my.skill15 = max(my.skill15,-15);
		my.skill15 = min(my.skill15,0);
		
		if(key_e == 1) 
		{
			my.skill15 -= 0.5*time_step;
		}
		if(key_d == 1)
		{
			my.skill15 += 0.5*time_step;	
		}
		
		ent_animate(my,NULL,0,0);
		ent_bonerotate(my,"arm_axis",vector(0,my.skill15,0));

Quote:

---

Something like
my.skill15 = 0.5 * (key_d-key_a) * Time_step;

---

my.skill15 = max(my.skill15,-15);
		my.skill15 = min(my.skill15,0);
		
		if(key_e == 1) 
		{
			my.skill15 -= 1.0*time_step;
		}
			my.skill15 += 0.5*time_step;
		
		ent_animate(my,NULL,0,0);
		ent_bonerotate(my,"arm_axis",vector(0,my.skill15,0));

Quote:

---

Code:

---

my.skill15 = max(my.skill15,-15);
		my.skill15 = min(my.skill15,0);
		
		if(key_e == 1) 
		{
			my.skill15 -= 1.0*time_step;
		}
			my.skill15 += 0.5*time_step;
		
		ent_animate(my,NULL,0,0);
		ent_bonerotate(my,"arm_axis",vector(0,my.skill15,0));

---

Is this what you were thinking of? It should stay at 15, unless the user presses and holds the E key. Then it will go back up (when released).

---

Almost perfect But is there a way to put the E button one and that there will be a loop to such a movement? So the user don't need to push the E button every time?

var inc;
var status_accel = 0;
define speed, skill2;
function change_speed()
{  
status_accel = 0;  
wait(1); 
 my = player; 
 status_accel = 1; 
 if(my.speed <= 0) 
{ inc = 1; } 
 else { inc = -1; }  
  while(status_accel)  
{   
 my.speed += 0.1 * inc * time_step;  
      if(my.speed >= 3 || my.speed <= 0)  
   {      
 status_accel = 0; 
   }       
 wait(1);  
}
}

ent_animate(my,"arm_axis",my.tilt,ANM_CYCLE)

Quote:

---

This code didn't work. Although I editted the script so that it was good to me.

Yesterday I had to come on a idea to animate the entity with a bone. It worked for nouw, but I don't understand a thing in the manual.

I use ent_animate to move it. But I don't know how it exactly works.

The bone that I have attached to my model have the name "arm_axis" in MED.

Should the code be like this?

Code:

---

ent_animate(my,"arm_axis",my.tilt,ANM_CYCLE)

---

---

action arm1
{
	arm_1 = my;
	my.passable = on;
	
	vec_for_vertex(temp,my,87);
	ent_create("kruis.mdl",temp, kruis1);
	
	while(my)
	{
		vec_for_vertex(temp, machine, 235);
		my.x = temp.x;
		my.y = temp.y;
		my.z = temp.z;
		my.pan = machine.pan +90;

		my.scale_x = 1.7;
		my.scale_y = 1.7;
		my.scale_z = 1.7;
		
		if(key_e == on)
		{
			my.skill15 += 1.5*time_step;
		}
		
		ent_animate(my,NULL,0,0);
		ent_animate(my,"move",my.skill15,ANM_CYCLE);
		
		wait(1);
	}
}

action kruis1
{
	kruis_1 = my;
	my.passable = on;
	
	while(1)
	{
		vec_for_vertex(temp, arm_1, 87);
		my.x = temp.x;
		my.y = temp.y;
		my.z = temp.z-4;
		my.scale_x = 0.7;
		my.scale_y = 0.7;
		my.scale_z = 0.7;
		my.roll =- kruis_1.roll;
		my.tilt = arm_1.skill15;
		my.pan -= arm_1.pan;
		
		my.pan += cross;
		if(key_w == 1.2)
		{
			if(cross < 1)
			{
				cross += 0.015*time_step;
			}
		}
		if(key_s == 1)
		{
			if(cross > 0)
			{
				cross -= 0.015*time_step;
			}
		}
	
		c_rotate(my, vector(arm_1.pan,arm_1.skill15,0), USE_AXIS);
		
		wait(1);		
	}
}