int appUpdate(uint32_t ticks) {
gfxUpdate(ticks);
inputUpdate(ticks);
consoleUpdate(ticks);
videoUpdate();
return 1;
}
/******************************************************************************
FUNCTIONS
******************************************************************************/
void showTutorial()
{
BNX_GAME tutGame;
tutGame.score[ cPlayer1 ] = 0;
tutGame.score[ cPlayer2 ] = 0;
tutGame.scroll = cMaxScroll;
tutGame.speed = cMaxScroll;
tutGame.message = cTextIngameScore;
tutGame.level = cLevelInactive;
tutGame.level_count = cLevelInactive;
tutGame.lines = 0;
tutGame.moment = 0;
tutGame.clears = cClearInit;
tutGame.ingame = BNX_TRUE;
tutGame.mode = cModeRealtime;
tutGame.best[ cModeRealtime ] = 0;
tutGame.player[ 0 ].e = 1;
tutGame.player[ cPlayer1 ].x = 0;
tutGame.player[ cPlayer1 ].y = 0;
tutGame.grid[0][0]=0;tutGame.grid[1][0]=0;tutGame.grid[2][0]=0;tutGame.grid[3][0]=0;tutGame.grid[4][0]=0;
tutGame.grid[0][1]=0;tutGame.grid[1][1]=0;tutGame.grid[2][1]=0;tutGame.grid[3][1]=0;tutGame.grid[4][1]=0;
tutGame.grid[0][2]=0;tutGame.grid[1][2]=0;tutGame.grid[2][2]=0;tutGame.grid[3][2]=0;tutGame.grid[4][2]=0;
tutGame.grid[0][3]=(1<<4)+2;tutGame.grid[1][3]=(3<<4)+2;tutGame.grid[2][3]=0;tutGame.grid[3][3]=(3<<4)+1;tutGame.grid[4][3]=(1<<4)+2;
tutGame.grid[0][4]=(2<<4)+3;tutGame.grid[1][4]=0;tutGame.grid[2][4]=4<<1+1;tutGame.grid[3][4]=(1<<4)+2;tutGame.grid[4][4]=(1<<4)+2;
tutGame.grid[0][5]=(2<<4)+3;tutGame.grid[1][5]=(3<<4)+2;tutGame.grid[2][5]=0;tutGame.grid[3][5]=(3<<4)+1;tutGame.grid[4][5]=(3<<4)+1;
tutGame.grid[0][6]=(3<<4)+1;tutGame.grid[1][6]=0;tutGame.grid[2][6]=4<<1+1;tutGame.grid[3][6]=(1<<4)+2;tutGame.grid[4][6]=(4<<4)+3;
gfxRenderGame( &tutGame );
while ( inpKeyUp() == BNX_FALSE )
{
gfxRenderGame( &tutGame );
gfxUpdate();
inpUpdate();
}
tutGame.grid;
}
void hofView()
{
BNX_INT32 startTime;
inpInit();
do
{
startTime = sysGetTime();
inpUpdate();
gfxGetHelpPen( inpDirect() );
gfxRenderHof( &Hof, cGfxHofNoKeyboard );
gfxUpdate();
sndUpdate();
sysUpdate();
// Synchronize with the clock
while ( sysGetTime() - startTime < cDeltaTime )
{
sysUpdate();
}
}
while ( inpKeyA() == BNX_FALSE );
}
BNX_BOOL hofEnter( BNX_GAME *game )
{
BNX_INT32 startTime;
BNX_INT16 viewoption = cGfxHofNoKeyboard;
BNX_INT16 curPos = 0;
BNX_INT16 i, j;
char cChar = 0;
BNX_HALL_ENTRY *recEntry = 0;
switch ( game->mode )
{
case cModeRealtime:
for ( i = 0; i < cHofEntries; ++i )
{
if ( Hof.arcade[ i ].score < game->score[ cPlayer1 ] )
{
recEntry = &Hof.arcade[ i ];
viewoption = cGfxHofKeyboardDn;
break;
}
}
for ( j = cHofEntries-1; j > i; --j )
{
strcpy( Hof.arcade[ j ].name, Hof.arcade[ j-1 ].name );
Hof.arcade[ j ].score = Hof.arcade[ j-1 ].score;
}
break;
case cModeTurn:
for ( i = 0; i < cHofEntries; ++i )
{
if ( Hof.tactic[ i ].score < game->score[ cPlayer1 ] )
{
recEntry = &Hof.tactic[ i ];
viewoption = cGfxHofKeyboardUp;
break;
}
}
for ( j = cHofEntries-1; j > i; --j )
{
strcpy( Hof.tactic[ j ].name, Hof.tactic[ j-1 ].name );
Hof.arcade[ j ].score = Hof.tactic[ j-1 ].score;
}
break;
default:
return BNX_TRUE;
}
if ( recEntry == 0 )
{
return BNX_FALSE;
}
strcpy( recEntry->name, " " );
recEntry->score = game->score[ cPlayer1 ];
inpInit();
do
{
startTime = sysGetTime();
gfxGetVirtualChar( game, inpDirect() );
cChar = inpGetChar();
if ( cChar > 0 )
{
hofAddLetter( curPos, cChar, recEntry->name );
if ( curPos < cHofNameLen - 1 )
{
curPos++;
}
}
if ( inpKeyDel() == BNX_TRUE )
{
hofResetCursor( curPos, recEntry->name );
if ( curPos > 0 )
{
curPos--;
}
}
hofBlinkCursor( curPos, recEntry->name );
inpUpdate();
gfxRenderHof( &Hof, viewoption );
gfxUpdate();
sndUpdate();
sysUpdate();
// Synchronize with the clock
while ( sysGetTime() - startTime < cDeltaTime )
{
sysUpdate();
}
}
while ( inpKeyA() == BNX_FALSE && inpKeyB() == BNX_FALSE );
hofResetCursor( curPos, recEntry->name );
return BNX_TRUE;
}
