To solve the-CodePudding

Are now ready to do a small program, the system random 10 sums are given after the user answer system to judge right or wrong, ten questions after a system given scores, please draw a flow chart, how ah

CodePudding user response:

Look at does not meet the full requirements:

 
Import the random 


The class AddSystem (object) : 
Def __init__ (self, start_num end_num, score=2, question_num=10) : 
Self. Start_num=# start_num began to count the randomly generated data 
Self. End_num=# end_num randomly generated data by the number of 
Self. Question_num=# question_num generated number by default is 10 
The self. The score=# score score of every subject, the default is 2 

The numerical value range of # arithmetic 
Def range_num (self) : 
Num=random. Randint (self. Start_num, self end_num) 
Return the STR (num) 

# random topic, the default is 10 
Def rand_question (self) : 
Question_list=list () 
For I in range (self. Question_num) : 
Question_list. Append (self. Range_num () + "+" + self range_num ()) 
Return question_list 

# output the title and real-time problem, the system real time judgment result 
Def output_question (self) : 
Sum_score=0 
Print (" please calculate the following the results of the formula ") 
For question in self. Rand_question () : 
Print (question, end='\ t') 
User_result=int (input (' results: ')) 
If user_result==eval (question) : 
Print (" right!" ) 
Sum_score +=self. Score 
The else: 
Print (f "answer wrong, the correct answer is: {eval (question)}") 
Print (f "over, to solve the problem. Your score is: {sum_score}") 


If __name__=="__main__" : 
Start=int (input (" numerical starting: please enter the title of ")) 
End=int (input (" please enter the title of numerical deadline: ")) 
A=AddSystem (start_num=start, end_num=end) 
A.o utput_question ()

CodePudding user response:

refer to the second floor Hajo_ response:

look at does not meet the full requirements:

 
Import the random 


The class AddSystem (object) : 
Def __init__ (self, start_num end_num, score=2, question_num=10) : 
Self. Start_num=# start_num began to count the randomly generated data 
Self. End_num=# end_num randomly generated data by the number of 
Self. Question_num=# question_num generated number by default is 10 
The self. The score=# score score of every subject, the default is 2 

The numerical value range of # arithmetic 
Def range_num (self) : 
Num=random. Randint (self. Start_num, self end_num) 
Return the STR (num) 

# random topic, the default is 10 
Def rand_question (self) : 
Question_list=list () 
For I in range (self. Question_num) : 
Question_list. Append (self. Range_num () + "+" + self range_num ()) 
Return question_list 

# output the title and real-time problem, the system real time judgment result 
Def output_question (self) : 
Sum_score=0 
Print (" please calculate the following the results of the formula ") 
For question in self. Rand_question () : 
Print (question, end='\ t') 
User_result=int (input (' results: ')) 
If user_result==eval (question) : 
Print (" right!" ) 
Sum_score +=self. Score 
The else: 
Print (f "answer wrong, the correct answer is: {eval (question)}") 
Print (f "over, to solve the problem. Your score is: {sum_score}") 


If __name__=="__main__" : 
Start=int (input (" numerical starting: please enter the title of ")) 
End=int (input (" please enter the title of numerical deadline: ")) 
A=AddSystem (start_num=start, end_num=end) 
A.o utput_question ()

To draw flowcharts

, the most important

CodePudding user response:

Take the first
"
Take the second
"
The results
"
User input -- -- -- -- -- -- -- "the results of
-- "the wrong score
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Not scoring |
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-- "determine whether enough 10 problems
Is that [as a result, not to return to start