Web Datavis researcher by day, Indie Game designer by night
format_count = d3.format(".0%")
color = d3.scaleOrdinal(results.map(d => d.label), d3.schemeCategory10)
results = predictions[0].results.length <= 0 ? [] : predictions.map(d => ({label: d.label, probability: d.results[0].probabilities[1]}))
predictions
/*html`<div class="predictions">
${comments.map((c, i) => {
return `<div class="prediction"><p>${c}</p><div class="labels">${parse_predictions(i)}</div></div>`
})}
</div>`*/
function parse_predictions(i){
return predictions.map(l => `<span class="${l.label}">${l.label}=${l.results[i].match} (${l.results[i].probabilities[1].toFixed(2)})</span>`).join(" ")
}
// Finding the answers
predictions = model.classify(comments);
model.tokenizer
comments = text_input.replace(/\.\s+([A-Z])/g, ".\n$1").split("\n").filter(x => x.length > 0)
text_input
// Load the model.
model = toxicity.load();
toxicity = require('@tensorflow-models/toxicity');
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