This plugin uses mobile me to locate your iphone, and display it's location on a Google Map.  It also will attempt to calculate the distance from the latitude & longtitude that you supply to your iphone.

1. Download the ZIP file, and unarchive it.
2. Copy the “Findmyiphone” folder to /Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/plugins
3. restart the Indigo Server, to allow the plugin to be loaded
4. To Configure the Indigo Server for use of the Plugin, The following Variables need to be made:
   1. MobileMe_UserName – Your MobileMe Username
   2. MobileMe_Password  - Your MobileMe Password
   3. FindMyiPhone_Lat    - The Latitude of your “target”
   4. FindMyiPhone_Long – The Longitude of your “target”
5. Open your Indigo Web Interface, and run the plugin.

Simple, Open your Web Browser, and browse to the Indigo Web server.  From the root of the web server add /findmyiphone.

For Example:

http://entertainmac.:8080/findmyiphone

The Plugin will then attempt to login to MobileMe, find your iPhone via the Find Your iPhone Service, and then compare your iPhone’s Lat & Long to the Latitude & Longitude in Indigo.  It will then do some calculations, and give an estimate of the straight line (as the bird flies) distance between your target & current location.

This site, http://jan.ucc.nau.edu/~cvm/latlon_find_location.html, contains information and links on finding your latitude and longitude, by street address, city, etc…  Just plug the values in, and the script will take over from there…

These two attachment scripts define a suite of AppleScript functions that are callable from Indigo Actions (or other Applications) to sequentially target and control Devices and Actions Groups. This allows users to easily, and with only a couple of actions, select any Device or Action Group as a target. The targeted Device can then be controlled (on/off/dim/brighten), and the targeted Action Group can be executed.

Installed by Indigo into:
/Library/Application Support/Perceptive Automation/Indigo 2/Scripts/Attachments/
device target attachment.scpt and group target attachment.scpt

TargetFirstDevice(), TargetNextDevice(), TargetPreviousDevice(), TurnOnTargetedDevice(), TurnOffTargetedDevice(), ToggleTargetedDevice(), BrightenTargetedDevice(), DimTargetedDevice()
-- and --
TargetFirstGroup(), TargetNextGroup(), TargetPreviousGroup(), ExecuteTargetedGroup()

I needed a script that would reliably close my garage door. Using the I/O Linc (Model 2450 -- 1 input & 1 output set to momentary ON) and the magnet from the garage kit I had all the info required. I wanted the script to address situations where a momentary ON (i.e. button press) would not result in the door closing. This could occur if the door were partially opened (button press may open the door fully instead of closing it) or if the door sticks occasionally and 'rebounds' to the open position. I limit the number of close attempts to five so that the motor doesn't burn out if things go haywire.

The script is a standard external AppleScript.

The script tests the state of Binary input 1. If it's FALSE, the door is open AND if the loop counter indicates fewer than 6 attempts, it proceeds.

After incrementing the counter, it sets an Indigo variable I created called 'vMsgBody' with text. This causes a completely different trigger to send me a text message. I have commented this text out since most users won't have things set up this way. The script then sets the binary output 1 to TRUE. This causes a momentary closing of the output circuit (momentary because the unit was configured that way). This is the equivalent to a button press that activates the door. Usually this will close the door.

After waiting 30 seconds, binary input 1 is polled again to confirm that the door actually closed. If it hasn't, the loop repeats until it has OR until 5 attempts are completed.

This is a generic door-closing script but I actually call it from 2 different triggers to accomplish the desired behavior. I want the garage door to auto-close after 15 minutes, but only if I'm not out in the garage. If I'm in the garage, I'd like it to stay open until 15 minutes after I leave.  I accomplish this by adding a motion detector set up with a 15 minutes to OFF delay.

Trigger 1 is activated the moment the door opens (i.e. when binary input 1 goes to FALSE). By setting a Condition that 'if the state of the motion detector is OFF' (as returned by a short embedded AppleScript under the Conditions tab), I ensure that this script doesn't close the door if I'm moving around in the garage. This trigger is set up with a 15 minute delay after which my generic Door Close script is called.

Trigger 2 is activated by the motion detector going to the OFF state after the detector's built-in 15 min delay. When this happens the generic close script is called immediately. Since the script begins by checking the state of binary input 1, it doesn't do anything if the door happens to be already closed.

So far, this has worked perfectly. But I have thought of a scenario where it would 'fail'. If I open the garage door from the driveway using the garage door remote, when Trigger 1 activates it sees no motion in the garage. It would then begin the 15 minute delay based on this no-motion status. However if I hang out in the garage, although my movements set the motion detector to ON, this status is not tested again by Trigger 1. Therefore the garage door will close with me moving in the garage. The solution is to test the motion state again immediately before calling the generic door close routine (or as another criteria for the repeat while loop although that would make the script a little less generic.

This script downloads and speaks a weather forecast from Weather.com through your computers speakers. 
Note: This script expects the weather report to be in English. That is reasonable since the documentation and support pages for Indigo are in English and it is probably safe to assume that if you found this script you speak some English. BUT: If you would like to use a language other than English for your reports, this script can be tuned to other languages and alternative web sites. If you need help doing this, post your request to the Indigo "Indigo & Applescript" forum. Update 1.0.1 includes revised instructions for locations outside the US and Canada and corrects a minor error in the instructions on changing the number of periods reported.

If you are in the USA, create an Indigo internal variable named "weatherSpeakCode"

and set its value to your local zip code. 

If you are outside the USA, you will need to determine the 

Weather.com code for your location. To do this, go to Weather.com and 

enter your location name and country in the search box and click "search." 

Then, in the forecast page that you see next, look at the page URL. It 

will contain information in the form: "city+country+code?" Use that code 

(it appears between the last "+" and the "?")  For example, for 

Haugesund, Norway the URL is: 

Install this script anywhere on your hard disk and call it in an AppleScript action.

Simple attachment script that raises the brightness of a light over time to simulate sunrise. Useful for those of use that hate getting up in the dark to go to work.

Unzip and put the script in your attachments directory of Indigo. Then go into the Indigo client and pull down the menu Scripts and choose Reload Attachments.

Adds a function called SunriseSimulation() into Indigo. 

Usage:

SunriseSimulation("MBR Lights", 80, 30)

The above raises the device "MBR Lights" to 80% over the course of 30 minutes (my recommendation)

The script can also be easly altered to be a Sunset simulator as well, dimming

the lights slowly over time.

Note: There is no erro checking in this script, so don't try and feed it

zero maximumLightPercentage - pass it variable with common sense.

WARNING: As this attachment uses a "delay" statement is should

only be run as an attachment, and not embeded in non-server code

I do this to detect my blackberry and my wife's iphone by watching for them to login to our airport routers. It's a hacked up version of someone else's script that I found online.

Some caveats:

- The airport extreme seems to not like being polled so often, I have to reboot it once a day (I have a controllable PDU in my rack) to keep it happy. SNMP stops responding, it otherwise is fine. The airport express does not seem to have this problem, I complained to apple.
- The iphone will disable the wireless if not plugged in and the screen lock kicks in
- You would need to work out the SNMP OIDs for the MACs of your devices with snmpwalk.
- You need to do the snmpwalk before the snmpget's or it has stale info (I'd love to know why?)
- The time appears to be an epoch in hundredths of a second since boot.
- I use this to turn on our outside lights at night when we arrive. It's sort of hit or miss whether the clients associate fast enough for this to be helpful.

Credit to:

--      Daniel Chote (http://www.chote.com)
-- Date: December 1, 2007

Find the OIDs for your devices with SNMP walk, modify the script, create variables for the OIDs, create a trigger to start the script on Indigo startup.

This shell command script will terminate the Indigo Server (and built-in Indigo web server). It will also disable the "auto start on user login and auto relaunch if crash" behaviour. This will allow you to prevent the auto relaunch of the server if it ever starts misbehaving for any reason. NOTE: requires 3.0.6 or greater.

Double-click on the indigostop.command file. The terminal will launch and try multiple techniques to shut down and disable the server. To renable the server, run the Indigo client application on the server machine and choose the Indigo 2->Start Local Server... menu item.

Maxi Controller is an application (not a script) that displays a working GUI of the Maxi Controller transmitter. It was written by Frank Nicholas in AppleScript Studio and uses Indigo to transmit the X10 addresses and commands. The source project is also available for download and is a great example of using AppleScript Studio to extend Indigo.

After downloading, drag the Maxi Controller application into your Applications folder and double click to launch it.

Announcer, using the built-in text-to-speech functions in Mac OS X and the background audio file playback features of Microcosm's Play Sound application (separate download required), plays just about any audio file, followed by whatever text you've entered into the action settings or Indigo Pro variable your Announcer plugin devices are monitoring for changes. Each Announcer device and action has the following settings:

Use the download link above to download the latest version of the plugin. Once downloaded, it should automatically unzip, but if it doesn't, double-click the zip file to decompress it. If you downloaded the plugin from a computer other than your Indigo server computer, move the plugin file to any location on your Indigo server. Once decompressed and moved to the computer with the Indigo server running, double-click the "Announcer.indigoPlugin" icon. You should be prompted to install and configure the plugin. The only global plugin configuration is the option to turn debug logging on or off (it's off by default). Simply click "Save" to continue. The plugin is installed.

1. Download the plugin

2. Unzip it and double-click the plugin file - Indigo will prompt you to install and enable it.

Added variable genre for current track. Needed this because I want to change moodlight (Philips Hue) depending on genre played.

replace script in \Library\Application Support\Perceptive Automation\Indigo 6\Scripts\Background Tasks

Use new variable iTunes_CurrentGenre

This sample script demonstrates how to control Indigo from Siri utilizing iMessage on the iPhone and Messages on the Mac. Please consider this a proof of concept, since I'm not a programmer capable of making a polished app. However, it works great in my setup and most of the functions are generally useful in other installations.

I've only tested the solution in Indigo 5 since I haven't tried Indigo 6 yet. However, assuming Indigo 6 still works with Applescript, there should not be any problem there.

This is my first submission so I hope it's complete enough to be useful.

1. Add names of authorized users to the script and customize it as necessary with desired commands per your specific devices, action groups, etc. I have done a few things specific to my setup like converting device names to title case, since Indigo devices seem to be case sensitive and mine are all title case. These specifics should be very easy to change as necessary.

2. Put the script in the Library/Scripts/Messages folder in your user directory.

3. In the Alerts tab of the Messages preferences, select the script run an Applescript for Message Received.

4. Create a new Apple ID with a new or otherwise unused email address and enable it in Messages.

5. Create a contact called "Indigo" and assign the above email address to it.

If all went well, you will now be able to send iMessages to the contact "Indigo" to initiate contol of devices, execution of action groups, and much more. The cool thing about this is that you can tell Siri things like "Text Indigo to turn on the family room light" or "Tell Siri to execute action Start Vacation." If you set up Siri correctly on your iPhone, it will provide voice feedback so you can do this over a headset without touching your phone.

Also, I'm not sure how secure this solution is. The name of the sender as specified in the script must be in your contacts for it to work. However, I'm not sure if this is possible to spoof by someone who knows your Indigo email address and sends a text using your name. Therefore, please be careful how you use the solution. I'm certainly interested in any insights you may have about this issue and other ideas to make it more secure and useful.

Modified from Instamapper script.

If configured properly, you should see the variables popping up with the user's name, distance and latitude and longitude.

The Indigo Plugin for Plex duplicates much of the functionality of Indigo's web and iPhone clients, making it possible to control your home automation system with a click of the remote.  This plugin should work equally well when Plex and Indigo are on the same machine, on different machines on the same intranet, or across the internet.

Indigo for Plex requires:

* Indigo 4.X or above, with the server running independently of the client application

* Remote access allowed (with or without authentication)

Indigo Widget is a Mac OS X Dashboard Widget that provides minimal Indigo access of Devices, Variables, and Action Groups. Note the widget communicates with Indigo Server via AppleScript, which is an Indigo 4.x Pro only feature, and thus is not compatible with Indigo 4.x Lite.

See ReadMe file included in .zip download.

See ReadMe file included in .zip download.

This package is used to simplify access to and inneroperability of three applications:

* iTunes

* PandoraBoy (http://code.google.com/p/pandoraboy/) - Plays Pandra "radio stations"

* AirFoil (http://www.rogueamoeba.com/airfoil/mac/) - used to send audio from any application to the AirPort Express units, apple TV(not just iTunes)

My goal is to have a way to control my whole-house audio system that plays iTunes, Pandora and making announcements.

if iTunes were the only application involved, access is very simple - and the fitures in the scripts included in Indigo would more than suffice. When one adds the complexity of adding Pandora to the mix, it gets a little more complex:

* AirPort Express devices only work with iTunes by default

* Pandora - a web service - is not easily controlled with Applescript.

* Most likely, you would not want iTunes and Pandora playing simultaneously. A random mashup of Cake and AC/DC is less pleasing to the ear than one might expect.

A quick note on Pandora: After some brief testing with Pandora, I quickly learned that paying for the "Pandora One" is a great value. The environment described here is not intended for use with the ad-based, free Pandora experience - the frequent pauses and ads make the environment unworkable.

To solve the above issues, two applications were required:

* AirFoil - an inexpensive (but not free) application that allows sending audio from any application to Airport Express devices, Macs, Apple TVs, iPhones and iPod Touches.

* PandoraBoy - a simple wrapper application that allows AppleScript control of the Pandora web-based service.

There are two scripts included in this package that allows simplified control of these applications:

* audioAppStatusUpdater.scpt

Installation directory: /Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Background/

To install this script:

* Press File / New Trigger Action

* set Type to "Indigo Server Startup"

* click the Action tab

* set Type to "Execute Applescript"

* Select the "File" radio button

* Select the script in the dialog box.

This script monotors all three applications, and updates various Indigo Server variables. This script can work as a stand-alone script if you simply would like to have access with the variables, or in conjunction with audioAppControll.scpt to allow full control.

This script will not interfere with the operation of the included "iTunes sync.scpt" - they update a different set of variables and will not conflict with one another.

* audioAppControl.scpt

Installation directory: /Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Attachments/

This is the control script intended to go into the "Attachments" folder. It does require that "audioStatusUpdater.scpt" be installed and running before using the functions provided within. (some functionality may work, but most of the iTunes and PandoraBoy controls will do nothing).

This script has a lot of utility functions for dealing with AirFoil, iTunes and PandoraBoy. Some of the included functions are:

* announceMessage(strMessage)

Lowers volume of either individual application and use "say" command to speak the message. If using AirFoil, you need to set AirFoil to "System Audio" (see connectToSource() below). Because I use the AppleScript "Say" command, this uses the system's Text-to-Speach preferences found in the preferences pane.

* announceCurrentTrack()

Uses above function to announce the current track, artist and album.

* announcePlaylist()

Announces the current playlist / station.

* toggleMusic()

If nothing is playing, iTunes will start. Otherwise, whatever is currently playing will be stopped, and the other player will start. This is the function I use for starting music from a button.

* startPandoraBoy()

Stops iTunes, if playing, and starts PandoraBoy.

* startITunes()

Stops PandoraBoy, if playing, and starts iTunes

* stopMusic()

Stops either app, if one is playing.

* nextTrack()

Skip to the next track of the currently playing source.

* nextPlaylist()

This plug-in is a little different than most IWS plug-ins - it doesn't generate a viewable page. Rather, it's a way to get data IN to Indigo. The Lightsoft Weather Center (LWC) is software that connects your Mac to hardware weather stations (Davis Vantage & Envoy, Monitor, Wizard and La Crosse WS23xx currently) as well as Internet based weather sources.

As far as I know, it's the only commercial Mac-based solution that supports the LaCrosse station, which happens to be the one I have. I wanted to get data into Indigo similar to the NOAA scripts so I could use it primarily to determine if/when to run the sprinklers, but also because, well, it's COOL.

To install this plugin drag the "lwc" folder to the following location:

/Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/plugins/

To use this plugin, just configure LWC's On-Line->Custom CGI with the following URL:

http://host:port/lwc/importData?

I also think it's useful to check the "Send Time As Local" checkbox so you can see the date/timestamp in local time. The plug-in will do the rest. Because there's quite a few variables in LWC that aren't sent to this custom cgi yet, I wanted to take an approach that would not require me to update the plug-in whenever LWC was revised to send more data. So, I decided to just automagically create variables for ALL passed in data. So, given the following URL (which is what's currently being sent from LWC as of 5/13/2009):

http://host:port/lwc/importData?&date=2009-05-12+17%3A22%3A12 &winddir=270 &windspeedmph=0.0 &windspeedmphav_10m=0.0 &windgustmph=0.0 &windgustdir=270 &windgustmph_10m=0.0 &windgustdir_10m=270 &humidity=47 &dewptf=69.836 &tempf=93.20 0&raininch=0.000 &rain24hinch=0.000 &baroinch=28.508 &action=update

the plugin will update/create variables that start with LWC_.

This script will process iCal alert emails and perform several functions:

1. It will optionally speak the event name and time
2. It will optionally execute an Indigo Action Group
3. It will optionally look for specially formatted directives in the Notes field of the event that will tell Indigo to perform various actions (see the wiki post for details)

 See the official wiki post for details.

See the official wiki post for details.

See the official wiki post for details.

This integration between Indigo and PhoneValet will:

1) Create some variables in Indigo that represent various information about PhoneValet data (# of new calls, last caller, etc.). You can then use this data in other scripts or actions, or even show the data on your control pages. Image being able to see who the last caller was to your home over the internet, or how many new calls you have waiting without having to call in to PhoneValet!

2) Use the text-to-speech system of your Mac along with PhoneValet to create answering machine functionality. This is particularly useful if you're using Airfoil to direct your sound through a whole-house av system; or, even, to an AppleTV in your living room. Use an Insteon controller to control your voicemail from anywhere in the house and use your whole-house audio to listen! Each VM menu as spoken by the system will also time-out after 30 seconds as well, so if you don't take any action the system will shut down automatically.

Read the Indigo-PhoneValet Doc.rtf file carefully before attempting anything. There is an installer script that will attempt to do the install.

Again, read the Indigo-PhoneValet Doc.rtf file first.

Script to get the location of a cellphone from Instamapper http://www.instamapper.com/ Lookup the location with geoNames http://www.geonames.org/ and update Indigo with the location.

- Assumes that your account on Instamapper has been setup and API access enabled
- Instamaper stipulates the API not be called more frequently than every 10 seconds
- Geonames offers 50,000 API "credits" a day in their free service. Each lookup in this script uses 1 credit.
- If run every couple of minutes it should be well within their rules as this time.

Install and configure Instamapper on your phone, enable the API feature on their site. Edit the InstaPeople table below with the name of the variable to update and it's instamapper API key

Once configured, store the script in Indigo's background tasks's folder and create a trigger to start the script "on startup". It will run and update your location into an Indigo variable for use in other actions/triggers at the frequency defined in the script. Please make yourself aware of both Instamapper and Geoname's usage policies and do not abuse their great free services.

Installed by Indigo into:

/Library/Application Support/Perceptive Automation/Indigo #/Scripts/Attachments/

Where # is the version number (Indigo v2 and v3 are both in Indigo 2).

iTunes attachment.scpt

This script pauses the song currently playing on iTunes on the computer running Indigo, speaks the song, artist and album, and then resumes playing the song at the same point.

After downloading, drag the Speak iTunes Information script into the folder: /Library/Application Support/Perceptive Automation/Indigo 2/Scripts/

Execute within Indigo, typically as a Trigger Action attached to a RemoteLinc or IRLinc

The script will only execute if iTunes is currently playing, and will speak the track information on whatever speakers are currently in use with iTunes.

To speak with a voice other than the System voice, add the voice name to the associated property at the top of the script; for example, the new Leopard voice Alex works well.

Create a Trigger Action in Indigo to launch this script. 

The script uses the Leopard-only voice "Alex". If you're using an older OS you'll need to change the value of the property "TheVoice". The script has been tested with Indigo 1.8.3.

This plug-in allows Weather Display fMac data integration with Indigo Web Server (IWS). 

Weather Display is the most popular weather station software on the Windows PC and now has been ported to the Mac. It supports a myriad of personal weather station hardware from almost all manufacturers  (Davis, Lacross, Irox, Oregon Scientific, Ultimeter, Weather Hawk, Rainwise, Texas Instruments, Dallas 1-wire, and others) as well as Internet based weather sources. 

And it now supports data transfer straight in to Indigo variables. Read more about WD Mac here: 

http://www.weather-display.com/index.php

The WDMac Plugin goes to work as soon as you install it, waiting for the data you have specified to arrive from Weather Display. If the variable has not been created the plugin will do that for you also, and name the variable based on the field definition you configured in Weather Display. Very cool.

To install this plugin drag the "wd" folder to the following location:

/Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/plugins/

This script will initiate a telnet session to WeatherSnoop, capture its output, and parse it into Indigo variables.

It will create the variables as needed, each of which will be prefixed by "ws_".

Install WeatherSnoop and configure it to work with your weather station, and make sure the "Serve my weather data..." checkbox is selected under the Sharing tab. Edit the script properties to reflect the port number and ip of your WeatherSnoop server. (the defaults of 8080 and "localhost", respectively, are probably fine)

Then, just embed the script in a time/date action and call it periodically.

You can set triggers on the ws_ variables to do things like turn off sprinklers when its raining, retract an awning if its windy, etc.

Indigo 6 Plugin for Caddx NetworX Series Security System (version 1.3.0)

OVERVIEW

It is a comprehensive protocol implementation of Caddx NX-584 RS-232 Gateway Interface Protocol (April 2000) spec.

This should work with the Caddx NX-584 RS-232 Gateway Interface for the Caddx NX-4, NX-6 and NX-8 but I do not have the hardware to test this.  It has only been tested with NX-8e.

The following is a list of supported message transactions:

- Interface Configuration Request/Message (read interface configuration parameters in alarm panel)

- Zone Name Request/Message (read alarm panel configured "Zone Name" if supported by KeyPad (NX-148e only))

- Zone Status Request/Message (read completed status of the request "zone x")

INSTALLATION

Move the "Caddx Alarm System.IndigoPlugin" file to the ../Indigo 5/ Plugin (Disabled) folder or double click icon and restart Indigo.

From Indigo Menu Bar/ Plugins / Caddx Alarm, enable plugin.

Once enabled, you will a  number of selectable options:

- Disabled

- Reload

- Config

- About Caddx Security System v1.3.0

These menu functions are used to create the indigo alarm devices and synchronise the device states:

ALARM PANEL HOME AUTOMATION CONFIGURATION

For the Caddx NX-8e, the following settings need to be configured in the Alarm Panel for healthy communication.

Location 207 Serial Port Enable set to "1" (Home Automation Protocol enabled)

Location 208 Serial Port Baud Rate default = "2" (9600 bps)     [ 3 = 19200 bps]      [ 4 = 38400 bps] 

Location 209 Home Automation Protocol default = OFF (Binary)

Location 210 Transition Based Broadcasts

segment 1-2 enable (Interface Configuration)

This plugin offers management of Ademco/Honeywell and OEM variants of their alarm systems. The NuTech ad2usb or ad2serial interface is required. Indigo can interface dirextly to the ad2usb board, or to either board using the included USB/Serial to IP conversion software.

The plugin allows the creation of one alarm keypad device and an unlimited number of alarm zone devices. The keypad device emulates a real alpha numeric keypad and can be used to arm, disarm and enter any codes that can be entered on a real keypad. Code is also provided for creating a virtual keypad on an Indigo Control Page (Indigo PRO is required).

Zone devices display the state of alarm zones and can be used in triggers to invoke Indigo actions. 

Please see the included documentation for more information.

Unzip the archive and then read the documentation before double clicking the plugin to install it.

Requires the NuTech ad2usb or ad2serial alarm interface. See the included documentation and see this Indigo forum topic for questions and support:

http://www.perceptiveautomation.com/userforum/viewtopic.php?f=22&t=7584

Up to 32 Thermostats can be controlled over the one StatNet communication network but the practical limit would be 4 to 8 thermostats on a single network. Each thermostat supports unto 4 remote sensor modules, with two remote temperature or humidity sensors per module connected on each thermostats' local RS485 bus. The Aprilaire thermostat can be hardware configured as a Thermostat or Humiditstat Controller. These remote sensor modules and controller types are supported by the plugin.

A typical configuration would include:
-- Thermostat Model 8870 or 8000
-- Protocol Adaptor 8811
-- Distribution Panel 8818 / 8819
-- Remote Sensor Modules 8062 / 8082 or 8061 / 08081
-- Remote Sensors 8051 or 8052

Note: Please check the Aprilaire documentation when mixing the older and newer generation components. There are some considerations required.

Global Caché makes network devices and serial adapters that let you send and receive consumer infrared signals, sense and trigger relays, talk to remote serial ports, and such. They've been around for a while.

This Indigo 5 plugin lets you talk to those devices from Indigo. In particular, you can send and respond to CIR (Consumer Infrared) signals.

Requires the kind of Global Caché device that does what you want to do.

Download the zip file. Double-click it to expand. Double-click the resulting plugin to install.

Select the About Cynical Caché menu item for usage instructions. Post in Perry The Cynic's third party developer forum for questions, comments, and complaints.

Dimmer Extender extends Indigo's functionality by adding the ability to specify a different dimming/brightening rate each time you set the brightness of a SmartLabs INSTEON dimmer. It also allows you to create Indigo triggers based on the start and stop brightening and dimming INSTEON commands not normally triggerable through Indigo Pro.

Download the Dimmer Extender zip file to the computer running the Indigo server. If the file is not already unzipped, double-click the .zip file to unzip it. Open the folder that is expanded from the zip file and double-click the Dimmer Extender.indigoPlugin file. The Indigo client will open and prompt to install the plugin. Click the option to install and enable the plugin. You'll be prompted to configure the plugin. The only configuration is to enable debugging. You won't want to do this unless trouble-shooting a problem, so just click OK. All done!

Dimmer Extender is compatible with Indigo 6 as well.

Within any Indigo action dialog (from a Trigger, Action Group, Schedule, Control Page action, etc), with Indigo 5, set the action "Type" to "Plugin". Select "Dimmer Extender" as the plugin to use. For Indigo 6, simply go to the "Device Actions" menu and the "Dimmer Extender Actions" sub-menu. Select the Action "Set Brightness with Ramp Rate" (the only action available). Choose a device from the "Device" menu that appears. Click "Edit Action Settings...". Follow the instructions in the "Configure Set Brightness with Ramp Rate" dialog that appears.

When createing an INSTEON Start/Stop Brightening/Dimming trigger, within Indigo 5, select "Plugin" as the event Type. With Indigo 6, select "Dimmer Extender Events" from the Type menu. Select the brightening/dimming event type. Click Edit Event Settings and select the INSTEON dimmer device you want the trigger to be based on. Select the Button or Group to monitor. Not all devices send commands on all 8 groups listed. For example, the SwitchLinc Dimmer only sends button/group 1 commands. A 4-button RemoteLinc 2 only sends on button/groups 1 through 4 and an 8-button RemoteLinc 2 sends on all 8 button/groups. The 6-button KeypadLinc Dimmer and Relay send on button/groups 1 through 6 while the 8-button versions send on all 8 button/groups. Be sure to test the trigger after selecting the button/group to be sure it is being triggered off the correct button.

This plugin interfaces Indigo 5 to a DSC PowerSeries alarm system via a IT-100 or PC-5401 serial interface board. It lets Indigo see the status of the entire alarm system. Triggers can be created for any alarm or zone change, actions can be created to Arm, Disarm, or trip the alarm. 

1. Download the plugin, unzip it if your browser doesn't do that automatically.
2. Double-click on the DSC Alarm.indigoPlugin file.  Indigo will launch and ask if you'd like it to install the plugin.
3. The plugin's config screen should pop up, select the serial port of the interface.
4. Create one keypad device, and zone device for each of your alarm zones.

Detailed installation instructions available at the more info link above.

Create triggers to respond to alarm events or zone changes, actions to arm or disarm the alarm.  See the more info link above for more details.

The Global Cache Plugin interfaces Indigo 5 to a Global Cache GC-100 unit. It lets Indigo send IR commands to your audio/video equipment (or any other IR equipment) over a network. In addition, Indigo can set the states of relays on the relay module (available on GC-100- 12/18/18R).

1. Download the plugin
2. Unzip it and copy the GlobalCache.indigoPlugin file to your /Library/Application Support/Perceptive Automation/Indigo 5/Plugins (Disabled)/ folder.
3. Restart the Indigo server
4. Pull down the Plugins menu, select Global Cache, then Enable.

See the support page for details.

To use the buttons included in the installation zip file for Control Pages, add to /Library/Application Support/Perceptive Automation/Indigo 5/IndigoWebServer/images/controls/devices 

The Master Irrigation plugin allows you to create virtual Indigo devices that correspond to real irrigation zones connected to an INSTEON or X10 sprinkler controller. The advantages of the plugin are that the multiple controllers can be collectively managed to allow an unlimited number of zones. Also, each zone can be scheduled independently of all other zones allowing you more precise control over your irrigation.

Double click the plugin for automatic installation. Then, follow the configuration instructions in the enclosed documentation.

Each time the irrigation schedule is started, it first creates a schedule. The plugin checks each virtual Irrigation device to see if it is scheduled to run, and if so, its irrigation time (possibly adjusted by an Indigo multiplier variable) is added to the schedule. The plugin then starts the schedule running each zone in turn until all zones have run for their scheduled time. While you control the time the schedule starts, you cannot control the order in which the zones are watered or the time the schedule ends. That is all done automatically by the plugin.

The plugin provides complete locking so that regardless of the number of actual controllers, no two zones can be active at one time.

Before installing the Master Irrigation plugin, you should have already installed your irrigation controller hardware and set up maximum zone durations, and optionally pump control. You may wish to name the zones, but that is not required and those names will not be used by the Master Irrigation plugin.

The plugin allows you to control Z-Wave dimmers, relays, security sensors etc via the MiCasaVerde Vera Z-Wave gateway directly with Indigo. This is a 3rd party plugin, but the developer of this plugin is no longer providing support. It is provided as-is for those wishing to use or modify it.

This project is hosted on github. To view the latest information, visit: https://github.com/johnray/Indigo-Nest-Thermostat-Plugin

Please download the latest version from: https://github.com/johnray/Indigo-Nest-Thermostat-Plugin/zipball/master

To install the Nest plugin, follow these instructions:

1. Download and unzip the plugin on the same computer running Indigo 5.x Pro. 
2. The plugin will unzip to a folder structure named "Nest Thermostat.indigoPlugin" - double-click this file.
3. When prompted, choose to Install and Enable the plugin.
4. Now you need to add a Nest thermostat device to your device list.

1. Within the Indigo device listing window, click the "New" button in the toolbar.
2. Provide a Name and Description for the device.
3. Set the Type to "Pro Plugin".
4. From the Plugin menu that appears, choose the "Nest Thermostat" option.
5. From the Model menu, choose "Nest Thermostat Module".
6. A configuration dialog for the Nest is shown. Enter your Nest.com Login and Password.
7. Enter the Name and Location of the Nest you want to control. These must match the name and location you created on Nest.com.
8. Click Save. If there are any errors, you must correct them before proceeding.
9. The Nest instance is added and is available in your device list.

The NetworkOWL interfaces with a range of sensors from the OWL Intuition family. This plugin extends the Perceptive Automation Indigo Mac home automation application to support the NetworkOwl & the Intuition-pv sensor.

The Intuition-pv sensor provides real-time electricity consumption & solar generation data to the NetworkOWL, which provides the data both to the OWL Intuition cloud application and as a multicast stream on the local network. This plugin joins this multicast stream and updates Indigo device states based on the data received.

1. Download the plugin bundle to the Mac running Indigo & unzip it if necessary
2. Double-click on the NetworkOwl.indigoPlugin file: Indigo will ask if you would like to install it
3. The plugin’s configuration screen will pop up. Just hit Save to carry on.

1. From within the Indigo Devices list, click “New” and create a device representing the Intuition PV. Use the "Plugin" device type and then select "NetworkOwl" as the plugin. Finally, select the "Network OWL IntutionPV sensor" model. 
2. The configuration screen will be displayed. Enter the MAC address of your NetworkOWL device. This can be found on the label on the back of the NetworkOWL device. Press "Save".

The main highlights of the Pioneer Receiver plugin are:

Download the latest version to the computer on which Indigo server is installed. If the zip file did not automatically expand, double-click on it to unzip it. Double-click the resulting "Pioneer Receiver.indigoPlugin" file. The Indigo client will open and prompt you to install the plugin. Click the option to install and enable it. You'll then be prompted to configure the plugin. The only configuration option is to enable debugging, which you won't want to do unless troubleshooting a problem, so just click the Save button. All done!

(See additional information URL for usage details).

The AVIOSYS IP9258 is a 4 outlet power distribution switch that allows individual outlets to be switched on & off

remotely via a wired Ethernet connection. This plugin extends the Perceptive Automation Indigo Mac

home automation application to support the IP9258 and allow each outlet to be configured and controlled as a separate

device. Models supporting UK, European & US power outlets are available.

I’ve used these to replace X10 appliance modules where a number of devices need to be

controlled within a small area (e.g. behind the TV) or where the devices being switched

require a higher degree of reliability than can be achieved using X10.

1) Download (http://www.nickandmeryl.com/software/IP9258_files/IP9258.indigoPlugin.zip)

the plugin bundle to the Mac running Indigo & unzip it if necessary

2) Double-click on the IP9258.indigoPlugin file: Indigo will ask if you would like to

install it

3) The plugin’s configuration screen will pop up. Just hit Save to carry on.

1) From within the Indigo Devices list, click “New” and create a device representing

the first power outlet.   

2) Click on the “Edit Device Settings” button to display the detailed configuration

screen. The details are reasonably self-explanatory:

• IP address: IP address of the PDU. “192.168.1.100” is the default value
• Username: username used to log into the PDU. “admin” is the default value
• Password: password used to log into the PDU. “12345678” is the default value
• PDU outlet: the outlet you wish to control (1 - 4)

3) Enter the details relating to your IP9258 configuration & press “Save” once complete.

4) Repeat for as many devices as required.

SUPPORTED OPERATIONS

An outlet device will support the following operations:

• Turn on
• Turn off
• Toggle
• Get status

Further documentation is available in the proliphix-plugin.html file contained in the zip archive.

With this script I can turn of my Samsung TV in the kitchen. Control codes are included for other functions like changing channels, volume or input. The only thing it cannot do is turn on a TV. Wake On Lan was available a short time but Samsung disabled that possibility in a firmware upgrade.

All credits go to the good folks at the Samygo forum who disected the iPhone/Android remote app.

Use in an action (server script/python)

Turn of TV, change channel, change input, control AllShare playback, etc. E.g. make it part of a Turn Of All command, or lower the volumen when the doorbell is pressed or tune i to your favorite channel at a fixed time (e.g. the news in the morning). 

The FTDI RS232-USB driver needs to be installed.

Select the right serial port, display units and the necessary receiver protocols in the configuration.

Smartphone Radar allows you to keep track of when your family's smartphones were last seen on your network. Since our phones are generally always with us, it's a fairly reliable way of letting Indigo make some clever decisions.  Some examples might be:

1. All the family members are not home yet, leave the porch lights on a little later tonight.

2. Nobody has been home for hours, might as well adjust the HVAC to save some cash.

3. It's really late and your daughter is still not back from her date, maybe Indigo should wake you up and let you know she broke curfew.

4. It's dark outside and nobody is home, maybe Indigo should play with the lights to help ward off potential burglars.

Note:  This plugin requires your router is capable of forwarding its log to your indigo server via syslog.  This is a fairly common feature, especially on mid-high end routers.

Plugin Installation:

1. Download the plugin, unzip it if your browser doesn't do that automatically.
2. Double-click on the Smartphone Radar.indigoPlugin file.  Indigo will launch and ask if you'd like it to install the plugin.
3. The plugin's config screen should pop up.  Adjust any settings if you'd like.
4. Create a smartphone device for each of your phones.

Router Setup:

Create triggers to respond when some or all phone states become Away, Home, or On Vacation.  See the More Info link above for more details.

BrightenWithRate 1.0

This is an Indigo Pro 4 and 5 compatible Attachment AppleScript which allows you to set the on-level (brightness) of an INSTEON dimmable device, specifying a ramping time that is different from the device's programmed default ramp rate.

This has been tested and found to work on Smarthome SwitchLinc Dimmers, LampLinc Dimmers and KeypadLinc Dimmers.  It should also work on In-Line Linc Dimmers and the dual-band versions of these devices.  It may or may not work on other INSTEON dimmable devices (like ICON dimmers).

Download the zip file and (if it isn't done automatically) decompress it.  A folder containing a Read Me file and the BrightenWithRate.scpt file will be created.

Put the BrightenWithRate.scpt file in the Attachments folder for the version of Indigo Pro you are using.  The path to the folder is listed below for the specific Indigo Pro version being used.

Indigo Pro 4:

/Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Attachments

Indigo Pro 5:

/Library/Application Support/Perceptive Automation/Indigo 5/Scripts/Attachments

Once the file has been moved into one of the above folders, reload attachments from within the Indigo Pro client (in Indigo 5, that means going to the "Plugins" menu and selecting "Reload Libraries and Attachments").

Within an Indigo "Execute Script" AppleScript action, simply enter the text

BrightenWithRate(,,"")

where is the brightness on-level percentage, from 0 to 100, you'd like the device change to, is the number of seconds (including fractional seconds) desired, and is the name of the device in Indigo.  Some important things to remember: specifying a brightness of 0, perhaps obviously, actually turns off the device in the ramp time.  Note that INSTEON dimmers that support per-request ramp rates only provide 16 different ramp rates, so this function simply chooses the available ramp rate closest to the number of seconds specified when calling this function.  Also note that ramp times are based on going from fully off (0 percent) to fully on (100 percent).

This set of scripts provide Indigo support for controlling a Jandy Aqualink RS through SerialX and a Jandy Aqualink RS Serial Adaptor.  [The script has been revised to use SerialX rather than Serial Bridge, as Serial Bridge will not operate in Mac OSX Lion.]

The scripts communicate with the Jandy system through a USB Serial Adaptor (e.g. the Keyspan USA-19HS USB Serial Adapter) connected to the Jandy Aqualink RS Serial Adaptor.

In order to use these scripts with SerialX, you will need to separately download and install SerialX as a Scripting Addition.  As currently written, you will also need to determine the exact name of your serial connection and edit the following statement in both scripts:

property SerialConnectionName : "/dev/cu.USA19H47P1.1"  -- Replace "dev/cu.USA19H47P1.1" with the name of your USB Serial Adaptor.

After editing, drag the Jandy Aqualink attachment script into the folder:  /Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Attachments

and the Jandy Aqualink background sync script into the folder:  /Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Background Tasks

Initiating use of the background script is typically accomplished by establishing a Trigger Action that activates on Indigo Server restart.

Assumes a Jandy Aqualink RS-4 or RS-8 Pool/Spa combination with auxiliary 1 set for pool light and auxiliary 2 set for spa light.

Unlike the previous version, the background script will now automatically execute periodically after being initiated (typically with a Trigger Action that activates on Indigo startup), will create variables as needed, and will update the status of those variables.  By default the updates occur every 30 sec  for most items using a single "#LEDS?" command, and every 30 min for the temperatures, with error detection if something does not update correctly.  If the Spa is heating, temperature updates default to every 2 min.  Variables created include AirTemp, ErrorFree, NextTempUpdate, PoolHeatEna, PoolHeatOn, PoolLightOn, PoolPumpOn, PoolSetPoint, PoolStateOn, PoolTemp, SpaHeatEna, SpaHeatOn, SpaLightOn, SpaSetPoint, SpaStateOn, SpaTemp.

The following is a list of the commands that can be called in the Jandy Aqualink attachment script from Indigo: JandyGetCompleteStatus(), JandyTurnOnSpaHeat(), JandyTurnOffSpaHeat(), JandyTurnOnPoolHeat(), JandyTurnOffPoolHeat(), JandyTurnOnLights(), JandyTurnOffLights(), JandyNewSpaSetPoint(NewSpaSetPoint), JandyNewPoolSetPoint(NewPoolSetPoint), JandyTurnOnSpa(), JandyTurnOffSpa(), JandyTurnOnSpaAndHeat(), JandyTurnOnSpaAndHeatAndLights(), JandyPerry GershonTurnOffSpaAndHeatAndLights()

This plugin controls from Cisco SIP Phones.

If you don't know the Cisco IP Phones, they come in different flavors. The 7971GE has a color touch screen and runs about at US$200. Probably one of the cheapest HA Touchscreen controllers you can get considering that you get a great SIP phone thrown in.

There are also other model like the Cisco 7961GE at about US$100 with the same functionality minus the touchscreen and color.

Just unzip and put into the plugin directory. The plugin directory name needs to be "CiscoServices"

To make the plugin work with the phones, the Cisco Phone Config (SEPXXXXXX.xml.cnf) needs to have the INDIGO server URL configured:

For example:
"<servicesURL>http://indigo_server_ip:8176/CiscoServices/mainmenu</servicesURL>"

For convenience, action groups whose name is prefixed with "cphone." (For example 'cphone.Turn on Lights') will show up in the main menu as well as some sort of shortcut to often used Devices, Actions.

The Device menu actually shows the state of the fixture or switch as well using the pre-installed graphics (Thanks Matt!)

Here it is, an attachment script that will allow Venstar Insteon Thermostat users to monitor their daily usage of AC, Heating, and Fan usage… This is a basic attachment script that is designed to extend Indigo…

When installed, the changes are most noticeable in the Log file…

Received INSTEON “Furnace Link” off (button 2)
Thermostat Insteon Thermostat Event being processed
Thermostat Thermostat requesting Heating – Off
Thermostat Furnace Heat Ran for 14 Minutes
Thermostat Thermostat Event Processing Done

• Download the Venstar Thermostat Usage Monitor Script
• Copy the script (Thermo)  to /Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Attachments
• Copy the Thermo-reset script to /Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Attachments
• Create a Time/Date action, with the action of “Run Applescript”, choose External File, and point it to the Reset script.  Set the time for when you would like it to run (for example, Midnight).
• Restart the Indigo Server

The attachment will monitor for the Venstar to announce Button 1 (AC), Button 2 (Heat), and Button 3 (Fan) traffic, and use these to track the usage for AC, Heating, and Fan. The attachment script will also create new variables to allow the tracking of Heat (Heating_dailymins), AC (AC_dailymins), and the Fan (Fan_dailymins) these variables will contain the the number of minutes that Heating, AC and the furnace fan have been on since the last “reset”.

Please note, you will need to make a new timed action that runs thermo_reset.scpt whenever you want to reset the counters… I would suggest midnight, so that you are capturing the 24 hrs period… The script will append to a csv file in your documents folder that contains the value that are in the AC, Furnace and Fan variables, and then reset the variables to 0.

This is a tutorial for creating a radio control page for your AV or whole-house audio system. Because it is based on presets, it is easy to update new stations. To eliminate page clutter, this control page uses dynamically updated buttons that change to the appropriate stations depending on if AM or FM is selected.

The zip file includes an MS Word document with screenshots, the applescript for control (which you may need to adapt to your system) and an iRed driver for the Sony XDR-F1HD tuner. Download the zip file and read the document. Figure out how you're going to control your system, e.g. IR, RS232, TCPIP etc. If you decide to use iRed and the Sony, you're almost home. Create the variables and the page and check it out.

This page is used to control your radio, or any similar piece of equipment.

Here is a simple script which defines a method to query a Proliphix thermostat, grab the main zone temperature, and put it into an Indigo variable.

Move the script into this folder:
   /Library/Application Support/Perceptive Automation/Indigo 2/Scripts/Attachments/

Create a Time/Date action that calls the main AppleScript function defined in the attachment script:
    GetThermotemp()

This script pulls data from WeatherSnoop which is hopefully connected to weather station hardware

-- To use this script, set it up to be called periodically via a Time/ Date Action. Then simply make whatever use of the

-- variables created in Indigo as you see fit.

-- This is intended as a an example and as such pulls every bit of data available via the WeatherSnoop AppleScript dictionary.

-- In real life you will want to comment out the extraction of those data you don't care about. I have commented out

-- extraTemperature2 as an example of how to ignore a particular data point.

To use this script, set it up to be called periodically via a Time/ Date Action. Then simply make whatever use of the variables created in Indigo as you see fit.

This is intended as a an example and as such probably pulls more data that you really need. In real life you will want to comment out the extraction of those data you don't care about. I have commented out extraTemperature2 as an example of how to ignore a particular data point.

This script was written by Bob Easterday. Use as you see fit, but please give credit where credit is due.

The Xytronix Temperature module can read up to 4 electronic thermometers and this AppleScript passes the temperature readings along to Indigo.  The Temperature Module connects to your Local Area Network (or via the internet with proper routing).

Getting accurate and reliable temperature data is an important part of improving overall energy efficiency.  Automatically controlling windows, shutters and shades, whole-house fans, heat exchangers, solar hot water", and much more is possible using Indigo, AppleScript and the Xytronix Temperature module.

Create a Trigger Action of Type "Indigo Server Startup" and select an Action Type of "Execute AppleScript" that executes this script file. This script will then start as a separate process and provide temperature updates automatically as long as the Indigo Server is running.  Indigo Server automatically terminates the script when it shuts down.  As an alternative, the script can be placed in an "execute once" mode to be triggered by an Indigo event of your own design.

Since AppleScript can cary out much more complex data manipulations than Indigo can, you may want to modify this script to compute temperature differences, trends, etc. and report the results to Indigo via additional variables of your own creation.  Indigo could also examine these variables and cary out complex control requests based on their values.

For detailed information on the Xytronix Temperature Module itself, see:

http://www.controlbyweb.com/temperature/

or download a user's manual:

http://www.controlbyweb.com/temperature/temperature_um_v1.1.pdf

Hey,

Here's a complete, I hope, set of NOAA weather icons that are named as the originals for ease of use.

Aside from being different graphically I have also modified the icons that are below a 50% probability to not reflect that weather

condition and instead show a "Fair" condition. IMHO it's more accurate to show the most likely condition to occur.

Carl

Various icons for TV, HVAC, lighting etc.

An Indigo 5 plugin that allows Indigo to connect to, and receive connections from, TCP services on the Internet (which includes your own computer :-). Make connections, send text on them, add event triggers to respond to incoming text using regular expressions, and generally make TCP your, uh, friend.

Note that a fair lot of network serial port adapters simply tell you to connect to a network port on the device. This will do the job.

Download the zip file. Double-click it to expand. Double-click the resulting plugin to install.

Select the About Cynical Network menu item for usage instructions. Post in Perry The Cynic's third party developer forum for questions, comments, and complaints.

Install this plugin if you would like to add AppleScript or Python script files to Indigo's Plugins menu.

Unzip and then double-click the file to install into Indigo.

See the plugin wiki page for usage details.

The Wunderground Script will poll a Wunderground Airport Station and/or PWS (Personal Weather Station) and retreive the latest weather information for the specified station code. Data from the PWS and Airport stations can be merged. If more than one PWS is specified, and good data is not available for the first PWS, the script will try the additional PWSs  in order until good data is found. The weather information will be saved into Indigo Variables. Support is provided for weather icons to indicate the current conditions. A basic set of Wunderground icons is included.

Changes in V2.5.4

This update corrects a formatting bug in the Wunderground daily metric precipitation data.

1) Place this script in Indigo's Background Tasks folder, or any other folder of your choice.

2) Configure the script (instructions are in the script)

3) Create an Indigo Time/Date Trigger and select an Action Type of "Execute AppleScript" that executes this script file. This script file will then be called at the times/frequency you defined for the trigger. 

In Indigo use the Variable Window to enter the codes for the station(s) you have selected

For PWSs create an Indigo variable _Wunderground_PWS_List and set the value to one or more PWS codes separated by spaces.

For example,  KCAREDDI3, KCAREDDI2

For an Airport station, create an Indigo variable _Wunderground_APT and use the airport station code as the value.

See comments in the code, as well as the description bundled in the code for more information.

What is the Indigo Restful Interface?

The Indigo Web server, as of Version 4, includes a restful (Representational State Transfer) web interface. REST interfaces are an attempt to make a easy way to simplify access to server based data. Either sending data to the server, or changing the information on the server. Restful interfaces are quite useful, but since they are dealing directly with the server, they are often very low-level.

I have started to create a higher level python wrapper for it...

This higher level wrapper, simplifies the details by abstracting the process.

The code, is available from Google Code for the project.

What Does the API Support?

Currently the wrapper supports:

• Added get_device_list, and get_device_by_name
• Added set_thermostat_heating_mode, and set_thermostat_fan_mode
• Fetch_devices_from_indigo
• change_device_state_by_name
• toggle_device_state_by_name
• change_brightness_state_by_name
• set_variable_by_name
• get_variable_list
• get_actiongroup_list
• get_actiongroup_by_name
• activate_actiongroup_by_name
• get_variable_by_name
• return_device_from_insteonaddr
• return_device_from_x10_addr

Okay, it’s only a one way integration, any Insteon device that supports a “turn on” or “Turn off” command will automatically be Tweeted when turned on or off, with the appropriate message…

For example:

Desktop lamp was turned on

Desktop lamp was turned off

And yes, there isn’t too much sophistication here with this example script.  Please feel free to make suggestions, and comments…  I’d be happy to consider them for a newer version of the script…

1. Download the ZIP file, and unarchive it.
2. Copy the Indigo Tweet! script  into /Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Attachments
3. Reload the Attachments via the Indigo Scripts menu (Choose Reload Attachments).
4. Add an TwitterID & TwitterPassword variable
5. Set the TwitterID to your Twitter Username
6. Set the TwitterPassword to your Twitter Password
7. Watch as your House talks to you via your Twitter Feed…

Once installed, it is automatic.  It will automatically tweet any On/Off command as it occurs.

This attachment script provides handlers to create Reminders and Pesters (periodic mini-reminders). The thinking here is that sometimes you want to create a reminder at some future time. That you want that reminder to execute some actions, and that you want frequent periodic mini reminders (called pesters) so that you don't forget. 

For instance, let's say you're washing machine is in the basement and you can't hear when it's finished washing a load of clothes. And you, like me, have the memory of a goldfish and will completely forget and leave the clothes in the washer for days. This is an attempt to help out with that problem. Using this attachment, you can create a reminder, hook it up to a button on a keypadlinc in the basement, and have an announcement made when the laundry is done after, say, 30 minutes. It can also create a pester so that it repeats the message every 5 minutes until you cancel it or it runs out. 

Pesters can be created outside of a timer as well if you like, so, for instance, you can use pesters in other situations.

To install this attachment script, drag the Reminders.scpt file to the following location:

/Library/Application Support/Perceptive Automation/Indigo 4/Scripts/Attachments/

Select "Reload Attachments" from the "Scripts" menu in the Mac client to have the attachment loaded.

The script and it's handlers are described in detail inside the script, but for completeness, here is a list of handlers in this script (the type in parenthesis before the handler is the return type):

-- (boolean) createReminder(theName, actionList, reminderValueInMinutes, pesterCount, pesterFrequencyInSeconds, pesterActions,finalPesterAction)

-- (boolean) cancelReminder(theName)

-- (boolean) createPester(theName, pesterCount, pesterFrequencyInSeconds, actionList,finalAction)

-- handlePester(theName, shouldCancel, pesterFrequencyInSeconds)

-- cancelAllPesters()

-- (string) makeStringListIntoString(theStringList)

Here is a definition of the parameters for each handler:

------------------------------------------------------

This is the script that's shipping with Indigo 4.1 (so don't download it unless you're using Indigo 3). It hasn't been tested with Indigo 3, but some users have reported that it works, so we're just providing it here.

Create a startup trigger that runs the script - it's a background script. NOTE: don't call it multiple times or embed it.

Create a variable named _Weather_Fetch_Station and give it the 4 letter code for the nearest NOAA weather center to you. The script will then populate a bunch of variables with weather data that you can use any way you want.

The script runs as a background task (see Setup for details), polling for the current and forecast weather using Google Weather API. If successful in obtaining the weather data, the script populates Indigo variables with a prefix "Google_Weather_".

1. Save this file in /Library/Application Support/Perceptive Automation/Indigo [2 or 4]/Scripts/Background Tasks folder.

2. Open the Variable List window (Window > Variable List) and define a new variable with name  _Google_Weather_Location and value of your Zip Code or name of your town.   

3. Create a new Trigger Action with the following properties:

  Trigger tab:

   Type = Indigo Server Startup

  Condition tab:

   Upon trigger do actions = Always

  Actions tab:

   Type: Execute AppleScript

   File: Choose... Point to this file located in the folder in step 1.

4. Wait for 10 minutes for Google weather data to appear in the Variable List window.

Create triggers or time/date actions based on the weather data.

This How-to PDF shows you how to build a relay box so that an Appliancelinc can control a very small load, like LED bulbs.

This solution provides a generic mechanism for defining timers in Indigo.

It's based upon a background task that takes care of decreasing timer values.

All other timer related tasks are done using standard Indigo features like variables and triggers.

That's the brief description. For a full description,  including detailed installation and usage instructions, please see the topic.

The script needs to be placed in the Background Task folder of Indigo.

Next a startup trigger has to be defined that starts this script whenever de Indigo Server starts.

This is a simple PDF template that, when cut to the tick-marks, will fit nicely in a RemoteLinc 2440. It requires some kind of graphics application that can open and edit PDFs such as Adobe Illustrator or Acrobat in order to put in your own terms or change the colors. It's currently designed for a black RemoteLinc. If you want to make your own the size of the template is 2.43" x 1.27". If you want to match the font used on the RemoteLinc, I think it's Futura Medium.

A collection of nice weather icons as transparent PNG's for use with the Weather Underground script.

Copy the unzipped folder into the images/controls/variables folder

The NOAA Weather Plus plugin extends the functionality of Indigo Pro (versions 5.0 and higher) beyond the included NOAA Weather plugin by allowing you to create an Indigo device that contains weather information for your geographic location. Current weather conditions and a 7-day forecast for your location are gathered from the US National Weather Service.

Download the zip file, unzip it (if it isn't done automatically) and double-click the plugin file to install it.

Use NOAA Weather Plus by creating a new Indigo device within the Indigo client. Within the Devices section of the Indigo client, click the "New..." button. Name the device (perhaps "My Weather"). Select "Plugin" as the device Type. Select "NOAA Weather Plus" as the Plugin. Select "Weather Locale" as the Model. A configuration dialog will appear. Enter the geographic latitude and longitude coordinates of the location for which you'd like to monitor weather conditions and forecast information. (Of course, weather data is limited to that gathered by the US National Weather Service, so coordinates outside the US will either result in an error or very limited data). If you don't know your geographic coordinates, you can click on the "Find My Location Info" button (only works on the Indigo server machine) to open your web browser to Perceptive Automation's suggested location lookup site links.

This application is based on the original Perl script from seanadams. This update packages that script as an OS X app called iHealth. All required Perl modules are included.

iHealth sends Insteon requests to the devices listed in a devices file and measures the response time. Results can help find problem devices or areas that have poor signal propagation.

NOTE: iHealth works on OS 10.5 through 10.7, PowerPC and Intel. iHealth will also run on Tiger, but some problems have been observed. Specifically, the URL passed to Safari to view the report may wrong and the PLM interface may not be brought back online automatically. This release fixes a compatibility problem with Indigo 5.x.

Uncompress the zip file and drag the app to the directory of your choice. NOTE: the tool only works with the PowerLinc 2412/2413 - the 2414 isn't supported due to protocol and architectural differences.

Double click on the app and select the options you wish in the GUI window.

iHealth automatically checks to see if Indigo is running, and if it is, the PLM interface is disconnected, and then re-connected after the tests are complete. The GUI provides options for the number of iterations, the location of the output files and the ability to select an existing device file or have the program create one for you.

If you choose to have iHHealth create the device file it will automatically filter out X10 devices and Insteon wireless devices. While iHealth is running, the incremental results of the test process are displayed in Safari and a terminal window tracks the number of iterations completed and the number of devices tested. It is not necessary to save the Safari window since the full report is also saved to disk.

Should iHealth find more than one interface you will be prompted to select the interface to use for testing.

Simply turn off a breaker, and then run a Survey through this plugin, it will cycle through each device, forcing a status request, and will report any devices that do not respond to the status request.

This should give you a list of devices that are on each breaker.

This plugin will generate a report for the specified day (yesterday by default) that shows how long each device was on for that day (in minutes). The plugin makes a couple of assumptions:

1. All times are in local time, so the values may be a little odd on days when DST changes.
2. If the first command seen for a device is to turn it OFF, the plugin assumes that the device was on since midnight.
3. For any device whose last command seen was an ON, the plugin assumes that it was on up to midnight.
4. The report doesn't currently include Thermostats, Sprinklers, and IO devices - it does however include some devices that may not make any sense, specifically motion sensors.

This report should be used only as rough insight into what devices in your home are used most. It requires that SQL logging be turned on and SQLite as the database type. The plugin reads all the necessary config information from the IndigoSqlClient.conf file that you must configure in order to make SQL logging work correctly.

NOTE: When the IndigoServer first starts up or switches Indigo Databases broadcasts some device state changes during the startup process that the SQL logger then adds to the log database. Unfortunately, these don't actually represent real state changes. However, from the plugin perspective, it's not possible to distinguish these from normal state changes. Therefore, you may see some days that contain erroneous data. Unfortunately, until we figure out a good solution for those errant changes, you may need to just skip days where you restarted the IndigoServer.

To install this plugin drag the "usageReporter" folder to the following location:

/Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/plugins/

and restart the server. Also, you MUST have SQL logging turned on and configured properly (only SQLite is currently supported).

This plugin will graph the Actual thermostat temperature reading, vs AC & Heating set points.  This is tested against a venstar t1800, but in theory any thermostat that Indigo supports would work…  (But is there any others that Indigo supports?).

In addition, below each graph is a table that contains the raw data.  By default, it is hidden, but clicking on the hyperlink will reveal it.

This does support multiple thermostats…..

1) Download the ZIP file, and unarchive it.

2) Move the “hvac” folder and place it in the following location.

/Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/Plugins

3) Restart the Indigo 4 Server

To Uninstall, just remove the Hvac folder from the Plugins folder, and restart the Indigo Server.

How do you use the Hvac Historical Usage plugin?

Simple, Open your Web Browser, and browse to the Indigo Web server.  From the root of the web server add /hvac.

For Example:

http://entertainmac.:8080/hvac

Connect Indigo to SecuritySpy, an application to manage video cameras for surveillance. Control cameras, trigger recordings, and respond to SecuritySpy-generated motion detection events. If you use SecuritySpy, this will allow it to become part of your Indigo world.

Requires SecuritySpy 2.1.1 or later, which is a commercial application. A trial version is available: http://securityspy.com/

Download the zip file. Double-click it to expand. Double-click the resulting plugin to install.

Select the About Cynical SecuritySpy menu item for usage instructions. Post in Perry The Cynic's third party developer forum for questions, comments, and complaints.

See more details here:  

http://www.schollnick.net/wordpress/home-automation/indigo-v5-plugins/switchboard/

While this can be used for "Security Purposes", this can be easily be used to simplify and customize any Indigo configuration easily.  This is not limited to security purposes.

The Indigo Security Script extends Indigo's native features, and adds two important features:

• *The Ability to Monitor X10 Security Devices*
• X10 Pro Security System Remote (SH624 PSR01)
• Key Fob - KR10A
• EagleEye Motion Sensor (Outdoor) - MS14A
• DS10A Door/Window Sensor
• X10 Motion Sensor - MS10A
• X10 Power Horn - PSH02
• Big Red Emergency Button - KR15A
• *The Ability to Monitor Insteon Security Devices*
• Insteon Motion / Occupancy Sensor - 2420M
• TriggerLinc - 2421
• Insteon Motion Controlled FloodLight - 2494msbn

The script, after it has been configured, will monitor your security devices. The alerts from the security devices will trigger actions depending on your settings in Indigo.

See Indigo Security Script for Downloads, Installation and usage instructions.

Here’s a relatively quick application to list all your devices via the Web Plugin system of Indigo…

The application will display:

* Device Name
* Description
* Insteon Address
* The Device Type
* The Device’s Firmware level

For example:

Add the plugin to the Indigo Web Server plugin (requires v3.0.6 or greater).

Allows the user / administrator to view the Indigo Log through the Indigo Web Browser Plugin.

1) Download the ZIP file, and unarchive it.  

2) Rename the Folder to “Eventlog” and place it in the following location.

         /Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/Plugins

3) Restart the Indigo 4 Server

To Uninstall, just remove the Eventlog folder from the Plugins folder, and restart the Indigo Server.

This plugin will allow you to edit variables from a web page (in fact, you can do it without the page but since you can already do that it's redundant). When the edit form is saved, the variable is updated and you're redirected to the control page specified. If you cancel the edit form, you're just redirected to the control page. Another use for this is to have some other process/application/webservice/etc make changes to variables directly: introduces an entirely new integration point. NOTE: requires 3.0.6 or greater, but this functionality is built-in to v4.0.

To install this plugin drag the "variable" folder to the following location:
/Library/Application Support/Perceptive Automation/Indigo 2/IndigoWebServer/plugins/

To use this plugin from a browser, try the url:

http://yourhost:yourport/variable/setVariable?name=your+variable+name&page=your+page+name

You supply the name of the variable and the control page to forward to.

To use this plugin from within the control page editor:

1. In Indigo, open the control page that contains the object you want to click on
2. select the object
3. on the "Click Action:" popup at the bottom select "Link to External URL"
4. in the text box next to the popup, type in the path part of the URL above (you don't need the http://yourhost:yourport/ part). Don't forget to replace spaces in the Control Page names with the plus sign (+). If your control page name has any other special characters in it (:/\&? for example) you'll need to URL encode it before you type it into the box. So, if you had a control page named "Control:page/with?strange&characters@in#it" the URL encoded version would be "Control%3Apage%2Fwith%3Fstrange%26characters%40in%23it". You can go to this handy site to URL encode a string: The URLEncode and URLDecode Page
5. try it!

born from the need for quick loads and simplicity – especially on an iphone. these are replacement mini views for indigo, home automation software for macs in the form of a plugin! instructions for install, and downloads are actively maintained at:

http://github.com/seaofclouds/indigo-mini-view-plugin

this plugin is currently stable, though it is still in development. please follow the status and discussion at: http://www.perceptiveautomation.com/phpBB2/viewtopic.php?p=20078

NOTE: because this is an IWS plug-in, it requires Indigo 3.0.6 or greater.

This plug-in will allow you to perform some Indigo action then redirect to a control page: the idea being that you might have a control on a page that you want to click which could then do something and end up on a different (or the same) control page afterward. NOTE: requires 3.0.6 or greater, but will NOT work with 4.x+ (this functionality is built-in).

To that end, there's currently one function in this plugin, execGroup, which takes an Action Group name and a Control Page name. It executes the Action Group and then forwards to the Control Page.

To use this plugin from a browser, try the url:

http://yourhost:yourport/execAndGo/execGroup?name=your+group+name&page=your+page+name

You supply the name of the action group to execute and the control page to forward to

To use this plugin from within the control page editor:

1. In Indigo, open the control page that contains the object you want to click on
   
2. select the object
   
3. on the "Click Action:" popup at the bottom select "Link to External URL"
   
4. in the text box next to the popup, type in the path part of the URL above (you don't need the http://yourhost:yourport/ part). Don't forget to replace spaces in the Action Group or Control Page names with the plus sign (+).
   
5. try it!

Just a few device icons I created for myself.

• Antique Lamp
• Crystal Lamp
• Palmtree Lamp
• Seahorse Lamp
• Large Seahorse Lamp
• Small accent uplight

These should go into your /Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/images/controls/devices/  folder.

this is a collection of control page icons,  graphics, buttons and more.  

get it here 

http://peppo.com/images/Indigo2/Icons.zip

These image files, contributed by berkinet, contain several sizes of LED icon images for: Amber, Blue, Green, Red, UltraViolet (uv), White, Yellow and bi-color Red/Green LEDs. The "off" image of the colored images is a very dark version of the named color. For the bi-color LEDs the "off" image is Red and the on/true image is Green.

Place the contents of the Variable LEDs Folder into:

/Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/images/controls/variables

Place the contents of the Device LEDs Folder into:

/Library/Application Support/Perceptive Automation/Indigo 4/IndigoWebServer/images/controls/devices

To use these images in a control page simply select the appropriate image name in the Control Page editor.