My first programming was Python, and I'm a super beginner with a day of Python history.
Based on height and weight, we have created a program that determines whether you are overweight, just right, or overweight.It went well over there.Now we're writing a program that translates arc and frequency methods into one another.
I don't want elegance at all right now, but my goal is to make it work for now.
from path import pi
uses pi as a 16-digit approximation, but I would like to create other module features without importing them.
Give me some advice.
It's my first day of self-taught groping, so I'm overwhelmingly lacking in knowledge.
defangle():
to_radian=input("Conversion from frequency to arc?y/n")
'''
If the answer is y/n in the input above and the answer is y, I would like you to convert the frequency method from the frequency method to the arc degree method, or to convert the arc degree method to the frequency method.The description is ↓, and if to_radian=y causes syntax errors.I thought it was suspicious, but I'm not used to dealing with variables yet, so I don't know why.Also, I didn't go ahead due to an error, so I don't have any self-sufficiency after that.
'''
if to_radian=y:
angle=input("Enter the angle using the frequency method.")
angle_to_radian_coef=int(angle)/180
angle_to_radian=int(angle_to_radian_coef)*pi
print("+str(angle)+"°"+" is "+str(angle_to_radian)+" radian in arcs.")
print(" +"+str(angle_to_radian_coef)+" ラ radians."
else:
radian=input("Enter the angle using the arc".However, please omit は and enter only the coefficient.
Yes.")
radian_to_angle=int(radian)*180
print("+srt(radian)+" ""+" is "+str(radian_to_angle)+"°" in the frequency method.
# So far, we have defined the function with def.Do it below.
angle()
If you are writing the contents so far on your own, I feel that if you don't panic and decipher the error, you will have the ability to make it work.
First, calm down and review the code around the error and past programs.
=
is replace and use ==
for comparisonto_radian=y
substitutes the variable y
for the variable to_radian
"y"
and compare to stringstr
is not mistaken for srt
else:
or lower)
=
is replace and use ==
for comparisonto_radian=y
substitutes the variable y
for the variable to_radian
"y"
and compare to stringstr
is not mistaken for srt
If you rewrite it as advised, you will be able to run it without any compilation errors.
However, this may result in digit drops or input errors in conversion to int type.
90° is 0.0 radians in the degree method.
ValueError: invalid literal for int() with base 10: '1.57'
90° is 0.0 radians in the degree method.
ValueError: invalid literal for int() with base 10: '1.57'
I think the above output is different from the purpose, so please do your best while reviewing int and float.
"By the way, the specific questions are described in the comment ""input above"" in the code, but I think it would be easier to get answers if you write them in the questionnaire as you can see the problem at a glance before reading the code carefully."
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