WaveSim was developed as a handy application that can perform physically correct simulations of waves on a surface.
It can also be used to simulate Microwaves, and has features like the support for different refraction indices, different wave sources and custom borders. Therefore, experiments like the double-slit-experiment can be easily simulated.

Input file format:
WaveSim uses the comma separated value (.csv) file format, that can be found
in the windows useage.

The file starts with a tab/comma separated header, after the header there is
the wave data.

Header format:
Time (s):
Distance (m):
Refraction index:
Left border index:
Right border index:

Distance in mm and m is the width of a pixel.
The refraction index is used to calculate the wave speed in the simulation.
When simulating a fluid wave you need to specify the refraction index.

Wave data format:
Time (s):
Position (m):
Size (mm):

One line contains the position and size of a single pixel.

Currently the application only supports CVS files, because of a big
amount of work that has to be done if the input file format would be changed.
The software should also support 2D and 3D input files.

—
title: System.ServiceModel.WcfException (System.ServiceModel.Activities)
ms.date: “03/30/2017”
ms.assetid: 2be9dd3a-6459-4519-a4a6-bff71a3d5efd
—
# System.ServiceModel.WcfException
System.ServiceModel.WcfException

## Description
Thrown to indicate that an exception occurred while invoking an operation on the service.

## See also

– [Tracing](index.md)
– [System.ServiceModel.Activities](index.md)
– [Exception Handling](../../modesandtypes/exception-handling/index.md)
Q:

Linq to SQL select into table

I’m trying to perform a select into in Linq to SQL.
I have two classes. One represents my generic data source and the other represents data stored in a table within that database.
public class GenericDataSource
{
public List Select(string spName, string query, string tableName)
{
using (var context = new MyDatabaseContext())
{

– Simulates a surface
– Simulates waves on the surface
– Supports for various refraction indices
– Supports for various wavelength
– Supports for different waves (Piston, Love, Soliton, Shock, surface wave)
– The simulation of the surface can be changed according to your preferences
– Supports for different conditions
– Allows changing the border and a few other things

Example: simulating the double slit experiment

The code that was used in this simulation can be found here (saved as “Surface”)

Create an empty surface and a region object:
p1 = {#; xmin=0; ymin=0; xmax=1; ymax=1; zmin=-0.4; zmax=0.6}
p2 = {#; xmin=0.2; ymin=0.4; xmax=0.8; ymax=0.6; zmin=-0.4; zmax=0.6}

Create a wave that represents the double slit experiment:
p3 = {0.5; 0.6} # The amplitude of the wave
p4 = {1.5; 0.5; 1.5; 0.5; 0.6; 1.5; 0.6} # The x- and y-velocities of the wave

Create a surface region that contains p1:
r1 = RegionDifference[p1, p2]

Create a surface region that contains p2:
r2 = RegionDifference[p2, p1]

Create a surface region that contains p1 and p2:
r3 = RegionDifference[p1, p2]

Create a surface region that contains p3:
r4 = RegionDifference[p3, p1]

Create a surface region that contains r1:
r5 = RegionDifference[r1, p3]

Create a surface region that contains r2:
r6 = RegionDifference[r2, p3]

Create a surface region that contains r3:
r7 = RegionDifference[r3, p3]

Create a surface region that contains r4:
r8 = RegionDifference[r4, p3]

Create a surface region that contains r5:
r9 = RegionDifference
2edc1e01e8

When changed to F2, it starts a simulation of a continuous waveguide.
When changed to F4, it starts a simulation of a spherical wave.
When changed to F8, it starts a simulation of a plane wave.
When changed to F10, it starts a simulation of a Pulsed wave.
When changed to F11, it starts a simulation of a Gaussian wave.
When changed to F12, it starts a simulation of a periodic wave.
When changed to F14, it starts a simulation of a symmetric multimode Gaussian wave.
When changed to F16, it starts a simulation of a multimode Gaussian wave.
When changed to F17, it starts a simulation of an asymmetric multimode Gaussian wave.
When changed to F18, it starts a simulation of a multimode Gaussian wave with a long-tail.
When changed to F19, it starts a simulation of a multimode Gaussian wave with a long-tail.
When changed to F20, it starts a simulation of a multimode Gaussian wave.
When changed to F21, it starts a simulation of a multimode Gaussian wave.
When changed to F22, it starts a simulation of a multimode Gaussian wave.
When changed to F23, it starts a simulation of a multimode Gaussian wave.
When changed to F24, it starts a simulation of a multimode Gaussian wave.
When changed to F25, it starts a simulation of a multimode Gaussian wave.
When changed to F26, it starts a simulation of a multimode Gaussian wave.
When changed to F27, it starts a simulation of a multimode Gaussian wave.
When changed to F28, it starts a simulation of a multimode Gaussian wave.
When changed to F29, it starts a simulation of a multimode Gaussian wave.
When changed to F30, it starts a simulation of a multimode Gaussian wave.
When changed to F31, it starts a simulation of a multimode Gaussian wave.
When changed to

WaveSim is a free Java simulation program for studying, simulating, and visualizing the behavior of electro-magnetic (EM) and acoustic waves. It was created by Jörg Rehfeld, who later created SpaceWarSim and it is also called EM field and acoustic simulation program in JAVA (JESAPA).
The original intention of this application was to support the planning of
or following of an experiment for studying the behavior of a wave on a
surface.
However, due to its very nature of being an simulation program it can be used as a powerful and handy tool to study the behavior of waves.

Features:

The simulation results are output in the form of a Java
Object that has all the methods you need.

Waves:

– Long and short waves
– Traveling and standing waves
– Water waves
– Microwaves

Magnetic Fields:

– EM Waves
– Magnetic monopoles

Acoustic Waves:

– Acoustic waves

Surfaces:

–

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