wavesimpro
Python client for the Rayfos Wavesim cloud: build a simulation setup, run it on a Rayfos compute node, and read the results back as NumPy arrays.
Wavesim is a single-wavelength frequency-domain solver (vectorial Maxwell when a polarized source is present, scalar Helmholtz otherwise). This package talks to the Rayfos JobServer REST API; it does not contain the solver.
Install
pip install wavesimpro
python -m wavesimpro setup # one-time: API key + server URL wizard
The wizard stores the credentials; wavesimpro.configure(api_key=..., api_url=...) sets
them for one process instead.
Quick start
import wavesimpro as wp
props = wp.create_wavesim_properties(
wavelength=1.0, pixel_size=0.1, boundary_width=5.0,
domain=wp.create_simulation_domain(20, 20, 20),
mediums=[wp.create_medium("Silicon", 3.48, 0.0)],
primitives=[wp.create_box_primitive("core", 0, 0, 0, 10, 0.5, 20, medium="Silicon")],
sources=[wp.create_mode_source("in", 0, 0, -8.0, polarization="X")],
monitors=[wp.create_monitor("out", 0, 0, 8.0, 10, 10, 0)],
)
run = wp.simulate(props, name="strip waveguide")
field = wp.read_binary_field(run.download("output.bin"))
What the API covers
- Setup helpers for domains, media, primitives (box, STL, voxel arrays), sources (point, plane wave, Gaussian beam, custom field, engine-solved waveguide mode) and monitors.
- Per-axis pixel sizes (
pixel_size=[dx, dy, dz]) and sub-pixel permittivity averaging (subpixel_factor=), when the compute node supports them. - Preflight memory check and cost estimate before a run.
- Binary upload/download helpers for permittivity volumes, source fields and monitors.
See CHANGELOG.md for what each version added. Issues and feature requests: support@rayfos.com.
1 maintainer
Metadata
1 maintainer
Release files for wavesimpro 1.9.0
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Total release size: 114.4 kB
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