Turning the Riden 60XX into something a little more useful
This is a node webserver that coordinates control/reading of from a riden power supply controller along with a arduino tied to an INA 219 for (much) faster and more percise potential/current/power reads. It exposes a basic web interface with minimal plotting and logging functions, and these controls can be called via post
calls from your favorite scripting engine (e.g. python). Because the node code controls the riden and the logging, all the scripting needs to do is handle the send commands and start/stop the logging.
npm i
node server.js --dird=log_file_directory
Hardcoded to port 3000.
-
/logging (POST)
- expects a
JSON
payload in the format{'logfile':'[log_file_name]'}
- on the backend two files will be generated, one logging the RIDEN ~1/s(
log_file_name_status.csv
) and one logging the INA219 (log_file_name_data.csv
) ~500/s. - set
log_file_name
toundefined
(no quotes) to stop the log
- on the backend two files will be generated, one logging the RIDEN ~1/s(
- expects a
-
/set_voltage (POST)
- expects a
JSON
payload in the format{'voltage':[float voltage]]}
- since this is a power supply it operaes at whatever the higher limiting variable is
- expects a
-
/set_current (POST)
- expects a
JSON
payload in the format{'current':[float current]]}
- since this is a power supply it operaes at whatever the higher limiting variable is
- expects a
-
/enable (POST)
- enable the power supply
-
/disable (POST)
- disable the power supply
-
The processed values from the RIDEN and the INA219 can be read in realtime with a
socket.io
connection todata
for the INA219status
for the RIDEN
see index.html
for an implemtation example of all the above.