After loading the test-scenes using the b4w.min.js libraries of 16.05 and 16.06 respectively there is still a difference in performance (on my workstation it's about 50fps for 16.05 and about 30fps for 16.06)

On more powerful test-systems there was a performance drop from 60 to 50 fps,
while less powerful systems had a noticeable drop from 50 to 25 fps.

Could it have something to do with the changes to SSAO or anisotropic filtering?

Attached a couple of screenshots of what I'm trying to say.
Ideally the object looks "tiny" as in "cut.jpg" but can render at bottom as in "extrawidth.jpg".
Is there any easy way to make this happen??

Спасибо! очень нравится b4w, буду изучать.

Доброго времени суток!
скажите пожалуйста как реализовать авторизацию в бд в blender4web
то есть у пользователя рисуется сцена на которой например Cube и поле ввода
логин, пароль. Через эти поля передаем GET запрос в PHP. Есть такая возможность у b4w?
//я нулевой в этой области (изучал unity и там через UI wwwform передавал данные в PHP и также мог получить данные обратно через PHP) в b4w это возможно?
Хочу отправлять данные игры в бд и получать данные из бд что бы использовать их в игре

This is a screenshot of the console log

So I have linked /usr/bin/python3 with python. Now Project Manager works, I can create project etc
but when I want to test my scene .html (app_dev/test) I get a black window in my browser.
What am i making wrong ?

Changing the Object-Rendering-Property to 'is Dynamic Geometry' will have an impact in Memory usage and performance, right?
(Bigger memory footprint / the object-mesh-data maintains in main-memory? Perhaps less fps, too?)

Perhaps there exists already a function or a similar (internal) feature, but I couldn't find it, yet. Please help.

A more optimal approach would be to gain access to the already 'Model-, View-, Projection-Matrix' transformed vertex-data of an object.

...
m_transform.get_tsr(obj, world_tsr);
m_tsr.to_mat4(world_tsr, model_matrix);

...
m_transform.get_tsr(cam, cam_tsr);

var trans = m_tsr.get_trans_view(cam_tsr);
var quat = m_tsr.get_quat_view(cam_tsr);
m_mat4.fromRotationTranslation(quat, trans, world_matrix);

m_mat4.rotateX(world_matrix , -Math.PI/2, world_matrix );
m_mat4.invert(world_matrix , view_matrix);

A more optimal approach would be to gain access to the already 'Model-, View-, Projection-Matri
The closest path to a solution I found would be to project each object-vertex-point to canvas
m_camera.project_point(camobj, point3D, destCanvas2D)

This would require to access object-vertice in world-space coordinates. How could I access them?

var vert_array = m_geometry.extract_vertex_array(obj, mat_name, 'a_position');

...
m_transform.get_tsr(obj, world_tsr);
m_tsr.transform_vec3(vert_coord, world_tsr, vect_coord);