Friday, July 12, 2013

What I Automate

This is something I've been meaning to write down, but never got around to. Let's see what I can remember:

Lighting:
  • Usual lighting control - control from switch, keypads, PCs, mobile devices
  • Night lighting - all rooms except the bedrooms have motion activated night lighting, which is overridden by light sensors
  • Back lighting - turning on backyard lighting when the back door deadbolt is unlocked and turning off when it's locked
  • Protocols - X10, UPB and ZWave

    Notification methods:
  • Whole house text-to-speech (TTS) announcements - for announcing weather, reminders, warnings, etc during normal waking hours
  • Whole house sound effects - various different notifications sounds for mailbox being opened, doorbell ring (changes with the season), motion on the porch, etc.
  • Zoned TTS announcements - Insignia Infocasts and SqueezeBoxes in bedrooms and living areas for targeted notifications
  • On screen displays (OSD) - Infocasts, PCs and TVs also display announcements in case they can't be heard (watching a movie, blasting the stereo)
  • IM - notifications are sent via IM when away from home and Internet connected
  • Email - when attachments are part of the notification
  • SMS - Google Voice sent SMS for when we're out and not Internet connected
  • multiple - depending on the severity of the notification, multiple methods may be combined. OSD & TTS typically happen for most notifications when someone's home

    Environment:
  • HVAC - disable HVAC when alarm armed in away mode or when a window is opened, warn if someone's trying to turn it on when a window is left open via TTS, OSD, IM
  • Fans - 1Wire temperature sensors in each bedroom control when to turn off any fans running on summer nights
  • Exhaust fans - turn on/off laundry room & bathroom fan based on humidity, guestbath fan based on duration of occupancy ;)
  • Leaks - wetness sensors under sinks & in bathrooms and alerts sent via all notification methods

    Info/Status notifications:
  • Temperature & weather for the day - TTS announcement in the morning as we come downstairs
  • Google calendar appointments for the day - same as above. as calendar events hit their reminder time, notifications are sent via IM and OSD.
  • Phone calls while we're out are announced as we enter the family room
  • Mailbox - OSD & sound on event. TTS reminder later to check it if we haven't gotten the mail.
  • Doorbell - OSD & sound effect on event. TTS to tell us the doorbell rang while we were out
  • Temperature - sound effect when it is cool enough to open the windows on days over 80°F
  • Washer finished - TTS, OSD, IM
  • Garage door left open with no activity for a period of time - TTS, OSD, IM, SMS
  • Front door left unlocked for a period of time - TTS, OSD, IM, SMS

    Telephony:
  • Google Voice forwarding - when arriving home, Google Voice forwarding for the home phone is enabled, when leaving it's disabled. arriving & leaving work also changes GV forwarding to my work phone.
  • Caller ID - incoming calls are checked against all our Google contacts, and if it's a match, the person's name (number if no match) is displayed & announced via TTS, OSD and IM.
  • Intercom - wired phones and softphones for calling specific rooms from other house/softphones
  • Mute/Pause AV - when the main phone is picked up.

    AV:
  • TV - automatically turn on when DVD player is turned on (but not off since we may watch something else after). game consoles are connected to one tv that is turned on & off when the consoles are.
  • Whole house audio - via Squeezeboxes
  • Uptime - all AV equipment in the house are monitored by current sensors so their actual power on status is known. uptime, last on time, and last off time are tracked.

    Dog:
  • Feeding - automated feeding 1 hour after our morning run, when I've already left for work. when the feeder is used, I get an SMS confirmation and a picture of the happy eater
  • Outdoor bark deterrent - when barking is detected by the side gate, verbal corrections are played by the garage speaker and a stream of water is shot at the gate area.

    Nanny:
  • Kids' laptops - when on, the kids are reminded every 20 minutes to get up walk around and look away from the screen
  • Game consoles - when on, the same 20 minute reminder is announced (and the TV is muted to reinforce the message)

    Cars:
  • RFID - tracking home & away status of cars - TTS, OSD, IM announcement when a vehicle arrives home

    Irrigation:
  • Run time - adjusted based on rain, weather forecast & past temperatures

    Security:
  • CCTV + DVR - typical motion based recording of cameras
  • Away notifcation - Email snapshots of particular events (doorbell, mailbox, porch activity, etc) when we're out
  • Triggered - all sorts of notifications

    Power monitoring:
  • Real-time - whole house power monitoring split into 7 zones
  • Tracking - local via rrdtool & canvas.js, cloud via automatic updating to Google Drive spreadsheet
  • Oven - warning via TTS, SMS if arming house in away mode and the oven is on
  • Solar production comparables - in progress, comparing current production of array to past to determine if cleaning is necessary

    Security:
  • Locks - deadbolt state monitoring
  • Reminder - warning if we unlock a door and the alarm is still armed in home mode (so we don't accidentally set off the alarm and wake up the neighborhood)
  • Away lighting - replay lighting events from some randomly chosen log file
  • AV - turn off AV equipment when armed in away mode

    Computers:
  • Backups - typical automated local and remote backups
  • Monitoring - cpu utilization & temperature, hard drive utilization & temperature, uptime, low disk & memory notifications, automatic killing of runaway processes on servers
  • Internet - bandwidth & connection monitoring, auto power cycle modem & router if connectivity is lost
  • Power - automatic hibernation of certain powered on machines when alarm is armed in away
  • Wake from hibernation - automatic waking of my laptop from hibernation upon first motion in the master bathroom in the morning or arrival home of my cellphone
  • Email - TTS, OSD notification of new emails
  • Craigslist bot - periodically scans CL for things I'm looking for (found a $10 and $20 Squeezebox this way!)

    Occupancy/Presence:
  • Motion sensors - some hardwired, many wireless all over the house & around the house
  • Audio - sound detectors upstairs and in the living room
  • Video - one camera connected to a hacked Seagate Dockstar is being used for a specific motion detection purpose
  • Cellphone - via bluetooth, mentioned above
  • Car - via RFID, mentioned above

    Control methods:
  • Android speech recognition - using our phones & tablets (and SL4A+Python) to voice control lighting, AV equipment and various appliances, query status of devices and control audio players and music selection
  • IM - using the same language parsing as the speech recognition, everything that's voice controllable can be controlled via IM
  • AJAX Floorplan GUI - control & view status of light/appliances/AV/HVAC from cellphones, tablets, PCs - basically anything with a modern browser. see status of doors/windows/locks/temperature
  • Insignia Infocast (Chumby) - used as touchscreen control panels with our Panel Builder app and "offline firmware" (since Chumby service is essentially dead)
  • Wireless keypads - X10RF & ZWave based keypads
  • IR - all Squeezeboxes are IR receivers and can broadcast the IR codes they receive via the xPL plugin

    2nd Home:
  • Minimal automation - lighting, occupancy, cellphone presence, leak sensors
  • Remote link - all status is updated to the main home via IM and lighting can be controlled over IM

    Work:
  • Cellphone tracking - running on my office laptop, IMs my presence to the HA server when my cellphone is around, to adjust Google Voice forwarding

    Old stuff (no longer in use):
  • Baby monitor - broadcast through whole house speaker system and local Shoutcast channel (for listening on a PocketPC PDA when I was out in the yard - yes it's been a long time since the kids were babies), automatically turns on when drop side crib (now banned) door raised and off when someone enters the room (and back on after a period of inactivity if the crib door is still raised)

    This is just a quick list. I'm sure I'll add to it when I have more time... I need to annotate this with some pics and links too (in progress)
    This is a screen cap of the main screen for our Insignia Infocasts (aka Chumby) that we have around the house


  • 9 comments:

    1. Highly impressive, congratulations.

      ReplyDelete
    2. This is most impressive!

      I've been wanting to implement TTS announcements on my setup, and have been doing ok using an old Chumby (look it up...) as basically an MP3 stream player. This is extremely flakey because of the audio routing on my server (with no sound card) so I would love to know how you managed to get the zoned TTS announcements you mention in your post.

      Great looking project!

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      Replies
      1. the chumby TTS is a little roundabout. my HA server runs an app I wrote called xPLChumbyTTS, that converts a text string to a TTS mp3 file (stored on a common file server) then sends a message (using xPL, a home automation protocol) to the desired chumby. the chumby is running a python script that listens for these messages then uses the local mp3 player to play the mp3 sound file. some of my chumby bits are here http://www.doghouselabs.com/software/index.cgi?cat=chumby

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    3. That's genius - I didn't even see the Chumby stuff on your site! I forgot to ask in that last post - how did you get this to come out of your SqueezeBoxes? These are on anyway so would save having to have a chumby on just for that.

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    4. i use my program to generate an mp3 from text ( http://www.doghouselabs.com/software/index.cgi?cat=misc&app=t2mp3 ) then use the xPL plugin for logitech media server ( http://wiki.slimdevices.com/index.php/XPL ) to play the mp3 on the desired squeezebox.

      ReplyDelete
      Replies
      1. I see! I've got things running, and can see the squeezebox and Event Ghost in xplHAL Manager but I can't for the life of me figure out the setup of the message. I've been using this for reference (http://xplproject.org.uk/wiki/index.php?title=Schema_-_AUDIO.SLIMSERV) but haven't been having any luck. Nothing happens when I perform a test from the xpl message action window. I ran XPL Diag and all tests passed. I'd love to get this working, I don't suppose you could help with this last issue? :)

        At the moment, my entries in the XPL message action item settings window, in order, are:
        xpl-xmnd
        audio.slimserv
        slimdev-slimserv.fridgefunk
        {
        COMMAND=playfile c:\windows\media\chimes.wav
        }

        (I've also tried EXTENDED in stead of COMMAND)

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      2. i don't use xplhal - for this, i use the command line sender, xplsend (this should help you fix your syntax):
        D:\blah> xplsend xpl-cmnd slimdev-slimserv.fr audio.slimserv extended=playlist\splay\sfile:///d:/blah/squeeze_tts_sample.mp3

        note the "\s" where spaces would be - required for xplsend, not for xplhal. if you need it, you can download xplsend from http://doghouselabs.com/downloads/xplsend.zip

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      3. That's done it - you are a genius. Next step is to set the Chumby up in the living room. :)

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      4. I love the sound of your setup and the details that you have provided elsewhere. Very impressive. As a new homeowner, you have given me many ideas, so I wanted to say thank you. Thank you.

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