AlphaDocumentation

Ctrl K

Version

Import surfaces
Overview
SDK symbols
Overview
Dynamic runtime commands
Overview
Feature catalog
Overview
- Cameras
  Overview
- Exports
  Overview
- Functions
  Overview
- Geometry
  Overview
- Materials
  Overview
- Mesh
  Overview
- Model
  Overview
- Model History
  Overview
- Multiphysics
  Overview
- Operators
  Overview
- Parameters
  Overview
- Physics
  Overview
  - Pressure Acoustics
    Overview
  - Coefficient Form PDE
    Overview
  - Electrical Circuits
    Overview
  - Control Systems
    Overview
  - Electric Currents
    Overview
  - Electrostatics
    Overview
  - Wave Optics
    Overview
    State variablesAlpha
  - General Form PDE
    Overview
  - Heat Transfer
    Overview
  - Magnetics
    Overview
  - Global ODEs and DAEs
    Overview
  - Piezoelectricity
    Overview
  - Shape Optimization
    Overview
  - Structural Mechanics
    Overview
  - Thermal Dynamics
    Overview
  - Topology Optimization
    Overview
  - Weak Form PDE
    Overview
- Physics Boundary Features
  Overview
- Physics Global Connections
  Overview
- Physics Domain Features
  Overview
- Physics Global Features
  Overview
- Plots
  Overview
- Probes
  Overview
- Python Scripts
  Overview
- Data
  Overview
- Entity Sets
  Overview
- Solver Features
  Overview
- Solver Configuration
  Overview
- Solver Expressions
  Overview
- Solver Jobs
  Overview
- System Solvers
  Overview
- Tables
  Overview
- Unit System
  Overview
- Variables
  Overview
Physics catalog and capabilities
Overview
Optimization contract
Overview

Guides

9796 help topics

ReferenceAlpha

Wave Optics

-div(grad(E)) - omega^2*mu0*epsilon*E = i*omega*mu0*J

-div(grad(E)) - omega^2mu0epsilonE = iomegamu0J

Wave Optics — Telion Python API 0.1.0-alpha | Telion