Quote:


phent_enable(me,0);
temp.x = cos(my.pan) * force;
temp.y = sin(my.pan) * force;
temp.z = 0;
phent_enable(me,1);
phent_addcentralforce(you,temp);
Now, it seems to work SOMETIMES. But other times it simply won't unless written like this:


The above code retains the object's velocity past the phent_enable() calls. A disabled entity is excluded from having its position or velocity change over time. It is not unregistered or reset by that call.

Quote:


wait(1);
phent_settype(me, 0, 0);
temp.x = cos(my.pan) * force;
temp.y = sin(my.pan) * force;
temp.z = 0;
phent_settype(me, PH_RIGID, PH_SPHERE);
phent_addcentralforce(you,temp);


In this example you can think of the first me and the second me (or you due to the typo) as being 2 separate objects that have nothing to do with each other.
What do you want to achieve? If it's just setting the velocity to 0 you could call phent_setmaxspeed(me,0,0) and wait one time unit (== 1.0/PH_FPS_MAX_LOCK)