DDA scattering theory
Registered by
Tom Dimiduk
The discrete dipole approximation (DDA) can compute scattering patterns (and thus holograms) for arbitrary objects. ADDA is a high performance DDA code, hooking it up as a scattering theory in scatterpy will us to compute scattering and holograms for many more types of objects.
Blueprint information
- Status:
- Complete
- Approver:
- None
- Priority:
- Medium
- Drafter:
- None
- Direction:
- Approved
- Assignee:
- Tom Dimiduk
- Definition:
- Approved
- Series goal:
- Accepted for dev
- Implementation:
-
Implemented
- Milestone target:
-
2.0
- Started by
- Tom Dimiduk
- Completed by
- Tom Dimiduk
Related branches
Related bugs
Sprints
Whiteboard
Needs some support work for scatterers to work with things other than spheres and ellipses (things ADDA does not already have an implementation for)
(?)
Work Items
Dependency tree
* Blueprints in grey have been implemented.
