v0.4

Fix LDLᵀ compression for indefinite objects (d6a649ad62ab6d413ce82e5a2b0090de813a33de)
Add callbacks to allow user to gather information during solve calls; see docstring of the Callbacks module for more info
Add configurable shift strategies; see docstring of the Shifts module for more info
Change default shift strategy. While this is not API breaking, it does affect the convergence behavior. (7b32660af73c23c0d710b215705688842aa0bb70)
Fix order of automatic/projection shifts: ensure that complex shifts occur in conjugated pairs directly one after the other (e36a1163f9db4796b334fbdf23c23ea4fd0aab9d)
Add Inexact Newton method following Dembo et al. (1982) and Benner et al. (2015) to solve AREs; see docstring of NewtonADI for more info

v0.3

Add license
Improve documentation
Breaking: Rename keyword arguments of solve(::GALEProblem, ::ADI; nsteps, rtol) to maxiters and reltol
Rename default branch to main

v0.2.2

Fix ADI (425d4001112fcff88b30c58f020b106e10a7ef7b)

v0.2.1

Add low-rank Ros2 (1345647c610c4561e0d63e8fbee65a85693d8156)

v0.2

Add LDLᵀ factorization (4811939893a98b6ebc6e442f6a85ff0dcde4b42e)
Add LowRankUpdate representation which supports \ via Sherman-Morrison-Woodbury (2b00c7bf0d817973d41d883773a68db173faaaa6)
Add low-rank Ros1 (implicit Euler) (c1d4bcf5c22fb71f85512e78c0071e58ffaf1397)
Dense solvers now support sparse E (331094d0ca4cc84f4ae2d13df41cc52b5d229663)

v0.1

Port Rosenbrock solvers from Lang 2017
Reuse Schur decomposition within Rosenbrock steps (3706742ac179c312b66de1ec41d57a7c2924a7af)