Difference between revisions of "User Manual"
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=== Devices === | === Devices === | ||
For the purpose of consistency throughout this documentation, hardware equipment will be called "hardware device".<br> | For the purpose of consistency throughout this documentation, hardware equipment will be called "hardware device".<br> | ||
| − | The generic term "device" is used to refer to the | + | The generic term "device" is used to refer to the software object in LinuxMCE that enables DCE communication between hardware and software components in the LinuxMCE system. At its core, LinuxMCE is a bus and the communication protocol running on it is DCE. Each LinuxMCE system component has a corresponding "device" that it uses to communicate in DCE with the other LinuxMCE system components. To control a hardware device with LinuxMCE, a corresponding software device is created as a component of the system.<br> |
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| − | + | <center><pre> | |
| + | A "device" is a software component that connects the DCE bus to the software or hardware item that is part of the interaction of the LinuxMCE system. | ||
| + | </pre></center> | ||
| + | A device enables communication between all system components by translating various hardware and software communications to DCE. You can think of a LinuxMCE installation as a stack of devices that connect to the DCE Router to communicate using the DCE protocol. With DCE, devices can communicate with each other using a set of well defined and accepted commands (On, Off, Volume Up, Volume Down, Mute, Press 0 through 9, etc.). They can also emit events (notify that something happened) and they can hold configuration (this light switch is ON, it connects to port B on the interface, etc.) which we call device DATA. | ||
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| + | LinuxMCE devices have three capabilities: Data, Commands, and Events - hence the acronym DCE. They can: | ||
:# Set/Retrieve configuration '''data''' | :# Set/Retrieve configuration '''data''' | ||
:# Perform a '''command''' (turn on, turn off, fast forward, etc.) | :# Perform a '''command''' (turn on, turn off, fast forward, etc.) | ||
:# Send/Report '''events''' (e.g. 'motion detected', 'playback started', etc.) | :# Send/Report '''events''' (e.g. 'motion detected', 'playback started', etc.) | ||
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| + | A device is a software object in LinuxMCE that connects a software or hardware component to the DCE bus to enable it communicate with the other LinuxMCE system components using the DCE protocol. | ||
{{p}} | {{p}} | ||
Revision as of 10:23, 5 March 2016
Welcome to LinuxMCE,
home of the home of the future.
What is LinuxMCE?
Though this distribution is called Linux Media Center Edition (LinuxMCE), it is not just a media center. It was so named because its main component was a replacement for other Operating Systems that at the time were called Media Center Editions. LinuxMCE's primary functions are integration and automation. It is much more than a media powerhouse. With LinuxMCE, you can integrate most automation technologies and enable them to inter-operate using their native automation protocols because at its core, LinuxMCE is a multi-protocol automation gateway.
Built on the solid foundation laid down by Debian and Ubuntu, LinuxMCE is a free and open source Linux distribution designed to allow a computer to act as:
- a home automation, lighting, and climate control system
- a home theater PC (HTPC) for the living-room TV
- a personal video recorder (PVR)
- a surveillance and security system
- a VoIP phone system
LinuxMCE is loaded with all kinds of features for the home of the future. It is designed to completely control the environment both inside and outside your home. Along with media features including the ability to record and playback audio and video, LinuxMCE is capable of enhancing your home environment by setting the desired room temperature and luminosity (controlling the blinds, curtains, lights, and thermostat), silencing the phone (or pausing the media while you're on the phone), setting the alarm, locking the doors, and switching devices on (and off) at any time you desire. With the level of integration that LinuxMCE provides, you can control your home, and, enjoy the added benefit of the use of the included telephone and intercom system, security system monitor, media controller, etc...
LinuxMCE ties them all together using an advanced messaging infrastructure that enables it to act as your whole home automation controller.
You can read more about it on the LinuxMCE site and on Wikipedia.
LinuxMCE software components
LinuxMCE brings together a number of software components in an integrated environment. It is a collection of many pieces of open source software.
Each LinuxMCE installation is a custom mix made of a selection of devices, plug-ins, and other modules. LinuxMCE's primary documentation aims to explain how LinuxMCE works, how to install it, set it up, and use it. Many devices have already been tested for easy setup and are Plug 'n' Play. Feel free to consult the ever growing HCL. If you are new to LinuxMCE, try to start with devices that are known to work with LinuxMCE, then move on to more advanced things. If you are unsure, please ask on the forums or in IRC Chat.
Here is a list of some of the software components that make LinuxMCE run:
| Functionality | Platform/software used | |
|---|---|---|
| Operating system | Kubuntu, Raspbian | |
| TV & video recording | MythTV / VDR | |
| Telephony | . . . | Asterisk |
| Home automation | Pluto | |
| Surveillance camera recording | Motion | |
| Video plaback | Xine, omxplayer, VLC |
Each software module has a detailed section which explains how to use, configure, and program it. The LinuxMCE Home Software Sections is a menu that lists all the software modules included in LinuxMCE. You can use it to explore each of the software components that are part of LinuxMCE.
Since each of the software components have their own websites and development communities, you will find yourself at home with the ones that are familiar to you. Feel free to expand on what the community has already done by adding your contributions to the LinuxMCE community effort.
Open Source and licensing
More information regarding LinuxMCE's relationship to Open Source can be found on the following pages:
- Open Source information
- License information
- What to do if you're an Open Source developer
- LinuxMCE's Open Source strategy
The LinuxMCE system
This section introduces you to the components of the LinuxMCE system and explains what each system component's role is. Once familiar with the system as a whole, you'll be able proceed to the tutorials section to learn how to choose your hardware, then install, configure, and use each of the system components.
LinuxMCE terminology
LinuxMCE uses a planetary system terminology to refer to its components. The original project, PlutoHome, used the celestial body Pluto and its orbiting moons as an analogy, and named its components after them. LinuxMCE grew from it and kept the terminology.
This section introduces you to the terminology used when refering to LinuxMCE components. For a brief definition of the names of celestial objects, see Astronomical bodies defined
Composition of a LinuxMCE system
LinuxMCE enables various hardware devices to operate together as a system. At the heart of the system lies a server called the Core, which coordinates the interactions of all the hardware components that make up the system.
A LinuxMCE system is made of the following components:
The Core
A Core is a single dedicated PC acting as a server that interacts with all the components of the system. It is the heart and brain of the LinuxMCE system. You can read more about it on the Core page.
Personal Computing with the Core
LinuxMCE is running Kubuntu Linux, complete with Office suites and all the programs you would need for everyday Personal Computing. See details on Personal Computing with LinuxMCE.
Media Directors
A Media Director (also known as a Media Station or Media Manager) is a system running LinuxMCE that is connected to a TV or sound system to deliver music and video. In your entertainment area, it serves as the player for media that you watch on your TV, or listen to on your sound system. The Media Director in a LinuxMCE system is hooked up to a TV or stereo, and becomes an integrated media player, PVR, video conferencing station, intercom, and, a monitoring and control portal for everything in the home. All Media Directors work together seamlessly as a whole-house solution offering the same convenience throughout the house.
To learn more, read Media Director.
Orbiters
Orbiters are remote controls. An Orbiter is a LinuxMCE interface device running our intelligent control software. It can run on a variety of devices ranging from mobile phones (Android/iOS/Symbian), to PCs, including PDAs, tablet PCs, laptops, and any web browser enabled device.
The purpose of an orbiter is to send commands to devices in the LinuxMCE system.
To learn all about it, read Orbiters.
Security
Security is an integral part of LinuxMCE. Security functions include light control, surveillance camera monitoring, and motion detection. Events can be triggered based on detected motion or various sensors. LinuxMCE can send alerts to your mobile phone, set your alarm based on different schedules and scenarios, and even automatically lock the door when you leave your home. Find out more on the Security page.
Home Automation
The Home Automation features of LinuxMCE attempt to be as convenient as possible and energy-efficient. With Home Automation you can control lights, climate and even the whereabouts of music or video played in your home. Many devices, including mobile phones, can be turned into remote controls for your entire house.
Telecom
Telecom is integrated into LinuxMCE in a sophisticated fashion. The VoIP system provides great flexibility. Each member of your family may have his/her own personal voice mailbox. You can permit the system to keep track of where you are in the house and route incoming calls to the nearest phone in your home, or to your mobile phone if you're not at home. Incoming calls will automatically pause any playing media, in the area you are in, allowing you to take calls without you missing a moment of your media experience.
Network Attached Storage (NAS)
You can extend your LinuxMCE system's storage with a NAS device for your music and video collection. LinuxMCE can automatically use designated devices for storage requirements including PVR functions and general media storage for audio/video/photos.
When you connect a NAS to the network LinuxMCE will automatically recognize it and ask you how to integrate it into the system. See Network Attached Storage
Understanding LinuxMCE operation
LinuxMCE's main concepts are Devices, Commands (aka Scenarios, or, Activities), and Events.
This section explains the roles of Devices, Scenarios, and Events in the operation of the LinuxMCE system, and, their interactions that constitute the operation of LinuxMCE.
Devices
For the purpose of consistency throughout this documentation, hardware equipment will be called "hardware device".
The generic term "device" is used to refer to the software object in LinuxMCE that enables DCE communication between hardware and software components in the LinuxMCE system. At its core, LinuxMCE is a bus and the communication protocol running on it is DCE. Each LinuxMCE system component has a corresponding "device" that it uses to communicate in DCE with the other LinuxMCE system components. To control a hardware device with LinuxMCE, a corresponding software device is created as a component of the system.
A "device" is a software component that connects the DCE bus to the software or hardware item that is part of the interaction of the LinuxMCE system.
A device enables communication between all system components by translating various hardware and software communications to DCE. You can think of a LinuxMCE installation as a stack of devices that connect to the DCE Router to communicate using the DCE protocol. With DCE, devices can communicate with each other using a set of well defined and accepted commands (On, Off, Volume Up, Volume Down, Mute, Press 0 through 9, etc.). They can also emit events (notify that something happened) and they can hold configuration (this light switch is ON, it connects to port B on the interface, etc.) which we call device DATA.
LinuxMCE devices have three capabilities: Data, Commands, and Events - hence the acronym DCE. They can:
- Set/Retrieve configuration data
- Perform a command (turn on, turn off, fast forward, etc.)
- Send/Report events (e.g. 'motion detected', 'playback started', etc.)
A device is a software object in LinuxMCE that connects a software or hardware component to the DCE bus to enable it communicate with the other LinuxMCE system components using the DCE protocol.
Scenarios
"Scenarios", "Activities", and "Command Groups" are interchangeable terms -- they mean the same thing.
A scenario is a group of commands that can be sent to a device (or series of devices).
To perform an action in LinuxMCE, a scenario is chosen from the ones created by the user, or from one of the categories that are created by default during installation (located on the main menu of an Orbiter).
Each scenario is a group of commands, or tasks, that appears on the Orbiter as a button.
Events
Devices report events, such as 'Playback started' and 'Motion Sensor tripped'. If you want something to happen automatically in LinuxMCE, you can create Event Handlers that react to these events. For example, you can create an event handler that listens for the 'Motion Sensor tripped' event from a motion detector and turns on the lights in response. An event handler might listen for the 'Sunrise' event, which could then prompt the sprinklers to come on.
LinuxMCE will create several default event handlers. In rooms which you have a TV and lights an event handler is created that listens for the 'Watching Media' event sent by a media player and , when detected, the Showtime scenario (which dims the lights) is executed in response. So when you start a movie the Showtime Scenario will be executed and the lights will be dimmed. LinuxMCE also includes other default event handlers that monitor for events like 'Security Breach' and 'Fire Alarm' (from connected sensors or security systems).
Interactions
Commands (usually groups of commands) are arranged in Scenarios that control devices in the home when activated. Orbiters ("remote controls") load user interfaces that have buttons (Scenarios) used to send commands to the system. Devices will report events to the Core, which will then uses the information to send predefined commands (Scenarios) and setup the state of the system through the house. The Core coordinates interaction between devices. Each device responds to commands based on its' intent and the magic of automation happens.
How to get started with LinuxMCE
Next, go to the How to get started with LinuxMCE to learn how to install, and start using the system.
