Python, VisualStudio,Processsing and plugins

Hi guys , is there somewhere on the forum ( huge maze) a python plugin to send data from python to simtools for example a sin wave on roll axis to test the movements of a platform following changes on amplitude and frequency?

OK , thanks a lot.
I am on writing my own plugin, using the example you give for simtools2, so I was asking myself when going along the job, is it right to write something like (MyPath&"\mySketch.py" ).... or is it better to turn first "mySketch.py" into an exe, because the plugin has patched properly but I can't recieve any data, despite the chceking of the 4123 port with WireShark

here is the way my data come out mySketch:
# Map to OutSim fields
sngOrientation2 = values.get("Roll", 0.0) * math.pi # Roll
sngOrientation1 = values.get("Pitch", 0.0) * math.pi # Pitch
sngOrientation0 = values.get("Yaw", 0.0) * math.pi # Yaw
sngAcceleration2 = values.get("Heave", 0.0) * 10.0 # Heave
sngAcceleration0 = values.get("Surge", 0.0) * 10.0 # Surge
sngAcceleration1 = values.get("Sway", 0.0) * 10.0 # Sway

# Pack into struct (6 floats)
packet = struct.pack(
"<6f",
sngOrientation0,
sngOrientation1,
sngOrientation2,
sngAcceleration0,
sngAcceleration1,
sngAcceleration2,

For those who ask themselves same kind of questions,
Yes it seems obvious now that you have to turn any self written sketch, whatever software your are using , into an .exe

Next big step for me is , as I'm not a specialist , to find out which data format is preferable.....
ex : recieving ( Text as String ) and splitting it to CDbl for each roll,pitch .....that seems pretty simple ( C silva's method )

or recieving (Text as String) and converting it to byte and copy to a byte array and then
Get Proper Data With "MyOutsim_Internal" to get after calculation something like
Roll_Output = ((.sngOrientation2 * 180 / 3.14159) - 90) which seems a bit more clever ( yobuddy' s method)

trying out both and let you know

last hours work:

Writing a basic UDP listener in visual Studio to recieve and process data with a "yobuddy like" method, printing the recieved values ( if recieved and well processed) to the console.
Writing a basic UI that sends data for all six axes in the proper format to be read by the visual studio previous app.

Next step turning the UI to an exe , expecting it is written with proper functions, and patching all the stuff to Simtools and perhaps getting the new five actuators platform moving .
It already works fine with UI generated movements imported in VideoRide Player ......very smooth and fun