From wagnerrichard at ill.fr  Tue Apr 18 11:58:54 2023
From: wagnerrichard at ill.fr (Richard Wagner)
Date: Tue, 18 Apr 2023 11:58:54 +0200
Subject: [mcstas-users] Ncount doubled? McStas 3.3
Message-ID: <8aa24762-1e1e-9215-8139-40b5cd13298e@ill.fr>

Dear McStas Experts and Community

Is there a reason that the in Mcstas 3.3 Ncount is twice as high then 
the "Ray count" selected?

eg.:/-n 1000/ -> /# Ncount: 2000 /

Best

Richard

-- 
*Richard Wagner*
Postdoctoral Research Engineer
Nuclear and Particle Physics Group
Institut Laue-Langevin - ILL
71, avenue des Martyrs
CS 20156
38042 Grenoble Cedex 9
France

www.ill.eu <www.ill.eu>

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From pkwi at fysik.dtu.dk  Tue Apr 18 12:07:06 2023
From: pkwi at fysik.dtu.dk (=?iso-8859-1?Q?Peter_Kj=E6r_Willendrup?=)
Date: Tue, 18 Apr 2023 10:07:06 +0000
Subject: [mcstas-users] Ncount doubled? McStas 3.3
In-Reply-To: <8aa24762-1e1e-9215-8139-40b5cd13298e@ill.fr>
References: <8aa24762-1e1e-9215-8139-40b5cd13298e@ill.fr>
Message-ID: <992C3873-952B-410C-A814-E3B6BD058B7E@fysik.dtu.dk>

Hi Richard,


Hmm, no this sounds strange?

Could you help by providing a little bit more context? I.e.

* What are you running?
* How?
* Where do you read off the resulting Ncount?

Best,
Peter

On 18 Apr 2023, at 11.58, Richard Wagner <wagnerrichard at ill.fr> wrote:


Dear McStas Experts and Community

Is there a reason that the in Mcstas 3.3 Ncount is twice as high then the "Ray count" selected?

eg.: -n 1000 -> # Ncount: 2000

Best

Richard

--
Richard Wagner
Postdoctoral Research Engineer
Nuclear and Particle Physics Group
Institut Laue-Langevin - ILL
71, avenue des Martyrs
CS 20156
38042 Grenoble Cedex 9
France

www.ill.eu<x-msg://1/www.ill.eu>


_______________________________________________
mcstas-users mailing list
mcstas-users at mcstas.org
https://mailman2.mcstas.org/mailman/listinfo/mcstas-users

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From wagnerrichard at ill.fr  Tue Apr 18 13:07:05 2023
From: wagnerrichard at ill.fr (Richard Wagner)
Date: Tue, 18 Apr 2023 13:07:05 +0200
Subject: [mcstas-users] Ncount doubled? McStas 3.3
In-Reply-To: <992C3873-952B-410C-A814-E3B6BD058B7E@fysik.dtu.dk>
References: <8aa24762-1e1e-9215-8139-40b5cd13298e@ill.fr>
 <992C3873-952B-410C-A814-E3B6BD058B7E@fysik.dtu.dk>
Message-ID: <5a69f2e6-a6ea-ca90-de22-8df5f7bd9e5f@ill.fr>

Hi Peter,

as an example I took the BTsimple.instr from the template section.

The command to run McStas is: mcrun BTsimple.instr -d 
BTsimple_20230418_115509 *-n 1000* lambda=10 dlambda=9.9 maxhd=3 maxvd=3 
gw=0.1 gh=0.1 gL=50 gm=6 delta1=0 delta2=0

and the reads (just as an example)

*BT_in.dat *

# Format: McCode with text headers # URL: http://www.mccode.org # 
Creator: # Instrument: BTsimple.instr *# Ncount:**2000* # Trace: no # 
Gravitation: no # Seed: 1681811710726221 # Directory: 
/Users/wagnerrichard/BTsimple_20230418_115509 # Param: lambda=10 # 
Param: dlambda=9.9 # Param: maxhd=3 # Param: maxvd=3 # Param: gw=0.1 # 
Param: gh=0.1 # Param: gL=50 # Param: gm=6 # Param: delta1=0 # Param: 
delta2=0 # Date: Tue Apr 18 11:55:10 2023 (1681811710) # type: 
array_1d(101) # Source: BTsimple (BTsimple.instr) # component: BT_in # 
position: 0 0 2 # title: Wavelength monitor # Ncount: 2000 # filename: 
BT_in.dat # statistics: X0=2.95806; dX=1.79349; # signal: Min=0; 
Max=1.42052e+11; Mean=7.26371e+09; # values: 7.33634e+11 2.44642e+11 34 
# xvar: L # yvar: (I,I_err) # xlabel: Wavelength [AA] # ylabel: 
Intensity # xlimits: 0.1 19.9 # variables: L I I_err N 0.198019802 
0.06290653129 0.06290653129 1 0.3940594059 0 0 0 0.5900990099 0 0 0 
0.7861386139 0 0 0 0.9821782178 8.634588395e+10 8.634588395e+10 1 
1.178217822 1.129377287e+11 1.129377287e+11 1 1.374257426 0 0 0 
1.57029703 0 0 0 1.766336634 0 0 0 1.962376238 0 0 0 2.158415842 0 0 0 
2.354455446 0 0 0 2.55049505 1.045974734e+11 1.045974734e+11 1 
2.746534653 0 0 0 2.942574257 8.997598489e+10 8.997598489e+10 1 
3.138613861 7.835386438e+10 7.835386438e+10 1 3.334653465 
1.420521026e+11 1.004534555e+11 2 3.530693069 0 0 0 3.726732673 0 0 0 
3.922772277 4.930911027e+10 4.930911027e+10 1 4.118811881 0 0 0 
4.314851485 0 0 0 4.510891089 0 0 0 4.706930693 0 0 0 4.902970297 0 0 0 
5.099009901 0 0 0 5.295049505 0 0 0 5.491089109 0 0 0 5.687128713 0 0 0 
5.883168317 2.834814784e+10 2.005320461e+10 2 6.079207921 0 0 0 
6.275247525 0 0 0 6.471287129 0 0 0 6.667326733 1.878195926e+10 
1.328092168e+10 2 6.863366337 0 0 0 7.059405941 0 0 0 7.255445545 0 0 0 
7.451485149 0 0 0 7.647524752 5150986989 5150986989 1 7.843564356 0 0 0 
8.03960396 4013292994 4013292994 1 8.235643564 3595007505 3595007505 1 
8.431683168 0 0 0 8.627722772 0 0 0 8.823762376 0 0 0 9.01980198 0 0 0 
9.215841584 2189836065 2189836065 1 9.411881188 1988533204 1988533204 1 
9.607920792 0 0 0 9.803960396 0 0 0 10 1492967095 1492967095 1 
10.1960396 0 0 0 10.39207921 0 0 0 10.58811881 0 0 0 10.78415842 0 0 0 
10.98019802 0 0 0 11.17623762 0 0 0 11.37227723 848524385.4 848524385.4 
1 11.56831683 776540913.4 776540913.4 1 11.76435644 704975245.4 
704975245.4 1 11.96039604 0 0 0 12.15643564 0 0 0 12.35247525 0 0 0 
12.54851485 0 0 0 12.74455446 0 0 0 12.94059406 0 0 0 13.13663366 0 0 0 
13.33267327 0 0 0 13.52871287 0 0 0 13.72475248 361109386.4 361109386.4 
1 13.92079208 0 0 0 14.11683168 0 0 0 14.31287129 0 0 0 14.50891089 
272324491.7 272324491.7 1 14.7049505 0 0 0 14.9009901 241800376.7 
241800376.7 1 15.0970297 224371882.4 224371882.4 1 15.29306931 
203464827.5 203464827.5 1 15.48910891 0 0 0 15.68514851 182210050 
182210050 1 15.88118812 173421371.5 173421371.5 1 16.07722772 0 0 0 
16.27326733 0 0 0 16.46930693 0 0 0 16.66534653 140822062.6 140822062.6 
1 16.86138614 0 0 0 17.05742574 124243190.4 124243190.4 1 17.25346535 0 
0 0 17.44950495 0 0 0 17.64554455 0 0 0 17.84158416 0 0 0 18.03762376 
91358644.93 91358644.93 1 18.23366337 90222429.45 90222429.45 1 
18.42970297 0 0 0 18.62574257 0 0 0 18.82178218 0 0 0 19.01782178 0 0 0 
19.21386139 0 0 0 19.40990099 65966180.97 65966180.97 1 19.60594059 0 0 
0 19.8019802 0 0 0

Holds for the rest of the dat-files and for simulations with higer n numbers
I just took n = 1000 for demonstration purposes.

Best
Richard

On 18/04/2023 12:07, Peter Kj?r Willendrup wrote:
> Hi Richard,
>
>
> Hmm, no this sounds strange?
>
> Could you help by providing a little bit more context? I.e.
>
> * What are you running?
> * How?
> * Where do you read off the resulting Ncount?
>
> Best,
> Peter
>
>> On 18 Apr 2023, at 11.58, Richard Wagner <wagnerrichard at ill.fr> wrote:
>>
>> Dear McStas Experts and Community
>>
>> Is there a reason that the in Mcstas 3.3 Ncount is twice as high then 
>> the "Ray count" selected?
>>
>> eg.:/-n 1000/ -> /# Ncount: 2000 /
>>
>> Best
>>
>> Richard
>>
>> -- 
>> *Richard Wagner*
>> Postdoctoral Research Engineer
>> Nuclear and Particle Physics Group
>> Institut Laue-Langevin - ILL
>> 71, avenue des Martyrs
>> CS 20156
>> 38042 Grenoble Cedex 9
>> France
>>
>> www.ill.eu <x-msg://1/www.ill.eu>
>>
>> _______________________________________________
>> mcstas-users mailing list
>> mcstas-users at mcstas.org
>> https://mailman2.mcstas.org/mailman/listinfo/mcstas-users
>
-- 
*Richard Wagner*
Postdoctoral Research Engineer
Nuclear and Particle Physics Group
Institut Laue-Langevin - ILL
71, avenue des Martyrs
CS 20156
38042 Grenoble Cedex 9
France

www.ill.eu <www.ill.eu>
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From emmanuel.farhi at synchrotron-soleil.fr  Tue Apr 18 13:19:08 2023
From: emmanuel.farhi at synchrotron-soleil.fr (Emmanuel FARHI)
Date: Tue, 18 Apr 2023 13:19:08 +0200
Subject: [mcstas-users] Ncount doubled? McStas 3.3
In-Reply-To: <5a69f2e6-a6ea-ca90-de22-8df5f7bd9e5f@ill.fr>
References: <8aa24762-1e1e-9215-8139-40b5cd13298e@ill.fr>
 <992C3873-952B-410C-A814-E3B6BD058B7E@fysik.dtu.dk>
 <5a69f2e6-a6ea-ca90-de22-8df5f7bd9e5f@ill.fr>
Message-ID: <c1b2aef7-9b16-97bb-cd56-16fc1f1dcb10@synchrotron-soleil.fr>

I can confirm this also holds for McXtrace, but only for the 'legacy' code.

McXtrace 3.x is OK.

Emmanuel.

Le 18/04/2023 ? 13:07, Richard Wagner a ?crit?:
>
> Hi Peter,
>
> as an example I took the BTsimple.instr from the template section.
>
> The command to run McStas is: mcrun BTsimple.instr -d 
> BTsimple_20230418_115509 *-n 1000* lambda=10 dlambda=9.9 maxhd=3 
> maxvd=3 gw=0.1 gh=0.1 gL=50 gm=6 delta1=0 delta2=0
>
> and the reads (just as an example)
>
> *BT_in.dat *
>
> # Format: McCode with text headers # URL: http://www.mccode.org # 
> Creator: # Instrument: BTsimple.instr *# Ncount:**2000* # Trace: no # 
> Gravitation: no # Seed: 1681811710726221 # Directory: 
> /Users/wagnerrichard/BTsimple_20230418_115509 # Param: lambda=10 # 
> Param: dlambda=9.9 # Param: maxhd=3 # Param: maxvd=3 # Param: gw=0.1 # 
> Param: gh=0.1 # Param: gL=50 # Param: gm=6 # Param: delta1=0 # Param: 
> delta2=0 # Date: Tue Apr 18 11:55:10 2023 (1681811710) # type: 
> array_1d(101) # Source: BTsimple (BTsimple.instr) # component: BT_in # 
> position: 0 0 2 # title: Wavelength monitor # Ncount: 2000 # filename: 
> BT_in.dat # statistics: X0=2.95806; dX=1.79349; # signal: Min=0; 
> Max=1.42052e+11; Mean=7.26371e+09; # values: 7.33634e+11 2.44642e+11 
> 34 # xvar: L # yvar: (I,I_err) # xlabel: Wavelength [AA] # ylabel: 
> Intensity # xlimits: 0.1 19.9 # variables: L I I_err N 0.198019802 
> 0.06290653129 0.06290653129 1 0.3940594059 0 0 0 0.5900990099 0 0 0 
> 0.7861386139 0 0 0 0.9821782178 8.634588395e+10 8.634588395e+10 1 
> 1.178217822 1.129377287e+11 1.129377287e+11 1 1.374257426 0 0 0 
> 1.57029703 0 0 0 1.766336634 0 0 0 1.962376238 0 0 0 2.158415842 0 0 0 
> 2.354455446 0 0 0 2.55049505 1.045974734e+11 1.045974734e+11 1 
> 2.746534653 0 0 0 2.942574257 8.997598489e+10 8.997598489e+10 1 
> 3.138613861 7.835386438e+10 7.835386438e+10 1 3.334653465 
> 1.420521026e+11 1.004534555e+11 2 3.530693069 0 0 0 3.726732673 0 0 0 
> 3.922772277 4.930911027e+10 4.930911027e+10 1 4.118811881 0 0 0 
> 4.314851485 0 0 0 4.510891089 0 0 0 4.706930693 0 0 0 4.902970297 0 0 
> 0 5.099009901 0 0 0 5.295049505 0 0 0 5.491089109 0 0 0 5.687128713 0 
> 0 0 5.883168317 2.834814784e+10 2.005320461e+10 2 6.079207921 0 0 0 
> 6.275247525 0 0 0 6.471287129 0 0 0 6.667326733 1.878195926e+10 
> 1.328092168e+10 2 6.863366337 0 0 0 7.059405941 0 0 0 7.255445545 0 0 
> 0 7.451485149 0 0 0 7.647524752 5150986989 5150986989 1 7.843564356 0 
> 0 0 8.03960396 4013292994 4013292994 1 8.235643564 3595007505 
> 3595007505 1 8.431683168 0 0 0 8.627722772 0 0 0 8.823762376 0 0 0 
> 9.01980198 0 0 0 9.215841584 2189836065 2189836065 1 9.411881188 
> 1988533204 1988533204 1 9.607920792 0 0 0 9.803960396 0 0 0 10 
> 1492967095 1492967095 1 10.1960396 0 0 0 10.39207921 0 0 0 10.58811881 
> 0 0 0 10.78415842 0 0 0 10.98019802 0 0 0 11.17623762 0 0 0 
> 11.37227723 848524385.4 848524385.4 1 11.56831683 776540913.4 
> 776540913.4 1 11.76435644 704975245.4 704975245.4 1 11.96039604 0 0 0 
> 12.15643564 0 0 0 12.35247525 0 0 0 12.54851485 0 0 0 12.74455446 0 0 
> 0 12.94059406 0 0 0 13.13663366 0 0 0 13.33267327 0 0 0 13.52871287 0 
> 0 0 13.72475248 361109386.4 361109386.4 1 13.92079208 0 0 0 
> 14.11683168 0 0 0 14.31287129 0 0 0 14.50891089 272324491.7 
> 272324491.7 1 14.7049505 0 0 0 14.9009901 241800376.7 241800376.7 1 
> 15.0970297 224371882.4 224371882.4 1 15.29306931 203464827.5 
> 203464827.5 1 15.48910891 0 0 0 15.68514851 182210050 182210050 1 
> 15.88118812 173421371.5 173421371.5 1 16.07722772 0 0 0 16.27326733 0 
> 0 0 16.46930693 0 0 0 16.66534653 140822062.6 140822062.6 1 
> 16.86138614 0 0 0 17.05742574 124243190.4 124243190.4 1 17.25346535 0 
> 0 0 17.44950495 0 0 0 17.64554455 0 0 0 17.84158416 0 0 0 18.03762376 
> 91358644.93 91358644.93 1 18.23366337 90222429.45 90222429.45 1 
> 18.42970297 0 0 0 18.62574257 0 0 0 18.82178218 0 0 0 19.01782178 0 0 
> 0 19.21386139 0 0 0 19.40990099 65966180.97 65966180.97 1 19.60594059 
> 0 0 0 19.8019802 0 0 0
>
> Holds for the rest of the dat-files and for simulations with higer n 
> numbers
> I just took n = 1000 for demonstration purposes.
>
> Best
> Richard
>
> On 18/04/2023 12:07, Peter Kj?r Willendrup wrote:
>> Hi Richard,
>>
>>
>> Hmm, no this sounds strange?
>>
>> Could you help by providing a little bit more context? I.e.
>>
>> * What are you running?
>> * How?
>> * Where do you read off the resulting Ncount?
>>
>> Best,
>> Peter
>>
>>> On 18 Apr 2023, at 11.58, Richard Wagner <wagnerrichard at ill.fr> wrote:
>>>
>>> Dear McStas Experts and Community
>>>
>>> Is there a reason that the in Mcstas 3.3 Ncount is twice as high 
>>> then the "Ray count" selected?
>>>
>>> eg.:/-n 1000/ -> /# Ncount: 2000 /
>>>
>>> Best
>>>
>>> Richard
>>>
>>> -- 
>>> *Richard Wagner*
>>> Postdoctoral Research Engineer
>>> Nuclear and Particle Physics Group
>>> Institut Laue-Langevin - ILL
>>> 71, avenue des Martyrs
>>> CS 20156
>>> 38042 Grenoble Cedex 9
>>> France
>>>
>>> www.ill.eu <x-msg://1/www.ill.eu>
>>>
>>> _______________________________________________
>>> mcstas-users mailing list
>>> mcstas-users at mcstas.org
>>> https://mailman2.mcstas.org/mailman/listinfo/mcstas-users
>>
> -- 
> *Richard Wagner*
> Postdoctoral Research Engineer
> Nuclear and Particle Physics Group
> Institut Laue-Langevin - ILL
> 71, avenue des Martyrs
> CS 20156
> 38042 Grenoble Cedex 9
> France
>
> www.ill.eu <www.ill.eu>
>
>
> _______________________________________________
> mcstas-users mailing list
> mcstas-users at mcstas.org
> https://mailman2.mcstas.org/mailman/listinfo/mcstas-users
-- 
signature
/ ___|__/\_| | ? | ____|_ _| | ? ? ?FARHI Emmanuel
\___ \\ | | ? | ?_| ?| || | ? ? ?Div Exp/Data Reduction and Analysis Team
 ?___) /_ ?_| |___| |___ | || |___ ? Tel : +33 (1) 69 35 96 04 
<callto:+33%20%281%29%2069%2035%2096%2004>
|____/ ?\/ |_____|_____|___|_____| ?Saint-Aubin BP 48 - 91192 GIF/YVETTE 
CEDEX
SYNCHROTRON http://www.synchrotron-soleil.fr
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From pkwi at fysik.dtu.dk  Tue Apr 18 15:13:35 2023
From: pkwi at fysik.dtu.dk (=?utf-8?B?UGV0ZXIgS2rDpnIgV2lsbGVuZHJ1cA==?=)
Date: Tue, 18 Apr 2023 13:13:35 +0000
Subject: [mcstas-users] Ncount doubled? McStas 3.3
In-Reply-To: <c1b2aef7-9b16-97bb-cd56-16fc1f1dcb10@synchrotron-soleil.fr>
References: <8aa24762-1e1e-9215-8139-40b5cd13298e@ill.fr>
 <992C3873-952B-410C-A814-E3B6BD058B7E@fysik.dtu.dk>
 <5a69f2e6-a6ea-ca90-de22-8df5f7bd9e5f@ill.fr>
 <c1b2aef7-9b16-97bb-cd56-16fc1f1dcb10@synchrotron-soleil.fr>
Message-ID: <3A885D1A-367E-4C7B-9F97-F19E13A3E2AB@fysik.dtu.dk>

Hi both,

OK, thanks for testing.

Looking on my machine here with McStas 3.3, it seems the the first entry in mccode.sim (i.e. the ?simulation level?) is OK, whereas the entries for any monitor after has been doubled:


McStas simulation description file for BNL_H8.

Date:    Tue Apr 18 12:02:56 2023

Program:


begin instrument: BNL_H8

  File: BNL_H8_20230418_120254/mccode

  Source: BNL_H8.instr

  Parameters:  lambda(double)

  Trace_enabled: yes

  Default_main: yes

  Embedded_runtime: yes

end instrument


begin simulation: BNL_H8_20230418_120254

  Format: McCode with text headers

  URL: http://www.mccode.org

  Creator:

  Instrument: BNL_H8.instr

  Ncount: 1000000

  Trace: no

  Gravitation: no

  Seed: 1681812175442876

  Directory: BNL_H8_20230418_120254

  Param: lambda=2.36

end simulation


begin data

  Date: Tue Apr 18 12:02:57 2023 (1681812177)

  type: array_2d(20, 20)

  Source: BNL_H8 (BNL_H8.instr)

  component: D0_Source

  position: 0 0 0.0001

  title: PSD monitor

  Ncount: 2000000

  filename: D0_Source.psd

  statistics: X0=-0.00187139; dX=0.864864; Y0=0.0044862; dY=1.56205;

  signal: Min=6.0781e-06; Max=1.04372e-05; Mean=7.97501e-06;

  values: 0.00319 1.39945e-05 51960

  xvar: X

  yvar: Y

  xlabel: X position [cm]

  ylabel: Y position [cm]

  zvar: I

  zlabel: Signal per bin

  xylimits: -1.5 1.5 -2.7 2.7

  variables: I I_err N

end data

...

I would think this ?only" a header / summary data - issue, but of course annoying. I don?t believe the actual number of simulated events is actually doubled.

Will investigate further during the next days and report back.

Best,
Peter

On 18 Apr 2023, at 13.19, Emmanuel FARHI <emmanuel.farhi at synchrotron-soleil.fr> wrote:


I can confirm this also holds for McXtrace, but only for the 'legacy' code.

McXtrace 3.x is OK.

Emmanuel.

Le 18/04/2023 ? 13:07, Richard Wagner a ?crit :
Hi Peter,

as an example I took the BTsimple.instr from the template section.
The command to run McStas is: mcrun BTsimple.instr -d BTsimple_20230418_115509 -n 1000  lambda=10 dlambda=9.9 maxhd=3 maxvd=3 gw=0.1 gh=0.1 gL=50 gm=6 delta1=0 delta2=0

and the reads (just as an example)

BT_in.dat

# Format: McCode with text headers # URL: http://www.mccode.org<http://www.mccode.org/> # Creator: # Instrument: BTsimple.instr # Ncount: 2000 # Trace: no # Gravitation: no # Seed: 1681811710726221 # Directory: /Users/wagnerrichard/BTsimple_20230418_115509 # Param: lambda=10 # Param: dlambda=9.9 # Param: maxhd=3 # Param: maxvd=3 # Param: gw=0.1 # Param: gh=0.1 # Param: gL=50 # Param: gm=6 # Param: delta1=0 # Param: delta2=0 # Date: Tue Apr 18 11:55:10 2023 (1681811710) # type: array_1d(101) # Source: BTsimple (BTsimple.instr) # component: BT_in # position: 0 0 2 # title: Wavelength monitor # Ncount: 2000 # filename: BT_in.dat # statistics: X0=2.95806; dX=1.79349; # signal: Min=0; Max=1.42052e+11; Mean=7.26371e+09; # values: 7.33634e+11 2.44642e+11 34 # xvar: L # yvar: (I,I_err) # xlabel: Wavelength [AA] # ylabel: Intensity # xlimits: 0.1 19.9 # variables: L I I_err N 0.198019802 0.06290653129 0.06290653129 1 0.3940594059 0 0 0 0.5900990099 0 0 0 0.7861386139 0 0 0 0.9821782178 8.634588395e+10 8.634588395e+10 1 1.178217822 1.129377287e+11 1.129377287e+11 1 1.374257426 0 0 0 1.57029703 0 0 0 1.766336634 0 0 0 1.962376238 0 0 0 2.158415842 0 0 0 2.354455446 0 0 0 2.55049505 1.045974734e+11 1.045974734e+11 1 2.746534653 0 0 0 2.942574257 8.997598489e+10 8.997598489e+10 1 3.138613861 7.835386438e+10 7.835386438e+10 1 3.334653465 1.420521026e+11 1.004534555e+11 2 3.530693069 0 0 0 3.726732673 0 0 0 3.922772277 4.930911027e+10 4.930911027e+10 1 4.118811881 0 0 0 4.314851485 0 0 0 4.510891089 0 0 0 4.706930693 0 0 0 4.902970297 0 0 0 5.099009901 0 0 0 5.295049505 0 0 0 5.491089109 0 0 0 5.687128713 0 0 0 5.883168317 2.834814784e+10 2.005320461e+10 2 6.079207921 0 0 0 6.275247525 0 0 0 6.471287129 0 0 0 6.667326733 1.878195926e+10 1.328092168e+10 2 6.863366337 0 0 0 7.059405941 0 0 0 7.255445545 0 0 0 7.451485149 0 0 0 7.647524752 5150986989 5150986989 1 7.843564356 0 0 0 8.03960396 4013292994 4013292994 1 8.235643564 3595007505 3595007505 1 8.431683168 0 0 0 8.627722772 0 0 0 8.823762376 0 0 0 9.01980198 0 0 0 9.215841584 2189836065 2189836065 1 9.411881188 1988533204 1988533204 1 9.607920792 0 0 0 9.803960396 0 0 0 10 1492967095 1492967095 1 10.1960396 0 0 0 10.39207921 0 0 0 10.58811881 0 0 0 10.78415842 0 0 0 10.98019802 0 0 0 11.17623762 0 0 0 11.37227723 848524385.4 848524385.4 1 11.56831683 776540913.4 776540913.4 1 11.76435644 704975245.4 704975245.4 1 11.96039604 0 0 0 12.15643564 0 0 0 12.35247525 0 0 0 12.54851485 0 0 0 12.74455446 0 0 0 12.94059406 0 0 0 13.13663366 0 0 0 13.33267327 0 0 0 13.52871287 0 0 0 13.72475248 361109386.4 361109386.4 1 13.92079208 0 0 0 14.11683168 0 0 0 14.31287129 0 0 0 14.50891089 272324491.7 272324491.7 1 14.7049505 0 0 0 14.9009901 241800376.7 241800376.7 1 15.0970297 224371882.4 224371882.4 1 15.29306931 203464827.5 203464827.5 1 15.48910891 0 0 0 15.68514851 182210050 182210050 1 15.88118812 173421371.5 173421371.5 1 16.07722772 0 0 0 16.27326733 0 0 0 16.46930693 0 0 0 16.66534653 140822062.6 140822062.6 1 16.86138614 0 0 0 17.05742574 124243190.4 124243190.4 1 17.25346535 0 0 0 17.44950495 0 0 0 17.64554455 0 0 0 17.84158416 0 0 0 18.03762376 91358644.93 91358644.93 1 18.23366337 90222429.45 90222429.45 1 18.42970297 0 0 0 18.62574257 0 0 0 18.82178218 0 0 0 19.01782178 0 0 0 19.21386139 0 0 0 19.40990099 65966180.97 65966180.97 1 19.60594059 0 0 0 19.8019802 0 0 0

Holds for the rest of the dat-files and for simulations with higer n numbers
I just took n = 1000 for demonstration purposes.

Best
Richard

On 18/04/2023 12:07, Peter Kj?r Willendrup wrote:
Hi Richard,


Hmm, no this sounds strange?

Could you help by providing a little bit more context? I.e.

* What are you running?
* How?
* Where do you read off the resulting Ncount?

Best,
Peter

On 18 Apr 2023, at 11.58, Richard Wagner <wagnerrichard at ill.fr><mailto:wagnerrichard at ill.fr> wrote:


Dear McStas Experts and Community

Is there a reason that the in Mcstas 3.3 Ncount is twice as high then the "Ray count" selected?

eg.: -n 1000 -> # Ncount: 2000

Best

Richard

--
Richard Wagner
Postdoctoral Research Engineer
Nuclear and Particle Physics Group
Institut Laue-Langevin - ILL
71, avenue des Martyrs
CS 20156
38042 Grenoble Cedex 9
France

www.ill.eu<x-msg://1/www.ill.eu>

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--
Richard Wagner
Postdoctoral Research Engineer
Nuclear and Particle Physics Group
Institut Laue-Langevin - ILL
71, avenue des Martyrs
CS 20156
38042 Grenoble Cedex 9
France

www.ill.eu<x-msg://3/www.ill.eu>



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--
/ ___|__/\_| |   | ____|_ _| |      FARHI Emmanuel
\___ \\    | |   |  _|  | || |      Div Exp/Data Reduction and Analysis Team
 ___) /_  _| |___| |___ | || |___   Tel : +33 (1) 69 35 96 04<callto:+33%20%281%29%2069%2035%2096%2004>
|____/  \/ |_____|_____|___|_____|  Saint-Aubin BP 48 - 91192 GIF/YVETTE CEDEX
                       SYNCHROTRON  http://www.synchrotron-soleil.fr<http://www.synchrotron-soleil.fr/>
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From emmanuel.farhi at synchrotron-soleil.fr  Tue May  2 17:34:54 2023
From: emmanuel.farhi at synchrotron-soleil.fr (Emmanuel FARHI)
Date: Tue, 2 May 2023 17:34:54 +0200
Subject: [mcstas-users] Job offer: Python/nodeJS at Synchrotron SOLEIL near
 Paris for the MX beamlines
Message-ID: <fc963586-309e-b1f8-5643-9e2c42c32f8f@synchrotron-soleil.fr>

Temporary position at Synchrotron SOLEIL (18 months)

*Python/NodeJS programmer*

*Background*

SOLEIL is the French synchrotron radiation center, located on the Saclay 
plateau near Paris. It is a multidisciplinary instrument and a research 
laboratory, whose mission is to conduct research programs using 
synchrotron radiation, to develop state-of-the-art instrumentation on 
the beamlines and to put them available to the scientific community. The 
SOLEIL synchrotron, a unique tool for both academic research and 
industrial applications, opened in 2008. It is used annually by several 
thousand French and foreign researchers, across a wide range of 
disciplines such as physics, biology, chemistry, astrophysics, 
environment, earth sciences, etc. SOLEIL relies on a remarkable 
radiation source both in terms of brilliance and stability. This Very 
Large Research Infrastructure (TGIR), a partner of the University of 
Paris-Saclay, is constituted as a ?civil? company founded jointly by the 
CNRS and the CEA.

The SOLEIL synchrotron, in the field of structural biology, operates two 
X-ray diffraction beamlines for macromolecular crystallography (MX), a 
small-angle scattering beamline in solution and soon an electron 
cryomicroscope. The beamlines feature a high degree of automation 
through advanced robotics, and are driven by software developed in a 
collaboration (MXCuBE, Journal of Synchrotron Radiation 17(5):700-7). 
The latest version, the MXCuBE3 web application 
(https://github.com/mxcube/), is specially designed to perform advanced 
experiments remotely.

*Tasks*

Your main mission will be to carry out, in close collaboration with the 
PROXIMA-1 and PROXIMA-2A beamlines, the migration of the current version 
in production of MXCuBE (QT) to MXCuBEv3 (web), test the new interface 
and implement it as a service.

*Responsibilities*

  * Gain an understanding of the experiments conducted on the MX
    beamlines, and of the operation of MXCUBE through consortium
    meetings with the other developers of the code;
  * Migrate the current python code from the back-end (hardware
    repository) to the new python code redesign (mxcubecore);
    harmonization of the code between the two beamlines.
  * Migrate the HMIs of the two PROXIMA-1 and PROXIMA-2A lines to the
    MXCuBEv3 web version;
  * Testing and production of the MXCuBEv3 web version on both lines;
  * Develop some new features in the MXCuBEv3 HMI.

*Training and experience*

Required level: master 1/2 or higher. A professional experience of at 
least 3 years will be appreciated.

Essential basic knowledge: Python programming; Web development skills: 
Javascript, Node.js React or equivalent.

Any additional knowledge and/or skills: Management of scientific equipment.

Required qualities: Curiosity ; Good communication skills.

*General conditions of practice*

The candidate will work within the biocrystallography teams on the 
PROXIMA 1 and PROXIMA 2A beamlines.


You are invited to apply by sending your letter and curriculum at 
FALDUTI Virginie <virginie.falduti at synchrotron-soleil.fr> with the 
reference "EXP-915".


-- 
signature
/ ___|__/\_| | ? | ____|_ _| | ? ? ?FARHI Emmanuel
\___ \\ | | ? | ?_| ?| || | ? ? ?Div Exp/Data Reduction and Analysis Team
 ?___) /_ ?_| |___| |___ | || |___ ? Tel : +33 (1) 69 35 96 04 
<callto:+33%20%281%29%2069%2035%2096%2004>
|____/ ?\/ |_____|_____|___|_____| ?Saint-Aubin BP 48 - 91192 GIF/YVETTE 
CEDEX
SYNCHROTRON http://www.synchrotron-soleil.fr
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From pkwi at fysik.dtu.dk  Wed May 10 16:45:57 2023
From: pkwi at fysik.dtu.dk (=?utf-8?B?UGV0ZXIgS2rDpnIgV2lsbGVuZHJ1cA==?=)
Date: Wed, 10 May 2023 14:45:57 +0000
Subject: [mcstas-users] Ncount doubled? McStas 3.3
In-Reply-To: <3A885D1A-367E-4C7B-9F97-F19E13A3E2AB@fysik.dtu.dk>
References: <8aa24762-1e1e-9215-8139-40b5cd13298e@ill.fr>
 <992C3873-952B-410C-A814-E3B6BD058B7E@fysik.dtu.dk>
 <5a69f2e6-a6ea-ca90-de22-8df5f7bd9e5f@ill.fr>
 <c1b2aef7-9b16-97bb-cd56-16fc1f1dcb10@synchrotron-soleil.fr>
 <3A885D1A-367E-4C7B-9F97-F19E13A3E2AB@fysik.dtu.dk>
Message-ID: <C3223FA0-A2EA-4206-9AB5-985184F7D7AF@fysik.dtu.dk>

Hi all,

I can now report that the cause of the issue has been located and fixed in the development tree toward the next McStas 3.x and McXtrace 3.x releases.

You can also rest assured that the issue was of a cosmetic nature only, only affecting output headers, not the actual number of simulated / saved events.

Best,
Peter

On 18 Apr 2023, at 15.13, Peter Kj?r Willendrup <pkwi at fysik.dtu.dk> wrote:

Hi both,

OK, thanks for testing.

Looking on my machine here with McStas 3.3, it seems the the first entry in mccode.sim (i.e. the ?simulation level?) is OK, whereas the entries for any monitor after has been doubled:

McStas simulation description file for BNL_H8.
Date:    Tue Apr 18 12:02:56 2023
Program:

begin instrument: BNL_H8
  File: BNL_H8_20230418_120254/mccode
  Source: BNL_H8.instr
  Parameters:  lambda(double)
  Trace_enabled: yes
  Default_main: yes
  Embedded_runtime: yes
end instrument

begin simulation: BNL_H8_20230418_120254
  Format: McCode with text headers
  URL: http://www.mccode.org
  Creator:
  Instrument: BNL_H8.instr
  Ncount: 1000000
  Trace: no
  Gravitation: no
  Seed: 1681812175442876
  Directory: BNL_H8_20230418_120254
  Param: lambda=2.36
end simulation

begin data
  Date: Tue Apr 18 12:02:57 2023 (1681812177)
  type: array_2d(20, 20)
  Source: BNL_H8 (BNL_H8.instr)
  component: D0_Source
  position: 0 0 0.0001
  title: PSD monitor
  Ncount: 2000000
  filename: D0_Source.psd
  statistics: X0=-0.00187139; dX=0.864864; Y0=0.0044862; dY=1.56205;
  signal: Min=6.0781e-06; Max=1.04372e-05; Mean=7.97501e-06;
  values: 0.00319 1.39945e-05 51960
  xvar: X
  yvar: Y
  xlabel: X position [cm]
  ylabel: Y position [cm]
  zvar: I
  zlabel: Signal per bin
  xylimits: -1.5 1.5 -2.7 2.7
  variables: I I_err N
end data
...

I would think this ?only" a header / summary data - issue, but of course annoying. I don?t believe the actual number of simulated events is actually doubled.

Will investigate further during the next days and report back.

Best,
Peter

On 18 Apr 2023, at 13.19, Emmanuel FARHI <emmanuel.farhi at synchrotron-soleil.fr> wrote:


I can confirm this also holds for McXtrace, but only for the 'legacy' code.

McXtrace 3.x is OK.

Emmanuel.

Le 18/04/2023 ? 13:07, Richard Wagner a ?crit :
Hi Peter,

as an example I took the BTsimple.instr from the template section.
The command to run McStas is: mcrun BTsimple.instr -d BTsimple_20230418_115509 -n 1000  lambda=10 dlambda=9.9 maxhd=3 maxvd=3 gw=0.1 gh=0.1 gL=50 gm=6 delta1=0 delta2=0

and the reads (just as an example)

BT_in.dat

# Format: McCode with text headers # URL: http://www.mccode.org<http://www.mccode.org/> # Creator: # Instrument: BTsimple.instr # Ncount: 2000 # Trace: no # Gravitation: no # Seed: 1681811710726221 # Directory: /Users/wagnerrichard/BTsimple_20230418_115509 # Param: lambda=10 # Param: dlambda=9.9 # Param: maxhd=3 # Param: maxvd=3 # Param: gw=0.1 # Param: gh=0.1 # Param: gL=50 # Param: gm=6 # Param: delta1=0 # Param: delta2=0 # Date: Tue Apr 18 11:55:10 2023 (1681811710) # type: array_1d(101) # Source: BTsimple (BTsimple.instr) # component: BT_in # position: 0 0 2 # title: Wavelength monitor # Ncount: 2000 # filename: BT_in.dat # statistics: X0=2.95806; dX=1.79349; # signal: Min=0; Max=1.42052e+11; Mean=7.26371e+09; # values: 7.33634e+11 2.44642e+11 34 # xvar: L # yvar: (I,I_err) # xlabel: Wavelength [AA] # ylabel: Intensity # xlimits: 0.1 19.9 # variables: L I I_err N 0.198019802 0.06290653129 0.06290653129 1 0.3940594059 0 0 0 0.5900990099 0 0 0 0.7861386139 0 0 0 0.9821782178 8.634588395e+10 8.634588395e+10 1 1.178217822 1.129377287e+11 1.129377287e+11 1 1.374257426 0 0 0 1.57029703 0 0 0 1.766336634 0 0 0 1.962376238 0 0 0 2.158415842 0 0 0 2.354455446 0 0 0 2.55049505 1.045974734e+11 1.045974734e+11 1 2.746534653 0 0 0 2.942574257 8.997598489e+10 8.997598489e+10 1 3.138613861 7.835386438e+10 7.835386438e+10 1 3.334653465 1.420521026e+11 1.004534555e+11 2 3.530693069 0 0 0 3.726732673 0 0 0 3.922772277 4.930911027e+10 4.930911027e+10 1 4.118811881 0 0 0 4.314851485 0 0 0 4.510891089 0 0 0 4.706930693 0 0 0 4.902970297 0 0 0 5.099009901 0 0 0 5.295049505 0 0 0 5.491089109 0 0 0 5.687128713 0 0 0 5.883168317 2.834814784e+10 2.005320461e+10 2 6.079207921 0 0 0 6.275247525 0 0 0 6.471287129 0 0 0 6.667326733 1.878195926e+10 1.328092168e+10 2 6.863366337 0 0 0 7.059405941 0 0 0 7.255445545 0 0 0 7.451485149 0 0 0 7.647524752 5150986989 5150986989 1 7.843564356 0 0 0 8.03960396 4013292994 4013292994 1 8.235643564 3595007505 3595007505 1 8.431683168 0 0 0 8.627722772 0 0 0 8.823762376 0 0 0 9.01980198 0 0 0 9.215841584 2189836065 2189836065 1 9.411881188 1988533204 1988533204 1 9.607920792 0 0 0 9.803960396 0 0 0 10 1492967095 1492967095 1 10.1960396 0 0 0 10.39207921 0 0 0 10.58811881 0 0 0 10.78415842 0 0 0 10.98019802 0 0 0 11.17623762 0 0 0 11.37227723 848524385.4 848524385.4 1 11.56831683 776540913.4 776540913.4 1 11.76435644 704975245.4 704975245.4 1 11.96039604 0 0 0 12.15643564 0 0 0 12.35247525 0 0 0 12.54851485 0 0 0 12.74455446 0 0 0 12.94059406 0 0 0 13.13663366 0 0 0 13.33267327 0 0 0 13.52871287 0 0 0 13.72475248 361109386.4 361109386.4 1 13.92079208 0 0 0 14.11683168 0 0 0 14.31287129 0 0 0 14.50891089 272324491.7 272324491.7 1 14.7049505 0 0 0 14.9009901 241800376.7 241800376.7 1 15.0970297 224371882.4 224371882.4 1 15.29306931 203464827.5 203464827.5 1 15.48910891 0 0 0 15.68514851 182210050 182210050 1 15.88118812 173421371.5 173421371.5 1 16.07722772 0 0 0 16.27326733 0 0 0 16.46930693 0 0 0 16.66534653 140822062.6 140822062.6 1 16.86138614 0 0 0 17.05742574 124243190.4 124243190.4 1 17.25346535 0 0 0 17.44950495 0 0 0 17.64554455 0 0 0 17.84158416 0 0 0 18.03762376 91358644.93 91358644.93 1 18.23366337 90222429.45 90222429.45 1 18.42970297 0 0 0 18.62574257 0 0 0 18.82178218 0 0 0 19.01782178 0 0 0 19.21386139 0 0 0 19.40990099 65966180.97 65966180.97 1 19.60594059 0 0 0 19.8019802 0 0 0

Holds for the rest of the dat-files and for simulations with higer n numbers
I just took n = 1000 for demonstration purposes.

Best
Richard

On 18/04/2023 12:07, Peter Kj?r Willendrup wrote:
Hi Richard,


Hmm, no this sounds strange?

Could you help by providing a little bit more context? I.e.

* What are you running?
* How?
* Where do you read off the resulting Ncount?

Best,
Peter

On 18 Apr 2023, at 11.58, Richard Wagner <wagnerrichard at ill.fr><mailto:wagnerrichard at ill.fr> wrote:


Dear McStas Experts and Community

Is there a reason that the in Mcstas 3.3 Ncount is twice as high then the "Ray count" selected?

eg.: -n 1000 -> # Ncount: 2000

Best

Richard

--
Richard Wagner
Postdoctoral Research Engineer
Nuclear and Particle Physics Group
Institut Laue-Langevin - ILL
71, avenue des Martyrs
CS 20156
38042 Grenoble Cedex 9
France

www.ill.eu<x-msg://1/www.ill.eu>

_______________________________________________
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--
Richard Wagner
Postdoctoral Research Engineer
Nuclear and Particle Physics Group
Institut Laue-Langevin - ILL
71, avenue des Martyrs
CS 20156
38042 Grenoble Cedex 9
France

www.ill.eu<x-msg://3/www.ill.eu>




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--
/ ___|__/\_| |   | ____|_ _| |      FARHI Emmanuel
\___ \\    | |   |  _|  | || |      Div Exp/Data Reduction and Analysis Team
 ___) /_  _| |___| |___ | || |___   Tel : +33 (1) 69 35 96 04<callto:+33%20%281%29%2069%2035%2096%2004>
|____/  \/ |_____|_____|___|_____|  Saint-Aubin BP 48 - 91192 GIF/YVETTE CEDEX
                       SYNCHROTRON  http://www.synchrotron-soleil.fr<http://www.synchrotron-soleil.fr/>
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From zengzr at ihep.ac.cn  Fri May 12 11:17:16 2023
From: zengzr at ihep.ac.cn (=?UTF-8?B?5pu+5pm66JOJ?=)
Date: Fri, 12 May 2023 17:17:16 +0800 (GMT+08:00)
Subject: [mcstas-users] problem of saving file with McStas 3.2
Message-ID: <64635b6.7759.1880f4010e8.Coremail.zengzr@ihep.ac.cn>

Hi,




I reinstalled the McStas with the version of 3.2. But the instrument file can't be compiled properly. The files was created by saving another old file which was previously run properly.In addition, if I make any change to the old file and save it, the new file was not run properly too. May I ask for some help? Thanks very much!




PS: the information for the error was as following:

"

loading system configuration

INFO: No output directory specified (--dir)

INFO: Using directory: "#beamline82_20230512_165013"

INFO: Regenerating c-file: #beamline82.c




-----------------------------------------------------------




Generating single GPU kernel or single CPU section layout:




-----------------------------------------------------------




Generating GPU/CPU -DFUNNEL layout:




-----------------------------------------------------------

Info: 'Al_window' is a contributed component.

Warning: DECLARE block contains 101 assignments (= sign).

Move them into an INITIALIZE section. May fail at compile.

CFLAGS=

INFO: Recompiling: #beamline82.exe

#beamline82.c: In function 'mcuse_dir':

#beamline82.c:3629:8: warning: implicit declaration of function 'mkdir' [-Wimplicit-function-declaration]

if(mkdir(dirname, 0777)) {

^

#beamline82.c: In function 'sighandler':

#beamline82.c:5535:64: warning: implicit declaration of function 'getpid' [-Wimplicit-function-declaration]

printf("\n# " MCCODE_STRING ": [pid %i] Signal %i detected", getpid(), sig);

^

#beamline82.c: At top level:

#beamline82.c:8215:3: error: expected specifier-qualifier-list before 'return'

return vecy[idx];

^

#beamline82.c: In function 'class_SNS_source2_init':

#beamline82.c:12169:20: error: expected ')' before '->' token

#define fp (_comp->_parameters.fp)

^

#beamline82.c:12185:9: note: in expansion of macro 'fp'

FILE *fp;

^

#beamline82.c:12190:3: error: 'Pvec' undeclared (first use in this function)

Pvec=malloc(500*sizeof(double));

^

#beamline82.c:12190:3: note: each undeclared identifier is reported only once for each function it appears in

#beamline82.c:12191:3: error: 'inxvec' undeclared (first use in this function)

inxvec=malloc(500*sizeof(double));

^

#beamline82.c:12192:3: error: 'inyvec' undeclared (first use in this function)

inyvec=malloc(500*sizeof(double));

^

#beamline82.c:12193:3: error: 'tcol' undeclared (first use in this function)

tcol=malloc(200*sizeof(double));

^

#beamline82.c:12194:3: error: 'Ecol' undeclared (first use in this function)

Ecol=malloc(200*sizeof(double));

^

#beamline82.c:12195:3: error: 'tyval' undeclared (first use in this function)

tyval=malloc(500*sizeof(double));

^

#beamline82.c:12196:3: error: 'txval' undeclared (first use in this function)

txval=malloc(500*sizeof(double));

^

#beamline82.c:12209:45: error: 'filename' undeclared (first use in this function)

printf("%s%s\n","Loading moderator file ",filename);

^

#beamline82.c:12210:4: warning: implicit declaration of function 'SNS_source2_load' [-Wimplicit-function-declaration]

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline82.c:12210:74: error: 'ntvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline82.c:12210:82: error: 'nEvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline82.c:12216:2: error: 'INorm2' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline82.c:12216:9: warning: implicit declaration of function 'integ1' [-Wimplicit-function-declaration]

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline82.c:12216:16: error: 'xonly' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline82.c:12217:3: warning: implicit declaration of function 'Pcalc' [-Wimplicit-function-declaration]

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline82.c:12217:47: error: 'idxstart' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline82.c:12217:57: error: 'idxstop' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline82.c:12228:7: warning: implicit declaration of function 'tPcalc' [-Wimplicit-function-declaration]

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12228:14: error: 'txonly' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12228:52: error: 'tidxstart' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12228:63: error: 'tidxstop' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12235:4: error: 'EPmax' undeclared (first use in this function)

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline82.c:12235:10: warning: implicit declaration of function 'quadfuncint' [-Wimplicit-function-declaration]

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline82.c:12236:4: error: 'EPmin' undeclared (first use in this function)

EPmin=quadfuncint(Emin/1000.0,xylength,inxvec,Pvec);

^

#beamline82.c: In function 'class_SNS_source2_trace':

#beamline82.c:13067:3: error: 'hdiv' undeclared (first use in this function)

hdiv=theta;

^

#beamline82.c:13068:3: error: 'vdiv' undeclared (first use in this function)

vdiv=phi;

^

#beamline82.c:13072:11: error: 'EPmin' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline82.c:13072:27: error: 'EPmax' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline82.c:13074:10: warning: implicit declaration of function 'zero_find' [-Wimplicit-function-declaration]

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:20: error: 'Pfunc' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:32: error: 'inxvec' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:39: error: 'idxstart' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:56: error: 'idxstop' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13078:16: error: 'nEvals' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline82.c:13078:26: error: 'Ecol' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline82.c:13084:21: error: 'ntvals' undeclared (first use in this function)

for (idx3=0;idx3<ntvals;idx3++){

^

#beamline82.c:13085:6: error: 'tyval' undeclared (first use in this function)

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline82.c:13085:18: warning: implicit declaration of function 'linint' [-Wimplicit-function-declaration]

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline82.c:13086:6: error: 'txval' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline82.c:13086:18: error: 'tcol' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline82.c:13088:16: error: 'tidxstart' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline82.c:13088:43: error: 'tidxstop' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline82.c:13090:22: error: 'tPfunc' undeclared (first use in this function)

tval=zero_find(tPfunc,randp,txval[tidxstart],txval[tidxstop-1],1e-5);}

^

#beamline82.c:13101:33: error: 'INorm2' undeclared (first use in this function)

p*=(xwidth*yheight/(0.1*0.1))*INorm2/mcget_ncount();

^

#beamline82.c: In function 'class_SNS_source2_finally':

#beamline82.c:16207:8: error: 'txval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline82.c:16207:20: error: 'tyval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline82.c:16208:8: error: 'inxvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:21: error: 'inyvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:34: error: 'Pvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:45: error: 'tcol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:56: error: 'Ecol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c: In function 'class_SNS_source2_display':

#beamline82.c:16567:0: warning: "line" redefined

#define line (_comp->_parameters.line)

^

#beamline82.c:16517:0: note: this is the location of the previous definition

#define line mcdis_line

^

#beamline82.c: In function 'class_Arm_display':

#beamline82.c:16618:3: warning: implicit declaration of function 'line' [-Wimplicit-function-declaration]

line(0,0,0,0.2,0,0);

^

start mcrun #beamline82.instr -d C:\mcstas-3.2\source_test\#beamline82_20230512_165017 -n 1000000

Instrument opened: #beamline8.instr

loading system configuration

INFO: No output directory specified (--dir)

INFO: Using directory: "#beamline8_20230512_170946"

INFO: Using existing c-file: #beamline8.c

INFO: Using existing binary: #beamline8.exe

INFO: ===

begin instrument: CSNS_img

Creator: McStas 2.7.1 - Oct. 04, 2021

Source: #beamline8.instr

Parameters: Lmin(double) Lmax(double) source_size(double) dist(double) moderator(string)

Trace_enabled: yes

Default_main: yes

Embedded_runtime: yes

end instrument

begin simulation: .

Format: McCode with text headers

URL: http://www.mccode.org

Creator: McStas 2.7.1 - Oct. 04, 2021

Instrument: #beamline8.instr

Ncount: 1000000

Trace: no

Gravitation: no

Seed: 1683886311

Directory: .

Param: Lmin=0.005

Param: Lmax=40

Param: source_size=0.1

Param: dist=2.32

Param: moderator=MCSTAS-DPHM-BL8.dat

end simulation

start mcrun #beamline8.instr -d C:\mcstas-3.2\source_test\#beamline8_20230512_170948 -n 1000000 Lmin=0.005 Lmax=40 source_size=0.1 dist=2.32 moderator=MCSTAS-DPHM-BL8.dat

loading system configuration

INFO: No output directory specified (--dir)

INFO: Using directory: "#beamline8_20230512_171041"

INFO: Regenerating c-file: #beamline8.c




-----------------------------------------------------------




Generating single GPU kernel or single CPU section layout:




-----------------------------------------------------------




Generating GPU/CPU -DFUNNEL layout:




-----------------------------------------------------------

Info: 'Al_window' is a contributed component.

Warning: DECLARE block contains 101 assignments (= sign).

Move them into an INITIALIZE section. May fail at compile.

CFLAGS=

INFO: Recompiling: #beamline8.exe

#beamline8.c: In function 'mcuse_dir':

#beamline8.c:3629:8: warning: implicit declaration of function 'mkdir' [-Wimplicit-function-declaration]

if(mkdir(dirname, 0777)) {

^

#beamline8.c: In function 'sighandler':

#beamline8.c:5535:64: warning: implicit declaration of function 'getpid' [-Wimplicit-function-declaration]

printf("\n# " MCCODE_STRING ": [pid %i] Signal %i detected", getpid(), sig);

^

#beamline8.c: At top level:

#beamline8.c:7992:3: error: expected specifier-qualifier-list before 'return'

return vecy[idx];

^

#beamline8.c: In function 'class_SNS_source2_init':

#beamline8.c:8582:20: error: expected ')' before '->' token

#define fp (_comp->_parameters.fp)

^

#beamline8.c:8598:9: note: in expansion of macro 'fp'

FILE *fp;

^

#beamline8.c:8603:3: error: 'Pvec' undeclared (first use in this function)

Pvec=malloc(500*sizeof(double));

^

#beamline8.c:8603:3: note: each undeclared identifier is reported only once for each function it appears in

#beamline8.c:8604:3: error: 'inxvec' undeclared (first use in this function)

inxvec=malloc(500*sizeof(double));

^

#beamline8.c:8605:3: error: 'inyvec' undeclared (first use in this function)

inyvec=malloc(500*sizeof(double));

^

#beamline8.c:8606:3: error: 'tcol' undeclared (first use in this function)

tcol=malloc(200*sizeof(double));

^

#beamline8.c:8607:3: error: 'Ecol' undeclared (first use in this function)

Ecol=malloc(200*sizeof(double));

^

#beamline8.c:8608:3: error: 'tyval' undeclared (first use in this function)

tyval=malloc(500*sizeof(double));

^

#beamline8.c:8609:3: error: 'txval' undeclared (first use in this function)

txval=malloc(500*sizeof(double));

^

#beamline8.c:8622:45: error: 'filename' undeclared (first use in this function)

printf("%s%s\n","Loading moderator file ",filename);

^

#beamline8.c:8623:4: warning: implicit declaration of function 'SNS_source2_load' [-Wimplicit-function-declaration]

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline8.c:8623:74: error: 'ntvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline8.c:8623:82: error: 'nEvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline8.c:8629:2: error: 'INorm2' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline8.c:8629:9: warning: implicit declaration of function 'integ1' [-Wimplicit-function-declaration]

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline8.c:8629:16: error: 'xonly' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline8.c:8630:3: warning: implicit declaration of function 'Pcalc' [-Wimplicit-function-declaration]

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline8.c:8630:47: error: 'idxstart' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline8.c:8630:57: error: 'idxstop' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline8.c:8641:7: warning: implicit declaration of function 'tPcalc' [-Wimplicit-function-declaration]

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8641:14: error: 'txonly' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8641:52: error: 'tidxstart' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8641:63: error: 'tidxstop' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8648:4: error: 'EPmax' undeclared (first use in this function)

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline8.c:8648:10: warning: implicit declaration of function 'quadfuncint' [-Wimplicit-function-declaration]

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline8.c:8649:4: error: 'EPmin' undeclared (first use in this function)

EPmin=quadfuncint(Emin/1000.0,xylength,inxvec,Pvec);

^

#beamline8.c: In function 'class_SNS_source2_trace':

#beamline8.c:9041:3: error: 'hdiv' undeclared (first use in this function)

hdiv=theta;

^

#beamline8.c:9042:3: error: 'vdiv' undeclared (first use in this function)

vdiv=phi;

^

#beamline8.c:9046:11: error: 'EPmin' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline8.c:9046:27: error: 'EPmax' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline8.c:9048:10: warning: implicit declaration of function 'zero_find' [-Wimplicit-function-declaration]

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:20: error: 'Pfunc' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:32: error: 'inxvec' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:39: error: 'idxstart' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:56: error: 'idxstop' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9052:16: error: 'nEvals' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline8.c:9052:26: error: 'Ecol' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline8.c:9058:21: error: 'ntvals' undeclared (first use in this function)

for (idx3=0;idx3<ntvals;idx3++){

^

#beamline8.c:9059:6: error: 'tyval' undeclared (first use in this function)

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline8.c:9059:18: warning: implicit declaration of function 'linint' [-Wimplicit-function-declaration]

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline8.c:9060:6: error: 'txval' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline8.c:9060:18: error: 'tcol' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline8.c:9062:16: error: 'tidxstart' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline8.c:9062:43: error: 'tidxstop' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline8.c:9064:22: error: 'tPfunc' undeclared (first use in this function)

tval=zero_find(tPfunc,randp,txval[tidxstart],txval[tidxstop-1],1e-5);}

^

#beamline8.c:9075:33: error: 'INorm2' undeclared (first use in this function)

p*=(xwidth*yheight/(0.1*0.1))*INorm2/mcget_ncount();

^

#beamline8.c: In function 'class_SNS_source2_finally':

#beamline8.c:10043:8: error: 'txval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline8.c:10043:20: error: 'tyval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline8.c:10044:8: error: 'inxvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:21: error: 'inyvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:34: error: 'Pvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:45: error: 'tcol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:56: error: 'Ecol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c: In function 'class_SNS_source2_display':

#beamline8.c:10206:0: warning: "line" redefined

#define line (_comp->_parameters.line)

^

#beamline8.c:10156:0: note: this is the location of the previous definition

#define line mcdis_line

^

#beamline8.c: In function 'class_Arm_display':

#beamline8.c:10257:3: warning: implicit declaration of function 'line' [-Wimplicit-function-declaration]

line(0,0,0,0.2,0,0);

^

start mcrun #beamline8.instr -d C:\mcstas-3.2\source_test\#beamline8_20230512_171044 -n 1000000

"
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From pkwi at fysik.dtu.dk  Fri May 12 14:22:01 2023
From: pkwi at fysik.dtu.dk (=?utf-8?B?UGV0ZXIgS2rDpnIgV2lsbGVuZHJ1cA==?=)
Date: Fri, 12 May 2023 12:22:01 +0000
Subject: [mcstas-users] problem of saving file with McStas 3.2
In-Reply-To: <64635b6.7759.1880f4010e8.Coremail.zengzr@ihep.ac.cn>
References: <64635b6.7759.1880f4010e8.Coremail.zengzr@ihep.ac.cn>
Message-ID: <386FEC4F-B8B0-4079-9543-02BD0D4F5968@fysik.dtu.dk>

Hello,

It looks like you are porting a McStas 2.x instrument to 3.x, but this is hard to fully judge just from the error messages. :-)

Please first check that you have followed all recommendations for the process by consulting
https://github.com/McStasMcXtrace/McCode/wiki/HOWTO%3A-Modifying-a-McStas-2-instrument-for-use-under-McStas-3

If this is not enough to make the instrument run, please send along your .instr file plus any needed local .comp file and/or datafiles.

Best
Peter Willendrup




Peter Kj?r Willendrup
Forskningsingeni?r, Specialkonsulent

DTU Physics

[image001.gif]


Technical University of Denmark


[image002.gif]


Department of Physics
Fysikvej
Building 307
DK-2800 Kongens Lyngby

Main office at
ESS DMSC
COBIS, Ole Maal?es vej 3, 2200 K?benhavn N, Denmark

Direct +45 2125 4612
Mobil +45 2125 4612
Fax +45 4593 2399
pkwi at fysik.dtu.dk


On 12 May 2023, at 11.17, ??? <zengzr at ihep.ac.cn> wrote:


Hi,


I reinstalled the McStas with the version of 3.2. But the instrument file can't be compiled properly. The files was created by saving another old file which was previously run properly.In addition, if I make any change to the old file and save it, the new file was not run properly too. May I ask for some help? Thanks very much!


PS: the information for the error was as following:

"

loading system configuration

INFO: No output directory specified (--dir)

INFO: Using directory: "#beamline82_20230512_165013"

INFO: Regenerating c-file: #beamline82.c


-----------------------------------------------------------


Generating single GPU kernel or single CPU section layout:


-----------------------------------------------------------


Generating GPU/CPU -DFUNNEL layout:


-----------------------------------------------------------

Info: 'Al_window' is a contributed component.

Warning: DECLARE block contains 101 assignments (= sign).

Move them into an INITIALIZE section. May fail at compile.

CFLAGS=

INFO: Recompiling: #beamline82.exe

#beamline82.c: In function 'mcuse_dir':

#beamline82.c:3629:8: warning: implicit declaration of function 'mkdir' [-Wimplicit-function-declaration]

if(mkdir(dirname, 0777)) {

^

#beamline82.c: In function 'sighandler':

#beamline82.c:5535:64: warning: implicit declaration of function 'getpid' [-Wimplicit-function-declaration]

printf("\n# " MCCODE_STRING ": [pid %i] Signal %i detected", getpid(), sig);

^

#beamline82.c: At top level:

#beamline82.c:8215:3: error: expected specifier-qualifier-list before 'return'

return vecy[idx];

^

#beamline82.c: In function 'class_SNS_source2_init':

#beamline82.c:12169:20: error: expected ')' before '->' token

#define fp (_comp->_parameters.fp)

^

#beamline82.c:12185:9: note: in expansion of macro 'fp'

FILE *fp;

^

#beamline82.c:12190:3: error: 'Pvec' undeclared (first use in this function)

Pvec=malloc(500*sizeof(double));

^

#beamline82.c:12190:3: note: each undeclared identifier is reported only once for each function it appears in

#beamline82.c:12191:3: error: 'inxvec' undeclared (first use in this function)

inxvec=malloc(500*sizeof(double));

^

#beamline82.c:12192:3: error: 'inyvec' undeclared (first use in this function)

inyvec=malloc(500*sizeof(double));

^

#beamline82.c:12193:3: error: 'tcol' undeclared (first use in this function)

tcol=malloc(200*sizeof(double));

^

#beamline82.c:12194:3: error: 'Ecol' undeclared (first use in this function)

Ecol=malloc(200*sizeof(double));

^

#beamline82.c:12195:3: error: 'tyval' undeclared (first use in this function)

tyval=malloc(500*sizeof(double));

^

#beamline82.c:12196:3: error: 'txval' undeclared (first use in this function)

txval=malloc(500*sizeof(double));

^

#beamline82.c:12209:45: error: 'filename' undeclared (first use in this function)

printf("%s%s\n","Loading moderator file ",filename);

^

#beamline82.c:12210:4: warning: implicit declaration of function 'SNS_source2_load' [-Wimplicit-function-declaration]

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline82.c:12210:74: error: 'ntvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline82.c:12210:82: error: 'nEvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline82.c:12216:2: error: 'INorm2' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline82.c:12216:9: warning: implicit declaration of function 'integ1' [-Wimplicit-function-declaration]

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline82.c:12216:16: error: 'xonly' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline82.c:12217:3: warning: implicit declaration of function 'Pcalc' [-Wimplicit-function-declaration]

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline82.c:12217:47: error: 'idxstart' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline82.c:12217:57: error: 'idxstop' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline82.c:12228:7: warning: implicit declaration of function 'tPcalc' [-Wimplicit-function-declaration]

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12228:14: error: 'txonly' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12228:52: error: 'tidxstart' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12228:63: error: 'tidxstop' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline82.c:12235:4: error: 'EPmax' undeclared (first use in this function)

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline82.c:12235:10: warning: implicit declaration of function 'quadfuncint' [-Wimplicit-function-declaration]

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline82.c:12236:4: error: 'EPmin' undeclared (first use in this function)

EPmin=quadfuncint(Emin/1000.0,xylength,inxvec,Pvec);

^

#beamline82.c: In function 'class_SNS_source2_trace':

#beamline82.c:13067:3: error: 'hdiv' undeclared (first use in this function)

hdiv=theta;

^

#beamline82.c:13068:3: error: 'vdiv' undeclared (first use in this function)

vdiv=phi;

^

#beamline82.c:13072:11: error: 'EPmin' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline82.c:13072:27: error: 'EPmax' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline82.c:13074:10: warning: implicit declaration of function 'zero_find' [-Wimplicit-function-declaration]

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:20: error: 'Pfunc' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:32: error: 'inxvec' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:39: error: 'idxstart' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13074:56: error: 'idxstop' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline82.c:13078:16: error: 'nEvals' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline82.c:13078:26: error: 'Ecol' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline82.c:13084:21: error: 'ntvals' undeclared (first use in this function)

for (idx3=0;idx3<ntvals;idx3++){

^

#beamline82.c:13085:6: error: 'tyval' undeclared (first use in this function)

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline82.c:13085:18: warning: implicit declaration of function 'linint' [-Wimplicit-function-declaration]

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline82.c:13086:6: error: 'txval' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline82.c:13086:18: error: 'tcol' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline82.c:13088:16: error: 'tidxstart' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline82.c:13088:43: error: 'tidxstop' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline82.c:13090:22: error: 'tPfunc' undeclared (first use in this function)

tval=zero_find(tPfunc,randp,txval[tidxstart],txval[tidxstop-1],1e-5);}

^

#beamline82.c:13101:33: error: 'INorm2' undeclared (first use in this function)

p*=(xwidth*yheight/(0.1*0.1))*INorm2/mcget_ncount();

^

#beamline82.c: In function 'class_SNS_source2_finally':

#beamline82.c:16207:8: error: 'txval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline82.c:16207:20: error: 'tyval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline82.c:16208:8: error: 'inxvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:21: error: 'inyvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:34: error: 'Pvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:45: error: 'tcol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c:16208:56: error: 'Ecol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline82.c: In function 'class_SNS_source2_display':

#beamline82.c:16567:0: warning: "line" redefined

#define line (_comp->_parameters.line)

^

#beamline82.c:16517:0: note: this is the location of the previous definition

#define line mcdis_line

^

#beamline82.c: In function 'class_Arm_display':

#beamline82.c:16618:3: warning: implicit declaration of function 'line' [-Wimplicit-function-declaration]

line(0,0,0,0.2,0,0);

^

start mcrun #beamline82.instr -d C:\mcstas-3.2\source_test\#beamline82_20230512_165017 -n 1000000

Instrument opened: #beamline8.instr

loading system configuration

INFO: No output directory specified (--dir)

INFO: Using directory: "#beamline8_20230512_170946"

INFO: Using existing c-file: #beamline8.c

INFO: Using existing binary: #beamline8.exe

INFO: ===

begin instrument: CSNS_img

Creator: McStas 2.7.1 - Oct. 04, 2021

Source: #beamline8.instr

Parameters: Lmin(double) Lmax(double) source_size(double) dist(double) moderator(string)

Trace_enabled: yes

Default_main: yes

Embedded_runtime: yes

end instrument

begin simulation: .

Format: McCode with text headers

URL: http://www.mccode.org

Creator: McStas 2.7.1 - Oct. 04, 2021

Instrument: #beamline8.instr

Ncount: 1000000

Trace: no

Gravitation: no

Seed: 1683886311

Directory: .

Param: Lmin=0.005

Param: Lmax=40

Param: source_size=0.1

Param: dist=2.32

Param: moderator=MCSTAS-DPHM-BL8.dat

end simulation

start mcrun #beamline8.instr -d C:\mcstas-3.2\source_test\#beamline8_20230512_170948 -n 1000000 Lmin=0.005 Lmax=40 source_size=0.1 dist=2.32 moderator=MCSTAS-DPHM-BL8.dat

loading system configuration

INFO: No output directory specified (--dir)

INFO: Using directory: "#beamline8_20230512_171041"

INFO: Regenerating c-file: #beamline8.c


-----------------------------------------------------------


Generating single GPU kernel or single CPU section layout:


-----------------------------------------------------------


Generating GPU/CPU -DFUNNEL layout:


-----------------------------------------------------------

Info: 'Al_window' is a contributed component.

Warning: DECLARE block contains 101 assignments (= sign).

Move them into an INITIALIZE section. May fail at compile.

CFLAGS=

INFO: Recompiling: #beamline8.exe

#beamline8.c: In function 'mcuse_dir':

#beamline8.c:3629:8: warning: implicit declaration of function 'mkdir' [-Wimplicit-function-declaration]

if(mkdir(dirname, 0777)) {

^

#beamline8.c: In function 'sighandler':

#beamline8.c:5535:64: warning: implicit declaration of function 'getpid' [-Wimplicit-function-declaration]

printf("\n# " MCCODE_STRING ": [pid %i] Signal %i detected", getpid(), sig);

^

#beamline8.c: At top level:

#beamline8.c:7992:3: error: expected specifier-qualifier-list before 'return'

return vecy[idx];

^

#beamline8.c: In function 'class_SNS_source2_init':

#beamline8.c:8582:20: error: expected ')' before '->' token

#define fp (_comp->_parameters.fp)

^

#beamline8.c:8598:9: note: in expansion of macro 'fp'

FILE *fp;

^

#beamline8.c:8603:3: error: 'Pvec' undeclared (first use in this function)

Pvec=malloc(500*sizeof(double));

^

#beamline8.c:8603:3: note: each undeclared identifier is reported only once for each function it appears in

#beamline8.c:8604:3: error: 'inxvec' undeclared (first use in this function)

inxvec=malloc(500*sizeof(double));

^

#beamline8.c:8605:3: error: 'inyvec' undeclared (first use in this function)

inyvec=malloc(500*sizeof(double));

^

#beamline8.c:8606:3: error: 'tcol' undeclared (first use in this function)

tcol=malloc(200*sizeof(double));

^

#beamline8.c:8607:3: error: 'Ecol' undeclared (first use in this function)

Ecol=malloc(200*sizeof(double));

^

#beamline8.c:8608:3: error: 'tyval' undeclared (first use in this function)

tyval=malloc(500*sizeof(double));

^

#beamline8.c:8609:3: error: 'txval' undeclared (first use in this function)

txval=malloc(500*sizeof(double));

^

#beamline8.c:8622:45: error: 'filename' undeclared (first use in this function)

printf("%s%s\n","Loading moderator file ",filename);

^

#beamline8.c:8623:4: warning: implicit declaration of function 'SNS_source2_load' [-Wimplicit-function-declaration]

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline8.c:8623:74: error: 'ntvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline8.c:8623:82: error: 'nEvals' undeclared (first use in this function)

SNS_source2_load(filename,inxvec,inyvec,0,2,&xylength,tcol,Ecol,Imat,&ntvals,&nEvals);

^

#beamline8.c:8629:2: error: 'INorm2' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline8.c:8629:9: warning: implicit declaration of function 'integ1' [-Wimplicit-function-declaration]

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline8.c:8629:16: error: 'xonly' undeclared (first use in this function)

INorm2=integ1(xonly,Emin/1000.0,Emax/1000.0,0.001);

^

#beamline8.c:8630:3: warning: implicit declaration of function 'Pcalc' [-Wimplicit-function-declaration]

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline8.c:8630:47: error: 'idxstart' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline8.c:8630:57: error: 'idxstop' undeclared (first use in this function)

Pcalc(xonly,llim,hlim,inxvec,Pvec,xylength,&idxstart,&idxstop);

^

#beamline8.c:8641:7: warning: implicit declaration of function 'tPcalc' [-Wimplicit-function-declaration]

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8641:14: error: 'txonly' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8641:52: error: 'tidxstart' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8641:63: error: 'tidxstop' undeclared (first use in this function)

tPcalc(txonly,ltlim,htlim,tcol,tPvec,ntvals,&tidxstart,&tidxstop);

^

#beamline8.c:8648:4: error: 'EPmax' undeclared (first use in this function)

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline8.c:8648:10: warning: implicit declaration of function 'quadfuncint' [-Wimplicit-function-declaration]

EPmax=quadfuncint(Emax/1000.0,xylength,inxvec,Pvec);

^

#beamline8.c:8649:4: error: 'EPmin' undeclared (first use in this function)

EPmin=quadfuncint(Emin/1000.0,xylength,inxvec,Pvec);

^

#beamline8.c: In function 'class_SNS_source2_trace':

#beamline8.c:9041:3: error: 'hdiv' undeclared (first use in this function)

hdiv=theta;

^

#beamline8.c:9042:3: error: 'vdiv' undeclared (first use in this function)

vdiv=phi;

^

#beamline8.c:9046:11: error: 'EPmin' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline8.c:9046:27: error: 'EPmax' undeclared (first use in this function)

randp=EPmin+rand01()*(EPmax-EPmin);

^

#beamline8.c:9048:10: warning: implicit declaration of function 'zero_find' [-Wimplicit-function-declaration]

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:20: error: 'Pfunc' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:32: error: 'inxvec' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:39: error: 'idxstart' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9048:56: error: 'idxstop' undeclared (first use in this function)

Eval=zero_find(Pfunc,randp,inxvec[idxstart],inxvec[idxstop],1e-5);

^

#beamline8.c:9052:16: error: 'nEvals' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline8.c:9052:26: error: 'Ecol' undeclared (first use in this function)

while((idx1<nEvals)&&(Ecol[idx1]<Eval)){

^

#beamline8.c:9058:21: error: 'ntvals' undeclared (first use in this function)

for (idx3=0;idx3<ntvals;idx3++){

^

#beamline8.c:9059:6: error: 'tyval' undeclared (first use in this function)

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline8.c:9059:18: warning: implicit declaration of function 'linint' [-Wimplicit-function-declaration]

tyval[idx3]=linint(Eval,Ecol[Eidxl],Ecol[Eidxh],Ptmat[idx3][Eidxl],Ptmat[idx3][Eidxh]);

^

#beamline8.c:9060:6: error: 'txval' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline8.c:9060:18: error: 'tcol' undeclared (first use in this function)

txval[idx3]=tcol[idx3];

^

#beamline8.c:9062:16: error: 'tidxstart' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline8.c:9062:43: error: 'tidxstop' undeclared (first use in this function)

randp=tyval[tidxstart]+rand01()*(tyval[tidxstop-1]-tyval[tidxstart]);

^

#beamline8.c:9064:22: error: 'tPfunc' undeclared (first use in this function)

tval=zero_find(tPfunc,randp,txval[tidxstart],txval[tidxstop-1],1e-5);}

^

#beamline8.c:9075:33: error: 'INorm2' undeclared (first use in this function)

p*=(xwidth*yheight/(0.1*0.1))*INorm2/mcget_ncount();

^

#beamline8.c: In function 'class_SNS_source2_finally':

#beamline8.c:10043:8: error: 'txval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline8.c:10043:20: error: 'tyval' undeclared (first use in this function)

free(txval);free(tyval);free(tPvec);

^

#beamline8.c:10044:8: error: 'inxvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:21: error: 'inyvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:34: error: 'Pvec' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:45: error: 'tcol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c:10044:56: error: 'Ecol' undeclared (first use in this function)

free(inxvec);free(inyvec);free(Pvec);free(tcol);free(Ecol);

^

#beamline8.c: In function 'class_SNS_source2_display':

#beamline8.c:10206:0: warning: "line" redefined

#define line (_comp->_parameters.line)

^

#beamline8.c:10156:0: note: this is the location of the previous definition

#define line mcdis_line

^

#beamline8.c: In function 'class_Arm_display':

#beamline8.c:10257:3: warning: implicit declaration of function 'line' [-Wimplicit-function-declaration]

line(0,0,0,0.2,0,0);

^

start mcrun #beamline8.instr -d C:\mcstas-3.2\source_test\#beamline8_20230512_171044 -n 1000000

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From emmanuel.farhi at synchrotron-soleil.fr  Tue May 23 10:22:41 2023
From: emmanuel.farhi at synchrotron-soleil.fr (FARHI Emmanuel)
Date: Tue, 23 May 2023 10:22:41 +0200 (CEST)
Subject: [mcstas-users] python/web developer job offer at Synchrotron SOLEIL,
	FR
Message-ID: <1651789310.42301620.1684830161549.JavaMail.zimbra@synchrotron-soleil.fr>

Hello, 

The SOLEIL Synchrotron near Paris, France is hiring a python/web developer for protein crystallography data acquisition/treatment. 

The job offer is detailed at: 
[ https://www-synchrotron--soleil-fr.translate.goog/fr/emplois/developpeureuse-python-et-web?_x_tr_sl=fr&_x_tr_tl=en&_x_tr_hl=fr&_x_tr_pto=wapp | * https://www-synchrotron--soleil-fr.translate.goog/fr/emplois/developpeureuse-python-et-web?_x_tr_sl=fr&_x_tr_tl=en&_x_tr_hl=fr&_x_tr_pto=wapp ] 

You are invited to apply on the job description page (with letter and curriculum). 

Emmanuel FARHI, Data Reduction and Analysis Group leader. 

-- 
/ ___| __/\_ | | | ____|_ _| | FARHI Emmanuel 
\___ \ \ | | | _| | || | Div Exp/Data Reduction and Analysis Team 
___) /_ _ | |___| |___ | || |___ Tel : +33 (1) 69 35 96 04 
|____/ \/ |_____|_____|___|_____| Saint-Aubin BP 48 - 91192 GIF/YVETTE CEDEX 
SYNCHROTRON http://www.synchrotron-soleil.fr 
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