This post provides insights on the new features available in Cinegy Convert v11 (pending for release). With powerful pre- and post-scripting events it is possible to extend your workflow way further the out-of-the-box functionality, for example, automatically publish videos on Facebook on user's behalf. Source codes are also available for the reference.
This post provides details on the new Cinegy Playout WEB API available starting from the v11 release. The post explains basic features available and demonstrates the possible results visualization with simple HTML/CSS/Java script. Source codes are also available for the reference.
This post provides details on how Cinegy Type templates can be updated from the external data source like Excel file or RSS using built-in Windows OS PowerShell scripting. Source codes are also available for the reference.
Today we will give you a quick overview of Cinegy Cinescore and show you how it can be effectively used for the platforms benchmarking.
Unlike "older" Deltacast cards that have a fixed number of inputs and outputs (e.g. DELTA-hd-elp-d 60 (6-input, 2-output) or DELTA-hd-elp-d 80 (8-input, 0-output)) and are only 1.5G, there appeared new 3G Deltacast cards – the so-called "versatile", bidirectional cards (e.g. DELTA-3G-elp-d 8c). Such cards are recognized by letter "c" at the end of their names. These versatile cards should be pre-configured in bidirectional mode that allows you to define the desired combination of inputs-outputs. This can be performed via a free Deltacast application – dCARE, which can be downloaded from the official Deltacast website.
With the release of Cinegy Air 11, there are now some enhanced REST API calls accessible via the playout engine, which allows us to make some interesting interfaces to extend Cinegy Air. While this does not allow complete control of the playlist (for this you will need to wait for Cinegy Air 12, or access the engine via the traditional COM API), it does allow some common activities to be controlled - which can be used to make some useful remote panels.
Below, we will take a look at these APIs, and then direct you to a simple HTML5 browser-based panel which uses these APIs to control a group of Cinegy Air engines.
Turkish broadcaster Dogan TV completed the migration from SDI to an IP infrastructure at the end of 2015. Read the full case study on how Cinegy helped them in this transition and how it feels for Dogan TV to be the first national broadcaster in the world whose workflows are fully IP operated.
The idea behind the original presentation at TechCon 2016 was to show how you can extend your workflow using the open architecture of Cinegy products and open Cinegy APIs.
So in this post we will revisit some of these demonstrations and show that such kind of 'scripting' is not as difficult as most of you may think and can open new horizons for your everyday tasks.
During this session we will explain why it may be worth to make some efforts to extend your traditional workflow, as you can achieve very exciting results; and our demos will show you some practical Cinegy API applications in the real environment.
You will also be able to find all source code files used in these demos from our GitHub repos.