![]() Without the tokens, the event will proc, but there will not be any user-specific information. This token is replaced with values from the event, such as the name of a user who follows you, or the number of people whose channels are hosting yours. ![]() A token is a known string that the system will look for in your HTML code. The core of the alert system is the token. This will allow users to enter their own code that interacts with the events, and which interacts with custom animations that can be uploaded and associated with individual events. ![]() At the bottom of the Alert Box section of the Streamlabs dashboard, there’s the option to Enable Custom HTML/CSS. There are several services out there which can provide packages of alert animations and overlay elements for use with Streamlabs and other third-party players, but we’re going to look at the technical steps needed to integrate a custom animation with Streamlabs.īecause Streamlabs procs their alerts via web code, a custom animation requires some knowledge of HTML, CSS, and Javascript. Advanced AnimationsĪlthough Streamlabs has a decent stable of stock animations that streamers can use, the discerning broadcaster will want to provide their own. When an event is triggered, Streamlabs will trigger the event display at the URL they provide, and when set as a source in XSplit of OBS, the resulting alert will display on the live stream for everyone to see. This usually takes the form of a webpage source. In order to display the event to other users, streamers have to include the third-party-provided widget as a source within their streaming software. They can be enabled or disabled (although the platform will still broadcast them, disabling them at the partner level will prevent them from being available to the streamer for integration), the layout and simple animation can be set, the text and font and style can be set, and the streamer can mix things up by setting up variations of alerts to show in response to a specific event. When a viewer takes an event-raising action, Streamlabs will pick up on it and trigger a visual alert that all viewers can see.Īn alert is defined by a few settings. By purposefully connecting your streaming account to their service, they can get info from the platform’s API which allows them to hook into the event stream. ![]() Streamlabs is one of the heavy hitters in third-party integration. Instead, we have to rely on a third party integration to handle this kind of thing. For the new or most basic streamer, these events are never noticed unless the streamer has a dashboard on another monitor to keep an eye on things because the major streaming platforms don’t have a means of surfacing these events to other viewers, which is something I’m kind of amazed at. There’s generally only a handful, and are platform dependent: a new follower, a subscription or renewal, a donation, a “raid”, or a host. Events in LivestreamingĮvents during a stream are usually triggered by the actions of a viewer. The “holy grail” then are the animations used for alerts, which take a bit more know-how to get working, and which need to be applied through third-party services like Streamlabs. These are the interstitial screen animations, the stingers, and the occasional “flare” widgets. Most of the animations I’ve been working on have been put to immediate use on the broadcasting side of my live streaming efforts.
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