{% extends "base.html" %} {% block title %}Home · GraxPy{% endblock %} {% block body %}
GraxPy — Gratings made easy, developed with HZB BESSY II Light Source
{% if message %}

{{ message }}

{% endif %}

About GraxPy

Developed at Helmholtz-Zentrum Berlin (HZB), GraxPy is a tool for calculating grating diffraction efficiencies and is open to collaboration. It offers two solvers: modal RCWA and the Nevière differential method.

Simulate laminar, blazed, and sinusoidal gratings, or upload and process an AFM-measured profile. Surface roughness can be represented either with a Debye–Waller efficiency correction or with explicitly simulated random interfaces.

Database folder

Browse folders

Recent gratings

{{ gratings|length }} saved · newest first; scroll for older

Manage gratings
{% if gratings %} {% else %}

No gratings saved yet.

{% endif %}

Recent runs

{{ runs|length }} saved · newest first; scroll for older

Manage grating runs
{% if runs %}
{% for run in runs %} {{ run.summary_label }} {{ run.summary_meta }} {% endfor %}
{% else %}

No runs yet.

{% endif %}
{% endblock %}