def cond3Stop_p1w_p2w(fn, ngames, alpha=0.05, delta=0.05, newData=False):
# returns x,y data of p1wins vs p2wins using condition 1 stopping for a max number of games
read = False
filename = f"data/{ngames}_{alpha}_{delta}_{fn.__name__}_C3.csv"
W1x = []
W1y = []
import os
if not newData and os.path.exists(
filename): # then read the file so I dont have to generate again
print(f"Loading Data for C3 {filename}")
import csv
with open(filename, 'r') as csvfile:
spamreader = csv.reader(csvfile, delimiter=',')
for row in spamreader:
if row == []: continue
x, y = row
W1x.append(int(x))
W1y.append(int(y))
read == True # don't save it, cause I didnt create anything.
else:
print(f"Creating new Data for C3 {filename}")
for p2w in range(0, ngames):
for p1w in range(0, ngames):
n = p1w + p2w
###Cond1
L, U, mean = fn(p1w, n, alpha)
shouldI1, type = shouldIStop(1, L, U, mean, n, delta=delta)
L, U, mean = fn(n - p1w, n, alpha)
shouldI1P2, type = shouldIStop(1, L, U, mean, n, delta=delta)
if shouldI1P2 != shouldI1:
print("Method is assymetric Cond 1")
if shouldI1: #dont draw over condition1 stopping.
#print(f"({p2w},{p1w})")
continue #NB This is for C3 Data. If C1 would stop then C3 doesnt activate.
L, U, mean = fn(p1w, n, alpha / 2.0)
shouldI, type = shouldIStop(3, L, U, mean, n, delta=delta)
L, U, mean = fn(n - p1w, n, alpha / 2.0)
shouldIP2, type = shouldIStop(3, L, U, mean, n, delta=delta)
if shouldIP2 != shouldI:
print("Method is assymetric Cond 3")
if shouldI:
W1x.append(p1w)
W1y.append(n - p1w)
if not read: #then write the file so I dont have to generate again
import csv
with open(filename, 'w', newline='') as csvfile:
spamwriter = csv.writer(csvfile, delimiter=',')
xyval = zip(W1x, W1y)
for xy in xyval:
x, y = [*zip(xy)]
spamwriter.writerow(list(xy))
print(f"Data written {filename}")
return W1x, W1y
def oldC2cond3Stop_p1w_p2w(fn, ngames, alpha=0.05, delta=0.05, newData=False):
#returns x,y data of p1wins vs p2wins using condition 1 stopping for a max number of games
read = False
filename = f"data/{ngames}_{alpha}_{delta}_{fn.__name__}_C2old.csv"
W1x = []
W1y = []
W2x = []
W2y = []
probs = []
minX = 0
import os
if not newData and os.path.exists(
filename): #then read the file so I dont have to generate again
print(f"Loading Data for C2 {filename}")
import csv
with open(filename, 'r') as csvfile:
spamreader = csv.reader(csvfile, delimiter=',')
for row in spamreader:
if row == []: continue
x, y = row
W1x.append(int(x))
W1y.append(int(y))
read = True #don't save it, cause I didnt create anything.
else:
print(f"Creating new Data for C2 {filename}")
for p2w in range(0, ngames):
for p1w in range(0, ngames):
if p1w < minX:
continue
n = p1w + p2w
###Cond1
L, U, mean = fn(p1w, n, alpha)
shouldI1, type = shouldIStop(1, L, U, mean, n, delta=delta)
if shouldI1:
pass #type 1 wouldve stopped this so dont check next.
#continue
L, U, mean = fn(p1w, n, alpha / 2.0)
shouldI, type = shouldIStop(3, L, U, mean, n, delta=delta)
if shouldI:
W1x.append(p1w)
W1y.append(n - p1w)
if not read: #then write the file so I dont have to generate again
import csv
with open(filename, 'w', newline='') as csvfile:
spamwriter = csv.writer(csvfile, delimiter=',')
xyval = zip(W1x, W1y)
for xy in xyval:
x, y = [*zip(xy)]
spamwriter.writerow(list(xy))
print(f"Data written {filename}")
return W1x, W1y
def cond1Stop_X_nY(fn, ngames):
W1x = []
W1y = []
W2x = []
W2y = []
probs = []
minX = 0
for p2w in range(0, ngames):
stop = False
WStop1 = False
for p1w in range(0, ngames):
#if p1w < minX:
# continue
n = p1w + p2w
###Cond1
L, U, mean = fn(p1w, n, 0.05)
shouldI, type = shouldIStop(1, L, U, mean, n, delta=0.1)
if shouldI and not WStop1:
p = p1w / n
W1x.append(p)
W1y.append(n)
probs.append(p)
#WStop1 = True
if WStop1:
minX = p1w
stop = True
break
if stop:
stop = False
continue
return W1x, W1y
def cond1Stop_p1w_p2w(fn, ngames, alpha=0.05, delta=0.05, newData=False):
#returns x,y data of p1wins vs p2wins using condition 1 stopping for a max number of games
read = False
filename = f"data/{ngames}_{alpha}_{delta}_{fn.__name__}_C1.csv"
W1x = []
W1y = []
import os
if not newData and os.path.exists(
filename): #then read the file so I dont have to generate again
print(f"Loading Data for C1 {filename}")
import csv
with open(filename, 'r') as csvfile:
spamreader = csv.reader(csvfile, delimiter=',')
for row in spamreader:
if row == []: continue
x, y = row
W1x.append(int(x))
W1y.append(int(y))
read == True #don't save it, cause I didnt create anything.
else: #have to create the data
print(f"Creating new Data for C1 {filename}")
for p2w in range(0, ngames):
for p1w in range(0, ngames):
n = p1w + p2w
###Cond1
L, U, mean = fn(p1w, n, alpha)
shouldI, type = shouldIStop(1, L, U, mean, n, delta=delta)
if shouldI:
W1x.append(p1w)
W1y.append(n - p1w)
##write to file so I don't have to keep re-running it.
if not read: #then write the file so I dont have to generate again
import csv
with open(filename, 'w', newline='') as csvfile:
spamwriter = csv.writer(csvfile, delimiter=',')
xyval = zip(W1x, W1y)
for xy in xyval:
x, y = [*zip(xy)]
spamwriter.writerow(list(xy))
print(f"Data written {filename}")
return W1x, W1y