def display(g, light=False, isolated=True, illuminated=None):
if not light:
scene = create_scene_from_mtg(g)
pgl.Viewer.display(scene)
else:
if illuminated is None:
cs, raw, agg = illuminate(g, isolated=isolated)
else:
cs, raw, agg = illuminated
cs.plot(raw['Ei'], minval=0, maxval=1)
def display(g, light=False, illumination=None, **kwds):
if not light:
scene = create_scene_from_mtg(g)
pgl.Viewer.display(scene)
else:
if illumination is None:
cs, raw, agg = illuminate(g, **kwds)
else:
cs, raw, agg = illumination
cs.plot(raw['Ei'], minval=0, maxval=1)
def display_res(row, light=False):
g_pars = ['plant_area', 'phytomer', 'seed', 'plant_height', 'rmax', 'skew', 'wl_slp', 'w0_slp', 'lm_slp',
'incli_top', 'incli_base', 'infl', 'phyllotactic_angle', 'phyllotactic_deviation', 'stage']
output = ['Ei', 'Ei_leaf', 'Area', 'Area_leaf']
g = generate_mtg(**row[row.index[row.index.isin(g_pars)]].to_dict())
if not light:
scene = create_scene_from_mtg(g)
pgl.Viewer.display(scene)
else:
kwds = row[row.index[~row.index.isin(g_pars + output)]].to_dict()
cs, raw, agg = illuminate(g, **kwds)
cs.plot(raw['Ei'], minval=0, maxval=1)