How to use flattenedValues method in Best

Best JavaScript code snippet using best

animator.js

Source:animator.js

1var {flattenMatrixOnce, groupValuesIntoArrays} = require('./utils.js');2var _ = require('lodash');3//function setColorSequence(red, green, blue, numSteps) {4//    var redSequence = this.generateSequence(this.red, red, numSteps);5//    var greenSequence = this.generateSequence(this.green, green, numSteps);6//    var blueSequence = this.generateSequence(this.blue, blue, numSteps);7//8//    var isRunning = this.sequence.length ? true : false;9//    this.sequence = _.zip(redSequence, greenSequence, blueSequence, opacity);10//11//12//}13//function generateSequence(from, to, numSteps) {14//    var stepDiff = (to - from) / numSteps;15//    var steps = [];16//    for(var i = 1; i <= numSteps; i++) {17//        var val = from + stepDiff * i18//        val = parseFloat(val.toFixed(2));19//        steps.push(val);20//    }21//    return steps;22//}23//24function calculateValueInRange(from, to, pct) {25    /* calculates a value from from-to based on provided pct value26     * a pct value of 0.0 returns from, 27     * a pct value of 1.0 returns to,28     * a pct value of 0.5 returns a value half way between from and to */29    var diff = to - from;30    var pctValue = parseInt(diff * pct)31    return from + pctValue;32}33// WORK IN PROGRESS - ANIMATOR NEEDS TO ANIMATE BETWEEN OLD AND NEW VALUES34class Animator {35    constructor(numSteps, stepInterval) {36        this.numSteps = numSteps;37        this.stepInterval = stepInterval;38        this.stepFnIdentifier = undefined;39    }40    animate(prevRgbArrays, rgbArrays, animatedValueFn, completionFn) {41        // clear any existing animation instances before animating again42        clearTimeout(this.stepFnIdentifier);43        // convert [[R,G,B],...] arrays to [R,G,B,R,G,B,...]; makes it easier for comparison44        var flattenedValues = flattenMatrixOnce(rgbArrays)45        var flattenedPrevValues = flattenMatrixOnce(prevRgbArrays)46        // quick check47        if(flattenedValues.length != flattenedPrevValues.length) {48            console.error(`Animator cannot animate with differing sized prevRgbArrays and rgbArrays. flattenedValues.length=${flattenedValues.length} flattenedPrevValues.length=${flattenedPrevValues.length}`);49            return50        }51        // zip old and new values together for easier calculation of step values52        var flattenedOldNewValues = _.zip(flattenedPrevValues, flattenedValues);53        var currentStep = 0;54        var step = () => {55            // determine animation percent from 0.0-1.056            var animationPct = currentStep / this.numSteps;57            // generate a 58            var flattenedStepValues = flattenedOldNewValues.map((zippedValues) => {59                var oldValue = zippedValues[0];60                var newValue = zippedValues[1];61                return calculateValueInRange(oldValue, newValue, animationPct);62            });63            // group flattened [R, G, B, R, G, B] values and back into [[R,G,B], [R,G,B]] arrays64            var stepValues = groupValuesIntoArrays(flattenedStepValues, 3);65            animatedValueFn(stepValues);66            currentStep += 1;67            if(currentStep < this.numSteps) {68                this.stepFnIdentifier = setTimeout(step, this.stepInterval);69            } else {70                completionFn();71            }72        }73        step();74    }75}...

utils.ts

Source:utils.ts

1import {2  PublicMetafieldsValues,3  UnknownPublicSettingsValues,4} from "@/saleor-app-checkout/types/api";5import {6  Item,7  NamedNode,8  Node,9  PublicMetafieldID,10  PublicSettingID,11} from "@/saleor-app-checkout/types/common";12import { CombinedError } from "urql";13export const flattenSettingId = (14  groupId: PublicSettingID[number],15  optionIdx: number,16  settingId: string17) => `${groupId}-${optionIdx}-${settingId}`;18export const unflattenValue = (19  valueId: PublicMetafieldID[number],20  flattenedValues: Record<string, string>21) => {22  const valueKey = Object.keys(flattenedValues).find((flattedKey) => {23    const keys = flattedKey.split("-");24    return keys[0] === valueId;25  });26  return valueKey && flattenedValues[valueKey];27};28export const unflattenSettings = <S extends Node>(29  groupId: PublicSettingID[number],30  flattenedValues: Record<string, string>,31  options: S[]32) => {33  const unflattenedSettings: UnknownPublicSettingsValues = {};34  Object.keys(flattenedValues).forEach((flattedKey) => {35    const keys = flattedKey.split("-");36    if (keys[0] !== groupId) {37      return;38    }39    const mainKey = options[Number(keys[1])]?.id;40    const subKey = keys[2];41    if (mainKey && subKey) {42      unflattenedSettings[mainKey] = {43        ...unflattenedSettings[mainKey],44        [subKey]: flattenedValues[flattedKey],45      };46    }47  });48  return unflattenedSettings;49};50export const mapNodeToItem = (node: NamedNode): Item => ({51  id: node.id,52  label: node.name,53});54export const mapNodesToItems = (nodes?: NamedNode[]): Item[] => nodes?.map(mapNodeToItem) || [];55export const getCommonErrors = (error?: Partial<CombinedError>) =>56  error?.graphQLErrors || error?.networkError57    ? [...(error?.graphQLErrors || []), ...(error?.networkError ? [error.networkError] : [])]58    : [...(error ? [error] : [])];59export const getMetafield = (60  metafields: PublicMetafieldsValues,61  metafieldId: PublicMetafieldID[number]62) => metafields[metafieldId];63export const getRawAppPath = (path: string): string => {64  const trimmedQueryParams = path.split("?")[0];65  const trimmedLanguage = trimmedQueryParams.replace(/^\/[a-z]{2}(-[A-Z]{2})?(\/|$)/, "/");66  return trimmedLanguage;...

Streamroller.js

Source:Streamroller.js

1function steamrollArray(arr) {2  // I'm a steamroller, baby3  var flattenedValues =[];4  for(var i=0;i<arr.length;i++){5	  if(Array.isArray(arr[i])){6		  var intermediateArray = steamrollArray(arr[i]);7		  flattenedValues = flattenedValues.concat(intermediateArray);8	  }9	  else{10		  flattenedValues.push(arr[i]);11	  }12  }13  14  return flattenedValues;...

Using AI Code Generation

1const BestMatch = require('best-match');2const bestMatch = new BestMatch();3bestMatch.add('test1', 'test1');4bestMatch.add('test2', 'test2');5bestMatch.add('test3', 'test3');6console.log(bestMatch.flattenedValues());7const BestMatch = require('best-match');8const bestMatch = new BestMatch();9bestMatch.add('test1', 'test1');10bestMatch.add('test2', 'test2');11bestMatch.add('test3', 'test3');12console.log(bestMatch.flattenedValues('test2'));13const BestMatch = require('best-match');14const bestMatch = new BestMatch();15bestMatch.add('test1', 'test1');16bestMatch.add('test2', 'test2');17bestMatch.add('test3', 'test3');18console.log(bestMatch.flattenedValues('test4'));19const BestMatch = require('best-match');20const bestMatch = new BestMatch();21bestMatch.add('test1', 'test1');22bestMatch.add('test2', 'test2');23bestMatch.add('test3', 'test3');24console.log(bestMatch.flattenedValues('test2', 'test3'));25const BestMatch = require('best-match');26const bestMatch = new BestMatch();27bestMatch.add('test1', 'test1');28bestMatch.add('test2', 'test2');29bestMatch.add('test3', 'test3');30console.log(bestMatch.flattenedValues('test2', 'test4'));31const BestMatch = require('best-match');

Using AI Code Generation

1var bestFit = require('./bestFit.js');2var bestFitInstance = new bestFit();3var xValues = [1, 2, 3, 4, 5];4var yValues = [1, 2, 3, 4, 5];5var flattenedValues = bestFitInstance.flattenedValues(xValues, yValues);6console.log(flattenedValues);7var bestFit = require('./bestFit.js');8var bestFitInstance = new bestFit();9var xValues = [1, 2, 3, 4, 5];10var yValues = [1, 2, 3, 4, 5];11var bestFitValues = bestFitInstance.getBestFit(xValues, yValues);12console.log(bestFitValues);13var bestFit = require('./bestFit.js');14var bestFitInstance = new bestFit();15var xValues = [1, 2, 3, 4, 5];16var yValues = [1, 2, 3, 4, 5];17var bestFitValues = bestFitInstance.getBestFit(xValues, yValues);18console.log(bestFitValues);19var bestFit = require('./bestFit.js');20var bestFitInstance = new bestFit();21var xValues = [1, 2, 3, 4, 5];22var yValues = [1, 2, 3, 4, 5];23var bestFitValues = bestFitInstance.getBestFit(xValues, yValues);24console.log(bestFitValues);25var bestFit = require('./bestFit.js');26var bestFitInstance = new bestFit();

Using AI Code Generation

1var BestFitLine = require('./BestFitLine.js');2var myLine = new BestFitLine();3var xValues = [1,2,3,4,5,6,7,8,9,10,11,12];4var yValues = [10,20,30,40,50,60,70,80,90,100,110,120];5myLine.setValues(xValues,yValues);6myLine.calculate();7console.log('slope: ' + myLine.slope);8console.log('intercept: ' + myLine.intercept);9console.log('rSquared: ' + myLine.rSquared);10function BestFitLine() {11    this.setValues = function(xValues, yValues) {12        this.xValues = xValues;13        this.yValues = yValues;14    };15    this.calculate = function() {16        var n = this.xValues.length;17        var sumX = 0;18        var sumY = 0;19        var sumXY = 0;20        var sumXX = 0;21        var sumYY = 0;22        for (var i = 0; i < n; i++) {23            var x = this.xValues[i];24            var y = this.yValues[i];25            sumX += x;26            sumY += y;27            sumXY += x * y;28            sumXX += x * x;29            sumYY += y * y;30        }31        var slope = (n * sumXY - sumX * sumY) / (n * sumXX - sumX * sumX);32        var intercept = (sumY - slope * sumX) / n;33        var rSquared = Math.pow((n * sumXY - sumX * sumY) / Math.sqrt((n * sumXX - sumX * sumX) * (n * sumYY - sumY * sumY)), 2);34        this.slope = slope;35        this.intercept = intercept;36        this.rSquared = rSquared;37    };38}39module.exports = BestFitLine;

Using AI Code Generation

1var BestBuy = require("./BestBuy.js");2var bb = new BestBuy();3var total = bb.flattenedValues().reduce(function(a,b){4	return a + b;5});6console.log(total);7var Store = require("./Store.js");8var Department = require("./Department.js");9var Product = require("./Product.js");10function BestBuy(){11	this.store = new Store("Best Buy");12	this.store.addDepartment(new Department("Computers"));13	this.store.addDepartment(new Department("TVs"));14	this.store.addDepartment(new Department("Cell Phones"));15	this.store.addDepartment(new Department("Video Games"));16	this.store.addDepartment(new Department("Music"));17	this.store.addDepartment(new Department("Cameras"));18	this.store.addDepartment(new Department("Car Electronics"));19	this.store.addDepartment(new Department("Appliances"));20	this.store.addDepartment(new Department("Health & Fitness"));21	this.store.addDepartment(new Department("Movies & TV Shows"));

Using AI Code Generation

1import { BestFitLine } from './bestFitLine.js';2let bestFitLine = new BestFitLine();3    { x: 1, y: 3 },4    { x: 2, y: 5 },5    { x: 3, y: 7 },6    { x: 4, y: 9 },7    { x: 5, y: 11 },8    { x: 6, y: 13 },9    { x: 7, y: 15 },10    { x: 8, y: 17 },11    { x: 9, y: 19 },12    { x: 10, y: 21 }13];14let { slope, intercept } = bestFitLine.flattenedValues(dataPoints);15console.log(`y = ${slope}x + ${intercept}`);16document.getElementById('equation').innerHTML = `y = ${slope}x + ${intercept}`;

Using AI Code Generation

1import java.util.Scanner;2import java.io.File;3import java.io.FileNotFoundException;4import java.io.PrintWriter;5public class Test4 {6    public static void main(String[] args) throws FileNotFoundException {7        Scanner in = new Scanner(new File("data.txt"));8        PrintWriter out = new PrintWriter("output.txt");9        int n = in.nextInt();10        double[] x = new double[n];11        double[] y = new double[n];12        for (int i = 0; i < n; i++) {13            x[i] = in.nextDouble();14            y[i] = in.nextDouble();15        }16        BestFitLine line = new BestFitLine(x, y);17        out.println("The best fit line is: y = " + line.getA() + "x + " + line.getB());18        out.println("The correlation coefficient is: " + line.getR());19        out.println("The standard error is: " + line.getStandardError());20        out.println("The y values predicted by the line are:");21        double[] yPredicted = line.getYPredicted();22        for (int i = 0; i < n; i++) {23            out.println(yPredicted[i]);24        }25        out.close();26    }27}28import java.util.Scanner;29import java.io.File;30import java.io.FileNotFoundException;31public class BestFitLine {32    private double[] x;33    private double[] y;34    private double a;35    private double b;36    private double r;37    private double standardError;38    public BestFitLine(double[] x, double[] y) {39        this.x = x;40        this.y = y;41        findBestFitLine();42    }43    private void findBestFitLine() {44        double sum = 0;45        for (int i = 0; i < x.length; i++) {46            sum = sum + x[i];47        }

Using AI Code Generation

1const BestMatchFinder = require('./BestMatchFinder');2];3const string = 'abcdefg';4const bestMatchFinder = new BestMatchFinder(strings);5const bestMatch = bestMatchFinder.findBestMatch(string);6console.log('best match for ' + string + ' is ' + bestMatch.string);7console.log('best match has score of ' + bestMatch.score);8console.log('best match has index of ' + bestMatch.index);9console.log('best match has matches of ' + bestMatch.matches);

Using AI Code Generation

1var bestbuy = require("bestbuy")("XXXXXX");2var products = [];3var prices = [];4var screens = [];5bestbuy.products("(salePrice<100) AND (screenSize>40)", {show:"name,regularPrice,salePrice,screenSize", pageSize: 100, page: 1}, function(err, data){6    if(err) {console.error(err);}7    else {8        products = data.products;9        prices = data.products.flattenedValues("salePrice");10        screens = data.products.flattenedValues("screenSize");11        console.log(products);12        console.log(prices);13        console.log(screens);14    }15});16var numProducts = [];17bestbuy.products("(salePrice<100) AND (screenSize>40)", {show:"name,regularPrice,salePrice,screenSize", pageSize: 100, page: 1}, function(err, data){18    if(err) {console.error(err);}19    else {20        numProducts = data.products.length;21        console.log(numProducts);22    }23});24var totalPrice = [];25bestbuy.products("(salePrice<100) AND (screenSize>40)", {show:"name,regularPrice,salePrice,screenSize", pageSize: 100, page: 1}, function(err, data){26    if(err) {console.error(err);}27    else {28        totalPrice = data.products.flattenedValues("salePrice").reduce(function(a, b) { return a + b; });

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.