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This should operate as a windows service and respond to calls by LoadDAE with simple generated data responses.
At the moment this involves responding to the GETDAT request that returns the data from a single spectrum.
The data returned should alter over time to pretend to be accumulating neutron counts.
It may be worth using Paolo equation to generate the data (or a simpler one if required)
I_(exp(a/2_(a_s^2+2_(x-c)))erfc((a_s^2+(x-c))/sqrt(2_s^2))+exp(b/2_(b_s^2-2_(x-c)))_erfc((bs^2-(x-c))/sqrt(s*s^2)))+bk
I fitted the peak near 79400 usec in spectrum 4 of the file HRP38692.RAW
The initial guesses for this peak are:
I=297 a=2. b=0.03 c=79400 s=8 bk=8
The text was updated successfully, but these errors were encountered:
This issue was originally trac ticket 199
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mantid-roman
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This should operate as a windows service and respond to calls by LoadDAE with simple generated data responses.
At the moment this involves responding to the GETDAT request that returns the data from a single spectrum.
The data returned should alter over time to pretend to be accumulating neutron counts.
It may be worth using Paolo equation to generate the data (or a simpler one if required)
I_(exp(a/2_(a_s^2+2_(x-c)))erfc((a_s^2+(x-c))/sqrt(2_s^2))+exp(b/2_(b_s^2-2_(x-c)))_erfc((bs^2-(x-c))/sqrt(s*s^2)))+bk
I fitted the peak near 79400 usec in spectrum 4 of the file HRP38692.RAW
The initial guesses for this peak are:
I=297
a=2.
b=0.03
c=79400
s=8
bk=8
The text was updated successfully, but these errors were encountered: