# How To Calculate Development Merge Request Rate in GitLab | Arithmix

Learn how to calculate the development merge request rate in GitLab with this comprehensive guide. Discover the key metrics to track and optimize your team's workflow for faster and more efficient development.

If you're working on a development project, you may be interested in tracking your team's progress and productivity. One metric that can be useful for this purpose is the development merge request rate. This metric measures the number of merge requests that are opened and closed within a certain time period, such as a week or a month.

To calculate the development merge request rate, you'll need to gather some data. First, you'll need to determine the time period you want to measure. Next, you'll need to count the number of merge requests that were opened during that time period. Finally, you'll need to count the number of merge requests that were closed during that same time period.

Once you have these numbers, you can calculate the development merge request rate by dividing the number of closed merge requests by the number of open merge requests. For example, if you had 50 open merge requests and 30 of them were closed during the time period you're measuring, your development merge request rate would be 0.6.

## What Is Development Merge Request Rate?

The development merge request rate is a metric that can be used to measure the productivity and efficiency of a development team. It measures the number of merge requests that are opened and closed within a certain time period, and can be used to track progress and identify areas for improvement.

By tracking the development merge request rate over time, you can see how your team is performing and whether they are meeting their goals. If the rate is consistently high, it may indicate that your team is working efficiently and effectively. If the rate is consistently low, it may indicate that there are bottlenecks or other issues that need to be addressed.

## When Is It Valuable To Calculate Development Merge Request Rate?

The development merge request rate can be valuable in a variety of situations. For example, if you're managing a development team, you may want to track the team's productivity and identify areas for improvement. By calculating the development merge request rate, you can see how many merge requests are being opened and closed, and whether the team is meeting its goals.

The development merge request rate can also be useful if you're working on a project with multiple teams or contributors. By tracking the rate for each team or contributor, you can see how they are performing relative to each other and identify areas where one team or contributor may be struggling.

Overall, the development merge request rate is a useful metric for tracking progress and identifying areas for improvement in development projects. By calculating this rate and tracking it over time, you can gain valuable insights into your team's productivity and efficiency.

## How Do You Calculate Development Merge Request Rate in GitLab

GitLab itself isn’t naturally geared towards letting you calculate complex metrics like Development Merge Request Rate. As an alternative, teams typically use products like Arithmix to import data from GitLab and build out dashboards.

## What is Arithmix?

Arithmix is the next generation spreadsheet - a collaborative, web-based platform for working with numbers that’s powerful yet easy to use. With Arithmix you can import data from systems like GitLab, combine it with data from other systems, and create calculations like Development Merge Request Rate.

In Arithmix, data is organized into Tables and referenced by name, not by cell location like a spreadsheet, simplifying calculation creation. Data and calculations can be shared with others and re-used like building blocks, vastly streamlining analysis, model building, and reporting in a highly scalable and easy to maintain platform. Data can be edited, categorized (by dimensions) and freely pivoted. Calculations are automatically copied across a dimension - eliminating copy and paste of formulas.