Archived enhancement proposals#
Enhancement proposals that are final, rejected, withdrawn or superseded. A final SEP is the record of how its functionality was proposed, built and verified; it is not updated to follow later changes, which the manual describes (SEP 0 §6).
- SEP 3 — Materials, Raman responses and ionisation rates from optmat
- SEP 6 — Frequency-dependent electronic third-order response
- SEP 12 — TDSE-driven nonlinear response for gas-filled capillaries
- SEP 13 — Low-call integration for expensive nonlinear responses
- SEP 14 — Step efficiency across routes: limits, collars, tables and dense output
- SEP 15 — Exponential Adams stepping for dispersive, broadband problems
- SEP 16 — Unified multistep integration and work–precision qualification
- SEP 18 — Band-exact running integrals for the field-grid plasma
- SEP 19 — Field-scale radial quadrature for single-mode capillaries
- SEP 20 — haCC helium TDSE target
- SEP 22 — Memory-lean spatial execution: statistics-only planes, construct-once runs and operator settings
- SEP 23 — Far-field aperture and angular-region spectra for free-space runs
- SEP 24 — A low-storage interaction-picture Runge–Kutta march for memory-bound fixed-step runs
- SEP 25 — Rounding-level reproducibility and the performance it frees
- SEP 26 — An edge-free gated TDSE source: hold the current instead of switching it off
- SEP 27 — An edge-free field-grid plasma source: hold the current at the temporal collar
- SEP 28 — Free-space evaluation at the memory bound
- SEP 29 — The native backend in solprop, distributed as binaries
- SEP 30 — Standard benchmark suite
- SEP 31 — Coupling simulations and transporting ultrafast fields
- SEP 33 — Single-precision propagation, and an MLX backend for Apple GPUs
- SEP 34 — Medium flux for free-space propagation