"Savetimestep2D" 修訂間的差異

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(已建立頁面,內容為 "$savetimestep2D is the command defining how many times steps to output the result. This command is going after the command $solvetimestep. <br> The format is <b...")
 
 
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In above cases, the total is 1 <math>\mu s</math>. The <math>\delta t</math> is 0.1ns. So the program will solve <math>10^{4}</math> steps.
 
In above cases, the total is 1 <math>\mu s</math>. The <math>\delta t</math> is 0.1ns. So the program will solve <math>10^{4}</math> steps.
 
The program will output result every 1000 steps. Totally 10 results will be output.
 
The program will output result every 1000 steps. Totally 10 results will be output.
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<br>'''<big><big>The $Savetimestep2D setting in GUI interface is here</big></big>''' <br>
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After setting the command for [[$solvetimestep]], we can set the field as needed!<br>
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[[檔案:2D_Savetimestep2D_fig1.jpg|1200px]]<br><br>
   
 
Related commands: <br>
 
Related commands: <br>
[[$solvetimestep2D]]
 
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[[$solvetimestep]]

於 2024年11月20日 (三) 19:49 的最新修訂

$savetimestep2D is the command defining how many times steps to output the result. This command is going after the command $solvetimestep.

The format is

$savetimestep2D
steps

If steps =1, it means output those results every  \delta t

For example

 $solvetimestep2D 
 1
 2 2 1.0e-10 1.0e-6 3.00 0.1 1.0e6 0.0 
 $savetimestep2D
 1000 

In above cases, the total is 1 \mu s. The \delta t is 0.1ns. So the program will solve 10^{4} steps. The program will output result every 1000 steps. Totally 10 results will be output.


The $Savetimestep2D setting in GUI interface is here
After setting the command for $solvetimestep, we can set the field as needed!
2D Savetimestep2D fig1.jpg

Related commands:
$solvetimestep