public static void MomentaryRelay_RESET( ) // Relay 4
{
System.Threading.Thread.Sleep(STRS232.KEY_WAIT_MILLISECONDS);
STRS232.SetRelayBits(0x10);
System.Threading.Thread.Sleep(STRS232.KEY_PRESS_MILLISECONDS);
STRS232.SetRelayBits(0);
}
public static void Test( )
{
int i = 0;
int n = 0;
n = 256;
for (i = 0; i < n; i++)
{
STRS232.SetRelayBits((int)(i & 0xff));
//SetRelay( (i%8), (int)((i/13)&0x1) );
System.Threading.Thread.Sleep(1);
}
STRS232.SetRelayBits(0);
}
public static void HandleKeyPress
(
GR gr,
IntPtr hwnd,
int wParam,
int lParam,
STGame game,
Keys keyCode,
bool shiftKeyState,
bool controlKeyState
)
{
STGameState gameState = game.GetGameState( );
// Priority of key press handling:
// (1) Instructions; ESCAPE exits instructions;
// (2) File Menu; ESCAPE exits file menu;
// (3) Calibrate; ESCAPE cancels calibrate mode;
// (4) Video Capture; ESCAPE quits application;
// (5) Normal; ESCAPE quits application;
// INSTRUCTIONS
if (0 != game.InstructionGetState( ))
{
switch (keyCode)
{
case Keys.Down:
case Keys.Next: // Page-Down
case Keys.Right:
{
// Next page
game.InstructionsNextPage( );
}
break;
case Keys.Up:
case Keys.Prior: // Page-Up
case Keys.Left:
{
// Previous page
game.InstructionsPreviousPage( );
}
break;
default:
{
// User hit a key, but it wasn't relevant, so exit menu.
game.InstructionsHide( );
// NOTE: Don't resume! : game.InputEventResume();
}
break;
}
return;
}
else if (keyCode == Keys.I)
{
game.InstructionsShow( );
game.InputEventPause( );
return;
}
// FILE LIST
if (true == gameState.mShowFileList)
{
switch (keyCode)
{
case Keys.Next: // Page-Down
{
// Next page
gameState.mFirstItem += 20;
}
break;
case Keys.Prior: // Page-Up
{
// Previous page
gameState.mFirstItem -= 20;
}
break;
case Keys.Down:
{
// Next Item
gameState.mRelativeItem++;
if (gameState.mRelativeItem > 19)
{
gameState.mFirstItem++;
gameState.mRelativeItem = 19;
}
}
break;
case Keys.Up:
{
// Previous Item
gameState.mRelativeItem--;
if (gameState.mRelativeItem < 0)
{
gameState.mFirstItem--;
gameState.mRelativeItem = 0;
}
}
break;
case Keys.Return:
{
// Load item
gameState.mLoadFlag = true;
}
break;
default:
{
// User hit a key, but it wasn't relevant, so exit menu.
gameState.mShowFileList = false;
// NOTE: Don't resume. : game.InputEvent_Resume();
}
break;
}
return;
}
else if ((keyCode == Keys.L) && (true == shiftKeyState))
{
// SHIFT-L will read a text file in to the game state.
game.InputEventPause( );
gameState.mShowFileList = true;
gameState.mFirstItem = 0;
gameState.mRelativeItem = 0;
gameState.mLoadFlag = false;
STEngine.GetFileList().ScanDirectory(STEngine.GetApplicationPath( ));
return;
}
// Calibrate Mode
// (NOTE: See how normal mode enters calibrate mode by pressing 'C'.)
if (true == game.GetCalibrationModeFlagValue( ))
{
if ((Keys.Escape == keyCode) || (Keys.C == keyCode))
{
game.SetCalibrationModeFlagValue(false);
game.InputEventResume( );
return;
}
if (keyCode == Keys.V)
{
if (false == game.GameIsSpawnFromVideoCapture( ))
{
// Set up sane conditions
game.InputEventReset( );
game.InputEventShowNextPieceOff( );
game.InputEventAutoRestartOff( );
// Initialize Video Capture
STEngine.GetVideoProcessing( ).Initialize(gr, hwnd);
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.InputEventVideoStart( );
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
}
else
{
STEngine.GetVideoProcessing( ).Terminate( );
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.InputEventVideoStop( );
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
}
return;
}
switch (keyCode)
{
// training mode piece selection
case Keys.D0: game.SetCalibrationModeShapeCode(0); break;
case Keys.D1: game.SetCalibrationModeShapeCode(1); break;
case Keys.D2: game.SetCalibrationModeShapeCode(2); break;
case Keys.D3: game.SetCalibrationModeShapeCode(3); break;
case Keys.D4: game.SetCalibrationModeShapeCode(4); break;
case Keys.D5: game.SetCalibrationModeShapeCode(5); break;
case Keys.D6: game.SetCalibrationModeShapeCode(6); break;
case Keys.D7: game.SetCalibrationModeShapeCode(7); break;
case Keys.D8: game.SetCalibrationModeShapeCode(0); break;
case Keys.D9: game.SetCalibrationModeShapeCode(0); break;
}
return;
}
// Video Capture
// The following is not mutually-exclusive with normal game play.
if (true == game.GameIsSpawnFromVideoCapture( ))
{
if (keyCode == Keys.Return)
{
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.ClearPreviousClassification( );
game.InputEventReset( );
System.Threading.Thread.Sleep(200);
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.ClearPreviousClassification( );
game.InputEventReset( );
System.Threading.Thread.Sleep(200);
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.ClearPreviousClassification( );
game.InputEventReset( );
System.Threading.Thread.Sleep(200);
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.ClearPreviousClassification( );
game.InputEventReset( );
System.Threading.Thread.Sleep(200);
}
if (keyCode == Keys.V)
{
if (false == game.GameIsSpawnFromVideoCapture( ))
{
// Set up sane conditions
game.InputEventReset( );
game.InputEventShowNextPieceOff( );
game.InputEventAutoRestartOff( );
// Initialize Video Capture
STEngine.GetVideoProcessing( ).Initialize(gr, hwnd);
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.InputEventVideoStart( );
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
}
else
{
STEngine.GetVideoProcessing( ).Terminate( );
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.InputEventVideoStop( );
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
}
return;
}
}
// Console Mode
if (true == gameState.mShowConsole)
{
if (keyCode == Keys.Delete)
{
STEngine.GetConsole( ).ClearAllLines( );
}
else
{
// Any key other than delete or P (pause) exits console mode.
if (keyCode != Keys.P)
{
gameState.mShowConsole = false;
}
}
}
else
{
if ((keyCode == Keys.Q) && (true == shiftKeyState))
{
// SHIFT-Q : Console
gameState.mShowConsole = true;
}
}
// Normal Game Play
// QUIT KEY: ESCAPE
if (keyCode == Keys.Escape)
{
Form form = (Form)STEngine.GetMainForm( );
form.Close( );
return;
}
// Enter Calibrate Mode
if (keyCode == Keys.C)
{
game.SetCalibrationModeFlagValue(true);
game.SetCalibrationModeShapeCode(1);
game.InputEventPause( );
}
// Enable Video Capture
if (keyCode == Keys.V)
{
if (false == game.GameIsSpawnFromVideoCapture( ))
{
// Set up sane conditions
game.InputEventReset( );
game.InputEventShowNextPieceOff( );
game.InputEventAutoRestartOff( );
// Initialize Video Capture
STEngine.GetVideoProcessing( ).Initialize(gr, hwnd);
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
game.InputEventVideoStart( );
STEngine.GetVideoProcessing( ).ClearRegionStatus( );
}
}
// Reset Game
if (keyCode == Keys.Return)
{
if (true == shiftKeyState)
{
game.InputEventHardReset( );
}
else
{
game.InputEventReset( );
}
}
if (keyCode == Keys.P)
{
if (true == game.GameIsPaused( ))
{
game.InputEventResume( );
}
else
{
game.InputEventPause( );
}
}
if (keyCode == Keys.A)
{
if (true == shiftKeyState)
{
STStrategyManager.SelectNextStrategy( );
}
else
{
if (true == game.GameIsAI( ))
{
game.InputEventAIStop( );
}
else
{
game.InputEventAIStart( );
}
}
}
if (keyCode == Keys.T)
{
if (game.GameIsOutputToRS232( ))
{
game.InputEventRS232Stop( );
STRS232.TerminatePort( );
}
else
{
STRS232.InitializePort( );
game.InputEventRS232Start( );
}
}
if ((keyCode == Keys.Subtract) || (keyCode == Keys.OemMinus)) // 0xbd
{
if (false == shiftKeyState)
{
game.InputEventGameSpeedDecrease( );
}
}
if ((keyCode == Keys.Add) || (keyCode == Keys.Oemplus)) // 0xbb
{
if (false == shiftKeyState)
{
game.InputEventGameSpeedIncrease( );
}
}
if ((keyCode == Keys.W) && (true == shiftKeyState))
{
// SHIFT-W will write out a text file (c:\tetris_state.txt)
game.InputEventGameStateWriteToFile( );
}
if (keyCode == Keys.Next) // Page-Down
{
// Page-Down: Decrease Board Size
game.InputEventGameBoardDecrease( );
}
if (keyCode == Keys.Prior) // Page-Up
{
// Page-Up: Increase Board Size
game.InputEventGameBoardIncrease( );
}
if (true == controlKeyState)
{
if (keyCode == Keys.Up)
{
game.InputEventGameBoardIncreaseHeight( );
}
if (keyCode == Keys.Left)
{
game.InputEventGameBoardDecreaseWidth( );
}
if (keyCode == Keys.Right)
{
game.InputEventGameBoardIncreaseWidth( );
}
if (keyCode == Keys.Down)
{
game.InputEventGameBoardDecreaseHeight( );
}
}
// COLOR SCHEME
if ((keyCode == Keys.K) && (true == shiftKeyState))
{
if (false == game.GetGameState( ).mMonochromeColorMode)
{
game.GetGameState( ).mMonochromeColorMode = true;
}
else
{
game.GetGameState( ).mMonochromeColorMode = false;
}
}
// Non Video-Capture Options
if (false == game.GameIsSpawnFromVideoCapture( ))
{
// Only respond to user piece-control input if AI is not active.
if (false == game.GameIsAI( ))
{
if (false == controlKeyState)
{
if (keyCode == Keys.Up)
{
game.InputEventRotate( );
}
if (keyCode == Keys.Left)
{
game.InputEventLeft( );
}
if (keyCode == Keys.Right)
{
game.InputEventRight( );
}
if (keyCode == Keys.Down)
{
game.InputEventDrop( );
}
if (keyCode == Keys.Space)
{
game.InputEventDrop( );
}
}
}
if (keyCode == Keys.Z)
{
if ((STPieceSequence.STPieceSelectionSource.AlternatingSAndZ) ==
game.GetPieceSequenceSourceType( ))
{
// Since we're in S/Z mode, stop.
game.InputEventSZPieceModeStop( );
}
else
{
// Start S/Z mode.
game.InputEventSZPieceModeStart( );
}
}
if (keyCode == Keys.S)
{
// S will cycle the shadow mode.
game.InputEventShadowModeCycle( );
}
if ((keyCode == Keys.J) && (true == shiftKeyState))
{
// SHIFT-J : Add line of random junk to bottom of the pile.
game.InputEventAddRowOfJunk( );
}
if ((keyCode == Keys.H) && (true == shiftKeyState))
{
// SHIFT-H : Hint Mode
if (true == game.GameIsHintMode( ))
{
game.InputEventHintModeStop( );
}
else
{
game.InputEventHintModeStart( );
}
}
if (keyCode == Keys.N)
{
if (true == game.GameIsShowNextPiece( ))
{
game.InputEventShowNextPieceOff( );
}
else
{
game.InputEventShowNextPieceOn( );
}
}
if (keyCode == Keys.X)
{
game.InputEventToggleMoveAnimation( );
}
if (keyCode == Keys.U)
{
if (true == game.GameIsAutoRestart( ))
{
game.InputEventAutoRestartOff( );
}
else
{
game.InputEventAutoRestartOn( );
}
}
if (keyCode == Keys.F)
{
game.InputEventToggleAutoWriteFile( );
}
if ((keyCode == Keys.R) && (true == shiftKeyState))
{
// SHIFT-R : Soft reset (game goes back to same random seed)
game.InputEventSoftReset( );
}
}
}
