def spanish_col(name,
height,
length=None,
average_gradient=None,
maximum_gradient=None):
return Col(name, country.Spain(), height, length, average_gradient,
maximum_gradient)
def swiss_col(name,
height,
length=None,
average_gradient=None,
maximum_gradient=None):
return Col(name, country.Switzerland(), height, length, average_gradient,
maximum_gradient)
def andorran_col(name,
height,
length=None,
average_gradient=None,
maximum_gradient=None):
return Col(name, country.Andorra(), height, length, average_gradient,
maximum_gradient)
def italian_col(name,
height,
length=None,
average_gradient=None,
maximum_gradient=None):
return Col(name, country.Italy(), height, length, average_gradient,
maximum_gradient)
def french_col(name,
height,
length=None,
average_gradient=None,
maximum_gradient=None):
return Col(name, country.France(), height, length, average_gradient,
maximum_gradient)
def _sym1():
c = Col()
for x in list('abbcccc'):
c + x
print(c.has.ent, c.has.mode)
assert close(c.has.ent, 1.3787836)
assert c.has.mode == 'c'
def _col1():
c = Col()
for x in [9, 2, 5, 4, 12, 7, 8, 11, 9, 3, 7, 4, 12, 5, 4, 10, 9, 6, 9, 4]:
c + x
print(c.has.sd)
assert close(c.has.sd, 3.0608)
assert c.has.mu == 7
def argmin(lst): #Find best divide of 'lst'
lhs, rhs = Col(), Col(y(z) for z in lst)
least, cut = rhs.spread(), None
lo, hi = x(lst[0]), x(lst[-1])
for j, z in enumerate(lst):
x1, y1 = x(z), y(z)
rhs - y1
lhs + y1
if lhs.n() > width and rhs.n() > width:
x2 = x(lst[j + 1])
if x1 != x2:
if x1 - lo >= epsilon:
if hi - x2 >= epsilon:
tmp = xpect(rhs, lhs)
print(tmp, least)
if tmp < least:
cut, least = j + 1, tmp
return cut
def __init__(i, name=None, headers=[]):
"build the table, using the text in the headers"
i.headers = headers
i.name = name
i.all = [] # stores all the rows
i.cols = set([Col(pos=n, txt=txt) for n, txt in enumerate(headers)])
for col in i.less:
col.w = -1
for col in i.more:
col.w = 1
from deck import Deck
from col import Col
from player import Player
from dealer import Dealer
import os
col = Col()
deck = Deck()
player = Player(100)
dealer = Dealer()
#This function resets global variables
def resetVariables():
global deck, player, dealer
deck.reset()
player.reset()
dealer.reset()
def arrayToString(ar):
st=''
for s in ar:
st+=' '+str(s)
return st
def printCards(show):
if show:
print (col.green("Dealer's cards: \t")+col.red(f"{arrayToString(dealer.getCards())}\t")+col.green("Total: "+col.red(str(dealer.getPoints()))))
else:
def do_work(self, row=None):
r = Col.do_work(self, row)
r = str(r).replace('.0', '')
return r
def __init__(self, xe):
Col.__init__(self, xe=xe)