The code can certain use some very small performance changes, which after summing up all changes it should improve performance slightly.
I'm talking about thinks like, use correct structures, more pytonic code, etc..
For example:
Using a list for just TWO elements: cuts = [rand_randint(1, len(gMom)-1), rand_randint(1, len(gMom)-1)]
Might be better just having two separate vars or a tuple.
This is in Crossovers
return True if rand_random() <= p else False in Util.py. Like really? Could be just return rand_random() <= p
Do not re calculate lengths every time, if you are planning on using len(something) many times, assign it to a variable first and then use it.
Define functions that are used in big loops, as a local variable, since doing var1.var2.somefunc on a loop is expensive due to look ups every time.
The code can certain use some very small performance changes, which after summing up all changes it should improve performance slightly.
I'm talking about thinks like, use correct structures, more pytonic code, etc..
For example:
Using a list for just TWO elements: cuts = [rand_randint(1, len(gMom)-1), rand_randint(1, len(gMom)-1)]
Might be better just having two separate vars or a tuple.
This is in Crossovers
return True if rand_random() <= p else False in Util.py. Like really? Could be just return rand_random() <= p
Do not re calculate lengths every time, if you are planning on using len(something) many times, assign it to a variable first and then use it.
Define functions that are used in big loops, as a local variable, since doing var1.var2.somefunc on a loop is expensive due to look ups every time.