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/*
File: Game.h
Description: Game management
Program: BlockOut
Author: Jean-Luc PONS
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.
*/
#include <math.h>
#include "GLApp/GLApp.h"
#include "GLApp/GLSprite.h"
#include "GLApp/GLMatrix.h"
#include "GLApp/GLFont.h"
#include "BotPlayer.h"
#include "Sprites.h"
#include "SetupManager.h"
#include "SoundManager.h"
class Game {
public:
Game();
// Set manager
void SetSetupManager(SetupManager *manager);
void SetSoundManager(SoundManager *manager);
// Initialise device objects
int Create(int width,int height);
// Render the Game
void Render();
// Release device objects
void InvalidateDeviceObjects();
// Start a game
void StartGame(int width,int height,float fTime);
// Start a practice
void StartPractice(int width,int height,float fTime);
// Start a demo
void StartDemo(int width,int height,float fTime);
// Process game
int Process(BYTE *keys,float fTime);
// Ask full repaint
void FullRepaint();
// Get score
SCOREREC *GetScore();
// Set view matrix
void SetViewMatrix(GLfloat *mView);
GLFont2D *pFont;
private:
// The pit
Pit thePit;
// PolyCubes
PolyCube allPolyCube[NB_POLYCUBE]; // All polycubes (41 items)
int possible[NB_POLYCUBE]; // All possible polycubes for the setup
int nbPossible; // Number of possible polycube
// Game sprites
Sprites sprites;
// Manager
SetupManager *setupManager;
SoundManager *soundManager;
// Game stuff
SCOREREC score; // Score
int level; // Current level
int highScore; // High score of the current game setup
int gameMode; // Game mode
int pIdx; // Current polycube index (in the allPolyCube array)
int exitValue; // Go back to menu when 1
int cubePerLevel; // Number of cube per level
int dropPos; // Drop position
int cursorPos; // Descent cursor
// AI stuff (Demo mode)
BotPlayer botPlayer; // AI player
AI_MOVE AIMoves[MAX_MOVE]; // AI computed moves
int nbAIMove; // Number of AI moves
int curAIMove; // Current AI move
float lastAIMoveTime; // Last move time stamp
BOOL demoFlag; // Demo flag
BOOL practiceFlag; // Practice flag
// PolyCube coordinates
GLfloat mat[16]; // Global transform matrix
GLMatrix matRot; // Current rotation matrix (frame)
GLMatrix newMatRot; // Virtual rotation matrix
VERTEX vPos; // Current position (frame)
VERTEX vTransPos; // Virtual position
VERTEX vOrgPos; // Origin of translation
int xPos; // Virtual position
int yPos; // Virtual position
int zPos; // Virtual position
// Time stamps
float startTranslateTime;
float startRotateTime;
float startRedTime;
float startPauseTime;
float startStepTime;
float startGameTime;
float startSpark;
float startEndTime;
// Animation time
float animationTime;
float stepTime;
// Modes
int rotateMode;
BOOL dropMode;
BOOL dropped;
BOOL lastKeyMode;
BOOL redMode;
// Misc
float curTime;
int fullRepaint;
int transparent;
BOOL inited;
int style;
int lineWidth;
BOOL endAnimStarted;
// Constant matrix
GLMatrix matRotOx;
GLMatrix matRotOy;
GLMatrix matRotOz;
GLMatrix matRotNOx;
GLMatrix matRotNOy;
GLMatrix matRotNOz;
// Viewport and transformation matrix
GLVIEWPORT spriteView;
GLVIEWPORT pitView;
GLfloat matProj[16];
GLfloat matView[16];
GLfloat pitMatrix[16];
// Background
Sprite2D background;
// Spark
Sprite2D spark; // Spark
// Help mode
GLMatrix matAI;
float startShowAI;
// Private methods
void HandleKey(BYTE *keys);
BOOL StartRotate(int rType);
BOOL StartTranslate(int tType);
void InitTranslate();
void StartDrop();
void AddPolyCube();
void NewPolyCube(BYTE *keys);
int SelectPolyCube();
void TransformCube(GLMatrix *matRot,BLOCKITEM *cubes,int nbCube,int tx,int ty,int tz);
BOOL IsOverlap(GLMatrix *matRot,int tx,int ty,int tz,int *ox,int *oy,int *oz);
BOOL IsOverlap(GLMatrix *matRot,int tx,int ty,int tz);
BOOL IsOverlap(GLMatrix *matRot,int tx,int ty,int tz,BLOCKITEM *pos);
BOOL IsOverlap(GLMatrix *matRot,int tx,int ty,int tz,int *ox,int *oy,int *oz,BLOCKITEM *pos);
BOOL IsLower();
int GetBottom();
int InitPolyCube(BOOL transparent,float wEdge);
void ComputeScore(int nbLines,BOOL pitEmpty);
void StartSpark(BLOCKITEM *pos);
void RenderPracticeHelp();
void ComputeHelp();
};
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