How to use the flatten function from mathjs

solver.js

GitHub: lgh303/refolding-planar-polygons

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    low_config = {"points": s_points, "status": s_status}
    gamma = gamma_t
}

var D = math.flatten(math.multiply(-2, math.subtract(high_config.points, low_config.points)))
var h_grad = math.flatten(high_config.status.energy_grad)
var G = math.divide(h_grad, math.norm(h_grad))
if (edge_constrains_pairs.length === 0) {
    update_config_naive(high_config, D, G, learning_rate)
} else {

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+ 3 other calls in file

DeepGaze.js

GitHub: asilvas/salient-maps

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    iqChannelArow[x] = this.imageQuantized[y][x][1];
    iqChannelBrow[x] = this.imageQuantized[y][x][2];
  }
}

const imageIndeces = vstack([math.flatten(iqChannelL), math.flatten(iqChannelA), math.flatten(iqChannelB)]);

const imageLinear = ravel_multi_index(imageIndeces, [totBins, totBins, totBins]);

const histIndex = nonzero(this.histogram);

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+ 3 other calls in file

Conjugate.js

GitHub: Geronimo-Yowzah/Project-React

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    iter.push(iteration);
    x1o.push(x1);
    x2o.push(x2);

}else if(Sizematrix == 3){
    const [x1, x2, x3] = math.flatten(x);
    obj = {
        iteration:iteration,
        x1:x1,
        x2:x2,

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+ 2 other calls in file

hillCipher.js

GitHub: OrghoN/hillCipher

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    codedText = math.chain(key).multiply(codedText).mod(dictionary.modulo).map(function(val) {
        return dictionary.decodingDict[val];
    }).done();


    //turning back into string
    codedText = math.flatten(codedText).toArray().join("").trim();


    return codedText;
}

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