Reading the Leaves: Difference between revisions

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Client: Julian Godding, [[Gardin]] <j.godding@gardin.co.uk>  
Client: Julian Godding, [[Gardin]] <j.godding@gardin.co.uk>  


Plant leaves are anatomically complex but can be structured in ways to make a digital model of the plant. In this project your goal will be to use time-lapse photography to render a 3D model of plants growing in a vertical farm in real-time; mapping a grid-search of chlorophyll fluorescence measurements and displaying phenotype properties such as leaf area and weight, calibrated against ground truth measurements.
Plant leaves are anatomically complex but can be structured in ways to make a digital model of the plant. In this project your goal will be to use time-lapse photography to render a 3D model of plants growing in a vertical farm in real-time; mapping a grid-search of chlorophyll fluorescence measurements and displaying phenotype properties such as leaf area and weight, calibrated against ground truth measurements.

Latest revision as of 19:14, 12 November 2021

Client: Julian Godding, Gardin <j.godding@gardin.co.uk>

Plant leaves are anatomically complex but can be structured in ways to make a digital model of the plant. In this project your goal will be to use time-lapse photography to render a 3D model of plants growing in a vertical farm in real-time; mapping a grid-search of chlorophyll fluorescence measurements and displaying phenotype properties such as leaf area and weight, calibrated against ground truth measurements.