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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".

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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

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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));

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New feature in AToM!

Calculate more modes than ever with a novel procedure implemented in AToM!

Download the example to grasp how it works.

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AToM at European school of Antennas

AToM was used at European school of Antennas focused on Characteristic modes.

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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.




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