OutLines v1.1.2

Changes with v1.1.2

• in-house numerical methods replacing python-based scipy routines to speed up integrals
• limited boundary conditions for bubble/shell geometries for improved integral accuracy
• recursive call for shell ensembles to improve integral accuracy with smaller number of Legendre roots
• streamlining of customized model construction
• new toggle keyword to turn off source obstruction/backlighting
• support for user-defined velocity field and density profile
• added "cushion" to boundary conditions in prior to discourage hitting parameter limits

OutLines v1.1.1

Improvements to integration time, parameter names, user interface.

OutLines v1.1.0

Major updates include improved geometry treatments, a hemisphere geometry option, wave-packet density profile option, and complete special relativistic treatment. Line profiles are now valid for special relativistic winds! New wave-packet density profile mimics bursty/on-off episodic feedback. Hemisphere geometry available.

Minor fixes to plotting to account for launch velocities. Optimization of geometry functions for speed. Updated to higher order node count for the Legendre polynomials used in Gaussian quadrature integration.

OutLines v1.0.2

Patch to fix migration of numpy functions to the funcs script. Update to dlogic bounds.

OutLines v1.0.1

Version 1.0.1

Patch notes:

• Switch to numpy v2, requiring numpy >= 2.3.5, scipy >= 1.17.0
• Added support for a logistic column density profile
• Streamlined numpy and scipy function calls

OutLines

First full complete release of OutLines

OutLines

First release of OutLines, v0.0.1-alpha, to generate DOI and made officially available as a pre-release.