Skip to content

Releases: oashour/NonlinearSchrodinger.jl

v0.1.2

27 Feb 00:32
Compare
Choose a tag to compare

NonlinearSchrodinger v0.1.2

Diff since v0.1.1

v0.1.1

20 Feb 06:07
Compare
Choose a tag to compare

NonlinearSchrodinger v0.1.1

Diff since v0.1.0

v0.1.0

17 Feb 18:11
6f82a4f
Compare
Choose a tag to compare

NonlinearSchrodinger v0.1.0

Diff since v0.0.8

v0.0.8

11 Feb 06:41
Compare
Choose a tag to compare
v0.0.8 Pre-release
Pre-release

Add support for higher order NLS equations up to fifth order and a function for computing the real part of the eigenvalue for breather to soliton conversion.

v0.0.7

10 Feb 07:58
Compare
Choose a tag to compare
v0.0.7 Pre-release
Pre-release

Improve performance of DT significantly via memoization and add additional documentation.

v0.0.6

09 Feb 18:16
Compare
Choose a tag to compare
v0.0.6 Pre-release
Pre-release

In this pre-release, we have fixed major bugs, improved performance significantly, added plot recipes, added preliminary support for the SSE, and added unit tests. There is much more added, change logs to come in the future.

v0.0.5

24 Nov 19:25
Compare
Choose a tag to compare
v0.0.5 Pre-release
Pre-release

This pre-release adds utilities for simulating maximal intensity families with DT initial conditions as well as a major bug fix for some missing minus signs.

v0.0.4

03 Nov 04:49
1d01374
Compare
Choose a tag to compare
v0.0.4 Pre-release
Pre-release

This pre-release implements the Darboux transformation for the cubic Nonlinear Schrodinger equation. The next pre-release will contain utilities to connect the Calculation engine to the Simulation engine.

v0.0.3

27 Oct 05:11
948deb7
Compare
Choose a tag to compare
v0.0.3 Pre-release
Pre-release

In this release, we have significantly improved the plotting capabilities, cleaned up the resultant plots as well as added new plot types. We have also added some general performance improvements and bug fixes.

v0.0.2

26 Oct 02:18
Compare
Choose a tag to compare
v0.0.2 Pre-release
Pre-release

In this second pre-release, we implement multiple performance fixes, add support for the Hirota equation up to second order, and fix a bug that prevented higher order integrators from working properly.