From 5157f2d0aa90ef3033e7ec2f0487bfb03a37e4aa Mon Sep 17 00:00:00 2001 From: desktop Date: Wed, 28 Jun 2023 09:25:08 -0400 Subject: [PATCH] Fixing links for dags --- .DS_Store | Bin 0 -> 10244 bytes example/dags.qmd | 8 ++++---- 2 files changed, 4 insertions(+), 4 deletions(-) create mode 100644 .DS_Store diff --git a/.DS_Store b/.DS_Store new file mode 100644 index 0000000000000000000000000000000000000000..665bf9330834e75b7dfa0c7b8096ef0c82e154d3 GIT binary patch literal 10244 zcmeHMU2GIp6uxI#=$&axr`Q&7vviS79^H!N%EHaww684FdWTViS*q=|V7(c1x_K zLLwj$kO)WwBmxqFdjSEg+3cW|LdsSmAQ6xV%p$!|^!&~!XI%N-ocMw6q%j%WFWZa?Q)0rwpc15~AI zN{>xWwr=d`+}vWcZ|<0CF(x-Awj^4N&i1WSQ!1@*YTI@wb=n>G{1-(m5Pc6w^_9rZt&E#A&w7XoF83!YweI{gAV}YLyd$?gr*K>h=$VNLSZ}*}#x-MmRIxrDBz84&} zvjNJcWI{Z=dZns9zWRaniOmo1?0szi!I|nMHG1t*O&ddqywEw}*x8|iV}++i%^+iY zmgAiq&O3pVcI`pW9JlrNRduGiVcGH(_s3#)vmD8#ou_h6cvf$sbVgrNQ>`_|R;l`j z^r(f;xZk(fL>3>3HOAIbdW7kFvNpCtt*whStGY=C1B_VQqE%~C^*|jwjjva@wrd?! zx6~omOxvzdb!uCwzE>U2i@=3)yY>jJg%))rR~mkhZbmstss3%+LoLplAvCZZMU%MJ(qDJowWE6GTT0Lx2)1D7>DT$ zvu-rBxV{LvFS={iVs|m}UUVO9j>mNc(@k_Yw8b^O43kOazMGn{3sI+Yi>B%2m{#h{ zie<|iv>n<`6?0rC+_bA3Z^Uwh{(ZJyCLfTi5^e6HM5M*f;G{8zQpb6H% zTG#*yXopSE0XtwPbaA%sgU6vC4#FWgf?Q3(aWIjqE{uZ*1!U|bXY8}^96S#%z6mzV#NxucIEIYLu|40{C}ui zC85dM#jBjGU9xuZ@5FqyYrdqB)r;GuCO0NI!$(`$xpN{|d`u{H(H!P_D literal 0 HcmV?d00001 diff --git a/example/dags.qmd b/example/dags.qmd index 694f65a5..8da7351d 100644 --- a/example/dags.qmd +++ b/example/dags.qmd @@ -15,7 +15,7 @@ This video shows how to use it: ## DAGs with R, ggdag, and dagitty -You can use the [**ggdag**](https://ggdag.malco.io/) and [**dagitty**](http://dagitty.net/primer/) packages in R to build and work with DAGs too. I typically draw an initial DAG in my browser with dagitty.net and then I rewrite it in code in R so that it's more official and formal and reproducible. +You can use the [**ggdag**](https://r-causal.github.io/ggdag/index.html) and [**dagitty**](http://dagitty.net/primer/) packages in R to build and work with DAGs too. I typically draw an initial DAG in my browser with dagitty.net and then I rewrite it in code in R so that it's more official and formal and reproducible. ### Live coding example @@ -43,9 +43,9 @@ library(dagitty) # For working with DAG logic The general process for making and working with DAGs in R is to create a DAG object with `dagify()` and then plot it with `ggdag()`. The documentation for **ggdag** is really good and helpful and full of examples. Check these pages for all sorts of additional details: -- ["An introduction to ggdag"](https://ggdag.malco.io/articles/intro-to-ggdag.html) -- ["An introduction to directed acyclic graphs"](https://ggdag.malco.io/articles/intro-to-dags.html) -- [List of all ggdag-related functions](https://ggdag.malco.io/reference/index.html) +- ["An introduction to ggdag"](https://r-causal.github.io/ggdag/articles/intro-to-ggdag.html) +- ["An introduction to directed acyclic graphs"](https://r-causal.github.io/ggdag/articles/intro-to-dags.html) +- [List of all ggdag-related functions](https://r-causal.github.io/ggdag/reference/index.html) The syntax for `dagify()` is similar to the formula syntax you've been using for building regression models with `lm()`. The formulas you use in `dagify()` indicate the relationships between nodes.