_escdelay(25);
#endif
curs_set(0);
if (DoLoadGame)
{
DrawStats();
DrawBall(&Ball);
DrawPaddle(&Paddle);
DrawAllBricks();
}
else
{
/*Show our initial lives count.*/
DrawStats();
/*Reset to level 1 if we haven't specified a level.*/
SetLevel(GotoLevel ? GotoLevel : 1);
ResetBall(&Ball);
ResetPaddle(&Paddle);
DrawBall(&Ball);
DrawPaddle(&Paddle);
ResetBricks();
DrawAllBricks();
}
/*Wait for L key.*/
WaitForUserLaunch();
DrawAllBricks(); /*Redraw to fix goofing by WaitForUserLaunch().*/
/*Set up the number generator.*/
srand(time(NULL));
/**
* Main loop for the game!
**/
Reloop:
GameLoop(&Ball, &Paddle);
DrawMessage("Really quit Bricktick? y/n");
cbreak();
/*When the game loop exits.*/
switch (getch())
{
case 'y':
case 'Y':
break;
default:
DeleteMessage();
refresh();
halfdelay(1);
DrawAllBricks(); /*Fix damage to brick display resulting from the message.*/
goto Reloop;
break;
}
DeleteBall(&Ball);
DeletePaddle(&Paddle);
endwin();
return 0;
}
