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Display - subtracting an array calculated from multi-dimension data
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Hi All,
I have run a yield analysis in Ptolemy and have a trial run of 100 and simulation sweep of 150. For each trial I look for a specific offset at a part in the sweep and want to compensate all the trials by their offset.
Here are some formula that I am using, this may explain things a bit better.
[[MCTRIALS, DFSWEEP]]
T0=Temperature[[::,T0Index]]
T0Index=find_index(Temperature[[0,::]],29)
ppm_offset=ppm[[::,T0Index]]
ppm_offset now is a 1 x MCTRIAL vector
This equation here works fine:
trimmed=ppm[[0,::]]-ppm_offset[[0]]
What I want to do though is have result that is a new array that is a function of the trials. Each trial will have its offset removed.
I need something like: trimmed[[MCTRIALS]]
Hope this makes sense.
kind regards,
marino
phox on Aug 5, 2015 5:18 AM
I have run a yield analysis in Ptolemy and have a trial run of 100 and simulation sweep of 150. For each trial I look for a specific offset at a part in the sweep and want to compensate all the trials by their offset.
Here are some formula that I am using, this may explain things a bit better.
[[MCTRIALS, DFSWEEP]]
T0=Temperature[[::,T0Index]]
T0Index=find_index(Temperature[[0,::]],29)
ppm_offset=ppm[[::,T0Index]]
ppm_offset now is a 1 x MCTRIAL vector
This equation here works fine:
trimmed=ppm[[0,::]]-ppm_offset[[0]]
What I want to do though is have result that is a new array that is a function of the trials. Each trial will have its offset removed.
I need something like: trimmed[[MCTRIALS]]
Hope this makes sense.
kind regards,
marino
phox on Aug 5, 2015 5:18 AM
I am speculating that you may need to write some custom AEL expression to get this to work. We have some documentation about how to do this on our Knowledge Center. You could start here:
http://edadocs.software.keysight.com/display/eesofkcads/Writing+custom+AEL+measurement+expressions
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