public static void HandleVideoCaptureGUI
(
GR gr,
float videoSheetX,
float videoSheetY,
float videoSheetWidth,
float videoSheetHeight,
STGame game,
int clientWidth,
int clientHeight,
int clientRelativeCursorX,
int clientRelativeCursorY
)
{
STGameState gameState = game.GetGameState( );
if (false == game.GameIsSpawnFromVideoCapture( ))
{
return;
}
gr.glBindTexture
(
GR.GL_TEXTURE_2D,
STEngine.GetVideoProcessing( ).mTextureOpenGLHandleBGR256x256
);
float x1 = 0.0f;
float y1 = 0.0f;
float x2 = 0.0f;
float y2 = 0.0f;
x1 = videoSheetX;
y1 = videoSheetY;
x2 = x1 + (videoSheetWidth - 1.0f);
y2 = y1 + (videoSheetHeight - 1.0f);
float u1 = 0.0f;
float v1 = 0.0f;
float u2 = 0.0f;
float v2 = 0.0f;
u1 = 0.0f;
v1 = 0.0f;
u2 = 0.5f;
v2 = 1.0f;
gr.glEnable(GR.GL_SCISSOR_TEST);
gr.glScissor((int)(x1), (int)(y1), (int)((x2 - x1) + 1), (int)((y2 - y1) + 1));
gr.glEnable(GR.GL_TEXTURE_2D);
gr.glColor3f(1.0f, 1.0f, 1.0f);
gr.glBegin(GR.GL_QUADS);
gr.glTexCoord2f(u1, v2);
gr.glVertex2f(x1, y2);
gr.glTexCoord2f(u1, v1);
gr.glVertex2f(x1, y1);
gr.glTexCoord2f(u2, v1);
gr.glVertex2f(x2, y1);
gr.glTexCoord2f(u2, v2);
gr.glVertex2f(x2, y2);
gr.glEnd( );
gr.glDisable(GR.GL_TEXTURE_2D);
gr.glDisable(GR.GL_SCISSOR_TEST);
int xTexelMin = 0;
int yTexelMin = 0;
int xTexelMax = 0;
int yTexelMax = 0;
int xScreenMin = 0;
int yScreenMin = 0;
int xScreenMax = 0;
int yScreenMax = 0;
// Only listen to the mouse in training/calibration mode
if (true == gameState.mCalibrationModeFlag)
{
if (0 != GetAsyncKeyState(Keys.LButton))
{
// Left button pressed
if (0 == gameState.mSelectionState)
{
gameState.mSelectionState = 1;
gameState.mSelectionX1 = clientRelativeCursorX;
gameState.mSelectionY1 = ((clientHeight - 1) - clientRelativeCursorY);
gameState.mSelectionX2 = clientRelativeCursorX;
gameState.mSelectionY2 = ((clientHeight - 1) - clientRelativeCursorY);
}
else
{
gameState.mSelectionX2 = clientRelativeCursorX;
gameState.mSelectionY2 = ((clientHeight - 1) - clientRelativeCursorY);
}
}
else
{
// Left button released
if (0 == gameState.mSelectionState)
{
// Nothing to do...
}
else
{
gameState.mSelectionState = 0;
}
}
gr.glEnable(GR.GL_SCISSOR_TEST);
gr.glScissor(0, 0, clientWidth, clientHeight);
gr.glColor3f(1.0f, 0.0f, 0.0f);
gr.glBegin(GR.GL_LINES);
gr.glVertex2f((float)clientRelativeCursorX - 8.0f, (float)((clientHeight - 1) - clientRelativeCursorY));
gr.glVertex2f((float)clientRelativeCursorX + 8.0f, (float)((clientHeight - 1) - clientRelativeCursorY));
gr.glVertex2f((float)clientRelativeCursorX, (float)((clientHeight - 1) - clientRelativeCursorY) - 8.0f);
gr.glVertex2f((float)clientRelativeCursorX, (float)((clientHeight - 1) - clientRelativeCursorY) + 8.0f);
gr.glEnd( );
}
if (0 != ((GetAsyncKeyState(Keys.Shift)) & 0x8000))
{
if (0 != ((GetAsyncKeyState(Keys.Left)) & 0x8000))
{
gameState.mSelectionX2--;
}
if (0 != ((GetAsyncKeyState(Keys.Right)) & 0x8000))
{
gameState.mSelectionX2++;
}
if (0 != ((GetAsyncKeyState(Keys.Down)) & 0x8000))
{
gameState.mSelectionY2--;
}
if (0 != ((GetAsyncKeyState(Keys.Up)) & 0x8000))
{
gameState.mSelectionY2++;
}
}
else
{
if (0 != ((GetAsyncKeyState(Keys.Left)) & 0x8000))
{
gameState.mSelectionX1--;
}
if (0 != ((GetAsyncKeyState(Keys.Right)) & 0x8000))
{
gameState.mSelectionX1++;
}
if (0 != ((GetAsyncKeyState(Keys.Down)) & 0x8000))
{
gameState.mSelectionY1--;
}
if (0 != ((GetAsyncKeyState(Keys.Up)) & 0x8000))
{
gameState.mSelectionY1++;
}
}
xScreenMin = gameState.mSelectionX1;
yScreenMin = gameState.mSelectionY1;
xScreenMax = gameState.mSelectionX2;
yScreenMax = gameState.mSelectionY2;
xTexelMin = (int)(256.0f * (((float)xScreenMin - videoSheetX) / videoSheetHeight));
yTexelMin = (int)(256.0f * (((float)yScreenMin - videoSheetY) / videoSheetHeight));
xTexelMax = (int)(256.0f * (((float)xScreenMax - videoSheetX) / videoSheetHeight));
yTexelMax = (int)(256.0f * (((float)yScreenMax - videoSheetY) / videoSheetHeight));
int disregard = 0;
if (xTexelMin < 0)
{
disregard = 1;
xTexelMin = 0;
}
if (yTexelMin < 0)
{
disregard = 1;
yTexelMin = 0;
}
if (xTexelMax < 0)
{
disregard = 1;
xTexelMax = 0;
}
if (yTexelMax < 0)
{
disregard = 1;
yTexelMax = 0;
}
if (xTexelMin > 255)
{
disregard = 1;
xTexelMin = 255;
}
if (yTexelMin > 255)
{
disregard = 1;
yTexelMin = 255;
}
if (xTexelMax > 255)
{
disregard = 1;
xTexelMax = 255;
}
if (yTexelMax > 255)
{
disregard = 1;
yTexelMax = 255;
}
if (xTexelMin > xTexelMax)
{
int swap = xTexelMin;
xTexelMin = xTexelMax;
xTexelMax = swap;
}
if (yTexelMin > yTexelMax)
{
int swap = yTexelMin;
yTexelMin = yTexelMax;
yTexelMax = swap;
}
// Only set region if in training mode!
if ((true == gameState.mCalibrationModeFlag) && (0 == disregard))
{
STEngine.GetVideoProcessing( ).SetRegion(xTexelMin, yTexelMin, xTexelMax, yTexelMax);
}
STEngine.GetVideoProcessing( ).GetRegion(ref xTexelMin, ref yTexelMin, ref xTexelMax, ref yTexelMax);
xScreenMin = (int)(videoSheetX + (videoSheetHeight * (float)xTexelMin / 256.0f));
yScreenMin = (int)(videoSheetY + (videoSheetHeight * (float)yTexelMin / 256.0f));
xScreenMax = (int)(videoSheetX + (videoSheetHeight * (float)xTexelMax / 256.0f));
yScreenMax = (int)(videoSheetY + (videoSheetHeight * (float)yTexelMax / 256.0f));
x1 = videoSheetX;
y1 = videoSheetY;
x2 = x1 + (videoSheetWidth - 1.0f);
y2 = y1 + (videoSheetHeight - 1.0f);
int currentClassification = STEngine.GetVideoProcessing( ).GetRegionClassification( );
if (0 == currentClassification)
{
// If the previous classification was a PIECE, and the current classification
// is something different, then submit the piece (which must have fallen
// by a row by now).
if ((gameState.mPreviousClassification >= 1) && (gameState.mPreviousClassification <= 7))
{
game.SpawnSpecifiedPieceShape(STPiece.GetShapeCorrespondingToByteCode((byte)gameState.mPreviousClassification));
}
}
gameState.mPreviousClassification = currentClassification;
Color color;
color =
STGameDrawing.GetCellValueColorARGB // Returns WHITE for unknown
(
(byte)currentClassification, // 0..6
false // monochrome mode
);
float red = 0.0f;
float green = 0.0f;
float blue = 0.0f;
red = (float)(color.R) / 255.0f;
green = (float)(color.G) / 255.0f;
blue = (float)(color.B) / 255.0f;
gr.glColor3f(red, green, blue);
gr.glBegin(GR.GL_LINES);
gr.glVertex2f((float)xScreenMin, (float)yScreenMin);
gr.glVertex2f((float)xScreenMin, (float)yScreenMax);
gr.glVertex2f((float)xScreenMax, (float)yScreenMin);
gr.glVertex2f((float)xScreenMax, (float)yScreenMax);
gr.glVertex2f((float)xScreenMin, (float)yScreenMin);
gr.glVertex2f((float)xScreenMax, (float)yScreenMin);
gr.glVertex2f((float)xScreenMin, (float)yScreenMax);
gr.glVertex2f((float)xScreenMax, (float)yScreenMax);
// Horizontal divider
gr.glVertex2f((float)xScreenMin, (float)((yScreenMin + yScreenMax) / 2));
gr.glVertex2f((float)xScreenMax, (float)((yScreenMin + yScreenMax) / 2));
// Vertical dividers
gr.glVertex2f((float)(xScreenMin + ((xScreenMax - xScreenMin) / 4)), (float)yScreenMin);
gr.glVertex2f((float)(xScreenMin + ((xScreenMax - xScreenMin) / 4)), (float)yScreenMax);
gr.glVertex2f((float)(xScreenMin + 2 * ((xScreenMax - xScreenMin) / 4)), (float)yScreenMin);
gr.glVertex2f((float)(xScreenMin + 2 * ((xScreenMax - xScreenMin) / 4)), (float)yScreenMax);
gr.glVertex2f((float)(xScreenMin + 3 * ((xScreenMax - xScreenMin) / 4)), (float)yScreenMin);
gr.glVertex2f((float)(xScreenMin + 3 * ((xScreenMax - xScreenMin) / 4)), (float)yScreenMax);
gr.glEnd( );
gr.glDisable(GR.GL_SCISSOR_TEST);
}
public static bool WriteGameStateToFile
(
String filePath, // e.g., C:\ or C:\foo
String fileName, // e.g., tetris_state_YYYYMMDD_HHMMSSMMM.txt
STGameState gameState
)
{
if (true == filePath.EndsWith("\\"))
{
filePath = filePath.Substring(0, (filePath.Length - 1));
}
String filePathAndName = "";
filePathAndName = filePath + "\\" + fileName;
STFileWriter file = new STFileWriter( );
bool successfullyOpenedFile = false;
successfullyOpenedFile = file.Open(filePathAndName);
if (false == successfullyOpenedFile)
{
return(false);
}
// Simply print out game state information to the text file.
// The order of fields doesn't matter. Fields can be added
// or removed. It is the consumer's responsibility to
// acquire any fields and compensate for "missing" fields.
// NOTE: Not all of these fields are intended to be restored
// on loading. Many are DERIVED values, or are session-dependent,
// or should be cleared upon loading to give the user the
// chance to alter settings. For example, don't restore the
// pause/unpaused state, or the video capture state.
file.WriteText("fileName \"" + fileName + "\"\r\n");
file.WriteText("localDateAndTime \"" + GetDateStringYYYY_MMM_DD_HH_MM_SS_MMM( ) + "\"\r\n");
file.WriteText("standardTetrisVersion \"" + STGame.GetApplicationName( ) + "\"\r\n");
file.WriteText("\r\n");
file.WriteText("boardWidth " + gameState.mSTBoardCurrent.GetWidth( ) + "\r\n");
file.WriteText("boardHeight " + gameState.mSTBoardCurrent.GetHeight( ) + "\r\n");
file.WriteText("boardCurrent\r\n");
int width = 0;
int height = 0;
width = gameState.mSTBoardCurrent.GetWidth( );
height = gameState.mSTBoardCurrent.GetHeight( );
int x = 0;
int y = 0;
for (y = height; y >= 1; y--) // top-down
{
for (x = 1; x <= width; x++)
{
int cellShapeCode = 0;
cellShapeCode = (int)gameState.mSTBoardCurrent.GetCell(x, y);
file.WriteText(" " + String.Format("{0:d}", cellShapeCode));
}
file.WriteText("\r\n");
}
file.WriteText("\r\n");
file.WriteText("pieceCurrent\r\n");
file.WriteText("shape " + (int)gameState.mSTPieceCurrent.GetByteCodeValue( ) + "\r\n");
file.WriteText("x " + gameState.mSTPieceCurrent.GetX( ) + "\r\n");
file.WriteText("y " + gameState.mSTPieceCurrent.GetY( ) + "\r\n");
file.WriteText("orientation " + gameState.mSTPieceCurrent.GetOrientation( ) + "\r\n");
file.WriteText("\r\n");
int intValue = 0;
if (true == gameState.mGameOver)
{
intValue = 1;
}
file.WriteText("gameOver " + intValue + "\r\n");
file.WriteText("iterationCountdownSeconds " + gameState.mIterationCountdownSeconds + "\r\n");
file.WriteText("currentPiecePointValue " + gameState.mCurrentPiecePointValue + "\r\n");
file.WriteText("completedRows " + gameState.mCompletedRows + "\r\n");
file.WriteText("\r\n");
file.WriteText("pieceSelectionSource " + (int)gameState.mSTPieceSequence.DirectGetPieceSelectionSource( ) + "\r\n");
file.WriteText("pieceSelectionShapeCurrent " + (int)gameState.mSTPieceSequence.DirectGetCurrentPieceShape( ) + "\r\n");
file.WriteText("pieceSelectionShapeNext " + (int)gameState.mSTPieceSequence.DirectGetNextPieceShape( ) + "\r\n");
file.WriteText("cachedRandomSeedUsedMostRecentlyToInitializeRandomGenerator " + gameState.mSTPieceSequence.DirectGetSeedUsedMostRecentlyToInitializeRandomNumberGenerator( ) + "\r\n");
file.WriteText("currentInternalRandomNumberGeneratorStateForPieceSequence " + gameState.mSTPieceSequence.DirectGetCurrentRandomNumberGeneratorInternalStateValue( ) + "\r\n");
int alternateSZState = 0;
if (true == gameState.mSTPieceSequence.DirectGetAlternateSZState( ))
{
alternateSZState = 1;
}
file.WriteText("alternatingSZState " + alternateSZState + "\r\n");
file.WriteText("pieceSequenceTotalQueueElements " + gameState.mSTPieceSequence.DirectGetTotalQueueElements( ) + "\r\n");
file.WriteText("pieceSequenceQueueElements " + "\r\n");
int totalQueueElements = 0;
totalQueueElements = gameState.mSTPieceSequence.DirectGetTotalQueueElements( );
int indexQueueElement = 0;
for (indexQueueElement = 0; indexQueueElement < totalQueueElements; indexQueueElement++)
{
int queueElementValue = 0;
queueElementValue = gameState.mSTPieceSequence.DirectGetQueueElementByIndex(indexQueueElement);
file.WriteText(" " + String.Format("{0:d}", queueElementValue));
if (31 == (indexQueueElement % 32))
{
file.WriteText("\r\n");
}
}
file.WriteText("\r\n");
file.WriteText("\r\n");
// User options
intValue = 0;
if (true == gameState.mPaused)
{
intValue = 1;
}
file.WriteText("paused " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mShowNextPiece)
{
intValue = 1;
}
file.WriteText("showNextPiece " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mAI)
{
intValue = 1;
}
file.WriteText("aiActive " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mSpawnFromVideoCapture)
{
intValue = 1;
}
file.WriteText("spawnFromVideoCapture " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mOutputToRS232)
{
intValue = 1;
}
file.WriteText("outputToRS232 " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mAutoRestart)
{
intValue = 1;
}
file.WriteText("autoRestart " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mAutoWriteFile)
{
intValue = 1;
}
file.WriteText("autoWriteFile " + intValue + "\r\n");
file.WriteText("gameSpeedAdjustment " + gameState.mGameSpeedAdjustment + "\r\n");
intValue = 0;
if (true == gameState.mShadowMode)
{
intValue = 1;
}
file.WriteText("shadowMode " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mHintMode)
{
intValue = 1;
}
file.WriteText("hintMode " + intValue + "\r\n");
intValue = 0;
if (true == gameState.mMonochromeColorMode)
{
intValue = 1;
}
file.WriteText("monochromeColorMode " + intValue + "\r\n");
// Currently-selected AI
// (be sure to eliminate the double-quotes around the name when reading back in)
file.WriteText("currentStrategyName " + "\"" + STStrategyManager.GetCurrentStrategyName( ) + "\"" + "\r\n");
// Statistics for User Consideration Only
file.WriteText("\r\n");
file.WriteText("pieceHistogramLength " + (int)gameState.mPieceHistogram.Length + "\r\n");
file.WriteText("pieceHistogram " + "\r\n");
int i = 0;
int n = 0;
n = gameState.mPieceHistogram.Length;
for (i = 0; i < n; i++)
{
file.WriteText(gameState.mPieceHistogram[i] + "\r\n");
}
file.WriteText("\r\n");
file.WriteText("\r\n");
// Height histogram
// (find highest index with a non-zero count, and only show indices
// up to that index on their own lines, with all subsequent zero
// values condensed with 32 such values on a single line)
file.WriteText("heightHistogramLength " + (int)gameState.mHeightHistogram.Length + "\r\n");
file.WriteText("heightHistogram " + "\r\n");
int maxIndexWithNonZeroCount = (-1);
n = gameState.mHeightHistogram.Length;
for (i = 0; i < n; i++)
{
if (gameState.mHeightHistogram[i] > 0)
{
maxIndexWithNonZeroCount = i;
}
}
for (i = 0; i <= maxIndexWithNonZeroCount; i++)
{
file.WriteText(gameState.mHeightHistogram[i] + "\r\n");
}
int k = 0;
for (i = (maxIndexWithNonZeroCount + 1); i < n; i++)
{
file.WriteText(gameState.mHeightHistogram[i] + " ");
k++;
if (0 == (k % 32))
{
file.WriteText("\r\n");
}
}
file.WriteText("\r\n");
file.WriteText("\r\n");
file.WriteText("totalElapsedTimeSeconds " + gameState.mTotalElapsedTimeSeconds + "\r\n");
file.WriteText("score " + gameState.mScore + "\r\n");
file.WriteText("historicHighScore " + gameState.mHistoricHighScore + "\r\n");
file.WriteText("historicHighRows " + gameState.mHistoricHighRows + "\r\n");
file.WriteText("historicHighPieces " + gameState.mHistoricHighPieces + "\r\n");
file.WriteText("historicCumulativeRows " + gameState.mHistoricCumulativeRows + "\r\n");
file.WriteText("historicTotalGames " + gameState.mHistoricTotalGames + "\r\n");
file.WriteText("\r\n");
file.WriteText("historicRowsLength " + (int)gameState.mHistoricRows.Length + "\r\n");
file.WriteText("historicRows " + "\r\n");
n = gameState.mHistoricRows.Length;
for (i = 0; i < n; i++)
{
file.WriteText(gameState.mHistoricRows[i] + "\r\n");
}
file.WriteText("\r\n");
file.WriteText("\r\n");
// Derived or copied values
file.WriteText("pieceNext\r\n");
file.WriteText("shape " + (int)gameState.mSTPieceNext.GetByteCodeValue( ) + "\r\n");
file.WriteText("x " + gameState.mSTPieceNext.GetX( ) + "\r\n");
file.WriteText("y " + gameState.mSTPieceNext.GetY( ) + "\r\n");
file.WriteText("orientation " + gameState.mSTPieceNext.GetOrientation( ) + "\r\n");
file.WriteText("\r\n");
file.WriteText("pieceBestMove\r\n");
file.WriteText("shape " + (int)gameState.mSTPieceBestMove.GetByteCodeValue( ) + "\r\n");
file.WriteText("x " + gameState.mSTPieceBestMove.GetX( ) + "\r\n");
file.WriteText("y " + gameState.mSTPieceBestMove.GetY( ) + "\r\n");
file.WriteText("orientation " + gameState.mSTPieceBestMove.GetOrientation( ) + "\r\n");
file.WriteText("\r\n");
// state of animation of a an AI-executed move
intValue = 0;
if (true == gameState.mAnimateAIMovesEnable)
{
intValue = 1;
}
file.WriteText("animateAIMovesEnable " + intValue + "\r\n");
file.WriteText("animateAIMovesStartingY " + gameState.mAnimateAIMovesStartingY + "\r\n");
file.WriteText("animateAIMovesFinalSafeY " + gameState.mAnimateAIMovesFinalSafeY + "\r\n");
file.WriteText("animateAITotalInitialCommands " + gameState.mAnimateAITotalInitialCommands + "\r\n");
file.WriteText("animateAICommandsExecuted " + gameState.mAnimateAICommandsExecuted + "\r\n");
file.WriteText("animateAICommandsPerRow " + gameState.mAnimateAICommandsPerRow + "\r\n");
file.WriteText("animateAIMovesPendingRotation " + gameState.mAnimateAIMovesPendingRotation + "\r\n");
file.WriteText("animateAIMovesPendingTranslation " + gameState.mAnimateAIMovesPendingTranslation + "\r\n");
// Derived values
// Scaled height histogram
file.WriteText("\r\n");
file.WriteText("\r\n");
long sumOfCounts = 0;
n = gameState.mHeightHistogram.Length;
for (i = 0; i < n; i++)
{
sumOfCounts += gameState.mHeightHistogram[i];
}
if (sumOfCounts > 0)
{
file.WriteText("scaledHistogramOfPileHeights " + "\r\n");
double fraction = 0.0;
for (i = 0; i <= maxIndexWithNonZeroCount; i++)
{
fraction = ((double)gameState.mHeightHistogram[i] / (double)sumOfCounts);
file.WriteText("" + fraction + "\r\n");
}
}
file.WriteText("\r\n");
file.WriteText("\r\n");
file.Close( );
return(true);
}
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( );
}
}
}
public static bool ReadGameStateFromFile
(
String filePathAndName,
STGameState gameState
)
{
STFileReader file = new STFileReader( );
bool successfullyOpenedFile = false;
successfullyOpenedFile =
file.ReadFileAndGetClusterStrings(filePathAndName);
if (false == successfullyOpenedFile)
{
return(false);
}
int totalStrings = 0;
totalStrings = file.GetTotalStrings( );
int indexString = 0;
int offset = 0;
int intValue = 0;
long longValue = 0;
// BOARD
int boardWidth = 0;
file.FindTextAndInteger32("boardWidth", ref boardWidth);
int boardHeight = 0;
file.FindTextAndInteger32("boardHeight", ref boardHeight);
int x = 0;
int y = 0;
if ((boardWidth > 0) && (boardHeight > 0))
{
gameState.mSTBoardCurrent.SetBoardDimensions(boardWidth, boardHeight);
indexString = file.FindString("boardCurrent");
if (indexString >= 0)
{
for (y = boardHeight; y >= 1; y--) // top-down
{
for (x = 1; x <= boardWidth; x++)
{
// string at (index + 1) corresponds to
// ( x = 0, y = boardHeight )
offset =
(1 + ((boardWidth * (boardHeight - y)) + (x - 1)));
intValue =
file.GetStringAsInteger32ByIndex(indexString + offset);
gameState.mSTBoardCurrent.SetCell(x, y, (byte)intValue);
}
}
}
}
int shape = 0;
int orientation = 0;
// CURRENT PIECE
gameState.mSTPieceCurrent.Clear( );
indexString = file.FindString("pieceCurrent");
if (indexString >= 0)
{
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "shape", ref shape);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "x", ref x);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "y", ref y);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "orientation", ref orientation);
gameState.mSTPieceCurrent.SetShape((STPiece.STPieceShape)shape);
gameState.mSTPieceCurrent.SetX(x);
gameState.mSTPieceCurrent.SetY(y);
gameState.mSTPieceCurrent.SetOrientation(orientation);
}
// BASIC GAME STATE
bool gameOver = false;
file.FindTextAndInteger32("gameOver", ref intValue);
if (0 != intValue)
{
gameOver = true;
}
gameState.mGameOver = gameOver;
double iterationCountdownSeconds = 0.0;
file.FindTextAndDouble("iterationCountdownSeconds", ref iterationCountdownSeconds);
gameState.mIterationCountdownSeconds = iterationCountdownSeconds;
long currentPiecePointValue = 0;
file.FindTextAndInteger64("currentPiecePointValue", ref currentPiecePointValue);
gameState.mCurrentPiecePointValue = currentPiecePointValue;
long completedRows = 0;
file.FindTextAndInteger64("completedRows", ref completedRows);
gameState.mCompletedRows = completedRows;
// PIECE SELECTION STATE
int pieceSelectionSource = 0;
file.FindTextAndInteger32("pieceSelectionSource", ref pieceSelectionSource);
gameState.mSTPieceSequence.DirectSetPieceSelectionSource((STPieceSequence.STPieceSelectionSource)pieceSelectionSource);
int pieceSelectionShapeCurrent = 0;
file.FindTextAndInteger32("pieceSelectionShapeCurrent", ref pieceSelectionShapeCurrent);
gameState.mSTPieceSequence.DirectSetCurrentPieceShape((STPiece.STPieceShape)pieceSelectionShapeCurrent);
int pieceSelectionShapeNext = 0;
file.FindTextAndInteger32("pieceSelectionShapeNext", ref pieceSelectionShapeNext);
gameState.mSTPieceSequence.DirectSetNextPieceShape((STPiece.STPieceShape)pieceSelectionShapeNext);
long cachedRandomSeedUsedMostRecentlyToInitializeRandomGenerator = 0;
file.FindTextAndInteger64("cachedRandomSeedUsedMostRecentlyToInitializeRandomGenerator", ref cachedRandomSeedUsedMostRecentlyToInitializeRandomGenerator);
gameState.mSTPieceSequence.DirectSetSeedUsedMostRecentlyToInitializeRandomNumberGenerator(cachedRandomSeedUsedMostRecentlyToInitializeRandomGenerator);
long currentInternalRandomNumberGeneratorStateForPieceSequence = 0;
file.FindTextAndInteger64("currentInternalRandomNumberGeneratorStateForPieceSequence", ref currentInternalRandomNumberGeneratorStateForPieceSequence);
gameState.mSTPieceSequence.DirectSetCurrentRandomNumberGeneratorInternalStateValue(currentInternalRandomNumberGeneratorStateForPieceSequence);
bool alternatingSZState = false;
file.FindTextAndInteger32("alternatingSZState", ref intValue);
if (0 != intValue)
{
alternatingSZState = true;
}
gameState.mSTPieceSequence.DirectSetAlternateSZState(alternatingSZState);
gameState.mSTPieceSequence.DirectQueueClear( );
int pieceSequenceTotalQueueElements = 0;
file.FindTextAndInteger32("pieceSequenceTotalQueueElements", ref pieceSequenceTotalQueueElements);
indexString = file.FindString("pieceSequenceQueueElements");
if ((pieceSequenceTotalQueueElements > 0) && (indexString >= 0))
{
for (offset = 0; offset < pieceSequenceTotalQueueElements; offset++)
{
intValue = file.GetStringAsInteger32ByIndex((indexString + 1) + offset);
gameState.mSTPieceSequence.DirectAddQueueElement(intValue);
}
}
// USER OPTIONS
// DO NOT RESTORE PAUSED STATE
// bool paused = false;
// file.FindTextAndInteger32( "paused", ref intValue );
// if (0 != intValue) { paused = true; }
// gameState.mPaused = paused;
gameState.mPaused = true; // FORCE TO BE PAUSED UPON LOAD
bool showNextPiece = false;
file.FindTextAndInteger32("showNextPiece", ref intValue);
if (0 != intValue)
{
showNextPiece = true;
}
gameState.mShowNextPiece = showNextPiece;
bool aiActive = false;
file.FindTextAndInteger32("aiActive", ref intValue);
if (0 != intValue)
{
aiActive = true;
}
gameState.mAI = aiActive;
bool spawnFromVideoCapture = false;
file.FindTextAndInteger32("spawnFromVideoCapture", ref intValue);
if (0 != intValue)
{
spawnFromVideoCapture = true;
}
gameState.mSpawnFromVideoCapture = spawnFromVideoCapture;
bool outputToRS232 = false;
file.FindTextAndInteger32("outputToRS232", ref intValue);
if (0 != intValue)
{
outputToRS232 = true;
}
gameState.mOutputToRS232 = outputToRS232;
bool autoRestart = false;
file.FindTextAndInteger32("autoRestart", ref intValue);
if (0 != intValue)
{
autoRestart = true;
}
gameState.mAutoRestart = autoRestart;
bool autoWriteFile = false;
file.FindTextAndInteger32("autoWriteFile", ref intValue);
if (0 != intValue)
{
autoWriteFile = true;
}
gameState.mAutoWriteFile = autoWriteFile;
int gameSpeedAdjustment = 0;
file.FindTextAndInteger32("gameSpeedAdjustment", ref gameSpeedAdjustment);
gameState.mGameSpeedAdjustment = gameSpeedAdjustment;
bool shadowMode = false;
file.FindTextAndInteger32("shadowMode", ref intValue);
if (0 != intValue)
{
shadowMode = true;
}
gameState.mShadowMode = shadowMode;
bool hintMode = false;
file.FindTextAndInteger32("hintMode", ref intValue);
if (0 != intValue)
{
hintMode = true;
}
gameState.mHintMode = hintMode;
bool monochromeColorMode = false;
file.FindTextAndInteger32("monochromeColorMode", ref intValue);
if (0 != intValue)
{
monochromeColorMode = true;
}
gameState.mMonochromeColorMode = monochromeColorMode;
String currentStrategyName = "";
indexString = file.FindString("currentStrategyName");
if (indexString >= 0)
{
int doubleQuoteCount = 0;
for
(
offset = 1;
((offset < 64) && (doubleQuoteCount < 2) && ((indexString + offset) < totalStrings));
offset++
)
{
String stringTemp = "";
file.GetStringByIndex((indexString + offset), ref stringTemp);
if (offset > 1)
{
currentStrategyName += " ";
}
if (true == stringTemp.Contains("\""))
{
doubleQuoteCount++;
stringTemp = stringTemp.Replace("\"", "");
}
currentStrategyName += stringTemp;
}
}
STStrategyManager.SetCurrentStrategyByName(currentStrategyName);
// PIECE HISTOGRAM
for (offset = 0; offset < gameState.mPieceHistogram.Length; offset++)
{
gameState.mPieceHistogram[offset] = 0;
}
int pieceHistogramLength = 0;
file.FindTextAndInteger32("pieceHistogramLength", ref pieceHistogramLength);
if (pieceHistogramLength >= gameState.mPieceHistogram.Length)
{
indexString = file.FindString("pieceHistogram");
if (indexString >= 0)
{
for (offset = 0; offset < gameState.mPieceHistogram.Length; offset++)
{
longValue = file.GetStringAsInteger64ByIndex((indexString + 1) + offset);
gameState.mPieceHistogram[offset] = longValue;
}
}
}
// HEIGHT HISTOGRAM
for (offset = 0; offset < gameState.mHeightHistogram.Length; offset++)
{
gameState.mHeightHistogram[offset] = 0;
}
int heightHistogramLength = 0;
file.FindTextAndInteger32("heightHistogramLength", ref heightHistogramLength);
if (heightHistogramLength >= gameState.mHeightHistogram.Length)
{
indexString = file.FindString("heightHistogram");
if (indexString >= 0)
{
for (offset = 0; offset < gameState.mHeightHistogram.Length; offset++)
{
longValue = file.GetStringAsInteger64ByIndex((indexString + 1) + offset);
gameState.mHeightHistogram[offset] = longValue;
}
}
}
// OTHER STATISTICS
double totalElapsedTimeSeconds = 0.0;
file.FindTextAndDouble("totalElapsedTimeSeconds", ref totalElapsedTimeSeconds);
gameState.mTotalElapsedTimeSeconds = totalElapsedTimeSeconds;
long score = 0;
file.FindTextAndInteger64("score", ref score);
gameState.mScore = score;
long historicHighScore = 0;
file.FindTextAndInteger64("historicHighScore", ref historicHighScore);
gameState.mHistoricHighScore = historicHighScore;
long historicHighRows = 0;
file.FindTextAndInteger64("historicHighRows", ref historicHighRows);
gameState.mHistoricHighRows = historicHighRows;
long historicHighPieces = 0;
file.FindTextAndInteger64("historicHighPieces", ref historicHighPieces);
gameState.mHistoricHighPieces = historicHighPieces;
long historicCumulativeRows = 0;
file.FindTextAndInteger64("historicCumulativeRows", ref historicCumulativeRows);
gameState.mHistoricCumulativeRows = historicCumulativeRows;
long historicTotalGames = 0;
file.FindTextAndInteger64("historicTotalGames", ref historicTotalGames);
gameState.mHistoricTotalGames = historicTotalGames;
// HISTORIC ROWS LIST
for (offset = 0; offset < gameState.mHistoricRows.Length; offset++)
{
gameState.mHistoricRows[offset] = 0;
}
int historicRowsLength = 0;
file.FindTextAndInteger32("historicRowsLength", ref historicRowsLength);
if (historicRowsLength >= gameState.mHistoricRows.Length)
{
indexString = file.FindString("historicRows");
if (indexString >= 0)
{
for (offset = 0; offset < gameState.mHistoricRows.Length; offset++)
{
longValue = file.GetStringAsInteger64ByIndex((indexString + 1) + offset);
gameState.mHistoricRows[offset] = longValue;
}
}
}
// NEXT PIECE
gameState.mSTPieceNext.Clear( );
indexString = file.FindString("pieceNext");
if (indexString >= 0)
{
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "shape", ref shape);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "x", ref x);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "y", ref y);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "orientation", ref orientation);
gameState.mSTPieceNext.SetShape((STPiece.STPieceShape)shape);
gameState.mSTPieceNext.SetX(x);
gameState.mSTPieceNext.SetY(y);
gameState.mSTPieceNext.SetOrientation(orientation);
}
// BEST-MOVE PIECE
gameState.mSTPieceBestMove.Clear( );
indexString = file.FindString("pieceBestMove");
if (indexString >= 0)
{
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "shape", ref shape);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "x", ref x);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "y", ref y);
file.FindTextAndInteger32AtOrAfterIndex
(indexString, "orientation", ref orientation);
gameState.mSTPieceBestMove.SetShape((STPiece.STPieceShape)shape);
gameState.mSTPieceBestMove.SetX(x);
gameState.mSTPieceBestMove.SetY(y);
gameState.mSTPieceBestMove.SetOrientation(orientation);
}
// move animation state
bool animateAIMovesEnable = false;
file.FindTextAndInteger32("animateAIMovesEnable", ref intValue);
if (0 != intValue)
{
animateAIMovesEnable = true;
}
gameState.mAnimateAIMovesEnable = animateAIMovesEnable;
int animateAIMovesStartingY = 0;
file.FindTextAndInteger32("animateAIMovesStartingY", ref animateAIMovesStartingY);
gameState.mAnimateAIMovesStartingY = animateAIMovesStartingY;
int animateAIMovesFinalSafeY = 0;
file.FindTextAndInteger32("animateAIMovesFinalSafeY", ref animateAIMovesFinalSafeY);
gameState.mAnimateAIMovesFinalSafeY = animateAIMovesFinalSafeY;
int animateAITotalInitialCommands = 0;
file.FindTextAndInteger32("animateAITotalInitialCommands", ref animateAITotalInitialCommands);
gameState.mAnimateAITotalInitialCommands = animateAITotalInitialCommands;
int animateAICommandsExecuted = 0;
file.FindTextAndInteger32("animateAICommandsExecuted", ref animateAICommandsExecuted);
gameState.mAnimateAICommandsExecuted = animateAICommandsExecuted;
double animateAICommandsPerRow = 0.0;
file.FindTextAndDouble("animateAICommandsPerRow", ref animateAICommandsPerRow);
gameState.mAnimateAICommandsPerRow = animateAICommandsPerRow;
int animateAIMovesPendingRotation = 0;
file.FindTextAndInteger32("animateAIMovesPendingRotation", ref animateAIMovesPendingRotation);
gameState.mAnimateAIMovesPendingRotation = animateAIMovesPendingRotation;
int animateAIMovesPendingTranslation = 0;
file.FindTextAndInteger32("animateAIMovesPendingTranslation", ref animateAIMovesPendingTranslation);
gameState.mAnimateAIMovesPendingTranslation = animateAIMovesPendingTranslation;
return(true);
}