KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use edge_direction method in wpt

Best JavaScript code snippet using wpt

body.js

Source:body.js

1import {tiny} from './common.js';2// Pull these names into this module's scope for convenience:3const {vec3, vec4, Mat4} = tiny;4const BALL_COLLISION_ITER = 25export class Body {6    // **Body** can store and update the properties of a 3D body that incrementally7    // moves from its previous place due to velocities.  It conforms to the8    // approach outlined in the "Fix Your Timestep!" blog post by Glenn Fiedler.9    constructor(shape, material, size, weight=0, rolling_friction=0, type='') {10        Object.assign(this,11            {shape, material, size, weight, rolling_friction, type})12        this.center = vec3(0, 0, 0);13        this.rotation = Mat4.identity();14        this.linear_velocity = vec3(0, 0, 0);15        this.previous = {center: this.center.copy(), rotation: this.rotation.copy(), linear_velocity: this.linear_velocity.copy()};16        // drawn_location gets replaced with an interpolated quantity:17        this.drawn_location = Mat4.identity();18        this.temp_matrix = Mat4.identity();19        Object.assign(this, {angular_velocity: 0, spin_axis: vec3(1, 0, 0)})20    }21    // (within some margin of distance).22    static intersect_cube(p, margin = 0) {23        return p.every(value => value >= -1 - margin && value <= 1 + margin)24    }25    static intersect_sphere(p, margin = 0) {26        return p.dot(p) < 1 + margin;27    }28    // emplace(): assign the body's initial values, or overwrite them.29    emplace(location_matrix, linear_velocity, angular_velocity, spin_axis = vec3(0, 0, 0).randomized(1).normalized()) {30        this.center = location_matrix.times(vec4(0, 0, 0, 1)).to3();31        this.rotation = Mat4.translation(...this.center.times(-1)).times(location_matrix);32        this.previous = {center: this.center.copy(), rotation: this.rotation.copy()};33        // drawn_location gets replaced with an interpolated quantity:34        this.drawn_location = location_matrix;35        this.temp_matrix = Mat4.identity();36        return Object.assign(this, {linear_velocity, angular_velocity, spin_axis})37    }38    compute_state_at(time_amount) {39        let position = this.center, velocity = this.linear_velocity40        // Linear velocity first41        if (this.linear_velocity.norm() > 1e-10) {42            if (this.rolling_friction * time_amount >= this.linear_velocity.norm()) {43                let stop_time = this.linear_velocity.norm() / this.rolling_friction;44                //center: p = p0 + v0*t + 0.5*at^245                position = this.center.plus(this.linear_velocity.times(stop_time))46                    .plus(this.linear_velocity.normalized().times(-this.rolling_friction * stop_time * stop_time));47                // velocity: v = v0 + at48                velocity = vec3(0, 0, 0)49                return {position, velocity, stop_time}50            } else {51                //center: p = p0 + v0*t + 0.5*at^252                position = this.center.plus(this.linear_velocity.times(time_amount))53                    .plus(this.linear_velocity.normalized().times(-this.rolling_friction * time_amount * time_amount));54                velocity = this.linear_velocity.minus(this.linear_velocity.normalized().times(this.rolling_friction * time_amount))55            }56        }57        return {position, velocity, stop_time: null}58    }59    set_previous() {60        this.previous = {center: this.center.copy(), rotation: this.rotation.copy(), linear_velocity: this.linear_velocity.copy()};61    }62    advance(time_amount, set_previous = true) {63        // advance(): Perform an integration (the simplistic Forward Euler method) to64        // advance all the linear and angular velocities one time-step forward.65        if (set_previous) this.set_previous()66        // Apply the velocities scaled proportionally to real time (time_amount):67        // Linear velocity first68        let new_state = this.compute_state_at(time_amount)69        this.center = new_state.position70        this.linear_velocity = new_state.velocity71        //angular velocity72        this.rotation.pre_multiply(Mat4.rotation(time_amount * this.angular_velocity, ...this.spin_axis));73    }74    // The following are our various functions for testing a single point,75    // p, against some analytically-known geometric volume formula76    blend_rotation(alpha) {77        // blend_rotation(): Just naively do a linear blend of the rotations, which looks78        // ok sometimes but otherwise produces shear matrices, a wrong result.79        // TODO:  Replace this function with proper quaternion blending, and perhaps80        // store this.rotation in quaternion form instead for compactness.81        return this.rotation.map((x, i) => vec4(...this.previous.rotation[i]).mix(x, alpha));82    }83    blend_state(alpha) {84        // blend_state(): Compute the final matrix we'll draw using the previous two physical85        // locations the object occupied.  We'll interpolate between these two states as86        // described at the end of the "Fix Your Timestep!" blog post.87        this.drawn_location = Mat4.translation(...this.previous.center.mix(this.center, alpha))88            .times(this.blend_rotation(alpha))89            .times(Mat4.scale(...this.size));90    }91    check_if_colliding(b, collider) {92        // check_if_colliding(): Collision detection function.93        // DISCLAIMER:  The collision method shown below is not used by anyone; it's just very quick94        // to code.  Making every collision body an ellipsoid is kind of a hack, and looping95        // through a list of discrete sphere points to see if the ellipsoids intersect is *really* a96        // hack (there are perfectly good analytic expressions that can test if two ellipsoids97        // intersect without discretizing them into points).98        if (this == b)99            return false;100        // Nothing collides with itself.101        // Convert sphere b to the frame where a is a unit sphere:102        const T = this.inverse.times(b.drawn_location, this.temp_matrix);103        const {intersect_test, points, leeway} = collider;104        // For each vertex in that b, shift to the coordinate frame of105        // a_inv*b.  Check if in that coordinate frame it penetrates106        // the unit sphere at the origin.  Leave some leeway.107        return points.arrays.position.some(p =>108            intersect_test(T.times(p.to4(1)).to3(), leeway));109    }110    /**111     * the boundary checking algorithm for sphere112     * @param boundary the array of vec3 representing the boundary polygon113     * @param dt the time to check114     */115    check_if_colliding_boundary(boundary, dt) {116        let this_r = Math.max(this.size[0], this.size[1], this.size[2])117        let boundary_normal = boundary[1].minus(boundary[0]).cross(boundary[2].minus(boundary[1])).normalized()118        if (this.center.minus(boundary[0]).dot(boundary_normal) < 0) boundary_normal = boundary_normal.times(-1); // face this object119        let moved_polygon = boundary.map((e) => e.plus(boundary_normal.times(this_r)));120        let no_collision_end_state = this.compute_state_at(dt)121        if (no_collision_end_state.position.minus(moved_polygon[0]).dot(boundary_normal) > 0) return false; //did not cross boundary's plane122        //intersection point123        let begin_height = this.center.minus(moved_polygon[0]).dot(boundary_normal)124        let end_height = - no_collision_end_state.position.minus(moved_polygon[0]).dot(boundary_normal)125        let intersection_point = this.center.times(begin_height / (begin_height + end_height)).plus(no_collision_end_state.position.times(end_height / (begin_height + end_height)))126        //in polygon check127        let sign = moved_polygon[0].minus(moved_polygon[moved_polygon.length - 1]).cross(intersection_point.minus(moved_polygon[moved_polygon.length - 1])).dot(boundary_normal)128        for (let i = 0; i < moved_polygon.length - 1; i ++) {129            let second_sign = moved_polygon[i + 1].minus(moved_polygon[i]).cross(intersection_point.minus(moved_polygon[i])).dot(boundary_normal)130            if (second_sign * sign <= 0) return false;131        }132        return true;133    }134    /**135     * the boundary collision algorithm for sphere136     * @param boundary the array of vec3 representing the boundary polygon137     * @param dt the time to run138     */139    boundary_collision(boundary, dt) {140        let this_r = Math.max(this.size[0], this.size[1], this.size[2])141        let boundary_normal = boundary[1].minus(boundary[0]).cross(boundary[2].minus(boundary[1])).normalized()142        if (this.center.minus(boundary[0]).dot(boundary_normal) < 0) boundary_normal = boundary_normal.times(-1); // face this object143        let moved_polygon = boundary.map((e) => e.plus(boundary_normal.times(this_r)));144        let no_collision_end_state = this.compute_state_at(dt)145        if (this.linear_velocity.dot(boundary_normal) > 0) return {...no_collision_end_state, dt}; //going out of the plane, no collision146        if (no_collision_end_state.position.minus(moved_polygon[0]).dot(boundary_normal) > 0) return {...no_collision_end_state, dt}; //did not cross boundary's plane147        //intersection point148        let begin_height = this.center.minus(moved_polygon[0]).dot(boundary_normal)149        let end_height = - no_collision_end_state.position.minus(moved_polygon[0]).dot(boundary_normal)150        let intersection_point = this.center.times(end_height / (begin_height + end_height)).plus(no_collision_end_state.position.times(begin_height / (begin_height + end_height)))151        //in polygon check152        let sign = moved_polygon[0].minus(moved_polygon[moved_polygon.length - 1]).cross(intersection_point.minus(moved_polygon[moved_polygon.length - 1])).dot(boundary_normal)153        for (let i = 0; i < moved_polygon.length - 1; i ++) {154            let second_sign = moved_polygon[i + 1].minus(moved_polygon[i]).cross(intersection_point.minus(moved_polygon[i])).dot(boundary_normal)155            if (second_sign * sign <= 0) return {...no_collision_end_state, dt};156        }157        let intersection_speed = Math.sqrt(this.linear_velocity.dot(this.linear_velocity) - 2 * this.rolling_friction * (intersection_point.minus(this.center).norm()))158        let velocity_direction = this.linear_velocity.normalized()159        velocity_direction = velocity_direction.minus(boundary_normal.times(2 * velocity_direction.dot(boundary_normal)))160        let result_velocity = velocity_direction.times(intersection_speed)161        let intersection_dt = (intersection_point.minus(this.center).norm()) / (this.linear_velocity.norm() + intersection_speed) * 2162        return {position: intersection_point, velocity: result_velocity, stop_time: null, dt: intersection_dt}163    }164    /**165     * the boundary edge collision algorithm for sphere166     * @param edge the array of vec3 representing the boundary polygon167     * @param dt the time to run168     */169    edge_collision(edge, dt) {170        let this_r = Math.max(this.size[0], this.size[1], this.size[2])171        let no_collision_end_state = {...this.compute_state_at(dt), dt}172        //preliminary check - filter far ones173        let edge_direction = edge[1].minus(edge[0]).normalized()174        const edge0_to_ball = this.center.minus(edge[0])175        const ball_to_edge_on_plane = edge0_to_ball.minus(edge_direction.times(edge0_to_ball.dot(edge_direction)))176        if (ball_to_edge_on_plane.norm() > this.linear_velocity.norm() * dt + this_r) return no_collision_end_state // *2 for safety177        const edge_to_velocity = edge_direction.cross(this.linear_velocity).normalized()178        const closest_distance = edge0_to_ball.dot(edge_to_velocity)179        if (Math.abs(closest_distance) > this_r) return no_collision_end_state180        const edge_collision_point = edge[0].plus(edge_direction.times(this.center.minus(edge[0]).dot(edge_direction)))181        const unit_velocity = this.linear_velocity.normalized()182        const closest_position = this.center.plus(unit_velocity.times(edge[0].minus(this.center).dot(unit_velocity)))183        const collision_ball_center_to_closest_point_len = Math.sqrt(this_r * this_r - closest_distance * closest_distance)184        const collision_ball_center = closest_position.minus(unit_velocity.times(collision_ball_center_to_closest_point_len))185        if (no_collision_end_state.position.minus(collision_ball_center).dot(collision_ball_center.minus(this.center)) > 0) { //closest position between the trajectory186            return no_collision_end_state187        }188        //construct a surface then return the collision result189        const surface_normal = collision_ball_center.minus(edge_collision_point)190        const second_plane_direction = edge_direction.cross(surface_normal).normalized()191        return this.boundary_collision([edge_collision_point.minus(edge_direction).minus(second_plane_direction),192                                                 edge_collision_point.minus(edge_direction).plus(second_plane_direction),193                                                 edge_collision_point.plus(edge_direction).plus(second_plane_direction),194                                                 edge_collision_point.plus(edge_direction).minus(second_plane_direction)], dt)195    }196    static ball_collision_time_iter(ballA, ballB, dt, debug = false) {197        //solve collision time198        //norm( p + vt - p' - v't ) = r + r'199        let deltaP = ballA.position.minus(ballB.position)200        let deltaV = ballA.velocity.minus(ballB.velocity)201        let equation_a = deltaV.dot(deltaV)202        let equation_b = 2 * deltaP.dot(deltaV)203        let equation_c = deltaP.dot(deltaP) - (ballA.radius + ballB.radius) ** 2204        let equation_delta = equation_b ** 2 - 4 * equation_a * equation_c205        if (equation_delta <= 0) return null;206        let t_1 = (- equation_b - Math.sqrt(equation_delta)) / (2 * equation_a)207        let t_2 = (- equation_b + Math.sqrt(equation_delta)) / (2 * equation_a)208        if (debug) console.log(t_1, t_2)209        if (t_1 < 0 || t_2 < 0 || t_1 > dt) return null;210        return t_1;211    }212    /**213     * https://stackoverflow.com/questions/35211114/2d-elastic-ball-collision-physics214     * @param otherBall:Body215     * @param dt216     */217    ball_collision(otherBall, dt) {218        let no_collision_end_state = {...this.compute_state_at(dt), dt}219        if (this === otherBall) return no_collision_end_state220        let this_r = Math.max(this.size[0], this.size[1], this.size[2])221        let otherBall_r = Math.max(otherBall.size[0], otherBall.size[1], otherBall.size[2])222        //preliminary check223        if (this.center.minus(otherBall.center).norm() >224            this_r + otherBall_r + this.linear_velocity.norm() * dt + otherBall.linear_velocity.norm() * dt)225            return no_collision_end_state;226        //solve collision time227        //norm( p + vt - p' - v't ) = r + r'228        let t = 0;229        let this_ball_state = {position: this.center, velocity: this.linear_velocity, radius: this_r}230        let other_ball_state = {position: otherBall.center, velocity: otherBall.linear_velocity, radius: otherBall_r}231        for (let i = 0; i < BALL_COLLISION_ITER; i ++) {232            const next_point_t = Body.ball_collision_time_iter(this_ball_state, other_ball_state, dt);233            if (t === 0 && next_point_t === null) return no_collision_end_state; // will this cause bug?234            if (next_point_t < 1E-5) break;235            t += next_point_t236            if (t > dt) return no_collision_end_state;237            let this_ball_next_state = this.compute_state_at(t)238            let other_ball_next_state = otherBall.compute_state_at(t)239            while (this_ball_next_state.position.minus(other_ball_next_state.position).norm() < (this_r + otherBall_r)) {240                t -= 1E-5241                this_ball_next_state = this.compute_state_at(t)242                other_ball_next_state = otherBall.compute_state_at(t)243            }244            this_ball_state.position = this_ball_next_state.position245            this_ball_state.velocity = this_ball_next_state.velocity246            other_ball_state.position = other_ball_next_state.position247            other_ball_state.velocity = other_ball_next_state.velocity248            if ((this_ball_next_state.stop_time !== null && this_ball_next_state.stop_time < t) ||249                (other_ball_next_state.stop_time !== null && other_ball_next_state.stop_time < t)) {250                return no_collision_end_state251            }252        }253        //forward to collision254        let deltaP = this_ball_state.position.minus(other_ball_state.position)255        let deltaV = this_ball_state.velocity.minus(other_ball_state.velocity)256        const this_ball_result_velocity = this_ball_state.velocity.minus(deltaP.times(deltaV.dot(deltaP) / deltaP.dot(deltaP)))257        deltaP = other_ball_state.position.minus(this_ball_state.position)258        deltaV = other_ball_state.velocity.minus(this_ball_state.velocity)259        const other_ball_result_velocity = other_ball_state.velocity.minus(deltaP.times(deltaV.dot(deltaP) / deltaP.dot(deltaP)))260        return {dt: t, velocity: this_ball_result_velocity, position: this_ball_state.position, stop_time: null,261            other: {body: otherBall, dt: t, velocity: other_ball_result_velocity, position: other_ball_state.position, stop_time: null}}262    }263    pocket_update(pocket, r, ballCenterHeight) {264        const pocket_on_this_level = pocket;265        pocket_on_this_level[1] = this.center[1];266        const center_dist = pocket_on_this_level.minus(this.center)267        if (center_dist.norm() > r) return {captured: false, removable: false};268        let this_r = Math.max(this.size[0], this.size[1], this.size[2])269        if (this.center.minus(pocket_on_this_level).norm() <= (r - this_r)) return {captured: true, removable: true};270        this.linear_velocity = center_dist271        const off_edge = r - center_dist.norm();272        const height = Math.sqrt(this_r ** 2 - off_edge ** 2);273        const downward_dy = this_r - height;274        this.center.center = ballCenterHeight - downward_dy;275        return {captured: true, removable: false};276    }...

GraphSetting.js

Source:GraphSetting.js

1const nodeSizeChange = document.querySelector(".nodeSize");2nodeSizeChange.addEventListener("change", (e) => {3    e.stopPropagation();4    // change the global node size5    UI.nodeSize = parseInt(document.querySelector(".nodeSize").value);6    // change the label of the range input7    document.querySelector(".nodeSizeLabel").innerHTML = UI.nodeSize;8    UI.fire();9});10const weightedGraph = document.querySelector("#isWeighted[type=checkbox]");11weightedGraph.addEventListener('change', () => {12    UI.isWighted = !UI.isWighted;13})14const edge_direction = document.querySelector("#edge-direction[type=checkbox]");15edge_direction.addEventListener('change', () => {16    UI.isDirected = !UI.isDirected;17    console.log(UI.isDirected);18    UI.fire();...

Using AI Code Generation

1var wptools = require('wptools');2var page = wptools.page('Albert Einstein');3page.get(function(err, resp) {4  if (err) {5    console.log(err);6  } else {7    console.log(resp.data['edge_direction']);8  }9});10var wptools = require('wptools');11var page = wptools.page('Albert Einstein');12page.get(function(err, resp) {13  if (err) {14    console.log(err);15  } else {16    console.log(resp.data['edge_direction']);17  }18});19var wptools = require('wptools');20var page = wptools.page('Albert Einstein');21page.get(function(err, resp) {22  if (err) {23    console.log(err);24  } else {25    console.log(resp.data['edge_direction']);26  }27});28var wptools = require('wptools');29var page = wptools.page('Albert Einstein');30page.get(function(err, resp) {31  if (err) {32    console.log(err);33  } else {34    console.log(resp.data['edge_direction']);35  }36});37var wptools = require('wptools');38var page = wptools.page('Albert Einstein');39page.get(function(err, resp) {40  if (err) {41    console.log(err);42  } else {43    console.log(resp.data['edge_direction']);44  }45});46var wptools = require('wptools');47var page = wptools.page('Albert Einstein');48page.get(function(err, resp) {49  if (err) {50    console.log(err);51  } else {52    console.log(resp.data['edge_direction']);53  }54});55var wptools = require('wptools');56var page = wptools.page('Albert Einstein');57page.get(function(err, resp) {58  if (err) {59    console.log(err);60  } else {

Using AI Code Generation

1var wptools = require('wptools');2var page = wptools.page('Barack Obama');3page.get(function(err, resp) {4  console.log(resp.data.edge_direction);5});6var wptools = require('wptools');7var page = wptools.page('Barack Obama');8page.get(function(err, resp) {9  console.log(resp.data.edge_direction);10});11var wptools = require('wptools');12var page = wptools.page('Barack Obama');13page.get(function(err, resp) {14  console.log(resp.data.edge_direction);15});16var wptools = require('wptools');17var page = wptools.page('Barack Obama');18page.get(function(err, resp) {19  console.log(resp.data.edge_direction);20});21var wptools = require('wptools');22var page = wptools.page('Barack Obama');23page.get(function(err, resp) {24  console.log(resp.data.edge_direction);25});26var wptools = require('wptools');27var page = wptools.page('Barack Obama');28page.get(function(err, resp) {29  console.log(resp.data.edge_direction);30});31var wptools = require('wptools');32var page = wptools.page('Barack Obama');33page.get(function(err, resp) {34  console.log(resp.data.edge_direction);35});36var wptools = require('wptools');37var page = wptools.page('Barack Obama');38page.get(function(err, resp) {39  console.log(resp.data.edge_direction);40});41var wptools = require('wptools');42var page = wptools.page('Barack Obama');43page.get(function(err, resp) {

Using AI Code Generation

1var wptools = require("wptools");2var wp = new wptools.page("Barack Obama");3wp.edge_direction(function(err, data) {4  console.log(data);5});6var wptools = require("wptools");7var wp = new wptools.page("Barack Obama");8wp.edge_direction(function(err, data) {9  console.log(data);10});11var wptools = require("wptools");12var wp = new wptools.page("Barack Obama");13wp.edge_direction(function(err, data) {14  console.log(data);15});16var wptools = require("wptools");17var wp = new wptools.page("Barack Obama");18wp.edge_direction(function(err, data) {19  console.log(data);20});21var wptools = require("wptools");22var wp = new wptools.page("Barack Obama");23wp.edge_direction(function(err, data) {24  console.log(data);25});26var wptools = require("wptools");27var wp = new wptools.page("Barack Obama");28wp.edge_direction(function(err, data) {29  console.log(data);30});31var wptools = require("wptools");32var wp = new wptools.page("Barack Obama");33wp.edge_direction(function(err, data) {34  console.log(data);35});36var wptools = require("wptools");37var wp = new wptools.page("Barack Obama");38wp.edge_direction(function(err, data) {39  console.log(data);40});41var wptools = require("wptools");42var wp = new wptools.page("Barack Obama");43wp.edge_direction(function(err, data) {44  console.log(data);45});

Using AI Code Generation

1var wptools = require('wptools');2var wp = wptools.page('Barack Obama');3wp.edge_direction('birth_place', function(err, data) {4    console.log(data);5});6var wptools = require('wptools');7var wp = wptools.page('Barack Obama');8wp.edge_direction('birth_place', {format:'json'}, function(err, data) {9    console.log(data);10});11var wptools = require('wptools');12var wp = wptools.page('Barack Obama');13wp.edge_direction('birth_place', {format:'html'}, function(err, data) {14    console.log(data);15});16var wptools = require('wptools');17var wp = wptools.page('Barack Obama');18wp.edge_direction('birth_place', {format:'wiki'}, function(err, data) {19    console.log(data);20});21var wptools = require('wptools');22var wp = wptools.page('Barack Obama');23wp.edge_direction('birth_place', {format:'text'}, function(err, data) {24    console.log(data);25});26var wptools = require('wptools');27var wp = wptools.page('Barack Obama');28wp.edge_direction('birth_place', {format:'text', lang:'es'}, function(err, data) {29    console.log(data);30});31var wptools = require('wptools');32var wp = wptools.page('Barack Obama');33wp.edge_direction('birth_place', {format:'text', lang:'es', verbose:true}, function(err, data) {34    console.log(data);35});36var wptools = require('wptools');37var wp = wptools.page('Barack Obama');38wp.edge_direction('birth_place', {format:'text', lang

Using AI Code Generation

1var wptools = require('wptools');2var edge_direction = require('edge_direction');3var wp = wptools.page('Barack Obama', {format:'json'});4wp.get(function(err, info, meta) {5  console.log(info);6});7var wptools = require('wptools');8var edge_direction = require('edge_direction');9var wp = wptools.page('Barack Obama', {format:'json'});10wp.get(function(err, info, meta) {11  console.log(info);12});

Using AI Code Generation

1var wptools = require('wptools');2var page = wptools.page('Albert Einstein');3page.get(function(err, resp) {4  console.log(resp.data.edge_direction);5});6{ [Error: Command failed: node test.js7    at ChildProcess.exithandler (child_process.js:751:12)8    at ChildProcess.EventEmitter.emit (events.js:98:17)9    at maybeClose (child_process.js:1015:16)10    at Process.ChildProcess._handle.onexit (child_process.js:1087:5)]11  cmd: 'node test.js' }

Using AI Code Generation

1var wptools = require('wptools');2wptools.edge_direction('Q42', 'P31', function(err, direction) {3  console.log(direction);4});5var wptools = require('wptools');6wptools.edge_direction('Q42', 'P31', function(err, direction) {7  console.log(direction);8});9var wptools = require('wptools');10wptools.edge_direction('Q42', 'P31', function(err, direction) {11  console.log(direction);12});13var wptools = require('wptools');14wptools.edge_direction('Q42', 'P31', function(err, direction) {15  console.log(direction);16});17var wptools = require('wptools');18wptools.edge_direction('Q42', 'P31', function(err, direction) {19  console.log(direction);20});21var wptools = require('wptools');22wptools.edge_direction('Q42', 'P31', function(err, direction) {23  console.log(direction);24});25var wptools = require('wptools');26wptools.edge_direction('Q42', 'P31', function(err, direction) {27  console.log(direction);28});29var wptools = require('

Using AI Code Generation

1const wptools = require('wptools');2const fs = require('fs');3const node = process.argv[2];4const output_file = process.argv[3];5const wp = new wptools();6wp.edge_direction(node)7  .then(result => {8    fs.writeFile(output_file, result, function(err) {9      if(err) { return console.log(err); }10      console.log("The file was saved!");11    });12  })13  .catch(err => {14    console.log(err);15  });

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.