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Code: Select all

class Robot{
	unsigned char brain_code[BRAIN_SIZE];
	unsigned char ext_memory[EXT_MEM_SIZE];
	unsigned char mating_code[4]; //there is the initial one,the negated one, then the plus and minus 0x44 one
	int posx,posy;
	unsigned char hp;
	unsigned char attack_power;
	unsigned char rotation:2;

	public:
	bool turn;
	unsigned int r[8]; //r0-r7 for registers..
	unsigned int ip;
	Robot(int init_x,int init_y,const unsigned char *brain); //initial robots and mutations
	Robot(int init_x, int init_y,const Robot &parent1,const Robot &parent2);
	~Robot();
	//void Create(int init_x, int init_y, unsigned char *brain, unsigned char mate_code);
	unsigned int ChangeHp(signed int amount); //this is relational!
	unsigned int const GetHp(){return hp;}
	//It is constructed to bring to life and destructed to kill?
	int Move(signed int amount); //returns actual amount moved(in case something is in the way)
	void Rotate(bool way); //way is one for CW and zero for CCW
	char const GetDirection(){return rotation;} //returns RIGHT, LEFT, or UP or DOWN...
	//void Kill(); //this kills the Robot. Because of the way robots are linked in a list, we can't destruct it..
	void EndTurn(); //This decrements the hp for each turn
	void Attack(Robot &victim);
	unsigned char GetFrontPixel();
	unsigned char GetBackPixel();
	void Kill(void); //?
	unsigned char GetCurrentByte(){return brain_code[ip];}
	unsigned char GetByte(int pos){return brain_code[pos];}


};

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Robot::Robot(int init_x,int init_y,const unsigned char *brain){
	cout <<"t";
	attack_power=5;

	memcpy(brain_code,brain,BRAIN_SIZE); //copy brain code
	if(display.GetPoint(init_x,init_y)!=FREESPACE_COLOR){
		/**Means that the requested coordinates are actually filled.**/
		cout << "Error: Requested coordinates for robot not valid!" << endl;
		exit(1);
	}
	rotation=UP;
	hp=HP_INIT;
	//have to setup matin gcode too!
}

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void DoRobot(){
	InitLogiCode();
	Robot cbot(5,2,test_brain); //works 
	Robot *tbot=new Robot(5,2,test_brain); //crashes
	//crobot=new Robot(5,2,test_brain);

	for(;;){
		//DoBrain(*crobot);
	}
}

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if(display.GetPoint(init_x,init_y)!=FREESPACE_COLOR){
      /**Means that the requested coordinates are actually filled.**/
      cout << "Error: Requested coordinates for robot not valid!" << endl;
      exit(1);
} 

Code: Select all

Robot::Robot(int init_x,int init_y,const unsigned char *brain){
	cout <<"t";
	attack_power=5;

	memcpy(brain_code,brain,BRAIN_SIZE); //copy brain code
	if(display.GetPoint(init_x,init_y)!=FREESPACE_COLOR){
		/**Means that the requested coordinates are actually filled.**/
		cout << "Error: Requested coordinates for robot not valid!" << endl;
		exit(1);
	}
	rotation=UP;
	hp=HP_INIT;
	//have to setup matin gcode too!
}

Code: Select all

#include <iostream>

using namespace std;

class Robot{
   public:char brain_code[78];
   bool turn;int attack_power;
   unsigned int r[8]; //r0-r7 for registers..
   unsigned int ip;
   Robot(int init_x,int init_y,string brain); //initial robots and mutations
   Robot(int init_x, int init_y,const Robot &parent1,const Robot &parent2);
   ~Robot(){}
};

#define BRAIN_SIZE 2
#define FREESPACE_COLOR 23
Robot::Robot(int init_x,int init_y,string brain){
   cout <<"t";
   attack_power=5;
} 


int main(){string test_brain = "meow";
  // InitLogiCode();
   Robot cbot(5,2,test_brain); //works
   Robot *tbot=new Robot(5,2,test_brain); //crashes
   //crobot=new Robot(5,2,test_brain);

   for(;;){
      //DoBrain(*crobot);
   }
}