ok i got this great script that slides a door open, but only slides object along the Yaxis i want it to go x or z axis heres the script. Any help would be amazing i dont think the code is scripted in to achieve this thanks key owner;
// Will be used to retrieve owner's key.
integer iChan = 1000;
// Channel door will listen on if other doors are touched;
// also the channel this door will broadcast on.
integer iSteps = 15;
// How many steps the door will open in, used to provide the
// illusion of sliding. Fewer steps means it opens faster,
// but more steps will make it "slide" smoother.
vector vOffset = <0.0, 0.30, 0.0>;
// Indicates how far the door will move with each step.
// Multiply by iSteps to calculate the total distance the
// door will move.
vector vBase;
// Used to "un-stick" the door if something blocks it.
// Not sure if this is needed since 0.5.1, objects don't
// seem to block the door any more. Leaving it in just
// in case, though. I think attempting to edit the door
// while it's moving may make it stick. This will solve
// that problem as well.
float fOpenTime = 1.5;
// How long the door stays open
string sSKeyword = "open1";
// Keyword door broadcasts when it's touched, to make
// other doors open. You can chain these to make multiple
// doors open when any one is touched.
// NEVER make sSKeyword and sRKeyword the same, or you may
// get some doors stuck in an infinite loop, continuously
// re-triggering each other.
string sRKeyword = "open2";
// Keyword door listens for from other doors. Will open
// when it "hears" this keyword.
// Again, NEVER make sSKeyword and sRKeyword the same.
integer bMove = FALSE;
// Is the door moving?
integer bLock = FALSE;
// Is the door locked?
integer bVerbose = FALSE;
// Confirm when owner locks/unlocks the door.
//*********************************************
// open() -- the meat and taters of the code,
// makes the door actually move.
//*********************************************
open()
{
bMove = TRUE;
integer i;
vector basepos = llGetPos();
for (i = 0; i < iSteps; i++)
{
llSetPos(basepos + i*vOffset);
}
vOffset *= -1;
llSleep(fOpenTime);
basepos = llGetPos();
for (i = 0; i < iSteps; i++)
{
llSetPos(basepos + i*vOffset);
}
vOffset *= -1;
if (llGetPos() != vBase) {
llSetTimerEvent(5);
} else {
bMove = FALSE;
}
}
default
{
//***************************************************
// state_entry() -- set up our global variables and
// initialize the listen events.
//***************************************************
state_entry()
{
vBase = llGetPos();
owner = llGetOwner();
llListen(0,"",owner,"");
llListen(iChan,"",NULL_KEY,sRKeyword);
}
//***************************************************
// listen() -- listen for other doors opening, and
// if owner wants to lock/unlock doors.
//***************************************************
listen(integer chan, string name, key id, string msg)
{
if (chan == iChan && msg == sRKeyword) {
if (!bMove && !bLock) open();
if (bLock && bVerbose) llSay(0,"Locked!");
}
if (chan == 0 && id == owner && msg == "lock") {
bLock = TRUE;
if (bVerbose) llWhisper(0,"Locked!");
}
if (chan == 0 && id == owner && msg == "unlock") {
bLock = FALSE;
if (bVerbose) llWhisper(0,"Unlocked!");
}
}
//********************************************
// touch_start() -- what to do when someone
// touches the door.
//********************************************
touch_start(integer count)
{
if (bLock) {
llSay(0,"Locked!");
} else {
if (!bMove) {
llWhisper(iChan,sSKeyword);
open();
}
}
}
//****************************************************
// timer() -- this is only used to un-stick the door
// (see vBase definition above).
//****************************************************
timer()
{
llSetPos(vBase);
if(llGetPos() == vBase) {
llSetTimerEvent(0);
bMove = FALSE;
}
}
}
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