Crate bijli 

Bijli — Electromagnetism simulation for AGNOS

Hindi: बिजली (bijli) — electricity, lightning

Provides electric and magnetic field computation, Maxwell’s equations, charge dynamics, and electromagnetic wave propagation. Built on hisab for numerical computing (complex arithmetic, root-finding, transforms).

Modules

• field — Electric and magnetic vector fields, field lines, potentials
• maxwell — Maxwell’s equations, divergence, curl, wave equation
• charge — Point charges, Coulomb’s law, Lorentz force, charge distributions
• wave — EM wave propagation, polarization, Poynting vector
• circuit — Ohm’s law, capacitance, inductance, RC/RL/RLC circuits
• material — Dielectric and magnetic materials, polarization, magnetization
• fdtd — Finite-Difference Time-Domain solver for EM wave simulation
• relativity — Relativistic electrodynamics, EM tensor, Lorentz field transforms
• polarization — Jones vectors/matrices, Stokes parameters, Mueller matrices
• scattering — Mie scattering, Rayleigh scattering, cross-sections
• beam — Gaussian beams, ABCD matrices, resonator stability, HG/LG modes
• rf — Transmission lines, S-parameters, Smith chart, matching networks, Touchstone I/O
• error — Error types

Re-exports

pub use error::BijliError;

Modules

beam

Gaussian beams, ABCD ray transfer matrices, resonator stability, and higher-order Hermite-Gaussian / Laguerre-Gaussian modes.

bridge

Cross-crate bridges — primitive-value conversions from other AGNOS science crates. Cross-crate bridges — convert primitive values from other AGNOS science crates into bijli electromagnetism parameters and vice versa.

charge

Point charges, Coulomb’s law, Lorentz force, charge distributions.

circuit

Ohm’s law, resistance, capacitance, inductance, and basic circuits.

error

Error types for bijli.

fdtd

Finite-Difference Time-Domain (FDTD) solver for EM wave propagation.

field

Electric and magnetic vector fields, field lines, potentials.

integration

Integration APIs for downstream consumers (soorat rendering). Integration APIs for downstream consumers.

material

Dielectric and magnetic materials — polarization, bound charges, magnetization.

maxwell

Maxwell’s equations — divergence, curl, wave equation.

polarization

Polarization formalism — Jones vectors/matrices, Stokes parameters, Mueller matrices.

relativity

Relativistic electrodynamics — EM tensor, Lorentz field transforms, retarded potentials, Liénard-Wiechert fields.

rf

RF & Microwave — transmission lines, S-parameters, Smith chart, matching networks, Touchstone I/O, antenna arrays.

scattering

Mie and Rayleigh scattering — cross-sections, efficiencies, phase functions.

wave

Electromagnetic wave propagation, polarization, Poynting vector.