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Southeastern US Plants and Ecosystems

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This content pack includes 35 AR/VR ready botanically correct plants that naturally occur in Southeastern US (North Carolina, to Florida, Mississippi and Puerto Rico) presented as accurate visualizations in 10 photorealistic sample ecosystem models.

  • Supported Platforms
  • Supported Engine Versions
    4.26 - 4.27
  • Download Type
    Asset Pack
    This product contains an assortment of Unreal Engine assets which can be imported into a pre-existing project of your choice.

Content:

Features:

  • 35 AR/VR photorealistic, low-polygon plants ideal for large open worlds, AR and VR applications
  • Individual variations, LODs, wind and light effects, all made using photographs taken in the wild
  • 146 unique meshes for use in Central Florida landscapes
  • Editable wind material with leaf rustle
  • Subsurface scattering maps for light transparency and reflection on leaf surfaces
  • 6 ground materials for use in landscape painting and some weeds for ground surface noise
  • 10 example natural communities / ecosystems created from plant inventory and plant distribution GIS data for Central Florida

Plant list:

  • American Beautyberry
  • Blazing Star
  • Bog Button
  • Bracken Fern
  • Chalky Bluestem
  • Coastalplain Honeycomb
  • Coontie
  • Dahoon Holly
  • Feay's Palafox
  • Fetterbush
  • Flattop Goldenrod
  • Florida Paintbrush
  • Florida Tickseed
  • Forked Bluecurl
  • Goldenrod
  • Hooded Pitcher Plant
  • Lopsided Indiangrass
  • Longleaf Pine
  • Pond Cypress
  • Prickly Pear
  • Rayless Sunflower
  • Reindeer Moss
  • Sabal Palm
  • Sand Live Oak
  • Saw Palmetto
  • Scarlet Calamint
  • Scrub Rosemary
  • Shortleaf Rosegentian
  • Spanish Moss
  • St. John's Wort
  • Tall Jointweed
  • Titusville Balm
  • Waterlily
  • Wax Myrtle
  • Wiregrass


About: These digital art 3D plant models were created by an interdisciplinary team of artists and scientists. Dr. Maria C. R. Harrington, Dr. Patrick Bohlen, Chris Jones, Zachary Bledsoe, Jennifer Elliott, Ray Jarrett, Amanda Lindsay, and John Guziejka. The content created for the environment was initiated to support a research investigation of beauty as information and an emotionally salient trigger used in design studies on immersive informal learning. The Virtual UCF Arboretum project is an augmented reality (AR) and virtual reality (VR) collaboration between The Harrington Lab in the Nicholson School of Communication and Media and the UCF Arboretum in the Department of Biology and the Landscape and Natural Resources, in the College of Sciences, at the University of Central Florida. The Epic MegaGrant funded the improvement of the models for use here and by the community. Inquiries to Dr. Harrington for collaborations are welcome.


The Harrington Lab at UCF, Digital Media Team

Dr. Maria C. R. Harrington: Assistant Professor, Director of the Project

  • Zachary Bledsoe: Undergraduate Research Assistant: Team Lead, Environmental Artist, 3D Artist and Modeler, Unreal Engine Production Pipeline Lead, August 2017 – August 2018
  • James Miller: Undergraduate Research Assistant: Lead Developer and Programmer, Unreal Engine, January 2018 – August 2018.
  • Chris Jones: 2020 Epic MegaGrant contractor. Undergraduate Research Assistant: Lead 3D Artist and Modeler, Environmental Artist, and Unreal Engine, October 2017 – August 2018. https://chrisjones3d.com/
  • Thomas Pring: Undergraduate Research Assistant: Programmer, Unreal Engine, HTC Vive, January 2018 – August 2018.
  • Kellie Beck: Undergraduate Research Assistant: Arboretum Content Liaison, Graphic Designer, WordPress, January 2016 – August 2018.


UCF Arboretum Team

Dr. Patrick Bohlen: Director of Landscape and Natural Resources and Arboretum

  • Jennifer Elliott: Assistant Director, Natural Resource and Arboretum Programs
  • Ray Jarrett: Coordinator of Urban Forestry and Land Management Programs
  • Amanda Lindsay: Senior Biologist
  • John Guziejka: Biologist / Urban Forester
  • Rafael Pares: Media Producer

Example of a Virtual Field Trip , 2018: https://youtu.be/qFbWvr5SDUE

Technical Details

Technical Details:

Number of Unique Meshes:

  • 146

Collision:

  • None

Vertex Count:

  • Each of the 146 meshes has variable vertex count including reduced hand-made LOD

LODs:

  • Mid LOD + Billboards for all assets except for clutter (meshes tested for AR/VR runtime efficiency)

Number of Materials + Material Instances:

  • 4 Master Materials
  • 101 Material Instances
  • 2 misc materials

Number of Textures + Resolutions:

  • 2048x2048 - 9
  • 1024x2048 - 4
  • 1024x1024 - 68
  • 512x1024 - 4
  • 512x512 - 78
  • 128x128 - 3

Supported Dev Platforms:

  • Windows YES
  • Mac NO (Not tested)


Documentation:

Important/Additional Notes:

  • Any example scenes that include water rely on Epic's water plugin