Momocs (version 1.4.1)

coo_close: Closes/uncloses shapes

Description

Returns a closed shape from (un)closed shapes. See also coo_unclose.

Returns a unclosed shape from (un)closed shapes. See also coo_close.

Usage

coo_close(coo)
coo_unclose(coo)

Value

a matrix of (x; y) coordinates, or a Coo object.

a matrix of (x; y) coordinates, or a Coo object.

Arguments

coo

matrix of (x; y) coordinates or any Coo object.

See Also

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_down(), coo_dxy(), coo_extract(), coo_flipx(), coo_force2close(), coo_interpolate(), coo_is_closed(), coo_jitter(), coo_left(), coo_likely_clockwise(), coo_nb(), coo_perim(), 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_untiltx(), coo_up(), is_equallyspacedradii()

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_down(), coo_dxy(), coo_extract(), coo_flipx(), coo_force2close(), coo_interpolate(), coo_is_closed(), coo_jitter(), coo_left(), coo_likely_clockwise(), coo_nb(), coo_perim(), 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_untiltx(), coo_up(), is_equallyspacedradii()

Examples

x <- (matrix(1:10, ncol=2))
x2 <- coo_close(x)
x3 <- coo_unclose(x2)
x
coo_is_closed(x)
x2
coo_is_closed(x2)
x3
coo_is_closed(x3)
x <- (matrix(1:10, ncol=2))
x2 <- coo_close(x)
x3 <- coo_unclose(x2)
x
coo_is_closed(x)
x2
coo_is_closed(x2)
x3
coo_is_closed(x3)