To create a point cloud from the Procrustes distances you will need the R package Morpho to use the function mesh2ply(). Within RStudio you can install this by going to Tools -> install packages -> install from: Repository (CRAN) and type Morpho in the packages box.
You will need the files:
All landmarks:
meanprocdistcolorscale
surface semi-landmarks:
mean_surfdist_colorscale
and
Either the coordinates from a representative endocast (probably the closest to the average) or you can calculate the average coordinates using Geomorph.
mean_original_shape
library (Morpho)
For all landmarks (fixed and semi-landmarks):
mesh2ply(mean_original_shape, col = meanprocdistcolorscale)
or
For just semi-landmarks:
mesh2ply(mean_original_shape[ 110:969,], col = mean_surfdist_colorscale)
if you want to use a representative endocast you can replace mean_original_shape with the endocast file from after that specimen was aligned and semi-landmarks slid:
ex :
mesh2ply(morton1306slid[ ,, 2], col = meanprocdistcolorscale)
This should save a . ply file in your working directory with the file name of endocast file you used, so for example, mean_original_shape.ply or morton1306slid.ply
you can then rename the file with a more descriptive name if you need to
You will need the files:
All landmarks:
meanprocdistcolorscale
mean_surfdist_colorscale
Either the coordinates from a representative endocast (probably the closest to the average) or you can calculate the average coordinates using Geomorph.
mean_original_shape
For all landmarks (fixed and semi-landmarks):
mesh2ply(mean_original_shape, col = meanprocdistcolorscale)
For just semi-landmarks:
mesh2ply(mean_original_shape
mesh2ply(morton1306slid
This should save a
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