Python variables passing
0
I want to create a set_range procedures whose goal is to define biggest and smallest number from group of 3. Final step would be minus operation.
I wrote the first two parts but final part is not working. The issue seems to be with passing the variables from one to another...
#biggest number
def biggest(a, y, z):
Max = a
if y > Max:
Max = y
if z > Max:
Max = z
if y > z:
Max = y
return Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(a, y, z):
Small = a
if y < Small:
Small = y
if z < Small:
Small = z
if y < z:
Small = y
return Small
#print smallest (10, 4, 7) TEST ONLY
#final part of the code, Max - Small operation
def set_range():
m = Max
s = Small
print set_range
python variables optimization procedure
edited Oct 5 '17 at 22:25
user2357112
157k13174267
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
|
show 3 more comments
0
I want to create a set_range procedures whose goal is to define biggest and smallest number from group of 3. Final step would be minus operation.
I wrote the first two parts but final part is not working. The issue seems to be with passing the variables from one to another...
#biggest number
def biggest(a, y, z):
Max = a
if y > Max:
Max = y
if z > Max:
Max = z
if y > z:
Max = y
return Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(a, y, z):
Small = a
if y < Small:
Small = y
if z < Small:
Small = z
if y < z:
Small = y
return Small
#print smallest (10, 4, 7) TEST ONLY
#final part of the code, Max - Small operation
def set_range():
m = Max
s = Small
print set_range
python variables optimization procedure
edited Oct 5 '17 at 22:25
user2357112
157k13174267
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
create a global variable.
– m1009ct0
Oct 5 '17 at 21:59
2
Just to be clear: You're aware thatmaxandminalready handle this, right? If it's a class assignment, do what you need to do, but otherwise, the answer isreturn max(a, y, z)andreturn min(a, y, z).
– ShadowRanger
Oct 5 '17 at 22:00
3
You need to actually callbiggestandsmallestfunctions insideset_range.set_rangewill also need to accept the three numbers to be compared.
– kindall
Oct 5 '17 at 22:01
3
@eddwinpaz: What persistent state is needed to compute min and max? Forcing classes on something is pointless when there is no state to maintain, nor behaviors of said state.
– ShadowRanger
Oct 5 '17 at 22:01
1
@eddwinpaz neither of those approaches is necessary, really. You can just use normal functions and pass parameters between them. Indeed, I think suggesting using global variables is bad advice. As for your class suggesting, that is one approach, albeit overkill in this case, IMO, but regardless python doesn't have access modifiers so there are no "public" and "private" methods
– juanpa.arrivillaga
Oct 5 '17 at 22:02
|
show 3 more comments
0
0
0
I want to create a set_range procedures whose goal is to define biggest and smallest number from group of 3. Final step would be minus operation.
I wrote the first two parts but final part is not working. The issue seems to be with passing the variables from one to another...
#biggest number
def biggest(a, y, z):
Max = a
if y > Max:
Max = y
if z > Max:
Max = z
if y > z:
Max = y
return Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(a, y, z):
Small = a
if y < Small:
Small = y
if z < Small:
Small = z
if y < z:
Small = y
return Small
#print smallest (10, 4, 7) TEST ONLY
#final part of the code, Max - Small operation
def set_range():
m = Max
s = Small
print set_range
python variables optimization procedure
edited Oct 5 '17 at 22:25
user2357112
157k13174267
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
I want to create a set_range procedures whose goal is to define biggest and smallest number from group of 3. Final step would be minus operation.
I wrote the first two parts but final part is not working. The issue seems to be with passing the variables from one to another...
#biggest number
def biggest(a, y, z):
Max = a
if y > Max:
Max = y
if z > Max:
Max = z
if y > z:
Max = y
return Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(a, y, z):
Small = a
if y < Small:
Small = y
if z < Small:
Small = z
if y < z:
Small = y
return Small
#print smallest (10, 4, 7) TEST ONLY
#final part of the code, Max - Small operation
def set_range():
m = Max
s = Small
print set_range
python variables optimization procedure
python variables optimization procedure
edited Oct 5 '17 at 22:25
user2357112
157k13174267
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
edited Oct 5 '17 at 22:25
user2357112
157k13174267
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
edited Oct 5 '17 at 22:25
user2357112
157k13174267
edited Oct 5 '17 at 22:25
user2357112
157k13174267
edited Oct 5 '17 at 22:25
user2357112
157k13174267
157k13174267
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
asked Oct 5 '17 at 21:57
marcin2x4marcin2x4
196
196
create a global variable.
– m1009ct0
Oct 5 '17 at 21:59
2
Just to be clear: You're aware thatmaxandminalready handle this, right? If it's a class assignment, do what you need to do, but otherwise, the answer isreturn max(a, y, z)andreturn min(a, y, z).
– ShadowRanger
Oct 5 '17 at 22:00
3
You need to actually callbiggestandsmallestfunctions insideset_range.set_rangewill also need to accept the three numbers to be compared.
– kindall
Oct 5 '17 at 22:01
3
@eddwinpaz: What persistent state is needed to compute min and max? Forcing classes on something is pointless when there is no state to maintain, nor behaviors of said state.
– ShadowRanger
Oct 5 '17 at 22:01
1
@eddwinpaz neither of those approaches is necessary, really. You can just use normal functions and pass parameters between them. Indeed, I think suggesting using global variables is bad advice. As for your class suggesting, that is one approach, albeit overkill in this case, IMO, but regardless python doesn't have access modifiers so there are no "public" and "private" methods
– juanpa.arrivillaga
Oct 5 '17 at 22:02
|
show 3 more comments
create a global variable.
– m1009ct0
Oct 5 '17 at 21:59
2
Just to be clear: You're aware thatmaxandminalready handle this, right? If it's a class assignment, do what you need to do, but otherwise, the answer isreturn max(a, y, z)andreturn min(a, y, z).
– ShadowRanger
Oct 5 '17 at 22:00
3
You need to actually callbiggestandsmallestfunctions insideset_range.set_rangewill also need to accept the three numbers to be compared.
– kindall
Oct 5 '17 at 22:01
3
@eddwinpaz: What persistent state is needed to compute min and max? Forcing classes on something is pointless when there is no state to maintain, nor behaviors of said state.
– ShadowRanger
Oct 5 '17 at 22:01
1
@eddwinpaz neither of those approaches is necessary, really. You can just use normal functions and pass parameters between them. Indeed, I think suggesting using global variables is bad advice. As for your class suggesting, that is one approach, albeit overkill in this case, IMO, but regardless python doesn't have access modifiers so there are no "public" and "private" methods
– juanpa.arrivillaga
Oct 5 '17 at 22:02
create a global variable.
– m1009ct0
Oct 5 '17 at 21:59
create a global variable.
– m1009ct0
Oct 5 '17 at 21:59
2
2
Just to be clear: You're aware that
max and min already handle this, right? If it's a class assignment, do what you need to do, but otherwise, the answer is return max(a, y, z) and return min(a, y, z).– ShadowRanger
Oct 5 '17 at 22:00
Just to be clear: You're aware that
max and min already handle this, right? If it's a class assignment, do what you need to do, but otherwise, the answer is return max(a, y, z) and return min(a, y, z).– ShadowRanger
Oct 5 '17 at 22:00
3
3
You need to actually call
biggest and smallest functions inside set_range. set_range will also need to accept the three numbers to be compared.– kindall
Oct 5 '17 at 22:01
You need to actually call
biggest and smallest functions inside set_range. set_range will also need to accept the three numbers to be compared.– kindall
Oct 5 '17 at 22:01
3
3
@eddwinpaz: What persistent state is needed to compute min and max? Forcing classes on something is pointless when there is no state to maintain, nor behaviors of said state.
– ShadowRanger
Oct 5 '17 at 22:01
@eddwinpaz: What persistent state is needed to compute min and max? Forcing classes on something is pointless when there is no state to maintain, nor behaviors of said state.
– ShadowRanger
Oct 5 '17 at 22:01
1
1
@eddwinpaz neither of those approaches is necessary, really. You can just use normal functions and pass parameters between them. Indeed, I think suggesting using global variables is bad advice. As for your class suggesting, that is one approach, albeit overkill in this case, IMO, but regardless python doesn't have access modifiers so there are no "public" and "private" methods
– juanpa.arrivillaga
Oct 5 '17 at 22:02
@eddwinpaz neither of those approaches is necessary, really. You can just use normal functions and pass parameters between them. Indeed, I think suggesting using global variables is bad advice. As for your class suggesting, that is one approach, albeit overkill in this case, IMO, but regardless python doesn't have access modifiers so there are no "public" and "private" methods
– juanpa.arrivillaga
Oct 5 '17 at 22:02
|
show 3 more comments
1 Answer
1
active
oldest
votes
0
This way you can access all variables from all methods within your code this means, share numbers from biggest() and smallest()
class getOperationMax(a,y,z):
def __init__(self,a,y,z):
self.y = y
self.a = y
self.z = y
self.Max = 0
self.Small = 0
#biggest number
def biggest(self):
self.Max = self.a
if self.y > self.Max :
self.Max = self.y
self.max = self.y
if self.z > self.Max:
self.Max = self.z
if self.y > self.z:
self.Max = self.y
return self.Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(self):
self.Small = self.a
if self.y < self.Small:
self.Small = self.y
if self.z < self.Small:
self.Small = self.z
if self.y < self.z:
self.Small = self.y
return self.Small
#print smallest (10, 4, 7) TEST ONLY
operation = getOperationMax(5,6,7)
print operation.biggest()
print operation.smallest()
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
Would you mind explaining your code?
– Right leg
Oct 5 '17 at 22:09
add a comment |
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0
This way you can access all variables from all methods within your code this means, share numbers from biggest() and smallest()
class getOperationMax(a,y,z):
def __init__(self,a,y,z):
self.y = y
self.a = y
self.z = y
self.Max = 0
self.Small = 0
#biggest number
def biggest(self):
self.Max = self.a
if self.y > self.Max :
self.Max = self.y
self.max = self.y
if self.z > self.Max:
self.Max = self.z
if self.y > self.z:
self.Max = self.y
return self.Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(self):
self.Small = self.a
if self.y < self.Small:
self.Small = self.y
if self.z < self.Small:
self.Small = self.z
if self.y < self.z:
self.Small = self.y
return self.Small
#print smallest (10, 4, 7) TEST ONLY
operation = getOperationMax(5,6,7)
print operation.biggest()
print operation.smallest()
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
Would you mind explaining your code?
– Right leg
Oct 5 '17 at 22:09
add a comment |
0
This way you can access all variables from all methods within your code this means, share numbers from biggest() and smallest()
class getOperationMax(a,y,z):
def __init__(self,a,y,z):
self.y = y
self.a = y
self.z = y
self.Max = 0
self.Small = 0
#biggest number
def biggest(self):
self.Max = self.a
if self.y > self.Max :
self.Max = self.y
self.max = self.y
if self.z > self.Max:
self.Max = self.z
if self.y > self.z:
self.Max = self.y
return self.Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(self):
self.Small = self.a
if self.y < self.Small:
self.Small = self.y
if self.z < self.Small:
self.Small = self.z
if self.y < self.z:
self.Small = self.y
return self.Small
#print smallest (10, 4, 7) TEST ONLY
operation = getOperationMax(5,6,7)
print operation.biggest()
print operation.smallest()
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
Would you mind explaining your code?
– Right leg
Oct 5 '17 at 22:09
add a comment |
0
0
0
This way you can access all variables from all methods within your code this means, share numbers from biggest() and smallest()
class getOperationMax(a,y,z):
def __init__(self,a,y,z):
self.y = y
self.a = y
self.z = y
self.Max = 0
self.Small = 0
#biggest number
def biggest(self):
self.Max = self.a
if self.y > self.Max :
self.Max = self.y
self.max = self.y
if self.z > self.Max:
self.Max = self.z
if self.y > self.z:
self.Max = self.y
return self.Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(self):
self.Small = self.a
if self.y < self.Small:
self.Small = self.y
if self.z < self.Small:
self.Small = self.z
if self.y < self.z:
self.Small = self.y
return self.Small
#print smallest (10, 4, 7) TEST ONLY
operation = getOperationMax(5,6,7)
print operation.biggest()
print operation.smallest()
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
This way you can access all variables from all methods within your code this means, share numbers from biggest() and smallest()
class getOperationMax(a,y,z):
def __init__(self,a,y,z):
self.y = y
self.a = y
self.z = y
self.Max = 0
self.Small = 0
#biggest number
def biggest(self):
self.Max = self.a
if self.y > self.Max :
self.Max = self.y
self.max = self.y
if self.z > self.Max:
self.Max = self.z
if self.y > self.z:
self.Max = self.y
return self.Max
#print biggest(10, 4, 7) TEST ONLY
#smallest number
def smallest(self):
self.Small = self.a
if self.y < self.Small:
self.Small = self.y
if self.z < self.Small:
self.Small = self.z
if self.y < self.z:
self.Small = self.y
return self.Small
#print smallest (10, 4, 7) TEST ONLY
operation = getOperationMax(5,6,7)
print operation.biggest()
print operation.smallest()
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
edited Oct 5 '17 at 22:20
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
answered Oct 5 '17 at 22:07
m1009ct0m1009ct0
1,53611639
1,53611639
Would you mind explaining your code?
– Right leg
Oct 5 '17 at 22:09
add a comment |
Would you mind explaining your code?
– Right leg
Oct 5 '17 at 22:09
Would you mind explaining your code?
– Right leg
Oct 5 '17 at 22:09
Would you mind explaining your code?
– Right leg
Oct 5 '17 at 22:09
add a comment |
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create a global variable.
– m1009ct0
Oct 5 '17 at 21:59
2
Just to be clear: You're aware that
maxandminalready handle this, right? If it's a class assignment, do what you need to do, but otherwise, the answer isreturn max(a, y, z)andreturn min(a, y, z).– ShadowRanger
Oct 5 '17 at 22:00
3
You need to actually call
biggestandsmallestfunctions insideset_range.set_rangewill also need to accept the three numbers to be compared.– kindall
Oct 5 '17 at 22:01
3
@eddwinpaz: What persistent state is needed to compute min and max? Forcing classes on something is pointless when there is no state to maintain, nor behaviors of said state.
– ShadowRanger
Oct 5 '17 at 22:01
1
@eddwinpaz neither of those approaches is necessary, really. You can just use normal functions and pass parameters between them. Indeed, I think suggesting using global variables is bad advice. As for your class suggesting, that is one approach, albeit overkill in this case, IMO, but regardless python doesn't have access modifiers so there are no "public" and "private" methods
– juanpa.arrivillaga
Oct 5 '17 at 22:02