protected void UpdateIrayBackground(IAddCommand seq)
{
if (Enabled)
{
Hashtable colour = new Hashtable() {
{"r", Colour.r},
{"g", Colour.g},
{"b", Colour.b},
{"a", 1.0f}
};
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "iray_background_color",
"attribute_type", "Color",
"attribute_value", colour,
"create", true
));
}
else
{
seq.AddCommand(new RSCommand("element_remove_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "iray_background_color"
));
}
}
protected void UpdateIrayBackground(IAddCommand seq)
{
if (Enabled)
{
Hashtable colour = new Hashtable()
{
{ "r", Colour.r },
{ "g", Colour.g },
{ "b", Colour.b },
{ "a", 1.0f }
};
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "iray_background_color",
"attribute_type", "Color",
"attribute_value", colour,
"create", true
));
}
else
{
seq.AddCommand(new RSCommand("element_remove_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "iray_background_color"
));
}
}
protected void MarkDirty(IAddCommand seq)
{
if (UseRenderLoop)
{
seq.AddCommand(new RSCommand("render_loop_cancel_render",
"render_loop_name", RenderLoopName
));
}
}
protected void UpdateGroundShadows(IAddCommand seq)
{
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "environment_dome_ground",
"attribute_type", "Boolean",
"attribute_value", Enabled,
"create", true
));
if (Enabled)
{
Vector3D position = new Vector3D(0, Viewport.Scene.BBoxMin.Y);
if (!AutoCalculateGroundHeight)
{
position.Y = GroundHeight;
}
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "environment_dome_ground_position",
"attribute_type", "Float32<3>",
"attribute_value", position.GetVectorForRS(),
"create", true
));
Vector3D axis = new Vector3D(0, 0, 1);
if (Viewport.SceneYUp)
{
axis.Y = 1;
axis.Z = 0;
}
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "environment_dome_rotation_axis",
"attribute_type", "Float32<3>",
"attribute_value", axis.GetVectorForRS(),
"create", true
));
}
}
protected void UpdateGroundShadows(IAddCommand seq)
{
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "environment_dome_ground",
"attribute_type", "Boolean",
"attribute_value", Enabled,
"create", true
));
if (Enabled)
{
Vector3D position = new Vector3D(0, Viewport.Scene.BBoxMin.Y);
if (!AutoCalculateGroundHeight)
{
position.Y = GroundHeight;
}
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "environment_dome_ground_position",
"attribute_type", "Float32<3>",
"attribute_value", position.GetVectorForRS(),
"create", true
));
Vector3D axis = new Vector3D(0, 0, 1);
if (Viewport.SceneYUp)
{
axis.Y = 1;
axis.Z = 0;
}
seq.AddCommand(new RSCommand("element_set_attribute",
"element_name", Viewport.Scene.OptionsName,
"attribute_name", "environment_dome_rotation_axis",
"attribute_type", "Float32<3>",
"attribute_value", axis.GetVectorForRS(),
"create", true
));
}
}
protected void UpdateMovement(IAddCommand seq)
{
Matrix3D m = new Matrix3D();
// NB: X is not negated to deal with handedness difference between RS and Unity
m.SetTranslation(NewPosition.x, -NewPosition.y, -NewPosition.z);
seq.AddCommand(new RSCommand("instance_set_world_to_obj",
"instance_name", RealityServerObject,
"transform", m.GetMatrixForRS()
));
if (Viewport.Viewport.RenderLoopRunning)
{
Viewport.Viewport.RestartLoop();
}
Moved = false;
}
protected void UpdateMovement(IAddCommand seq)
{
//Debug.Log ("- move in RS " + RealityServerObject + " " + NewPosition) ;
Matrix3D m = new Matrix3D ();
// NB: X is not negated to deal with handedness difference between RS and Unity
m.SetTranslation(NewPosition.x,-NewPosition.y,-NewPosition.z);
seq.AddCommand(new RSCommand("instance_set_world_to_obj",
"instance_name", RealityServerObject,
"transform", m.GetMatrixForRS()
));
if (Viewport.Viewport.RenderLoopRunning)
{
Viewport.Viewport.RestartLoop();
}
Moved = false;
}
/**
* If any changes have been made to the camera since the last time this function was called,
* then commands for updating those values on the server will be added to the given command sequence.
*/
public void UpdateCamera(IAddCommand seq)
{
if (CameraName == null || CameraName.Length == 0 ||
CameraInstanceName == null || CameraInstanceName.Length == 0)
{
Logger.Log("error", "Cannot update camera until names have been set.");
return;
}
if (changedValues.Count == 0)
{
return;
}
if (HasChanged("matrix"))
{
seq.AddCommand(new RSCommand("instance_set_world_to_obj",
"instance_name", CameraInstanceName,
"transform", TransformMatrix.GetMatrixForRS()
));
}
if (HasChanged("resX") || HasChanged("resY"))
{
seq.AddCommand(new RSCommand("camera_set_aspect",
"camera_name", CameraName,
"aspect", Aspect
));
seq.AddCommand(new RSCommand("camera_set_resolution",
"camera_name", CameraName,
"resolution", new Hashtable()
{
{ "x", ResolutionX },
{ "y", ResolutionY }
}
));
}
if (HasChanged("ortho"))
{
seq.AddCommand(new RSCommand("camera_set_orthographic",
"camera_name", CameraName,
"orthographic", Orthographic
));
}
// As the aperture is used by both orthographic and perspective cameras
// got slightly different things, we need to update the aperture if
// the orthographic value has changed.
if ((HasChanged("ortho") && Orthographic) || HasChanged("orthoSize"))
{
seq.AddCommand(new RSCommand("camera_set_aperture",
"camera_name", CameraName,
"aperture", OrthographicSize * 2.0f * Aspect
));
}
else if ((HasChanged("ortho") && !Orthographic) || HasChanged("fov"))
{
// As we currently do not load any camera values from the
// server, we need to choose an aperture to work with.
double aperture = 1.417;
double deg2rad = Math.PI / 180.0;
double focal = ((aperture / Aspect) / 2.0f)
/ Math.Tan(FieldOfView / 2.0f * deg2rad);
seq.AddCommand(new RSCommand("camera_set_aperture",
"camera_name", CameraName,
"aperture", aperture
));
seq.AddCommand(new RSCommand("camera_set_focal",
"camera_name", CameraName,
"focal", focal
));
}
changedValues.Clear();
_hasNewChanges = false;
}
/**
* If any changes have been made to the camera since the last time this function was called,
* then commands for updating those values on the server will be added to the given command sequence.
*/
public void UpdateCamera(IAddCommand seq)
{
if (CameraName == null || CameraName.Length == 0 ||
CameraInstanceName == null || CameraInstanceName.Length == 0)
{
Logger.Log("error", "Cannot update camera until names have been set.");
return;
}
if (changedValues.Count == 0)
{
return;
}
if (HasChanged("matrix"))
{
seq.AddCommand(new RSCommand("instance_set_world_to_obj",
"instance_name", CameraInstanceName,
"transform", TransformMatrix.GetMatrixForRS()
));
}
if (HasChanged("resX") || HasChanged("resY"))
{
seq.AddCommand(new RSCommand("camera_set_aspect",
"camera_name", CameraName,
"aspect", Aspect
));
seq.AddCommand(new RSCommand("camera_set_resolution",
"camera_name", CameraName,
"resolution", new Hashtable() {
{ "x", ResolutionX },
{ "y", ResolutionY }
}
));
}
if (HasChanged("ortho"))
{
seq.AddCommand(new RSCommand("camera_set_orthographic",
"camera_name", CameraName,
"orthographic", Orthographic
));
}
// As the aperture is used by both orthographic and perspective cameras
// got slightly different things, we need to update the aperture if
// the orthographic value has changed.
if ((HasChanged("ortho") && Orthographic) || HasChanged("orthoSize"))
{
seq.AddCommand(new RSCommand("camera_set_aperture",
"camera_name", CameraName,
"aperture", OrthographicSize * 2.0f * Aspect
));
}
else if ((HasChanged("ortho") && !Orthographic) || HasChanged("fov"))
{
// As we currently do not load any camera values from the
// server, we need to choose an aperture to work with.
double aperture = 1.417;
double deg2rad = Math.PI / 180.0;
double focal = ((aperture / Aspect) / 2.0f)
/ Math.Tan(FieldOfView / 2.0f * deg2rad);
seq.AddCommand(new RSCommand("camera_set_aperture",
"camera_name", CameraName,
"aperture", aperture
));
seq.AddCommand(new RSCommand("camera_set_focal",
"camera_name", CameraName,
"focal", focal
));
}
changedValues.Clear();
_hasNewChanges = false;
}
protected void MarkDirty(IAddCommand seq)
{
if (UseRenderLoop)
{
seq.AddCommand(new RSCommand("render_loop_cancel_render",
"render_loop_name", RenderLoopName
));
}
}