Virtual fly catch

A small training exercise programmed for researcher Katinka van der Kooij using the Kinect and Oculus Rift.

Portfolio

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Orfeo

C++, NAP Framework

The Lockdown

Android, ARCore, ARKit, C#, iOS, Unity3D

Canon of the Netherlands

Canon of the Netherlands

C#, Lead Engineer, Networking, Unity3D

Waterline Museum – VR Parachute Jump

Waterline Museum – VR Parachute Jump

C#, Lead Engineer, Unity3D, VR

Dutch National Museum of Ethnology – Kidsclub

Dutch National Museum of Ethnology – Kidsclub

C#, Kinect, Lead Engineer, Networking, Unity3D

Waterline Museum – Defend the waterline

Waterline Museum – Defend the waterline

AI, C#, Lead Engineer, Projection Mapping, Unity3D

Limes

C#, Kinect, Lead Engineer, Networking, Unity3D

VEVA The Battle

VEVA The Battle

C#, C++, Lead Engineer, Networking, Unity3D

Wreck Fader

Android, C#, iOS, Lead Engineer, Unity3D

Richard Serra – Waxing Arcs

Richard Serra – Waxing Arcs

C#, C++, Kinect, Lead Engineer, Networking, Projection Mapping, Unity3D

TonTonClub – Desperado Bumper Bar

TonTonClub – Desperado Bumper Bar

C#, Kinect, Projection Mapping

Linden Museum Stuttgart & National Museum of Ethnology Leiden

Linden Museum Stuttgart & National Museum of Ethnology Leiden

C#, C++, Lead Engineer, Unity3D

Virtual fly catch

Virtual fly catch

C#, Kinect, Lead Engineer, Unity3D, VR

Emma children’s hospital

Emma children’s hospital

Box2D, C++, Cinder, Kinect, Networking

Paleis het Loo

C++, Cinder, Networking, Projection Mapping

Humanity House

C++, Cinder, GLSL

Wiij Timski

C++, Max/MSP, Wii

The Zaans Museum

The Zaans Museum

C++, GLSL, Lead Engineer, openFrameworks

Tafelmonsters

Cocos2D, iOS, Lead Engineer, Objective-C

Tumblies iPad Game

Tumblies iPad Game

C#, iOS, Unity3D

Midiator Vision OS

Midiator Vision OS