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Calculated using the sum of the absolute value of the second derivative of the smooth.spline prediction for each defined point.
smooth.spline
coo_tac(coo)
a matrix of (x; y) coordinates or any Coo
matrix
Coo
numeric for a single shape and for Coo
numeric
Other coo_ descriptors: coo_angle_edges(), coo_angle_tangent(), coo_area(), coo_boundingbox(), coo_chull(), coo_circularity(), coo_convexity(), coo_eccentricity, coo_elongation(), coo_length(), coo_lw(), coo_rectangularity(), coo_rectilinearity(), coo_scalars(), coo_solidity(), coo_width()
coo_angle_edges()
coo_angle_tangent()
coo_area()
coo_boundingbox()
coo_chull()
coo_circularity()
coo_convexity()
coo_eccentricity
coo_elongation()
coo_length()
coo_lw()
coo_rectangularity()
coo_rectilinearity()
coo_scalars()
coo_solidity()
coo_width()
# NOT RUN { coo_tac(bot[1]) bot %>% slice(1:3) %>% # for speed sake only coo_tac # }
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