3DACS
3D Asymmetries in Data Cubes
Calculate 1D, 2D, and 3D asymmetries for HI cubes and masks.
3DACS provides tools for calculating cube asymmetry and finding points that minimize asymmetry measures in HI data products.
Maturity
Stable
Access
Public
No portal sign-in is required.
Maintainers
Nathan Deg
What it supports
Use cases
- HI cube asymmetry
- Mask-aware cube analysis
- Kinematic diagnostics
Where it runs
Runtime homes
CANFAR Science PlatformCANFAR ARC
GitHub / templateGitHub
Runtime, inputs & outputs
- Distributions
- Source repository · Source repository
- Runtime
- not-applicable
- Access
- public
- Inputs
- Not specified
- Outputs
- Not specified
Names & abbreviations
- ARC
- Advanced Research Computing
- CADC
- Canadian Astronomy Data Centre
- CANFAR
- Canadian Advanced Network for Astronomical Research
- CanDIAPL
- Canadian Data Intensive Astrophysics Platform
- FITS
- Flexible Image Transport System
- HI
- Neutral Atomic Hydrogen (H I)
- WALLABY
- Widefield ASKAP L-band Legacy All-sky Blind Survey
Connected work
Related science context
HI kinematics and model validation3KIDNAS models survey HI cubes, with v1.1 quality flags, uncertainty validation and survey-data integration under development. 3DACS and MCGSuite provide related asymmetry and mock-cube tools.