'Templates' shapes

coo_template returns shape centered on the origin and inscribed in a size-side square. coo_template_relatively does the same but the biggest shape (as prod(coo_diffrange)) will be of size=size and consequently not defined on single shapes.

Usage

coo_template(coo, size)

# S3 method for default
coo_template(coo, size = 1)

# S3 method for list
coo_template(coo, size = 1)

# S3 method for Coo
coo_template(coo, size = 1)

coo_template_relatively(coo, size = 1)

# S3 method for list
coo_template_relatively(coo, size = 1)

# S3 method for Coo
coo_template_relatively(coo, size = 1)

Arguments

coo

A list or a matrix of coordinates.

size

numeric. Indicates the length of the side 'inscribing' the shape.

Value

Returns a matrix of (x; y)coordinates.

Details

See coo_listpanel for an illustration of this function. The morphospaces functions also take profit of this function. May be useful to develop other graphical functions.

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_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_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_trans(), coo_trimbottom(), coo_trimtop(), coo_trim(), coo_untiltx(), coo_up(), is_equallyspacedradii()

Other scaling functions: coo_scale()

Examples

coo <- bot[1]
coo_plot(coo_template(coo), xlim=c(-1, 1), ylim=c(-1, 1))
rect(-0.5, -0.5, 0.5, 0.5)


s <- 0.01
coo_plot(coo_template(coo, s))
rect(-s/2, -s/2, s/2, s/2)