edgeMode2_stopAfterXsec

window.webknossos.apiReady(3).then(async(api) => {
    const welcomeMessage =
        `edgeMode (version 17.02.2021)
        [6] Adds "Yes" to current tree name
        [5] Adds "Maybe" to current tree name
        [4] Adds "No" to current tree name`;
    /*
    Edge Annotation Tool
        Easily label edge tracings with a single key stroke.
        Note: User must create a new node for this script to work.
    Written by
      Alessandro Motta <alessandro.motta@brain.mpg.de>
    Modified by
        Sahil Loomba <sahil.loomba@brain.mpg.de>
    Thanks to
      Anselm Weber for valuable input
    */
    let allTreeIds;
    let isTimeoutExceeded = false;
    let currentTimeout;
    console.log("starting spine task");
    api.utils.showToast("info", 'Press "7" to automatically place a comment for unsolved tracing (means: mistracing, glia, unsure) and "9" to finish and get next task', 3000);
    async function actionOverwrite(store, call, action) {
        if (!isTimeoutExceeded) {
            call(action);
        }
    }
    api.utils.registerOverwrite("CREATE_NODE", actionOverwrite);
    function resetTimeout() {
        if (currentTimeout != null) {
            clearTimeout(currentTimeout);
        }
        isTimeoutExceeded = false;
        currentTimeout = setTimeout(() => {
            api.utils.showToast("info", 'Time out. Please go to next tree.', 3000);
            isTimeoutExceeded = true;
            currentTimeout = null;
        }, 35000);
    }
    function updateTree(treeId, nameSuffix, color, treeVisibility, groupId) {
        let oldName = api.tracing.getTreeName(treeId);
        let newName = oldName + " " + nameSuffix;
        api.tracing.setTreeName(newName, treeId);
        if (treeVisibility === undefined) { treeVisibility = false; }
        api.tracing.setTreeVisibility(treeId, treeVisibility);
        if (groupId !== undefined) {
            api.tracing.setTreeGroup(treeId, groupId);
        }
    }
    function goToNextTree() {
        // Find next unlabled tree
        let treeId = allTreeIds.find(curTreeId => {
            let curTreeName = api.tracing.getTreeName(curTreeId);
            return (curTreeName.match(/.*\(\w+\)$/) === null);
        });
        if (treeId === undefined) {
            alert("Congratulation! It looks like you're done!");
        }
        api.tracing.setActiveTree(treeId);
        allTreeIds.forEach(id => api.tracing.setTreeVisibility(id, id === treeId));
        resetTimeout();
    }
    function doTree(label, color, treeVisibility, groupId) {
        let suffix = "(" + label + ")";
        let treeId = api.tracing.getActiveTreeId();
        updateTree(treeId, suffix, color, treeVisibility, groupId);
        goToNextTree();
    }
    function shuffleArray(array) {
        for (let i = array.length - 1; i > 0; i--) {
            const j = Math.floor(Math.random() * (i + 1));
            [array[i], array[j]] = [array[j], array[i]];
        }
        return array;
    }
    /* NOTE(amotta): Shuffle to get rid of attentional biases */
    allTreeIds = shuffleArray(Object.keys(api.tracing.getAllTrees()).map(Number));
    /* assign desired functions to keys */
    api.utils.registerKeyHandler("6", () => {
        doTree("Yes", 10); // green
    });
    api.utils.registerKeyHandler("5", () => {
        doTree("Maybe", 0); // black
    });
    api.utils.registerKeyHandler("4", () => {
        doTree("No", 1); // red
    });
    alert(welcomeMessage);
    goToNextTree();
});