CFD Online Discussion Forums - [swak4Foam] what does these Swak post processing mean?

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what does these Swak post processing mean?

what does this warnining mean?

Code:

--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

    Already got a surface named normal_Plane_1. There is a specification for the surface here which is ignored. It is: 



{

    type            plane;

    basePoint       ( 0.01725 0.002 0 );

    normalVector    ( 1 0 0 );

    interpolate     true;

}



--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

    Already got a surface named normal_Plane_1. There is a specification for the surface here which is ignored. It is: 



{

    type            plane;

    basePoint       ( 0.01725 0.002 0 );

    normalVector    ( 1 0 0 );

    interpolate     true;

}



--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

    Already got a surface named normal_Plane_1. There is a specification for the surface here which is ignored. It is: 



{

    type            plane;

    basePoint       ( 0.01725 0.002 0 );

    normalVector    ( 1 0 0 );

    interpolate     true;

}



--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

I have set planes as this:

Code:

surfacePlane_n1_velocity

    {

        type swakExpression;

        valueType surface;

        surfaceName normal_Plane_1;

        verbose true;

        surface {

            type plane;

            basePoint       (0.01725 0.002 0);

            normalVector    (1 0 0);

            interpolate true;

        }

        expression "mag(U)";

        accumulations (

            min

            max

            average

        );

    }

    surfacePlane_n1_pressure

    {

        $surfacePlane_n1_velocity;

        expression "p";

    }

    surfacePlane_n1_Temperature

    {

        $surfacePlane_n1_velocity;

        expression "T";

    }

    surfacePlane_n1_totalPressure

    {

        $surfacePlane_n1_velocity;

        expression "p+.5*rho*magSqr(U)";

    }

is this incorrect?

it displayes a warning error that "the plane is specified".
I think its because of $surfacePlane_n1_velocity; that defines the plane again.how can I except it to not repeat in other functions?
a hint?

which lines should be mentioned since this warning not to be displayed and also avoid repeated things?

Hi Ehsan,

I got the private message you sent me. You could have told me which thread you were talking about, so that I wouldn't have to look for it :rolleyes:.

And sorry, but this is a bit too obvious :rolleyes: So I'm going to answer in a playful way :D

I'm going to do a magic trick... You have this:

Quote:

Code:

    surfacePlane_n1_pressure

    {

        $surfacePlane_n1_velocity;

        expression "p";

    }

I'm going to add only a single line and make the problem disappear (actually I haven't tested it yet) :

Code:

    surfacePlane_n1_pressure

    {

        $surfacePlane_n1_velocity;

        expression "p";

        surfaceName normal_Plane_2;

    }

The explanation? It's simple! Notice that the only thing different on what you already had, was the line:

Code:

expression "p";

This line replaced the previous one:

Code:

expression "mag(U)";

Therefore, all you have to do is repeat the "surfaceName" entry on each needed block and the problem should be solved!

Best regards,
Bruno

thanks for answer.I'm sorry for that.I forgot it again!
I had tested it before.but the warning persists:

Code:

swak4Foam: Allocating new repository for sampledSurfaces

--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

    Already got a surface named normal_Plane_1. There is a specification for the surface here which is ignored. It is: 



{

    type            plane;

    basePoint       ( 0.01725 0.002 0 );

    normalVector    ( 1 0 0 );

    interpolate     true;

}



--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

    Already got a surface named normal_Plane_1. There is a specification for the surface here which is ignored. It is: 



{

    type            plane;

    basePoint       ( 0.01725 0.002 0 );

    normalVector    ( 1 0 0 );

    interpolate     true;

}



--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

    Already got a surface named normal_Plane_1. There is a specification for the surface here which is ignored. It is: 



{

    type            plane;

    basePoint       ( 0.01725 0.002 0 );

    normalVector    ( 1 0 0 );

    interpolate     true;

}



--> FOAM Warning : 

    From function SampledSurface &SurfacesRepository::getSurface

    in file repositories/SurfacesRepository.C at line 130

the functions on one of surfaces are like this:

Code:

surfacePlane_n1_velocity

    {

        type swakExpression;

        valueType surface;

        surfaceName normal_Plane_1;

        verbose true;

        surface {

            type plane;

            basePoint       (0.01725 0.002 0);

            normalVector    (1 0 0);

            interpolate true;

        }

        expression "mag(U)";

        accumulations (

            min

            max

            average

        );

    }

    surfacePlane_n1_pressure

    {

        $surfacePlane_n1_velocity;

        surfaceName normal_Plane_1;

        expression "p";

    }

    surfacePlane_n1_Temperature

    {

        $surfacePlane_n1_velocity;

        surfaceName normal_Plane_1;

        expression "T";

    }

    surfacePlane_n1_totalPressure

    {

        $surfacePlane_n1_velocity;

        surfaceName normal_Plane_1;

        expression "p+.5*rho*magSqr(U)";

    }

that I've added surfaceName normal_Plane_1; to all of them but the above message is repeated.:confused:
(all functions are on one surface)

and how can i delete a repeated post of mine like above?
i can't find any button in edit!

Hi Ehsan,

It looks like you're getting pretty tired... didn't you notice something different in the line I added?

Quote:

Originally Posted by wyldckat (Post 424031)

Code:

    surfacePlane_n1_pressure

    {

        $surfacePlane_n1_velocity;

        expression "p";

        surfaceName normal_Plane_2;

    }

I changed the name from "normal_Plane_1" to "normal_Plane_2" for the "surfacePlane_n1_pressure" group! The idea is to replace the name on each new block with a new name!

Quote:

Originally Posted by immortality (Post 424131)

and how can i delete a repeated post of mine like above?
i can't find any button in edit!

This is another indication that you need sleep... I've already told you in the past that only administrators and moderators can delete posts.
If you need a post to be deleted, report your own post through the triangle on the lower left corner of the post: http://www.cfd-online.com/Forums/ima...ons/report.gif

The other possibility is to edit the second post, remove all of the content and replace with something like "sorry, accidental double-post".

Best regards,
Bruno

edit: I forgot to mention that I've deleted the repeated post.

i thought you have mistakenly understand it.so you mean introduce a different name for the same plane(only due to field difference)?
i thought that was only related to threads not the poor posts!

The idea is to use different names for each plane. The planes will all have the same definitions, but different names.

you mean different names for one plane.do i understand truely?
its fine now.without warning.:)
but a question:is there any way to put all folders to a single folder and organizing them ?because its a lot of crowd there!;)

Quote:

Originally Posted by immortality (Post 424371)

but a question:is there any way to put all folders to a single folder and organizing them ?because its a lot of crowd there!;)

It depends... do the files inside those folders have the same name?

no their names are different due to different function names.
I only wanted a little more arrangement.
if its not simple I guess its so its not important at all.never mind dear Bruno.thank you.:D;)

Well, if the names are different, then you can follow this example:

Create a folder where you want to place the files in. For example:

Code:

mkdir myNeatResults
If the folder structure is something like this:

Code:

output1/0/myOutputFile1 output2/0/myOutputFile2 output3/0/myOutputFile3 output4/0/myOutputFile4

Then you can move them all in a single go:

Code:

mv output*/0/* myNeatResults/

Change "mv" to "cp" if you only want to copy.
If you want to first check know which files you are planning to move, run:

Code:

echo output*/0/*
This is explained here: Meta-characters and Filename expansion

then should not be vwey difficult!:D
folders are like

Code:

ehsan@Ehsan-com:~/Desktop/WR_pimple_p/swakExpression_pressure_left$ tree

.

├── 0

│   └── pressure_left

├── 0.000124

│   └── pressure_left

├── 0.000231

│   └── pressure_left

├── 0.000239

│   └── pressure_left

├── 0.0003

│   └── pressure_left

├── 0.000475

│   └── pressure_left

├── 0.00049

│   └── pressure_left

├── 0.00053

│   └── pressure_left

├── 0.000539

│   └── pressure_left

├── 0.000544

│   └── pressure_left

├── 0.000558

│   └── pressure_left

├── 0.000563

│   └── pressure_left

├── 0.000616

│   └── pressure_left

├── 0.000652

│   └── pressure_left

├── 0.000666

│   └── pressure_left

├── 0.000668

│   └── pressure_left

├── 0.000696

│   └── pressure_left

└── 0.000699

    └── pressure_left

and:

Code:

ehsan@Ehsan-com:~/Desktop/WR_pimple_p/swakExpression_surfacePlane_h1_totalPressure$ tree

.

├── 0

│   └── surfacePlane_h1_totalPressure

├── 0.000124

│   └── surfacePlane_h1_totalPressure

├── 0.000231

│   └── surfacePlane_h1_totalPressure

├── 0.000239

│   └── surfacePlane_h1_totalPressure

├── 0.0003

│   └── surfacePlane_h1_totalPressure

├── 0.000475

│   └── surfacePlane_h1_totalPressure

├── 0.00049

│   └── surfacePlane_h1_totalPressure

├── 0.00053

│   └── surfacePlane_h1_totalPressure

├── 0.000539

│   └── surfacePlane_h1_totalPressure

├── 0.000544

│   └── surfacePlane_h1_totalPressure

├── 0.000558

│   └── surfacePlane_h1_totalPressure

├── 0.000563

│   └── surfacePlane_h1_totalPressure

├── 0.000616

│   └── surfacePlane_h1_totalPressure

├── 0.000652

│   └── surfacePlane_h1_totalPressure

├── 0.000666

│   └── surfacePlane_h1_totalPressure

├── 0.000668

│   └── surfacePlane_h1_totalPressure

├── 0.000696

│   └── surfacePlane_h1_totalPressure

└── 0.000699

    └── surfacePlane_h1_totalPressure

and from out of them:

Code:

 swakExpression_surfacePlane_n2_Temperature

│   ├── 0

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000124

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000231

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000239

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.0003

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000475

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.00049

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.00053

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000539

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000544

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000558

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000563

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000616

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000652

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000666

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000668

│   │   └── surfacePlane_n2_Temperature

│   ├── 0.000696

│   │   └── surfacePlane_n2_Temperature

│   └── 0.000699

│       └── surfacePlane_n2_Temperature

├── swakExpression_surfacePlane_n2_totalPressure

│   ├── 0

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000124

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000231

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000239

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.0003

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000475

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.00049

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.00053

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000539

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000544

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000558

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000563

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000616

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000652

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000666

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000668

│   │   └── surfacePlane_n2_totalPressure

│   ├── 0.000696

│   │   └── surfacePlane_n2_totalPressure

│   └── 0.000699

│       └── surfacePlane_n2_totalPressure

├── swakExpression_surfacePlane_n2_velocity

│   ├── 0

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000124

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000231

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000239

│   │   └── surfacePlane_n2_velocity

│   ├── 0.0003

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000475

│   │   └── surfacePlane_n2_velocity

│   ├── 0.00049

│   │   └── surfacePlane_n2_velocity

│   ├── 0.00053

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000539

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000544

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000558

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000563

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000616

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000652

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000666

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000668

│   │   └── surfacePlane_n2_velocity

│   ├── 0.000696

│   │   └── surfacePlane_n2_velocity

│   └── 0.000699

│       └── surfacePlane_n2_velocity

├── swakExpression_surfacePlane_n3_pressure

│   ├── 0

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000124

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000231

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000239

│   │   └── surfacePlane_n3_pressure

│   ├── 0.0003

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000475

│   │   └── surfacePlane_n3_pressure

│   ├── 0.00049

│   │   └── surfacePlane_n3_pressure

│   ├── 0.00053

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000539

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000544

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000558

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000563

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000616

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000652

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000666

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000668

│   │   └── surfacePlane_n3_pressure

│   ├── 0.000696

│   │   └── surfacePlane_n3_pressure

│   └── 0.000699

│       └── surfacePlane_n3_pressure

├── swakExpression_surfacePlane_n3_Temperature

│   ├── 0

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000124

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000231

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000239

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.0003

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000475

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.00049

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.00053

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000539

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000544

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000558

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000563

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000616

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000652

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000666

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000668

│   │   └── surfacePlane_n3_Temperature

│   ├── 0.000696

│   │   └── surfacePlane_n3_Temperature

│   └── 0.000699

│       └── surfacePlane_n3_Temperature

is it possible to write a script for them?:D

I forgot you probably had something complicated like that... where you have not just one time folder per sample, but in fact dozens of time folders per sample... :rolleyes:

Quote:

Originally Posted by immortality (Post 424488)

is it possible to write a script for them?:D

Well, it's both simple and completely different from my previous answer :(. The following instructions depend on the script made on the other thread http://www.cfd-online.com/Forums/ope...tml#post422410 (both posts #68 and #71):

Create a new file with the following content:

Code:

#!/bin/bash mkdir myNeatResults ./mergeOutputFolderWith0 swakExpression_pressure_left pressure_left > myNeatResults/pressure_left ./mergeOutputFolderWith0 swakExpression_surfacePlane_h1_totalPressure surfacePlane_h1_totalPressure > myNeatResults/surfacePlane_h1_totalPressure ./mergeOutputFolderWith0 swakExpression_surfacePlane_n2_Temperature surfacePlane_n2_Temperature > myNeatResults/surfacePlane_n2_Temperature
Save the file, for example with the name "doThemAll".
Make the file executable:

Code:

chmod +x doThemAll
And run it:

Code:

./doThemAll

thank you.how is it possible to do this on probes in that is in postProcessing folder?

Quote:

Originally Posted by immortality (Post 424671)

thank you.how is it possible to do this on probes in that is in postProcessing folder?

Sorry, I don't understand the question. Can you describe what you have and what you want to achieve?

like before folders but some difference in arrangement.each time folder has 3 files:p,T,U.I want to accumulate all times in 0 folder like other post processing folders we had until now.
summarily its better to have only one folder with p,T and U files that are from time 0 till end of the run.;)

Is this what you mean?

Code:

./mergeOutputFolderWith0 probes U > myNeatResults/U

Or maybe:

Code:

./mergeOutputFolderWith0 postProcessing/probes U > myNeatResults/U

thanks.that works fine now.
it has became this if someone wants to use such a verbose output in future:D:

Code:

#!/bin/bash

mkdir myNeatResults







./merge swakExpression_flowInlet flowInlet > myNeatResults/flowInlet

./merge swakExpression_flowOutlet flowOutlet > myNeatResults/flowOutlet



./merge swakExpression_pressure_right pressure_right > myNeatResults/pressure_right

./merge swakExpression_Temperature_right Temperature_right > myNeatResults/Temperature_right

./merge swakExpression_total_pressure_right total_pressure_right > myNeatResults/total_pressure_right

./merge swakExpression_velocity_right velocity_right > myNeatResults/velocity_right





./merge swakExpression_pressure_left pressure_left > myNeatResults/pressure_left

./merge swakExpression_Temperature_left Temperature_left > myNeatResults/Temperature_left

./merge swakExpression_total_pressure_left total_pressure_left > myNeatResults/total_pressure_left

./merge swakExpression_velocity_left velocity_left > myNeatResults/velocity_left



./merge swakExpression_sP_h1_pressure sP_h1_pressure > myNeatResults/sP_h1_pressure

./merge swakExpression_sP_h1_Temperature sP_h1_Temperature > myNeatResults/sP_h1_Temperature

./merge swakExpression_sP_h1_totalPressure sP_h1_totalPressure > myNeatResults/sP_h1_totalPressure

./merge swakExpression_sP_h1_velocity sP_h1_velocity > myNeatResults/sP_h1_velocity





./merge swakExpression_sP_h2_pressure sP_h2_pressure > myNeatResults/sP_h2_pressure

./merge swakExpression_sP_h2_Temperature sP_h2_Temperature > myNeatResults/sP_h2_Temperature

./merge swakExpression_sP_h2_totalPressure sP_h2_totalPressure > myNeatResults/sP_h2_totalPressure

./merge swakExpression_sP_h2_velocity sP_h2_velocity > myNeatResults/sP_h2_velocity





./merge swakExpression_sP_h3_pressure sP_h3_pressure > myNeatResults/sP_h3_pressure

./merge swakExpression_sP_h3_Temperature sP_h3_Temperature > myNeatResults/sP_h3_Temperature

./merge swakExpression_sP_h3_totalPressure sP_h3_totalPressure > myNeatResults/sP_h3_totalPressure

./merge swakExpression_sP_h3_velocity sP_h3_velocity > myNeatResults/sP_h3_velocity





./merge swakExpression_sP_n1_pressure sP_n1_pressure > myNeatResults/sP_n1_pressure

./merge swakExpression_sP_n1_Temperature sP_n1_Temperature > myNeatResults/sP_n1_Temperature

./merge swakExpression_sP_n1_totalPressure sP_n1_totalPressure > myNeatResults/sP_n1_totalPressure

./merge swakExpression_sP_n1_velocity sP_n1_velocity > myNeatResults/sP_n1_velocity





./merge swakExpression_sP_n2_pressure sP_n2_pressure > myNeatResults/sP_n2_pressure

./merge swakExpression_sP_n2_Temperature sP_n2_Temperature > myNeatResults/sP_n2_Temperature

./merge swakExpression_sP_n2_totalPressure sP_n2_totalPressure > myNeatResults/sP_n2_totalPressure

./merge swakExpression_sP_n2_velocity sP_n2_velocity > myNeatResults/sP_n2_velocity

./merge swakExpression_sP_n2_Maxp sP_n2_Maxp > myNeatResults/sP_n2_Maxp

./merge swakExpression_sP_n2_MaxU sP_n2_MaxU > myNeatResults/sP_n2_MaxU





./merge swakExpression_sP_n3_pressure sP_n3_pressure > myNeatResults/sP_n3_pressure

./merge swakExpression_sP_n3_Temperature sP_n3_Temperature > myNeatResults/sP_n3_Temperature

./merge swakExpression_sP_n3_totalPressure sP_n3_totalPressure > myNeatResults/sP_n3_totalPressure

./merge swakExpression_sP_n3_velocity sP_n3_velocity > myNeatResults/sP_n3_velocity



./merge postProcessing/probes U > myNeatResults/U

./merge postProcessing/probes T > myNeatResults/T

./merge postProcessing/probes p > myNeatResults/p