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status slot of a tsissm.estimate
object now holds a unified solver convergence code: 0 = converged, 1 =
the solver stopped at an iteration/evaluation limit and returned a
solution which is not certified as converged, -1 = failure. It
previously held the raw nloptr status code. The raw solver
output is now available in solver_diagnostics, and the
solver used is recorded in the new solver field.tsbacktest now uses future.seed = TRUE, so
parallel simulation uses proper L’Ecuyer RNG streams and results are
reproducible across future plans. Results for a given seed may differ
from earlier versions.Eigen::all to
Eigen::indexing::all for compatibility with Eigen 5.0 / the
upcoming RcppEigen (contributed by Dirk Eddelbuettel PR # 2).advector error inside the
complex eigenvector normalization path. This appears to be platform and
toolchain sensitive: Apple silicon, especially M1 (but not M3), does not
provide the same extended precision behavior as some x86 paths, and the
reduced floating-point headroom can expose fragile complex eigen/AD
calculations. Added a lazy runtime capability check for RTMB AD eigen
support. Normal platforms continue to use RTMB’s AD eigen constraints.
If the capability check fails, the package falls back only for
eigenvalue constraints: constraint values are computed with numeric
base::eigen() and constraint Jacobians are computed by
central finite differences. The likelihood, scores, and other TMB/RTMB
AD paths remain unchanged.tsissm_capabilities() to report the detected
RTMB AD eigen capability, source of the decision, RTMB/TMB versions, and
platform details.tsissm.rtmb_ad_eigen option under
estimate() so users can force RTMB AD eigen constraints or
force the finite-difference fallback for diagnostics.as_flextable() by printing the model summary directly.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.