Organize your data and code (2024)

Perhaps the most important step to take towards ease ofreproducibility is to be organized. Ideally, the names of files andsubdirectories are self-explanatory, so that one can tell at a glancewhat data files contain, what scripts do, and what came from what.

  • Encapsulate everything within one directory. Have a single directory for a project, containing all of the data, code, and results for that project. This makes it easier to find things, or to zip it all up and hand it off to someone else.

  • Separate raw data from derived data and other data summaries. I prefer to have a subdirectory RawData/ and then another subdirectory Data/, or perhaps two other subdirectories DerivedData/ (containing reformatted, reorganized, or cleaned data files) and DataSummaries/ (containing summary information, like lists of subjects or genetic markers, or summary statistics extracted from the primary data in order to make a particular graph). This makes it easier to tell the nature of the data in a file, by its location within the project directory.

  • Separate the data from the code. I prefer to put code and data in separate subdirectories. I’ll have an R/ subdirectory and perhaps also Python/ and Ruby/ subdirectories.

  • Use relative paths (never absolute paths). If you encapsulate all data and code within a single project directory, then you can refer to data files with relative paths (e.g., ../RawData/some_file.csv). If you were to use an absolute path (like ~/Projects/SomeProject/RawData/some_file.csv or C:\Users\SomeOne\Projects\SomeProject\RawData\some_file.csv) then anyone who wanted to reproduce your results but had the project placed in some other location would have to go in and edit all of those directory/file names.

  • Choose file names carefully. I try not to change the names of raw data files that I get from a collaborator (though I’m often tempted to replace spaces with underscores). But scripts need names, and files with derived or cleaned data need names. Be as clear and explicit as possible. The same holds for the variables and functions within your scripts.

  • Avoid using “final” in a file name. Nothing is ever final, and if you call something “final” you’ll end up with things like cleandata_final_rev3.csv. If you want to keep multiple versions of a file, just append a number, like cleandata_v8.csv.

  • Write ReadMe files. Even if you’ve organized and named things perfectly, you’ll still want to include some documentation that explains what’s what. A ReadMe.txt file (or ReadMe.md, for Markdown) in the main directory and perhaps also in each subdirectory may be sufficient. Describe the files and the process. And keep the ReadMe files up to date as things are added or changed.

Now go to the page about doing everything with a script.

Organize your data and code (2024)

FAQs

How do you organize data and code? ›

Organize your data and code
  1. Encapsulate everything within one directory. ...
  2. Separate raw data from derived data and other data summaries. ...
  3. Separate the data from the code. ...
  4. Use relative paths (never absolute paths). ...
  5. Choose file names carefully. ...
  6. Avoid using “final” in a file name. ...
  7. Write ReadMe files.

How should you organize your data? ›

Tips to ensure your data is organized in the most optimal way
  1. Establish consistent and clear naming practices. ...
  2. Keep file titles short. ...
  3. Use consistent file version management. ...
  4. Create and use a data dictionary to standardize categories and provide a definition around the role of each.

What are the 3 ways data can be organized? ›

Answer and Explanation: (d) centralized, structured, and partitioned. Centralized says that data is being stored at one common place for all. Structured says that The data has many structures and stored in one place.

What are the four strategies for organizing code? ›

This article outlines four different strategies for organizing code: by component, by toolbox, by layer, and by kind. I think these four form a kind of hierarchy with regards to which kind of cohesion they favor and in my experience they cover most of the real-world code I've worked with, pleasurable and not.

What is coding and categorizing data? ›

A coding scheme is a set of rules and criteria that define how you will code and categorize your data. It consists of codes, which are labels or tags that represent the meaning or significance of a unit of analysis, and categories, which are groups or clusters of codes that share a common theme or concept.

What is a good folder structure? ›

Follow the logic that makes the most sense for your project. Keep folders and subfolders separate to reduce overlap. However, don't make an excessive number of subfolders (Figure 2). Keep subfolder categories narrow to restrict the number of files in each.

What is a data management tool? ›

Data management tools help businesses secure sensitive data in multiple ways, such as advanced encryption and access control. Reliable decision making: Access to clean and up-to-date data leads to reliable decisions that improve business profitability.

What are the three 3 major techniques in data collection? ›

Under the main three basic groups of research methods (quantitative, qualitative and mixed), there are different tools that can be used to collect data. Interviews can be done either face-to-face or over the phone.

What are the 3 main types of data? ›

In this article, we explore the different types of data, including structured data, unstructured data and big data. Data is information of any kind. In the context of business and computing, we'll deal (mostly) with information that's in a machine-readable format.

What are the three common types of data structures? ›

The four basic data structure types are linear data structures, tree data structures, hash data structures and graph data structures.

How to organize python code? ›

Organize your code

You can start by creating separate folders for different parts of the project, such as one for the code itself, one for data, one for testing, and one for project documentation. This way to structure will help you find what you need more quickly and make it easier for others to navigate your code.

What are the 4 primary types of code? ›

In this article, we will discuss the four main types of coding and what they are used for.
  • Procedural Programming.
  • Object-Oriented Programming.
  • Functional Programming.
  • Scripting Languages.
Mar 23, 2023

What are the six 6 basic steps in doing organizing? ›

Six Simple Steps to Get Organized Today
  • Step 1: Pick the Space.
  • Step 2: Declutter.
  • Step 3: Sort.
  • Step 4: Contain.
  • Step 5: Label.
  • Step 6: Maintain.

How do you organize a coding project? ›

Here are 8 easy steps to effectively plan your coding project, with insights on how Northcoders bootcamps can help you master the art of software development.
  1. Define the Problem. ...
  2. Set Clear Objectives. ...
  3. Identify Requirements. ...
  4. Plan the Timeline. ...
  5. Design the Architecture. ...
  6. Choose the Tech Stack. ...
  7. Break Down Tasks. ...
  8. Allocate Resources.

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