using System; using System.Linq; using UnityEngine; namespace UnityEditor.Rendering { /// /// Descriptor for Light Unit /// public struct LightUnitSliderUIDescriptor { /// /// Constructor /// /// The ranges that the value can have /// The distribution /// Tooltip for caution /// The name of the unit /// If has markers /// If the value will be clamped to the public LightUnitSliderUIDescriptor(LightUnitSliderUIRange[] valueRanges, float[] sliderDistribution, string cautionTooltip, string unitName, bool hasMarkers = true, bool clampValue = false) : this(valueRanges, sliderDistribution, cautionTooltip, cautionTooltip, unitName, hasMarkers, clampValue) { } /// /// Constructor /// /// The ranges that the value can have /// The distribution /// The tooltip if the value goes below the range /// The tooltip if the value goes above the range /// The name of the unit /// If has markers /// If the value will be clamped to the public LightUnitSliderUIDescriptor(LightUnitSliderUIRange[] valueRanges, float[] sliderDistribution, string belowRangeTooltip, string aboveRangeTooltip, string unitName, bool hasMarkers = true, bool clampValue = false) { this.valueRanges = valueRanges; this.belowRangeTooltip = belowRangeTooltip; this.aboveRangeTooltip = aboveRangeTooltip; this.sliderDistribution = sliderDistribution; this.unitName = unitName; this.hasMarkers = hasMarkers; this.clampValue = clampValue; sliderRange = new Vector2( this.valueRanges.Min(x => x.value.x), this.valueRanges.Max(x => x.value.y) ); } /// /// The distribution /// public readonly float[] sliderDistribution; /// /// The ranges that the value can have /// public readonly LightUnitSliderUIRange[] valueRanges; /// /// The ranges that the slider can have /// public readonly Vector2 sliderRange; /// /// The tooltip if the value goes below the range /// public readonly string belowRangeTooltip; /// /// The tooltip if the value goes above the range /// public readonly string aboveRangeTooltip; /// /// The name of the unit /// public readonly string unitName; /// /// If has markers /// public readonly bool hasMarkers; /// /// If the value needs to be clamp /// public readonly bool clampValue; } /// /// The UI range of the slider /// public struct LightUnitSliderUIRange { /// /// Constructor /// /// The icon /// The tooltip /// The min and max values public LightUnitSliderUIRange(Texture2D icon, string tooltip, Vector2 value) // If no preset value provided, then by default it is the average of the value range. : this(icon, tooltip, value, 0.5f * (value.x + value.y)) { } /// /// Constructor /// /// The icon /// The tooltip /// The min and max values /// The value given by the preset public LightUnitSliderUIRange(Texture2D icon, string tooltip, Vector2 value, float presetValue) { this.content = new GUIContent(icon, tooltip); this.value = value; Debug.Assert(presetValue > value.x && presetValue < value.y, "Preset value is outside the slider value range."); // Preset values are arbitrarily chosen by artist, and we must use it instead of // deriving it automatically (ie, the value range average). this.presetValue = presetValue; } /// /// Constructor /// /// The tooltip /// The min and max values /// A configured LightUnitSliderUIRange instance representing a caution range. public static LightUnitSliderUIRange CautionRange(string tooltip, float value) => new LightUnitSliderUIRange { // Load the buildin caution icon with provided tooltip. content = new GUIContent(EditorGUIUtility.TrIconContent("console.warnicon").image, tooltip), value = new Vector2(-1, value), presetValue = -1 }; /// /// The content /// public GUIContent content; /// /// The value /// public Vector2 value; /// /// The value of the preset /// public float presetValue; } /// /// Bunch of slider predefined descriptors /// public static class LightUnitSliderDescriptors { /// /// Lux /// public static LightUnitSliderUIDescriptor LuxDescriptor = new LightUnitSliderUIDescriptor( LightUnitValueRanges.LuxValueTable, LightUnitSliderDistributions.LuxDistribution, LightUnitTooltips.k_SunCaution, "Lux" ); /// /// Lumen /// public static LightUnitSliderUIDescriptor LumenDescriptor = new LightUnitSliderUIDescriptor( LightUnitValueRanges.LumenValueTable, LightUnitSliderDistributions.LumenDistribution, LightUnitTooltips.k_PunctualCaution, "Lumen" ); /// /// Exposure /// public static LightUnitSliderUIDescriptor ExposureDescriptor = new LightUnitSliderUIDescriptor( LightUnitValueRanges.ExposureValueTable, LightUnitSliderDistributions.ExposureDistribution, LightUnitTooltips.k_ExposureBelowCaution, LightUnitTooltips.k_ExposureAboveCaution, "EV" ); /// /// Temperature /// public static LightUnitSliderUIDescriptor TemperatureDescriptor = new LightUnitSliderUIDescriptor( LightUnitValueRanges.KelvinValueTableNew, LightUnitSliderDistributions.ExposureDistribution, LightUnitTooltips.k_TemperatureCaution, "Kelvin", false, true ); private static class LightUnitValueRanges { public static readonly LightUnitSliderUIRange[] LumenValueTable = { new LightUnitSliderUIRange(LightUnitIcon.ExteriorLight, LightUnitTooltips.k_PunctualExterior, new Vector2(3000, 40000), 10000), new LightUnitSliderUIRange(LightUnitIcon.InteriorLight, LightUnitTooltips.k_PunctualInterior, new Vector2(300, 3000), 1000), new LightUnitSliderUIRange(LightUnitIcon.DecorativeLight, LightUnitTooltips.k_PunctualDecorative, new Vector2(15, 300), 100), new LightUnitSliderUIRange(LightUnitIcon.Candlelight, LightUnitTooltips.k_PunctualCandle, new Vector2(0, 15), 12.5f), }; public static readonly LightUnitSliderUIRange[] LuxValueTable = { new LightUnitSliderUIRange(LightUnitIcon.BrightSky, LightUnitTooltips.k_LuxBrightSky, new Vector2(80000, 130000), 100000), new LightUnitSliderUIRange(LightUnitIcon.Overcast, LightUnitTooltips.k_LuxOvercastSky, new Vector2(10000, 80000), 20000), new LightUnitSliderUIRange(LightUnitIcon.SunriseSunset, LightUnitTooltips.k_LuxSunriseSunset, new Vector2(1, 10000), 5000), new LightUnitSliderUIRange(LightUnitIcon.Moonlight, LightUnitTooltips.k_LuxMoonlight, new Vector2(0, 1), 0.5f), }; public static readonly LightUnitSliderUIRange[] ExposureValueTable = { new LightUnitSliderUIRange(LightUnitIcon.BrightSky, LightUnitTooltips.k_ExposureBrightSky, new Vector2(12, 15), 13), new LightUnitSliderUIRange(LightUnitIcon.Overcast, LightUnitTooltips.k_ExposureOvercastSky, new Vector2(8, 12)), new LightUnitSliderUIRange(LightUnitIcon.SunriseSunset, LightUnitTooltips.k_ExposureSunriseSunset, new Vector2(6, 8)), new LightUnitSliderUIRange(LightUnitIcon.InteriorLight, LightUnitTooltips.k_ExposureInterior, new Vector2(3, 6)), new LightUnitSliderUIRange(LightUnitIcon.Moonlight, LightUnitTooltips.k_ExposureMoonlitSky, new Vector2(0, 3)), new LightUnitSliderUIRange(LightUnitIcon.MoonlessNight, LightUnitTooltips.k_ExposureMoonlessNight, new Vector2(-5, 0)), }; public static readonly LightUnitSliderUIRange[] KelvinValueTableNew = { new LightUnitSliderUIRange(LightUnitIcon.BlueSky, LightUnitTooltips.k_TemperatureBlueSky, new Vector2(10000, 20000), 15000), new LightUnitSliderUIRange(LightUnitIcon.Shade, LightUnitTooltips.k_TemperatureShade, new Vector2(7000, 10000), 8000), new LightUnitSliderUIRange(LightUnitIcon.CloudySky, LightUnitTooltips.k_TemperatureCloudySky, new Vector2(6000, 7000), 6500), new LightUnitSliderUIRange(LightUnitIcon.DirectSunlight, LightUnitTooltips.k_TemperatureDirectSunlight, new Vector2(4500, 6000), 5500), new LightUnitSliderUIRange(LightUnitIcon.Fluorescent, LightUnitTooltips.k_TemperatureFluorescent, new Vector2(3500, 4500), 4000), new LightUnitSliderUIRange(LightUnitIcon.IntenseAreaLight, LightUnitTooltips.k_TemperatureIncandescent, new Vector2(2500, 3500), 3000), new LightUnitSliderUIRange(LightUnitIcon.Candlelight, LightUnitTooltips.k_TemperatureCandle, new Vector2(1500, 2500), 1900), }; } private static class LightUnitSliderDistributions { // Warning: All of these values need to be kept in sync with their associated descriptor's set of value ranges. public static readonly float[] LuxDistribution = { 0.0f, 0.05f, 0.5f, 0.9f, 1.0f }; private const float LumenStep = 1 / 4f; public static readonly float[] LumenDistribution = { 0 * LumenStep, 1 * LumenStep, 2 * LumenStep, 3 * LumenStep, 4 * LumenStep }; private const float ExposureStep = 1 / 6f; public static readonly float[] ExposureDistribution = { 0 * ExposureStep, 1 * ExposureStep, 2 * ExposureStep, 3 * ExposureStep, 4 * ExposureStep, 5 * ExposureStep, 6 * ExposureStep }; } private static class LightUnitIcon { // Note: We do not use the editor resource loading mechanism for light unit icons because we need to skin the icon correctly for the editor theme. // Maybe the resource reloader can be improved to support icon loading (thus supporting skinning)? static Texture2D GetLightUnitIcon(string name) { return CoreEditorUtils.LoadIcon(@"Packages/com.unity.render-pipelines.core/Editor/Lighting/Icons/LightUnitIcons", name, ".png"); } // TODO: Move all light unit icons from the package into the built-in resources. public static Texture2D BlueSky = GetLightUnitIcon("BlueSky"); public static Texture2D ClearSky = GetLightUnitIcon("ClearSky"); public static Texture2D Candlelight = GetLightUnitIcon("Candlelight"); public static Texture2D DecorativeLight = GetLightUnitIcon("DecorativeLight"); public static Texture2D DirectSunlight = GetLightUnitIcon("DirectSunlight"); public static Texture2D ExteriorLight = GetLightUnitIcon("ExteriorLight"); public static Texture2D IntenseAreaLight = GetLightUnitIcon("IntenseAreaLight"); public static Texture2D InteriorLight = GetLightUnitIcon("InteriorLight"); public static Texture2D MediumAreaLight = GetLightUnitIcon("MediumAreaLight"); public static Texture2D MoonlessNight = GetLightUnitIcon("MoonlessNight"); public static Texture2D Moonlight = GetLightUnitIcon("Moonlight"); public static Texture2D Overcast = GetLightUnitIcon("Overcast"); public static Texture2D CloudySky = GetLightUnitIcon("CloudySky"); public static Texture2D SoftAreaLight = GetLightUnitIcon("SoftAreaLight"); public static Texture2D SunriseSunset = GetLightUnitIcon("SunriseSunset"); public static Texture2D VeryBrightSun = GetLightUnitIcon("VeryBrightSun"); public static Texture2D BrightSky = GetLightUnitIcon("BrightSky"); public static Texture2D Shade = GetLightUnitIcon("Shade"); public static Texture2D Fluorescent = GetLightUnitIcon("Fluorescent"); } private static class LightUnitTooltips { // Caution public const string k_SunCaution = "Higher than Sunlight"; public const string k_PunctualCaution = "Very high intensity light"; public const string k_ExposureBelowCaution = "Lower than a moonless scene"; public const string k_ExposureAboveCaution = "Higher than a sunlit scene"; public const string k_TemperatureCaution = ""; // Lux / Directional public const string k_LuxBrightSky = "High Sun"; public const string k_LuxOvercastSky = "Cloudy"; public const string k_LuxSunriseSunset = "Low Sun"; public const string k_LuxMoonlight = "Moon"; // Punctual public const string k_PunctualExterior = "Exterior"; public const string k_PunctualInterior = "Interior"; public const string k_PunctualDecorative = "Decorative"; public const string k_PunctualCandle = "Candle"; // Exposure public const string k_ExposureBrightSky = "Sunlit Scene"; public const string k_ExposureOvercastSky = "Cloudy Scene"; public const string k_ExposureSunriseSunset = "Low Sun Scene"; public const string k_ExposureInterior = "Interior Scene"; public const string k_ExposureMoonlitSky = "Moonlit Scene"; public const string k_ExposureMoonlessNight = "Moonless Scene"; // Temperature public const string k_TemperatureBlueSky = "Blue Sky"; public const string k_TemperatureShade = "Shade (Clear Sky)"; public const string k_TemperatureCloudySky = "Cloudy Skylight"; public const string k_TemperatureDirectSunlight = "Direct Sunlight"; public const string k_TemperatureFluorescent = "Fluorescent Light"; public const string k_TemperatureIncandescent = "Incandescent Light"; public const string k_TemperatureCandle = "Candlelight"; } } }