Welcome to NOEMA_Combine’s documentation!

The NOEMA_Combine is a Python package to help with the processing of 30m and NOEMA data. It is developed to support a simple data reduction of single-dish cubes and the combination of single-dish and interferometric data in the GILDAS package. Note that it is designed for single-dish mapping observed with position switching, and not for frequency switching (this could be further configured and developed as a new feature).

The package includes the following functionalities:

• Create uvt tables

• Create 30m cubes.

• Combine uvt and 30m data.

Getting Started

• Installing NOEMA_Combine
  • Requirements
  • Installation
  • Developer version

Configuration files

• How to Configure Different Aspects of NOEMA_Combine
  • Folders and File Handling
  • Avoid Bad Single Dish Scans
  • Line and Source Catalogues

Creating uvt tables

• Generate uv-tables

Reduce single dish data

• Reducing Single Dish Data
  • Overview
  • Basic Usage
  • Required Parameters
  • Configuration
  • Processing Steps
  • Output Files
• Preparing Data for Merging
  • Example Workflow
  • Troubleshooting
  • See Also

Combination of single dish and interferometric data

• Merging Single Dish and Interferometer Data
  • Overview
  • Preparation Steps
  • Merging Process
  • Complete Example
  • Velocity Range Specification
  • Tips and Best Practices
  • Troubleshooting

Indices and tables

• Index

• Module Index

• Search Page