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Friction-free document reading

HyperBook is the simplest WorkScene in HyperCube: it displays texts, infographics and images in a linear, fluid reading experience, reducing the reader's cognitive load.

The practicality of HyperBook

HyperBook does not deal with any “information relations mappable to dimensions”: it displays data as literary text, infographics and images. Since interpretation must be linear and sequential, it treats documents as one-dimensional forms — focusing on the essentials: reading comfortably, comparing and reorganizing content effortlessly.

Ideal for content with sequential meaning — literary text, infographics and images — it emulates “random access” to group, reorder and compare non-sequential pages side by side. It supports formats such as DOC, DOCX, ODS and PDF, split into real pages for natural, friction-free navigation.

HyperBook: document displayed in a 3D environment in HyperCube4x

Features that reduce cognitive load

Small design decisions that bring digital reading closer to real reading.

01

Random access

Group, reorder and compare non-sequential pages side by side, merging content freely.

02

Predictable scrolling

The page advances in steps, at a fixed pace, so you can predict the reading position without fixing your gaze.

03

Smart tilting

Tilting the page enlarges the visible area and context, shortening the required scrolling area.

04

Bindery metaphor

Identifiers and tag-based organization, like a real binder, to find everything quickly.

How it works

The metaphors and camera movements that structure the reading experience.

Real identifiers, faces marked with labels and faces organized by tag
Identifiers and labels. Faces marked and organized by tag let you regroup and reorder pages as in a physical binder.
Predefined camera movements: overview, single face, rotation and zoom
Predefined camera movements. Overview, single face, rotation and zoom guide the reader through the document without disorientation.

Scrolling and virtual screen enlargement

Less scrolling, more visible text — and the reading position always under control.

Reading an A4 portrait document in an e-book reader creates friction: you have to scroll, the visible area is small and your gaze must follow the moving page — all of which weighs on cognition. HyperBook responds with two techniques. Smoother scrolling advances in steps, at a fixed pace, so you can predict the reading position without fixing your gaze. And page tilting enlarges the visible area and context: tilting 45° yields +41.42% of virtual height, making an 18” screen behave like a 20” one.

Page tilt geometry: the useful height grows from 18.3576 to 20.4450 when tilted 45°
Page tilting. At 45°, the useful height grows about 41% — more visible content without enlarging the physical screen.
Page enlargement combining scrolling and tilting at camera positions P1 to P4
Page enlargement. The camera combines scrolling and tilting (positions P1–P4) to enlarge the visible area and make reading regression easier when needed.