chicago6061 / in.touch2

in.touch2 wireless remote control for your spa

Simple Python class for controlling spa with an in.touch2 device (https://geckointouch.com/).

Experimental Code!

Experimental code based on analysis of mobile app network traffic.

Example

# ./spa.py

Channel: 30<br>
Setpoint: 70.  Current Temperature: 90.  Lights: 0.  Version: inYT 177 v3.0.  Base config: 5.

# ./dumpall.py

...
256 0x12 Hours, 
257 0x0 QuietState, 
258 0x0 UdP5(0),UdBL(1), 
259 0x0 UdP1(0),UdP2(2),UdP3(4),UdP4(6), 
260 0x20 P5(0),BL(1),CP(2),O3(3),L120(4),MSTR_HEATER(5),SLV_HEATER(6),Waterfall(7),Heating(5), 
261 0x2 P1(0),P2(2),P3(4),P4(6), 
262 0x5 FilterAccess(0),EconomyAccess(2),OnzenAccess(1), 
263 0x0 RemoteFiltAction, 
...

For 260, value is 0x20 => 0010 0000 => 5th bit is set and thus MSTR_HEATER(5) is on
For 261, value ix 0x02 => 0000 0010 => 1st bit is set and thus P1 is on

# ./dumpreminders.py

Connected.  ('192.168.2.231', 10022)
RinseFilter 30 days
CleanFilter 60 days
ChangeWater 90 days
CheckSpa -38 days

TODO

• Figure out initial handshake mechanism to obtain Source Connection(?) value.
• Incorporate set functions:

  # Set Watercare
  spack = '<PACKT><SRCCN>xxx</SRCCN><DESCN>yyy</DESCN><DATAS>SPACK#SEQ#\x0a\x07\x46\x35\x35\x00\x01#TEMP#</DATAS></PACKT>'
  def setWatercare(value):
          msg = setwc.replace('#WC#', struct.pack('>B', value))   # one bytes
          send(msg)
          data = recv()
          return ''
  
  # Set Target temperature
  setwc = '<PACKT><SRCCN>xxx</SRCCN><DESCN>yyy</DESCN><DATAS>SETWC#SEQ##WC#</DATAS></PACKT>'
  def setTargetTemp(temp):
          value = (temp - 32) * 10
          msg = spack.replace('#TEMP#', struct.pack('>H', value))   # two bytes
          send(msg)
          data = recv()
          return ''
  

Contributing

Contributions are welcome!