lecture-python-intro
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QuantEcon
An Undergraduate Lecture Series for the Foundations of Computational Economics
Comments by @SylviaZhaooo. ## Content - [x] We can refer to concepts like 'steady state' and 'global stability' using hyperlinks to the Dynamics lecture. - [x] 45 -> $45 \degree$...
Comments by @Jiarui-ZH, @jstac and I: ### Content - [ ] Change the order of the lectures **21. The Solow-Swan Growth Model** and **22. Dynamics in One Dimension** - [...
## Bug fix - [ ] `Jump chain title` should be deleted ## Content - [ ] The exercise solution needs to include the discussion and text at the end...
**_Comments by @longye-tian:_** ## Code - [x] Change global variables to `default_param` (i.e. `default_μ`). - [x] Distinguish the function name in the exercise solution and the one in the main...
This PR collects feedback from the reading group on [`eigen_I`](https://intro.quantecon.org/eigen_I.html). ## Content - [ ] Add an introduction to what eigenvalues and eigenvectors are. We can give the formula at...
Comments by @pgrosser1: ## Content - [ ] It would be useful at the very start to define what a complex number is, ie. $i = \sqrt{-1}$ or equivalently the...
## Remaining items - [ ] Potentially put the graphs from the book into the lecture. - [ ] Add a discussion on money supply and price level. --- Items...
# Code - [x] change the name `create_cagan_model` to `create_cagan_adaptive_model` - [x] Set the default values in `create_cagan_adaptive_model` instead of global parameters. - [ ] Add code comment to the...
Feedback from @SylviaZhaooo (Thanks!) ## Content - [x] Revise the quotation marks in the quote “in economics, a little knowledge of geometric series goes a long way “ - [x]...
**_Feedback from @longye-tian (Thanks!)_** ## Code - [ ] Remove redundant code in the Poisson distribution simulation ## Content - [ ] Give some motivations to use different probability distributions...