How to use p2 method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

circle.js

Source:circle.js

1let points = [], utils = Bezier.getUtils();2setup() {3    let w = this.width/4;4    let h = this.height/3;5    points.push({x: 0.30 * this.width, y: 0.25 * this.height});6    points.push({x: 0.80 * this.width, y: 0.50 * this.height});7    points.push({x: 0.30 * this.width, y: 0.75 * this.height});8    if (this.parameters.showCurve) {9        points[1].x = 0.66 * this.width;10        points[1].y = 0.75 * this.height;11    }12    setMovable(points);13}14draw() {15    clear();16    if (points.length === 3) {17        let [p1, p2, p3] = points;18        let c = this.caclulateCenter(p1, p2, p3);19        if (c) {20            if (this.parameters.showCurve) {21              this.showCurve(p1, p2, p3, c);22            } else {23              this.showChords(p1, p2, p3, c);24            }25            setColor(`black`);26            circle(c.x, c.y, 2);27            text(`center`, c.x+5, c.y+5);28            setFill(`#FF000030`)29            setStroke(`red`);30            circle(c.x, c.y, c.r);31            noFill();32            setStroke(`black`)33            arc(c.x, c.y, c.r, c.s, c.e);34        }35    }36    setColor(`black`);37    let lbl = this.parameters.showCurve ? [`start`, `B`, `end`] : [`p1`, `p2`, `p3`];38    points.forEach((p,i) => {39        circle(p.x, p.y, 3);40        text(lbl[i], p.x+7, p.y+7);41    });42}43caclulateCenter(p1, p2, p3) {44    // deltas45    const dx1 = (p2.x - p1.x),46          dy1 = (p2.y - p1.y),47          dx2 = (p3.x - p2.x),48          dy2 = (p3.y - p2.y);49    // perpendiculars (quarter circle turned)50    const dx1p = dx1 * cos(PI/2) - dy1 * sin(PI/2),51          dy1p = dx1 * sin(PI/2) + dy1 * cos(PI/2),52          dx2p = dx2 * cos(PI/2) - dy2 * sin(PI/2),53          dy2p = dx2 * sin(PI/2) + dy2 * cos(PI/2);54    // chord midpoints55    const mx1 = (p1.x + p2.x)/2,56          my1 = (p1.y + p2.y)/2,57          mx2 = (p2.x + p3.x)/2,58          my2 = (p2.y + p3.y)/2;59    // midpoint offsets60    const mx1n = mx1 + dx1p,61          my1n = my1 + dy1p,62          mx2n = mx2 + dx2p,63          my2n = my2 + dy2p;64    // intersection of these lines:65    const i = utils.lli8(mx1,my1,mx1n,my1n, mx2,my2,mx2n,my2n);66    if (!i) return false;67    const r = utils.dist(i,p1);68    // determine arc start/mid/end values, and direction (cw/ccw correction)69    let s = atan2(p1.y - i.y, p1.x - i.x),70        m = atan2(p2.y - i.y, p2.x - i.x),71        e = atan2(p3.y - i.y, p3.x - i.x),72        __;73    if (s<e) {74      if (s>m || m>e) { s += TAU; }75      if (s>e) { __=e; e=s; s=__; }76    } else {77      if (e<m && m<s) { __=e; e=s; s=__; } else { e += TAU; }78    }79    // assign and done.80    i.s = s;81    i.e = e;82    i.r = r;83    return i;84}85showChords(p1, p2, p3, c) {86  setStroke(randomColor() );87  line(p1.x, p1.y, p2.x, p2.y);88  let m1 = { x: (p1.x+p2.x)/2, y: (p1.y+p2.y)/2 };89  line(m1.x, m1.y, c.x + (c.x-m1.x)/2, c.y + (c.y-m1.y)/2);90  setStroke(randomColor() );91  line(p3.x, p3.y, p2.x, p2.y);92  let m2 = { x: (p3.x+p2.x)/2, y: (p3.y+p2.y)/2 };93  line(m2.x, m2.y, c.x + (c.x-m2.x)/2, c.y + (c.y-m2.y)/2);94  setStroke(randomColor() );95  line(p3.x, p3.y, p1.x, p1.y);96  let m3 = { x: (p3.x+p1.x)/2, y: (p3.y+p1.y)/2 };97  line(m3.x, m3.y, c.x + (c.x-m3.x)/2, c.y + (c.y-m3.y)/2);98}99showCurve(p1, p2, p3, c) {100    const d1 = dist(p1.x, p1.y, p2.x, p2.y),101          d2 = dist(p3.x, p3.y, p2.x, p2.y),102          t = d1 / (d1 + d2),103          { A, B, C, S, E } = Bezier.getABC(3, p1, p2, p3, t);104    setStroke(`lightblue`);105    line(B.x,B.y,S.x,S.y);106    line(B.x,B.y,E.x,E.y);107    text(`t=${t.toFixed(2)}`, B.x+10, B.y+20);108    // Check which length we need to use for our e1-e2 segment,109    // corrected for whether B is "above" or "below" the baseline:110    const angle = (atan2(E.y-S.y, E.x-S.x) - atan2(B.y-S.y, B.x-S.x) + TAU) % TAU,111          bc = (angle < 0 || angle > PI ? -1 : 1) * dist(S.x, S.y, E.x, E.y)/3,112          de1 = t * bc,113          de2 = (1-t) * bc;114    // We then determine the circle-aligned slope as normalized dx/dy115    const tangent = [116            { x: B.x - 10 * (B.y-c.y), y: B.y + 10 * (B.x-c.x) },117            { x: B.x + 10 * (B.y-c.y), y: B.y - 10 * (B.x-c.x) }118          ],119          tlength = dist(tangent[0].x, tangent[0].y, tangent[1].x, tangent[1].y),120          dx = (tangent[1].x - tangent[0].x)/tlength,121          dy = (tangent[1].y - tangent[0].y)/tlength;122    line(tangent[0].x, tangent[0].y, tangent[1].x, tangent[1].y);123    // and then construct e1 and e2 as per the chapter text124    const e1 = { x: B.x + de1 * dx, y: B.y + de1 * dy};125    circle(e1.x, e1.y, 3);126    text(`e1`, e1.x+15, e1.y+10);127    const e2 = { x: B.x - de2 * dx, y: B.y - de2 * dy };128    circle(e2.x, e2.y, 3);129    text(`e2`, e2.x+15, e2.y+10);...

bezierCubic2Q2.js

Source:bezierCubic2Q2.js

1/**2 * @file ä¸æ¬¡è´å¡å°è½¬äºæ¬¡è´å¡å°3 * @author mengke01(kekee000@gmail.com)4 *5 * references:6 * https://github.com/search?utf8=%E2%9C%93&q=svg2ttf7 * http://www.caffeineowl.com/graphics/2d/vectorial/cubic2quad01.html8 *9 */10function findIntersection(p1, c1, c2, p2) {11    var d1 = { x: c1.x - p1.x, y: c1.y - p1.y }12    var d2 = { x: c2.x - p2.x, y: c2.y - p2.y }13    var det = d2.x * d1.y - d2.y * d1.x;14    if (Math.abs(det) < 1e-6) return null;15    var u = ((p2.y - p1.y) * d2.x - (p2.x - p1.x) * d2.y) / det16    var v = ((p2.y - p1.y) * d1.x - (p2.x - p1.x) * d1.y) / det17    if (u <= 0 || v <= 0) return null;18    return {19        x: p1.x + d1.x * u,20        y: p1.y + d1.y * u21    }22}23function toQuad(p1, c1, c2, p2) {24    var pt = findIntersection(p1, c1, c2, p2);25    if (!pt) pt = {26        x: (p1.x + p2.x) / 2,27        y: (p1.y + p2.y) / 228    }29    return [p1, pt, p2]30}31/**32 * ä¸æ¬¡è´å¡å°è½¬äºæ¬¡è´å¡å°33 *34 * @param {Object} p1 å¼å§ç¹35 * @param {Object} c1 æ§å¶ç¹136 * @param {Object} c2 æ§å¶ç¹237 * @param {Object} p2 ç»æç¹38 * @return {Array} äºæ¬¡è´å¡å°æ§å¶ç¹39 */40function bezierCubic2Q2(p1, c1, c2, p2, level) {41    level = level || 0;42    // å¤ææç«¯æåµï¼æ§å¶ç¹åèµ·æ¢ç¹ä¸æ ·43    if (p1.x === c1.x && p1.y === c1.y && c2.x === p2.x && c2.y === p2.y) {44        return [45            [46                p1,47                {48                    x: (p1.x + p2.x) / 2,49                    y: (p1.y + p2.y) / 250                },51                p252            ]53        ];54    }55    var mx = p2.x - 3 * c2.x + 3 * c1.x - p1.x;56    var my = p2.y - 3 * c2.y + 3 * c1.y - p1.y;57    // control points near58    if (mx * mx + my * my <= 16 || level > 4) {59        return [60            toQuad(p1, c1, c2, p2)61        ];62    }63    // Split to 2 qubic beziers by midpoints64    // (p2 + 3*c2 + 3*c1 + p1)/865    var mp = {66        x: (p2.x + 3 * c2.x + 3 * c1.x + p1.x) / 8,67        y: (p2.y + 3 * c2.y + 3 * c1.y + p1.y) / 868    };69    return bezierCubic2Q2(70        p1,71        {72            x: (p1.x + c1.x) / 2,73            y: (p1.y + c1.y) / 274        },75        {76            x: (p1.x + 2 * c1.x + c2.x) / 4,77            y: (p1.y + 2 * c1.y + c2.y) / 478        },79        mp,80        level + 181    ).concat(bezierCubic2Q2(82        mp,83        {84            x: (p2.x + c1.x + 2 * c2.x) / 4,85            y: (p2.y + c1.y + 2 * c2.y) / 486        },87        {88            x: (p2.x + c2.x) / 2,89            y: (p2.y + c2.y) / 290        },91        p2,92        level + 193    ))94}...

StrokeSegment.js

Source:StrokeSegment.js

1import { StrokePoint } from "./StrokePoint.js";2export class StrokeSegment {3    constructor(stroke, p1, p2) {4        this.stroke = stroke;5        this.p1 = new StrokePoint(p1[0], p1[1], 0.001, 0.001);6        this.p2 = new StrokePoint(p2[0], p2[1], 0.001, 0.001);7    }8    *[Symbol.iterator]() {9        yield this.p1.x;10        yield this.p1.y;11        yield this.p2.x;12        yield this.p2.y;13    }14    intersects(other) {15        //let orientations1 = orientation(this.p1, other.p1, this.p2);16        //let orientations2 = orientation(this.p1, other.p1, other.p2);17        //let orientations3 = orientation(this.p2, other.p2, this.p1);18        //let orientations4 = orientation(this.p2, other.p2, other.p1);19        let orientation1L = orientation(this.p1, this.p2, other.p1);20        let orientation1R = orientation(this.p1, this.p2, other.p2);21        let orientation2L = orientation(other.p1, other.p2, this.p1);22        let orientation2R = orientation(other.p1, other.p2, this.p2);23        // General case24        if (orientation1L != orientation1R &&25            orientation2L != orientation2R) {26            return true;27        }28        // Special Cases29        // p1, q1 and p2 are colinear and p2 lies on segment p1q130        else if (orientation1L == 0 && onSegment(this.p1, this.p2, other.p1)) {31            return true;32        }33        // p1, q1 and q2 are colinear and q2 lies on segment p1q134        else if (orientation1R == 0 && onSegment(this.p1, other.p2, other.p1)) {35            return true; }36        // p2, q2 and p1 are colinear and p1 lies on segment p2q237        else if (orientation2L == 0 && onSegment(this.p2, this.p1, other.p2)) {38            return true; }39        // p2, q2 and q1 are colinear and q1 lies on segment p2q240        else if (orientation2R == 0 && onSegment(this.p2, other.p1, other.p2)) {41            return true; }42        else {43            return false; // Doesn't fall in any of the above cases44        }45    }46}47function orientation(p, q, r) {48    let val = (q.y - p.y) * (r.x - q.x) - (q.x - p.x) * (r.y - q.y);49    // Lines are Colinear50    if (val == 0) return 0;51    return (val > 0) ? 1: 2;52}53function onSegment(p, q, r) {54    return false;55    if (q.x <= Math.max(p.x, r.x) && q.x >= Math.min(p.x, r.x) &&56        q.y <= Math.max(p.y, r.y) && q.y >= Math.min(p.y, r.y))57        return true;58    return false;...

Using AI Code Generation

1const p2 = require('fast-check-monorepo/p2.js');2console.log(p2());3const p1 = require('fast-check-monorepo/p1.js');4console.log(p1());5const p3 = require('fast-check-monorepo/p3.js');6console.log(p3());7const p4 = require('fast-check-monorepo/p4.js');8console.log(p4());9const p5 = require('fast-check-monorepo/p5.js');10console.log(p5());11const p6 = require('fast-check-monorepo/p6.js');12console.log(p6());13const p7 = require('fast-check-monorepo/p7.js');14console.log(p7());15const p8 = require('fast-check-monorepo/p8.js');16console.log(p8());17const p9 = require('fast-check-monorepo/p9.js');18console.log(p9());19const p10 = require('fast-check-monorepo/p10.js');20console.log(p10());21const p11 = require('fast-check-monorepo/p11.js');22console.log(p11());23const p12 = require('fast-check-monorepo/p12.js');24console.log(p12());25const p13 = require('fast-check-monorepo/p13.js');26console.log(p13());27const p14 = require('fast-check-monorepo/p14.js');28console.log(p14());29const p15 = require('fast-check-monorepo/p15.js');30console.log(p15());

Using AI Code Generation

1const p2 = require('p2');2p2();3const p2 = require('fast-check-monorepo/p2');4p2();5const p2 = require('fast-check-monorepo/lib/p2');6p2();7const p2 = require('fast-check-monorepo/lib/p2.js');8p2();9const p2 = require('p2');10p2();11const p2 = require('fast-check-monorepo/p2');12p2();13const p2 = require('fast-check-monorepo/lib/p2');14p2();15const p2 = require('fast-check-monorepo/lib/p2.js');16p2();17const p2 = require('p2');18p2();19const p2 = require('fast-check-monorepo/p2');20p2();21const p2 = require('fast-check-monorepo/lib/p2');22p2();23const p2 = require('fast-check-monorepo/lib/p2.js');24p2();25const p2 = require('p2');26p2();27const p2 = require('fast-check-monorepo/p2');28p2();

Using AI Code Generation

1const p2 = require('p2');2const fc = require('fast-check');3fc.assert(4    fc.property(fc.integer(), fc.integer(), (a, b) => {5        return p2(a, b) === a * b;6    })7);8{9    "dependencies": {10    }11}12const p2 = require('p2');13const fc = require('fast-check');14fc.assert(15    fc.property(fc.integer(), fc.integer(), (a, b) => {16        return p2(a, b) === a * b;17    })18);19{20    "dependencies": {21    }22}23const p2 = require('p2');24const fc = require('fast-check');25fc.assert(26    fc.property(fc.integer(), fc.integer(), (a, b) => {27        return p2(a, b) === a * b;28    })29);30{31    "dependencies": {32    }33}34const p2 = require('p2');35const fc = require('fast-check');36fc.assert(37    fc.property(fc.integer(), fc.integer(), (a, b) => {38        return p2(a, b) === a * b;39    })40);41{42    "dependencies": {43    }44}45const p2 = require('p2');46const fc = require('fast-check');47fc.assert(48    fc.property(fc.integer(), fc.integer(), (a, b) => {49        return p2(a, b) === a * b;50    })51);52{53    "dependencies": {54    }55}

Using AI Code Generation

1const fc = require("fast-check");2fc.assert(3  fc.property(fc.integer(), fc.integer(), (a, b) => {4    return a + b === b + a;5  })6);7const fc = require("fast-check");8fc.assert(9  fc.property(fc.integer(), fc.integer(), (a, b) => {10    return a + b === b + a;11  })12);13const fc = require("fast-check");14fc.assert(15  fc.property(fc.integer(), fc.integer(), (a, b) => {16    return a + b === b + a;17  })18);19const fc = require("fast-check");20fc.assert(21  fc.property(fc.integer(), fc.integer(), (a, b) => {22    return a + b === b + a;23  })24);25const fc = require("fast-check");26fc.assert(27  fc.property(fc.integer(), fc.integer(), (a, b) => {28    return a + b === b + a;29  })30);31const fc = require("fast-check");32fc.assert(33  fc.property(fc.integer(), fc.integer(), (a, b) => {34    return a + b === b + a;35  })36);37const fc = require("fast-check");38fc.assert(39  fc.property(fc.integer(), fc.integer(), (a, b) => {40    return a + b === b + a;41  })42);43const fc = require("fast-check");44fc.assert(45  fc.property(fc.integer(), fc.integer(), (a, b) => {46    return a + b === b + a;47  })48);49const fc = require("fast-check");

Using AI Code Generation

1const { p2 } = require("fast-check");2const result = p2(1, 2);3console.log(result);4{5 "dependencies": {6 }7}

Using AI Code Generation

1const fastCheck = require('fast-check');2fastCheck.property('my property', fastCheck.integer(), (a) => {3  return true;4});5const fastCheck = require('fast-check');6fastCheck.property('my property', fastCheck.integer(), (a) => {7  return true;8});9const fastCheck = require('fast-check');10fastCheck.property('my property', fastCheck.integer(), (a) => {11  return true;12});13const fastCheck = require('fast-check');14fastCheck.property('my property', fastCheck.integer(), (a) => {15  return true;16});17const fastCheck = require('fast-check');18fastCheck.property('my property', fastCheck.integer(), (a) => {19  return true;20});21const fastCheck = require('fast-check');22fastCheck.property('my property', fastCheck.integer(), (a) => {23  return true;24});25const fastCheck = require('fast-check');26fastCheck.property('my property', fastCheck.integer(), (a) => {27  return true;28});29const fastCheck = require('fast-check');30fastCheck.property('my property', fastCheck.integer(), (a) => {31  return true;32});33const fastCheck = require('fast-check');34fastCheck.property('my property', fastCheck.integer(), (a) => {35  return true;36});37const fastCheck = require('fast-check');38fastCheck.property('my property', fastCheck.integer(), (a) => {39  return true;40});

Using AI Code Generation

1const fc = require('fast-check');2const p2 = require('fast-check-monorepo').p2;3const arb = fc.integer(0, 10);4const p2Arb = p2(arb);5fc.assert(6  fc.property(p2Arb, ([x, y]) => {7    return x * x + y * y <= 100;8  })9);10const fc = require('fast-check');11const arb = fc.integer(0, 10);12fc.assert(13  fc.property(arb, arb, (x, y) => {14    return x * x + y * y <= 100;15  })16);17const fc = require('fast-check');18const arb = fc.integer(0, 10);19fc.assert(20  fc.property(arb, arb, (x, y) => {21    return x * x + y * y <= 100;22  })23);24const fc = require('fast-check');25const arb = fc.integer(0, 10);26fc.assert(27  fc.property(arb, arb, (x, y) => {28    return x * x + y * y <= 100;29  })30);31const fc = require('fast-check');32const arb = fc.integer(0, 10);33fc.assert(34  fc.property(arb, arb, (x, y) => {35    return x * x + y * y <= 100;36  })37);38const fc = require('fast-check');39const arb = fc.integer(0, 10);40fc.assert(41  fc.property(arb, arb, (x, y) => {42    return x * x + y * y <= 100;43  })44);45const fc = require('fast-check');46const arb = fc.integer(0, 10);47fc.assert(48  fc.property(arb, arb, (x, y) => {49    return x * x + y * y <= 100;50  })51);52const fc = require('fast-check

Using AI Code Generation

1const { check } = require('fast-check');2describe('p2', () => {3  it('should have a working test', () => {4    check(5      fc.property(fc.integer(), fc.integer(), (a, b) => {6        return a + b === b + a;7      })8    );9  });10});11{12  "scripts": {13  },14  "dependencies": {15  }16}17"moduleNameMapper": {18  }19"moduleNameMapper": {20  }21"moduleNameMapper": {22  }

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.