Non Physics Follower?

Today I have spend 2 hours making a high detail robot. Hehe but when I tryed to use the basic follower script..... it didn't work... cuz my robot is over 31 prims... I been asking around for a non physics follower script today... without any luck..... can somebody help me? I really want to get my bot off the ground.

replace llMoveToTarget( vWhatEver, 0.2 ); with llSetPos( vWhatever );

Azelda

Well i have a few that use;

while (llDetectedPos(0) > 0.001) (llSetPos(llDetectedPos(0) + offset);

I'm not in world right now but this is the basic way. this exactly probably doesn't work, but give me an IM in world and I'll send it to you. You definatly want to use the 'while'.

Here Miraslaw, sorry I couldn't help w/ this last night when you IM'ed me. Give this a try, should be what you're looking for. Keep in mind that since it's non-physical it go through walls, ect... I just took the previous script I had posted, changed to llSetPos unstead of llMovetoTarget (found out lookat works with non-physical also), and removed the part where it turns on physics. Enjoy!

////////////////////////////////////////////////////////////////
// Non physical Basic Follower/Facing Script, by Logan Bauer.    12/6/4    //
////////////////////////////////////////////////////////////////
// OFFSET is the position of your pet in relation to it's owner's position.
// For example, in the default setting below, "vector offset =<-1,0,1>;"
// I.E. (x,y,z), the -1 puts it 1m back behind owner, the 0 means don't have
// it stay left or right, and 1 means have it stay 1m above it's owner.  
// So, if you wanted the script to make it follow directly in front of you,
// and to the left, then you would change it to "vector offset =<1,1,0>;"


vector offset =<-1,0,1>;

startup()
{
        vector pos = llGetPos();
        llSetStatus(STATUS_ROTATE_Z,TRUE);
        key id = llGetOwner();
        llSensorRemove();
        llSensorRepeat("",llGetOwner(),AGENT,200,2*PI,.5);
}

default
{
        state_entry()
    {
        startup();

       
    }

    on_rez(integer start_param)
    {
        startup();
    }

    sensor(integer total_number)
    {
        vector pos = llDetectedPos(0);
        llSetPos(pos+offset*llDetectedRot(0));     
        llLookAt(pos, .1 , 1);
    }
}

I thought llLookAt required physics? Huns posted some good non physical functions a while back that might help.

Replace llMoveToTarget & llSetPos with
llSetPrimitiveParams([PRIM_POSITION,<vector>]);
you will notice it will work at higher altitudes...