This repository contains some plugins for RealTime OpenControl (RTOC).
You can download RTOC from its repository.
To add a plugin to RTOC you need to do the following steps:
- Install RTOC (
pip3 install RTOC)- You will need to run RTOC once
- Copy the folder of the desired plugin to your RTOC-Userpath:
~/.RTOC/devices/ - Now restart RTOC (
python3 -m RTOC)
If you want a plugin to start with RTOC, you can add it to the autorun_devices file.
echo 'YOUR_DEVICENAME' >> ~/.RTOC/autorun_devices
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Template: An example, showing how to create a simple plugin to send data to RTOC
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DPS5020: Plugin for DPS powersupplies. It can monitor all data and you can set Voltage, Current and switch it on/off. Uses USB to read data.
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Funktionsgenerator: Default-plugin of RTOC. Generates common signals.
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holdPeak_VC820: Plugin for VC820 multimeters. It can monitor the measured values with correct units. Uses USB/Minimalmodbus to read data.
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INA219_Modul: Plugin for INA219 solar module. Monitors voltage, current, power and shunt_voltage
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Octotouch: Plugin for 3D-printer-software Octotouch. It can just monitor the temperatures. Uses HTTP/JSON to read data.
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PIKO_Solarmodules: Plugin for PIKO solar modules. Monitors voltage, current and power
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System: Plugin to monitor system-information like CPU, Memory, ...
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ReflowOfen/ReflowPlatte: Plugin, which reads data from local network-devices HTTP-address.
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Heliotherm: Plugin, which reads data from Heliotherm heat pump using TCP/Modbus.
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Futtertrocknung: Embedded-Plugin. Plugin, which is used to run on a RaspberryPi. Monitors some sensor-data.
GUI: Yes, if you want to
Files: Template.py, (Template/*)
Dependencies: -
Info: Use this plugin as a starting point
GUI: Yes
Files: DPS5020.py, DPS5020/*
Dependencies: pip3 install minimalmodbus
Target system: Each OS (connected to DPS with USB)
Info:
- You can set a parameters in file DPS5020.py:
- default_device = '/dev/ttyUSB0'
- SERIAL_BAUDRATE = 9600
- SERIAL_BYTESIZE = 8
- SERIAL_TIMEOUT = 2
- You will need to run RTOC as root unless you set devices rules. See this tutorial for how to set device rules.
GUI: Yes
Files: Generator2.py, Funktionsgenerator/*
Dependencies: -
Target system: Each OS
Info:
GUI: Yes
Files: HoldPeak\ VC820.py, holdPeak_VC820/*
Dependencies: pip3 install serial
Target system: Each OS (connected to VC820 with USB)
Info:
- You can set a parameters in file HoldPeak\ VC820.py:
- default_device = 'COM7'
- SERIAL_BAUDRATE = 2400
- SERIAL_BYTESIZE = 8
- SERIAL_TIMEOUT = 1
- You will need to run RTOC as root unless you set devices rules. See this tutorial for how to set device rules.
GUI: No
Files: INA219_Modul.py
Dependencies: pip3 install pi-ina219
Target system: RaspberryPi (connected to INA219 via I2C)
Info:
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You can set a parameters in file INA219_Modul.py:
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SHUNT_OHMS = 0.1
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MAX_EXPECTED_AMPS = 0.2
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SAMPLERATE = 1/60# frequency in Hz (1/sec)
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I2C_ADDRESS = 0x41
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GUI: Yes
Files: OctoTouch.py, Octotouch/*
Dependencies: -
Target system: Each OS (In same network as Octotouch-server)
Info:
You can set a parameters in file OctoTouch.py:
- devicename = "Octotouch"
- apikey = ""
- SAMPLERATE = 1
GUI: No
Files: PIKO_Solarmodules.py, PIKO/*
Dependencies: pip3 install lxml
Target system: Each OS (In same network as PIKO modules)
Info:
- You can set a parameters in file INA219_Modul.py:
- SAMPLERATE = 1/60# frequency in Hz (1/sec)
- ADRESSES = ["IP1", "IP2", ...] #You can specify multiple adresses
GUI: Yes
Files: System.py, System/*
Dependencies: -
Target system: Each OS
Info:
GUI: Yes
Files: ReflowOfen.py, ReflowPlatte.py, Reflow/*
Dependencies: -
Target system: Each OS (In same network as Reflow-*)
Info:
GUI: Yes
Files: Heliotherm.py, Heliotherm/*
Dependencies: pip3 install pyModbusTCP
Target system: Each OS (In same network as Heliotherm heat pump)
Info:
GUI: No
Files: Futtertrocknung.py
Dependencies: pip3 install adafruit_CCS811 adafruit_DHT board busio
Target system: RaspberryPi
Info: