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
Edited by: 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
Edited by: phox on Aug 5, 2015 5:18 AM
http://edadocs.software.keysight.com/display/eesofkcads/Writing+custom+AEL+measurement+expressions