def test_pantone(self):
from Goulib.table import Table,Cell
from Goulib.itertools2 import reshape
t=[Cell(name,style={'background-color':pantone[name].hex}) for name in sorted(pantone)]
t=Table(reshape(t,(0,10)))
with open(path+'\\results\\colors.pantone.html', 'w') as f:
f.write(t.html())
def test_pantone(self):
from Goulib.table import Table, Cell
from Goulib.itertools2 import reshape
t = [
Cell(name, style={'background-color': pantone[name].hex})
for name in sorted(pantone)
]
t = Table(reshape(t, (0, 10)))
with open(path + '\\results\\colors.pantone.html', 'w') as f:
f.write(t.html())
def setup_class(cls):
cls.t = Table(path + '/data/expr.csv')
for e in cls.t:
e[0] = Expr(e[0])
cls.f = Expr('3*x+2')
cls.f1 = Expr(1)
cls.fx = Expr('x')
cls.fx2 = Expr('x**2')
cls.fs = Expr('sin(x)')
cls.fb1 = Expr('x>1')
cls.fb2 = Expr('x>2')
cls.fb3 = Expr('a==a') # any way to simplify it to constant True ?
cls.e1 = Expr('3*x+2') # a very simple expression
cls.e2 = Expr(cls.fs)
cls.e3 = Expr(sqrt)(cls.e1) # Expr can be composed
cls.xy = Expr('x*y')
cls.long = Expr('(x*3+(a+b)*y)/x**(3*a*y)')
cls.true = Expr(True) # make sure it works
cls.false = Expr('False') # make sure it creates a bool
cls.sqrt = Expr(sqrt)
cls.euler = Expr("e**(i*pi)")
def test_blackbody2color(self):
from Goulib.table import Table, Cell
from Goulib.itertools2 import arange
Table([
Cell(str(t), style={'background-color': blackBody2Color(t).hex})
for t in arange(500, 12000, 500)
]).save(path + '\\results\\colors.blackbody.html')
def ColorTable(colors, key=None, width=10):
from Goulib.table import Table, Cell
from Goulib.itertools2 import reshape
def tooltip(c):
return '\n'.join('%s = %s' % (k, v) for k, v in c._values.items())
labels = (color['black'], color['white']) #possible colors for labels
t = []
colors = colors.values()
if key:
colors = list(colors)
colors.sort(key=key)
for c in colors:
c2 = nearest_color(
c, labels, opt=max
) #chose the label color with max difference to pantone color
s = '<span title="%s" style="color:%s">%s</span>' % (tooltip(c),
c2.hex, c.name)
t.append(Cell(s, style={'background-color': c.hex}))
return Table(reshape(t, (0, width)))
return
except:
pass
if __name__ == "__main__":
n = list(range(1, 30, 2))
for e in seq(n, [], '+', False):
print(e)
exit()
from Goulib.table import Table
max = 100
t = Table(range(max + 1), titles=['n'])
def column(n, monadic='-s', dyadic='+-*/^_', permut=False):
t.addcol(n)
col = len(t.titles) - 1
for e in seq(n, monadic, dyadic, permut):
n = int(e[0])
# h(e[0],'=',e[1])
if n <= max:
e = e[1]
old = t.get(n, col)
if old is None or old.complexity() > e.complexity():
t.set(n, col, e)
column(2018, permut=True) # yeargame
column(2019, permut=True) #yeargame
colors=list(colors)
colors.sort(key=key)
for c in colors:
c2=nearest_color(c,labels,opt=max) #chose the label color with max difference to pantone color
s='<span title="%s" style="color:%s">%s</span>'%(tooltip(c),c2.hex,c.name)
t.append(Cell(s,style={'background-color':c.hex}))
return Table(reshape(t,(0,width)))
# dictionaries of standardized colors
from Goulib.table import Table
path=os.path.dirname(os.path.abspath(__file__))
# http://blog.brunonuttens.com/206-conversion-couleurs-pantone-lab-rvb-hexa-liste-sql-csv/
table=Table(path+'/colors.csv')
table.applyf('hex',lambda x:x.lower())
table=table.groupby('System')
color=Palette() #dict of HTML / matplotlib colors, which seem to be the same
color_lookup=Palette() # reverse color dict indexed by hex
pantone=Palette() #dict of pantone colors
# http://www.w3schools.com/colors/colors_names.asp
for c in table['websafe'].asdict():
id=c['name'].lower()
hex=c['hex']
c=Color(hex,name=id,illuminant='D65')
color[id]=c
color_lookup[c.hex]=c
c, labels, opt=max
) #chose the label color with max difference to pantone color
s = '<span title="%s" style="color:%s">%s</span>' % (tooltip(c),
c2.hex, c.name)
t.append(Cell(s, style={'background-color': c.hex}))
return Table(reshape(t, (0, width)))
# dictionaries of standardized colors
from Goulib.table import Table
path = os.path.dirname(os.path.abspath(__file__))
# http://blog.brunonuttens.com/206-conversion-couleurs-pantone-lab-rvb-hexa-liste-sql-csv/
table = Table(path + '/colors.csv')
table.applyf('hex', lambda x: x.lower())
table = table.groupby('System')
color = Palette() #dict of HTML / matplotlib colors, which seem to be the same
color_lookup = Palette() # reverse color dict indexed by hex
pantone = Palette() #dict of pantone colors
# http://www.w3schools.com/colors/colors_names.asp
for c in table['websafe'].asdict():
id = c['name'].lower()
hex = c['hex']
c = Color(hex, name=id, illuminant='D65')
color[id] = c
color_lookup[c.hex] = c
acteurs = {}
for node in root.findall('acteurs/acteur'):
uid = node.find('uid').text
ident = node.find('etatCivil/ident')
nom = ident.find('prenom').text + ' ' + ident.find('nom').text
acteurs[uid] = nom
for m in node.findall('mandats/mandat'):
for o in m.find('organes'):
ref = o.text
organes[ref].append(uid)
# parse the votes and build table
res = Table()
tree = ET.parse('Scrutins_XIV.xml')
root = tree.getroot()
for scrutin in root:
line = OrderedDict() # so that id,date and title stay in the first cols
line['id'] = scrutin.find('uid').text
line['date'] = scrutin.find('dateScrutin').text
line['titre'] = scrutin.find('titre').text
groupes = scrutin.find('ventilationVotes/organe/groupes')
for groupe in groupes:
ref = groupe.find('organeRef').text
pm = groupe.find('vote/positionMajoritaire').text
votes = ['contre', 'abstention', 'pour']
default = votes.index(pm) - 1 # against=-1, no vote=0