
coo_perim
calculates the perimeter;
coo_perimpts
calculates the euclidean distance between every points of a shape;
coo_perimcum
does the same and calculates and cumulative sum.
coo_perimpts(coo)# S3 method for default
coo_perimpts(coo)
# S3 method for Coo
coo_perimpts(coo)
coo_perimcum(coo)
# S3 method for default
coo_perimcum(coo)
# S3 method for Coo
coo_perimcum(coo)
coo_perim(coo)
# S3 method for default
coo_perim(coo)
# S3 method for Coo
coo_perim(coo)
matrix
of (x; y) coordinates or any Coo
numeric
the distance between every point or
a list
of those.
Other coo_ utilities: coo_aligncalliper
,
coo_alignminradius
,
coo_alignxax
, coo_align
,
coo_baseline
, coo_bookstein
,
coo_boundingbox
,
coo_calliper
, coo_centdist
,
coo_center
, coo_centpos
,
coo_close
, coo_down
,
coo_dxy
, coo_extract
,
coo_flipx
, coo_force2close
,
coo_interpolate
,
coo_is_closed
, coo_jitter
,
coo_left
,
coo_likely_clockwise
, coo_nb
,
coo_range
, coo_rev
,
coo_right
, coo_rotatecenter
,
coo_rotate
, coo_sample_prop
,
coo_samplerr
, coo_sample
,
coo_scale
, coo_shearx
,
coo_slice
,
coo_slidedirection
,
coo_slidegap
, coo_slide
,
coo_smoothcurve
, coo_smooth
,
coo_template
, coo_trans
,
coo_trimbottom
, coo_trimtop
,
coo_trim
, coo_up
,
is_equallyspacedradii
# NOT RUN {
# for speed sake
b1 <- coo_sample(bot[1], 12)
b5 <- bot %>% slice(1:5) %>% coo_sample(12)
# coo_perim
coo_perim(b1)
coo_perim(b5)
# coo_perimpts
coo_perimpts(b1)
b5 %>% coo_perimpts()
# coo_perimcum
b1 %>% coo_perimcum()
b5 %>% coo_perimcum()
# }
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