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  1. Hello! A friend gave me a script, but neither she nor I know what it is for. can someone say what the script is and what is it for? (script name: desaparecer despacio) // // USER VARIABLES // // // INTERNAL VARIABLES // vector home; integer penState; float penColor; float color; float ghost; vector originalScale; float sizePercent; integer numAvatarsNearby; vector nearestAvPosition; key ownerKey; vector ownerPosition; // // INTERNAL FUNCTIONS // // move(steps) // move object a number of steps (meters) along its current heading // forward is along the positive x axis // if the pen is down, create a line segment along the path traveled // the line is positioned by its center, which is placed halfway back along the path move(float steps) { vector fwd = llRot2Fwd(llGetRot()) * steps; llSetPos(llGetPos() + fwd); if (penState == TRUE) { if (llGetInventoryType("lineSegment") == INVENTORY_NONE) { llSay(0, "Oops! To draw a line, my inventory needs a lineSegment. You can get one from the Scratch Inventory Box."); } else { integer randomID = llRound(llFrand(99999999)); llRezObject("lineSegment", llGetPos()-fwd/2, <0,0,0>, llGetRot(), randomID); llSay(1, (string)randomID + ":set length:"+ (string)llFabs(steps)); llSay(1, (string)randomID + ":set color:" + (string)penColor); } } } // turnRight(float angle) // turn angle degrees clockwise around the local z axis turnRight(float angle) { angle *= -1; rotation newRot = llEuler2Rot(<0,0,angle> * DEG_TO_RAD); llSetRot(newRot*llGetRot()); } // turnLeft(float angle) // turn angle degrees counterclockwise around the local z axis turnLeft(float angle) { rotation newRot = llEuler2Rot(<0,0,angle> * DEG_TO_RAD); llSetRot(newRot*llGetRot()); } //up(float steps) //move up along the global z axis by steps meters //does not leave a line segment up(float steps) { llSetPos(llGetPos()+<0,0,steps>); } //down(float steps) //move down along the global z axis by steps meters //does not leave a line segment down(float steps) { llSetPos(llGetPos()+<0,0,-1*steps>); } // turnPitch(float angle) // turn angle degrees upward around the local y axis turnPitch(float angle) { angle *= -1; rotation newRot = llEuler2Rot(<0,angle,0> * DEG_TO_RAD); llSetRot(newRot*llGetRot()); } // float getHeading() // return the current heading in the xy plane in degrees float getHeading() { return llRot2Angle(llGetRot())*RAD_TO_DEG; } // setHeading(float angle) // set the heading in the xy plane in degrees setHeading(float angle) { vector newVec = <0, 0, angle*DEG_TO_RAD>; rotation newRot = llEuler2Rot(newVec); llSetRot(newRot); } // turnRoll(float angle) // turn angle degrees clockwise around the local x axis turnRoll(float angle) { rotation newRot = llEuler2Rot(<angle,0,0> * DEG_TO_RAD); llSetRot(newRot*llGetRot()); } // changePenColorBy(float num) // change the pen color by an amount changePenColorBy(float num) { penColor += num; setPenColorTo(penColor); } // setPenColorTo(float num) // set the pen to a particular color setPenColorTo(float num) { penColor = (integer)num % 100; } // penDown() // put the pen down, so that when the object moves it will draw penDown() { penState = TRUE; } // penUp() // put the pen up, so that the object will not draw when it moves penUp() { penState = FALSE; } // clear() // broadcast a message to nearby line segments that will cause them to // delete themselves clear() { llSay(1, "clearLineSegments"); } // pointTowardNearestAv() // turn to point toward the nearest avatar pointTowardNearestAv() { vector myPos = llGetPos(); float xdiff = myPos.x - nearestAvPosition.x; float ydiff = myPos.y - nearestAvPosition.y; float angle = llAtan2(xdiff, ydiff) * RAD_TO_DEG; setHeading(270 - angle); } // pointTowardOwner() // turn to point toward the owner pointTowardOwner() { vector myPos = llGetPos(); float xdiff = myPos.x - ownerPosition.x; float ydiff = myPos.y - ownerPosition.y; float angle = llAtan2(xdiff, ydiff) * RAD_TO_DEG; setHeading(270 - angle); } // float distanceToNearestAv() // returns the distance in meters to the nearest avatar float distanceToNearestAv() { return llVecDist(llGetPos(), nearestAvPosition); } // float distanceToOwner() // returns the distance in meters to the owner float distanceToOwner() { return llVecDist(llGetPos(), ownerPosition); } // float randomMinToMax(float min, float max) // returns a random number between min and max integer randomMinToMax(float min, float max) { return llRound(llFrand(max - min) + min); } // say(string text) // say the text on the public chat channel 0 so all nearby avatars and objects will hear it say(string text) { llSay(0, text); } // broadcast(string message) // say the message on channel 1. No avatars will hear it. // all nearby objects will hear it. broadcast(string message) { llSay(1, message); } // setText(string text) // create opaque white floating text above the object setText(string text) { llSetText(text, <1,1,1>, 1); } // vector hueToRGB(float h) // take a color represented as a hue value between 1 and 100 and // return an RGB vector representing the same color. vector hueToRGB(float h) { integer i; float f; float p; float q; float t; float r; float g; float b; float s = 1; float v = 1; h *= 5; // sector 0 to 5 i = llFloor(h); f = h - i; // factorial part of h p = v * ( 1 - s ); q = v * ( 1 - s * f ); t = v * ( 1 - s * ( 1 - f ) ); if (i == 0) { r = v; g = t; b = p; } else if (i == 1) { r = q; g = v; b = p; } else if (i == 2) { r = p; g = v; b = t; } else if (i == 3) { r = p; g = q; b = v; } else if (i == 4) { r = t; g = p; b = v; } else { r = v; g = p; b = q; } return <r,g,b>; } // setColor(float num) // set the color of the object using a number between 1 and 100 representing a hue setColor(float num) { color = (integer)num % 100; llSetColor(hueToRGB(color / 100), ALL_SIDES); if (llGetObjectName() == "Scratch Bug") { llSetLinkColor(2, hueToRGB(color / 100), ALL_SIDES); } else { //llSetLinkColor(LINK_SET, hueToRGB(color / 100), ALL_SIDES); } } // changeColorBy(float num) // change the hue of the object by a number changeColorBy(float num) { float newColor = color + num; if (newColor < 0) { newColor = 0; } if (newColor > 100) { newColor = 100; } setColor(newColor); } // setGhost(float num) // set the ghost effect of the object to a value between 0 (opaque) and 100 (transparent) setGhost(float num) { ghost = (integer)num % 101; llSetAlpha(((100 - ghost) / 100), ALL_SIDES); llSetLinkAlpha(LINK_SET, ((100 - ghost) / 100), ALL_SIDES); } // changeGhostBy(float num) // change the ghost effect on an object by a number changeGhostBy(float num) { setGhost(ghost + num); } // setSize(float newSize) // set the size of the object to a percentage of its original size setSize(float newSize) { sizePercent = newSize; vector newScale = originalScale*(sizePercent/100); llSetScale(newScale); } // changeSizeBy(float change) // change the size of an object by a percentage of its original size changeSizeBy(float change) { sizePercent += change; vector newScale = originalScale*(sizePercent/100); llSetScale(newScale); } // playSound(string snd) // play a sound at full volume // snd can be the name of a sound in the inventory of the object, or the // UUID of a sound which exists somewhere else playSound(string snd) { llPlaySound(snd, 1); } // playSoundNamed(string snd) // play a sound at full volume // snd can be the name of a sound in the inventory of the object, or the // UUID of a sound which exists somewhere else // this is the version for text input of the name of a sound in a scratch block // so it checks the inventory and gives an error if the sound is missing playSoundNamed(string snd) { if (llGetInventoryType(snd) == INVENTORY_NONE) { llSay(0, "Oops! My inventory does not contain the sound " + snd); } else { llPlaySound(snd, 1); } } // wait(float secs) // pause all execution of this script for some number of seconds wait(float secs) { llSleep(secs); } // levelOut() // remove the x and y rotation components, so that the object is // level with respect to the ground levelOut() { vector myVec = llRot2Euler(llGetRot()); vector newVec = <0, 0, myVec.z>; rotation newRot = llEuler2Rot(newVec); llSetRot(newRot); } // goHome() // move the object back to its home position // home is set the the position of the object when it is created, // and can be set to a new position using setHomeHere() goHome() { llSetPos(home); //levelOut(); } // setHomeHere() // set the home position to the current position setHomeHere() { home = llGetPos(); } // startListening() // listen for messages on both channel 0, the public channel, // and channel 1, where broadcasts are sent startListening() { llListen(0, "", "", ""); llListen(1, "", "", ""); } // initInternal() // do some setup for internal functions // this includes setting various variables to their defaults // clearing text on the object, and turning on // the repeating sensor and timer events initInternal() { setHomeHere(); penState = FALSE; penColor = 0; color = 0; ghost = 0; sizePercent = 100; originalScale = llGetScale(); ownerKey = llGetOwner(); llSetText("", <1,1,1>, 0); llSensorRepeat("", "", AGENT, 96, PI, .1); llSetTimerEvent(.1); startListening(); } initAll() { initInternal(); } timer1(){ wait(15); setGhost(0); wait(0.1); setGhost(0.1); wait(0.1); setGhost(0.3); wait(0.1); setGhost(0.5); wait(0.1); setGhost(1); wait(0.1); setGhost(2); wait(0.1); setGhost(3); wait(0.1); setGhost(4); wait(0.1); setGhost(5); wait(0.1); setGhost(7); wait(0.1); setGhost(10); wait(0.1); setGhost(15); wait(0.1); setGhost(20); wait(0.1); setGhost(25); wait(0.1); setGhost(30); wait(0.1); setGhost(35); wait(0.1); setGhost(40); wait(0.1); setGhost(45); wait(0.1); setGhost(50); wait(0.1); setGhost(55); wait(0.1); setGhost(60); wait(0.1); setGhost(65); wait(0.1); setGhost(70); wait(0.1); setGhost(75); wait(0.1); setGhost(80); wait(0.1); setGhost(85); wait(0.1); setGhost(90); wait(0.1); setGhost(95); wait(0.1); setGhost(96); wait(0.1); setGhost(97); wait(0.1); setGhost(98); wait(0.1); setGhost(99); wait(0.1); setGhost(100); wait(15); setGhost(99); wait(0.1); setGhost(97); wait(0.1); setGhost(95); wait(0.1); setGhost(90); wait(0.1); setGhost(85); wait(0.1); setGhost(80); wait(0.1); setGhost(75); wait(0.1); setGhost(70); wait(0.1); setGhost(65); wait(0.1); setGhost(60); wait(0.1); setGhost(55); wait(0.1); setGhost(50); wait(0.1); setGhost(45); wait(0.1); setGhost(40); wait(0.1); setGhost(35); wait(0.1); setGhost(30); wait(0.1); setGhost(25); wait(0.1); setGhost(20); wait(0.1); setGhost(15); wait(0.1); setGhost(10); wait(0.1); setGhost(7); wait(0.1); setGhost(5); wait(0.1); setGhost(4); wait(0.1); setGhost(3); wait(0.1); setGhost(2); wait(0.1); setGhost(1); wait(0.1); setGhost(0.5); wait(0.1); setGhost(0.3); wait(0.1); setGhost(0); } default { state_entry() { initAll(); } on_rez(integer start_param) { initAll(); } sensor(integer n) { numAvatarsNearby = n; nearestAvPosition = llDetectedPos(0); integer i; for (i=0; i<n; i++) { if (llDetectedKey(i) == ownerKey) { ownerPosition = llDetectedPos(i); } } } touch_start(integer n) { } collision_start(integer n) { } listen(integer channel, string name, key id, string msg) { } timer() { timer1(); } }
  2. there are these strange avatars who dont look the same as anormal user would. they have green little satelite looking things flashing on top of their heads and they act extreamly strange, what are they???
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