PHUI-kit: Interface Layout and Fabrication on Curved 3D Printed Objects
Authors
We seek to make physical user interface (PHUI) design more like graphical user interface (GUI) design by using a drag-and drop interface to place widgets, allowing widgets to be repositioned and by hiding implementation details. PHUIs are interfaces built from tangible widgets arranged on the surfaces of physical objects. PHUI layout will become more important as we move from rectangular screens to purpose-built interactive devices. Approaches to PHUI layout based on sculpture make it difficult to reposition widgets, and software approaches do not involve placing widgets on the device exterior. We created PHUI-kit, a software approach to PHUI layout on 3D printed enclosures, which has a drag-and-drop interface, supports repositioning of widgets, and hides implementation details. We describe algorithms for placing widgets on curved surfaces, modifying the enclosure geometry, and routing wiring inside the enclosure. The tool is easy to use and supports a wide range of design possibilities.
Research Questions / Practical Problems
Question signals indexed for this paper.
- 100%
MechSense: A Design and Fabrication Pipeline for Integrating Rotary Encoders into 3D Printed Mechanisms
CHI '23· Desktop 3D Printing & Personal Fabrication +1
- 80%
Off-Line Sensing: Memorizing Interactions in Passive 3D-Printed Objects
CHI '18· Desktop 3D Printing & Personal Fabrication +1
- 80%
MorphSensor: A 3D Electronic Design Tool for Reforming Sensor Modules
UIST '20· Desktop 3D Printing & Personal Fabrication +1
- 75%
RFIBricks: Interactive Building Blocks Based on RFID
CHI '18· Desktop 3D Printing & Personal Fabrication +1
- 75%
PEP (3D Printed Electronic Papercrafts): An Integrated Approach for 3D Sculpting Paper-Based Electronic Devices
CHI '18· Desktop 3D Printing & Personal Fabrication +1
- 75%
VirtualComponent: A Mixed-Reality Tool for Designing and Tuning Breadboarded Circuits
CHI '19· Desktop 3D Printing & Personal Fabrication +1
- 75%
Combining Touchscreens with Passive Rich-ID Building Blocks to Support Context Construction in Touchscreen Interactions
CHI '21· Circuit Making & Hardware Prototyping
- 75%
LightTouch Gadgets: Extending Interactions on Capacitive Touchscreens by Converting Light Emission to Touch Inputs
CHI '21· Circuit Making & Hardware Prototyping
- 75%
Measurement Patterns: User-Oriented Strategies for Dealing with Measurements and Dimensions in Making Processes
CHI '23· Desktop 3D Printing & Personal Fabrication +1
- 75%
Vespidae: A Programming Framework for Developing Digital Fabrication Workflows
DIS '23· Desktop 3D Printing & Personal Fabrication +1
Based on Jaccard similarity of research subtopics & professions (≥60%)