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Background

Background. Mathematics and computer science Computational mathematics/ computer graphics Plant modelling/virtual plants Leaf surface fitting. Leaf surface representation. Accuracy/Level of detail Realism Mathematical techniques Applications. Digitising. Sonic digitiser. Laser scanner.

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Background

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  1. Background • Mathematics and computer science • Computational mathematics/ computer graphics • Plant modelling/virtual plants • Leaf surface fitting

  2. Leaf surface representation • Accuracy/Level of detail • Realism • Mathematical techniques • Applications

  3. Digitising Sonic digitiser Laser scanner

  4. Droplet movement

  5. L-Studio / Virtual Lab users Locations of Virtual Lab users, from: algorithmicbotany.org

  6. L-Systems [Modular]

  7. Models • Modular • Florigen • Butterflies • Frangipani • Lily

  8. Collaborators • Jim Hanan (ARC CoE for Integrative Legume Research, ARC Centre for Complex Systems, ACMC; UQ) • John Belward (Mathematics, UQ) • Gary Dorr (UQ Gatton) • Christine Beveridge (ARC CoE for Integrative Legume Research; gene regulatory networks, pea plants, grafting)

  9. Collaborators (cont.) • Herve Sinoquet, Didier Combes (France) • David Thornby (DPI&F, Toowoomba, defoliation) • Przemek Prusinkiewicz (University of Calgary) Modeling Hairy Plants

  10. Other Groups • Plant Architecture Informatics network • Functional and Structural Plant Modelling Workshop (~200 participants)

  11. Future Directions • Surface Fitting • Leaf modelling • Growth • Damage • Droplet running along surface • Shading • Venation • Function • Computer graphics – biology ?

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