PGR-GLM/exercise_solutions.Rmd at main · alexd106/PGR-GLM · GitHub

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---
title: "Exercise Solutions"
output:
  html_document:
    toc: false
---

```{r setup-alex, include=FALSE}
library(knitr)
library(stringr)
knitr::opts_chunk$set(message=FALSE, warning=FALSE, eval=TRUE, echo=FALSE)
suppressPackageStartupMessages(library(dplyr))
suppressPackageStartupMessages(library(stringr))
source('reveal.R')
```

\

Follow the links below for solutions to each of the exercises you have completed on this course. Click on the 'code' buttons to reveal the R code associated with each question.

\

### Day 2

```{r sol_GDE, results='asis', eval = isTRUE(show_text_GDE)}
link_name <- "GLM - Poisson exercise"
file_name <- "GLM_1_Poisson_exercise_solutions"
paste0("- [", link_name, "](", file_name, ".html)") %>%
cat(sep="\n\n")
```

\

### Day 3


```{r sol_lm2, results='asis', eval = isTRUE(show_text_lm2)}
link_name <- "Binomial GLM exercise"
file_name <- "GLM_2_Binomial_exercise_solutions"
paste0("- [", link_name, "](", file_name, ".html)") %>%
cat(sep="\n\n")
```

\

### Day 4

```{r sol_lm1, results='asis', eval = isTRUE(show_text_lm1)}
link_name <- "Bernoulli GLM exercise"
file_name <- "GLM_3_Bernoulli_exercise_solutions"
paste0("- [", link_name, "](", file_name, ".html)") %>%
cat(sep="\n\n")
```

\

```{r code-out, include = FALSE}
sol_files<- list.files(pattern= "_exercise_solutions.Rmd", full.names= F)

for(i in sol_files){
  knitr::purl(i, output = paste0('./exercise_solutions/', substr(i, 1, nchar(i)-4), '.R'), quiet = TRUE)
}

```