Ioan Cornel Tamas

Mindmotion GO is a gamified neurorehabilitation system developed by neuroscientists and specialists, built from the ground up to meet user needs with a deep understanding of the neurotherapeutic context. It consists of a set of games that replicate and replace the exercises used to rehabilitate patients. The application had to recognize the body posture of the patient and use the user's gestures as inputs for the games. Due to the medical environment, the application needed to run on very low specification machines.

SpectralFlameLab in VR

This is a VR application that can run on a variety of devices with a variety of headsets (including Google Cardboard) and any Bluetooth gamepad that simulates a chemistry lecture.

Key Product Features:
• Replicate experiments from the chemistry textbook
• Experiment with different substances
• Simulate a chemistry lecture in a safe environment
• Available on any OS and a wide variety of devices

This is a real-time strategic multiplayer card game for mobile where the users can deploy their troops strategically on the map and launch a siege on their opponent’s castle towers. You can also collect cards and unique characters with special abilities to unlock new strategies in order to become the best warrior.

The application had to run on a wide variety of mobile devices and leading operating systems. In order to keep the performance requirements low, the models were rendered in 2D sprites. The animations and orientations are controlled through the code. The final product stands out through its visual designs.

This is a virtual reality application of a city in Romania, currently present in Cluj-Napoca. Using high tech VR glasses, they can move above the city in any direction and observe every detail they consider important and attractive.

The application needed to not only showcase the sights and attractions of the city, but it also needed to enhance the experience for the user. The initial shooting for CITY VR is
done with a 360º camera at 8K resolution, connected to a drone. The flight path of the camera is taken as a reference
for creating the route model. The tilt of the camera is transmitted to an Arduino processor via the USB interface.
The processor—being connected to a gyroscope attached to a specially designed chair—compares the inclination of the virtual camera to that of the chair and, when necessary, tilts the seat in the desired direction until the target position is attained. The illusory environment that completely surrounds you and the chair that simulates the movements from the means of transportation you are traveling with above the city gives you a fully immersive experience. The user can explore and experiment in VR the atmosphere, the weather, the amenities and much more of the future destination.

This is the AR presentation software for the Honda Africa Twin bike model.

The application enables you to play around with various configuration options of your 3D bike and transform your own environment with the Augmented Reality mode.

Users can play around with integrating the bike into any environment and configuring their personal preferences. Elements like custom shaders and smart reflections are what set them apart, capturing tiny surface and lighting details that deliver the highest quality experience.

It is a cloud-based interactive visualization, where users can see all the customization options available to them from a server, depending on the region they are in.

This is a free-roaming dragon-riding game using the Samsung GearVR. The application features unprecedented control whereby using just your head you can control the movement.

Using Samsung's high precision gyroscopes and display with high refresh rate, the application is able to induce fear of flight and free fall, while the large, fast-moving scene offers the user a great sense of space.