### Blog

##### Case Study: The University of Cambridge—Significant and Sustained Growth in the use of Overleaf

In this Case Study we discuss the latest results from the University of Cambridge’s trial of Overleaf Commons, highlighting rapid and substantial growth in the adoption of Overleaf by members of the university—both in terms of new registered users and the number of projects being created:

In particular, we see a significant increase in the number of external institutions whose members collaborate with Cambridge via Overleaf:

##### Case Study: Genetics Society of America—How Overleaf Streamlines Editorial Processes

In this Case Study we are delighted to share some of the Genetics Society of America’s experiences of using Overleaf and how it has made a very tangible and positive contribution to their publishing operations—and been welcomed by their author community. Today, 70% of all accepted LaTeX submissions coming into the the Genetics Society of America’s GENETICS journal are now written and submitted using the Overleaf template and platform.

The Overleaf team are grateful to the GSA for their assistance during preparation of this Case Study.

##### Overleaf Product Update: June 2017

We’re always working to make Overleaf better by introducing new features and improving existing ones. Here’s a short update on what we’ve been up to lately:

Click the links above to jump straight to that section, or click below to continue reading the full post.

##### How TeX Calculates Glue Settings in an \hbox
This is the third, and concluding, article in a series which takes a look at TeX boxes and glue. The first post Boxes and Glue: A Brief, but Visual, Introduction Using LuaTeX introduced the concepts of boxes and glue and was followed by Pandora’s \hbox: Using LuaTeX to Lift the Lid of TeX Boxes which presented a LuaTeX-based Overleaf project to explore the deeper structures of TeX boxes through the use node graphs. In this final piece we take a “deep dive” into the mechanics of how TeX calculates glue values in an \hbox: a process referred to as setting the glue. We make extensive use of node graphs (introduced in the second article in this series) and show how to use and interpret some of the data they provide: glue_set, glue_sign and glue_order.