Unique Behaviors of the Coconut Octopus

THE CHALLENGE

To use 3-D modeling to visualize a biological defense mechanism of an animal.

THE SOLUTION

This illustration describes the behavioral adaptations that make the coconut octopus a particularly unique species of octopuses: tool-use and bipedal locomotion. The central illustration captures the moment in which a coconut octopus uses a coconut shell as a tool to disguise itself, allowing it to sneak up on an unsuspecting crab.

 
CocoOcto.jpg

AUDIENCE
Lay audience

CLIENT
Leah Lebowicz

COMPLETED
May, 2019

MEDIUM
Visual Molecular Dynamics (VMD), Autodesk 3ds Max, Adobe Photoshop, Adobe InDesign

FORMAT
20 x 24 (digital and print)

 

Process and Development

RESEARCH AND STORYTELLING

MasterofDisguise.jpg

While there are many interesting defense mechanisms exhibited by animals, I found the coconut octopus to be a particularly charismatic species. Despite the several fascinating adaptations the coconut octopus exhibits, I decided to focus on the characteristics that make this octopus unique from other ocean dwelling animals. In my initial sketch, I decided to tell this story by capturing the moment of tension between predator and prey, in a theatrical and dynamic compositions.

MODELING

Main assets were box-modeled in Autodesk 3ds Max to quickly capture their form.

Octopus 3ds Max box model

Octopus 3ds Max box model

Crab 3ds Max box model

Crab 3ds Max box model

The models were further sculpted, painted, and textured in Autodesk Mudbox. These models were brought back into Audodesk 3ds Max, where lighting and materials were used to enhance the models and hint at a convincing environment. Final compositing was done in Adobe Photoshop, with illustrations completed in Adobe Illustrator, and layout in Adobe InDesign.

Octopus Mudbox model

Octopus Mudbox model

Crab Mudbox model

Crab Mudbox model

Initial render (prior to compositing)

Initial render (prior to compositing)