import React, { useState } from "react"; import { mergeSort } from "utility-tools"; import { ProgressIndicator } from "./progressIndicator.js"; import { DisplayElementForComparison } from "./displayElementForComparison.js"; import { ComparisonActuator } from "./comparisonActuator.js"; import { AdvancedOptions } from "./advancedOptions.js"; import { Graph } from "./graph/graph.js"; import { pushToMongo } from "../lib/pushToMongo.js"; import { resolveToNumIfPossible } from "../lib/squiggle.js"; export function Homepage({ listOfElementsInit }) { const SLICE = false; /* Statefull elements */ // list of elements const [listOfElements, setListOfElements] = useState( SLICE ? listOfElementsInit.slice(0, 4) : listOfElementsInit ); // number of steps const numStepsInit = 0; const [numStepsNow, setNumStepsNow] = useState(numStepsInit); // is list ordered? const [isListOrdered, setIsListOrdered] = useState(false); const [mergeSortOrder, setMergeSortOrder] = useState([]); // list of comparisons const [links, setLinks] = useState([]); const addLink = (link, links) => setLinks([...links, link]); // paired being currently compared const pairCurrentlyBeingComparedInit = [ listOfElementsInit[0], listOfElementsInit[1], ]; const [pairCurrentlyBeingCompared, setPairCurrentlyBeingCompared] = useState( pairCurrentlyBeingComparedInit ); // dataset changer const onChangeOfDataset = (newListOfElements) => { setListOfElements(newListOfElements); setLinks([]); setPairCurrentlyBeingCompared([newListOfElements[0], newListOfElements[1]]); setNumStepsNow(0); setIsListOrdered(false); }; // process next step const mergeSortStep = ({ list, links }) => { let mergeSortOutput = mergeSort({ list: list, links: links, }); setNumStepsNow(numStepsNow + 1); if (mergeSortOutput.finishedOrderingList == false) { let newPairToCompare = mergeSortOutput.uncomparedElements; setIsListOrdered(false); setPairCurrentlyBeingCompared(newPairToCompare); } else { setIsListOrdered(true); setMergeSortOrder(mergeSortOutput.orderedList); pushToMongo({ mergeSortOutput, links }); // alert(JSON.stringify(mergeSortOutput, null, 4)); // chooseNextPairToCompareRandomly({ listOfElements }); // return 1; } }; // full const moveToNextStep = async ({ listOfElements, pairCurrentlyBeingCompared, comparisonString, whileChangingStuff, newLinksFromChangingStuff, }) => { // In the normal course of things: if (!whileChangingStuff) { let newLink = { source: pairCurrentlyBeingCompared[0].name, target: pairCurrentlyBeingCompared[1].name, squiggleString: comparisonString, }; let numOption = await resolveToNumIfPossible(comparisonString); if (numOption.asNum == false) { alert(JSON.stringify(numOption.errorMsg)); } else if (numOption.asNum == true) { // addLink({ ...newLink, distance: numOption.num }, links); /// let newLinks = [...links, { ...newLink, distance: numOption.num }]; newLink = { ...newLink, distance: numOption.num }; addLink(newLink, links); let newLinks = [...links, newLink]; console.log("links: ", links); mergeSortStep({ list: listOfElements, links: newLinks }); } } else { mergeSortStep({ list: listOfElements, links: newLinksFromChangingStuff, }); setNumStepsNow(0); // almost no guarantees of how many left. } // When changing comparisons: }; return (