#include <ClanLib/core.h>#include <ClanLib/display.h>#include <ClanLib/application.h>#include "clump.h"#include "food.h"#include "BugBot.h"#include "mainbrain.h"#include "utility.h"#include <list>#include <vector>#include <algorithm>//#include <fstream>#include <time.h>//#include <conio.h>
#include <iostream>#include "sutil.h"#include "MapHandler.h"using namespace std;

#define DOUBLE_PIXEL_MODE//ofstream errorlog;const extern int SCREENWIDTH ;const extern int SCREENHEIGHT;MapHandler MH;const int size=2;extern std::vector<std::list<BugBot>::iterator> BotIts;//according to Dan Smith, this was the offending line//Spot GlobalMap[320][200];struct color{  float r;  float g;  float b;};color color_map[15] = {    {0.0,0.0,0.0}, //0 Black    {0.5,0.0,0.0}, //1 Red    {0.0,0.5,0.0}, //2 Green    {0.5,0.5,0.0}, //3 Yellow    {0.0,0.0,0.5}, //4 Blue    {0.5,0.0,0.5}, //5 Magenta    {0.0,0.5,0.5}, //6 Cyan    {0.5,0.5,0.5}, //7 White (Gray)    {1.0,0.0,0.0}, //8 Bright Red    {0.0,1.0,0.0}, //9 Bright Green    {1.0,1.0,0.0}, //10 Bright Yellow    {0.0,0.0,1.0}, //11 Bright Blue    {1.0,0.0,1.0}, //12 Bright Magenta    {0.0,1.0,1.0}, //13 Bright Cyan    {1.0,1.0,1.0}};//14 Bright White

bool CheckPosition(const Position &pos)
{
	if(pos.x <0 || pos.x >= SCREENWIDTH)
		std::cout << "Bad x " << pos.x << endl;
	if(pos.y <0 || pos.y >= SCREENHEIGHT)
		std::cout << "Bad y " << pos.y << endl;

	return true;
}


class BBApp: CL_ClanApplication{public:  char *get_title(){ return "BugBots";}  int main(int argc, char **argv)  {    CL_SetupCore::init();    CL_SetupDisplay::init();


#ifdef _DEBUG
	CL_ConsoleWindow console("Console",80,1000);
	console.redirect_stdio();
#endif


#ifdef DOUBLE_PIXEL_MODE    CL_Display::set_videomode(SCREENWIDTH * size,SCREENHEIGHT *size,24,false);
#else
	CL_Display::set_videomode(SCREENWIDTH,SCREENHEIGHT,24,false);
#endif    m_target = CL_Display::get_target();    srand(time(NULL));     Position pmb1;    pmb1.Random();        MH.NewMainBrain(pmb1,1,8,8,8,3);       Position pmb2;    pmb2.Random();    MH.NewMainBrain(pmb2,4,11,11,11,10);    Position pc1;    pc1.Random();    MH.NewClump(pc1,10);    Position c2pos;    c2pos.Random();    MH.NewClump(c2pos,20);        Position c3pos;    c3pos.Random();    MH.NewClump(c3pos,30);        bool done = false;    while(!CL_Keyboard::get_keycode(CL_KEY_ESCAPE) && !done)    {	std::vector<Position> corpse_pos;	m_target = CL_Display::get_target();      for(std::list<MainBrain>::iterator i=MH.GetMainBrainBegin();	  i!=MH.GetMainBrainEnd();i++)	{	  (*i).Update();/*	  m_target->draw_pixel((*i).GetPos().x,(*i).GetPos().y,	  color_map[14].r, color_map[14].g,	  color_map[14].b); */#ifdef DOUBLE_PIXEL_MODE
		if(!MH.WithinSpace(Position(i->GetPos())))
		{
			std::cout << "MB found outside space" << endl;
		}	  for(int r=0; r < size; r++)	      for(int c=0; c < size; c++)	      {		  m_target->draw_pixel((*i).GetPos().x*size + r,				       (*i).GetPos().y*size +c,				       color_map[14].r, color_map[14].g,				       color_map[14].b);	      }#else
		  CheckPosition(i->GetPos());
	m_target->draw_pixel((*i).GetPos().x,(*i).GetPos().y,
	  color_map[14].r, color_map[14].g,
	  color_map[14].b);#endif	}      for(std::list<BugBot>::iterator b=MH.GetBugBotBegin();	  b!=MH.GetBugBotEnd();b++)	{			  (*b).Update();	  Position pos= (*b).GetPos();	  
	if(!MH.WithinSpace(pos))
		{
			std::cout << "BB found outside space" << endl;
		}
	  if(!(*b).IsCorpse())	    {	      int team = (*b).GetTeam();	      int color = (*MH.GetMainBrainIter(team)).		GetColor((*b).GetFlags());	      							     	      //      m_target->	      //	draw_pixel(pos.x,pos.y,color_map[color].r, color_map[color].g,	      //		   color_map[color].b);#ifdef DOUBLE_PIXEL_MODE	  for(int r=0; r < size; r++)	      for(int c=0; c < size; c++)	      {		  m_target->draw_pixel((pos.x *size) + r,				       (pos.y *size) +c,				       color_map[color].r, color_map[color].g,				       color_map[color].b);	      }#else

		  	  CheckPosition(pos);
	m_target->draw_pixel(pos.x,pos.y,color_map[color].r, color_map[color].g,
	      		   color_map[color].b);#endif	    }	  else	    {	      corpse_pos.push_back(pos);	    }	}      for(std::vector<Position>::iterator pp=corpse_pos.begin();	  pp!=corpse_pos.end();pp++)	{	    // m_target->draw_pixel((*pp).x,(*pp).y,color_map[7].r,
	    //		 color_map[7].g,
	    //		 color_map[7].b);
#ifdef DOUBLE_PIXEL_MODE	  for(int r=0; r < size; r++)	      for(int c=0; c < size; c++)	      {		  m_target->draw_pixel((*pp).x *size + r,				      (*pp).y *size +c,				       color_map[7].r, color_map[7].g,				       color_map[7].b);	      }

#else
			  CheckPosition(*pp);m_target->draw_pixel((*pp).x,(*pp).y,color_map[7].r,
	    		 color_map[7].g,
	    		 color_map[7].b);#endif	}       for(std::list<Clump>::iterator c=MH.GetClumpBegin();	  c!=MH.GetClumpEnd();c++)	{		  (*c).Update();		}      	      for(std::list<Food>::iterator f=MH.GetFoodBegin();f!=MH.GetFoodEnd();f++)	{	  
		  	if(!MH.WithinSpace(f->GetPos()))
		{
			std::cout << "Food found outside space" << endl;
		}	   //	  m_target->draw_pixel((*f).GetPos().x,(*f).GetPos().y,	    //		       color_map[2].r, color_map[2].g, color_map[2].b);#ifdef DOUBLE_PIXEL_MODE	  for(int r=0; r < size; r++)	      for(int c=0; c < size; c++)	      {		  m_target->draw_pixel((*f).GetPos().x *size + r,				      (*f).GetPos().y *size +c,				       color_map[2].r, color_map[2].g,				       color_map[2].b);	      }
#else
		CheckPosition(f->GetPos());
m_target->draw_pixel((*f).GetPos().x,(*f).GetPos().y,
	    	 color_map[2].r, color_map[2].g, color_map[2].b);
#endif	}            // MH.CorrectMap();      corpse_pos.clear();      //   CL_Display::sync_buffers();      CL_Display::flip_display();      CL_Display::clear_display(0,0,0);      CL_System::keep_alive();    }    return 0;  }private:  CL_Target *m_target;  };BBApp app;