public EntityCamera(RegionContextBase rcontext, AssetContextBase acontext)
: base(rcontext, acontext)
{
m_yawFixed = true;
m_globalPosition = new OMV.Vector3d(40f, 40f, 30f);
m_heading = new OMV.Quaternion(0f, 1f, 0f);
}
public LLRegionContext(RegionContextBase rcontext, AssetContextBase acontext,
LLTerrainInfo tinfo, OMV.Simulator sim)
: base(rcontext, acontext)
{
m_terrainInfo = tinfo;
// until we have a better protocol, we know the sims are a fixed size
m_size = new OMV.Vector3(256f, 256f, 8000f);
// believe it or not the world coordinates of a sim are hidden in the handle
uint x, y;
OMV.Utils.LongToUInts(sim.Handle, out x, out y);
m_worldBase = new OMV.Vector3d((double)x, (double)y, 0d);
m_simulator = sim;
// this should be more general as "GRID/SIM"
m_name = new EntityName(sim.Name);
// a cache of requested localIDs so we don't ask too often
m_recentLocalIDRequests = new Dictionary <uint, int>();
this.RegisterInterface <LLRegionContext>(this);
}
public EntityCamera(RegionContextBase rcontext, AssetContextBase acontext)
: base(rcontext, acontext)
{
m_yawFixed = true;
m_globalPosition = new OMV.Vector3d(40f, 40f, 30f);
m_heading = new OMV.Quaternion(0f, 1f, 0f);
}
public CameraControl()
{
m_heading = new OMV.Quaternion(OMV.Vector3.UnitY, 0f);
m_globalPosition = new OMV.Vector3d(0d, 20d, 30d); // World coordinates (Z up)
m_zoom = 1.0f;
m_far = 300.0f;
m_yawFixed = true;
}
public CameraControl()
{
m_heading = new OMV.Quaternion(OMV.Vector3.UnitY, 0f);
m_globalPosition = new OMV.Vector3d(0d, 20d, 30d); // World coordinates (Z up)
m_zoom = 1.0f;
m_far = 300.0f;
m_yawFixed = true;
}
/// <summary>
/// Update both position and heading with one call. Remember that the position
/// is a global position.
/// </summary>
/// <param name="pos"></param>
/// <param name="heading"></param>
public void Update(OMV.Vector3d pos, OMV.Quaternion heading)
{
bool changed = (m_heading != heading) | (m_globalPosition != pos);
m_globalPosition = pos;
m_heading = heading;
if (changed && (OnCameraUpdate != null))
{
OnCameraUpdate(this);
}
}
private bool UI_MouseMoveLater(DoLaterBase qInstance, Object parms)
{
Object[] loadParams = (Object[])parms;
int param = (int)loadParams[0];
float x = (float)loadParams[1];
float y = (float)loadParams[2];
int sinceLastMouse = System.Environment.TickCount - m_lastMouseMoveTime;
m_lastMouseMoveTime = System.Environment.TickCount;
// m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: x={0}, y={1}, time since last={2}", x, y, sinceLastMouse);
if (m_mainCamera != null)
{
if (((Renderer.UserInterface.LastKeyCode & Keys.Control) == 0) &&
((Renderer.UserInterface.LastKeyCode & Keys.Alt) != 0))
{
m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: ALT: ");
}
else if (((Renderer.UserInterface.LastKeyCode & Keys.Control) != 0) &&
((Renderer.UserInterface.LastKeyCode & Keys.Alt) != 0))
{
// if ALT+CNTL is held down, movement is on view plain
float xMove = x * m_cameraSpeed;
float yMove = y * m_cameraSpeed;
OMV.Vector3d movement = new OMV.Vector3d(0, xMove, yMove);
m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: CNTL-ALT: Move camera x={0}, y={1}", xMove, yMove);
m_mainCamera.GlobalPosition -= movement;
}
else if ((Renderer.UserInterface.LastKeyCode & Keys.Control) != 0)
{
// if CNTL is held down, movement is on land plane
float xMove = x * m_cameraSpeed;
float yMove = y * m_cameraSpeed;
m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: CNTL: Move camera x={0}, y={1}", xMove, yMove);
OMV.Vector3d movement = new OMV.Vector3d(yMove, xMove, 0f);
m_mainCamera.GlobalPosition -= movement;
}
else if ((Renderer.UserInterface.LastMouseButtons & MouseButtons.Left) != 0)
{
// move the camera around the horizontal (X) and vertical (Z) axis
float xMove = (-x * m_cameraRotationSpeed * Constants.DEGREETORADIAN) % Constants.TWOPI;
float yMove = (-y * m_cameraRotationSpeed * Constants.DEGREETORADIAN) % Constants.TWOPI;
// rotate around local axis
// m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: Rotate camera x={0}, y={1}, lmb={2}",
// xMove, yMove, Renderer.UserInterface.LastMouseButtons);
m_mainCamera.rotate(yMove, 0f, xMove);
}
}
return(true);
}
public void StayingStillWithoutYawFor3minutes(int delay)
{
//Avatar mobility model for Standing an avatar still in its spawn location for 3 minutes with yaw (no change in the lookat direction)
//Yaw is the change in the look at direction which is also known as the gaze direction of the avatar
int time = 0;
Random rnd = new Random();
Console.WriteLine("*** Standing still without Yaw *** ");
Client.Self.Chat("*** Standing still without Yaw *** ", 0, ChatType.Normal);
while (time <= delay)
{
OpenMetaverse.Vector3d mycurrentLookAt = Client.Self.LookAt;
//Client.Self.Chat("*** My Current lookat vector: *** " + mycurrentLookAt, 0, ChatType.Normal);
//just passing time but you can also use Client.Self.Stand() -> this send packets to server
//better do it the way it is done here
Thread.Sleep(1000);
time += 1000;
}
}
private void UpdateMainCameraToAgentTracking()
{
try {
if (m_mainCamera != null && m_mainCamera.AssociatedAgent != null)
{
IAgent agnt = m_mainCamera.AssociatedAgent;
/*
* // note: coordinates are in LL form: Z up
* OMV.Vector3 cameraOffset = new OMV.Vector3(-m_agentCameraBehind, 0, m_agentCameraAbove);
* OMV.Quaternion invertHeading = OMV.Quaternion.Inverse(agnt.Heading);
* // rotate the vector in the direction the agent is pointing
* OMV.Vector3 cameraBehind = cameraOffset * invertHeading;
* // create the global offset from the agent's position
* OMV.Vector3d globalOffset = new OMV.Vector3d(cameraBehind.X, cameraBehind.Y, cameraBehind.Z);
* m_log.Log(LogLevel.DVIEWDETAIL, "OnAgentUpdate: offset={0}, behind={1}, goffset={2}, gpos={3}",
* cameraOffset.ToString(), cameraBehind.ToString(),
* globalOffset.ToString(), agnt.GlobalPosition.ToString());
* m_mainCamera.Update(agnt.GlobalPosition + globalOffset, agnt.Heading);
*/
// OMV.Vector3 cameraOffset = new OMV.Vector3(0, m_agentCameraBehind, m_agentCameraAbove);
OMV.Vector3 cameraOffset = new OMV.Vector3(m_agentCameraBehind, 0, m_agentCameraAbove);
// OMV.Vector3 rotatedOffset = Utilities.RotateVector(agnt.Heading, cameraOffset);
OMV.Vector3 rotatedOffset = cameraOffset * OMV.Quaternion.Inverse(agnt.Heading);
OMV.Vector3d globalRotatedOffset = new OMV.Vector3d(-rotatedOffset.X, rotatedOffset.Y, rotatedOffset.Z);
// 'kludgeOffset' exists because the above calculation doesn't give the right camera position
// Don't know why, but this extra offset is needed
// Found out why... EntityBase was defaulting to 10,10,10 which moved the region base
// but still some funny offset is needed.
// OMV.Vector3d kludgeOffset = new OMV.Vector3d(10d, 10d, 0d);
OMV.Vector3d kludgeOffset = new OMV.Vector3d(0d, 0d, -10d);
OMV.Vector3d desiredCameraPosition = agnt.GlobalPosition + globalRotatedOffset + kludgeOffset;
m_log.Log(LogLevel.DVIEWDETAIL, "UpdateMainCameraToAgentTracking: offset={0}, goffset={1}, cpos={2}, apos={3}",
cameraOffset, globalRotatedOffset, desiredCameraPosition, agnt.GlobalPosition);
m_mainCamera.Update(desiredCameraPosition, agnt.Heading);
}
}
catch (Exception e) {
}
}
override public bool AfterAllModulesLoaded()
{
m_log.Log(LogLevel.DINIT, "entered AfterAllModulesLoaded()");
Renderer = (IRenderProvider)ModuleManager.Instance.Module(ModuleParams.ParamString(m_moduleName + ".Renderer.Name"));
if (Renderer == null)
{
m_log.Log(LogLevel.DBADERROR, "UNABLE TO FIND RENDERER!!!! ");
return(false);
}
m_cameraSpeed = ModuleParams.ParamFloat(m_moduleName + ".Camera.Speed");
m_cameraRotationSpeed = ModuleParams.ParamFloat(m_moduleName + ".Camera.RotationSpeed");
m_agentCameraBehind = ModuleParams.ParamFloat(m_moduleName + ".Camera.BehindAgent");
m_agentCameraAbove = ModuleParams.ParamFloat(m_moduleName + ".Camera.AboveAgent");
m_mainCamera = new CameraControl();
m_mainCamera.GlobalPosition = new OMV.Vector3d(1000d, 1000d, 40d); // World coordinates (Z up)
// camera starts pointing down Y axis
m_mainCamera.Heading = new OMV.Quaternion(OMV.Vector3.UnitZ, Constants.PI / 2);
m_mainCamera.Zoom = 1.0f;
m_mainCamera.Far = ModuleParams.ParamFloat(m_moduleName + ".Camera.ServerFar");
m_cameraMode = CameraMode.TrackingAgent;
m_cameraLookAt = new OMV.Vector3d(0d, 0d, 0d);
// connect me to the world so I can know when things change in the world
TheWorld.OnWorldRegionNew += new WorldRegionNewCallback(World_OnRegionNew);
TheWorld.OnWorldRegionUpdated += new WorldRegionUpdatedCallback(World_OnRegionUpdated);
TheWorld.OnWorldRegionRemoved += new WorldRegionRemovedCallback(World_OnRegionRemoved);
TheWorld.OnWorldEntityNew += new WorldEntityNewCallback(World_OnEntityNew);
TheWorld.OnWorldEntityUpdate += new WorldEntityUpdateCallback(World_OnEntityUpdate);
TheWorld.OnWorldEntityRemoved += new WorldEntityRemovedCallback(World_OnEntityRemoved);
TheWorld.OnAgentNew += new WorldAgentNewCallback(World_OnAgentNew);
TheWorld.OnAgentUpdate += new WorldAgentUpdateCallback(World_OnAgentUpdate);
TheWorld.OnAgentRemoved += new WorldAgentRemovedCallback(World_OnAgentRemoved);
m_log.Log(LogLevel.DINIT, "exiting AfterAllModulesLoaded()");
return(true);
}
public LLRegionContext(RegionContextBase rcontext, AssetContextBase acontext,
LLTerrainInfo tinfo, OMV.Simulator sim)
: base(rcontext, acontext)
{
m_terrainInfo = tinfo;
// until we have a better protocol, we know the sims are a fixed size
m_size = new OMV.Vector3(256f, 256f, 8000f);
// believe it or not the world coordinates of a sim are hidden in the handle
uint x, y;
OMV.Utils.LongToUInts(sim.Handle, out x, out y);
m_worldBase = new OMV.Vector3d((double)x, (double)y, 0d);
m_simulator = sim;
// this should be more general as "GRID/SIM"
m_name = new EntityName(sim.Name);
// a cache of requested localIDs so we don't ask too often
m_recentLocalIDRequests = new Dictionary<uint, int>();
this.RegisterInterface<LLRegionContext>(this);
}
// ==========================================================================
/// <summary>
/// Update the camera. The coordinate system from the EntityCamera is LL's
/// (Z up). We have to convert the rotation and position to Ogre coords
/// (Y up).
/// </summary>
/// <param name="cam"></param>
// private bool haveAttachedCamera = false;
public void UpdateCamera(CameraControl cam)
{
/* Historical Note: This is part of code to attach the camera to the avatar. When this was written
* the avatar code was not in place so the actual scene node to attach the camera too is problematic.
* Fix this when there is an avatar.
if (!haveAttachedCamera && cam.AssociatedAgent != null && cam.AssociatedAgent.AssociatedAvatar != null) {
m_log.Log(LogLevel.DVIEWDETAIL, "OnAgentUpdate: Attaching camera with {0}", cam.AssociatedAgent.AssociatedAvatar.Name);
haveAttachedCamera = Ogr.AttachCamera(cam.AssociatedAgent.AssociatedAvatar.Name.Name, 1.0f, 0.0f, 1.0f, 0f, 0f, 0f, 1f);
}
*/
// OMV.Quaternion orient = new OMV.Quaternion(OMV.Vector3.UnitX, -Constants.PI / 2)
// * new OMV.Quaternion(OMV.Vector3.UnitZ, -Constants.PI / 2)
// * cam.Direction;
// we need to rotate the camera 90 to make it work out in Ogre. Not sure why.
// OMV.Quaternion orient = cam.Heading * OMV.Quaternion.CreateFromAxisAngle(OMV.Vector3.UnitZ, -Constants.PI / 2);
OMV.Quaternion orient = OMV.Quaternion.CreateFromAxisAngle(OMV.Vector3.UnitZ, -Constants.PI / 2) * cam.Heading;
// OMV.Quaternion orient = cam.Heading;
orient.Normalize();
m_lastCameraPosition = cam.GlobalPosition;
m_lastCameraOrientation = orient;
// note the conversion from LL coordinates (Z up) to Ogre coordinates (Y up)
OMV.Vector3d pos = cam.GlobalPosition * m_sceneMagnification;
Ogr.UpdateCameraBF(pos.X, pos.Z, -pos.Y,
orient.W, orient.X, orient.Z, -orient.Y,
1.0f, (float)cam.Far*m_sceneMagnification, 1.0f);
// m_log.Log(LogLevel.DRENDERDETAIL, "UpdateCamera: Camera to p={0}, r={1}", pos, orient);
return;
}
private void UpdateMainCameraToAgentTracking()
{
try {
if (m_mainCamera != null && m_mainCamera.AssociatedAgent != null) {
IAgent agnt = m_mainCamera.AssociatedAgent;
/*
// note: coordinates are in LL form: Z up
OMV.Vector3 cameraOffset = new OMV.Vector3(-m_agentCameraBehind, 0, m_agentCameraAbove);
OMV.Quaternion invertHeading = OMV.Quaternion.Inverse(agnt.Heading);
// rotate the vector in the direction the agent is pointing
OMV.Vector3 cameraBehind = cameraOffset * invertHeading;
// create the global offset from the agent's position
OMV.Vector3d globalOffset = new OMV.Vector3d(cameraBehind.X, cameraBehind.Y, cameraBehind.Z);
m_log.Log(LogLevel.DVIEWDETAIL, "OnAgentUpdate: offset={0}, behind={1}, goffset={2}, gpos={3}",
cameraOffset.ToString(), cameraBehind.ToString(),
globalOffset.ToString(), agnt.GlobalPosition.ToString());
m_mainCamera.Update(agnt.GlobalPosition + globalOffset, agnt.Heading);
*/
// OMV.Vector3 cameraOffset = new OMV.Vector3(0, m_agentCameraBehind, m_agentCameraAbove);
OMV.Vector3 cameraOffset = new OMV.Vector3(m_agentCameraBehind, 0, m_agentCameraAbove);
// OMV.Vector3 rotatedOffset = Utilities.RotateVector(agnt.Heading, cameraOffset);
OMV.Vector3 rotatedOffset = cameraOffset * OMV.Quaternion.Inverse(agnt.Heading);
OMV.Vector3d globalRotatedOffset = new OMV.Vector3d(-rotatedOffset.X, rotatedOffset.Y, rotatedOffset.Z);
// 'kludgeOffset' exists because the above calculation doesn't give the right camera position
// Don't know why, but this extra offset is needed
// Found out why... EntityBase was defaulting to 10,10,10 which moved the region base
// but still some funny offset is needed.
// OMV.Vector3d kludgeOffset = new OMV.Vector3d(10d, 10d, 0d);
OMV.Vector3d kludgeOffset = new OMV.Vector3d(0d, 0d, -10d);
OMV.Vector3d desiredCameraPosition = agnt.GlobalPosition + globalRotatedOffset + kludgeOffset;
m_log.Log(LogLevel.DVIEWDETAIL, "UpdateMainCameraToAgentTracking: offset={0}, goffset={1}, cpos={2}, apos={3}",
cameraOffset, globalRotatedOffset, desiredCameraPosition, agnt.GlobalPosition);
m_mainCamera.Update(desiredCameraPosition, agnt.Heading);
}
}
catch (Exception e) {
}
}
private bool UI_MouseMoveLater(DoLaterBase qInstance, Object parms)
{
Object[] loadParams = (Object[])parms;
int param = (int)loadParams[0];
float x = (float)loadParams[1];
float y = (float)loadParams[2];
int sinceLastMouse = System.Environment.TickCount - m_lastMouseMoveTime;
m_lastMouseMoveTime = System.Environment.TickCount;
// m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: x={0}, y={1}, time since last={2}", x, y, sinceLastMouse);
if (m_mainCamera != null) {
if (((Renderer.UserInterface.LastKeyCode & Keys.Control) == 0)
&& ((Renderer.UserInterface.LastKeyCode & Keys.Alt) != 0)) {
m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: ALT: ");
}
else if ( ((Renderer.UserInterface.LastKeyCode & Keys.Control) != 0)
&& ((Renderer.UserInterface.LastKeyCode & Keys.Alt) != 0) ) {
// if ALT+CNTL is held down, movement is on view plain
float xMove = x * m_cameraSpeed;
float yMove = y * m_cameraSpeed;
OMV.Vector3d movement = new OMV.Vector3d( 0, xMove, yMove);
m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: CNTL-ALT: Move camera x={0}, y={1}", xMove, yMove);
m_mainCamera.GlobalPosition -= movement;
}
else if ((Renderer.UserInterface.LastKeyCode & Keys.Control) != 0) {
// if CNTL is held down, movement is on land plane
float xMove = x * m_cameraSpeed;
float yMove = y * m_cameraSpeed;
m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: CNTL: Move camera x={0}, y={1}", xMove, yMove);
OMV.Vector3d movement = new OMV.Vector3d( yMove, xMove, 0f);
m_mainCamera.GlobalPosition -= movement;
}
else if ((Renderer.UserInterface.LastMouseButtons & MouseButtons.Left) != 0) {
// move the camera around the horizontal (X) and vertical (Z) axis
float xMove = (-x * m_cameraRotationSpeed * Constants.DEGREETORADIAN) % Constants.TWOPI;
float yMove = (-y * m_cameraRotationSpeed * Constants.DEGREETORADIAN) % Constants.TWOPI;
// rotate around local axis
// m_log.Log(LogLevel.DVIEWDETAIL, "OnMouseMove: Rotate camera x={0}, y={1}, lmb={2}",
// xMove, yMove, Renderer.UserInterface.LastMouseButtons);
m_mainCamera.rotate(yMove, 0f, xMove);
}
}
return true;
}
public override bool AfterAllModulesLoaded()
{
m_log.Log(LogLevel.DINIT, "entered AfterAllModulesLoaded()");
Renderer = (IRenderProvider)ModuleManager.Instance.Module(ModuleParams.ParamString(m_moduleName + ".Renderer.Name"));
if (Renderer == null) {
m_log.Log(LogLevel.DBADERROR, "UNABLE TO FIND RENDERER!!!! ");
return false;
}
m_cameraSpeed = ModuleParams.ParamFloat(m_moduleName + ".Camera.Speed");
m_cameraRotationSpeed = ModuleParams.ParamFloat(m_moduleName + ".Camera.RotationSpeed");
m_agentCameraBehind = ModuleParams.ParamFloat(m_moduleName + ".Camera.BehindAgent");
m_agentCameraAbove = ModuleParams.ParamFloat(m_moduleName + ".Camera.AboveAgent");
m_mainCamera = new CameraControl();
m_mainCamera.GlobalPosition = new OMV.Vector3d(1000d, 1000d, 40d); // World coordinates (Z up)
// camera starts pointing down Y axis
m_mainCamera.Heading = new OMV.Quaternion(OMV.Vector3.UnitZ, Constants.PI/2);
m_mainCamera.Zoom = 1.0f;
m_mainCamera.Far = ModuleParams.ParamFloat(m_moduleName + ".Camera.ServerFar");
m_cameraMode = CameraMode.TrackingAgent;
m_cameraLookAt = new OMV.Vector3d(0d, 0d, 0d);
// connect me to the world so I can know when things change in the world
TheWorld.OnWorldRegionNew += new WorldRegionNewCallback(World_OnRegionNew);
TheWorld.OnWorldRegionUpdated += new WorldRegionUpdatedCallback(World_OnRegionUpdated);
TheWorld.OnWorldRegionRemoved += new WorldRegionRemovedCallback(World_OnRegionRemoved);
TheWorld.OnWorldEntityNew += new WorldEntityNewCallback(World_OnEntityNew);
TheWorld.OnWorldEntityUpdate += new WorldEntityUpdateCallback(World_OnEntityUpdate);
TheWorld.OnWorldEntityRemoved += new WorldEntityRemovedCallback(World_OnEntityRemoved);
TheWorld.OnAgentNew += new WorldAgentNewCallback(World_OnAgentNew);
TheWorld.OnAgentUpdate += new WorldAgentUpdateCallback(World_OnAgentUpdate);
TheWorld.OnAgentRemoved += new WorldAgentRemovedCallback(World_OnAgentRemoved);
m_log.Log(LogLevel.DINIT, "exiting AfterAllModulesLoaded()");
return true;
}
public Vector3(OMV_Vector3d vector)
{
x = vector.X;
y = vector.Y;
z = vector.Z;
}
/// <summary>
/// Update both position and heading with one call. Remember that the position
/// is a global position.
/// </summary>
/// <param name="pos"></param>
/// <param name="heading"></param>
public void Update(OMV.Vector3d pos, OMV.Quaternion heading)
{
bool changed = (m_heading != heading) | (m_globalPosition != pos);
m_globalPosition = pos;
m_heading = heading;
if (changed && (OnCameraUpdate != null)) OnCameraUpdate(this);
}