offcenter = 80
center = (500, 400)
rotation = -180
############
# Ego axis #
############
ego_count = Alter.objects.filter(name__contains='TL0').count()
ego_scale = Scale(domain=[
Alter.objects.order_by('degree')[0].degree,
Alter.objects.order_by('-degree')[0].degree
],
range=[2, 40])
ego_axis_len = sum([
ego_scale.linear(e.degree) * 2.0
for e in Alter.objects.filter(name__contains='TL0').all()
])
ego_axis_origin = rotate(offcenter + 100, angle=rotation, origin=center)
axis_egos = Axis(ego_axis_origin,
rotate(offcenter + ego_axis_len,
angle=rotation,
origin=ego_axis_origin),
stroke="purple",
stroke_opacity="1",
stroke_width=2)
# place ego nodes on ego axis
j = 0.0
for e in Alter.objects.filter(name__contains='TL0').order_by('degree').all():
'Privado': 'purple',
'Sociedad_Civil': 'yellow'}
offcenter = 80
center = (500, 400)
rotation = -180
############
# Ego axis #
############
ego_count = Alter.objects.filter(name__contains='TL0').count()
ego_scale = Scale(domain=[Alter.objects.order_by('degree')[0].degree,
Alter.objects.order_by('-degree')[0].degree],
range=[5, 30])
ego_axis_len = sum([ego_scale.linear(e.degree) * 2.0
for e in Alter.objects.filter(name__contains='TL0').all()])
ego_axis_origin = rotate(offcenter + 100,
angle=rotation,
origin=center)
axis_egos = Axis(ego_axis_origin,
rotate(offcenter + ego_axis_len,
angle=rotation,
origin=ego_axis_origin),
stroke="purple",
stroke_opacity="1", stroke_width=2)
# place ego nodes on ego axis
j = 0.0
for e in Alter.objects.filter(name__contains='TL0').order_by('degree').all():
offcenter = 80
center = (500, 400)
rotation = -180
############
# Ego axis #
############
ego_count = Alter.objects.filter(name__contains='TL0').count()
ego_scale = Scale(domain=[
Alter.objects.order_by('degree')[0].degree,
Alter.objects.order_by('-degree')[0].degree
],
range=[5, 30])
ego_axis_len = sum([
ego_scale.linear(e.degree) * 2.0
for e in Alter.objects.filter(name__contains='TL0').all()
])
ego_axis_origin = rotate(offcenter + 100, angle=rotation, origin=center)
axis_egos = Axis(ego_axis_origin,
rotate(offcenter + ego_axis_len,
angle=rotation,
origin=ego_axis_origin),
stroke="purple",
stroke_opacity="1",
stroke_width=2)
# place ego nodes on ego axis
j = 0.0
for e in Alter.objects.filter(name__contains='TL0').order_by('degree').all():
