GSvit documentation

open source FDTD solver with GPU support

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start:first_simulation

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start:first_simulation [2018/09/04 15:20]
pgrolich
start:first_simulation [2018/09/04 15:48]
pgrolich
Line 43: Line 43:
 Next we will add <​b>​point and image outputs</​b>​. This is done by menu entry //Edit parameters->​Add point output// and //Edit parameters->​Add image output// that again open dialogues for specifying how often (parameter "​skip"​) and which component should be output. Point output is collected from a single point within computational volume and is stored into a text file. Image output comes to general output file that can be opened by [[http://​gwyddion.net|Gwyddion]] open source software. A cross section in certain normal direction is output, selected as shown below. We will add a cross section in every direction, so we will call the dialog three times. Next we will add <​b>​point and image outputs</​b>​. This is done by menu entry //Edit parameters->​Add point output// and //Edit parameters->​Add image output// that again open dialogues for specifying how often (parameter "​skip"​) and which component should be output. Point output is collected from a single point within computational volume and is stored into a text file. Image output comes to general output file that can be opened by [[http://​gwyddion.net|Gwyddion]] open source software. A cross section in certain normal direction is output, selected as shown below. We will add a cross section in every direction, so we will call the dialog three times.
  
-{{:​start:​first-simulation-image-output.png?​400|}}+{{:start:​screenshots:​first-simulation-image-output.png?​400|}}
  
-Similarily we will add point output as shown below.+Similarily we will add **point output** as shown below.
  
-<img src="​http://​gsvit.net/​images_v18/​ex1_pout.png">+{{:start:​screenshots:​first-simulation-point-output.png?400|}}
  
-<p>Note that all the outputs can be also seen in 3D view window. We can adjust some more computational parameters,​ +Note that all the outputs can be also seen in 3D view window. We can adjust some more computational parameters,​ 
-here namely we will increase ​<b>number of steps</​b> ​to be calculated to 300 (clicking to any of the entries in "Basic parameters"​ group).+here namely we will increase ​**number of steps** to be calculated to 300 (clicking to any of the entries in "Basic parameters"​ group).
 Physical length of the time step is calculated automatically on the basis of space discretisation.</​p>​ Physical length of the time step is calculated automatically on the basis of space discretisation.</​p>​
 <img src="​http://​gsvit.net/​images_v18/​ex1_steps.png">​ <img src="​http://​gsvit.net/​images_v18/​ex1_steps.png">​
start/first_simulation.txt · Last modified: 2019/01/14 07:58 by pgrolich