void HandleIMPQuizKeyBoard( void )
{
InputAtom InputEvent;
POINT MousePos;
BOOLEAN fSkipFrame = FALSE;
GetCursorPos(&MousePos);
ScreenToClient(ghWindow, &MousePos); // In window coords!
while( ( DequeueEvent(&InputEvent) == TRUE ) )
{
if( fSkipFrame == FALSE )
{
// HOOK INTO MOUSE HOOKS
//
//if( (InputEvent.usEvent == KEY_DOWN ) && ( InputEvent.usParam >= '1' ) && ( InputEvent.usParam <= '9') )
//{
// if( ( UINT16 )( iNumberOfPersonaButtons ) >= InputEvent.usParam - '0' )
// {
// reset buttons
// ResetQuizAnswerButtons( );
// ok, check to see if button was disabled, if so, re enable
// CheckStateOfTheConfirmButton( );
// toggle this button on
// ButtonList[ giIMPPersonalityQuizAnswerButton[ InputEvent.usParam - '1' ] ]->uiFlags |= (BUTTON_CLICKED_ON);
// iCurrentAnswer = InputEvent.usParam - '1';
// PrintImpText( );
// the current and last question numbers
// PrintQuizQuestionNumber( );
// fReDrawCharProfile = TRUE;
// fSkipFrame = TRUE;
// }
// }
// else if( ( iCurrentAnswer != -1 ) && ( InputEvent.usEvent == KEY_DOWN ) && ( InputEvent.usParam == ENTER ) )
// {
// reset all the buttons
// ResetQuizAnswerButtons( );
// copy the answer into the list
// iQuizAnswerList[ giCurrentPersonalityQuizQuestion ] = iCurrentAnswer;
// reset answer for next question
// iCurrentAnswer = -1;
// next question, JOHNNY!
// giCurrentPersonalityQuizQuestion++;
// giMaxPersonalityQuizQuestion++;
// OPPS!, done..time to finish up
// if( giCurrentPersonalityQuizQuestion > 15)
// {
// iCurrentImpPage = IMP_PERSONALITY_FINISH;
// process
// CompileQuestionsInStatsAndWhatNot( );
// }
// fSkipFrame = TRUE;
// }
// else if( ( InputEvent.usEvent == KEY_DOWN ) && ( InputEvent.usParam == '=' ) )
// {
// MoveAheadAQuestion( );
// fSkipFrame = TRUE;
// }
// else if( ( InputEvent.usEvent == KEY_DOWN ) && ( InputEvent.usParam == '-' ) )
// {
// MoveBackAQuestion( );
// fSkipFrame = TRUE;
// }
// else
// {
switch(InputEvent.usEvent)
{
case LEFT_BUTTON_DOWN:
MouseSystemHook(LEFT_BUTTON_DOWN, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case LEFT_BUTTON_UP:
MouseSystemHook(LEFT_BUTTON_UP, (INT16)MousePos.x, (INT16)MousePos.y ,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_DOWN:
MouseSystemHook(RIGHT_BUTTON_DOWN, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_UP:
MouseSystemHook(RIGHT_BUTTON_UP, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_REPEAT:
MouseSystemHook(RIGHT_BUTTON_REPEAT, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case LEFT_BUTTON_REPEAT:
MouseSystemHook(LEFT_BUTTON_REPEAT, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
default:
HandleKeyBoardShortCutsForLapTop( InputEvent.usEvent, InputEvent.usParam, InputEvent.usKeyState );
break;
// }
}
}
}
return;
}
void GetIntroScreenUserInput()
{
InputAtom Event;
POINT MousePos;
GetCursorPos(&MousePos);
while( DequeueEvent( &Event ) )
{
// HOOK INTO MOUSE HOOKS
switch( Event.usEvent)
{
case LEFT_BUTTON_DOWN:
MouseSystemHook(LEFT_BUTTON_DOWN, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case LEFT_BUTTON_UP:
MouseSystemHook(LEFT_BUTTON_UP, (INT16)MousePos.x, (INT16)MousePos.y ,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_DOWN:
MouseSystemHook(RIGHT_BUTTON_DOWN, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_UP:
MouseSystemHook(RIGHT_BUTTON_UP, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_REPEAT:
MouseSystemHook(RIGHT_BUTTON_REPEAT, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case LEFT_BUTTON_REPEAT:
MouseSystemHook(LEFT_BUTTON_REPEAT, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
}
if( Event.usEvent == KEY_UP )
{
switch( Event.usParam )
{
case ESC:
PrepareToExitIntroScreen();
break;
case SPACE:
SmkCloseFlic( gpSmackFlic );
break;
#ifdef JA2TESTVERSION
case 'r':
break;
case 'i':
InvalidateRegion( 0, 0, 640, 480 );
break;
#endif
}
}
}
// if the user presses either mouse button
if( gfLeftButtonState || gfRightButtonState )
{
//advance to the next flic
SmkCloseFlic( gpSmackFlic );
}
}
void GameLoop(void)
{
InputAtom InputEvent;
POINT MousePos;
UINT32 uiOldScreen=guiCurrentScreen;
GetCursorPos(&MousePos);
// Hook into mouse stuff for MOVEMENT MESSAGES
MouseSystemHook(MOUSE_POS, (UINT16)MousePos.x ,(UINT16)MousePos.y ,_LeftButtonDown, _RightButtonDown);
MusicPoll( FALSE );
while (DequeueSpecificEvent(&InputEvent, LEFT_BUTTON_REPEAT|RIGHT_BUTTON_REPEAT|LEFT_BUTTON_DOWN|LEFT_BUTTON_UP|RIGHT_BUTTON_DOWN|RIGHT_BUTTON_UP ) == TRUE )
{
// HOOK INTO MOUSE HOOKS
switch(InputEvent.usEvent)
{
case LEFT_BUTTON_DOWN:
MouseSystemHook(LEFT_BUTTON_DOWN, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case LEFT_BUTTON_UP:
MouseSystemHook(LEFT_BUTTON_UP, (INT16)MousePos.x, (INT16)MousePos.y ,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_DOWN:
MouseSystemHook(RIGHT_BUTTON_DOWN, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_UP:
MouseSystemHook(RIGHT_BUTTON_UP, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case LEFT_BUTTON_REPEAT:
MouseSystemHook(LEFT_BUTTON_REPEAT, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
case RIGHT_BUTTON_REPEAT:
MouseSystemHook(RIGHT_BUTTON_REPEAT, (INT16)MousePos.x, (INT16)MousePos.y,_LeftButtonDown, _RightButtonDown);
break;
}
}
if ( gfGlobalError )
{
guiCurrentScreen = ERROR_SCREEN;
}
//if we are to check for free space on the hard drive
if( gubCheckForFreeSpaceOnHardDriveCount < DONT_CHECK_FOR_FREE_SPACE )
{
//only if we are in a screen that can get this check
if( guiCurrentScreen == MAP_SCREEN || guiCurrentScreen == GAME_SCREEN || guiCurrentScreen == SAVE_LOAD_SCREEN )
{
if( gubCheckForFreeSpaceOnHardDriveCount < 1 )
{
gubCheckForFreeSpaceOnHardDriveCount++;
}
else
{
// Make sure the user has enough hard drive space
if( !DoesUserHaveEnoughHardDriveSpace() )
{
CHAR16 zText[512];
CHAR16 zSpaceOnDrive[512];
UINT32 uiSpaceOnDrive;
CHAR16 zSizeNeeded[512];
swprintf( zSizeNeeded, L"%d", REQUIRED_FREE_SPACE / BYTESINMEGABYTE );
InsertCommasForDollarFigure( zSizeNeeded );
uiSpaceOnDrive = GetFreeSpaceOnHardDriveWhereGameIsRunningFrom( );
swprintf( zSpaceOnDrive, L"%.2f", uiSpaceOnDrive / (FLOAT)BYTESINMEGABYTE );
swprintf( zText, pMessageStrings[ MSG_LOWDISKSPACE_WARNING ], zSpaceOnDrive, zSizeNeeded );
if( guiPreviousOptionScreen == MAP_SCREEN )
DoMapMessageBox( MSG_BOX_BASIC_STYLE, zText, MAP_SCREEN, MSG_BOX_FLAG_OK, NULL );
else
DoMessageBox( MSG_BOX_BASIC_STYLE, zText, GAME_SCREEN, MSG_BOX_FLAG_OK, NULL, NULL );
}
gubCheckForFreeSpaceOnHardDriveCount = DONT_CHECK_FOR_FREE_SPACE;
}
}
}
// ATE: Force to be in message box screen!
if ( gfInMsgBox )
{
guiPendingScreen = MSG_BOX_SCREEN;
}
if ( guiPendingScreen != NO_PENDING_SCREEN )
{
// Based on active screen, deinit!
if( guiPendingScreen != guiCurrentScreen )
{
switch( guiCurrentScreen )
{
case MAP_SCREEN:
if( guiPendingScreen != MSG_BOX_SCREEN )
{
EndMapScreen( FALSE );
}
break;
case LAPTOP_SCREEN:
ExitLaptop();
break;
}
}
// if the screen has chnaged
if( uiOldScreen != guiPendingScreen )
{
// Set the fact that the screen has changed
uiOldScreen = guiPendingScreen;
HandleNewScreenChange( guiPendingScreen, guiCurrentScreen );
}
guiCurrentScreen = guiPendingScreen;
guiPendingScreen = NO_PENDING_SCREEN;
}
uiOldScreen = (*(GameScreens[guiCurrentScreen].HandleScreen))();
// if the screen has chnaged
if( uiOldScreen != guiCurrentScreen )
{
HandleNewScreenChange( uiOldScreen, guiCurrentScreen );
guiCurrentScreen = uiOldScreen;
}
RefreshScreen( NULL );
guiGameCycleCounter++;
UpdateClock();
#ifdef JA2BETAVERSION
if( gubReportMapscreenLock )
{
ReportMapscreenErrorLock();
}
#endif
}
