[MagicalTux]

🤖 New release

• ems: 0.0.2 -> 0.0.3 (⚠ API breaking changes)

⚠ ems breaking changes

--- failure constructible_struct_adds_field: struct exhaustively constructible through public API adds field ---

Description:
A pub struct that could be exhaustively constructed with a literal using only public API has a new pub field, breaking existing exhaustive literals.
        ref: https://doc.rust-lang.org/reference/expressions/struct-expr.html
       impl: https://github.com/obi1kenobi/cargo-semver-checks/tree/v0.51.0/src/lints/constructible_struct_adds_field.ron

Failed in:
  field SarSpec.openems in /tmp/.tmppRMJkd/ems/src/compile/sar.rs:76
  field ConformalOptions.deviation_area in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:241
  field ConformalOptions.deviation_area in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:241
  field BoundaryHandles.openems_pml in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:558
  field BoundaryHandles.pml_poles_ignored in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:571
  field BoundaryHandles.debye_poles_ignored in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:574
  field ModelSources.delta_unit in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:351
  field SheetCutEdge.open in /tmp/.tmppRMJkd/ems/src/engine/conformal/sheets.rs:120
  field SheetCutEdge.open in /tmp/.tmppRMJkd/ems/src/engine/conformal/sheets.rs:120
  field SheetRegion.centroid in /tmp/.tmppRMJkd/ems/src/engine/conformal/sheets.rs:136
  field SheetRegion.centroid in /tmp/.tmppRMJkd/ems/src/engine/conformal/sheets.rs:136
  field ConformalReport.interpolated in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:266
  field ConformalReport.hosts in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:269
  field ConformalReport.sheet_interpolated in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:292
  field ConformalReport.sheet_hosts in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:295
  field ConformalReport.interpolated in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:266
  field ConformalReport.hosts in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:269
  field ConformalReport.sheet_interpolated in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:292
  field ConformalReport.sheet_hosts in /tmp/.tmppRMJkd/ems/src/engine/conformal.rs:295
  field Compiled.openems_pmc in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:441
  field Compiled.mur_media in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:449
  field Compiled.openems_pml in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:455
  field Compiled.curl_order in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:459
  field Compiled.coefficient_rounding in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:463
  field Compiled.dispersive_openems in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:484
  field Compiled.openems_debye_cutoff in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:490
  field Compiled.dispersive_scheme in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:493
  field Compiled.openems_sheets in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:517
  field Compiled.openems_multigrid in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:524
  field Compiled.openems_sheet_branches in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:528
  field Compiled.openems_seam_sheets in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:532
  field Compiled.excitation_duration in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:540
  field Compiled.openems_pmc in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:441
  field Compiled.mur_media in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:449
  field Compiled.openems_pml in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:455
  field Compiled.curl_order in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:459
  field Compiled.coefficient_rounding in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:463
  field Compiled.dispersive_openems in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:484
  field Compiled.openems_debye_cutoff in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:490
  field Compiled.dispersive_scheme in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:493
  field Compiled.openems_sheets in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:517
  field Compiled.openems_multigrid in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:524
  field Compiled.openems_sheet_branches in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:528
  field Compiled.openems_seam_sheets in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:532
  field Compiled.excitation_duration in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:540
  field PlaneWaveSpec.layers in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:285
  field PlaneWaveSpec.layer_ends in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:288
  field PlaneWaveSpec.duration in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:292
  field PlaneWaveSpec.poles in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:295
  field PlaneWaveSpec.pole_scheme in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:298
  field PlaneWaveSpec.layers in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:285
  field PlaneWaveSpec.layer_ends in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:288
  field PlaneWaveSpec.duration in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:292
  field PlaneWaveSpec.poles in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:295
  field PlaneWaveSpec.pole_scheme in /tmp/.tmppRMJkd/ems/src/engine/planewave.rs:298
  field ProbeSpec.corners in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:376
  field ProbeSpec.mode_samples in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:384
  field ProbeSpec.mode_range in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:389
  field ProbeSpec.oversampling in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:396
  field RunLimits.check_after_interval in /tmp/.tmppRMJkd/ems/src/engine/run.rs:42
  field RunLimits.extra_check in /tmp/.tmppRMJkd/ems/src/engine/run.rs:48
  field RunLimits.energy_measure in /tmp/.tmppRMJkd/ems/src/engine/run.rs:51
  field CompileOptions.dispersive_scheme in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:220
  field CompileOptions.dispersive_scheme in /tmp/.tmppRMJkd/ems/src/compile/mod.rs:220

--- failure enum_variant_added: enum variant added on exhaustive enum ---

Description:
A publicly-visible enum without #[non_exhaustive] has a new variant.
        ref: https://doc.rust-lang.org/cargo/reference/semver.html#enum-variant-new
       impl: https://github.com/obi1kenobi/cargo-semver-checks/tree/v0.51.0/src/lints/enum_variant_added.ron

Failed in:
  variant DumpQuantity:J in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:235
  variant DumpQuantity:RotH in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:237
  variant DumpQuantity:D in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:239
  variant DumpQuantity:B in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:241
  variant DumpQuantity:J in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:235
  variant DumpQuantity:RotH in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:237
  variant DumpQuantity:D in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:239
  variant DumpQuantity:B in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:241
  variant DumpPosition:Native in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:290
  variant DumpPosition:Native in /tmp/.tmppRMJkd/ems/src/engine/dump.rs:290
  variant TimeStep:OpenEms in /tmp/.tmppRMJkd/ems/src/engine/coeffs.rs:136

Changelog

0.0.3 - 2026-10-28

Other

• Design status: openEMS sheet circuit, sweep 150 of 169 exact
• openEMS files: ConductingSheet circuit in openEMS's single-precision arithmetic
• openEMS files: sheet table bin from openEMS's single-precision (t/delta)^2
• series lumped elements against the Debye update (5.16.13)
• second round of series lumped element probes (5.16.13)
• structure probes of openEMS's series lumped elements (5.16.13)
• Design status: openEMS Debye update, sweep 149 of 169 exact
• openEMS's Debye arithmetic (5.16.12), sweep 149 of 169 exact
• openEMS files: openEMS's f32 arithmetic of Debye poles, also on the seam and axis
• structure probes of openEMS's Debye update (5.16.12)
• Design status: openEMS dispersive poles (5.16.12), sweep 148 of 169 exact
• openEMS's seam with dispersive poles (5.16.12)
• openEMS files: dispersive poles on cylindrical grids and openEMS's seam with poles
• openEMS's arithmetic of dispersive poles (5.16.12)
• openEMS files: Debye poles with a relaxation time below 3 dt are dropped
• openEMS files: openEMS's f32 arithmetic of Lorentz and Drude poles
• Oracle workflow: skip man-db triggers, apt retries and lock timeouts
• Design status: openEMS sheet branch update (5.16.13)
• openEMS files: openEMS's single-precision sheet branch update, refined sheet capacitance
• Design status: openEMS cylindrical arithmetic (5.16.11)
• openEMS's cylindrical arithmetic (5.16.11), README rows
• openEMS files: the seam inside PML layers, per-operation flush of the layer update
• openEMS files: openEMS's alpha weights of z-edge materials on cylindrical grids
• Cylindrical fixtures: tolerances of the models now identical to openEMS
• openEMS files: a cylindrical mesh without CylinderCoords runs as a Cartesian one
• openEMS files: openEMS's cylindrical multigrid (OpenemsMultigrid)
• Dispersive poles on cylindrical grids: candidate edges from the (rho, z) box
• openEMS files: cylindrical curl order, per-operation flush, seam and axis update
• Design status: feature sweep 146 of 169 exact after wave 16
• Merge wave 16 time step (5.16.10) with J's constants and lumped work (5.16.9); status
• openEMS files: openEMS's computed time step bit for bit
• openEMS round-off of lumped elements, current probes, vacuum constants (5.16.8)
• openEMS files: openEMS's vacuum constants in the coefficients
• openEMS files: OverSampling on ProbeBox and DumpBox
• openEMS files: openEMS's current-probe summation (f32, side order)
• openEMS files: lumped elements folded once with openEMS's coefficient rounding
• Design status: typo
• Design status: openEMS PML and Mur arithmetic
• openEMS's PML and Mur arithmetic (5.16.8)
• openEMS PML: openEMS's layer arithmetic, bit for bit on Cartesian grids
• Mur faces and AbsorbingBC sheets: openEMS's update arithmetic for files
• Design status: openEMS coefficient rounding, remaining sweep items
• openEMS files: openEMS's coefficient rounding (CoeffRounding)
• Design status: wave 15, openEMS summation order; prim_sphshell_metal exact
• openEMS files: openEMS's summation order of the curl (CurlOrder)
• exact subnormal flush (select), normal values unchanged
• Design status: oracle at openEMS-Project be30220
• DESIGN, README: openEMS e89286f -> be30220, measured (5.16.5, 7.2, 8.1 item 17)
• Follow openEMS-Project be30220: VTK layout, --gpu-device, exit status, inside tolerance
• Oracle workflow: time out hung package installs
• Oracle workflow: pinned openEMS revision on pushes, upstream HEAD weekly as a drift report
• status after wave 14
• timestep_cyl tests: clippy
• openEMS multigrid structure as measured; README: cyl_current_seam
• Current boxes touching the alpha seam of closed cylindrical grids loop like openEMS (files)
• Cylindrical fixtures run on openEMS's own time step; dumps sample the last step on closed and axis grids
• openEMS time step on cylindrical grids (files)
• Random differential sweep fixtures rs_* and DESIGN 5.16: sweep results, Mur and lumped rules
• openEMS holds a Mur face carrying an E excitation while it runs; upper PML face normal H stays 0
• fixes from a randomized differential sweep against openEMS
• lumped elements act only outside openEMS's PML layers
• openEMS energy measure: leave out the E on the three upper faces, not on both x faces
• material samples in metal see the material under it; f32 CFL step; openEMS's H-probe cell rule
• DESIGN 5.13: sheet deviation currents, sheets in absorbing layers, PML look-ahead, junctions
• Conformal sheets: junctions of several sheets and sheets touching solid metal
• Conformal sheets: deviation currents on merged regions, stretch in absorbing layers, PML in the energy look-ahead
• fuse steps only on large slabs, neighbour wait instead of mid barrier
• fused H/E steps plane by plane, movable read-only hooks
• Design and README: layered/dispersive plane waves and NF2FF ground (wave 14 C)
• NF2FF over a stratified ground: reflected and transmitted far fields
• Plane waves in layered and dispersive backgrounds: exact spectral incident field
• Sectoral waveguide port with fractional-order Bessel modes; DESIGN for the cylindrical ports
• CPW and stripline ports on cylindrical grids along z or alpha
• openEMS sheet model: interior/border width rule, cylindrical grids
• Triangle sheet tests run the 45-degree plate rotated exactly and by rotate_axis
• Conformal sheets: exact hits of nodes and edge midpoints do not depend on rounding
• Design and README: status after wave 13
• DESIGN 5.13: sheet interpolation, deviation currents, cylindrical PML on merged faces
• Conformal PEC: deviation currents, soft merging, cylindrical PML on merged faces
• Conformal sheets: interpolate small regions from their own side of the sheet
• Dumps of Dirac and step excitations record every step, as openEMS does
• openEMS end-criterion energy: full-cell outer duals, x-face rule, half-length check
• Current probes: half-way corners snap inwards, zero-length cylinders are points
• Rennings time step reproduced on doubly graded meshes and layered media
• Sweep test: no recorded differences left
• sigma_m rule, openEMS sheet model, polygon and polyhedron ties
• openEMS files: polygon vertex ties of metal Polygon and LinPoly
• openEMS files: emulate openEMS's ConductingSheet model
• openEMS files: dual-edge magnetic conductivity rule
• Field dumps on closed cylindrical grids as openEMS writes them
• openEMS's axis E_z update on closed cylindrical grids (file path)
• Microstrip port on cylindrical grids along z or alpha; sector CPML grading
• openEMS PMC faces: no update of the face's tangential E, skip the axis
• Radial-line port on cylindrical grids
• Debug material, operator and PEC dumps on cylindrical grids
• openEMS's radial material weights on cylindrical grids (file path)
• Lumped elements: openEMS's capacitance limit for parallel R/L without C
• SAR averaging: keep a half-size start within the tolerance
• SAR averaging: openEMS's weights, solver safeguards and validity on edge cases
• Design and README: openEMS PML emulation (wave 13 A)
• PML fixtures against openEMS; tighter PML tolerances
• openEMS's PML for the PML_n faces of openEMS files
• Slab-hook corrections to openEMS's energy and the look-ahead H
• DESIGN status after wave 12: conformal accuracy
• Design and README: end-to-end parity, openEMS benchmark, wave 12 status
• Probes read precomputed field locations
• Serial Mur faces read and write precomputed field locations
• Periodic face merge from a precomputed table
• a clone of a registered operator takes its edges back
• Default thread count: at most one thread per five x-planes
• Write the VTK files of time-domain dumps on several threads
• openEMS time-step criteria from precomputed edge tables
• Serial gaps only at the steps that need them
• End-to-end openEMS parity fixtures on realistic models
• Mur faces run as slab hooks
• Probe file headers scale the cylindrical alpha by the drawing unit
• Mur faces of XML runs follow openEMS at interfaces and corners
• End criterion of XML runs uses openEMS's energy measure
• DESIGN 5.13: interpolated small faces, absorbing layers, convergence tables
• Conformal PEC: TE/TM/TEM convergence tests and the CPML guide regression
• Conformal PEC: interpolate small cut faces; fix conformal walls in CPML
• Cylindrical SAR files: openEMS's exact averaging on the warped cells (sar_calc within 5e-8)
• refuse a cylindrical-grid x/y mirror that cuts the box at build time
• DESIGN 5.15 and README: cylindrical gaps closed (wave 12)
• Oblique thin wires on cylindrical grids
• Thin conformal PEC sheets on cylindrical grids
• Port helpers on cylindrical sector grids
• mirrors normal to x and y on cylindrical grids
• Cylindrical grids: periodic selection of sources and lumped elements; alpha conventions of openEMS
• CellConstantMaterial on cylindrical grids
• Mass-averaged SAR on cylindrical grids
• openEMS SAR averaging rules (DESIGN 5.12, 5.16, 7.1), README status
• openEMS averaging, face-cube types, -a auto range
• :sar: openEMS-compatible mass averaging (sar_calc methods)
• 0-step runs write the t = 0 row of E-type probe files, as openEMS
• DESIGN 5.16.3: XML feature-coverage matrix; csx feedback 17-21
• Lumped elements on non-Box primitives are skipped, as in openEMS
• XML feature-coverage sweep: 52 openEMS oracle fixtures and tests
• FDTD settings openEMS runs: odd TimeStepFactor, endCriteria, OverSampling
• NormalSignPositive is the inward normal, as in openEMS
• Dump sampling: OptResolution round-off, raw H/B boxes on dual lines
• Metal spheres, spherical shells and wires: open surface for files
• Read openEMS files with openEMS's reading rules
• Update README and design status after wave 11 (CLI, nf2ff/sar_calc tools, cylindrical gaps)
• require openEMS's row count for H probe files too
• DESIGN 5.16: numeric parity findings; tighten the PML parity test
• openEMS ignores it too
• End criterion of XML runs counts the Mur face edges like openEMS
• XML runs skip the probe boxes openEMS skips
• Lumped elements: openEMS update and spreading for XML models
• byte-exact fixtures on Windows, gen scripts under bash; per-dataset HDF5 dump comparison
• nf2ff tool, openEMS SAR methods and sar_calc (design 5.10, 5.12, 5.16, 7.1)
• openEMS averaging methods, in-run SIMPLE, sar_calc tool (ems-sar-calc)
• :openems::nf2ff: the openEMS nf2ff tool (ems-nf2ff)
• DESIGN 5.11: plane waves are Cartesian only (openEMS ignores them on cylindrical grids)
• Record that openEMS ignores plane waves on cylindrical grids
• Conformal PEC (solid metal) on cylindrical grids
• NF2FF on cylindrical grids
• SAR dumps on cylindrical grids; cylindrical oracle fixtures
• Conducting sheets on cylindrical grids
• Waveguide probes: mode purity, openEMS mode-matching files, final H sample
• :openems: excitation signal, statistics and debug files
• ems binary: a drop-in replacement for the openEMS executable
• Update README and design status after wave 10 (openEMS parity, M2 done)
• Optimise test builds (opt-level 2): the suite runs full simulations
• Reconcile core parity with dump and advanced-physics work
• :openems: gate the write_probes doctest on the xml feature
• openEMS core parity fixtures and tests
• :openems: openEMS probe text files (writer and reader)
• Follow openEMS semantics for XML models (black-box parity)
• Revert "Sample soft E/H sources at the start of their update (openEMS timing)"
• Fix a private intra-doc link in compile::planewave
• Oracle README: describe gen-adv.sh
• openEMS fixtures: graded microstrip; gate the parity tests on xml
• Mur faces tuned to the local medium; record the PML gap
• Cylindrical grids: openEMS fixtures, dispersive poles, CylinderCoords
• Waveguide mode probes: openEMS sampling and normalisation
• Plane waves: openEMS phase reference; record the ConductingSheet model gap
• Dispersive materials: openEMS pole assignment and leapfrog ADE
• Sample soft E/H sources at the start of their update (openEMS timing)
• openEMS dump fixtures and comparison tests
• openEMS-compatible field dump and SAR files (io::openems::dump)
• Dump quantities J, rot H, D, B; raw (native) samples; openEMS dump timing
• Add the new port helpers to the prelude
• Validate the circular waveguide port (cylindrical and Cartesian grids)
• widen the port boxes to the enclosing mesh lines
• Circular waveguide port (CircWaveguidePort, TE_nm/TM_nm)
• coaxial-line port on Cartesian and cylindrical grids
• coplanar-waveguide port with Wen/Simons quasi-static reference
• symmetric strip-line port with Cohn's exact impedance
• a lumped port joined to its far terminal by a PEC polyline
• Waveguide mode probes on cylindrical grids (z-normal planes)
• Share the transmission-line port extraction (port::line, LinePortResult)
• openEMS oracle workflow (rebuild, regenerate fixtures, test)
• Add the black-box openEMS oracle recipe for reference fixtures

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This PR was generated with release-plz.