@arcgis/core/layers/support/RasterBandInfo.js

ArcGIS Maps SDK for JavaScript: A complete 2D and 3D mapping and data visualization API

/* COPYRIGHT Esri - https://js.arcgis.com/5.0.8/LICENSE.txt */
import{__decorate as e}from"tslib";import{JSONSupport as a}from"../../core/JSONSupport.js";import{property as r,subclass as i}from"../../core/accessorSupport/decorators.js";var n;function t(e){return e=Number(e),isNaN(e)?void 0:e}let o=class extends a{static{n=this}constructor(e){super(e),this.name=null,this.minWavelength=void 0,this.maxWavelength=void 0,this.radianceBias=void 0,this.radianceGain=void 0,this.reflectanceBias=void 0,this.reflectanceGain=void 0,this.solarIrradiance=void 0}clone(){return new n({name:this.name,minWavelength:this.minWavelength,maxWavelength:this.maxWavelength,radianceBias:this.radianceBias,radianceGain:this.radianceGain,reflectanceBias:this.reflectanceBias,reflectanceGain:this.reflectanceGain,solarIrradiance:this.solarIrradiance})}};e([r({json:{name:"BandName",write:!0}})],o.prototype,"name",void 0),e([r({json:{read:{source:["WavelengthMin","Wavelength"],reader:(e,a)=>t(a.WavelengthMin??a.Wavelength)},write:{target:"WavelengthMin"}}})],o.prototype,"minWavelength",void 0),e([r({json:{name:"WavelengthMax",read:{reader:t},write:!0}})],o.prototype,"maxWavelength",void 0),e([r({json:{name:"RadianceBias",read:{reader:t},write:!0}})],o.prototype,"radianceBias",void 0),e([r({json:{name:"RadianceGain",read:{reader:t},write:!0}})],o.prototype,"radianceGain",void 0),e([r({json:{name:"ReflectanceBias",read:{reader:t},write:!0}})],o.prototype,"reflectanceBias",void 0),e([r({json:{name:"ReflectanceGain",read:{reader:t},write:!0}})],o.prototype,"reflectanceGain",void 0),e([r({json:{name:"SolarIrradiance",read:{reader:t},write:!0}})],o.prototype,"solarIrradiance",void 0),o=n=e([i("esri.layers.support.RasterBandInfo")],o);export{o as default};