Dock Manager에서 Web Components 업데이트 창
Infragistics Web Components Dock Manager 구성 요소는 최종 사용자의 작업에 따라 업데이트될 수 있는 창을 사용하여 애플리케이션에서 대화형 콘텐츠를 만드는 데 필요한 레이아웃을 제공합니다.
Web Components Updating Panes in Dock Manager Example
export class DockManagerSharedData {
public static getEmployees(count?: number): any[] {
if (count === undefined) {
count = 250;
}
const contacts: any[] = [];
let maleCount: number = 0;
let femaleCount: number = 0;
const emails: string[] = [ "gmail.com", "yahoo.com", "facebook.com", "twitter.com"];
for (let i = 0; i < count; i++) {
const age: number = Math.round(this.getRandomNumber(20, 40));
const gender: string = this.getRandomGender();
const firstName: string = this.getRandomNameFirst(gender);
const lastName: string = this.getRandomNameLast();
const street: string = this.getRandomStreet();
const location: any = this.getRandomItem(this.locations);
// const country: string = this.getRandomItem(this.countries);
// const city: string = this.getRandomCity(country);
const generation = Math.floor(age / 10) * 10 + "s";
const email: string = firstName.toLowerCase() + "@" + this.getRandomItem(emails);
let photoPath: any;
if (gender === "male") {
maleCount++;
if (maleCount > 26) {
maleCount = 1;
}
photoPath = "https://static.infragistics.com/xplatform/images/people/GUY" + this.pad(maleCount, 2) + ".png";
}
else {
femaleCount++;
if (femaleCount > 24) {
femaleCount = 1;
}
photoPath = "https://static.infragistics.com/xplatform/images/people/GIRL" + this.pad(femaleCount, 2) + ".png";
}
let person: any = {};
person.Address = street + "," + location.city;
person.Age = age;
person.Birthday = this.getBirthday(age);
person.City = location.city;
person.Country = location.country;
person.Location = location.city + ", " + location.country;
person.Latitude = location.lat;
person.Longitude = location.lon;
person.CountryFlag = "https://static.infragistics.com/xplatform/images/flags/" + location.country + ".png";
person.Email = email;
person.FirstName = firstName;
person.Gender = "https://static.infragistics.com/xplatform/images/genders/" + gender + ".png",
person.Generation = generation;
person.ID = this.pad(i + 1, 5);
person.LastName = lastName;
person.Name = firstName + " " + lastName;
person.Phone = this.getRandomPhone();
person.Productivity = this.getProductivity(26);
person.Photo = photoPath;
person.Street = street;
person.Salary = this.getRandomNumber(40, 200) * 1000;
person.Sales = this.getRandomNumber(200, 990) * 1000;
if (person.Salary < 50000) {
person.Income = "Low";
} else if (person.Salary < 100000) {
person.Income = "Average";
} else {
person.Income = "High";
}
contacts.push(person);
}
return contacts;
}
public static getProductivity(weekCount?: number): any[] {
if (weekCount === undefined) {
weekCount = 52;
}
const months = [
"JAN", "FEB", "MAR", "APR", "MAY", "JUN",
"JUL", "AUG", "SEP", "OCT", "NOV", "DEC"
];
const sales: any[] = [];
let value = 50;
for (const month of months) {
sales.push({Value: value, Month: month});
value += this.getRandomNumber(-5, 10);
value = Math.max(20, value);
}
// const today: Date = new Date();
// const year: number = today.getFullYear();
// for (let day = 0; day < 365; day++) {
// const value = this.getRandomNumber(-100, 100);
// const month: number = this.getRandomNumber(0, 8);
// // const day: number = this.getRandomNumber(10, 27);
// // const date = new Date(year, month, day);
// sales.push({Value: value, Month: month});
// }
// for (let w = 0; w < weekCount; w++) {
// const value = this.getRandomNumber(-100, 100);
// sales.push({Value: value, Week: w.toString()});
// }
return sales;
}
public static getSales(count?: number): any[] {
if (count === undefined) {
count = 250;
}
const names: string[] = [
"Intel CPU", "AMD CPU",
"Intel Motherboard", "AMD Motherboard", "NVIDIA Motherboard",
"NVIDIA GPU", "GIGABYTE GPU", "Asus GPU", "AMD GPU", "MSI GPU",
"Corsair Memory", "Patriot Memory", "Skill Memory",
"Samsung HDD", "WD HDD", "Seagate HDD", "Intel HDD",
"Samsung SSD", "WD SSD", "Seagate SSD", "Intel SSD",
"Samsung Monitor", "Asus Monitor", "LG Monitor", "HP Monitor" ];
const countries: string[] = ["USA", "UK", "France", "Canada", "Poland", "Japan", "Germany"];
const sales: any[] = [];
for (let i = 0; i < count; i++) {
const price = this.getRandomNumber(100, 900);
const items = this.getRandomNumber(10, 80);
const value = price * items;
const margin = this.getRandomNumber(3, 10);
const profit = Math.round((price * margin / 100) * items);
sales.push({
BundlePrice: price,
Margin: margin,
OrderDate: this.getRandomDate(new Date(2012, 0, 1), new Date()),
OrderItems: items,
OrderValue: value, // Math.round(value / 1000) + "," + Math.round(value % 1000),
ProductID: 1001 + i,
ProductName: this.getRandomItem(names),
Profit: profit,
Countries: this.getRandomItem(countries),
});
}
return sales;
}
private static genders: string[] = ["male", "female"];
private static maleNames: string[] = ["Kyle", "Oscar", "Ralph", "Mike", "Bill", "Frank", "Howard", "Jack", "Larry", "Pete", "Steve", "Vince", "Mark", "Alex", "Max", "Brian", "Chris", "Andrew", "Martin", "Mike", "Steve", "Glenn", "Bruce"];
private static femaleNames: string[] = ["Gina", "Irene", "Katie", "Brenda", "Casey", "Fiona", "Holly", "Kate", "Liz", "Pamela", "Nelly", "Marisa", "Monica", "Anna", "Jessica", "Sofia", "Isabella", "Margo", "Jane", "Audrey", "Sally", "Melanie", "Greta", "Aurora", "Sally"];
private static lastNames: string[] = ["Adams", "Crowley", "Ellis", "Martinez", "Irvine", "Maxwell", "Clark", "Owens", "Rooney", "Lincoln", "Thomas", "Spacey", "Betts", "King", "Newton", "Fitzgerald", "Holmes", "Jefferson", "Landry", "Newberry", "Perez", "Spencer", "Starr", "Carter", "Edwards", "Stark", "Johnson", "Fitz", "Chief", "Blanc", "Perry", "Stone", "Williams", "Lane", "Jobs", "Adama", "Power", "Tesla"];
// private static countries: string[] = ["USA", "UK", "France", "Canada", "Poland"];
// private static citiesUS: string[] = ["New York", "Los Angeles", "Miami", "San Francisco", "San Diego", "Las Vegas"];
// private static citiesUK: string[] = ["London", "Liverpool", "Manchester"];
// private static citiesFR: string[] = ["Paris", "Marseille", "Lyon"];
// private static citiesCA: string[] = ["Toronto", "Vancouver", "Montreal"];
// private static citiesPL: string[] = ["Krakow", "Warsaw", "Wroclaw", "Gdansk"];
// private static citiesJP: string[] = ["Tokyo", "Osaka", "Kyoto", "Yokohama"];
// private static citiesGR: string[] = ["Berlin", "Bonn", "Cologne", "Munich", "Hamburg"];
private static roadSuffixes: string[] = ["Road", "Street", "Way"];
private static roadNames: string[] = ["Main", "Garden", "Broad", "Oak", "Cedar", "Park", "Pine", "Elm", "Market", "Hill"];
private static locations: any[] = [
{ lat: 54.689, lon: 25.276, country: "Lithuania", city: "Vilnius" },
{ lat: 53.900, lon: 27.576, country: "Belarus", city: "Minsk" },
{ lat: 53.342, lon: -6.257, country: "Ireland", city: "Dublin" },
{ lat: 52.516, lon: 13.328, country: "Germany", city: "Berlin" },
{ lat: 52.373, lon: 4.895, country: "Netherlands", city: "Amsterdam" },
{ lat: 52.245, lon: 21.012, country: "Poland", city: "Warsaw" },
{ lat: 51.488, lon: -0.178, country: "UK", city: "London" },
// { lat: 50.837, lon: 4.368, country: "Belgium", city: "Bruxelles" },
{ lat: 50.448, lon: 30.502, country: "Ukraine", city: "Kiev" },
{ lat: 50.106, lon: 14.457, country: "Czech-Republic", city: "Prague" },
{ lat: 48.882, lon: 2.433, country: "France", city: "Paris" },
// { lat: 48.202, lon: 16.321, country: "Austria", city: "Vienna" },
// { lat: 47.929, lon: 106.912, country: "Mongolia", city: "Ulaanbaatar" },
{ lat: 47.515, lon: 19.094, country: "Hungary", city: "Budapest" },
{ lat: 46.948, lon: 7.446, country: "Switzerland", city: "Bern" },
{ lat: 45.374, lon: -75.651, country: "Canada", city: "Ottawa" },
// { lat: 44.800, lon: 20.413, country: "Serbia", city: "Beograd" },
// { lat: 44.430, lon: 26.123, country: "Romania", city: "Bucuresti" },
{ lat: 43.255, lon: 76.913, country: "Kazakhstan", city: "Almaty" },
{ lat: 42.707, lon: 23.332, country: "Bulgaria", city: "Sofia" },
{ lat: 41.722, lon: 44.783, country: "Georgia", city: "Tbilisi" },
// { lat: 41.332, lon: 19.832, country: "Albania", city: "Tirane" },
{ lat: 40.442, lon: -3.691, country: "Spain", city: "Madrid" },
// { lat: 40.324, lon: 49.816, country: "Azerbaijan", city: "Baku" },
// { lat: 40.208, lon: 44.533, country: "Armenia", city: "Yerevan" },
{ lat: 39.929, lon: 32.853, country: "Turkey", city: "Ankara" },
{ lat: 39.906, lon: 116.388, country: "China", city: "Beijing" },
{ lat: 39.029, lon: 125.758, country: "Korea-North", city: "Pyongyang" },
{ lat: 38.891, lon: -76.954, country: "USA", city: "Washington" },
{ lat: 37.950, lon: 58.390, country: "Turkmenistan", city: "Ashkhabad" },
{ lat: 37.542, lon: 126.935, country: "Korea-South", city: "Seoul" },
{ lat: 36.819, lon: 10.166, country: "Tunisia", city: "Tunis" },
{ lat: 35.774, lon: 51.448, country: "Iran", city: "Tehran" },
{ lat: 35.683, lon: 139.809, country: "Japan", city: "Tokyo" },
{ lat: 34.531, lon: 69.137, country: "Afghanistan", city: "Kabul" },
{ lat: 33.718, lon: 73.061, country: "Pakistan", city: "Islamabad" },
{ lat: 33.519, lon: 36.313, country: "Syria", city: "Damascus" },
{ lat: 33.334, lon: 44.398, country: "Iraq", city: "Baghdad" },
{ lat: 31.949, lon: 35.933, country: "Jordan", city: "Amman" },
{ lat: 30.078, lon: 31.251, country: "Egypt", city: "Cairo" },
{ lat: 28.569, lon: 77.217, country: "India", city: "New Delhi" },
{ lat: 27.712, lon: 85.313, country: "Nepal", city: "Kathmandu" },
// { lat: 27.443, lon: 89.667, country: "Bhutan", city: "Thimbu" },
{ lat: 25.204, lon: 51.497, country: "Qatar", city: "Doha" },
{ lat: 25.035, lon: 121.507, country: "Taiwan", city: "Taipei" },
{ lat: 23.710, lon: 90.407, country: "Bangladesh", city: "Dhaka" },
{ lat: 21.032, lon: 105.820, country: "Vietnam", city: "Hanoi" },
{ lat: 19.427, lon: -99.128, country: "Mexico", city: "Mexico City" },
{ lat: 18.527, lon: -72.343, country: "Haiti", city: "Port-au-Prince" },
// { lat: 18.401, lon: -66.082, country: "USA", city: "San Juan" },
{ lat: 18.016, lon: -76.797, country: "Jamaica", city: "Kingston" },
{ lat: 16.872, lon: 96.125, country: "Myanmar", city: "Rangoon" },
{ lat: 15.361, lon: 44.210, country: "Yemen", city: "Sanaa" },
{ lat: 14.618, lon: -90.525, country: "Guatemala", city: "Guatemala" },
{ lat: 14.099, lon: -87.203, country: "Honduras", city: "Tegucigalpa" },
{ lat: 13.746, lon: 100.553, country: "Thailand", city: "Bangkok" },
// { lat: 13.701, lon: -89.200, country: "El-Salvador", city: "San Salvador" },
{ lat: 13.605, lon: 2.083, country: "Niger", city: "Niamey" },
{ lat: 12.653, lon: -7.986, country: "Mali", city: "Bamako" },
{ lat: 12.151, lon: -86.273, country: "Nicaragua", city: "Managua" },
// { lat: 11.565, lon: 104.913, country: "Cambodia", city: "Phnom Penh" },
{ lat: 10.496, lon: -66.898, country: "Venezuela", city: "Caracas" },
{ lat: 9.930, lon: -84.079, country: "Costa-Rica", city: "San Jose" },
{ lat: 5.559, lon: -0.201, country: "Ghana", city: "Accra" },
{ lat: 5.325, lon: -4.022, country: "Ivory-Coast", city: "Abidjan" },
{ lat: 4.630, lon: -74.081, country: "Colombia", city: "Bogota" },
// { lat: 4.366, lon: 18.562, country: "Central-African-Republic", city: "Bangui" },
{ lat: 3.865, lon: 11.514, country: "Cameroon", city: "Yaounde" },
// { lat: 3.150, lon: 101.708, country: "Malaysia", city: "Kuala Lumpur" },
// { lat: 2.041, lon: 45.344, country: "Somalia", city: "Muqdisho" }
]
private static getRandomNumber(min: number, max: number): number {
return Math.round(min + Math.random() * (max - min));
}
private static getRandomItem(array: any[]): any {
const index = Math.round(this.getRandomNumber(0, array.length - 1));
return array[index];
}
private static getRandomDate(start: Date, end: Date) {
return new Date(start.getTime() + Math.random() * (end.getTime() - start.getTime()));
}
private static getRandomPhone(): string {
const phoneCode = this.getRandomNumber(100, 900);
const phoneNum1 = this.getRandomNumber(100, 900);
const phoneNum2 = this.getRandomNumber(1000, 9000);
const phone = phoneCode + "-" + phoneNum1 + "-" + phoneNum2;
return phone;
}
private static getRandomGender(): string {
return this.getRandomItem(this.genders);
}
private static getRandomNameLast(): string {
return this.getRandomItem(this.lastNames);
}
private static getRandomNameFirst(gender: string): string {
if (gender === "male") {
return this.getRandomItem(this.maleNames);
}
else {
return this.getRandomItem(this.femaleNames);
}
}
// private static getRandomCity(country: string): string {
// if (country === "Canada") {
// return this.getRandomItem(this.citiesCA);
// } else if (country === "France") {
// return this.getRandomItem(this.citiesFR);
// } else if (country === "Poland") {
// return this.getRandomItem(this.citiesPL);
// } else if (country === "USA") {
// return this.getRandomItem(this.citiesUS);
// } else if (country === "Japan") {
// return this.getRandomItem(this.citiesJP);
// } else if (country === "Germany") {
// return this.getRandomItem(this.citiesGR);
// } else { // if (country === "United Kingdom") {
// return this.getRandomItem(this.citiesUK);
// }
// }
private static getRandomStreet(): string {
const num = Math.round(this.getRandomNumber(100, 300)).toString();
const road = this.getRandomItem(this.roadNames);
const suffix = this.getRandomItem(this.roadSuffixes);
return num + " " + road + " " + suffix;
}
private static getBirthday(age: number): Date {
const today: Date = new Date();
const year: number = today.getFullYear() - age;
const month: number = this.getRandomNumber(0, 8);
const day: number = this.getRandomNumber(10, 27);
return new Date(year, month, day);
}
// private static getPhotoMale(id: number): string {
// return require('./assets/GUY' + this.pad(id, 2) + '.png');
// }
// private static getPhotoFemale(id: number): string {
// return require('./assets/GIRL' + this.pad(id, 2) + '.png');
// }
// private static getGenderPhoto(gender: string): string {
// return require('./genders/' + gender + '.png');
// }
// private static getCountryFlag(country: string): string {
// return require('./flags/' + country + '.png');
// }
private static pad(num: number, size: number) {
let s = num + "";
while (s.length < size) {
s = "0" + s;
}
return s;
}
}
ts
export class WorldUtils {
// calculate geo-paths between two locations using great circle formula
public static calcPaths(origin: any, dest: any): any[] {
let interval = 200;
let paths: any[] = [[]];
let pathID = 0;
let distance = this.calcDistance(origin, dest);
if (distance <= interval) {
paths[pathID].push({ x: origin.lon, y: origin.lat });
paths[pathID].push({ x: dest.lon, y: dest.lat });
} else {
let current = origin;
let previous = origin;
for (let dist = interval; dist <= distance; dist += interval)
{
previous = current
paths[pathID].push({ x: current.lon, y: current.lat });
let bearing = this.calcBearing(current, dest);
current = this.calcDestination(current, bearing, interval);
// ensure geo-path wrap around the world through the new date-line
if (previous.lon > 150 && current.lon < -150) {
paths[pathID].push({ x: 180, y: current.lat });
paths.push([]);
pathID++
current = { lon: -180, lat: current.lat }
} else if (previous.lon < -150 && current.lon > 150) {
paths[pathID].push({ x: -180, y: current.lat });
paths.push([]);
pathID++
current = { lon: 180, lat: current.lat }
}
}
paths[pathID].push({ x: dest.lon, y: dest.lat });
}
return paths;
}
// calculate bearing angle between two locations
public static calcBearing(origin: any, dest: any): number
{
origin = this.toRadianLocation(origin);
dest = this.toRadianLocation(dest);
let range = (dest.lon - origin.lon);
let y = Math.sin(range) * Math.cos(dest.lat);
let x = Math.cos(origin.lat) * Math.sin(dest.lat) -
Math.sin(origin.lat) * Math.cos(dest.lat) * Math.cos(range);
let angle = Math.atan2(y, x);
return this.toDegreesNormalized(angle);
}
// calculate destination for origin location and travel distance
public static calcDestination(origin: any, bearing: number, distance: number): any {
let radius = 6371.0;
origin = this.toRadianLocation(origin);
bearing = this.toRadians(bearing);
distance = distance / radius; // angular distance in radians
let lat = Math.asin(Math.sin(origin.lat) * Math.cos(distance) +
Math.cos(origin.lat) * Math.sin(distance) * Math.cos(bearing));
let x = Math.sin(bearing) * Math.sin(distance) * Math.cos(origin.lat);
let y = Math.cos(distance) - Math.sin(origin.lat) * Math.sin(origin.lat);
let lon = origin.lon + Math.atan2(x, y);
// normalize lon to coordinate between -180º and +180º
lon = (lon + 3 * Math.PI) % (2 * Math.PI) - Math.PI;
lon = this.toDegrees(lon);
lat = this.toDegrees(lat);
return { lon: lon, lat: lat };
}
// calculate distance between two locations
public static calcDistance(origin: any, dest: any): number {
origin = this.toRadianLocation(origin);
dest = this.toRadianLocation(dest);
let sinProd = Math.sin(origin.lat) * Math.sin(dest.lat);
let cosProd = Math.cos(origin.lat) * Math.cos(dest.lat);
let lonDelta = (dest.lon - origin.lon);
let angle = Math.acos(sinProd + cosProd * Math.cos(lonDelta));
let distance = angle * 6371.0;
return distance; // * 6371.0; // in km
}
public static toRadianLocation(geoPoint: any): any {
let x = this.toRadians(geoPoint.lon);
let y = this.toRadians(geoPoint.lat);
return { lon: x, lat: y };
}
public static toRadians(degrees: number): number
{
return degrees * Math.PI / 180;
}
public static toDegrees(radians: number): number {
return (radians * 180.0 / Math.PI);
}
public static toDegreesNormalized(radians: number): number
{
let degrees = this.toDegrees(radians);
degrees = (degrees + 360) % 360;
return degrees;
}
// converts latitude coordinate to a string
public static toStringLat(latitude: number): string {
let str = Math.abs(latitude).toFixed(1) + "°";
return latitude > 0 ? str + "N" : str + "S";
}
// converts longitude coordinate to a string
public static toStringLon(coordinate: number): string {
let val = Math.abs(coordinate);
let str = val < 100 ? val.toFixed(1) : val.toFixed(0);
return coordinate > 0 ? str + "°E" : str + "°W";
}
public static toStringAbbr(value: number): string {
if (value > 1000000000000) {
return (value / 1000000000000).toFixed(1) + " T"
} else if (value > 1000000000) {
return (value / 1000000000).toFixed(1) + " B"
} else if (value > 1000000) {
return (value / 1000000).toFixed(1) + " M"
} else if (value > 1000) {
return (value / 1000).toFixed(1) + " K"
}
return value.toFixed(0);
}
public static getLongitude(location: any): number {
if (location.x) return location.x;
if (location.lon) return location.lon;
if (location.longitude) return location.longitude;
return Number.NaN;
}
public static getLatitude(location: any): number {
if (location.y) return location.y;
if (location.lat) return location.lat;
if (location.latitude) return location.latitude;
return Number.NaN;
}
public static getBounds(locations: any[]): any {
let minLat = 90;
let maxLat = -90;
let minLon = 180;
let maxLon = -180;
for (const location of locations) {
const crrLon = this.getLongitude(location);
if (!Number.isNaN(crrLon)) {
minLon = Math.min(minLon, crrLon);
maxLon = Math.max(maxLon, crrLon);
}
const crrLat = this.getLatitude(location);
if (!Number.isNaN(crrLat)) {
minLat = Math.min(minLat, crrLat);
maxLat = Math.max(maxLat, crrLat);
}
// if (location.x) {
// minLon = Math.min(minLon, location.x);
// maxLon = Math.max(maxLon, location.x);
// } else if (location.lon) {
// minLon = Math.min(minLon, location.lon);
// maxLon = Math.max(maxLon, location.lon);
// } else if (location.longitude) {
// minLon = Math.min(minLon, location.longitude);
// maxLon = Math.max(maxLon, location.longitude);
// }
// if (location.y) {
// minLat = Math.min(minLat, location.y);
// maxLat = Math.max(maxLat, location.y);
// } else if (location.lat) {
// minLat = Math.min(minLat, location.lat);
// maxLat = Math.max(maxLat, location.lat);
// } else if (location.latitude) {
// minLat = Math.min(minLat, location.latitude);
// maxLat = Math.max(maxLat, location.latitude);
// }
}
const geoBounds = {
left: minLon,
top: minLat,
width: Math.abs(maxLon - minLon),
height: Math.abs(maxLat - minLat)
};
return geoBounds;
}
public static getNightShapes(): any[] {
let nightShape = [];
let line: any[] = [];
for (let lon = -180; lon <= 180; lon += 1) {
// let line: any[] = [{x: lon, y: -90}, {x: lon, y: 90}];
let x = lon;
let y = 75 * Math.cos(lon * Math.PI / 180);
line.push({x: x, y: y});
}
// line.push({x: 180, y: 90});
// line.push({x: -180, y: 90});
// line.push({x: -180, y: -90});
let coordinateLine = {points: [line]};
nightShape.push(coordinateLine);
return nightShape;
}
}
tsimport './DockManagerStyles.css'
import { DockManagerSharedData } from './DockManagerSharedData';
import { WorldUtils } from './WorldUtils';
import { html } from 'lit-html';
import { defineCustomElements } from 'igniteui-dockmanager/loader';
import { IgcDockManagerComponent } from 'igniteui-dockmanager';
import { IgcDockManagerPaneType, IgcContentPane } from 'igniteui-dockmanager';
import { IgcSplitPaneOrientation } from 'igniteui-dockmanager';
// import { IgcLinearGaugeModule } from 'igniteui-webcomponents-gauges';
// import { IgcLinearGaugeComponent } from 'igniteui-webcomponents-gauges';
// import { IgcLinearGraphRangeComponent } from 'igniteui-webcomponents-gauges';
import { IgcCategoryChartModule } from 'igniteui-webcomponents-charts';
import { IgcCategoryChartComponent, CategoryChartType, YAxisLabelLocation } from 'igniteui-webcomponents-charts';
import { CategoryTransitionInMode, MarkerType, ToolTipType } from 'igniteui-webcomponents-charts';
import { DataContext } from 'igniteui-webcomponents-core';
import { IgcGeographicMapModule } from 'igniteui-webcomponents-maps';
import { IgcGeographicMapComponent } from 'igniteui-webcomponents-maps';
import { IgcGeographicSymbolSeriesComponent } from 'igniteui-webcomponents-maps';
import { IgcDataChartInteractivityModule } from 'igniteui-webcomponents-charts';
import { IgcArcGISOnlineMapImagery } from 'igniteui-webcomponents-maps';
import { ModuleManager } from 'igniteui-webcomponents-core';
ModuleManager.register(
IgcGeographicMapModule,
IgcDataChartInteractivityModule,
// IgcLinearGaugeModule,
IgcCategoryChartModule
);
defineCustomElements();
//
export class DockManagerUpdatingPanes {
private dockManager: IgcDockManagerComponent;
private employeesDatabase = DockManagerSharedData.getEmployees(60);
private employeeListContainer: HTMLDivElement;
private employeeListPane: IgcContentPane;
private employeesList: HTMLDivElement[] = [];
private productivityChart: IgcCategoryChartComponent;
private productivityChartPane: IgcContentPane;
private productivityChartContainer: HTMLDivElement;
private geoLocationMap: IgcGeographicMapComponent;
private geoLocationMapPane: IgcContentPane;
private geoLocationMapContainer: HTMLDivElement;
private geoLocationSeries: IgcGeographicSymbolSeriesComponent;
constructor() {
this.createEmployeeList = this.createEmployeeList.bind(this);
this.createLocationMapTooltip = this.createLocationMapTooltip.bind(this);
this.createProductivityChart = this.createProductivityChart.bind(this);
this.createLocationMap = this.createLocationMap.bind(this);
this.onEmployeeClick = this.onEmployeeClick.bind(this);
this.createEmployeeList();
this.createLocationMap();
this.createProductivityChart();
this.employeeListContainer = document.getElementById('employeeListContainer') as HTMLDivElement;
this.geoLocationMapContainer = document.getElementById('geoLocationMapContainer') as HTMLDivElement;
this.productivityChartContainer = document.getElementById('productivityChartContainer') as HTMLDivElement;
this.productivityChartContainer.style.overflow = 'hidden';
// this.productivityChartContainer.style.paddingRight = 'hidden';
// this.productivityChartContainer.style.background = 'blue';
this.productivityChartPane = {
size: 150,
header: 'EMPLOYEE PRODUCTIVITY',
type: IgcDockManagerPaneType.contentPane,
contentId: 'productivityChartContainer'
};
this.geoLocationMapPane = {
size: 150,
header: 'EMPLOYEE LOCATIONS',
type: IgcDockManagerPaneType.contentPane,
contentId: 'geoLocationMapContainer'
};
this.employeeListPane = {
header: 'EMPLOYEE LIST',
type: IgcDockManagerPaneType.contentPane,
contentId: 'employeeListContainer'
};
this.dockManager = document.getElementById('dockManager') as IgcDockManagerComponent;
this.dockManager.layout = {
rootPane: {
type: IgcDockManagerPaneType.splitPane,
orientation: IgcSplitPaneOrientation.horizontal,
panes: [
{
type: IgcDockManagerPaneType.splitPane,
orientation: IgcSplitPaneOrientation.vertical,
size: 100,
panes: [ this.employeeListPane ]
},
{
type: IgcDockManagerPaneType.splitPane,
orientation: IgcSplitPaneOrientation.vertical,
size: 300,
panes: [
this.productivityChartPane,
this.geoLocationMapPane,
]
}
]
},
floatingPanes: []
};
this.onEmployeeClick(this.employeesDatabase[0]);
}
public createProductivityChart() {
this.productivityChart = document.getElementById('productivityChart') as IgcCategoryChartComponent;
this.productivityChart.includedProperties = ['Value', 'Month'];
this.productivityChart.chartType = CategoryChartType.Column;
this.productivityChart.thickness = 1;
this.productivityChart.yAxisLabelLocation = YAxisLabelLocation.OutsideRight;
this.productivityChart.yAxisLabelRightMargin = 20;
this.productivityChart.yAxisMinimumValue = 25;
this.productivityChart.yAxisMaximumValue = 100;
this.productivityChart.yAxisInterval = 25;
this.productivityChart.xAxisInterval = 1;
this.productivityChart.width = '100%';
this.productivityChart.height = '100%';
this.productivityChart.transitionDuration = 100;
this.productivityChart.transitionInDuration = 1000;
this.productivityChart.isSeriesHighlightingEnabled = true;
this.productivityChart.crosshairsAnnotationEnabled = true;
this.productivityChart.crosshairsSnapToData = true;
this.productivityChart.toolTipType = ToolTipType.Item;
this.productivityChart.transitionInMode = CategoryTransitionInMode.AccordionFromBottom;
}
public createEmployeeList() {
// let detailsAgeField = this.getEmployeeField('Age:', this.detailsAge);
let employeeListContainer = document.getElementById('employeeListContainer') as HTMLDivElement;
employeeListContainer.style.width = 'calc(100% - 1rem)';
employeeListContainer.style.height = 'calc(100% - 1rem)';
// employeeListContainer.style.overflowY = 'scroll';
employeeListContainer.style.display = 'flex';
employeeListContainer.style.flexDirection = 'column';
for (const employee of this.employeesDatabase) {
let employeeName = document.createElement('div');
employeeName.style.paddingLeft = '1rem';
employeeName.textContent = employee.Name;
// let employeeSurname = document.createElement('div');
// employeeSurname.style.paddingLeft = '1rem';
// employeeSurname.textContent = employee.LastName;
let employeePhoto = document.createElement('img');
employeePhoto.height = 50;
employeePhoto.width = 50;
employeePhoto.src = employee.Photo;
let employeeListItem = document.createElement('div');
employeeListItem.id = employee.ID;
employeeListItem.style.height = '3rem';
employeeListItem.style.display = 'flex';
employeeListItem.style.flexDirection = 'row';
employeeListItem.style.paddingLeft = '0.5rem';
employeeListItem.style.paddingTop = '0.5rem';
employeeListItem.style.paddingBottom = '0.5rem';
employeeListItem.style.alignItems = 'center';
employeeListItem.style.cursor = 'pointer';
employeeListItem.appendChild(employeePhoto);
employeeListItem.appendChild(employeeName);
employeeListItem!.addEventListener('click', (e) => this.onEmployeeClick(employee));
// employeeListItem.appendChild(employeeSurname);
employeeListContainer.appendChild(employeeListItem);
this.employeesList.push(employeeListItem);
}
}
public createLocationMap() {
let allLocationSeries = new IgcGeographicSymbolSeriesComponent();
allLocationSeries.latitudeMemberPath = 'Latitude';
allLocationSeries.longitudeMemberPath = 'Longitude';
allLocationSeries.dataSource = this.employeesDatabase;
allLocationSeries.markerType = MarkerType.Circle;
allLocationSeries.markerBrush = 'white';
allLocationSeries.markerOutline = 'Red';
allLocationSeries.tooltipTemplate = this.createLocationMapTooltip;
this.geoLocationSeries = new IgcGeographicSymbolSeriesComponent();
this.geoLocationSeries.latitudeMemberPath = 'Latitude';
this.geoLocationSeries.longitudeMemberPath = 'Longitude';
this.geoLocationSeries.dataSource = [];
this.geoLocationSeries.markerType = MarkerType.Circle;
this.geoLocationSeries.markerBrush = 'white';
this.geoLocationSeries.markerOutline = 'LimeGreen';
this.geoLocationSeries.tooltipTemplate = this.createLocationMapTooltip;
const tileSource = new IgcArcGISOnlineMapImagery();
tileSource.mapServerUri = "https://services.arcgisonline.com/ArcGIS/rest/services/World_Street_Map/MapServer";
this.geoLocationMap = document.getElementById('geoLocationMap') as IgcGeographicMapComponent;
this.geoLocationMap.height = '100%';
this.geoLocationMap.width = '100%';
this.geoLocationMap.series.add(allLocationSeries);
this.geoLocationMap.series.add(this.geoLocationSeries);
this.geoLocationMap.backgroundContent = tileSource;
}
public createLocationMapTooltip(context: any): any {
const dataContext = context as DataContext;
if (!dataContext) return null;
const dataItem = dataContext.item as any;
if (!dataItem) return null;
const Label = dataItem.City;
const scr = dataItem.CountryFlag;
const lat = WorldUtils.toStringLat(dataItem.Latitude);
const lon = WorldUtils.toStringLon(dataItem.Longitude);
// <div class='tooltipFlagBoarder'> ${context.series.markerOutline}
// <img class='tooltipFlagImage' src='${scr}' />
// </div>
let tooltip = html`<div class='tooltipHorizontal'>
<img class='tooltipFlagImage' src='${scr}' />
<div style='marginLeft: 5px'>
<div class='tooltipBox'>
<div class='tooltipRow'>
<div class='tooltipLbl'>City:</div>
<div class='tooltipVal' style='color: black;'>${Label}</div>
</div>
<div class='tooltipRow'>
<div class='tooltipLbl'>Latitude:</div>
<div class='tooltipVal' style='color: black;'>${lat} </div>
</div>
<div class='tooltipRow'>
<div class='tooltipLbl'>Longitude:</div>
<div class='tooltipVal' style='color: black;'>${lon}</div>
</div>
</div>
</div>`;
return tooltip;
}
public onEmployeeClick(employee: any) {
// console.log(employee.ID)
for (const employeeListItem of this.employeesList) {
if (employeeListItem.id !== employee.ID) {
employeeListItem.style.background = 'transparent';
} else {
employeeListItem.style.background = '#a8d3fd';
this.geoLocationSeries.dataSource = [employee];
this.productivityChart.dataSource = employee.Productivity;
let geoZoom: any = {};
geoZoom.width = 30;
geoZoom.height = 20;
geoZoom.left = employee.Longitude - (geoZoom.width / 2);
geoZoom.top = employee.Latitude - (geoZoom.height / 2);
this.geoLocationMap.zoomToGeographic(geoZoom);
}
}
}
// public createLinearGauge(minimumValue: number, maximumValue: number, color: string): IgcLinearGaugeComponent {
// let gauge = new IgcLinearGaugeComponent();
// gauge.width = '100%';
// gauge.height = '100%';
// gauge.value = minimumValue;
// gauge.minimumValue = minimumValue;
// gauge.maximumValue = maximumValue;
// gauge.interval = 10;
// gauge.transitionDuration = 0;
// gauge.labelInterval = gauge.interval;
// gauge.labelExtent = 0.1;
// gauge.formatLabel = (s: any, e: any) => {
// e.label = e.value + ''
// };
// // setting appearance of needle
// gauge.isNeedleDraggingEnabled = false;
// gauge.needleBrush = 'transparent';
// gauge.needleOutline = 'transparent';
// // setting extent of gauge scale
// gauge.scaleStrokeThickness = 0;
// gauge.scaleBrush = '#e0dfdf';
// gauge.scaleOutline = '#e0dfdf';
// gauge.scaleInnerExtent = 0.25;
// gauge.scaleOuterExtent = 0.65;
// gauge.scaleStartExtent = 0.05;
// gauge.scaleEndExtent = 0.95;
// // setting appearance of major ticks
// gauge.tickBrush = 'gray';
// gauge.tickStartExtent = gauge.scaleInnerExtent;
// gauge.tickEndExtent = gauge.scaleInnerExtent - 0.1;
// gauge.tickStrokeThickness = 1;
// // setting appearance of minor ticks
// gauge.minorTickBrush = 'transparent';
// gauge.backingBrush = 'transparent';
// gauge.backingOutline = 'transparent';
// // setting fill range
// // this.detailsAgeRange = new IgcLinearGraphRangeComponent();
// // this.detailsAgeRange.brush = color;
// // this.detailsAgeRange.outline = color;
// // this.detailsAgeRange.startValue = 0;
// // this.detailsAgeRange.endValue = gauge.value;
// // this.detailsAgeRange.innerStartExtent = gauge.scaleInnerExtent;
// // this.detailsAgeRange.innerEndExtent = gauge.scaleInnerExtent;
// // this.detailsAgeRange.outerStartExtent = gauge.scaleOuterExtent;
// // this.detailsAgeRange.outerEndExtent = gauge.scaleOuterExtent;
// // gauge.ranges.clear();
// // gauge.ranges.add(this.detailsAgeRange);
// return gauge;
// }
}
new DockManagerUpdatingPanes();
ts<!DOCTYPE html>
<html>
<head>
<title>DockManagerUpdatingPanes</title>
<meta charset="UTF-8" />
<link rel="shortcut icon" href="https://static.infragistics.com/xplatform/images/browsers/wc.png" >
<link rel="stylesheet" href="https://fonts.googleapis.com/icon?family=Material+Icons" />
<link rel="stylesheet" href="https://fonts.googleapis.com/css?family=Kanit&display=swap" />
<link rel="stylesheet" href="https://fonts.googleapis.com/css?family=Titillium Web" />
<link rel="stylesheet" href="https://static.infragistics.com/xplatform/css/samples/shared.v8.css" type="text/css" />
</head>
<body>
<div id="root">
<div class="container sample">
<igc-dockmanager id="dockManager">
<div class="dockManagerContent"
slot="employeeListContainer" id="employeeListContainer">
</div>
<div class="dockManagerContent"
slot="productivityChartContainer" id="productivityChartContainer">
<igc-category-chart id="productivityChart" width="100%" height="100%">
</igc-category-chart>
</div>
<div class="dockManagerContent"
slot="geoLocationMapContainer" id="geoLocationMapContainer">
<igc-geographic-map id="geoLocationMap" width="100%" height="100%">
</igc-geographic-map>
</div>
</igc-dockmanager>
</div>
</div>
<!-- This script is needed only for parcel and it will be excluded for webpack -->
<% if (false) { %><script src="src/index.ts"></script><% } %>
</body>
</html>html
.dockManagerContent {
padding: 0.5rem;
height: calc(100% - 1rem);
width: calc(100% - 1rem);
display: flex;
flex-direction: column;
/* background: orange; */
}
css/* shared styles are loaded from: */
/* https://static.infragistics.com/xplatform/css/samples */css
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