Hi Norman,
Thank you! I've updated the svn repository with the new changes, and I'm
attaching a runnable jar that will convert .slcio files to kpix .bin's
It can be run using:
java -jar SimConverter.jar path/to/input.slcio path/to/output.bin
Kyle
On 2014/05/07 11:53, Graf, Norman A. wrote:
> Hello Kyle,
> Nice work!
> The silicon wafer is modeled as a square the same size as the tungsten
> plates, so there will be hits in the sensitive layer which lie outside
> the
> active pixel areas. I believe those are the hits which return -1,
> although
> I have not tested that explicitly.
> Norman
>
> -----Original Message-----
> From: Kyle Travis [mailto:[log in to unmask]]
> Sent: Wednesday, May 07, 2014 11:50 AM
> To: Graf, Norman A.
> Cc: Dylan Mead; kpix-beamtest-software
> Subject: Re: [KPIX-BEAMTEST-SOFTWARE] sim data
>
> Here is the first shot I have of outfile.slcio converted to a kpixdata
> .bin file and read into JAS3. I ignored hits that listed -1 as the
> channel, or > 8 for the layer.
>
> Kyle
>
>
> On 2014/05/07 11:22, Kyle Travis wrote:
>> Thanks Norman,
>>
>> I see that now, I'm not sure why I missed this before. Everything
>> should be working soon!
>>
>>
>> Kyle
>>
>>
>> On 2014/05/07 11:06, Graf, Norman A. wrote:
>>> Hello Kyle,
>>> Please take a look at:
>>>
>>> org.lcsim.kpix.tbsim.KpixDigitizerDriver
>>>
>>> in the tbsim module. It provides an example for accessing the MC data
>>> in the lcio files. In particular, it extracts the layer number and
>>> converts the position to a pixel id. It also makes plots of pixel
>>> hits as a function of layer. It just needs to be tied in to the Kpix*
>>> writer classes.
>>> Let me know if you experience any difficulties or have any further
>>> questions.
>>> Norman
>>>
>>> -----Original Message-----
>>> From: Kyle Travis [mailto:[log in to unmask]]
>>> Sent: Wednesday, May 07, 2014 10:04 AM
>>> To: Graf, Norman A.
>>> Cc: Dylan Mead; kpix-beamtest-software
>>> Subject: Re: [KPIX-BEAMTEST-SOFTWARE] sim data
>>>
>>> Hi Norman,
>>>
>>> I'm able to open and interact with the simulation data you sent us,
>>> but I'm not sure how exactly to get at some of the geometry
>>> information. It could be that I just haven't found what I'm looking
>>> for in the lcsim documentation yet.
>>>
>>> I have the hits in the file as a list of MCParticles, which contain
>>> positional information, but I haven't been able to feed that through
>>> the geometry description to get pixel/layer information yet. I can
>>> think of ways to do this (particularly for the pixel, which we have
>>> methods for finding already of course) but I assumed this information
>>> was already in the file, and I wanted to find out what the optimum
>>> method was first.
>>>
>>> Thanks,
>>>
>>> Kyle
>>>
>>>
>>>
>
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