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# INTRO # 
Goal is to run circuit python on raspberry pi , and read sensor / IO and then send those value via UDP

### INSTALL STEPS ###

1) Follow the guide from adafruit [link](https://learn.adafruit.com/circuitpython-on-raspberrypi-linux/installing-circuitpython-on-raspberry-pi)
2) Test Install `ls /dev/i2c*` should return something. ( i had to cd to root dir first)
2) Test "blinka". as per guide: [link](https://learn.adafruit.com/circuitpython-on-raspberrypi-linux/installing-circuitpython-on-raspberry-pi), note: reactivate venv if it was used on install, elsewise module will fail to be found.\
`source env/bin/activate`
3) Install SeeSaw\

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## AE EXPRESSION COLLECTION ##


#### WIGGLE LOOP ####
```
freq = 1;
amp = 110;
loopTime = 3;
t = time % loopTime;
wiggle1 = wiggle(freq, amp, 1, 0.5, t);

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### Using ImageMagick:

`convert image.webp image.png`\

If you want to convert a whole directory:\
`convert *.webp -set filename:base "%[basename]" "%[filename:base].png"`

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# SYSADMIN NOTES #
### OVERVIEW ###

- Create Unattened Install Aka a "Solution File" ( Pre-set Image with computer name, account name, install options etc..)
- Customize Install ( Windows 11 in particular ) with handy dandy PS Tools.
- Winget ( Windows builtin package manager to silently install basic packages / software from powershell)
- ToDO: Script for Network Config, AE / C4D / Ue Tools & Presets, python ven's etc.
## UNATENDED INSTALL ##
Use the link to create a xml file, place it anywhere ( root is good ) of the USB disk.\
[WebWizard Unattended Generator ](https://schneegans.de/windows/unattend-generator/)

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# NETWORK SHARE

### Create a  mapped network drive

`New-PSDrive –Name “Y” –PSProvider FileSystem –Root “\\10.10.2.100\ofmd_content” –Persist`

`New-PSDrive –Name “Z” –PSProvider FileSystem –Root “\\10.10.2.100\ofmd_production” –Persist`

### Check for mapped drives
`Get-PSDrive`

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# TD SNIPS
A collection of usefull snippets. 

## COMPS
- `me.inputComps` Gets connected Parent ( top connector )

- list of childrens of a comp or containers:
  ```
  a = op('Floating_01')
  childsList = a.panelChildren

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--- Change Coordinate System ---  

If you are only changing the handedness then you just need to scale the axis you want to switch. In this case scale in -1.0 in Z.
However what this also does is change the winding of your polygons. 
When a polygon’s normal is facing the camera, TD expects the polygon’s vertex winding to be counter-clockwise. 
Scaling by -1.0 in only one axis direction will cause the polygon windings to be reversed 
so now the face with the normal pointing out will be clockwise. 
You need to fix this using a Vertex SOP to re-reverse the winding. Otherwise your lighting won’t work correctly.

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# Run Command
myOP = op('dasOp')
myOp.run()
run(myOp, delayFrames = 10)
run( some_script, delayMilliSeconds = 10 ) # milli = option

#Pulse with frame args
myOp.par.myParam.pulse(1, frame=10)

#nice run + format example:

oliviano

https://docs.python.org/3/library/statistics.html
https://docs.python.org/3.4/library/statistics.html

https://www.geeksforgeeks.org/python-non-central-t-distribution-in-statistics/?ref=rp

https://numpy.org/doc/1.18/reference/generated/numpy.percentile.html#numpy.percentile

-plotting / charting
https://plotly.com/python/v3/plot-data-from-csv/

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#format command
print('my super duper variable is {} and it is currently setting at: {}' .format(x,y))

# with ordered fetching
{1} {2} for ordered element fetching aka print('my super slinky {2} and {1}'.format(bobs,bits))


#Re
opName = 'my fucketed up;sdf 1234 string$'
opName2 = re.sub('\W+','_', opName)