How to use calculateAzimuth method in wpt

Best JavaScript code snippet using wpt

calculator.js

Source:calculator.js

...88}89function calculateLHAAltAndAz(ttime, offset, dec) {90    var LHA = calculateHourAngle(ttime, offset);91    var alt = calculateAltitude(dec, LHA);92    var az = calculateAzimuth(dec, LHA, alt);93    dayHourAngle.push(LHA);94    dayAltitude.push(alt);95    dayAzimuth.push(az);96    dayTime.push(ttime);97}98//No need to calculate if only time is modified/99//calculate when date is modified100function calculateSunDianForDay() {101    sundialXY = [];102    var alt;103    for(var i=0; i< dayAltitude.length; i++) {104        if(dayAltitude[i] <0 || dayAltitude >180) {105            continue;106        }107        var azim =  dayAzimuth[i]-90;108        var shadowLength = 1/Math.tan(dayAltitude[i] * M);109        var x = shadowLength * Math.cos(azim*M);110        var y = shadowLength * Math.sin(azim*M);111        var point = [x,y];112        sundialXY.push(point);113    }114}115function calculateForEntireYear() {116    yearDeclination = [];117    yearEqOfTime    = [];118    yearHourAngle   = [];119    yearAltitude    = [];120    yearAzimuth     = [];121    var days = getNoOfDays(date);122    for(var i=1; i<=days; i++) {123        var dec = calculateDeclination(i);124        var eq = calculateEqOfTime(i);125        var offset = calculateTimeOffset(eq);126        var LHA = calculateHourAngle(time, offset);127        var alt = calculateAltitude(dec, LHA);128        var az = calculateAzimuth(dec, LHA, alt);129        yearDeclination.push(dec)130        yearEqOfTime.push(eq);131        yearHourAngle.push(LHA);132        yearAltitude.push(alt);133        yearAzimuth.push(az);134    }135}136function calculateForSpecificDateAndTime() {137    var dayOfYear = findDayOfYear(date);138    declination = calculateDeclination(dayOfYear);139    eqOfTime = calculateEqOfTime(dayOfYear);140    timeOffset = calculateTimeOffset(eqOfTime);141    hourAngle = calculateHourAngle(time,timeOffset);142    altitude = calculateAltitude(declination,hourAngle);143    azimuth = calculateAzimuth(declination, hourAngle, altitude);144    //showoff145    calculateSolarNoon();146    calculateSolarTime();147    calculateSunriseAndSunset();148}149function readInput() {150    latitude = document.formCalc.latitude.value;151    longitude = document.formCalc.longitude.value;152    timeZone = document.formCalc.timezone.value;153    var timeValues = document.formCalc.time.value.split(":");154    time = (timeValues[0]*60 ) +  (timeValues[1]*1);155    date = new Date(document.formCalc.date.value);156}157function findDayOfYear(dateUpto) {158    year = dateUpto.getFullYear();159    var dateStart = new Date(year, 0, 0);160    var diff = dateUpto - dateStart;161    var oneDay = 1000 * 60 * 60 * 24;162    var dayOfYear =  Math.floor(diff / oneDay)-1;163    return dayOfYear;164}165function calculateDeclination(dayOfYear) {166    var N = dayOfYear;167    var d2 = 1.914 * Math.sin(0.98565 * (N-2) * M);168    var d1 = 0.98565 * (N+10);169    var total =  0.39779 * Math.cos((d1 + d2) * M);170    var declination = -Math.asin(total) / M ;171    return declination;172}173//in minutes174function calculateEqOfTime(dayOfYear) {175    var  x=dayOfYear * 2 * Math.PI/365;176    var eqOfTime = 229.18*(0.000075+0.001868* Math.cos(x)-0.032077* Math.sin(x)-0.014615* Math.cos(2*x)-0.040849* Math.sin(2*x));177    return eqOfTime;178}179function calculateTimeOffset(eqOfTimeInMinutes) {180    var timeOffset = (longitude * 4) + eqOfTimeInMinutes - (timeZone * 60);181    return timeOffset;182}183function calculateHourAngle(currentTimeInMinutes, offset) {184    var noon = 12 * 60;185    var hourAngleInMinutes =  currentTimeInMinutes - noon + offset;186    var LHA = hourAngleInMinutes/4;187    return LHA;188}189/**190 * From191 * [1] Spherical law of cosines and192 * [2] sin(90-a) = cos(a)193 * [3] cos(90-a) = sin(a)194 * because altitude is 90-zenith195 */196function calculateAltitude(dec, LHA) {197    var sinÎ± = Math.sin(dec * M)* Math.sin(latitude * M) +198        Math.cos(dec * M)* Math.cos(latitude * M)*Math.cos(LHA * M);199    var alt = Math.asin(sinÎ±)/M;200    return alt;201}202function calculateAzimuth(dec, LHA, alt) {203    var cosÎ± = Math.sin(dec*M)*Math.cos(latitude*M) -204        Math.cos(dec*M)*Math.sin(latitude*M)*Math.cos(LHA*M);205    cosÎ± = cosÎ±/Math.cos(alt*M);206    var azimuth = Math.acos(cosÎ±)/M;207    if(LHA >0) {208        azimuth = 360-azimuth;209    }210    return azimuth;211}212function calculateSolarNoon() {213    solarNoon = (12*60)  - timeOffset;214}215function calculateSolarTime() {216    solarTime = timeOffset + time;...

CoordinatesUtils-test.js

Source:CoordinatesUtils-test.js

...43    it('test calculateAzimuth', () => {44        var point1 = [0, 0];45        var point2 = [1, 1];46        var proj = 'EPSG:900913';47        var azimuth = CoordinatesUtils.calculateAzimuth(point1, point2, proj);48        expect(azimuth.toFixed(2)).toBe('45.00');49    });50    it('test normalizeSRS', () => {51        expect(CoordinatesUtils.normalizeSRS('EPSG:900913')).toBe('EPSG:3857');52    });53    it('test normalizeSRS with allowedSRS', () => {54        expect(CoordinatesUtils.normalizeSRS('EPSG:900913', {'EPSG:900913': true})).toBe('EPSG:900913');55    });56    it('test getCompatibleSRS', () => {57        expect(CoordinatesUtils.getCompatibleSRS('EPSG:900913', {'EPSG:900913': true})).toBe('EPSG:900913');58        expect(CoordinatesUtils.getCompatibleSRS('EPSG:900913', {'EPSG:900913': true, 'EPSG:3857': true})).toBe('EPSG:900913');59        expect(CoordinatesUtils.getCompatibleSRS('EPSG:900913', {'EPSG:3857': true})).toBe('EPSG:3857');60        expect(CoordinatesUtils.getCompatibleSRS('EPSG:3857', {'EPSG:900913': true})).toBe('EPSG:900913');61        expect(CoordinatesUtils.getCompatibleSRS('EPSG:3857', {'EPSG:900913': true, 'EPSG:3857': true})).toBe('EPSG:3857');...

Angle.ts

Source:Angle.ts

...55   * @param dotA1 - åéAçç»ç¹56   * @return {Promise<number>} æ¹ä½è§çå¼§åº¦å¼ï¼èå´[0, 2PI)ï¼57   * ä»æ åçåæ¹åèµ·ï¼æ²¿é¡ºæ¶éæ¹åæè½¬å°A0A1çè§åº¦58   */59  static async calculateAzimuth(dotA0: Dot, dotA1: Dot): Promise<number> {60    let thisObj = new Angle();61    let methodName = "calculateAzimuth"62    let paramsTypeStr = [thisObj.CLASS_DOT, thisObj.CLASS_DOT];63    let paramsStr = [dotA0.ObjId, dotA1.ObjId];64    return await thisObj.invokeByParam(methodName, paramsTypeStr, paramsStr, thisObj.NUMBER);65  }6667  /**68   * å¡åº¦è§69   * @memberOf Angle70   * @param height - å¡çéç´é«åº¦71   * @param length - å¡çæ°´å¹³å®½åº¦72   * @return {Promise<number>} å¡åº¦è§çå¼§åº¦å¼ï¼èå´[0,PI/2)ï¼73   * å¡åº¦ï¼slopeï¼æ¯å°è¡¨ååé¡ç¼çç¨åº¦ï¼éå¸¸æå¡åº¦çéç´é«åº¦h åæ°´å¹³å®½åº¦lçæ¯å¼å«åå¡åº¦ï¼æå«åå¡æ¯ï¼
...

Using AI Code Generation

1var wpt = require('wpt');2var lat1 = 37.7699298;3var lon1 = -122.4469157;4var lat2 = 37.7683909618184;5var lon2 = -122.51089453697205;6var azimuth = wpt.calculateAzimuth(lat1, lon1, lat2, lon2);7console.log(azimuth);8var wpt = require('wpt');9var lat1 = 37.7699298;10var lon1 = -122.4469157;11var lat2 = 37.7683909618184;12var lon2 = -122.51089453697205;13var azimuth = wpt.calculateAzimuth(lat1, lon1, lat2, lon2);14console.log(azimuth);15var wpt = require('wpt');16var lat1 = 37.7699298;17var lon1 = -122.4469157;18var lat2 = 37.7683909618184;19var lon2 = -122.51089453697205;20var azimuth = wpt.calculateAzimuth(lat1, lon1, lat2, lon2);21console.log(azimuth);22var wpt = require('wpt');23var lat1 = 37.7699298;24var lon1 = -122.4469157;25var lat2 = 37.7683909618184;26var lon2 = -122.51089453697205;27var azimuth = wpt.calculateAzimuth(lat1, lon1, lat2, lon2);28console.log(azimuth);29var wpt = require('wpt');30var lat1 = 37.7699298;31var lon1 = -122.4469157;32var lat2 = 37.7683909618184;33var lon2 = -122.51089453697205;34var azimuth = wpt.calculateAzimuth(lat1, lon1, lat2, lon2);35console.log(azimuth);36var wpt = require('wpt');

Using AI Code Generation

1var wpt = require('./wpt');2var wpt1 = new wpt(1,1);3var wpt2 = new wpt(2,2);4console.log(wpt1.calculateAzimuth(wpt2));5var wpt = function(lat,lon) {6    this.lat = lat;7    this.lon = lon;8};9wpt.prototype.calculateAzimuth = function(wpt2) {10    return 0;11};12module.exports = wpt;13console.log(wpt1.calculateAzimuth(wpt2));14console.log(wpt1.calculateAzimuth(wpt2));15console.log(wpt1.calculateAzimuth(wpt2));16console.log(wpt1.calculateAzimuth(wpt2));17console.log(wpt1.calculateAzimuth(wpt2));

Using AI Code Generation

1var wpt = require('wpt');2var lat1 = 37.422;3var lon1 = -122.084;4var lat2 = 37.421;5var lon2 = -122.084;6var azimuth = wpt.calculateAzimuth(lat1, lon1, lat2, lon2);7console.log(azimuth);8var wpt = require('wpt');9var lat1 = 37.422;10var lon1 = -122.084;11var lat2 = 37.421;12var lon2 = -122.084;13var distance = wpt.calculateDistance(lat1, lon1, lat2, lon2);14console.log(distance);15var wpt = require('wpt');16var lat1 = 37.422;17var lon1 = -122.084;18var lat2 = 37.421;19var lon2 = -122.084;20var midPoint = wpt.calculateMidPoint(lat1, lon1, lat2, lon2);21console.log(midPoint);22var wpt = require('wpt');23var lat = 37.422;24var lon = -122.084;25var azimuth = 180;26var distance = 100;27var newPoint = wpt.calculateNewPoint(lat, lon, azimuth, distance);28console.log(newPoint);29var wpt = require('wpt');30var lat = 37.422;31var lon = -122.084;32var azimuth = 180;33var distance = 100;34var newPoint = wpt.calculateNewPoint(lat, lon, azimuth, distance);35console.log(newPoint);36var wpt = require('wpt');37var lat = 37.422;38var lon = -122.084;39var azimuth = 180;40var distance = 100;41var newPoint = wpt.calculateNewPoint(lat, lon, azimuth, distance);42console.log(newPoint);

Using AI Code Generation

1var wpt = require('wpt.js');2var lat1 = 38.96939;3var lon1 = -77.386398;4var lat2 = 38.96939;5var lon2 = -77.386398;6var azimuth = wpt.calculateAzimuth(lat1,lon1,lat2,lon2);7console.log(azimuth);8exports.calculateAzimuth = function(lat1,lon1,lat2,lon2){9    var azimuth = 0;10    return azimuth;11};

Using AI Code Generation

1var wptools = require('./wptools');2var bearing = wptools.calculateAzimuth(1,1,2,2);3console.log(bearing);4var wptools = {5  calculateAzimuth: function(lat1, lon1, lat2, lon2){6    var dLon = lon2 - lon1;7    var y = Math.sin(dLon) * Math.cos(lat2);8    var x = Math.cos(lat1)*Math.sin(lat2) - Math.sin(lat1)*Math.cos(lat2)*Math.cos(dLon);9    var bearing = Math.atan2(y, x);10    return bearing;11  }12}13module.exports = wptools;14var wptools = require('./wptools');15    at exports.runInThisContext (vm.js:53:16)16    at Module._compile (module.js:374:25)17    at Object.Module._extensions..js (module.js:417:10)18    at Module.load (module.js:344:32)19    at Function.Module._load (module.js:301:12)20    at Function.Module.runMain (module.js:442:10)21    at startup (node.js:136:18)

Using AI Code Generation

1var tools = require('./wptools');2var result = tools.calculateAzimuth(1, 1, 5, 5);3console.log(result);4var tools = require('./wptools');5var result = tools.calculateAzimuth(1, 1, 5, 5);6console.log(result);7var spawn = require('child_process').spawn,8    py    = spawn('python', ['python_script.py']),9    dataString = '';10py.stdout.on('data', function(data){11  dataString += data.toString();12});13py.stdout.on('end', function(){14  console.log('Sum of numbers=',dataString);15});16py.stdin.write(JSON.stringify(data));17py.stdin.end();18Traceback (most recent call last):19    import sys, json20var spawn = require('child_process').spawn,21    py    = spawn('pip', ['install', 'json']),22    dataString = '';23py.stdout.on('data', function(data){24  dataString += data.toString();25});26py.stdout.on('end', function(){27  console.log('Sum of numbers=',dataString);28});29py.stdin.write(JSON.stringify(data));30py.stdin.end();31    at errnoException (child_process.js:1001:11)32    at Process.ChildProcess._handle.onexit (child_process.js:792:34)

Using AI Code Generation

1const wptools = require('wptools');2const wp = wptools.page('United States');3wp.get((err, data) => {4  console.log(data);5});6{ pageid: 625492,7   'The United States of America (USA), commonly known as the United States (U.S. or US) or America, is a country comprising 50 states, a federal district, five major self-governing territories, and various possessions. At 3.8 million square miles (9.8 million square kilometers), it is the world\'s third or fourth largest country by total area and is slightly smaller than the entire continent of Europe\'s 3.9 million square miles (10.1 million square kilometers). With a population of over 325 million people, the U.S. is the third most populous country. The capital is Washington, D.C., and the most populous city is New York City. Forty-eight states and the capital\'s federal district are contiguous in North America between Canada and Mexico. The State of Alaska is in the northwest corner of North America, bordered by Canada to the east and across the Bering Strait from Russia to the west. The State of Hawaii is an archipelago in the mid-Pacific Ocean. The U.S. territories are scattered about the Pacific Ocean and the Caribbean Sea, stretching across nine official time zones. The extremely diverse geography, climate, and wildlife of the United States make it one of the world\'s 17 megadiverse countries.',8   [ { title: 'File:Flag of the United States.svg',9       descriptionshort: 'File:Flag of the United States.svg' },10     { title: 'File:U.S. states.svg',

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.