coo_shearx
applies a shear mapping on a matrix of (x; y) coordinates (or a list), parallel
to the x-axis (i.e. x' = x + ky; y' = y + kx). coo_sheary
does it parallel to the y-axis.
Arguments
- coo
matrix
of(x; y)
coordinates or any Coo object.- k
numeric
shear factor
See also
Other transforming functions:
coo_flipx()
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_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
coo <- coo_template(shapes[11])
coo_plot(coo)
coo_draw(coo_shearx(coo, 0.5), border="blue")
coo_draw(coo_sheary(coo, 0.5), border="red")