How to process multiple clips via Defaulter plugin

I’ve been busy these days, I can try it tomorrow

Preliminary support for a Clip Leveler app is coming:

Awesome!
Maybe you can implement the BS1770 loudness as a target into this? I would use the sample peaks more to avoid clipping.

Will this nudge the clip gain step by step as the defaulter does?
Another solution can be to automate the volume track first (like in latch mode) and then convert the volume automation to clip gain. That will speed up the proces.

I have updated to 2.1.3pr6 today and "checkForCancellation" is underlined with red in this build

Excuse my ignorance but what are the Defaulter and Clip Leveler plug-ins? Is this documented anywhere?

Any news on this? I think that feature would be dam powerful!

Just found this thread.
Did anything ever happen with this feature?
I'm still struggling to automate Defaulter to level clips to LKFS.
The package on the store that says it works with clips with fades, which more and more Editors
are sending through now, doesn't work any more.
Or at least I can't get it to work.
It would be a really great and useful feature!

What's the latest on this? Defaulter is obviously great, but pinning down the wait times for it to finish processing a clip is difficult.

Here's an updated SDK revision of the Defaulter package in the Store. I can't find a dynamic way to handle the wait time for a clip gain to finish processing. There's also no way to capture the "Defaulter output" and utilize pasteSpecial().

// USER VARIABLES

const asPlugin = { category: "Other", name: "Defaulter" };
const triggerBatchProcess = "ctrl"; // ctrl+alt+shift+cmd
const waitTimeBetweenClips = 5000; // milliseconds

// FUNCTIONS

function Mouse_Hover_Click() {
    sf.app.proTools.setEditTool({ editTool: "GrabberTime" });

    let mousePosition = sf.mouse.getPosition().position;
    sf.mouse.click({ position: mousePosition });

    sf.app.proTools.setEditTool({ editTool: "SmartTool" });
}

// Not working
    function Monitor_Clip_Gain_For_Changes () {
        let currentClipGain = sf.app.proTools.copySpecial({ automationData: "ClipGain" });
        //log(currentClipGain); // doesn't log a value

        sf.wait({ intervalMs: 100 });

        let newClipGain = sf.app.proTools.copySpecial({ automationData: "ClipGain" });
        //log(newClipGain);

        return currentClipGain === newClipGain; // true when clip gain stops changing
    }

function Single_Process_Defaulter() { 
    sf.ui.proTools.windows.whoseTitle.contains(asPlugin.name).first.buttons.whoseTitle.is("Analyze").first.elementClick();
    sf.ui.proTools.waitForNoModals();
    sf.wait({ intervalMs: waitTimeBetweenClips });

    //sf.waitFor({ callback: Monitor_Clip_Gain_For_Changes });
}

function Batch_Process_Defaulter() {
    selectedClips.forEach(clip => {
        sf.app.proTools.setTimelineSelection({ inTime: clip.startTime.toString(), outTime: clip.endTime.toString() });
        sf.wait({ intervalMs: 100 });

        sf.app.proTools.selectTracksByName({ trackNames: [clip.trackName] });
        sf.wait({ intervalMs: 100 });

        Single_Process_Defaulter();
    });
}

// FINAL EXECUTION

sf.app.proTools.invalidate();

let inputKeyboardModifier = event.keyboardState.asString;

if (inputKeyboardModifier == "") {
    Mouse_Hover_Click();
}

const timelineSelection = sf.app.proTools.getTimelineSelection();

if (timelineSelection.inTime == timelineSelection.outTime ) {
    log ("No clips selected.");
    throw 0;
}

const selectedClips = sf.app.proTools.getSelectedClipInfo().clips.filter(clip => 
    clip.startTime.toString() >= timelineSelection.inTime && 
    clip.endTime.toString() <= timelineSelection.outTime &&
    !clip.clipName.toLowerCase().includes("fade") // Omit (fade in) and (fade out)
);

sf.ui.proTools.audioSuiteOpenPlugin({ category: asPlugin.category, name: asPlugin.name }).window;

let asWin = sf.ui.proTools.getAudioSuiteWindow(asPlugin.name);

asWin.audioSuiteSetOptions({
    // Defaulter cannot properly operate with ClipByClip enabled
    processingInputMode: "EntireSelection",
    processingOutputMode: "CreateContinuousFile",
    inputMode: "MultiInput",
});

sf.wait({ intervalMs: 100 });

if (inputKeyboardModifier == triggerBatchProcess) {
    Batch_Process_Defaulter();
}
else {
    Single_Process_Defaulter();
}

asWin.windowClose();