Your code relies on the initial value of Screen.width and/or Screen.height:

private var quarterScreen = 4.0 / Screen.width;
...

That is bad, since these change dynamically as the WebPlayer is loaded and resized. You need to track and adapt to changes in these values, or at the very least hard-code in your final assumed size. So:

function Update()
{
    quarterScreen = 4.0 / Screen.width;
    ...

The reason you see different results in different browsers is that they each resize plugins in their own unspecified ways. Safari's way happens to hit your bug, but that's not Safari's fault.

Bump...posting the code for our camera. Something in here I'm thinking isn't working. We tried a try-catch scenario and get no errors. Any takers?

*********************************************** //CAMERA SETTINGS var target : Transform; //What to rotate around var interfaceGameObject : GameObject; // 07-05-2011 RMG: New

//Standard Settings

private var camDistance : float = 15.0; //# //17

private var offsetCircleX : float = 0.2; //# private var offsetCircleY : float = 1.0; //#

private var startAngleX : float = 122.5 + 180; //# private var startAngleY : float = 91.9; //#

private var angleMin : float = 45.0; //# private var angleMax : float = 92.0; //#

private var angleX : float = 0.0; private var angleY : float = 0.0;

private var xSpeed : float = 45.0; //X sensitivity //# private var ySpeed : float = 45.0; //Y sensitivity //#

private var speedDecay: float = 0.97; //#

private var xMouse : float = 0.0; //X rotation private var yMouse : float = 0.0; //Y rotation

private var xMousePin : float = 0.0; private var yMousePin : float = 0.0;

private var velX : float = 0.0; //X Velocity private var velY : float = 0.0; //Y Velocity

private var useVelocityLimits : boolean = true; private var velXMax : float = 30.0; private var velYMax : float = 30.0;

//HD SETTINGS /* private var camDistance : float = 14.5;

private var offsetCircleX : float = -0.2; private var offsetCircleY : float = 1.25;

private var startAngleX : float = 122.5 + 180; private var startAngleY : float = 91.9;

private var angleMin : float = 45.0; private var angleMax : float = 92.0;

private var angleX : float = 0.0; private var angleY : float = 0.0;

private var xSpeed : float = 45.0; //X sensitivity private var ySpeed : float = 45.0; //Y sensitivity

private var speedDecay: float = 0.98;

private var xMouse : float = 0.0; //X rotation private var yMouse : float = 0.0; //Y rotation

private var xMousePin : float = 0.0; private var yMousePin : float = 0.0;

private var velX : float = 0.0; //X Velocity private var velY : float = 0.0; //Y Velocity

private var useVelocityLimits : boolean = true; private var velXMax : float = 30.0; private var velYMax : float = 30.0; */

private var quarterScreen : float = parseFloat(4)/parseFloat(Screen.width); private var interfaceComponent : Interface = null; // 07-05-2011 RMG: New private var screenAspectRatio : float; // 07-05-2011 RMG: New private var screenRes : Vector2; // 07-05-2011 RMG: Screen resolution at startup

function Start(){

// 07-05-2011 RMG: Save our screen resolution. If this changes, we need to initialize again. screenRes = new Vector2(Screen.width, Screen.height); Initialize();

// 07-05-2011 RMG: If an interface game object exists, find it's Interface component. if (interfaceGameObject != null) { interfaceComponent = interfaceGameObject.GetComponent("Interface"); } //Set Initial Camera Angle angleX = startAngleX; angleY = startAngleY;

UpdateCameraPosition(); }

function LateUpdate() {

var mousePos = Input.mousePosition;

if(Input.GetMouseButtonUp(0)) { //Released mouse button velX = mousePos.x - xMousePin; velY = mousePos.y - yMousePin;

//Check for limits if (useVelocityLimits) { if (velX > velXMax) velX = velXMax;

if (velX < (velXMax * -1)) velX = velXMax * -1;

if (velY > velYMax) velY = velYMax;

if (velY < (velYMax * -1)) velY = velYMax * -1; } }

if (Input.GetMouseButtonDown(0)) { //Pushed mouse button xMousePin = mousePos.x; yMousePin = mousePos.y;

// 07-05-2011 RMG: If an interface component exists, call OnMouseClicked. if (interfaceComponent != null) interfaceComponent.OnMouseClicked(Input.mousePosit ion);

} else if(Input.GetMouseButton(0)) { //Mouse button is down xMouse = mousePos.x - xMousePin; yMouse = mousePos.y - yMousePin;

//Check for limits if (useVelocityLimits) { if (xMouse > velXMax) xMouse = velXMax;

if (xMouse < (velXMax * -1)) xMouse = velXMax * -1;

if (yMouse > velYMax) yMouse = velYMax;

if (yMouse < (velYMax * -1)) yMouse = velYMax * -1; }

xMousePin = mousePos.x; yMousePin = mousePos.y;

} else { //Handle Velocity xMouse = velX; yMouse = velY;

if (velX != 0.0) velX = velX * speedDecay; if (velY != 0.0) velY = velY * speedDecay;

if (velX < 0.01 && velX > -0.01) velX = 0.0; if (velY < 0.01 && velY > -0.01) velY = 0.0;

}

UpdateCameraPosition(); }

function Update () { // 07-05-2011 RMG: If screen resolution changes, call Initialize() if (screenRes.x != Screen.width || screenRes.y != Screen.height) { screenRes = new Vector2(Screen.width, Screen.height); Initialize(); } }

function Initialize() { if (Screen.width >= 1200) { camDistance = 14.5; offsetCircleX = -0.2; offsetCircleY = 1.25; speedDecay = 0.98; } else { camDistance = 15.0; offsetCircleX = 0.2; offsetCircleY = 1.0; speedDecay = 0.97; } screenAspectRatio = Screen.width / Screen.height; }

function UpdateCameraPosition(){

var cam = Camera.main; if (cam == null){ print("! Need to tag a camera as Main Camera !"); return; }

angleX += xMouse * screenAspectRatio * quarterScreen * xSpeed; angleY += yMouse * screenAspectRatio * quarterScreen * ySpeed;

//Check angle limits if (angleY < angleMin){ angleY = angleMin; velY = 0; } else if (angleY > angleMax){ angleY = angleMax; velY = 0; } if (angleX > 360){ angleX -= 360; } else if (angleX < 0){ angleX += 360; }

//print(angleX + " : " + angleY);

//Get position around object using polar coordinates var x:float = camDistance * Mathf.Cos(Mathf.Deg2Rad * angleX) * Mathf.Sin(Mathf.Deg2Rad * angleY); var y:float = camDistance * Mathf.Cos(Mathf.Deg2Rad * angleY); var z:float = -camDistance * Mathf.Sin(Mathf.Deg2Rad * angleX) * Mathf.Sin(Mathf.Deg2Rad * angleY);

//Offset from target if (target){ x += target.position.x; y += target.position.y; z += target.position.z; }

//Offset ring x += (Mathf.Cos(Mathf.Deg2Rad * angleX) * offsetCircleX); z += (Mathf.Sin(Mathf.Deg2Rad * angleX) * offsetCircleY) * -1;

//Position camera; cam.transform.position = Vector3(x, y, z);

//Rotate camera to face object cam.transform.rotation.eulerAngles = Vector3((angleY-90)*-1, angleX-90, 0);

}

No I didn't mess with the html. Connection server is fast. Works flawlessly on IE, firefox and chrome from any pc.

Are you using the page as generated by unity or did you toy with the html? Also is the connection to the server fast enough? (the reload fixes it note on firefox implies that it might not run all as round as it would need to)