ProbesTools is an open access project that publishes all of its research. This development library contains all of the alternative and legacy versions of TaskCams and VisionCams that have been produced during the project, available for those who would like to explore and develop their own ProbeTools and for those maintaining older devices.
We encourage others to adopt and use our design however any usage or altered usage should be clearly and appropriately credited with Interaction Research Studio acknowledgments in compliance with the Creative Commons Attribution 4.0 License.
TaskCam Development Library
The current TaskCam uses second generation hardware based on our TaskCam Arduino Shield. Previous versions are TaskCam are documented here and available to everyone to download and modify. Although these designs and hardware have been superseded, they are archived here for the curious and those maintaining legacy TaskCams.
In addition, we have also added some alternative designs for TaskCam 2.0. Some of these are more developed than others and so each design contains a description of the intended usage and details of any known issues.
This was one of our first designs for a TaskCam using standard parts including the legendary Nokia 3310 screen. more
This camera uses our first generation Arduino shield and Linksprite JPG camera. more
This a paper clad version of our first generation TaskCam. more
Like the Paper TaskCam 2 long, this design houses the unseparated TaskCam Arduino Shield in a lightweight, clip together 3D print more
The most pared back TaskCam uses only the camera module and coin cell battery to create a match-box sized Cultural Probe camera more
3D Printed TaskCam 2, lightweight frame
An alternative configuration of the TaskCam Arduino Shield housed in a lightweight 3D printed shell and lasercut acrylic cover more
VisionCam Development Library
Compact VisionCam and VisionCam Tall are fully developed 3D printed casings for Raspberry Pi based ProbeTool cameras, however there were many other ideas and configurations were explored during the design process that are available here for everyone to download, modify and build. These designs are not quite perfect but form the starting point for others to use and improve upon either as ProbeTools or simply as housings for Raspberry Pi cameras. Each design features a description of intended usage and details of any known issues.
This camera is a homage to the classic toy in using numerous accessories to reconfigure the personality of the basic housing . more
This housing features four threaded sockets that allow a number of accessories to be attached, enabling the camera to be used in different situations. more
Camera with Lasercut Attachments
Structurally similar to the Extruded Lens Camera, this housing includes lasercut acrylic elements that make the camera easier to position at different angles on flat surfaces while increasing hanging possibilties. more
Selfie Camera with Lasercut Attachments
Following on from the Lasercut Attachment Camera, this camera sees that adoption of the selfie format favoured in final designs of VisionCam.. more
This is a complex housing constructed from three 3D printed parts which orienate the Raspberry Pi and screen perpendicular to each other, requiring a set of jumper wires to connect the input/output pins of the adjacent boards.. more
Based on the Tall Box Camera, this housing is constructed from four 3D printed parts, whose production method forms the basis for the later 3D printed TaskCams. more
Camera with Battery Holder - Type A
This housing is made from a 3D printed shell and a lasercut acrylic rear panel, it features hooks and a ledge for attaching a USB battery with cable ties or elastic bands. more
his housing is made from 3D printed front and rear shells. The integrated hooks are for attaching a USB battery with cable ties or elastic bands in various configurations.. more
This housing has a distinct wrap around texture and a threaded socket allowing for an accessory to be attached. more
Camera with Lasercut Hanger - Type A
This housing is made from a 3D printed shell and a lasercut acrylic rear panel. The panel features perforations for attaching a USB battery with cable ties or elastic bands, hooks for wrapping the USB power cable and a hole for hanging the camera itself. more
Camera with Battery Holder - Type B
This housing is made from a 3D printed shell and a lasercut acrylic rear panel, it features hooks and a ledge for attaching a USB battery with cable ties or elastic bands. On this version, the Pi end of the USB power cable is captive inside the housing.. more
Selfie Camera with Hooked Case
This version was one of the first in the development of the VisionCam to flip the camera to the selfie format, coinciding with the development of the timelaspe VisionCam software. more
A collection of threaded parts that screw into cameras featuring threaded sockets. more
Camera with Lasercut Hanger - Type B
This housing is made from a 3D printed shell and a lasercut acrylic rear panel. The panel features perforations for attaching a USB battery with cable ties or elastic bands, hooks for wrapping the USB power cable and a hook for hanging the camera itself.. more
Camera with Battery Holder - Type C
This housing is made from a 3D printed shell and rear panel. The integrated rear panel prongs are for attaching a USB battery with cable ties or elastic bands.. more
Structurally similar to the Threaded Case Camera, this housing makes a feature on the lens body and has four threaded sockets that allow a number of accessories to be attached. more