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class bunny
{
public:
SDL_Rect obscolbox;
int return_direction ()
//collision boxes keep up
void update_rect(int x,int y)
{
obscolbox.x=x;
obscolbox.y=y;
obscolbox.w=50;
obscolbox.h=50;
}
bunny()
{
int sex = (1+rand()%2);
if (sex == 2)
{
female = true;
}
start_pos_x = (40+rand()%540);
start_pos_y = (40+rand()%300);
}
//set position of the bunny
void set_posx_posy(int posx,int posy)
{
start_pos_x = posx;
start_pos_y = posy;
}
//get position of da bunny
int getposx()
{
return start_pos_x;
}
int getposy()
{
return start_pos_y;
}
bool bunny_collision(SDL_Rect &A,SDL_Rect &B)
{
}
collided=true;
return true;
}
void new_direction()
{
int dir = 0;
dir = (1+rand()%5);
if(dir==1)
{
up=true;
}
if(dir==2)
{
down = true;
}
if(dir==3)
{
left = true;
}
if(dir==4)
{
right = true;
}
if(dir==5)
{
still = true;
}
}
bool check_pos()
//the basic bunny behaviour function
void roam_about()
{
if (still == true)
{
apply_surface(start_pos_x,start_pos_y,bunnysheet,screen,&clips[stillclips]);
stillclips++;
roamtime++;
if (stillclips == 23)
{
stillclips =12;
}
if(roamtime == 12)
{
still=false;
roamtime = 0;
new_direction();
}
}
//same as above for up down left and right, just had to cut them out//
}
//breeding sequence
else if (go_nest == true)
{
apply_surface(start_pos_x,start_pos_y,bunnysheet,screen,&clips[nestclips]);
nestclips++;
roamtime++;
if (nestclips == 47)
{
nestclips = 24;
pregnant =true;
}
if(roamtime == 23)
{
roamtime = 0;
go_nest = false;
new_direction();
}
}
//so a newly created bun hops out of a hole and runs left, hopefully
else if (hole_pop == true)
{
apply_surface(start_pos_x,start_pos_y,bunnysheet,screen,&clips[holeclips]);
holeclips++;
roamtime++;
if(holeclips==52)
{
holeclips = 48;
}
if(check_pos() == true)
{
roamtime = 0;
hole_pop = false;
new_direction();
}
}
collided = false;
}
};
int main( int argc, char* args[] )
{
//initialize stuffs
/there ere all the clip dimensions here, millions of em//
vector<bunny>bunny_list;
bunny_list.push_back(bunny());
bunny_list.push_back(bunny());
bunny_list.push_back(bunny());
bunny_list.push_back(bunny());
//units of .120 seconds passing, bunnies need time for a life span will change this near finish
int q=0;
for(q; q < 5000; q++)
{
//checks each bunny against a bunny
for (int n =0; n<bunny_list.size(); n++ )
{
bunny_list[n].update_rect(bunny_list[n].start_pos_x,bunny_list[n].start_pos_y);
if(bunny_list[n].pregnant==true)
{
bunny_list[n].babiesx=bunny_list[n].getposx();
bunny_list[n].babiesx=bunny_list[n].getposy();
bunny_list[n].gestation++;
}
else if(bunny_list[n].gestation == 100)
{
bunny_list[n].gestation = 0;
bunny_list[n].pregnant=false;
int x = bunny_list[n].babiesx;
int y = bunny_list[n].babiesy;
bunny_list.push_back(bunny());
bunny &neobun = bunny_list.back();
neobun.set_posx_posy(x,y);
neobun.roamtime=0;
int for_switch = neobun.return_direction();
switch(for_switch)
{
case(1):
bunny_list[n].up=false;
break;
case(2):
bunny_list[n].down=false;
break;
case(3):
bunny_list[n].right=false;
break;
case(4):
bunny_list[n].left=false;
break;
case(5):
bunny_list[n].still=false;
case(6):
bunny_list[n].go_nest=false;
}
neobun.hole_pop=true;
}
else
continue;
for (int z =0; z<bunny_list.size(); z++ )
{
if(n==z)
continue;
if((bunny_list[n].female==false)&&(bunny_list[z].female==false))
continue;
bunny_list[n].bunny_collision(bunny_list[n].obscolbox,bunny_list[z].obscolbox);
if(bunny_list[n].collided==true)
{
bunny_list[n].roamtime=0;
int for_switch = bunny_list[n].return_direction();
switch(for_switch)
{
case(1):
bunny_list[n].up=false;
break;
case(2):
bunny_list[n].down=false;
break;
case(3):
bunny_list[n].right=false;
break;
case(4):
bunny_list[n].left=false;
break;
case(5):
bunny_list[n].still=false;
case(6):
bunny_list[n].hole_pop=false;
}
bunny_list[n].go_nest=true;
break;
}
}
bunny_list[n].roam_about();
}
//apply_surface(240,230,bunnysheet,screen,&clips[48]);//for testing clips!!
SDL_Flip(screen);
SDL_FillRect(screen,&screen->clip_rect,SDL_MapRGB(screen->format,253,253,253));
SDL_Delay(120);
}
SDL_FreeSurface(bunnysheet);
}
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