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Added
(native) the GPU's iterative solves on every case and problem, cuSPARSE's products chosen to repeat, and AmgX examined (#356)
(studio) the Academy's slab waveguide lesson, from total internal reflection to the b–V diagram (#358)
(studio) five pages on the rail where there are fourteen, and nothing lost (#359)
(device) photonoxide::device, with the waveguide, bend, directional coupler and ring (#360)
(studio) a component's page, its Overview and Design (#362)
(geometry) paths: straights, arcs, clothoids, partial Euler, Bézier, sine and parametric segments with a width along them (#363)
(stack) custom stacks, partial etches and sidewall angles through every solver (part of #227) (#364)
(geometry) regions between two curves, polar, parametric and implicit, and masks (part of #227) (#365)
(geometry) booleans, offsets and corner rounding of any shapes, exact and on polygons (part of #227) (#366)
(geometry) arrays, lattices and references, with defects and index expressions (part of #227) (#367)
(generator) component generators with ports by name: waveguides, bends, resonators, couplers, MMIs (part of #227) (#368)
(generator) gratings, photonic crystals and the edge coupler, with Wang et al. 2011's gratings drawn (part of #227) (#369)
(fdfd) the solvers read fill fractions: Farjadpour's tensor in 2D FDFD, its diagonal in 3D, averaged rasters (part of #227) (#371)
(geometry) 3D bodies and graded media, shared with FDTD's smoothing, in jobs; the L3 cavity in 3D FDTD (part of #227) (#372)
(device) the MMI, Y-branch, MZI and rib waveguide as devices, on custom stacks and partial etches (#375)
(studio) a component's Model and Simulate tabs, and job::from_device, which computes a device at a fidelity (part of #342) (#381)
(studio) the Job builder retired into the Custom device, which keeps a job's parameters and sweeps (#384)
(native) any BLAS and LAPACK's interface measured, AMD AOCL and Arm PL as providers, the fronts' dense kernels benchmarked against PARDISO (#382)
(job) a device's studies, sweeps of one or two parameters and the corners of a process, as jobs (part of #344) (#386)
(studio) a component's Study tab, its sweeps, maps and corners in place, and overlays in place of Compare (#387)
(job) a device's optimization as a job, each device's objectives and constraints, and the Optimize tab, run live by genoxide (part of #244) (#390)
(mode) a multilayer's reflectance derivatives, and Bennet's Bragg mirror found by DE and polished on them (part of #244) (#392)
(examples) Little's maximally flat ring filters and Jinguji's half-band lattice found by optimization on the circuit adjoint (part of #244) (#394)
(examples) an add-drop ring's Pareto front of drop against width, by NSGA-II and SMS-EMOA against its closed form (part of #244) (#395)
(examples) Clements meshes fitted to Haar-random unitaries from Pai's Haar initialization, and its statistics (part of #244) (#396)
(job) chips of devices as jobs, their studies and optimization through the devices' derivatives (part of #346) (#399)
(compact) a parametric model's exact derivatives, its file, its passivity over its range, and Ye et al.'s MZI fit reproduced (part of #345) (#398)
(studio) the chip built from devices: instances carrying a design and its fidelity, Open device and back, the chip's studies and optimization (#400)
(device) compact models fitted from a device's own runs over its parameters, and the compact fidelity they give (part of #345) (#401)
(studio) a device's compact model fitted from its Model tab, used as its compact fidelity, saved next to it and placed on the chip (#345) (#403)
(facade) devices in the façade and netlists naming them, for Python and MATLAB (#402)
Fixed
(fdtd) the late growth in a CPML is the grid's: a finer grid removes it, and jobs stop and say so (#258)
(mode) only guided modes from the façade, and the library tells them from the window's own (#374)
(averaging) a seam where two shapes of one material abut is no interface (#376) (#383)
(farm) a stopped farm leaves its points in flight on Windows too (#407)
Documentation
Wang et al.'s Bragg gratings are cited by their online year, 2010 (#370)
(readme) the optional backends' libraries as plain badges, each linking to its install guide (#379)
on Linux the .deb or .rpm first, and the AppImage where they don't fit; each release says which file to take (#380)
the roadmap and README brought up to date with what's in since 0.5.3 (#389)
(methods) a method study on Bennet's Bragg mirror, BO, DE, CMA-ES and L-BFGS-B over 31 seeds each (part of #244) (#397)
(validation) the GPU's report for 0.5.4, on the RTX 4060 (#405)
Which file
Windows: the -windows-x86_64-setup.exe, a per-user installer.
macOS (Apple Silicon and Intel): the -macos-universal.dmg.
Linux: the .deb (Debian, Ubuntu) or the .rpm (Fedora, RHEL, openSUSE), about 14 MB: the package manager brings WebKitGTK, the browser engine the window uses. The .AppImage runs anywhere, on clusters and other distributions and without root, because it carries WebKitGTK itself, so it is about 88 MB.
