How would I partake in doing such work. Say I have my normal emiter:

Code:

---

 if(weapon_number==1)//////
	{
ent_vertex(temp,765);///vertex shell
CREATE <case.mdl>,temp,Part_shell;
} 

---

Now i got my Shell code where it does the normal random flips out of the case. How could i add physics to this...im thinking on using newtons.

Code:

---

 function Part_Shell()
{
my.passable = on;
my.metal = on;
my.scale_x *= 0.4;
my.scale_y *= 0.4;
my.scale_z *= 0.4;

// throw part
my._speed_x = random(6) - 3;
my._speed_y = random(6) - 3;
my._speed_z = random(3) + 8;

//reset:
my._aspeed_pan = 0 + random(20);
my._aspeed_tilt = 0 + random(70);
my._aspeed_roll = 0;

MY.PAN = YOUR.PAN;
 	MY.TILT = YOUR.TILT;

//Animate
my.skill9 = 20 + random(50);

while(my.skill9 > -16)
{
move_mode=ignore_models;
	abspeed[0] = my._speed_x * time;
	abspeed[1] = my._speed_y * time;
	abspeed[2] = my._speed_z * time;

	my.pan += my._aspeed_pan * time;
	my.tilt += my._aspeed_tilt * time;
	my.roll += my._aspeed_roll * time;

	vec_scale(absdist,movement_scale); // scale absolute distance by movement_scale
	move(my,nullvector,abspeed);

	if(bounce.z)
	{
		my._speed_z = -(my._speed_z/2);
		if(my._speed_z < 0.25)
		{
			my._speed_x = 0;
			my._speed_y = 0;
			my._speed_z = 0;
			my._aspeed_pan = 0;
			my._aspeed_tilt = 0;
			my._aspeed_roll = 0;
		}
	}

my._speed_z -= 2*time;
	my.skill9 -= 1;

	//fade out:

	my.alpha -= 2*time;
	if(my.alpha <=0)
	{
		//remove
wait(1);
remove(me);
		
		
	}
	wait(1);
}

} 

---

Any ideas...i want it to bounce on ground i can call a sound....and then remove(me);

Thanks.

Newtons Physics are excelent and easy to use, but this forum is strictly for A6 physics engine. if you cannot find your answer with this physics engine, newton is much easier, if you can figure out how to implement it in realtime. Give newton a try, and post questions at newtons forum.