//THIS FILE MUST BE SAVED AS OEM PAGE 437 //Also, please set to use Multibyte strings NOT unicode. #include #include #include #include #include const int boardW = 10; const int boardH = 13; const int boardX = 3; const int boardY = 3; const int startX = 4; const int startY = 0; const int backupX = 18; const int backupY = 14; typedef char TetBuffer[4][4]; #define screenW 25 #define screenH 21 enum { REST = 0, Note_G2sharp = 104, Note_A2 = 110, Note_B2 = 123, Note_C3 = 131, Note_D3 = 147, Note_E3 = 165, Note_F3 = 175, Note_G3 = 196, Note_G3sharp = 185, Note_A3 = 220, Note_A4sharp = 233, Note_B3 = 247, Note_C4 = 262, Note_C4sharp = 277, Note_D4 = 294, Note_D4sharp = 311, Note_E4 = 330, Note_F4 = 349, Note_F4sharp = 370, Note_G4 = 392, Note_G4sharp = 415, Note_A4 = 440, Note_B4 = 494, Note_C5 = 523, Note_D5 = 587, Note_E5 = 659, Note_F5 = 698, Note_G5 = 784, Note_A5 = 880, }; #define MUSIC_TEMPO 100 enum { Note_Whole = 16, Note_Half = 8, Note_QuarterDot = 6, Note_Quarter = 4, Note_Eighth = 2, Note_Sixteenth = 1, }; void __cdecl MusicPlay(int* MuteMusic ) { int Music[][2] = { //First time {Note_E5, Note_Quarter}, {Note_B4, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_C5, Note_Eighth}, {Note_B4, Note_Eighth}, {Note_A4, Note_Quarter}, {Note_A4, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_E5, Note_Quarter}, {Note_D5, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_B4, Note_Quarter}, {REST, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_E5, Note_Quarter}, {Note_C5, Note_Quarter}, {Note_A4, Note_Quarter}, {Note_A4, Note_Half}, //{REST, Note_Quarter}, {REST, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_F5, Note_Eighth}, {Note_A5, Note_Quarter}, {Note_G5, Note_Eighth}, {Note_F5, Note_Eighth}, {Note_E5, Note_Quarter}, {REST, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_E5, Note_Quarter}, {Note_D5, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_B4, Note_Quarter}, {Note_B4, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_E5, Note_Quarter}, {Note_C5, Note_Quarter}, {Note_A4, Note_Quarter}, {Note_A4, Note_Half}, //Second Time {Note_E5, Note_Quarter}, {Note_B4, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_C5, Note_Eighth}, {Note_B4, Note_Eighth}, {Note_A4, Note_Quarter}, {Note_A4, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_E5, Note_Quarter}, {Note_D5, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_B4, Note_Quarter}, {REST, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_E5, Note_Quarter}, {Note_C5, Note_Quarter}, {Note_A4, Note_Quarter}, {Note_A4, Note_Half}, //{REST, Note_Quarter}, {REST, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_F5, Note_Eighth}, {Note_A5, Note_Quarter}, {Note_G5, Note_Eighth}, {Note_F5, Note_Eighth}, {Note_E5, Note_Quarter}, {REST, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_E5, Note_Quarter}, {Note_D5, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_B4, Note_Quarter}, {Note_B4, Note_Eighth}, {Note_C5, Note_Eighth}, {Note_D5, Note_Quarter}, {Note_E5, Note_Quarter}, {Note_C5, Note_Quarter}, {Note_A4, Note_Quarter}, {Note_A4, Note_Half}, //"Bridge"! {Note_E4, Note_Half}, {Note_C4, Note_Half}, {Note_D4, Note_Half}, {Note_B3, Note_Half}, {Note_C4, Note_Half}, {Note_A3, Note_Half}, {Note_G3sharp, Note_Half}, {Note_B3, Note_QuarterDot}, {REST, Note_Eighth}, {Note_E4, Note_Half}, {Note_C4, Note_Half}, {Note_D4, Note_Half}, {Note_B3, Note_Half}, {Note_C4, Note_Quarter}, {Note_E4, Note_Quarter}, {Note_A4, Note_Half}, {Note_G4sharp, Note_Half + Note_Quarter }, {REST, Note_Quarter}, {0,0}, }; int Note = 0; while(1) { while( *MuteMusic ) { Sleep(1); } Beep(Music[Note][0], Music[Note][1] * MUSIC_TEMPO); Note++; if(Music[Note][1] == 0) Note = 0; } } /* void __cdecl MusicPlayHarmony(void) { int Music[][2] = { {Note_B4, Note_Quarter}, {Note_A4sharp, Note_Eighth}, {Note_A4, Note_Eighth}, {Note_B4, Note_Eighth}, {Note_E5, Note_Sixteenth}, {Note_D5, Note_Sixteenth}, {Note_A4, Note_Eighth}, {Note_G4, Note_Eighth}, {Note_E4, Note_Quarter}, {Note_E4, Note_Eighth}, {Note_A4, Note_Eighth}, {Note_C5, Note_Quarter}, {Note_B4, Note_Eighth}, {Note_A4, Note_Eighth}, {Note_G4sharp, Note_Eighth}, {Note_E4, Note_Eighth}, {Note_G4sharp, Note_Eighth}, {Note_A4, Note_Eighth}, {Note_B4, Note_Quarter}, {Note_C5, Note_Quarter}, {Note_B4, Note_Quarter}, {Note_E4, Note_Quarter}, {Note_E4, Note_Half}, {0,0} }; int Note = 0; while(Music[Note][0]) { Beep(Music[Note][0], Music[Note][1] * MUSIC_TEMPO); Note++; } }*/ /* Beep(Note_E, Note_Quarter); Beep(Note_B, Note_Eighth); Beep(Note_C, Note_Eighth); Beep(Note_D, Note_Quarter); Beep(Note_C, Note_Eighth); Beep(Note_B, Note_Eighth); Beep(Note_A, Note_Quarter);*/ enum { T_I, T_L, T_J, T_S, T_Z, T_O, T_T, MAX_T, }; const TetBuffer Tetrominos[MAX_T] = { { 'Û',' ',' ',' ', 'Û',' ',' ',' ', 'Û',' ',' ',' ', 'Û',' ',' ',' ', }, { 'Û',' ',' ',' ', 'Û',' ',' ',' ', 'Û','Û',' ',' ', ' ',' ',' ',' ', }, { ' ','Û',' ',' ', ' ','Û',' ',' ', 'Û','Û',' ',' ', ' ',' ',' ',' ', }, { 'Û',' ',' ',' ', 'Û','Û',' ',' ', ' ','Û',' ',' ', ' ',' ',' ',' ', }, { ' ','Û',' ',' ', 'Û','Û',' ',' ', 'Û',' ',' ',' ', ' ',' ',' ',' ', }, { 'Û','Û',' ',' ', 'Û','Û',' ',' ', ' ',' ',' ',' ', ' ',' ',' ',' ', }, { 'Û',' ',' ',' ', 'Û','Û',' ',' ', 'Û',' ',' ',' ', ' ',' ',' ',' ', }, }; void DisplayScreenBuffer( char Buffer[screenH][screenW] ) { int i; system("cls"); for( i = 0; i < screenH; i++ ) printf( Buffer[i] ); } void CopyTetromino( TetBuffer To, TetBuffer From ) { memcpy(To, From, sizeof(TetBuffer) ); } void DrawTetOnBoard( int X, int Y, TetBuffer Tet, char Buffer[screenH][screenW] ) { int i, j; for(i = 0; i < 4; i++) for(j = 0; j < 4; j++) { char TetC = (Tet[i][j]); char* BufC = &Buffer[boardY + Y + i][boardX + X + j]; if( TetC != ' ' ) *BufC = TetC; } } void RemoveTetFromBoard( int X, int Y, TetBuffer Tet, char Buffer[screenH][screenW] ) { int i, j; for(i = 0; i < 4; i++) for(j = 0; j < 4; j++) { char TetC = (Tet[i][j]); char* BufC = &Buffer[boardY + Y + i][boardX + X + j]; if( TetC != ' ' ) *BufC = ' '; } } int CollideTet( int X, int Y, TetBuffer Tet, char Buffer[screenH][screenW] ) { int i, j; if(Y < 0 || X < 0 ) return 1; for(i = 0; i < 4; i++) for(j = 0; j < 4; j++) { char TetC = (Tet[i][j]); char BufC = Buffer[boardY + Y + i][boardX + X + j]; if( TetC != ' ' && BufC != ' ') { return 1; } } return 0; } int GetInput() { if(GetAsyncKeyState(VK_LEFT)) return VK_LEFT; if(GetAsyncKeyState(VK_RIGHT)) return VK_RIGHT; if(GetAsyncKeyState(VK_UP)) return VK_UP; if(GetAsyncKeyState(VK_DOWN)) return VK_DOWN; return 0; } int FindEmptyRowInTet( TetBuffer Tet ) { int i; for(i = 0; i < 4; i++ ) { if(Tet[i][0] == ' ' && Tet[i][1] == ' ' && Tet[i][2] == ' ' && Tet[i][3] == ' ') break; } return i; } void RotateTetrimino(char *X, char *Y, TetBuffer CurrentTet, char ScreenBuffer[screenH][screenW] ) { int i, j, DoRotate = 0, XOffset = 0, YOffset = 0, YAdjust = 0, OldYSpace = 0, StuckToBottom = 0; TetBuffer TempTet; //Rotate the tet into a new buffer for(i = 0; i < 4; i++) { for(j = 0; j < 4; j++) { TempTet[j][3-i] = CurrentTet[i][j]; } } //Hide the current tet so we can collisiontest RemoveTetFromBoard( *X, *Y, CurrentTet, ScreenBuffer ); //If we are stuck to the bottom we must continue to stick after we rotate, so we need to adjust a few units down if(CollideTet( *X, *Y + 1, CurrentTet, ScreenBuffer )) { StuckToBottom = 1; OldYSpace = FindEmptyRowInTet(CurrentTet); } //Adjust X coord of Tet within the Buffer while( TempTet[0][0] == ' ' && TempTet[0][1] == ' ' && TempTet[0][2] == ' ' && TempTet[0][3] == ' ' ) { for( i = 0; i < 3; i++) for( j = 0; j < 4; j++) TempTet[i][j] = TempTet[i+1][j]; if(StuckToBottom) YAdjust--; TempTet[3][0] = TempTet[3][1] = TempTet[3][2] = TempTet[3][3] = ' '; } //Adjust Y coord of Tet within the Buffer while( TempTet[0][0] == ' ' && TempTet[1][0] == ' ' && TempTet[2][0] == ' ' && TempTet[3][0] == ' ' ) { for( i = 0; i < 3; i++) for( j = 0; j < 4; j++) { TempTet[j][i] = TempTet[j][i+1]; } TempTet[0][3] = TempTet[1][3] = TempTet[2][3] = TempTet[3][3] = ' '; } //Make sure we don't get stuck in something when we rotate for(XOffset = 0; XOffset < 3, *X - XOffset > 0; XOffset++) { if(!CollideTet( *X - XOffset, *Y, TempTet, ScreenBuffer )) { *X -= XOffset; DoRotate++; break; } } for(YOffset = (YAdjust - OldYSpace); YOffset < 3, *Y - YOffset > 0; YOffset++) { if(!CollideTet( *X, *Y - YOffset, TempTet, ScreenBuffer )) { *Y -= YOffset; DoRotate++; break; } } if(DoRotate) { CopyTetromino( CurrentTet, TempTet ); } else { //*X += XOffset; *Y += YOffset; } DrawTetOnBoard( *X, *Y, CurrentTet, ScreenBuffer ); } int AttemptToMoveTet(char* OldX, char* OldY, char NewX, char NewY, TetBuffer CurrentTet, char ScreenBuffer[screenH][screenW] ) { int CollisionTest; RemoveTetFromBoard( *OldX, *OldY, CurrentTet, ScreenBuffer ); CollisionTest = CollideTet( NewX, NewY, CurrentTet, ScreenBuffer ); // StickTetrimino = CollisionTest && (Input == VK_DOWN); if(!CollisionTest) { *OldX = NewX; *OldY = NewY; } DrawTetOnBoard( *OldX, *OldY, CurrentTet, ScreenBuffer ); return !CollisionTest; } void DrawBackupTet( TetBuffer BackupTet, char ScreenBuffer[screenH][screenW] ) { int i, j; for(i = 0; i < 4; i++) for(j = 0; j < 4; j++) { ScreenBuffer[backupY + i][backupX + j] = BackupTet[i][j]; } } void FillRow( char ScreenBuffer[screenH][screenW], int Row ) { int i; for(i = 0; i < boardW; i++) { ScreenBuffer[boardY + Row][boardX + i] = 'Û'; } } void ShiftRowsDown( char ScreenBuffer[screenH][screenW], int Row ) { int i, j; for(j = Row; j >= 0; j--) { for(i = 0; i < boardW; i++) { if(j) { ScreenBuffer[boardY + j][boardX + i] = ScreenBuffer[boardY + j - 1][boardX + i]; } else { ScreenBuffer[boardY + j][boardX + i] = ' '; } } } } void EmptyRow( char ScreenBuffer[screenH][screenW], int Row ) { int i; for(i = 0; i < boardW; i++) { ScreenBuffer[boardY + Row][boardX + i] = ' '; } } //Could be optimized int HandleFullRows( char ScreenBuffer[screenH][screenW] ) { int i, j; int CheckOptimize = 0; for(j = 0; j < boardH; j++) { int AllFull = 1; for(i = 0; i < boardW; i++) { if(ScreenBuffer[boardY + j][boardX + i] == ' ') { AllFull = 0; //break; } } if(AllFull) { EmptyRow( ScreenBuffer, j ); ShiftRowsDown( ScreenBuffer, j ); //j-- CheckOptimize++; } else { if(CheckOptimize) CheckOptimize++; } //Once we've found a correct row no more than three rows above can be full if(CheckOptimize == 4) return 1; } return 0; } void StickTetAndSpawnNew(char* X, char* Y, TetBuffer CurrentTet, TetBuffer BackupTet, char ScreenBuffer[screenH][screenW]) { *Y = startY; *X = startX; CopyTetromino( CurrentTet, BackupTet ); CopyTetromino( BackupTet, Tetrominos[rand() % MAX_T] ); DrawBackupTet( BackupTet, ScreenBuffer ); HandleFullRows( ScreenBuffer ); //if(HandleFullRows( ScreenBuffer )) Sleep(250); DrawTetOnBoard( *X, *Y, CurrentTet, ScreenBuffer ); } void FillScreenFancy( char ScreenBuffer[screenH][screenW] ) { int j; for(j = boardH - 1; j >= 0; j--) { FillRow(ScreenBuffer, j); DisplayScreenBuffer( ScreenBuffer ); Sleep(50); } } int main( int argc, char* argv ) { //Game stuff char PieceX = startX; char PieceY = startY; TetBuffer CurrentTet; TetBuffer BackupTet; int MuteMusic = 0; int timeUntilNextInput = 0; int timeUntilNextMute = 0; int timeUntilNextDrop = 500; char ScreenBuffer[screenH][screenW] = { "\n", " TEXTRIS \n", " º º \n", " º º ÚÄÄÄÄÄ¿\n", " º º ³Score³\n", " º º ³ 0³\n", " º º ÃÄÄÄÄÄ´\n", " º º ³Level³\n", " º º ³ 1³\n", " º º ÃÄÄÄÄÄ´\n", " º º ³Lines³\n", " º º ³ 1³\n", " º º ÀÄÄÄÄÄÙ\n", " º º \n", " º º \n", " º º \n", " ÈÍÍÍÍÍÍÍÍÍͼ \n", " [M] to mute \n", " Made by Kyle Franz \n", }; //Console stuff HANDLE hOut; CONSOLE_SCREEN_BUFFER_INFO SBInfo; SMALL_RECT DisplayArea = {0, 0, screenW, screenH}; int count = 1; hOut = GetStdHandle(STD_OUTPUT_HANDLE); GetConsoleScreenBufferInfo(hOut, &SBInfo); SetConsoleWindowInfo(hOut, TRUE, &DisplayArea); //Start music _beginthread( MusicPlay, 0, (void*)&MuteMusic ); // _beginthread( MusicPlayHarmony, 0, 0 ); //Game code srand ( time(NULL) ); CopyTetromino( BackupTet, Tetrominos[rand() % MAX_T] ); StickTetAndSpawnNew(&PieceX, &PieceY, CurrentTet, BackupTet, ScreenBuffer); DrawTetOnBoard( startX, startY, CurrentTet, ScreenBuffer ); DisplayScreenBuffer( ScreenBuffer ); //RemoveTetFromBoard( 0, 0, Tetrominos[T_J], ScreenBuffer ); while(1) { if(timeUntilNextInput == 0) { int inputSuccess = 0; if(GetAsyncKeyState(VK_RETURN) || GetAsyncKeyState(' ')) { int i = 0; while(AttemptToMoveTet(&PieceX, &PieceY, PieceX, PieceY + 1, CurrentTet, ScreenBuffer)); DisplayScreenBuffer( ScreenBuffer ); StickTetAndSpawnNew(&PieceX, &PieceY, CurrentTet, BackupTet, ScreenBuffer); Sleep(200); inputSuccess = 1; timeUntilNextDrop = 400; } if(GetAsyncKeyState(VK_UP) || GetAsyncKeyState('W')) { RotateTetrimino( &PieceX, &PieceY, CurrentTet, ScreenBuffer ); inputSuccess = 1; } if(GetAsyncKeyState(VK_DOWN) || GetAsyncKeyState('S')) { if(!AttemptToMoveTet(&PieceX, &PieceY, PieceX, PieceY + 1, CurrentTet, ScreenBuffer)) { StickTetAndSpawnNew(&PieceX, &PieceY, CurrentTet, BackupTet, ScreenBuffer); } timeUntilNextDrop = 400; inputSuccess = 1; } if(GetAsyncKeyState(VK_LEFT) || GetAsyncKeyState('A')) { AttemptToMoveTet(&PieceX, &PieceY, PieceX - 1, PieceY, CurrentTet, ScreenBuffer); inputSuccess = 1; } if(GetAsyncKeyState(VK_RIGHT) || GetAsyncKeyState('D')) { AttemptToMoveTet(&PieceX, &PieceY, PieceX + 1, PieceY, CurrentTet, ScreenBuffer); inputSuccess = 1; } if(GetAsyncKeyState('M')) { MuteMusic = MuteMusic ? 0 : 1; timeUntilNextMute = 50; } if(GetAsyncKeyState('F')) { FillScreenFancy(ScreenBuffer); } if(inputSuccess) { DisplayScreenBuffer( ScreenBuffer ); timeUntilNextInput = 30; } } if(timeUntilNextInput > 0) timeUntilNextInput--; if(timeUntilNextMute > 0) timeUntilNextMute--; if(timeUntilNextDrop > 0) timeUntilNextDrop--; else { if(!AttemptToMoveTet(&PieceX, &PieceY, PieceX, PieceY + 1, CurrentTet, ScreenBuffer)) { StickTetAndSpawnNew(&PieceX, &PieceY, CurrentTet, BackupTet, ScreenBuffer); } DisplayScreenBuffer( ScreenBuffer ); timeUntilNextDrop = 400; } Sleep(1); if(count == 1000) count = 1; } DisplayScreenBuffer( ScreenBuffer ); system("Pause"); return 0; }