News
New AToM Live Script Released!
Design of Self-resonant Meanderline Antennas:
- parametrized geometry,
- automated triangulation,
- evaluation of all operators,
- determination of self-resonance,
- evaluation of antenna Q-factor and other metrics.
Download the example, open and run "Meanderline.mlx".
AToM version 1.3
The new version of AToM was released and it is available for download. List of changes folows: a
- spherical wave projection operators significantly expanded (regular, irregular, incomming, outcomming waves), calculation significantly accelerated
- point group for RWG mesh grids implemented
- plane wave excitation improved,
- far-field evaluation supports user-defined quadrature order
- a few bugs fixed
New feature in AToM!
Transform matrix of integers to pixelized mesh easily! Use followed code to generate randomly pixelized rectangle.
Implementation: Download here and copy function pixelGridToMesh into namespace +models/+utilities/+meshPublic. The function will be implemented in upcoming AToM v1.2.
clear; clc; close all;
M = 2*ones(5, 10);
M(randperm(50, 20)) = 0;
Mesh = models.utilities.meshPublic.pixelGridToMesh(M, 1);
hndl = results.plotMesh(Mesh, 'options', struct('showTriangles', true));
New feature in AToM!
Calculate more modes than ever with a novel procedure implemented in AToM!
Download the example to grasp how it works.
AToM at European school of Antennas
AToM was used at European school of Antennas focused on Characteristic modes.
AToM v1.1
The new version of AToM was released and it is available for download. List of changes folows: a
- Geometry save/load, some bugs fixed.
- Increased stability of mesh generator.
- Mesh of unified objects: bug fixed.
- Added new part of the documentation.
- Examples in MoM2D revisited.
