Alessandro Tasora

Artwork

Here is a small set of 3D pictures I have done since 1990, mostly using Realsoft3D.

For more 'technical' work, see also the demo animations of Chrono::Engine, the C++ API for physical simulation which I've been defeloping for years.

Also, see the gallery of the Chrono::R3D plugin.

( click on pictures to enlarge )


Delta Station, Copyright A.Tasora. Sci-Fi picture entirely modeled with Realsoft3D. I quickly obtained thousands of windows and details by smart applications of bump and color maps.	Kugel, Copyright A.Tasora. Rendering test for my modeling software Revolution4D. This detail is a precision ball-screw, used for automation and robotics.	Chrono::Engine logo, (C) A.Tasora. This is the Chrono::Engine logo. I've been inspired by the mechanism of a Vacheron-Constantin clock, which I remodeled with Realsoft3D.


Cyberfood, Copyright A.Tasora. Mock-up for the first prototype of the Cyberfod automatic food-delivery device.	Cyberfood, Copyright A.Tasora. Mock-up for the first prototype of the Cyberfod automatic food-delivery device.	Girl, Copyright A.Tasora. Everything was modeled with NURBS non-uniform rational surfaces (today I would rather use the more powerful SDS limit-surfaces).


Orchidea, Copyright A.Tasora. I modeled the flower with Nurbs surfaces, and I spent some time in creating realistic materials. Note the depht-of-field effect..	Terminator test, Copyright A.Tasora. Frames from an animation, resembling the famous film "Terminator2". I made this as a tutorial for a 3d computergraphic magazine.	Wind+fire demo, Copyright A.Tasora. Frames from an animation showing the advanced simulation features of my software Phenomena.


Black GTA, Copyright A.Tasora. It took some time to model this car, but I felt inspired and I ended with this shape, which is my idea of 'sport car'.	Robot, Copyright A.Tasora. A 6-dof 6xR robot, which I modeled with 'organic' shapes. Most parts have been obtained with SDS surfaces.	Revolution4D test, (C) A.Tasora. A stress test for my Revolution4D software: rendering of a large amount of mechanical parts.