@arcgis/map-components/dist/components/arcgis-daylight/customElement.js

ArcGIS Map Components

/* COPYRIGHT Esri - https://js.arcgis.com/5.1/LICENSE.txt */
import { c as he } from "../../chunks/runtime.js";
import { watch as ge, when as ue, whenOnce as pe } from "@arcgis/core/core/reactiveUtils.js";
import * as me from "@arcgis/core/intl.js";
import fe from "@arcgis/core/views/3d/environment/SunLighting.js";
import _e from "@arcgis/core/views/3d/environment/VirtualLighting.js";
import { LitElement as be, createEvent as B, safeStyleMap as V, nothing as R } from "@arcgis/lumina";
import { css as ve, html as m } from "lit";
import { createRef as q, ref as G } from "lit/directives/ref.js";
import { u as we } from "../../chunks/useT9n.js";
import { u as ye } from "../../chunks/useView.js";
import { t as Y } from "../../chunks/earth-utils.js";
import { m as N } from "../../chunks/handle.js";
import { o as C, i as p, l as Z, b as D, d as W, g as xe } from "../../chunks/time-utils.js";
import { r as Se, b as De, d as Te } from "../../chunks/async-utils.js";
import { createTrackingTarget as ke, runTracked as K, signal as Pe } from "@arcgis/core/applications/Components/reactiveUtils.js";
import { C as Q } from "../../chunks/component-wrapper.js";
import { V as T } from "../../chunks/visible-element.js";
function ne(r, e) {
  return (r % e + e) % e;
}
class Ce {
  #e;
  #i;
  #r = ke(() => {
    this.#t();
  });
  constructor(e) {
    this.#i = e;
    let t;
    K(this.#r, () => {
      t = e();
    }), this.#e = Pe(t);
  }
  #t() {
    const e = this.#e.value;
    K(this.#r, () => {
      this.#e.value = this.#i(e);
    });
  }
  mutate(e) {
    this.#e.value = e;
  }
  get value() {
    return this.#e.value;
  }
}
function A(r) {
  return new Ce(r);
}
var L = Math.PI, u = Math.sin, k = Math.cos, $e = Math.asin, ze = Math.acos, y = L / 180, ae = 1e3 * 60 * 60 * 24, oe = 2440588, le = 2451545;
function Oe(r) {
  return r.valueOf() / ae - 0.5 + oe;
}
function O(r) {
  return new Date((r + 0.5 - oe) * ae);
}
function Ue(r) {
  return Oe(r) - le;
}
var X = y * 23.4397;
function Me(r, e) {
  return $e(u(e) * k(X) + k(e) * u(X) * u(r));
}
function Le(r) {
  return y * (357.5291 + 0.98560028 * r);
}
function Ee(r) {
  return y * (1.9148 * u(r) + 0.02 * u(2 * r) + 3e-4 * u(3 * r));
}
function He(r, e) {
  var t = y * 102.9372;
  return r + e + t + L;
}
var S = {};
S.PolarException = {
  NORMAL: 0,
  MIDNIGHT_SUN: 1,
  POLAR_NIGHT: 2
};
var I = [
  [-0.83, "sunrise", "sunset"]
  // none of the below are currently used -> disabled to avoid unnecessary calculations,
  // as all elements of 'times' are evaluated on every sunCalc.getTimes call.
  /*,
    [ -0.3, "sunriseEnd",  "sunsetStart" ],
    [   -6, "dawn",      "dusk"    ],
    [  -12, "nauticalDawn",  "nauticalDusk"],
    [  -18, "nightEnd",    "night"     ],
    [  6, "goldenHourEnd", "goldenHour"  ]
    */
], ce = 9e-4;
function Ae(r, e) {
  return Math.round(r - ce - e / (2 * L));
}
function ee(r, e, t) {
  return ce + (r + e) / (2 * L) + t;
}
function te(r, e, t) {
  return le + r + 53e-4 * u(e) - 69e-4 * u(2 * t);
}
function Ie(r, e, t) {
  return ze((u(r) - u(e) * u(t)) / (k(e) * k(t)));
}
S.getTimes = function(r, e, t) {
  var i = y * -t, s = y * e, n = Ue(r), a = Ae(n, i), o = ee(0, i, a), c = Le(o), d = Ee(c), l = He(c, d), h = Me(l, 0), g = te(o, c, l);
  function w(H) {
    var z = Ie(H, s, h), de = ee(z, i, a);
    return te(de, c, l);
  }
  function x(H) {
    var z = (u(H) - u(s) * u(h)) / (k(s) * k(h));
    return z < -1 ? S.PolarException.MIDNIGHT_SUN : z > 1 ? S.PolarException.POLAR_NIGHT : S.PolarException.NORMAL;
  }
  var _ = {
    solarNoon: O(g),
    nadir: O(g - 0.5),
    polarException: S.PolarException.NORMAL
  }, b, f, $, E, j;
  for (b = 0, f = I.length; b < f; b += 1)
    $ = I[b], E = w($[0] * y), j = g - (E - g), _[$[1]] = O(j), _[$[2]] = O(E);
  return _.polarException = x(I[0][0] * y), _;
};
const Ne = {
  spring: { dayOfMonth: 20, month: 2 },
  // Northern Spring equinox in 2014 - March 20
  summer: { dayOfMonth: 21, month: 5 },
  // Northern Summer solstice in 2014 - June 21
  fall: { dayOfMonth: 23, month: 8 },
  // Northern Fall equinox in 2014 - September 23
  winter: { dayOfMonth: 21, month: 11 }
  // Northern Winter solstice in 2014 - December 21
}, J = ["spring", "summer", "fall", "winter"];
function P(r, e, t) {
  const i = F(e, t), { dayOfMonth: s, month: n } = Ne[i], a = new Date(r.getTime());
  return a.setMonth(n, s), a;
}
function Je(r, e) {
  const t = Re(r);
  return F(t, e);
}
function Re(r) {
  const e = r.getTime(), t = P(r, "spring", "northern").getTime(), i = P(r, "summer", "northern").getTime(), s = P(r, "fall", "northern").getTime(), n = P(r, "winter", "northern").getTime();
  return e >= t && e < i ? "spring" : e >= i && e < s ? "summer" : e >= s && e < n ? "fall" : "winter";
}
function F(r, e) {
  return e === "northern" ? r : Fe(r);
}
function ie(r) {
  return r >= 0 ? "northern" : "southern";
}
function Fe(r) {
  const e = J.indexOf(r);
  return J[(e + 2) % 4];
}
const je = 1440, Be = 864e5;
function Ve(r, e, t, i) {
  const s = S.getTimes(r, e, t), n = s.sunrise, a = s.sunset, o = C(r, i), c = C(n, i), d = C(a, i);
  if (o.getUTCDate() !== c.getUTCDate() || o.getUTCDate() !== d.getUTCDate()) {
    const l = o.getTime() - c.getTime() > 0 ? 1 : -1;
    n.setUTCDate(n.getUTCDate() + l), a.setUTCDate(a.getUTCDate() + l);
  }
  return {
    sunrise: n,
    sunset: a
  };
}
const qe = 100, Ge = 1e3, v = 12e5, U = 72e5;
function re(r, e) {
  return ne(r + e, 24);
}
function Ye({
  mode: r,
  lighting: e,
  getPlaySpeed: t,
  onProgress: i,
  beforeProgress: s
}) {
  let n = -1;
  function a(o = Date.now()) {
    const c = e.date, d = Date.now() - (o ?? 0);
    if (r === "day") {
      o = Date.now();
      const h = t() / qe * d;
      if (h > 0) {
        let g = new Date(c.getTime() + h);
        const w = e.displayUTCOffset ?? 0, x = re(g.getUTCHours(), w), _ = re(c.getUTCHours(), w);
        x < _ && (g = new Date(c.getTime() + h - Be));
        const b = e.clone();
        s?.(), e.date = g, i?.(b, e);
      }
    } else if (d > Ge) {
      o = Date.now();
      const l = (c.getUTCMonth() + 1) % 12, h = new Date(c.getTime());
      h.setUTCMonth(l);
      const g = e.clone();
      s?.(), e.date = h, i?.(g, e);
    }
    n = requestAnimationFrame(() => a(o));
  }
  return a(), N(() => cancelAnimationFrame(n));
}
const M = v / 4;
function Ze(r, e, t, i) {
  const {
    day: s,
    night: n = s,
    twilight: a = s
  } = i, o = s * M, c = n * M, d = a * M;
  if (r == null || e == null || Number.isNaN(r.getTime()) && Number.isNaN(e.getTime()))
    return o;
  const l = t.getTime(), h = r.getTime(), g = e.getTime(), w = h - U / 2, x = h + U / 2, _ = g - U / 3 * 2, b = g + U / 3;
  let f = o;
  return l >= w && l <= x ? l - w <= v ? f = c - (l - w) / v * (c - d) : x - l <= v / 2 ? f = o - (x - l) / v * 2 * (o - d) : f = d : l >= _ && l <= b ? l - _ <= v / 2 ? f = o - (l - _) / v * 2 * (o - d) : b - l <= v ? f = c - (b - l) / v * (c - d) : f = d : (l < h || l > g) && (f = c), f;
}
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ease-in-out;position:absolute;top:-7px;left:-7px}.esri-slider__thumb:hover{cursor:grab;border-width:3px;border-color:var(--calcite-color-brand-press);width:19.2px;height:19.2px;top:-8.6px;left:-8.6px}.esri-slider__label{min-width:80px;line-height:var(--calcite-font-line-height-fixed-xl);position:absolute}.esri-slider__label:hover{cursor:grab}.esri-slider__label--interactive:hover,.esri-slider__max--interactive:hover,.esri-slider__min--interactive:hover{cursor:pointer;text-decoration:underline}.esri-slider__label-input{z-index:1;width:100%;position:relative}.esri-slider__extra-content{display:inline-block}.esri-slider__max,.esri-slider__min{text-align:center;justify-content:center;align-items:center;height:22px;line-height:var(--calcite-font-line-height-fixed-xl);display:flex}.esri-slider__max--interactive:hover,.esri-slider__min--interactive:hover{background-color:var(--calcite-color-foreground-2)}.esri-slider__range-input{text-align:center;width:100%;padding:1px 0}.esri-slider__ticks{z-index:0;height:100%;display:inline-block;position:absolute}.esri-slider__tick{background:var(--calcite-color-foreground-1);position:absolute}.esri-slider__tick-label{width:max-content;position:absolute}:dir(rtl) .esri-slider__label,:dir(rtl) .esri-slider__max,:dir(rtl) .esri-slider__min,:dir(rtl) .esri-slider__tick-label{direction:rtl;unicode-bidi:plaintext}:dir(rtl) .esri-slider__range-input,:dir(rtl) .esri-slider__label-input{unicode-bidi:plaintext}:host{width:350px}.root{display:flex;flex-direction:column;overflow:visible;gap:var(--calcite-spacing-md);justify-content:space-between;padding:var(--arcgis-internal-padding);position:relative;calcite-label{--calcite-label-margin-bottom: 0}&.loading>*:not(calcite-scrim){opacity:0}}.unsupported{padding:0 var(--calcite-spacing-lg);animation:esri-fade-in .25s ease-in-out}.slider{margin-block-start:0rem}.time-configuration{--date-play-button-offset: 11px;--slider-play-button-offset: var(--calcite-spacing-md);display:grid;gap:var(--calcite-spacing-md);grid-template-columns:1fr min-content;.slider-container{grid-column:1;+calcite-button{grid-column:2;transform:translateY(var(--slider-play-button-offset))}}.timezone-input-container{grid-column:1;min-width:0;+span{grid-column:2}}.date-picker-container{grid-column:1;+calcite-button{grid-column:2;transform:translateY(var(--date-play-button-offset))}}calcite-button{place-self:center}}`, Ke = {
  day: 1,
  night: 6,
  twilight: 2 / 3
};
class Qe extends be {
  constructor() {
    super(...arguments), this.messages = we({ blocking: !0 }), this.#i = "none", this.#r = null, this.#l = q(), this.#g = q(), this.#u = 200, this.#p = 200, this.#c = !1, this.#a = {}, this._offset = A((e) => {
      const t = this._lighting, i = p(t) ? t.displayUTCOffset : void 0;
      return this.#t ? e : i ?? e;
    }), this._timesliderPosition = A((e) => {
      const t = this._lighting;
      if (!p(t))
        return e;
      const i = t.displayUTCOffset ?? this.utcOffset ?? 0, s = t.date;
      if (this.#t)
        return e;
      if (W(s)) {
        const { minutesSinceMidnight: n } = D(s, i);
        return n;
      }
      return e;
    }), this._localDate = A((e) => {
      const t = xe(this._view, this.utcOffset);
      return this.#t ? e : t ?? e;
    }), this.view = ye(this), this.autoDestroyDisabled = !1, this.dateOrSeason = "date", this.headingLevel = 2, this.hideDatePicker = !1, this.hideHeader = !1, this.hidePlayButtons = !1, this.hideShadowsToggle = !1, this.hideSunLightingToggle = !1, this.hideTimezone = !1, this.icon = "brightness", this.playSpeedMultiplier = 1, this.timeSliderSteps = 5, this.arcgisReady = B(), this.arcgisUserDateTimeChange = B(), this.#o = !1;
  }
  static {
    this.properties = { localDateAsString: 32, view: 0, _playingState: 16, _sunlightingDisabled: 16, autoDestroyDisabled: 5, currentSeason: 1, dateOrSeason: 3, dayPlaying: 5, _directShadowsDisabled: 16, headingLevel: 9, hideDatePicker: 5, hideHeader: 5, hidePlayButtons: 5, hideShadowsToggle: 5, hideSunLightingToggle: 5, hideTimezone: 5, icon: 3, label: 1, playSpeedMultiplier: 9, referenceElement: 1, timeSliderSteps: 9, utcOffset: 9, timeSliderPosition: 9, localDate: 1, yearPlaying: 5 };
  }
  static {
    this.styles = We;
  }
  get _view() {
    return this.view?.type === "3d" ? this.view : void 0;
  }
  #e;
  #i;
  #r;
  #t;
  #l;
  #g;
  #u;
  #p;
  #c;
  #s(e, t) {
    return this.#o || this.#c ? !1 : (this.#a[e] = t, !0);
  }
  #m() {
    const { utcOffset: e, timeSliderPosition: t, localDate: i, directShadowsDisabled: s, sunlightingDisabled: n } = this.#a;
    if (this.#c = !0, e != null)
      if (t == null && i == null) {
        const a = this._lighting;
        p(a) ? (a.displayUTCOffset = e, this.#h(e, a)) : this._offset.mutate(e);
      } else
        this.utcOffset = e;
    t != null && (this.timeSliderPosition = t), i && (this.localDate = i), s != null && (this._directShadowsDisabled = s), n != null && (this._sunlightingDisabled = n), this.#a = {}, this.#c = !1;
  }
  #d() {
    if (this.requestUpdate(), this.#t)
      return;
    const e = Se(() => {
      if (p(this._lighting)) {
        const t = this.utcOffset ?? 0, i = this.timeSliderPosition ?? 0, s = this.localDate;
        this._lighting.date = Z(s, i, t), this._lighting.displayUTCOffset = t;
      }
      this.#t?.remove();
    }, { timeout: this.#u });
    this.#t = N(() => {
      Te(e), this.#t = void 0;
    });
  }
  #f(e) {
    const t = this.utcOffset ?? e.displayUTCOffset ?? 0, { minutesSinceMidnight: i, localDate: s } = D(e.date, t), n = this.timeSliderPosition ?? i, a = this.localDateAsString ?? s;
    this.#t?.remove(), e.date = Z(a, n, t), e.displayUTCOffset = t;
  }
  #_({ scale: e, disabled: t }) {
    const { messages: i } = this;
    return m`<calcite-label .scale=${e} class="date-picker-container">${i.date}${Xe({ disabled: t, scale: e, date: this.localDateAsString, onDateChange: (s) => {
      const n = s.currentTarget.value, a = Array.isArray(n) ? n[0] : n;
      this._stopPlaying(), this.localDate = a, this._emitUserDateTimeChangeEvent();
    } })}</calcite-label>${T({ hidden: this.hidePlayButtons, children: se({ playing: this.yearPlaying, disabled: t, label: i.playYear, onClick: () => {
      this._playingState === "year" ? this._playingState = "none" : this._playingState = "year";
    }, scale: e }) })}`;
  }
  #b({ scale: e, disabled: t }) {
    const { messages: i } = this;
    return m`<calcite-label .scale=${e} class="date-picker-container">${i.season}${et({ scale: e, selectedSeason: this.currentSeason, disabled: t, messages: i, onSeasonChange: (s) => {
      this._stopPlaying(), this.currentSeason = s.currentTarget.value;
    } })}</calcite-label>`;
  }
  #a;
  get #v() {
    return this.#g?.value?.startTime;
  }
  get localDateAsString() {
    return this._localDate.value ?? void 0;
  }
  get _playingState() {
    return this.#i;
  }
  set _playingState(e) {
    this.#i = e, this.#n?.remove(), e === "none" ? this.#e?.remove() : (this._play(e), this._emitUserDateTimeChangeEvent());
  }
  get _lighting() {
    return this._view?.environment?.lighting;
  }
  get _sunlightingDisabled() {
    return !p(this._lighting);
  }
  set _sunlightingDisabled(e) {
    this.#s("sunlightingDisabled", e);
    const t = this._view?.environment;
    if (t == null)
      return;
    const i = t.lighting, s = this.#r;
    this.#r = i;
    const n = {
      directShadowsEnabled: i.directShadowsEnabled,
      glow: i.glow
    };
    p(i) && (n.cameraTrackingEnabled = i.cameraTrackingEnabled);
    const a = e ? "virtual" : "sun";
    let o;
    s?.type === a ? o = s : o = e ? new _e() : new fe({
      date: C(
        C(this.localDate, this.timeSliderPosition ?? 0, "minutes"),
        // this.localDate already includes the UTC offset, so we need to remove the offset to get the correct UTC date for the SunLighting configuration
        this.utcOffset ?? 0
      ),
      displayUTCOffset: this.utcOffset
    }), o.set(n), t.lighting = o, e || (this._stopPlaying(), this.#l.value && (this.#l.value.open = !1));
  }
  get currentSeason() {
    const e = this._view?.camera?.position?.latitude ?? 0, t = ie(e);
    return Je(this.localDate, t);
  }
  set currentSeason(e) {
    this._stopPlaying();
    const t = this._view?.camera?.position?.latitude ?? 0, i = ie(t), s = F(e, i);
    this.localDate = P(this.localDate, s, "northern"), this._emitUserDateTimeChangeEvent();
  }
  get dayPlaying() {
    return this._playingState === "day";
  }
  set dayPlaying(e) {
    this._playingState = e ? "day" : "none";
  }
  get _directShadowsDisabled() {
    return !this._lighting?.directShadowsEnabled;
  }
  set _directShadowsDisabled(e) {
    this.#s("directShadowsDisabled", e), this._lighting && (this._lighting.directShadowsEnabled = !e);
  }
  get utcOffset() {
    return this._offset.value;
  }
  set utcOffset(e) {
    this._offset.mutate(e), !this.#s("utcOffset", e) && this.#d();
  }
  get timeSliderPosition() {
    return this._timesliderPosition.value;
  }
  set timeSliderPosition(e) {
    this._timesliderPosition.mutate(ne(e ?? 0, je)), !this.#s("timeSliderPosition", e) && this.#d();
  }
  get localDate() {
    return this._localDate.value != null ? new Date(this._localDate.value) : /* @__PURE__ */ new Date();
  }
  set localDate(e) {
    if (typeof e == "string" && /^\d{4}-\d{2}-\d{2}$/u.test(e)) {
      if (this._localDate.mutate(e), this.#s("localDate", e))
        return;
      this.#d();
      return;
    }
    const t = new Date(e);
    if (W(t)) {
      t.setUTCFullYear(t.getFullYear(), t.getMonth(), t.getDate());
      const i = t.toISOString().slice(0, 10);
      if (this._localDate.mutate(i), this.#s("localDate", i))
        return;
      this.#d();
    }
  }
  get yearPlaying() {
    return this._playingState === "year";
  }
  set yearPlaying(e) {
    this._playingState = e ? "year" : "none";
  }
  async destroy() {
    await this.manager.destroy();
  }
  async load() {
    this.manager.onLifecycle(() => [
      // When camera tracking is enabled, update the displayed timezone whenever the camera crosses into a new rounded
      // UTC offset.
      ge(() => {
        const e = this._view?.camera?.position;
        return e ? Y(e) : void 0;
      }, (e, t) => {
        this.#w(e, t);
      }, { sync: !0, initial: !0 }),
      ue(() => !p(this._lighting), () => {
        this._stopPlaying();
      }),
      me.onLocaleChange(() => {
        this.requestUpdate();
      })
    ]), this.manager.onDisconnected(() => {
      this.#e?.remove(), this.#t?.remove(), this.#n?.remove();
    });
  }
  willUpdate(e) {
    if (super.willUpdate(e), !!this.#o && p(this._lighting) && e.has("utcOffset") && !e.has("localDate") && !e.has("timeSliderPosition")) {
      const t = this.utcOffset ?? 0, { minutesSinceMidnight: i, localDate: s } = D(this._lighting.date, t);
      this._timesliderPosition.mutate(i), this._localDate.mutate(s);
    }
  }
  #o;
  async loaded() {
    const e = new AbortController();
    this.manager.onDisconnected(() => ({
      remove: () => {
        e.abort();
      }
    })), await De(pe(() => this._view?.ready, { signal: e.signal }).then(() => {
      const t = this._lighting, i = this._view?.camera?.position;
      if (this.#a.utcOffset == null && p(t) && t.displayUTCOffset == null && i) {
        const n = Y(i);
        this.#h(n, t);
      }
      this.#o = !0, this.#m();
      const s = this._playingState;
      s !== "none" && this.#e == null && this._play(s);
    }));
  }
  #w(e, t) {
    const i = this._lighting;
    if (!(!this.#o || !p(i) || !i.cameraTrackingEnabled || e == null)) {
      if (t == null && i.displayUTCOffset == null) {
        this.#h(e, i);
        return;
      }
      i.displayUTCOffset != null && (i.displayUTCOffset = e), this.#h(e, i);
    }
  }
  #h(e, t) {
    t.displayUTCOffset = e, this._offset.mutate(e);
    const { minutesSinceMidnight: i, localDate: s } = D(t.date, e);
    this._timesliderPosition.mutate(i), this._localDate.mutate(s), this.requestUpdate();
  }
  _emitUserDateTimeChangeEvent() {
    this.isConnected && this.arcgisUserDateTimeChange.emit();
  }
  _stopPlaying() {
    this._playingState = "none";
  }
  #n;
  #y(e) {
    if (this.#n)
      return;
    const t = setTimeout(() => {
      const i = e.displayUTCOffset ?? 0, s = e.date, { minutesSinceMidnight: n } = D(s, i);
      this._timesliderPosition.mutate(n), this.#n?.remove();
    }, this.#p);
    this.#n = N(() => {
      clearTimeout(t), this.#n = void 0;
      const i = this._lighting;
      if (p(i)) {
        const s = i.displayUTCOffset ?? 0, n = i.date, { minutesSinceMidnight: a } = D(n, s);
        this._timesliderPosition.mutate(a);
      }
    });
  }
  _play(e) {
    this.#e?.remove();
    const t = this._view;
    if (t == null || this._sunlightingDisabled)
      return;
    const i = t.environment.lighting;
    if (!p(i))
      return;
    this.#f(i);
    let s = 0;
    this.#e = Ye({
      mode: e,
      lighting: i,
      beforeProgress: () => {
        s = this.#v ?? 0;
      },
      onProgress: (n, a) => {
        this._timesliderPosition.mutate(s), this.#y(a);
      },
      getPlaySpeed: () => {
        const n = this._view, a = this._view?.environment.lighting;
        if (n != null && p(a)) {
          const o = n.camera.position.latitude ?? 0, c = n.camera.position.longitude ?? 0, { sunrise: d, sunset: l } = Ve(a.date, o, c, a.displayUTCOffset ?? 0);
          return Ze(d, l, a.date, Ke) * this.playSpeedMultiplier;
        } else
          return M * this.playSpeedMultiplier;
      }
    });
  }
  render() {
    const { messages: e, dateOrSeason: t } = this, i = this._sunlightingDisabled, s = "m";
    if (!(this._view?.type === "3d"))
      return Q({ class: "root", label: e.componentLabel, title: e.title, hideHeader: this.hideHeader, headingLevel: this.headingLevel, children: m`<div class="unsupported"><p>${e.unsupported}</p></div>` });
    const a = (this.utcOffset ?? 0) * 60, o = this.view?.ready === !0, c = Array.isArray(this.timeSliderSteps) ? this.timeSliderSteps.at(0) : this.timeSliderSteps;
    return Q({ class: { root: !0, loading: !o }, label: e.componentLabel, title: e.title, hideHeader: this.hideHeader, headingLevel: this.headingLevel, children: m`${o ? void 0 : m`<calcite-scrim loading></calcite-scrim>`}<div class="time-configuration" style=${V({ columnGap: this.hidePlayButtons ? "0" : void 0 })}><calcite-label class="slider-container" .scale=${s}>${e.timeSliderLabel}<arcgis-time-of-day-slider class="slider" .disabled=${this._sunlightingDisabled} mode=single .startTime=${this.timeSliderPosition ?? 0} .steps=${c} style=${V({ gridArea: "slider" })} @arcgisTimeChange=${({ currentTarget: d }) => {
      this._stopPlaying(), this._emitUserDateTimeChangeEvent(), this.timeSliderPosition = d.startTime;
    }} ${G(this.#g)}></arcgis-time-of-day-slider></calcite-label>${T({ hidden: this.hidePlayButtons, children: se({ disabled: this._sunlightingDisabled, playing: this.dayPlaying, label: e.playDay, onClick: () => {
      this._playingState === "day" ? this._stopPlaying() : this._playingState = "day";
    }, scale: s }) })}${T({ hidden: this.hideTimezone, children: m`<calcite-label .scale=${s} class="timezone-input-container">${e.timezone}<calcite-input-time-zone mode=offset overlay-positioning=fixed .scale=${s} .disabled=${this._sunlightingDisabled} .value=${`${a}`} .referenceDate=${this.localDateAsString} @calciteInputTimeZoneChange=${(d) => {
      const l = +d.target.value;
      this.utcOffset = l / 60, this._stopPlaying();
    }} ${G(this.#l)}></calcite-input-time-zone></calcite-label><span></span>` })}${T({ hidden: this.hideDatePicker, children: t === "date" ? this.#_({ scale: s, disabled: i }) : this.#b({ scale: s, disabled: i }) })}</div>${T({ hidden: this.hideSunLightingToggle, children: tt({ scale: s, messages: e.sunLightingToggle, sunlightingEnabled: !this._sunlightingDisabled, onSunLightingToggle: (d) => {
      this._sunlightingDisabled = !d;
    } }) })}${T({ hidden: this.hideShadowsToggle, children: it({ scale: s, messages: e.shadowsToggle, onShadowCheckboxChange: (d) => {
      this._directShadowsDisabled = !d;
    }, shadowEnabled: !this._directShadowsDisabled }) })}` });
  }
}
function se({ disabled: r, playing: e, onClick: t, label: i, scale: s = "m" }) {
  return m`<calcite-button appearance=solid .scale=${s} .disabled=${r} .iconStart=${e ? "pause-f" : "play-f"} .label=${i} @click=${t} round title=${i ?? R} type=button></calcite-button>`;
}
function Xe({ disabled: r, date: e, onDateChange: t, scale: i }) {
  return m`<calcite-input-date-picker data-testid=daylight-date-picker .disabled=${r} overlay-positioning=fixed placement=bottom .value=${e} .scale=${i} @calciteInputDatePickerChange=${t}></calcite-input-date-picker>`;
}
function et({ messages: r, disabled: e, scale: t, selectedSeason: i, onSeasonChange: s }) {
  return m`<calcite-select .disabled=${e} .label=${r.season} .scale=${t} .value=${i} @calciteSelectChange=${(n) => {
    s(n);
  }}>${J.map((n) => m`<calcite-option .selected=${i === n} .value=${n}>${r[n]}</calcite-option>`)}</calcite-select>`;
}
function tt({ messages: r, sunlightingEnabled: e, onSunLightingToggle: t, scale: i }) {
  return m`<calcite-label layout=inline .scale=${i} title=${r?.tooltip ?? R}><calcite-checkbox .scale=${i} .checked=${e} @calciteCheckboxChange=${(s) => t(s.target.checked)}></calcite-checkbox>${r?.label}</calcite-label>`;
}
function it({ messages: r, shadowEnabled: e, onShadowCheckboxChange: t, scale: i }) {
  return m`<calcite-label layout=inline .scale=${i} title=${r?.tooltip ?? R}><calcite-checkbox .checked=${e} @calciteCheckboxChange=${(s) => t(s.target.checked)}></calcite-checkbox>${r.label}</calcite-label>`;
}
he("arcgis-daylight", Qe);
export {
  Qe as ArcgisDaylight
};