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

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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. - PowerPoint PPT Presentation

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Page 1: Background

BackgroundBackground Mathematics and computer scienceMathematics and computer science Computational mathematics/ Computational mathematics/

computer graphicscomputer graphics Plant modelling/virtual plantsPlant modelling/virtual plants Leaf surface fittingLeaf surface fitting

Page 2: Background

Leaf surface representationLeaf surface representation Accuracy/Level of detailAccuracy/Level of detail RealismRealism Mathematical techniquesMathematical techniques Applications Applications

Page 3: Background

DigitisingDigitisingLaser scannerLaser scanner Sonic digitiserSonic digitiser

Page 4: Background
Page 5: Background

Droplet movementDroplet movement

Page 6: Background

L-Studio / Virtual Lab usersL-Studio / Virtual Lab users

Locations of Virtual Lab users, from: algorithmicbotany.org

Page 7: Background

L-SystemsL-Systems

[Modular]

Page 8: Background

ModelsModels ModularModular FlorigenFlorigen ButterfliesButterflies FrangipaniFrangipani LilyLily

Page 9: Background

CollaboratorsCollaborators Jim Hanan (Jim Hanan (ARC CoE for Integrative ARC CoE for Integrative

Legume Research, ARC Centre for Legume Research, ARC Centre for Complex Systems, ACMC; UQ)Complex Systems, ACMC; UQ)

John Belward (Mathematics, UQ)John Belward (Mathematics, UQ) Gary Dorr (UQ Gatton)Gary Dorr (UQ Gatton) Christine Beveridge (Christine Beveridge (ARC CoE for ARC CoE for

Integrative Legume Research;Integrative Legume Research; gene gene regulatory networks, pea plants, regulatory networks, pea plants, grafting)grafting)

Page 10: Background

Collaborators (cont.)Collaborators (cont.) Herve Sinoquet, Didier Combes Herve Sinoquet, Didier Combes

(France)(France) David Thornby (DPI&F, Toowoomba, David Thornby (DPI&F, Toowoomba,

defoliation)defoliation) Przemek Prusinkiewicz (University of Przemek Prusinkiewicz (University of

Calgary)Calgary)

Modeling Hairy Plants

Page 11: Background

Other GroupsOther Groups Plant Architecture Informatics Plant Architecture Informatics

networknetwork Functional and Structural Plant Functional and Structural Plant

Modelling Workshop (~200 Modelling Workshop (~200 participants)participants)

Page 12: Background

Future DirectionsFuture Directions Surface FittingSurface Fitting Leaf modellingLeaf modelling

– GrowthGrowth– DamageDamage– Droplet running along surface Droplet running along surface – ShadingShading– VenationVenation– FunctionFunction

Computer graphics – biology ?Computer graphics – biology ?

Page 13: Background