blame: source/code/BlockGameSdl.inc

/*

===========================================================================

blockattack - Block Attack - Rise of the Blocks

Copyright (C) 2005-2016 Poul Sander

This program is free software: you can redistribute it and/or modify

it under the terms of the GNU General Public License as published by

the Free Software Foundation, either version 2 of the License, or

(at your option) any later version.

This program is distributed in the hope that it will be useful,

but WITHOUT ANY WARRANTY; without even the implied warranty of

MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

GNU General Public License for more details.

You should have received a copy of the GNU General Public License

along with this program.  If not, see http://www.gnu.org/licenses/

Source information and contacts persons can be found at

http://www.blockattack.net

===========================================================================

*/

class BlockGameSdl : public BlockGame {

public:

	BlockGameSdl(int tx, int ty) {

		topx = tx;

		topy = ty;

	}

	void DrawImgBoard(const sago::SagoSprite& img, int x, int y) const {

		DrawIMG(img, screen, x+topx, y+topy);

	}

	void DrawImgBoardBounded(const sago::SagoSprite& img, int x, int y) const {

		DrawIMG_Bounded(img, screen, x+topx, y+topy, topx, topy, topx + backBoard.GetWidth(), topy + backBoard.GetHeight());

	}

	void PrintTextCenteredBoard(int x, int y, const char* text) {

		nf_button_font.draw(screen, x+topx+60, y+topy+10, NFont::CENTER, "%s", text);

	}

	int GetTopX() const {

		return topx;

	}

	int GetTopY() const {

		return topy;

	}

	/**

	 * Retrives the coordinate to a given brick based on mouse input.

	 * @param match true if the coordinate are within borders

	 * @param mousex mouse coordinate input

	 * @param mousey mouse coordiante input

	 * @param x brick x. Unchanged if outside border

	 * @param y brick y. Unchanged if outside border

	 */

	void GetBrickCoordinateFromMouse(bool& match, int mousex, int mousey, int& x, int& y) const {

		if (mousex < topx || mousex > topx+50*6 || mousey < topy || mousey > topy+50*12) {

			match = false;

			return;

		}

		match = true;

		x = (mousex-topx) / 50;

		y = (50*12+topy-mousey-pixels) / 50;

	}

	void AddText(int x, int y, const std::string& text, int time) const override {

		theTextManager.addText(topx-10+x*bsize, topy+12*bsize-y*bsize, text, time);

	}

	void AddBall(int x, int y, bool right, int color) const  override {

		theBallManager.addBall(topx+40+x*bsize, topy+bsize*12-y*bsize, right, color);

	}

	void AddExplosion(int x, int y) const  override {

		theExplosionManager.addExplosion(topx-10+x*bsize, topy+bsize*12-10-y*bsize);

	}

	void PlayerWonEvent() const  override {

		if (!SoundEnabled) {

			return;

		}

		Mix_PlayChannel(1, applause, 0);

	}

	void DrawEvent() const override {

		Mix_HaltChannel(1);

	}

	void BlockPopEvent() const  override {

		if (!SoundEnabled) {

			return;

		}

		Mix_PlayChannel(0, boing, 0);

	}

	void LongChainDoneEvent() const  override {

		if (!SoundEnabled) {

			return;

		}

		Mix_PlayChannel(1, applause, 0);

	}

	void TimeTrialEndEvent() const  override {

		if (!NoSound && SoundEnabled) {

			Mix_PlayChannel(1,counterFinalChunk,0);

		}

	}

	void EndlessHighscoreEvent() const  override {

		if (!SoundEnabled) {

			return;

		}

		Mix_PlayChannel(1, applause, 0);

	}

private:

	//Draws all the bricks to the board (including garbage)

	void PaintBricks() const {

		for (int i=0; ((i<13)&&(i<30)); i++) {

			for (int j=0; j<6; j++) {

				int basicBrick = board[j][i]%10; //The basic brick, stored on the least significant digit

				if ((basicBrick > -1) && (basicBrick < 7) && ((board[j][i]/1000000)%10==0)) {

					DrawImgBoardBounded(bricks[basicBrick],  j*bsize, bsize*12-i*bsize-pixels);

					if ((board[j][i]/BLOCKWAIT)%10==1) {

						DrawImgBoard(bomb,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((board[j][i]/BLOCKHANG)%10==1) {

						DrawImgBoardBounded(ready,  j*bsize, bsize*12-i*bsize-pixels);

					}

				}

				if ((board[j][i]/1000000)%10==1) {

					int left, right, over, under;

					int number = board[j][i];

					if (j<1) {

						left = -1;

					}

					else {

						left = board[j-1][i];

					}

					if (j>=5) {

						right = -1;

					}

					else {

						right = board[j+1][i];

					}

					if (i>28) {

						over = -1;

					}

					else {

						over = board[j][i+1];

					}

					if (i<1) {

						under = -1;

					}

					else {

						under = board[j][i-1];

					}

					if ((left == number)&&(right == number)&&(over == number)&&(under == number)) {

						DrawImgBoardBounded(garbageFill,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left != number)&&(right == number)&&(over == number)&&(under == number)) {

						DrawImgBoardBounded(garbageL,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left == number)&&(right != number)&&(over == number)&&(under == number)) {

						DrawImgBoardBounded(garbageR,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left == number)&&(right == number)&&(over != number)&&(under == number)) {

						DrawImgBoardBounded(garbageT,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left == number)&&(right == number)&&(over == number)&&(under != number)) {

						DrawImgBoardBounded(garbageB,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left != number)&&(right == number)&&(over != number)&&(under == number)) {

						DrawImgBoardBounded(garbageTL,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left != number)&&(right == number)&&(over == number)&&(under != number)) {

						DrawImgBoardBounded(garbageBL,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left == number)&&(right != number)&&(over != number)&&(under == number)) {

						DrawImgBoardBounded(garbageTR,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left == number)&&(right != number)&&(over == number)&&(under != number)) {

						DrawImgBoardBounded(garbageBR,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left == number)&&(right != number)&&(over != number)&&(under != number)) {

						DrawImgBoardBounded(garbageMR,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left == number)&&(right == number)&&(over != number)&&(under != number)) {

						DrawImgBoardBounded(garbageM,  j*bsize, bsize*12-i*bsize-pixels);

					}

					if ((left != number)&&(right == number)&&(over != number)&&(under != number)) {

						DrawImgBoardBounded(garbageML,  j*bsize, bsize*12-i*bsize-pixels);

					}

				}

				if ((board[j][i]/1000000)%10==2) {

					if (j==0) {

						DrawImgBoardBounded(garbageGML,  j*bsize, bsize*12-i*bsize-pixels);

					}

					else if (j==5) {

						DrawImgBoardBounded(garbageGMR,  j*bsize, bsize*12-i*bsize-pixels);

					}

					else {

						DrawImgBoardBounded(garbageGM,  j*bsize, bsize*12-i*bsize-pixels);

					}

				}

			}

		}

		const int j = 0;

		int garbageSize=0;

		for (int i=0; i<20; i++) {

			if ((board[j][i]/1000000)%10==1) {

				int left, right, over, under;

				int number = board[j][i];

				if (j<1) {

					left = -1;

				}

				else {

					left = board[j-1][i];

				}

				if (j>5) {

					right = -1;

				}

				else {

					right = board[j+1][i];

				}

				if (i>28) {

					over = -1;

				}

				else {

					over = board[j][i+1];

				}

				if (i<1) {

					under = -1;

				}

				else {

					under = board[j][i-1];

				}

				if (((left != number)&&(right == number)&&(over != number)&&(under == number))&&(garbageSize>0)) {

					DrawImgBoardBounded(smiley[board[j][i]%4],  2*bsize, 12*bsize-i*bsize-pixels+(bsize/2)*garbageSize);

				}

				if (!((left != number)&&(right == number)&&(over == number)&&(under == number))) { //not in garbage

					garbageSize=0;

				}

				else {

					garbageSize++;

				}

			}

		}

		for (int i=0; i<6; i++) {

			if (board[i][0]!=-1) {

				DrawImgBoardBounded(transCover,  i*bsize, 12*bsize-pixels);    //Make the appering blocks transperant

			}

		}

	}

public:

	//Draws everything

	void DoPaintJob() {

		DrawIMG(boardBackBack,screen,this->GetTopX()-60,this->GetTopY()-68);

		nf_scoreboard_font.draw(screen, this->GetTopX()+310,this->GetTopY()-68+148,_("Score:") );

		nf_scoreboard_font.draw(screen, this->GetTopX()+310,this->GetTopY()-68+197,_("Time:") );

		nf_scoreboard_font.draw(screen, this->GetTopX()+310,this->GetTopY()-68+246,_("Chain:") );

		nf_scoreboard_font.draw(screen, this->GetTopX()+310,this->GetTopY()-68+295,_("Speed:") );

		DrawImgBoard(backBoard,  0, 0);

		PaintBricks();

		if (stageClear) {

			DrawImgBoard(blackLine,  0, bsize*(12+2)+bsize*(stageClearLimit-linesCleared)-pixels-1);

		}

		if (puzzleMode&&(!bGameOver)) {

			//We need to write nr. of moves left!

			strHolder = _("Moves left: ") + itoa(MovesLeft);

			nf_standard_blue_font.draw(screen, topx+5, topy+5, "%s",strHolder.c_str());

		}

		if (puzzleMode && stageButtonStatus == SBpuzzleMode) {

			DrawImgBoard(bRetry, cordRetryButton.x, cordRetryButton.y);

			PrintTextCenteredBoard(cordRetryButton.x, cordRetryButton.y, _("Retry"));

			if (getLevel()<PuzzleGetNumberOfPuzzles()-1) {

				if (hasWonTheGame) {

					DrawImgBoard(bNext,cordNextButton.x, cordNextButton.y);

					PrintTextCenteredBoard(cordNextButton.x, cordNextButton.y, _("Next"));

				}

				else {

					DrawImgBoard(bSkip,cordNextButton.x, cordNextButton.y);

					PrintTextCenteredBoard(cordNextButton.x, cordNextButton.y, _("Skip"));

				}

			}

			else {

				strHolder = "Last puzzle";

				nf_standard_blue_font.draw(screen, topx+5, topy+5, "%s",strHolder.c_str());

			}

		}

		if (stageClear && stageButtonStatus == SBstageClear) {

			DrawImgBoard(bRetry, cordRetryButton.x, cordRetryButton.y);

			PrintTextCenteredBoard(cordRetryButton.x, cordRetryButton.y, _("Retry"));

			if (getLevel()<50-1) {

				if (hasWonTheGame) {

					DrawImgBoard(bNext,cordNextButton.x, cordNextButton.y);

					PrintTextCenteredBoard(cordNextButton.x, cordNextButton.y, _("Next"));

				}

				else {

					DrawImgBoard(bSkip,cordNextButton.x, cordNextButton.y);

					PrintTextCenteredBoard(cordNextButton.x, cordNextButton.y, _("Skip"));

				}

			}

			else {

				strHolder = "Last stage";

				nf_standard_blue_font.draw(screen, topx+5, topy+5, "%s",strHolder.c_str());

			}

		}

#if DEBUG

		if (AI_Enabled&&(!bGameOver)) {

			strHolder = "AI_status: " + itoa(AIstatus)+ ", "+ itoa(AIlineToClear);

			//NFont_Write(   5, 5, strHolder.c_str());

			nf_standard_blue_font.draw(screen, topx+5, topy+5, "%s",strHolder.c_str());

		}

#endif

		if (!bGameOver) {

			bool touched = false;

			int mx = 0;

			int my = 0;

			this->GetMouseCursor(touched, mx, my);

			if (touched) {

				DrawImgBoard(spriteHolder->GetSprite("touchcursor"),mx*bsize, 11*bsize-my*bsize-pixels);

			}

			else {

				DrawImgBoard(cursor,cursorx*bsize-4,11*bsize-cursory*bsize-pixels-4);

			}

		}

		if (ticks<gameStartedAt) {

			int currentCounter = abs((int)ticks-(int)gameStartedAt)/1000;

			if ( (currentCounter!=lastCounter) && (SoundEnabled)&&(!NoSound)) {

				Mix_PlayChannel(1,counterChunk,0);

			}

			lastCounter = currentCounter;

			switch (currentCounter) {

			case 2:

				DrawImgBoard(counter[2],  2*bsize, 5*bsize);

				break;

			case 1:

				DrawImgBoard(counter[1],  2*bsize, 5*bsize);

				break;

			case 0:

				DrawImgBoard(counter[0],  2*bsize, 5*bsize);

				break;

			default:

				break;

			}

		}

		else {

			if (SoundEnabled&&(!NoSound)&&(timetrial)&&(ticks>gameStartedAt+10000)&&(!bGameOver)) {

				int currentCounter = (ticks-(int)gameStartedAt)/1000;

				if (currentCounter!=lastCounter) {

					if (currentCounter>115 && currentCounter<120) {

						Mix_PlayChannel(1,counterChunk,0);

					}

				}

				lastCounter = currentCounter;

			}

			else {

				if ( (0==lastCounter) && (SoundEnabled)&&(!NoSound)) {

					Mix_PlayChannel(1,counterFinalChunk,0);

				}

				lastCounter = -1;

			}

		}

		if ((bGameOver)&&(!editorMode)) {

			if (hasWonTheGame) {

				DrawImgBoard(iWinner,  0, 5*bsize);

			}

			else {

				if (bDraw) {

					DrawImgBoard(iDraw,  0, 5*bsize);

				}

				else {

					DrawImgBoard(iGameOver,  0, 5*bsize);

				}

			}

		}

	}

private:

	int topx, topy;

};