Let's create a drone in edMondo!

1.  Serbian partners build the different part of drone in edMondo, share their work in twinspace where they discuss with partners

2.  Italian partners animate it with script in edMondo. They share their activities in twinspace and discuss with other partners

At work!

The script to animate a drone by class IV A ITE "Marconi-Guarasci" Rogliano (Cs) Italy

Unfortunately the connection does not allow the whole class to access we have worked only with the LIM, but the result was still exciting!

rotation delta;
rotation rot;
integer handle;
default
{
    state_entry()
    {
              
       handle=llListen(30,"",NULL_KEY,"");
    }

    touch_start(integer total_number) 
 {
    
       key id=llDetectedKey(0);
       
        llDialog(id,"Inizia a gestire i movimenti:X+1 significa che incrementa di un metro la coordinata X, 
mentre -30°z indica una rotazione attorno all'asse z di 30°in senso orario", ["X+1","Y+1","Z+1","X-1","Y-1","Z-1","30°x","-30°x","30°y","-30°y","30°z","-30°z"],30);
}
listen(integer channel, string name, key id, string str)
{
      
    llListenRemove(handle); 
 
vector position = llGetPos();
rotation rot = llGetRot();
    
 if(str=="X+1") { llSetPos( llGetPos() + < 1, 0,0 > );}    
 if(str=="Y+1") { llSetPos( llGetPos() + < 0,1,0 > );}
 if(str=="Z+1") { llSetPos( llGetPos() + < 0, 0,1 > );}         

 if(str=="X-1") { llSetPos( llGetPos() + < -1, 0,0 > );}    
 if(str=="Y-1") { llSetPos( llGetPos() + < 0,-1,0 > );}
 if(str=="Z-1") { llSetPos( llGetPos() + < 0, 0,-1 > );}
 if(str=="30°x") { delta = llEuler2Rot (<30 * DEG_TO_RAD,0,0>);
        rot = delta * rot;
        llSetRot(rot);} 
if(str=="-30°x") { delta = llEuler2Rot (<-30 * DEG_TO_RAD,0,0>);
        rot = delta * rot;
        llSetRot(rot);} 
if(str=="30°y") { delta = llEuler2Rot (<0,30 * DEG_TO_RAD,0>);
        rot = delta * rot;
        llSetRot(rot);} 
if(str=="-30°y") { delta = llEuler2Rot (<0,-30 * DEG_TO_RAD,0>);
        rot = delta * rot;
        llSetRot(rot);} 
if(str=="30°z") { delta = llEuler2Rot (<0,0,30 * DEG_TO_RAD>);
        rot = delta * rot;
        llSetRot(rot);} 
if(str=="-30°z") { delta = llEuler2Rot (<0,0,-30 * DEG_TO_RAD>);
        rot = delta * rot;
        llSetRot(rot);} 
llResetScript();
}
}