def spcecifieexcerises():
limit = 999
level = 1
for i in range(5):
expresion = simplyfie(level=level, limit=limit)
print(i, expresion)
p(answer(expresion))
def timeprogram():
limit = 99
level = 5
for i in range(5):
expresion = quantity(levelop=0, leveDt=1, limit=limit)
print(i, expresion)
time.sleep(60 * 0.4)
p(answer(expresion))
print()
def inputprogram():
limit = 99
level = 5
for i in range(10):
expresion = quantity(levelop=5, leveDt=3, limit=limit)
print(i, expresion)
p(error(input(), answer(expresion)))
p(answer(expresion))
print()
def spcecifie(levelop=0, leveDt=1, limit=999):
limit = 999
liste = []
i = 0
lm = 21
expresion = 0
for j in range(lm):
expresion = quantity(levelop=levelop, leveDt=leveDt, limit=limit)
liste.append(str(j) + " level :")
liste.append(expresion)
for i in liste:
p(i)
return liste
def partexpresion(expresion):
#i use to separe signs ["+","-","*","/","%","**","(1/2)","**(2)"]
i = 0
nums = []
numspos = []
signspos = []
signs = []
expresion = list(expresion)
knownsigns = ["+", "-", "*", "/", "%", "**", "(1/2)", "**(2)"]
numbersb10 = [str(b10) for b10 in range(10)]
for parts in expresion:
for sign, numberb10 in zip(knownsigns, numbersb10):
if sign == parts:
signs.append(sign)
signspos.append(i)
elif numberb10 == parts:
nums.append(numberb10)
numspos.append(i)
i += 1
p("numpos" + str(numspos), "num" + str(nums), "signspos" + str(signspos),
"signs" + str(signs), expresion)
def varius():
limit = 999
level = 5
liste = []
i = 0
lm = 21
expresion = 0
for j in range(lm):
expresion = quantity(levelop=level + 4,
leveDt=level,
limit=limit * 100)
liste.append(str(j) + " level :expert-9")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=level + 3,
leveDt=level,
limit=limit * 100)
liste.append(str(j) + " level :expert-8")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=level + 2,
leveDt=level,
limit=limit * 100)
liste.append(str(j) + " level :expert-7")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=level + 1,
leveDt=level,
limit=limit * 100)
liste.append(str(j) + " level :expert-6")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=level, leveDt=level, limit=limit * 100)
liste.append(str(j) + " level :expert-5")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=level - 1,
leveDt=level - 1,
limit=limit * 10)
liste.append(str(j) + " level :hard-4")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=level - 2, leveDt=level - 2, limit=limit)
liste.append(str(j) + " level :medium-3")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=level - 3, leveDt=level - 3, limit=limit)
liste.append(str(j) + " level : easy-2")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=0, leveDt=0, limit=int(limit * 10))
liste.append(str(j) + " level : easy-1.3")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=0, leveDt=0, limit=int(limit))
liste.append(str(j) + " level : easy-1.2")
liste.append(expresion)
for j in range(lm):
expresion = quantity(levelop=0, leveDt=0, limit=int(limit / 10))
liste.append(str(j) + " level : baby-1.1")
liste.append(expresion)
i2 = 0
level = 5
mitad = (len(liste) // 2) + 1
for k in liste:
a = i
if i % 2 == 1:
a = answer(k)
if i2 == lm and level > 0:
i2 = 0
level -= 1
elif i == mitad: #+(mitad):
break
liste.append(" question " + str(i) + " answer " + str(a))
i += 1
i2 += 1
for i in liste:
p(i)
return varius
# -*- coding: utf-8 -*-
#!/usr/bin/env python
from DsoonMath import quantity, answertime, answer, p, error
import time
limit = 99
level = 0
for i in range(5):
expresion = quantity(levelop=0, leveDt=1, limit=limit)
print(i, expresion)
#time.sleep(60*0.4)
#p("time")
p(error(input(), answer(expresion)))
p(answer(expresion))
print()