My comment above explains how I get the x,y,z position and rotation from the FlarToolkit. Once you have that data you can use that to update the position and rotation of your (Flint) emitter.

Hope this helps,

Wijnand

best Regards
Marco

The way I got Flint and the FlarToolkit working is by extracting the x,y,z position and rotation from the FLARTransMatResult class.
The position can be taken directly from the FLARTransMatResult class by using FLARTransMatResult.m03 (x), FLARTransMatResult.m13 (y) and FLARTransMatResult.m23 (z).
To get the rotation is a bit more difficult, I use the following code stub:
var rotMat:FLARRotMatrix = new FLARRotMatrix( new FLARPerspectiveProjectionMatrix() );
// transres is the current FLARTransMatResult
rotMat.initRotByPrevResult(transRes);
var rot:FLARDoublePoint3d = new FLARDoublePoint3d();
rotMat.getAngle(rot);

To get the x,y,z rotation I use
rot.x;
rot.y;
rot.z;

Once I had all this information extracted from FLAR I passed it to the class that handled displaying the Flint particles.

I feel the position / rotation are are bit off after I’ve done this, so let me know if you’ve found a better solution.

Can you tell me how you managed to combine flint and flartoolkit ?
I am currently trying to do this, but I don’t know how to link the particles emitter to the FlarBaseNode …

Thanx.