def calc_colors(self):
accent = colors.accent_colors()
self.render_colors = []
num_wvls = len(self.wavelengths)
if num_wvls == 1:
self.render_colors.append(accent['green'])
elif num_wvls == 2:
if self.wavelengths[0] < self.wavelengths[-1]:
self.render_colors.append(accent['blue'])
self.render_colors.append(accent['red'])
else:
self.render_colors.append(accent['red'])
self.render_colors.append(accent['blue'])
elif num_wvls == 3:
if self.wavelengths[0] < self.wavelengths[-1]:
self.render_colors.append(accent['blue'])
self.render_colors.append(accent['green'])
self.render_colors.append(accent['red'])
else:
self.render_colors.append(accent['red'])
self.render_colors.append(accent['green'])
self.render_colors.append(accent['blue'])
else:
for w in self.wavelengths:
print("calc_colors", w)
rgb = srgb.wvl_to_rgb(w)
print("rgb", rgb)
self.render_colors.append(rgb)
def __init__(self, **kwargs):
is_dark = kwargs.pop('is_dark', False)
self._rgb = {
**colors.accent_colors(is_dark),
**colors.foreground_background(is_dark)
}
super().__init__(**kwargs)
self.sync_light_or_dark(is_dark, do_refresh=False)
def light_or_dark(is_dark=True):
accent = colors.accent_colors(is_dark)
fb = colors.foreground_background(is_dark)
rgb = {
'profile': fb['foreground'],
'edge': fb['foreground'],
'ct': accent['blue'],
'ray': fb['foreground'],
'rayfan_fill': [254, 197, 254, 64], # magenta, 25%
'ax_ray': rgb2mpl([138, 43, 226]), # blueviolet
'pr_ray': rgb2mpl([198, 113, 113]), # sgi salmon
}
return {**rgb, **accent, **fb}
def sync_light_or_dark(self, is_dark, do_refresh=True):
self._rgb = {
**colors.accent_colors(is_dark),
**colors.foreground_background(is_dark)
}
apply_style(is_dark)
self.set_facecolor(self._rgb['background'])
if hasattr(self, 'ax'):
axes = self.ax
axes.set_facecolor(self._rgb['background1'])
axes.tick_params(colors=self._rgb['foreground'],
grid_color=self._rgb['background'])
if do_refresh:
self.refresh()
def light_or_dark(is_dark=True):
accent = colors.accent_colors(is_dark)
fb = colors.foreground_background(is_dark)
rgb = {
'node': fb['foreground'],
'edge': fb['foreground'],
# 'node': accent['cyan'],
# 'edge': accent['cyan'],
'slide': accent['blue'],
'object_image': accent['magenta'],
'stop': accent['magenta'],
'conj_line': accent['orange'],
'shift': fb['foreground'],
'barrel': accent['green'],
}
return {**rgb, **fb}
def calc_colors(self):
accent = colors.accent_colors()
self.render_colors = []
num_wvls = len(self.wavelengths)
if num_wvls == 1:
self.render_colors.append(accent['green'])
elif num_wvls > 1:
step = 1 if self.wavelengths[0] < self.wavelengths[-1] else -1
if num_wvls == 2:
c = ['blue', 'red']
elif num_wvls == 3:
c = ['blue', 'green', 'red']
elif num_wvls == 4:
c = ['blue', 'green', 'yellow', 'red']
elif num_wvls == 5:
c = ['violet', 'cyan', 'green', 'yellow', 'red']
elif num_wvls == 6:
c = ['violet', 'cyan', 'green', 'yellow', 'red', 'magenta']
else:
c = ['violet', 'blue', 'cyan', 'green', 'yellow',
'red', 'magenta']
self.render_colors = [accent[clr] for clr in c[::step]]
