How to round numbers to the nearest 1000?
I'm having some issue to round up and down of a list of number to the nearest 1000.
Below is my code:
rev_list =
for i in range(12):
rev = int(round(random.normalvariate(100000, 12000)))
rev_list.append(rev)
print(rev_list)
The output is:
[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
I would like to round the list to the nearest 1000. How can I do that?
python rounding
edited Nov 13 '18 at 20:02
wim
161k50308440
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
add a comment |
I'm having some issue to round up and down of a list of number to the nearest 1000.
Below is my code:
rev_list =
for i in range(12):
rev = int(round(random.normalvariate(100000, 12000)))
rev_list.append(rev)
print(rev_list)
The output is:
[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
I would like to round the list to the nearest 1000. How can I do that?
python rounding
edited Nov 13 '18 at 20:02
wim
161k50308440
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
add a comment |
I'm having some issue to round up and down of a list of number to the nearest 1000.
Below is my code:
rev_list =
for i in range(12):
rev = int(round(random.normalvariate(100000, 12000)))
rev_list.append(rev)
print(rev_list)
The output is:
[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
I would like to round the list to the nearest 1000. How can I do that?
python rounding
edited Nov 13 '18 at 20:02
wim
161k50308440
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
I'm having some issue to round up and down of a list of number to the nearest 1000.
Below is my code:
rev_list =
for i in range(12):
rev = int(round(random.normalvariate(100000, 12000)))
rev_list.append(rev)
print(rev_list)
The output is:
[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
I would like to round the list to the nearest 1000. How can I do that?
python rounding
python rounding
edited Nov 13 '18 at 20:02
wim
161k50308440
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
edited Nov 13 '18 at 20:02
wim
161k50308440
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
edited Nov 13 '18 at 20:02
wim
161k50308440
edited Nov 13 '18 at 20:02
wim
161k50308440
edited Nov 13 '18 at 20:02
wim
161k50308440
161k50308440
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
asked Sep 29 '17 at 3:24
123cremepie123cremepie
394
394
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
The round function can take negative digits to round to, which causes it to round off to the left of the decimal. For example:
>>> round(15768, -3)
16000
>>> round(1218, -3)
1000
So the short answer is: Call round with the second argument of -3 to round to the nearest 1000.
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
Note: My example behavior is the Python 3 behavior forround; if you're on Python 2, the results would befloatvalues, but wrapping inint()would convert back toint.
– ShadowRanger
Sep 29 '17 at 3:32
add a comment |
List comprehension is a one-line loop which allows you to apply a function to the list items. (for more read List Comprehensions)
[x for x in rev_list]
In this case, round(num, -3) is the function.
>>> round(1300,-3)
1000
>>>
The answer
You can apply a function on a list by this code
rev_list=[round(x,-3) for x in rev_list]
The example:
>>> rev_list=[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
>>> rev_list=[round(x,-3) for x in rev_list]
>>> rev_list
[97000, 96000, 105000, 132000, 98000, 88000, 85000, 95000, 95000, 90000, 93000, 86000]
>>>
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
5
Usually it's better to explain a solution instead of just posting some rows of anonymous code. You can read How do I write a good answer, and also Explaining entirely code-based answers
– Anh Pham
Dec 30 '18 at 4:02
2
While this code may answer the question, it is better to explain how to solve the problem and provide the code as an example or reference. Code-only answers can be confusing and lack context.
– Dima Kozhevin
Dec 30 '18 at 7:04
@AnhPham, thank you for your comment. done
– Reza energy
Dec 30 '18 at 18:37
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
The round function can take negative digits to round to, which causes it to round off to the left of the decimal. For example:
>>> round(15768, -3)
16000
>>> round(1218, -3)
1000
So the short answer is: Call round with the second argument of -3 to round to the nearest 1000.
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
Note: My example behavior is the Python 3 behavior forround; if you're on Python 2, the results would befloatvalues, but wrapping inint()would convert back toint.
– ShadowRanger
Sep 29 '17 at 3:32
add a comment |
The round function can take negative digits to round to, which causes it to round off to the left of the decimal. For example:
>>> round(15768, -3)
16000
>>> round(1218, -3)
1000
So the short answer is: Call round with the second argument of -3 to round to the nearest 1000.
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
Note: My example behavior is the Python 3 behavior forround; if you're on Python 2, the results would befloatvalues, but wrapping inint()would convert back toint.
– ShadowRanger
Sep 29 '17 at 3:32
add a comment |
The round function can take negative digits to round to, which causes it to round off to the left of the decimal. For example:
>>> round(15768, -3)
16000
>>> round(1218, -3)
1000
So the short answer is: Call round with the second argument of -3 to round to the nearest 1000.
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
The round function can take negative digits to round to, which causes it to round off to the left of the decimal. For example:
>>> round(15768, -3)
16000
>>> round(1218, -3)
1000
So the short answer is: Call round with the second argument of -3 to round to the nearest 1000.
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
answered Sep 29 '17 at 3:28
ShadowRangerShadowRanger
60.1k55796
60.1k55796
Note: My example behavior is the Python 3 behavior forround; if you're on Python 2, the results would befloatvalues, but wrapping inint()would convert back toint.
– ShadowRanger
Sep 29 '17 at 3:32
add a comment |
Note: My example behavior is the Python 3 behavior forround; if you're on Python 2, the results would befloatvalues, but wrapping inint()would convert back toint.
– ShadowRanger
Sep 29 '17 at 3:32
Note: My example behavior is the Python 3 behavior for
round; if you're on Python 2, the results would be float values, but wrapping in int() would convert back to int.– ShadowRanger
Sep 29 '17 at 3:32
Note: My example behavior is the Python 3 behavior for
round; if you're on Python 2, the results would be float values, but wrapping in int() would convert back to int.– ShadowRanger
Sep 29 '17 at 3:32
add a comment |
List comprehension is a one-line loop which allows you to apply a function to the list items. (for more read List Comprehensions)
[x for x in rev_list]
In this case, round(num, -3) is the function.
>>> round(1300,-3)
1000
>>>
The answer
You can apply a function on a list by this code
rev_list=[round(x,-3) for x in rev_list]
The example:
>>> rev_list=[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
>>> rev_list=[round(x,-3) for x in rev_list]
>>> rev_list
[97000, 96000, 105000, 132000, 98000, 88000, 85000, 95000, 95000, 90000, 93000, 86000]
>>>
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
5
Usually it's better to explain a solution instead of just posting some rows of anonymous code. You can read How do I write a good answer, and also Explaining entirely code-based answers
– Anh Pham
Dec 30 '18 at 4:02
2
While this code may answer the question, it is better to explain how to solve the problem and provide the code as an example or reference. Code-only answers can be confusing and lack context.
– Dima Kozhevin
Dec 30 '18 at 7:04
@AnhPham, thank you for your comment. done
– Reza energy
Dec 30 '18 at 18:37
add a comment |
List comprehension is a one-line loop which allows you to apply a function to the list items. (for more read List Comprehensions)
[x for x in rev_list]
In this case, round(num, -3) is the function.
>>> round(1300,-3)
1000
>>>
The answer
You can apply a function on a list by this code
rev_list=[round(x,-3) for x in rev_list]
The example:
>>> rev_list=[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
>>> rev_list=[round(x,-3) for x in rev_list]
>>> rev_list
[97000, 96000, 105000, 132000, 98000, 88000, 85000, 95000, 95000, 90000, 93000, 86000]
>>>
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
5
Usually it's better to explain a solution instead of just posting some rows of anonymous code. You can read How do I write a good answer, and also Explaining entirely code-based answers
– Anh Pham
Dec 30 '18 at 4:02
2
While this code may answer the question, it is better to explain how to solve the problem and provide the code as an example or reference. Code-only answers can be confusing and lack context.
– Dima Kozhevin
Dec 30 '18 at 7:04
@AnhPham, thank you for your comment. done
– Reza energy
Dec 30 '18 at 18:37
add a comment |
List comprehension is a one-line loop which allows you to apply a function to the list items. (for more read List Comprehensions)
[x for x in rev_list]
In this case, round(num, -3) is the function.
>>> round(1300,-3)
1000
>>>
The answer
You can apply a function on a list by this code
rev_list=[round(x,-3) for x in rev_list]
The example:
>>> rev_list=[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
>>> rev_list=[round(x,-3) for x in rev_list]
>>> rev_list
[97000, 96000, 105000, 132000, 98000, 88000, 85000, 95000, 95000, 90000, 93000, 86000]
>>>
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
List comprehension is a one-line loop which allows you to apply a function to the list items. (for more read List Comprehensions)
[x for x in rev_list]
In this case, round(num, -3) is the function.
>>> round(1300,-3)
1000
>>>
The answer
You can apply a function on a list by this code
rev_list=[round(x,-3) for x in rev_list]
The example:
>>> rev_list=[97277, 96494, 104541, 132060, 98179, 87862, 84718, 95391, 94674, 89773, 92790, 86122]
>>> rev_list=[round(x,-3) for x in rev_list]
>>> rev_list
[97000, 96000, 105000, 132000, 98000, 88000, 85000, 95000, 95000, 90000, 93000, 86000]
>>>
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
edited Dec 30 '18 at 18:35
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
answered Dec 30 '18 at 3:32
Reza energyReza energy
195
195
5
Usually it's better to explain a solution instead of just posting some rows of anonymous code. You can read How do I write a good answer, and also Explaining entirely code-based answers
– Anh Pham
Dec 30 '18 at 4:02
2
While this code may answer the question, it is better to explain how to solve the problem and provide the code as an example or reference. Code-only answers can be confusing and lack context.
– Dima Kozhevin
Dec 30 '18 at 7:04
@AnhPham, thank you for your comment. done
– Reza energy
Dec 30 '18 at 18:37
add a comment |
5
Usually it's better to explain a solution instead of just posting some rows of anonymous code. You can read How do I write a good answer, and also Explaining entirely code-based answers
– Anh Pham
Dec 30 '18 at 4:02
2
While this code may answer the question, it is better to explain how to solve the problem and provide the code as an example or reference. Code-only answers can be confusing and lack context.
– Dima Kozhevin
Dec 30 '18 at 7:04
@AnhPham, thank you for your comment. done
– Reza energy
Dec 30 '18 at 18:37
5
5
Usually it's better to explain a solution instead of just posting some rows of anonymous code. You can read How do I write a good answer, and also Explaining entirely code-based answers
– Anh Pham
Dec 30 '18 at 4:02
Usually it's better to explain a solution instead of just posting some rows of anonymous code. You can read How do I write a good answer, and also Explaining entirely code-based answers
– Anh Pham
Dec 30 '18 at 4:02
2
2
While this code may answer the question, it is better to explain how to solve the problem and provide the code as an example or reference. Code-only answers can be confusing and lack context.
– Dima Kozhevin
Dec 30 '18 at 7:04
While this code may answer the question, it is better to explain how to solve the problem and provide the code as an example or reference. Code-only answers can be confusing and lack context.
– Dima Kozhevin
Dec 30 '18 at 7:04
@AnhPham, thank you for your comment. done
– Reza energy
Dec 30 '18 at 18:37
@AnhPham, thank you for your comment. done
– Reza energy
Dec 30 '18 at 18:37
add a comment |
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