The Roadmap

EMerge is currently in very early phase development. On this page you will find an overview of the currently implemented features and the features that are scheduled to be implemented.

  • Implemented by flattening shapely polygons to disjount polygons which are then meshed using the open-source GMSH library.

  • System of equation assembly for the Ez-scalar field frequency domain solver.

  • Currently assuming TE10 waves at vacuum.

  • Simple implementation of the PEC boundary condition

  • Material Assignment to flattened domains.

  • Compute port S-parameters from port integration. There is also a convenient plot function

Scheduled and active features

Physics

quadratic interpolation - PMC boundary - impedance boundary - manual mode selection - automatic port mode solver - Ex and Ey field solver - cylindrical coordinates - Periodic boundary conditions - spatial dependent material properties - PML layers - absorbing boundary conditions - anisotropic materials - multiport simulation - Point source boundary conditions

Geometry

Circles - polygons - node/vertex rounding/fillet - repeat/copy shapes - rotation and translation - Periodic Boundary Meshes -

Bold face items are being worked on

Pre/Post Processing

2D Stratton Chu integration - Cut lines - Radiation Diagrams - Filter Synthesis - K-inverter analysis - Generalised 1D/2D Integration, Maximum and averaging - Multi-dimensional dataset - parametric sweeps

Final Goal

Long term roadmap

3D Geometry - 3D Solving - 3D Physics!