LATEX Made Easy with Overleaf!

Size: px

Start display at page:

Download "LATEX Made Easy with Overleaf!"

Moses Logan
6 years ago
Views:

1 L A TEX Made Easy with Overleaf!

2 What is Overleaf? Online resource for creating and maintaining L A TEX documents with lots of cool features. Real-time updates for document editor Dropbox capabilities Collaboration Github compatibility (new)

3 Why Use Overleaf? Organized and user-friendly. Microsoft Word is easier, so it s better, right? No. Microsoft Word Version (very lame) lim [1 + a n + o(n 1 )] n = e a L A TEX Version (very awesome!) [ lim n 1 + a n + o ( n 1)] n = e a

4 How to Use Overleaf Find a template you like Open a Copy / Rename

5 Collaboration with Github (Step #1) Use Clone With Git to get Overleaf Tex URL. Create repository from clone in Git client (SourceTree).

6 Collaboration with Github (Step #2) Create new repository directly on GitHub.

7 Collaboration with Github (Step #3) In the Settings tab of your client (SourceTree) repository, add a new repository.

8 Collaboration with Github (Step #4) Set new repository path as URL for GitHub repository.

9 Collaboration with GitHub Workflow Edit document directly on Overleaf. Pull changes from Overleaf repository from Git client (SourceTree). Push changes to shared GitHub repository. Pull collaborator changes from GitHub repository. Note: Collaborators can now use local versions of L A TEX while you work online with Overleaf!

10 Motivation Some Cool Examples of L A TEX!

11 Colored Diagrams Recall the equation for Bayes Theorem: Disease Prevalence Sensitivity P r(d T + ) = P r(t + D) P r(d) P r(t + D) P r(d) + P r(t + D) P r(d) 1 - Specificity

12 Fancy 2x2 Tables A new study is investigating the effects of smoking on developing a cold. Researchers collect an appropriate sample and collected the following data: EXPOSURE DISEASE Smoker (+) Smoker ( ) Cold No Cold 2,743 2,578 5,321 3,330 2,980 6,310

13 Diagrams (One Sample Testing) The research is only testing one sample of subjects What data do we have? We know σ We only know s z = x µ 0 σ/ n N(0, 1) t = x µ 0 s/ n t n 1 Look up appropriate probabilities in z-table or t-table. Make a conclusion to your test that matches your results!

14 Diagrams (Two Sample Testing) The research is comparing two samples of subjects. What data do we have? May only know s 1, s 2 We know σ 1 and σ 2 Test: σ 1 = σ 2 Test: σ 1 σ 2 z = x 1 x 2 σ 2 1 n 1 + σ2 2 n 2 Note: s p = t = x 1 x 2 t s 1 p n n1 +n 2 t = x 1 x 2 2 n 2 s 2 1 n 1 + s2 2 n 2 (n 1 1)s (n 2 1)s 2 2 and d is known n 1 + n 2 2 t d

15 ANOVA (3+ Sample Testing) Source df SS MS Treatment k 1 Error N k Total N 1 k n i (x i x) 2 SST / (k 1) i=1 k n i (x ij x i ) 2 SSE / (N k) i=1 j=1 k n i (x ij x) 2 i=1 j=1 F = MST MSE F k 1,N k under H 0

16 ANOVA (3+ Sample Testing) Relationship of ANOVA table entries Source df SS MS Treatment A B B / A Error C D D / C Total A + C B + D Source df SS MS Treatment A B B / A Error C D D / C Total A + C B + D

17 But Wait, There s More! You can make presentations in L A TEX too! (like this one!)

18 But Wait, There s More (Again)! L A TEX Cheat Sheet / / (Lots of tips and tricks for writing L A TEX documents) L A TEX Presentation Materials / / (Coding for this presentation) (Beamer features, slide themes, color themes, etc.)

Using GitHub and SourceTree to work with DITA TC repositories

Using GitHub and SourceTree to work with DITA TC repositories Kristen James Eberlein Eberlein Consulting LLC Agenda 1. Before you begin 2. Getting set up: 1. Fork the DITA TC repository 2. Clone your fork