Actual Coding implemented

Coding carried out on Python

Coding implemented and merged into main code

• incorporation of He atomic data * tests against tardis reveal level population solver working correctly * correction of topbase lines

• improved topbase XSections by extrapolating to higher energies * tests against AtomDB
  * topbase include inner shell edges which are important in photoionization of e.g. CIV

• Fixed Multiple bugs which created incorrect emission characteristics from macro atoms * the main problem involved

• Case A and B verifications of level emissivity calculations

• Compton heating and cooling included in macro atom mode

• Implementing adiabatic cooling as a kpkt destruction choice

• Normalise the rejection method in thermal trapping anisotropic scattering

• Only clean for population inversions if levels have a radiative transition between them

• Creation of new stellar atmosphere grid * involved plenty of testing of Kurucz and Hubeny grids

Partially implemented coding:

• Superlevels
• Collisions between radiatively forbidden transitions

Future coding:

• reflection from the accretion disk
• partial covering cells