def _position_plots(viewers, layout):
rs = [
Rectangle(v.position[0], v.position[1], v.viewer_size[0],
v.viewer_size[1]) for v in viewers
]
right = max(r.x + r.w for r in rs)
top = max(r.y + r.h for r in rs)
for r in rs:
r.x = 1. * r.x / right
r.y = 1. - 1. * (r.y + r.h) / top
r.w = 1. * r.w / right
r.h = 1. * r.h / top
grid = snap_to_grid(rs, padding=0.05)
grid = dict((v, grid[r]) for v, r in zip(viewers, rs))
for i, plot in enumerate(viewers, 1):
g = grid[plot]
xdomain = [g.x, g.x + g.w]
ydomain = [g.y, g.y + g.h]
suffix = '' if i == 1 else str(i)
xax, yax = 'xaxis' + suffix, 'yaxis' + suffix
layout[xax].update(domain=xdomain, anchor=yax.replace('axis', ''))
layout[yax].update(domain=ydomain, anchor=xax.replace('axis', ''))
def _position_plots(viewers, layout):
rs = [Rectangle(v.position[0], v.position[1], v.viewer_size[0], v.viewer_size[1]) for v in viewers]
right = max(r.x + r.w for r in rs)
top = max(r.y + r.h for r in rs)
for r in rs:
r.x = 1.0 * r.x / right
r.y = 1.0 - 1.0 * (r.y + r.h) / top
r.w = 1.0 * r.w / right
r.h = 1.0 * r.h / top
grid = snap_to_grid(rs, padding=0.05)
grid = dict((v, grid[r]) for v, r in zip(viewers, rs))
for i, plot in enumerate(viewers, 1):
g = grid[plot]
xdomain = [g.x, g.x + g.w]
ydomain = [g.y, g.y + g.h]
suffix = "" if i == 1 else str(i)
xax, yax = "xaxis" + suffix, "yaxis" + suffix
layout[xax].update(domain=xdomain, anchor=yax.replace("axis", ""))
layout[yax].update(domain=ydomain, anchor=xax.replace("axis", ""))