da4cd459f1
- New events: ObjectPhysicsDataEvent, ParcelPropertiesEvent, NewObjectEvent, ObjectUpdateEvent, ObjectKilledEvent - Added getXML function to Color4, Vector2, Vector3, Vector4, GameObject, Region, Quaternion, UUID for opensim-compatible XML export - Added TextureAnim and ParticleSystem decoding to the "full" ObjectStore - Object store will automatically request missing "parent" prims - "setPersist" - When persist is TRUE, the ObjectStore will not forget about "killed" prims - useful for region scanning - Support for Flexible params, Light params, LightImage params, Mesh data, Sculpt maps - Fixed object scale being incorrectly calculated - Add terrain decoding (this was a ballache) - Add parcel map decoding - Add support for region windlight settings (region.environment) - Add support for materials (normal / specular maps) - Add getBuffer, getLong and bitwiseOr to UUID - Added a circular-reference-safe JSONStringify to Utils - Add XferFile capability to Circuit PUBLIC API: AssetCommands: - Rework "downloadAsset" to detect failures - NEW: downloadInventoryAsset() - uses TransferRequest for prim inventory items - NEW: getMaterials() - resolves material UUIDs RegionCommands: - NEW: getTerrainTextures() - NEW: exportSettings() - OpenSim XML export of region settings - NEW: async getTerrain() - Get binary terrain heightmap, 256x256 float32 - resolveObjects() - now fetches task inventory contents too. - resolveObjects() - fix calculation of land impact - NEW: getObjectByLocalID(localID: number, timeout: number) - NEW: getObjectByUUID(uuid: UUID, timeout: number) - NEW: getParcels(); - NEW: pruneObjects - removes missing GameObjects from a list - NEW: setPersist - prevent objectstore from forgetting about killed gameobjects
77 lines
3.6 KiB
TypeScript
77 lines
3.6 KiB
TypeScript
import {UUID} from '../UUID';
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import {Vector4} from '../Vector4';
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import {Color4} from '../Color4';
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import {Vector2} from '../Vector2';
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import {Vector3} from '../Vector3';
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import {XMLElementOrXMLNode} from 'xmlbuilder';
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import {SkyPreset} from './interfaces/SkyPreset';
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import {WaterPreset} from './interfaces/WaterPreset';
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export class RegionEnvironment
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{
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regionID: UUID;
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dayCycleKeyframes: {
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time: number,
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preset: string
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}[];
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skyPresets: {
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[key: string]: SkyPreset
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} = {};
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water: WaterPreset;
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getXML(xml: XMLElementOrXMLNode)
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{
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const env = xml.ele('Environment');
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const dayCycle = env.ele('DayCycle');
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for (const keyFrame of this.dayCycleKeyframes)
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{
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const kf = dayCycle.ele('KeyFrame');
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kf.ele('Time', keyFrame.time);
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kf.ele('Preset', keyFrame.preset);
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}
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const skyPresets = env.ele('SkyPresets');
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for (const presetKey of Object.keys(this.skyPresets))
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{
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const preset = this.skyPresets[presetKey];
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const pre = skyPresets.ele('Preset');
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pre.att('name', presetKey);
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Vector4.getXML(pre.ele('Ambient'), preset.ambient);
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Vector4.getXML(pre.ele('BlueDensity'), preset.blueDensity);
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Vector4.getXML(pre.ele('BlueHorizon'), preset.blueHorizon);
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Color4.getXML(pre.ele('CloudColor'), preset.cloudColor);
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Vector4.getXML(pre.ele('CloudPosDensity1'), preset.cloudPosDensity1);
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Vector4.getXML(pre.ele('CloudPosDensity2'), preset.cloudPosDensity2);
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Vector4.getXML(pre.ele('CloudScale'), preset.cloudScale);
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Vector2.getXML(pre.ele('CloudScrollRate'), preset.cloudScrollRate);
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Vector4.getXML(pre.ele('CloudShadow'), preset.cloudScale);
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Vector4.getXML(pre.ele('DensityMultiplier'), preset.cloudScale);
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Vector4.getXML(pre.ele('DistanceMultiplier'), preset.cloudScale);
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pre.ele('EastAngle', preset.eastAngle);
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const cloudScroll = pre.ele('EnableCloudScroll');
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cloudScroll.ele('X', preset.enableCloudScroll.x);
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cloudScroll.ele('Y', preset.enableCloudScroll.y);
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Vector4.getXML(pre.ele('Gamma'), preset.gamma);
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Vector4.getXML(pre.ele('Glow'), preset.glow);
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Vector4.getXML(pre.ele('HazeDensity'), preset.hazeDensity);
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Vector4.getXML(pre.ele('HazeHorizon'), preset.hazeHorizon);
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Vector4.getXML(pre.ele('LightNormal'), preset.lightNormal);
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Vector4.getXML(pre.ele('MaxY'), preset.maxY);
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pre.ele('StarBrightness', preset.starBrightness);
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pre.ele('SunAngle', preset.sunAngle);
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Color4.getXML(pre.ele('SunLightColor'), preset.sunlightColor);
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}
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const water = env.ele('Water');
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water.ele('BlurMultiplier', this.water.blurMultiplier);
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water.ele('FresnelOffset', this.water.fresnelOffset);
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water.ele('FresnelScale', this.water.fresnelScale);
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UUID.getXML(water.ele('NormalMap'), this.water.normalMap);
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water.ele('ScaleAbove', this.water.scaleAbove);
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water.ele('ScaleBelow', this.water.scaleBelow);
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water.ele('UnderWaterFogMod', this.water.underWaterFogMod);
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Color4.getXML(water.ele('WaterFogColor'), this.water.waterFogColor);
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water.ele('WaterFogDensity', this.water.waterFogDensity);
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Vector2.getXML(water.ele('Wave1Dir'), this.water.wave1Dir);
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Vector2.getXML(water.ele('Wave2Dir'), this.water.wave2Dir);
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}
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}
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