blame: source/code/mainVars.inc

/*

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

blockattack - Block Attack - Rise of the Blocks

Copyright (C) 2005-2012 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://blockattack.net

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

*/

//Make sure it is only included once

#ifndef _MAINVARS_HPP

#define	_MAINVARS_HPP

#include "sago/SagoSprite.hpp"

#include "BlockGame.hpp"

//main variables and constants

//Animation lengths:

#define READYTIME 500

#define BOMBTIME 200

#define CURSORTIME 200

#ifndef SHAREDIR

#define SHAREDIR "."

#endif

const char sharedir[] = SHAREDIR;

//All graphic in the game (as pointers):

sago::SagoSprite backgroundImage; //Stores the background image

static sago::SagoSprite backBoard;     //Stores the background to the board

static sago::SagoSprite bForward;      //The "forward" button

#if NETWORK

//static sago::SagoSprite bNetwork;

//static sago::SagoSprite bConnect;

//static sago::SagoSprite bHost;

#endif

static sago::SagoSprite blackLine;		//The seperator in stage clear

static sago::SagoSprite stageBobble;	//The bobble instage clear

SDL_Renderer *screen;        //The whole screen;

static sago::SagoSprite iGameOver;     //The gameOver image

static sago::SagoSprite iWinner;		//the "winner" image

static sago::SagoSprite iDraw;			//the "draw" image

static sago::SagoSprite iLoser;		//the "loser" image

static sago::SagoSprite iChainFrame;

//Animations:

static sago::SagoSprite cursor;    //The animated cursor

static sago::SagoSprite bomb;

static sago::SagoSprite ready;      //Before the blocks fall

static sago::SagoSprite explosion[4];   //Then a block explodes

//Animations end

static sago::SagoSprite counter[3];    //Counts down from 3

static sago::SagoSprite bricks[7];     //The bricks, saved in an array of pointers

static sago::SagoSprite crossover;     //Cross the bricks that will be cleared soon

static sago::SagoSprite balls[7];      //The balls (the small ones that jump around)

static sago::SagoSprite boardBackBack;

static sago::SagoSprite garbageTL;			//the Garbage Blocks

static sago::SagoSprite garbageT;

static sago::SagoSprite garbageTR;

static sago::SagoSprite garbageR;

static sago::SagoSprite garbageBR;

static sago::SagoSprite garbageB;

static sago::SagoSprite garbageBL;

static sago::SagoSprite garbageL;

static sago::SagoSprite garbageFill;

static sago::SagoSprite garbageM;

static sago::SagoSprite garbageML;

static sago::SagoSprite garbageMR;

static sago::SagoSprite smiley[4];

static sago::SagoSprite garbageGM;

static sago::SagoSprite garbageGML;

static sago::SagoSprite garbageGMR;

static sago::SagoSprite transCover;        //The transperant block, covers the upcomming

static sago::SagoSprite bSkip;

static sago::SagoSprite bRetry;

static sago::SagoSprite bExit;

const int bExitSize = 100;  //height and width of the exit button

const int bExitOffset = 140; //pixels from the buttom right corner to the top left of the exit button

static NFont nf_standard_small_font;

static Mix_Music *bgMusic;         //backgroundMusic

static Mix_Music *highbeatMusic;   //Background music with higher beat

static Mix_Chunk *boing;           //boing sound when clearing

static Mix_Chunk *applause;        //Applause, then the player is good

static Mix_Chunk *photoClick;      //clickSound

static Mix_Chunk *counterChunk;         //When counting down

static Mix_Chunk *counterFinalChunk;

static bool bMouseUp;              //true if the mouse(1) is unpressed

static bool bMouseUp2;             //true if the mouse(2) is unpressed

#if NETWORK

static bool bNetworkOpen;			//Show the network menu

#endif

static bool bNearDeathPrev;                    //Near death status last time checked.

static bool puzzleLoaded;          //true if the puzzle levels have been loaded

static bool drawBalls;             //if true balls are drawed to the screen, this might lower framerate too much

static bool editorMode = false;

static bool editorModeTest = false;

//global settings (reset everytime the game starts)

static Uint8 player1Speed=0;

static Uint8 player2Speed=0;

static bool player1AI=false;		//Is AI enabled?

static bool player2AI=false;		//Is AI enabled for player 2 (opponent in single player)

static Uint8 player1AIlevel=3;		//What level is AI? 0 min, 6 max

static Uint8 player2AIlevel=3;

static const Uint8 AIlevels=7;		//7 possible levels: 0..6

static Uint8 player1handicap=0;

static Uint8 player2handicap=0;

unsigned long int currentTime;      //contains the current time, so we don't call SDL_GetTickets() too often...

bool twoPlayers;    //True if two players are playing

//Old Stage Clear Buble

static int oldBubleX, oldBubleY;

//Allows starting the game with just a single puzzle. Mainly to be able to open a puzzle directly from the level editor

static bool singlePuzzle = false; 

static int singlePuzzleNr = 0;

static std::string singlePuzzleFile;

#if DEBUG

//frame counter (fps)

unsigned long int Frames, Ticks;

char FPS[10];

#endif

//keySetup

const int player1keys = 0;

const int player2keys = 2;

//Stores the controls

struct control

{

	SDL_Keycode up;

	SDL_Keycode down;

	SDL_Keycode left;

	SDL_Keycode right;

	SDL_Keycode change;

	SDL_Keycode push;

};

control keySettings[3];	//array to hold the controls (default and two custom)

#define KEYMENU_MAXWITH 4

#define KEYMENU_MAXDEPTH 7

static const int buttonXsize = 120;

static const int buttonYsize = 40;

struct ButtonCords

{

	int x;

	int y;

	int xsize;

	int ysize;

};

ButtonCords cordNextButton =

{

	cordNextButton.x = 3*bsize+(3*bsize-buttonXsize)/2,

	cordNextButton.y = 10*bsize,

	cordNextButton.xsize = buttonXsize,

	cordNextButton.ysize = buttonYsize

};

ButtonCords cordRetryButton =

{

	cordRetryButton.x = (3*bsize-buttonXsize)/2,

	cordRetryButton.y = 10*bsize,

	cordRetryButton.xsize = buttonXsize,

	cordRetryButton.ysize = buttonYsize

};

#endif