def __init__(self, diag, px, py, channel, channel_type):
Shape.__init__(self, diag, px, py)
self.channel = channel
self.channel_type = channel_type
if channel_type == ChannelType.INPUT:
self.outline = cut_hexagon(px, py, self.radius * .8)
self.color = ColorScheme.cue
elif channel_type == ChannelType.OUTPUT:
# self.outline = ppath.circle(px, py, self.radius * .8)
self.outline = cut_hexagon_rotated(px, py, self.radius * .8)
self.color = ColorScheme.act
# self.color = pcolor.gradient.Jet.getcolor(channel * .05)
else:
self.outline = ppath.circle(px, py, self.radius * .8)
# self.outline = diamond(px, py, self.radius)
# self.color = pcolor.gradient.WhiteRed.getcolor(
# (channel - p.reg_range[0]) * (1.0/p.reg_channels))
# self.color = pcolor.gradient.Gray.getcolor(annote[channel]['W'])
self.color = pcolor.cmyk.Black
# ColorScheme.sig
if channel == diag.highlight:
self.color = pcolor.cmyk.Red
self.text = latexify(self.diagram.world.name_for_channel(channel))
def __init__(self, diag, px, py, gene):
Shape.__init__(self, diag, px, py)
self.outline = rounded_rect(px, py, self.width, self.height)
self.gene = gene
if gene.sequence >= diag.world.reg_channels:
self.color = pcolor.cmyk.Green
else:
self.color = pcolor.cmyk.Gray
def __init__(self, diag, px, py, gene):
Shape.__init__(self, diag, px, py)
self.text = latexify(
text_for_gene(gene) + '=>' + diag.world.name_for_channel(gene.pub))
w, h = measure_text(self.text)
self.outline = rounded_rect(px, py, w + .2, self.height)
if gene.sequence >= diag.world.reg_channels:
self.color = pcolor.cmyk.Green
else:
self.color = pcolor.cmyk.Black