<azonenberg>
also lol i think i have five boards in the pipeline at oshpark now
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<_whitenotifier-f>
[scopehal] LongJohnCoder forked the repository - https://git.io/JfQ2h
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<Degi>
lol#
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<electronic_eel>
as long as they don't get ideas to bond those boards together to a 20 layer abomination, I think you just win the customer of the month award there ;)
<Degi>
Lol
<Degi>
"Whoops we mixed up the orders, you'll need to take a box cutter to it"
<azonenberg>
What's a good name for a filter that takes in a V and I waveform and calculates instantaneous power from the product of them?
<sorear>
times?
<azonenberg>
So i guess that goes back to a more generic question
<azonenberg>
Do we make it a special filter for power?
<azonenberg>
or do we make a generic "product" filter
<azonenberg>
that has to know what all kinds of units do when multiplied
<azonenberg>
that seems probably more flexible, but is a user going to look for a "product" filter in the math category when they want to compute power?
<sorear>
do your waveforms have physical units attached?
<azonenberg>
All waveforms have y-axis units
<azonenberg>
the current shunt filter is currently a multiply-vector-by-scalar filter that takes in a resistance in ohms and a waveform in volts
<azonenberg>
and outputs a waveform in amps
<azonenberg>
Which might almost make sense to become a generic rescaling filter, but that will require that the resistance parameter have a unit attached
<azonenberg>
There's an open ticket to add units to scalar parameters to filters but it's not present yet
<azonenberg>
right now only vector waveforms have units