Use Python to perform mathematical arithmetic operations for xiaobao-arithmetic algorithm exercise program (plus, subtraction, multiplication, division) and python arithmetic operations
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The math calculation exercise program for xiaobao using Python (four arithmetic operations added in January 2015 )!
The oral computing game for xiaobao:
# The math arithmetic exercise program that I used for Xiao Bao using Python (four arithmetic operations added in January 2015 )!
# Gaming for xiaobao:
Import string
Import random
Input = 11
Nums = 10
Num = 0
Righ1t = 0 # score #
Flagwrong = 0 # Yes
Print "\ e [1; 34 mThis text is bold blue. \ e [0m \ n"
Print "A total of % d questions:" % (nums)
Print "\ e [33; 45; 1 mBold yellow on magenta. \ e [0 m \ n ";
While True:
Flagwrong = 0
If num> = nums:
Print "% d path/% d path question (once)" % (righ1t, nums ),
If righ1t> = 10:
Print "You are awesome! 100 points !!! "
Elif righ1t> = 8:
Print "you are good, 80 points or more !!! "
Else:
Print "you have to cheer up! "
Break;
Elif num <nums:
Num = num + 1
X = random. randint (1,100) # numbers less than 100
Y = random. randint (1, 10)
Print ""
Symbol = random. randint (0, 3)
# Symbol = 3 # test division #
If 0 = symbol: # Addition
# Inner Loop-question preparation
Print "question % d: % d + % d =" % (num, x, y ),
Input = raw_input ()
Intp = string. atoi (input)
Print intp
While intp! = (X + y ):
Print "No! % D + % d is not equal to % d "% (x, y, intp)
Flagwrong = 1; # If you miss one, you cannot increase your score (score ).
Print "again, question % d: % d + % d =" % (num, x, y ),
Input = raw_input ()
Intp = string. atoi (input)
If intp = x + y:
Break;
Continue;
If intp = (x + y ):
Print "Yes! % D + % d is equal to % d "% (x, y, intp)
If flagwrong = 0:
Righ1t = righ1t + 1
Continue;
Break;
Elif 1 = symbol: # Subtraction
# Inner Loop-question preparation
If x <y: x01temp = x; x = y; y = x01temp;
Print "question % d: % d-% d =" % (num, x, y ),
Input = raw_input ()
Intp = string. atoi (input)
Print intp
While intp! = (X-y ):
Print "No! % D-% d is not equal to % d "% (x, y, intp)
Flagwrong = 1; # If you miss one, you cannot increase your score (score ).
Print "again, question % d: % d-% d =" % (num, x, y ),
Input = raw_input ()
Intp = string. atoi (input)
If intp = x-y:
Break;
Continue;
If intp = (x-y ):
Print "Yes! % D-% d is equal to % d "% (x, y, intp)
If flagwrong = 0:
Righ1t = righ1t + 1
Continue;
Break;
Elif 2 = symbol: # Multiplication
# Inner Loop-question preparation
# If x <y: x01temp = x; x = y; y = x01temp;
Print "question % d: % d * % d =" % (num, x, y ),
Input = raw_input ()
Intp = string. atoi (input)
Print intp
While intp! = (X * y ):
Print "No! % D * % d is not equal to % d "% (x, y, intp)
Flagwrong = 1; # If you miss one, you cannot increase your score (score ).
Print "Calculate again, question % d: % d * % d =" % (num, x, y ),
Input = raw_input ()
Intp = string. atoi (input)
If intp = x * y:
Break;
Continue;
If intp = (x * y ):
Print "Yes! % D * % d is equal to % d "% (x, y, intp)
If flagwrong = 0:
Righ1t = righ1t + 1
Continue;
Break;
Elif 3 = symbol: # Division
# Inner Loop-question preparation
If x <y: x01temp = x; x = y; y = x01temp;
Print "question % d: % d/% d =" % (num, x, y ),
Print "vendor? :",
Input = raw_input ()
Intp = string. atoi (input)
Print "what is the remainder? :",
Input2yushu = raw_input ()
Intp2yushu = string. atoi (input2yushu)
Print "vendor :",
Print intp,
Print "the remainder is :",
Print intp2yushu
While x! = (Intp * y) + intp2yushu ):
Print "No! % D/% d is not equal to quotient % d, remainder % d! "% (X, y, intp, intp2yushu)
Flagwrong = 1; # If you miss one, you cannot increase your score (score ).
Print "again, question % d: % d/% d operator =? "% (Num, x, y ),
Input = raw_input ()
Intp = string. atoi (input)
Print "Yu? = ",
Input2yushu = raw_input ()
Intp2yushu = string. atoi (input2yushu)
If x = (intp * y + intp2yushu ):
Break;
Continue;
If x = (intp * y) + intp2yushu ):
Print "Yes! % D/% d is equal to quotient % d, remainder % d! "% (X, y, intp, intp2yushu)
If flagwrong = 0:
Righ1t = righ1t + 1
Continue;
Break;
# Addition/subtraction/multiplication/division within 100
Num = 0
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"Indentation problem" is temporarily selected (Gray) and then indented with the <Tab> key ......
Indentation is still a problem!
In the future, I hope Python can add {} (code block, or: Use "end" to end the code block ...... Rather than force indent!
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