1 User Interface
1.1 Ribbon
1.1.1 Home
1.1.2 Model
1.1.3 Simulation
1.2 Toolbars
1.3 Toolbars/Ribbon
1.4 Mini Toolbars
1.5 Main Menu
1.5.1 File
1.5.2 Parameters
1.5.3 UDO
1.5.4 BHM
1.5.5 I/O Ports
1.5.6 Mesh
1.5.7 Postprocessings
1.5.8 Configure
1.5.9 Tools
1.5.10 Windows
1.5.11 Help
1.6 Project Tree
1.7 Project Info
1.8 QW-Editor Log
1.9 QW-3D Projects
1.10 QW-V2D Projects
2 2D Window
2.1 2D Window Toolbars
2.2 2D Window Menu
2.3 View Options
2.4 Grid/Snap
2.5 Axes
2.6 Coordinates Options
2.7 Coordinates
2.8 Plane
2.9 Level
2.10 Pen
2.11 Brush
2.12 Select Element
2.13 Element Details
2.14 Select Object
2.15 Object Details
2.16 Reproduce
2.17 I/O Ports
2.18 Special Planes and Boundaries
2.19 Keyboard Entry
2.20 Circle and Arc Sectors
2.21 Edit
2.21.1 Edit Point
2.21.2 Edit Line
2.21.3 Edit Port
2.21.4 Edit Element
2.21.5 Edit Object
2.22 Element Change
2.23 Object Change
2.24 Port Change
2.25 Wire Change
2.26 Wires Grid Change
2.27 Special Plane and Boundary Change
2.28 Wire Grids (Asymptotic Boundary Conditions)
3 3D Window
3.1 3D Window Toolbars
3.2 3D Window Menu
3.3 Blend
3.4 View Elements
3.5 V2D View Options
3.6 Background Colour
4 Project Settings
4.1 Units
4.2 Circuit
4.3 Media
4.3.1 PEC
4.3.2 PMC
4.3.3 Metallic
4.3.4 Dielectric Isotropic
4.3.5 Dielectric Anisotropic
4.3.6 Dielectric Dispersive
4.3.7 Dielectric Dispersive Anisotropic
4.3.8 Dielectric Dispersive Nonlinear
4.3.9 Cold Plasma
4.3.10 Metamaterial
4.3.11 Ferrite
4.3.12 Dispersive Media Chart
4.3.13 Medium Potentials
5 Geometry
5.1 Manual Drawing
5.1.1 Rectangle Element
5.1.2 Polygon Element
5.1.3 Combined Rectangle Element
5.1.4 Combined Polygon Element
5.1.5 Wire
5.1.6 NTF
5.1.7 Plane Wave
5.2 Boolean Operations
5.2.1 Basic Join operations
5.2.2 When we do not need Join operations
5.2.3 Join operations on combined elements
5.3 SAT Filter
5.4 DXF Converter
5.5 Export to SAT
6 I/O Ports
6.1 Manual Drawing
6.1.1 Point Source/Probe
6.1.2 Transmission line
6.1.3 Absorbing Wall
6.1.4 PML Wall
6.1.5 Lumped impedance
6.1.6 Wire
6.1.7 NTF
6.1.8 Plane Wave
6.1.9 Mesh Snapping Planes and Symmetry Planes
6.2 Edit Transmission Line Ports
6.3 Transmission Line Port
6.4 Edit Point Source and Probe Ports
6.5 Point Source and Probe Port
6.6 Edit Plane Waves
6.7 Plane Wave
6.8 Edit Lumped Impedances
6.9 Lumped Impedance
6.10 Edit ABC
6.11 ABC Wall
6.12 ABC Box
6.13 Edit NTF
6.14 NTF
6.15 Edit NTN
6.16 NTN
6.17 Edit Fields Monitors
6.18 Fields Monitor
6.19 I/O Ports Parameters
6.19.1 I/O Port Parameters for transmission line ports
6.19.2 I/O Port Parameters for point sources/probes or lumped impedances
6.19.3 I/O Port Parameters for absorbing boundary conditions
6.19.4 I/O Port Parameters for free space excitation with a plane wave or a Gaussian beam
6.20 I/O Port parameters for QW-V2D ports
6.21 Waveform
7 FDTD Mesh
7.1 Edit Snapping Planes
7.2 Snapping Plane
7.3 Mesh Settings
7.4 AMIGO
7.4.1 AMIGO Inspect
7.5 Mesh Info
8 Post-processings
8.1 FD-Probing
8.2 Power Available
8.3 S-Parameters
8.4 Near To Far
8.5 NTF Fixed Angle
8.6 Near To Near
8.7 Fields Monitor
8.8 ExH Time Integral
8.9 QProny
8.10 Processing/Postprocessing
9 Project Export
9.1 How to assure the proper mesh generation
9.1.1 Intersecting elements
9.1.2 Multiple-filled cells
9.1.3 Meshing hazards along the Z-axis
9.2 Export Options
9.3 Energy Stop Criterion
10 Basic Heating Module
10.1 Heating Details
10.2 Components
10.3 Variable heating steps
10.4 Excitation Port Parameters
10.5 Edit BHM Rotation Axes
10.6 BHM Rotation Axis
10.7 Edit BHM Movement Trajectories
10.8 BHM Movement Trajectory
10.9 Assign Objects
10.10 Preview
10.11 BHM Settings Conversion From Previous Versions
11 UDO scripts
11.1 UDO Paths
11.2 UDO Editor
11.3 UDO Library
11.3.1 Using standard library UDOs to create more complicated UDOs
11.3.2 A circular waveguide junction – application of biphased objects
11.3.3 Radiating horn with lens – application of biphased objects
11.4 Add Object
12 Syntax of the User Defined Object (UDO) language
12.1 Structure of a single UDO and calls to other UDOs
12.1.1 Syntax of header and main UDOs commands
12.2 Defining elements, combined elements and materials
12.2.1 Syntax of geometrical UDOs commands
12.2.2 Syntax of material UDOs commands
12.3 Variables, functions, arithmetic expressions and file reading
12.3.1 Numbers and variables
12.3.2 Operators and logical conditions
12.3.3 Mathematical functions
12.3.4 Reserved variable names
12.3.5 File commands and others
12.4 Loops in UDO scripts
12.5 Defining ports, boxes, mesh snapping planes, post-processing and circuit parameters
12.5.1 Syntax of port commands
12.5.2 Basic points about port definitions in UDO
12.5.3 Postprocessing and circuit parameters
12.6 Moving the elements, copying them and controlling their intersections
12.7 Biphased element and objects
12.8 Controlling the mesh
12.9 UDO commands for QW-BHM regime
12.10 Files used by UDO language and their location
12.11 Optimising with UDO
12.12 UDO commands and functions in alphabetic order
13 Appendix
13.1 Preferences
13.2 Import Preferences
13.3 Set Tools
13.4 Variables
13.5 Import Recent Files
13.6 QuickWave Updates
13.7 QuickWave Licence Manager
13.8 End User Licence Agreement
13.9 About
13.10 Command line options of QW-Editor
13.11 Undo/Redo
13.12 Memory Usage
13.13 QW-Editor Starter
14 Files created or used by QW-Editor
14.1 Files used by QW-Editor, created by QW-Editor or externally
14.2 Files created by QW-Editor and used by QW-Simulator
14.2.1 Basic structure of shape files
14.2.2 Basic structure of tasker files