Add a legend and this will be perfect! Also, it looks like the version of plot-sisA.py on here is out of date and doesn't reflect the plot you posted. I can find a more complete version of the script in your commit history, but you should add the up-to-date python script to the main repo.
Day 3 Homework:
6/6
Exercise
Task
Grade
E1
mean.py calculates means
1
E2
mean_from_file.py reads in file and calculates means
1
E3
mean_inflammation.py contains function that calculates mean inflammation
1
E3
mean_inflammation.py prints output
1
E4
difference_inflammation.py contains function that calculates the difference in inflammation
1
E4
difference_inflammation.py prints output
1
Nice use of sys.argv! And great job on the advanced exercise.
Day 4 Homework:
10/10
Exercise
Task
Grade
E1
Created a function to simulate WF
1
E1
Find the number of generations to fixation
1
E1
Plot of allele frequency over time
1
E2
Plot of allele frequency over time for multiple alleles
1
E2
Histogram of times to fixation
1
E3
Plot of population size vs time to fixation
1
E3
Plot of starting allele frequency vs time to fixation
Grading
Day 1 Homework
6/6
Really good use of informative comments!
Day 2 Homework:
7/7
Add a legend and this will be perfect! Also, it looks like the version of
plot-sisA.py
on here is out of date and doesn't reflect the plot you posted. I can find a more complete version of the script in your commit history, but you should add the up-to-date python script to the main repo.Day 3 Homework:
6/6
mean.py
calculates meansmean_from_file.py
reads in file and calculates meansmean_inflammation.py
contains function that calculates mean inflammationmean_inflammation.py
prints outputdifference_inflammation.py
contains function that calculates the difference in inflammationdifference_inflammation.py
prints outputNice use of
sys.argv
! And great job on the advanced exercise.Day 4 Homework:
10/10