update_status ModuleUserInterface::Update()
{
if (App->player->IsEnabled() && App->player2->IsEnabled())
{
if (App->board->CheckWinL() || App->player2->LoseCondition == true)
{
WinLose();
if (check_time == 0)check_time = SDL_GetTicks();
}
else if (App->board->CheckWinR() || App->player->LoseCondition == true)
{
LoseWin();
if (check_time == 0)check_time = SDL_GetTicks();
}
if (check_time != 0)
{
if (SDL_GetTicks() - check_time >= 2000)
{
check_time = 0;
App->fade->FadeToBlack(App->level_1, App->menu_screen, 1);
}
}
}
return UPDATE_CONTINUE;
}
// Updates functions and positions every frame //
void UpdateGame(bool &play, DynamObject &redPaddle, DynamObject &bluePaddle, DynamObject &ball,
int &redScore, int &blueScore, float &ballInitX, float &ballInitY, int &ballDir, bool &winLose, bool &quit)
{
if(winLose == false)
{
StartBall(play, ball, ballDir);
BallCollisionWalls(ball, redScore, blueScore, ballInitX, ballInitY, play, ballDir);
BallCollisionPaddles(ball, redPaddle, bluePaddle, play);
PaddleMovement(redPaddle);
AIBehaviour(bluePaddle, ball);
UpdateBall(ball);
}
WinLose(redScore, blueScore, winLose, quit);
}
//-----------------------------------------------------------------
// Name: FrameAdvance()
// Desc: Called to signal that we are now rendering the next frame.
//-----------------------------------------------------------------
void CTetris::FrameAdvance( )
{
static float fTotalFallTime = 0.f;
m_FrameTimer.Tick((float)FPS);
m_FallTimer.Tick();
fTotalFallTime += m_FallTimer.GetTimeElapsed();
ClearOldBlockFromBoard( );//clears the block from the board
if( fTotalFallTime >= m_fCurrFallDelay )
{ //######################### NOTE: My idea ######################################################
//#1. Timer runs out #
//#2. check to see if block can move down #
//# a. if so move block down 1 row. done. #
//# b. if not check for row completion #
//# i. if nothing completed, done. #
//# ii. if completed, clear those rows #
//# iii. and everything above that row drops one row down. #
//# 1. if more then one row is completed. Handle in order that you find compelted #
//# meaning, ever row above the completion row moves down one row. and by the time#
//# it reaches a non-complete row it's Y coordinate stores the amount n times that#
//# it has to move down #
//# c. start timer. #
//# d. pick new block #
//# e. start over. #
//##############################################################################################
if( !MoveTetrad( ) ) //meaning it can't move down
{
RenderBlockintoBoard(); //Render the block into the board before you pick a new one
CheckRowCompletion();
switch ( WinLose() )
{
case WIN : DisplayWin(*this); break;
case LOSE : DisplayLose(*this); m_bExit = true; break;
}
PickTetrad( ); //Picks new block and sets up possition
m_fCurrFallDelay = m_fFallDelay[m_nLevel];
}
fTotalFallTime = 0.f;
}
while(m_bPause) { ProcessInput(); Sleep(10);}
Scoreing();
ProcessInput( ); //Gets user input and orientates block
RenderBlockintoBoard(); //Puts block on the board
DisplayBoard(*this);
}
