DTSC: A Dynamic Taxonomy on Structural Colour Carlos Fiorentino, - - PowerPoint PPT Presentation

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DTSC: A Dynamic Taxonomy on Structural Colour Carlos Fiorentino, - - PowerPoint PPT Presentation

Mar 05, 2024 120 likes •226 views

DTSC: A Dynamic Taxonomy on Structural Colour Carlos Fiorentino, Doctoral Research Project on Biomimetics of Colour Pitch presentation for CMPUT401 Biomimicry / Biomimetic design: Design informed/ inspired by nature Biomimicry / Biomimetic

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A Dynamic Taxonomy on Structural Colour

Carlos Fiorentino, Doctoral Research Project on Biomimetics of Colour Pitch presentation for CMPUT401

DTSC:

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Biomimicry / Biomimetic design:

Design informed/ inspired by nature

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Biomimicry / Biomimetic design Structural Colour:

Colour obtained by “light interference” structures added to material surfaces at the nano-scale, without relying on pigmentation or chemical processes

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Biomimicry / Biomimetic design Structural Colour DTSC:

is an interface system for collecting, organizing, visualizing and sharing scientific information on structural colour based on a Rich Prospect Browsing experience. DTSC aims to fill communication gaps between scientists and designers involved in biomimetic projects applying structural colour

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Sequence of screens selected from the DTSC interface simulation. A final prototype based on this design will be developed for user testing and further studies.

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SLIDE 6 [Splash page] DTSC C ategory selection [Kingdom] Bacteria Sub-categories F ungi Sub-categories Plants Sub-categories Animals Sub-categories Phylum Vertebrates C lass Mammals [LE AD] Order F amily [ITE M] Species Reptiles [LE AD] Order F amily [ITE M] Species Amphibian [LE AD] Order F amily [ITE M] Species F ish [LE AD] Order F amily [ITE M] Species Avian [LE AD] Order F amily [ITE M] Species Invertebrates C lass Arthropoda [LE AD] Order F amily [ITE M] HOME PAGE Species Authors wordcloud Access to literature C itation formats, abstract, and access to full article Top or Side Silhouette [F AC E T] E DIT/ C ontribute Augmented species details Scientific and common name Gallery of Images / videos available StrC mechanism Optical mechanism nterference I cattering S iffraction d Structure 1D 2D 3D Tunability presence Passive
  • Active
+ Visible Hues (ROYGBIV) Iridescence factor Invisible signals –UV and IR Presumable functions Aposematism *E xpands to + info C rypsis* Sex* Other* Applied case-studies by function AskNature.org db Geography Region 1 *E xpand to menu/ map Region 2* Region 3* Region 4* Region 5* E cosystem sert # De rest # F o assland # Gr untain Mo # rine # Ma eshwater # F r Widgets Phylogeny Visible Hues (ROYGBIV) + white Orders E volutionary branches by species Selected species image [ITE M] Species Periods + Time scale Homology Visible Hues (ROYGBIV) Structure [1D;2D;3D] Scanning E lectron Microscopy (SE M) images ROYGBIV Hyperspectral layers UV / IR interpretation Reflectance + Luminosity curves SunWord: orders/ species by hue Structure + Mechanism detail E volutive disruptions timeline C ompared species [image] Literature associated Disruption timeline visualization Timescale Research map C ompared species [image] Literature associated Bubble chart grouped by Institution, lab and researcher Location Map of Institutions, labs and researchers Molluscs [LE AD] Order F amily [ITE M] Species Other [LE AD] Order F amily [ITE M] Species Random Slide Gallery Shortcut to species page # Search: Species Author Keyword Login / Signup Shortcut to explore by hue (ROYGBIV) #

Flowchart of the taxonomical content of the DTSC, organized by hierarchies: categories, items and details Categories Items Facets

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Main components

  • 1. Database: back-end structure where information is collected

and organized to be accessed in the front-end interface and widgets

  • 2. Interface: front-end environment where information can be

searched, found and visualized

  • 3. Widgets: front-end wiki modules, complementing with

additional data visualizations

  • 4. Workflow Admin: back-end structure capable for administrate

contributions, accounts, access privileges, peer-review process, etc.

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Required deliverables from CMPUT401

  • 1. Prototype running on line for testing purposes,
  • 2. Users’ info/access,
  • 3. Documentation,
  • 4. Source Code,
  • 5. Copies and Backups
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SLIDE 9
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Level of completion done future

First prototype

  • user testing studies
  • planning of data-access and data-analysis strategy (repositories)
  • planning accessibility to public
  • disseminating findings in symposia and peer-reviewed journals

Preliminary Coursework First Independent Study

  • n DTSC

Second Independent Study

  • n DTSC

Design of DTSC Programming DTSC prototype Testing DTSC prototype Findings Dissemination and publishing Dissemination and publishing Dissemination and publishing DTSC developing DTSC final studies Thesis