P. massoniana is a coniferous tree species. Tree scans thereby includes leaf noise in form of needles. Larger wind occurrence, high resolution scans. Software allows fully automatic denoising and modeling of all twelve trees.

Published in

Non Destructive Method for Biomass Prediction Combining TLS Derived Tree Volume and Wood Density.

Research Site

URL	ECTF
Latitude	22°06'02''N
Longditude	106°45'01''E

Biomass results

Please refer to the named publication, tables are included.

Point Clouds

All files are saved in asc file format. Coordinates (x,y,z) and intensity value are white-space separated.
Pinus massoniana raw data, 12 clouds
Within less than thirty minutes raw data clouds have been automatically denoised and modeled. Some noise is left and models show errors.
Pinus massoniana automatically denoised data, 12 clouds
30 more minutes of manual noise deletion and all clouds could be automatically modeled. Pinus massoniana manual denoised data, 12 clouds
All files can also be opened with Cloud Compare.

Calculated Models

These are the PLY models from the computation used for publication result. Saved in PLY format and can be opened with Cloud Compare.
Pinus massoniana 12 - Models published
The models computed with SimpleTree:
Pinus massoniana 12 - Ply Models and Pinus massoniana 12 - csv Models fully automatically calculated with SimpleTree after the release of SimpleTree — An Efficient Open Source Tool to Build Tree Models from TLS Clouds.
The results are supposed to vary slightly from those published, as in a second run deviations have to be expected. The automatic parameter search in SimpleTree is a randomized brute force one.

If not stated otherwise, all data on this page are published under the Creative Commons - Attribution-NonCommercial-ShareAlike 4.0 International license. License holder Jan Hackenberg.

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A link to the full license is given here.