Timothey Timmerman

This is a simple sliding door that is easy to configure. Remember, this isnt a sliding door you can link! // Movement Constants vector OFFSET = <-2.0, 0.0, 0.0>; // Directional offset for moving the door in x,y,z coordinates float OPENTIME = 3.5; // Time taken to open door float CLOSETIME = 3.5; // Time taken to close door // ******************************************************************** // Variables // ******************************************************************** vector vPosition; rotation rRot; float omega=0.0; vector vTargetPos; integer bOpen = FALSE; integer bMoving = FALSE; // ******************************************************************** // Functions // ******************************************************************** MoveDoor() { if(!bOpen) { // Initial conditions bOpen = TRUE; rRot = llGetRot(); vPosition = llGetPos(); // Target Position omega=OPENTIME/llVecDist(<0,0,0>,OFFSET); vTargetPos = vPosition+OFFSET*rRot; // Set the timer to cleanup position llSetTimerEvent(OPENTIME); }else { bOpen = FALSE; // Target Position omega=CLOSETIME/llVecDist(<0,0,0>,OFFSET); vTargetPos = vPosition; // Set the timer to cleanup position llSetTimerEvent(CLOSETIME); } // Set Door Physical and move it bMoving = TRUE; llSetStatus(STATUS_PHANTOM, TRUE); llSetStatus(STATUS_PHYSICS, TRUE); llMoveToTarget(vTargetPos,omega); } default { state_entry() { // Initial conditions rRot = llGetRot(); vPosition = llGetPos(); } touch_start(integer num_detected) { MoveDoor(); } timer() { // Clean up Position bMoving = FALSE; llSetTimerEvent(0.0); llSetStatus(STATUS_PHYSICS, FALSE); llSetStatus(STATUS_PHANTOM, FALSE); llSetPrimitiveParams([ PRIM_POSITION, vTargetPos, PRIM_ROTATION, rRot ]); } }

So i was looking for a script that made a script blink like a car blinker. integer faceNo = -1; // face number or -1 for ALL SIDES float timerDelay = 0.85; // the time for glow/notglow float glowAmount = 0.2; // 0.2 means 20% /// integer isOn; default { state_entry() { llSetTimerEvent( timerDelay ); } timer() { isOn = !isOn; if( isOn ) llSetLinkPrimitiveParamsFast( LINK_THIS,[PRIM_GLOW,faceNo,glowAmount] ); else llSetLinkPrimitiveParamsFast( LINK_THIS,[PRIM_GLOW,faceNo,0.0] ); } } You are welcome

So i just want to recontinue the post from the older forum It's about this script 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, 0.15, 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; } } } the door has a float time that it will stay open before it closes again. I would like it to stay open until touched again. Any suggestions?