This repo contains a code scaffold for the integration homework. It will contain the solution to the questions on a branch solution
in due course.
- You see here the typical julia package setup with
src
andtest
folder.- Inside
src
I set up a module for you, with some empty function definitions that you should fill out. - Inside
test
I set up a test module, where you should place your unit tests. - You must test the results of each function with a unit test.
- Inside
- You don't have to stick the scaffold I give you, but you have to provide a function
runall
that runs all of your questions. This function is currently provided. - your answer to each question should be a function.
- each question should print the desired result to screen, e.g. using the
println
function. - if you are not able to solve a question, the last statement of the function should be
println("I could not solve this question")
.
- Given that there was some math notation necessary, I give you the questions as an
IJulia
notebook in this repository. It's calledquestions.ipynb
. - If you click on that file above, github will render this nicely for you.
- There is an analytic part to the question. You should edit the
questions.ipynb
notebook and include that in your submission. Instructions for doing this are contained within. I'm not interested in your solution per se, but you need it as an input to the rest of the questions. (If you can't figure out how to edit that notebook at all [google "latex in ipython notebook"], bring a piece of paper. If you don't know Latex, bring a piece of paper.)
## Submission
- Deadline is 24h prior to our next class.
- You must submit your work via pull request.
- Take a look back at our initial students website exercise to remind yourself of how that works.
Please observe that this repo is part of the Sciences Po CompEcon Organisation and therefore subject to the license detailed at the bottom of The Syllabus repo.