Phoenix Live Premium v.3.3x Interactive, real-time user experiences
The Phoenix Live is intuitive laser software that helps you write software for your laser and DMX devices quickly and easily without long practice sessions. Choose from more than 300 pre-programmed effects and supplement them with your programmed effects, logos, letters and lines to create a sensational, unique laser performance. Phoenix Live is an exciting new library that enables rich, real-time user experience with server-rendered HTML. Applications driven by Phoenix Live are stateful on the server and communicate bi-directionally through WebSockets, providing a simplified programming model compared to the JavaScript alternative. Although modern JavaScript tools can achieve complex client applications, it is often very costly in terms of complexity and maintainability. A common class of applications requires a rich experience, but a full single-page application is too much to achieve the rich interaction required. It applies to a wide range of use cases, including simple real-time updates, client-style verification with instant feedback, and automatic completion of input; It also enables real-time gaming. Phoenix Live fills this gap and challenges the possibilities of server-rendering applications.
How is programming done in phoenix live?
Programming is done through the real-time timeline, which allows you to track things and synchronize individual elements perfectly. Every single effect can take up to 10 minutes and be assigned to one or more (up to a laser projector) in real time. More than 10 interactive control buttons allow you to change the effect directly and as the data is output. Add color gradients to your performance, use stroboscopic and rotational effects, or move along all axes. Some transition effects make transitions as smooth as possible between individual effects.
What is the function of the Phoenix Performance controller?
Using the Phoenix Performance Controller, you can control several smoke machines simultaneously or sequentially, adding another highlight to your activity. You can store up to 800 full animations/effects per performance. In a running performance, update your audience with the latest news or add to the appeal of your ad. The SMS-4-Laser tool in the offering allows you to distribute text messages sent from Apple phones directly to lasers. The optional PDA feature provides more flexibility in operating the device. It can also control all Phoenix Performance Controller functions from the PDA or iPhone. Give yourself the leverage you need to move around freely, see your performance from different angles and control your performance from every corner of the location. Or take advantage of the opportunity to plug in a Midi device, such as the new Akai APC-40, to get the most expertise in accessing Phoenix Show Controller. Sound-to-laser capabilities can help laser jockeys automatically match the rhythm and effects of music or automatically trigger alternating laser effects.
Features of Phoenix live
- Intuitive handling of advanced laser-live software.
- Choose from more than 400 pre-programmed transitions.
- Store up to 885 complete effects/animations per show output to up to 9 individual laser projectors
- In phoenix-Live individual effects can be recorded in no time.
- It has many powerful functions like Phoenix pro, such as Masking, Hiddenlines, Scanlimits, Sparkling, Strobes, up to 32 layers per effect, morphing of images, color morphing, etc.
- Each effect may take as long as 12 minutes.
- It has a timeline programming feature.
- It Allows variable and fixed allocation of lasers for each effect.
- It allows the DMx Interface to control external DMx controllers. For this, parts and all functions come with a unique address.
- DMX-out (9 x 515 DMx-Channels)
- It has DMX Quick Access buttons for fast programming of chasers, strobes, silver screens, moving heads, etc.
- FOG button – with up to 25 DMx programs ( that is, several fog machines can be handled either successively or simultaneously )
- Sound-to-sound laser operation with combined adjustment of bpm for every single effect
- Autorun for the laser control program.
- 12 interactive sliders to directly altar effects during data output, such as strobe effects, color gradients, movements along all axes and many more
- Transition effects between 2 effects (cross-over effects)
- Group and preset buttons
- Phoenix live has a timeline for the generation of scenes for smaller shows.
- SMS-to-laser for free is installed and may be used with advanced iPhones
Benefits of Phoenix live
Phoenix live has many benefits, but some of the main benefits are discussed below:
Programming Model
Phoenix live is a programming model which shares features with the traditional server-side HTML views you are used to writing – you write some template code, and your render function generates HTML for the client. In other words, the real-time view is a step further, realizing the stateful view and supporting the two-way communication between the client and the server. Real-time views react to events from the client and events on the server and push updates to their renderings to the browser. We share similar interaction and rendering models with many of today’s client libraries, such as React and Ember.
Server-Rendered HTML️
Phoenix live has a Server-Rendered HTML. For years, we’ve heard that server-rendered HTML is a thing of the past for rich applications, and also, how fast can an application render an entire template on a server every time it changes? Don’t worry; Phoenix Live breaks down these misconceptions by sending less data than an application rendered by an equivalent client. Phoenix Live has a template language for embedded Elixir that can compute differences, we can send only the changed parts of a page, and we never send the static parts of a template after the initial rendering. It allows the browser to receive all static and dynamic parts at load and only the changed dynamic parts at update. When a browser receives an update to an active part of a page, it calculates the HTML from its static cache and performs the smallest DOM patch using morphdom. It enables the minimum update on the network and the minimum update on the DOM.
Reduced Complexity with Optimal Data Transfer
One of the most enjoyable aspects of Phoenix Live is that very little code is required to complete your function relative to the JavaScript code, tools and associated server code that do the same. In many cases, we also match the data transfer to a single-page application, sometimes sending less data than the equivalent SPA. A common use case that illustrates this very well is the automatic completion of the input.
Error Recovery on a Battle-Tested Foundation
Built on the proven foundation of Erlang, Phoenix Live builds stateful applications and handles failures when they go wrong. With these proven primitives, all Phoenix Live has built-in error handling and recovery capabilities. Because the fax error and disconnected classes are automatically applied to your template, you can customize the UI error state without touching any line of JavaScript.
What makes Phoenix Live unique?
Phoenix Live is server-centric. You no longer have to worry about handling clients and servers to stay in sync. Phoenix Live automatically updates the client when a change occurs on the server. Phoenix Live is first rendered statically as part of a regular HTTP request, which provides fast time for “first meaningful painting” and aids in search and indexing engines. Phoenix Live then uses a persistent connection between the server and the client. It enables the Phoenix Live application to react more quickly to user events because there is less work to do and less data to send than a stateless request that validates, decodes, loads and encodes data each time it is requested. We believe Phoenix Live is built on a solid foundation that makes it difficult to replicate elsewhere.
- Phoenix Live is built on the Elixir programming language and functional programming and provides a good model for reasoning about your errors and how your Phoenix Live changes over time.
- By building on a scalable platform, Phoenix Live scales horizontally (adding more instances) and vertically (small to large instances). It enables you to continue to provide functionality as more and more users join your applications rather than deal with performance issues.
- Phoenix Live applications are distributed in real-time. A Phoenix Live application can push events to users when they occur anywhere on the system. If you want to inform a user that their best friend just connected? It is easy to do without a single line of custom JavaScript and no additional external dependencies (no additional databases, no additional message queues, and so on).
- Phoenix Live performs change tracking: Whenever you change an entry on the server, Phoenix Live sends only the changed value to the client, greatly reducing latency and the amount of data sent over the wire. It is due to Elixir’s non-modifiability and ability to treat code as data.
Final word
When Phoenix Live was first announced, many developers from diverse backgrounds were inspired by the potential that Phoenix Live had unleashed to build rich, real-time user experiences.
Phoenix Live Premium v.3.3x Interactive, real-time user experiences
The Phoenix Live is intuitive laser software that helps you write software for your laser and DMX devices quickly and easily without long practice sessions. Choose from more than 300 pre-programmed effects and supplement them with your programmed effects, logos, letters and lines to create a sensational, unique laser performance. Phoenix Live is an exciting new library that enables rich, real-time user experience with server-rendered HTML. Applications driven by Phoenix Live are stateful on the server and communicate bi-directionally through WebSockets, providing a simplified programming model compared to the JavaScript alternative. Although modern JavaScript tools can achieve complex client applications, it is often very costly in terms of complexity and maintainability. A common class of applications requires a rich experience, but a full single-page application is too much to achieve the rich interaction required. It applies to a wide range of use cases, including simple real-time updates, client-style verification with instant feedback, and automatic completion of input; It also enables real-time gaming. Phoenix Live fills this gap and challenges the possibilities of server-rendering applications.
How is programming done in phoenix live?
Programming is done through the real-time timeline, which allows you to track things and synchronize individual elements perfectly. Every single effect can take up to 10 minutes and be assigned to one or more (up to a laser projector) in real time. More than 10 interactive control buttons allow you to change the effect directly and as the data is output. Add color gradients to your performance, use stroboscopic and rotational effects, or move along all axes. Some transition effects make transitions as smooth as possible between individual effects.
What is the function of the Phoenix Performance controller?
Using the Phoenix Performance Controller, you can control several smoke machines simultaneously or sequentially, adding another highlight to your activity. You can store up to 800 full animations/effects per performance. In a running performance, update your audience with the latest news or add to the appeal of your ad. The SMS-4-Laser tool in the offering allows you to distribute text messages sent from Apple phones directly to lasers. The optional PDA feature provides more flexibility in operating the device. It can also control all Phoenix Performance Controller functions from the PDA or iPhone. Give yourself the leverage you need to move around freely, see your performance from different angles and control your performance from every corner of the location. Or take advantage of the opportunity to plug in a Midi device, such as the new Akai APC-40, to get the most expertise in accessing Phoenix Show Controller. Sound-to-laser capabilities can help laser jockeys automatically match the rhythm and effects of music or automatically trigger alternating laser effects.
Features of Phoenix live
- Intuitive handling of advanced laser-live software.
- Choose from more than 400 pre-programmed transitions.
- Store up to 885 complete effects/animations per show output to up to 9 individual laser projectors
- In phoenix-Live individual effects can be recorded in no time.
- It has many powerful functions like Phoenix pro, such as Masking, Hiddenlines, Scanlimits, Sparkling, Strobes, up to 32 layers per effect, morphing of images, color morphing, etc.
- Each effect may take as long as 12 minutes.
- It has a timeline programming feature.
- It Allows variable and fixed allocation of lasers for each effect.
- It allows the DMx Interface to control external DMx controllers. For this, parts and all functions come with a unique address.
- DMX-out (9 x 515 DMx-Channels)
- It has DMX Quick Access buttons for fast programming of chasers, strobes, silver screens, moving heads, etc.
- FOG button – with up to 25 DMx programs ( that is, several fog machines can be handled either successively or simultaneously )
- Sound-to-sound laser operation with combined adjustment of bpm for every single effect
- Autorun for the laser control program.
- 12 interactive sliders to directly altar effects during data output, such as strobe effects, color gradients, movements along all axes and many more
- Transition effects between 2 effects (cross-over effects)
- Group and preset buttons
- Phoenix live has a timeline for the generation of scenes for smaller shows.
- SMS-to-laser for free is installed and may be used with advanced iPhones
Benefits of Phoenix live
Phoenix live has many benefits, but some of the main benefits are discussed below:
Programming Model
Phoenix live is a programming model which shares features with the traditional server-side HTML views you are used to writing – you write some template code, and your render function generates HTML for the client. In other words, the real-time view is a step further, realizing the stateful view and supporting the two-way communication between the client and the server. Real-time views react to events from the client and events on the server and push updates to their renderings to the browser. We share similar interaction and rendering models with many of today’s client libraries, such as React and Ember.
Server-Rendered HTML️
Phoenix live has a Server-Rendered HTML. For years, we’ve heard that server-rendered HTML is a thing of the past for rich applications, and also, how fast can an application render an entire template on a server every time it changes? Don’t worry; Phoenix Live breaks down these misconceptions by sending less data than an application rendered by an equivalent client. Phoenix Live has a template language for embedded Elixir that can compute differences, we can send only the changed parts of a page, and we never send the static parts of a template after the initial rendering. It allows the browser to receive all static and dynamic parts at load and only the changed dynamic parts at update. When a browser receives an update to an active part of a page, it calculates the HTML from its static cache and performs the smallest DOM patch using morphdom. It enables the minimum update on the network and the minimum update on the DOM.
Reduced Complexity with Optimal Data Transfer
One of the most enjoyable aspects of Phoenix Live is that very little code is required to complete your function relative to the JavaScript code, tools and associated server code that do the same. In many cases, we also match the data transfer to a single-page application, sometimes sending less data than the equivalent SPA. A common use case that illustrates this very well is the automatic completion of the input.
Error Recovery on a Battle-Tested Foundation
Built on the proven foundation of Erlang, Phoenix Live builds stateful applications and handles failures when they go wrong. With these proven primitives, all Phoenix Live has built-in error handling and recovery capabilities. Because the fax error and disconnected classes are automatically applied to your template, you can customize the UI error state without touching any line of JavaScript.
What makes Phoenix Live unique?
Phoenix Live is server-centric. You no longer have to worry about handling clients and servers to stay in sync. Phoenix Live automatically updates the client when a change occurs on the server. Phoenix Live is first rendered statically as part of a regular HTTP request, which provides fast time for “first meaningful painting” and aids in search and indexing engines. Phoenix Live then uses a persistent connection between the server and the client. It enables the Phoenix Live application to react more quickly to user events because there is less work to do and less data to send than a stateless request that validates, decodes, loads and encodes data each time it is requested. We believe Phoenix Live is built on a solid foundation that makes it difficult to replicate elsewhere.
- Phoenix Live is built on the Elixir programming language and functional programming and provides a good model for reasoning about your errors and how your Phoenix Live changes over time.
- By building on a scalable platform, Phoenix Live scales horizontally (adding more instances) and vertically (small to large instances). It enables you to continue to provide functionality as more and more users join your applications rather than deal with performance issues.
- Phoenix Live applications are distributed in real-time. A Phoenix Live application can push events to users when they occur anywhere on the system. If you want to inform a user that their best friend just connected? It is easy to do without a single line of custom JavaScript and no additional external dependencies (no additional databases, no additional message queues, and so on).
- Phoenix Live performs change tracking: Whenever you change an entry on the server, Phoenix Live sends only the changed value to the client, greatly reducing latency and the amount of data sent over the wire. It is due to Elixir’s non-modifiability and ability to treat code as data.
Final word
When Phoenix Live was first announced, many developers from diverse backgrounds were inspired by the potential that Phoenix Live had unleashed to build rich, real-time user experiences.
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