//structs used to pass data between classes all at once

#ifndef __PLAYERLOCATION_H__
#define __PLAYERLOCATION_H__

#ifndef IGNORE_DEPEND
#include <math.h>
#endif

#include "vector.h"

/////////////////////////////////////////////////////////////
//

#define MAXPLAYERS 25
#define toRadian(x) ((x)*M_PI/180)
#define abs(x) ((x>0)?x:-x)

enum { X = 0, Y, Z };

enum { ATTACHED_CAMERA=0, 
       TAILING_CAMERA, 
       DETACHED_CAMERA, 
       ADJUST_CAMERA,
       NUM_CAMERA_MODE};

typedef Vector::vector3d<float> vector3f;


////////////////////////////////////////////////////////////
//

#define BASE_GLOW (-250)
#define FULL_GLOW 250
#define BASE_HP 5000

#define GLOW_DAMAGE 2000 //how many hp you lose if someone starts glowing within range of you
#define GLOW_AREA_DAMAGE 20 //how many hp per frame you lose if someone nearby you is glowing
#define GLOWDISTANCE 7 //how many tiles away the glow reaches

struct PlayerState {  
  vector3f loc;
  float theta, phi;
  float speed;
  float angle;
  int model;
  int frame;

  int glowing;//glow left-have a system to regulate it: if it's above BASE_GLOW lose 1 glow per update state. if >0, you're glowing. if <0 but >base youre regenerating. if <=base you can glow again, and go up to full glow if you do.
  int hp;//hit points-if less than 0, you cant move. regenerate 1 per update state up to base
};

struct CameraState {
  vector3f eye;
  vector3f at;
  vector3f up;
  vector3f dir;
  int mode;
};


#endif