def strDelim(self, d):
dStr = D(d) * D(self.delititer_multiplier)
if(dStr > 150):
return core.strContent(self.delimiter_prepend + str(D(round(dStr, -1)).quantize(D(1))) + self.delimiter_append)
dStr = dStr.quantize(D(1))
return core.strContent(self.delimiter_prepend + str(dStr) + self.delimiter_append)
def generate(self):
#line = (("0", core.strContent(0)), ("0.25", core.strContent(0.25)), ("0.5", core.strContent(0.5)), ("0.75", core.strContent(0.75)), ("1", core.strContent(1)))
line = []
for i in range(0, 6):
line.append((str(i / 5.0), core.strContent(i)))
questions = []
i = 0
while (i < 30):
val = RC(self.valid)
lead = RC(self.validLead)
if (val < .099 and (val > .051 or val < 0.49) and lead != 0):
continue
#sVal = str(val)[1:]
if (lead > 0 or RI(0, 1)):
sVal = str(lead) + str(val)
sVal = (lead + val) / 5.0
questions.append(
(str(sVal), core.strContent(self.toPercent(lead + val))))
i += 1
return [line, questions]
def generate(self):
#line = (("0", core.strContent(0)), ("0.25", core.strContent(0.25)), ("0.5", core.strContent(0.5)), ("0.75", core.strContent(0.75)), ("1", core.strContent(1)))
line = []
for i in range(0, 6):
line.append((str(i/5.0), core.strContent(i)))
questions = []
i = 0
while(i < 30):
val = RC(self.valid)
lead = RC(self.validLead)
if(val < .099 and (val > .051 or val < 0.49) and lead != 0):
continue
#sVal = str(val)[1:]
if(lead > 0 or RI(0, 1)):
sVal = str(lead) + str(val)
sVal = (lead + val) / 5.0
questions.append((str(sVal), core.strContent(self.toPercent(lead + val))))
i += 1
return [line, questions]
def generate(self):
line = (("0", core.strContent(0)), ("0.25", core.strContent(0.25)),
("0.5", core.strContent(0.5)), ("0.75", core.strContent(0.75)),
("1", core.strContent(1)))
#line = (("0", core.strContent(0)), ("0.5", core.strContent(0.5)), ("1", core.strContent(1)))
questions = []
prev = (0, 0)
val = (0, 0)
i = 0
while (i < 20):
while (val[0] == prev[0] and val[1] == prev[1]):
val = self.valid.get()
sVal = str((val[0] * 1.0) / val[1])
if (len(sVal) > 5):
sVal = sVal[0:5]
questions.append((sVal, core.frtContent(val[0], val[1])))
i += 1
val = prev
return [line, questions]
def strDelim(self, d):
dStr = D(d) * D(self.delititer_multiplier)
if (dStr > 150):
return core.strContent(self.delimiter_prepend +
str(D(round(dStr, -1)).quantize(D(1))) +
self.delimiter_append)
dStr = dStr.quantize(D(1))
return core.strContent(self.delimiter_prepend + str(dStr) +
self.delimiter_append)
def generate(self):
pattern = [RC([0, 1]), RC([1, 2]), RC([0, 2])]
gates = []
#Get the selector
selector = self.getSelector()
#Establish the decimal step size
step = 1.0 / selector[1]
#Temporary equivalents
num = selector[0]
den = selector[1]
#Handling fractions > 1
if(num > den):
den *= 2
#Loop through gates
while(len(gates) < len(pattern)):
#Selector is smaller
if(pattern[len(gates)] == 0):
left = RI(num + 1 , den)
right = RI(left + 1, den + 1)
#Selector is in between
elif(pattern[len(gates)] == 1):
left = RI(0, num - 1)
right = RI(num + 1, den + 1)
#Selector is larger
elif(pattern[len(gates)] == 2):
#Impossible case
if(num == 1):
return None
left = RC(range(num / 2))
right = RI(num / 2, num - 1)
#Convert gates to strings
left = self.format(left * step)
right = self.format(right * step)
#Append and continue
gates.append((str(pattern[len(gates)]), core.strContent(left), core.strContent(right)))
#randomize the order of the gates
random.shuffle(gates)
return (self.formatSelector(selector), gates)
def generate(self):
pattern = [RC([0, 1]), RC([1, 2]), RC([0, 2])]
gates = []
#Get the selector
selector = self.getSelector()
while (selector[0] == 0):
selector = self.getSelector()
#Establish the decimal step size
step = 1.0 / selector[1]
#Temporary equivalents
num = selector[0]
den = selector[1]
fract = F(selector[0], selector[1])
#Loop through gates
while (len(gates) < len(pattern)):
attempt = 0
d = None
if (self.sameD == 1):
d = den
#Selector is smaller
if (pattern[len(gates)] == 0):
left = items.FI.getLarger(fract, d)
if (left != None):
right = items.FI.getLarger(F(left[0], left[1]), d)
#Selector is in between
elif (pattern[len(gates)] == 1):
left = items.FI.getSmaller(fract, d)
if (left != None):
right = items.FI.getLarger(fract, d)
#Selector is larger
elif (pattern[len(gates)] == 2):
right = items.FI.getSmaller(fract, d)
if (right != None):
left = items.FI.getSmaller(F(right[0], right[1]), d)
if (left == None or right == None):
return None
#Convert gates to strings
left = self.formatSelector(left)
right = self.formatSelector(right)
#Append and continue
gates.append((str(pattern[len(gates)]), left, right))
#randomize the order of the gates
random.shuffle(gates)
return (core.strContent(self.format(selector[0] * 1.0 / selector[1])),
gates)
def generate(self):
subset = []
player = self.validPlayer.get()
while(player[0] == self.prev[0] and player[1] == self.prev[1]):
player = self.validPlayer.get()
fCompare = player[0] * 1.0 / player[1]
i = 0
while(i < 4):
f = RI(0, 1)
f1 = 0
f2 = len(self.valid[f]) - 1
while(f1 == 0 and f2 == len(self.valid[f]) - 1):
f1 = RI(0, len(self.valid[f]) - 2)
f2 = RI(f1 + 1, len(self.valid[f]) - 1)
f1 = self.valid[f][f1]
f2 = self.valid[f][f2]
if(f1 == fCompare or f2 == fCompare):
continue
ans = 'u'
if(fCompare < f1):
ans = '0'
elif(fCompare < f2):
ans = '1'
else:
ans = '2'
if(self.prevA == ans and RI(0, 8) > 2):
continue
subset.append((ans, core.strContent(str(f1)), core.strContent(str(f2))))
self.prev = player
self.prevA = ans
i += 1
return (core.frtContent(player[0], player[1]), subset)
def generate(self):
subset = []
player = RC(self.player)
while (player == self.prev):
player = RC(self.player)
i = 0
while (i < 4):
f = RI(0, 1)
f1 = 0
f2 = len(self.valid[f]) - 1
while (f1 == 0 and f2 == len(self.valid[f]) - 1):
f1 = RI(0, len(self.valid[f]) - 2)
f2 = RI(f1 + 1, len(self.valid[f]) - 1)
f1 = self.valid[f][f1]
f2 = self.valid[f][f2]
if (f1 == player or f2 == player):
continue
ans = 'u'
if (player < f1):
ans = '0'
elif (player < f2):
ans = '1'
else:
ans = '2'
if (self.prevA == ans and RI(0, 8) > 2):
continue
subset.append(
(ans, core.strContent(str(f1)), core.strContent(str(f2))))
self.prev = player
self.prevA = ans
i += 1
return (core.strContent(str(player)), subset)
def generate(self):
subset = []
player = RC(self.player)
while(player == self.prev):
player = RC(self.player)
i = 0
while(i < 4):
f = RI(0, 1)
f1 = 0
f2 = len(self.valid[f]) - 1
while(f1 == 0 and f2 == len(self.valid[f]) - 1):
f1 = RI(0, len(self.valid[f]) - 2)
f2 = RI(f1 + 1, len(self.valid[f]) - 1)
f1 = self.valid[f][f1]
f2 = self.valid[f][f2]
if(f1 == player or f2 == player):
continue
ans = 'u'
if(player < f1):
ans = '0'
elif(player < f2):
ans = '1'
else:
ans = '2'
if(self.prevA == ans and RI(0, 8) > 2):
continue
subset.append((ans, core.strContent(str(f1)), core.strContent(str(f2))))
self.prev = player
self.prevA = ans
i += 1
return (core.strContent(str(player)), subset)
def generate(self):
line = (("0", core.strContent(0)), ("0.25", core.strContent(0.25)), ("0.5", core.strContent(0.5)), ("0.75", core.strContent(0.75)), ("1", core.strContent(1)))
#line = (("0", core.strContent(0)), ("0.5", core.strContent(0.5)), ("1", core.strContent(1)))
questions = []
prev = (0, 0)
val = (0, 0)
i = 0
while(i < 20):
while(val[0] == prev[0] and val[1] == prev[1]):
val = self.valid.get();
sVal = str((val[0] * 1.0) / val[1])
if(len(sVal) > 5):
sVal = sVal[0:5]
questions.append((sVal, core.frtContent(val[0], val[1])))
i += 1
val = prev
return [line, questions]
def strSelector(self, s):
return core.strContent(self.selector_prepend + str(s * self.selector_multiplier) + self.selector_append)
def strSelector(self, s):
return core.strContent(self.selector_prepend +
str(s * self.selector_multiplier) +
self.selector_append)
