semvec/pypi-packages huggingface dataset:
DSDMpy 0.0.2
Library to communicate over wifi using Artnet/Artnet-Repl
Requires Python: >=3.7

# DSDM
DMX inspired lighting protocol optimized for modern lighting solutions

DSDM is python REPL like tool to control mutiple micoPython lighting devices with single python REPL input.
user can send the commands to the fixture from DMX(rs485), lumenRadio, WDMX, BLE, WiFi(Art-Net, sACN)
* All are timestamped for NTP synced execution to adjust for wiggle from IP networks.
* Reply from REPL is only possible via Art-Net or sACN

## microDSDM
Micopython 1.18 ESP32 platform implementation of DSDM for sending and recieveing DMX packets to adjust lighting and execute REPL commands
lamp has global variables: ```device_id```, ```tags[]```
if new command is wished to be exeuted sender must optain ```que(quid,tags,nr_of_messages)``` 
que is granted: 
1. only correct quid lines are red, all others ignored to preven between lines REPL commands ```recieved_messages<nr_of_messages```
1. if ```my_labels in labels```
Then listned only to the quid messages until all messages are recieved. Execute code line by line

## DSDMpy
Python3 library to send and recieve REPL commands to DSDM compatible devices. 
The setup contains 2 lamps (Apollo0001,Apollo0002 and Apollo0003), computer is connected to the same submnet with the lamps
```Python
import DSDMpy as DSDM

lamps = DSDM.DSDMpy(ip="broadcast", reply="True")
# Red: 50%, Green: 50%, Blue: 50%, White Balance: 5600K, Fx opacity: 0%
# WB calculated as 1500-10 000K, (5600-1500)/8500*255
lamps.send("renderer.set_color(128,128,128,123,0)", tags=[])
lamps.send("tags.append('ceiling'), tags=['Apollo0001']")
lamps.send("tags.append('ceiling'), tags=['Apollo0002']")
# Red: 50%, Green: 50%, Blue: 50%, White Balance: 5600K, Fx opacity: 0%
# WB calculated as 1500-10 000K, (3200-1500)/8500*255
lamps.send("renderer.set_color(255,255,255,51,100)",tags=['ceiling'])
```