src/viewer/scene/PerformanceModel/lib/layers/pointsBatching/PointsBatchingLayer.js
import {ENTITY_FLAGS} from '../../ENTITY_FLAGS.js';
import {RENDER_PASSES} from '../../RENDER_PASSES.js';
import {math} from "../../../../math/math.js";
import {RenderState} from "../../../../webgl/RenderState.js";
import {ArrayBuf} from "../../../../webgl/ArrayBuf.js";
import {geometryCompressionUtils} from "../../../../math/geometryCompressionUtils.js";
import {getPointsBatchingRenderers} from "./PointsBatchingRenderers.js";
import {PointsBatchingBuffer} from "./PointsBatchingBuffer.js";
import {quantizePositions} from "../../compression.js";
const tempVec3a = math.vec4();
const tempVec3b = math.vec4();
const tempVec4a = math.vec4([0, 0, 0, 1]);
const tempVec4b = math.vec4([0, 0, 0, 1]);
const tempVec4c = math.vec4([0, 0, 0, 1]);
const tempOBB3 = math.OBB3();
/**
* @private
*/
class PointsBatchingLayer {
/**
* @param model
* @param cfg
* @param cfg.layerIndex
* @param cfg.positionsDecodeMatrix
* @param cfg.maxGeometryBatchSize
* @param cfg.origin
* @param cfg.scratchMemory
*/
constructor(model, cfg) {
/**
* State sorting key.
* @type {string}
*/
this.sortId = "PointsBatchingLayer";
/**
* Index of this PointCloudLayer in {@link PerformanceModel#_layerList}.
* @type {Number}
*/
this.layerIndex = cfg.layerIndex;
this._pointsBatchingRenderers = getPointsBatchingRenderers(model.scene);
this.model = model;
this._buffer = new PointsBatchingBuffer(cfg.maxGeometryBatchSize);
this._scratchMemory = cfg.scratchMemory;
this._state = new RenderState({
positionsBuf: null,
offsetsBuf: null,
colorsBuf: null,
flagsBuf: null,
flags2Buf: null,
positionsDecodeMatrix: math.mat4(),
origin: null
});
// These counts are used to avoid unnecessary render passes
this._numPortions = 0;
this._numVisibleLayerPortions = 0;
this._numTransparentLayerPortions = 0;
this._numXRayedLayerPortions = 0;
this._numSelectedLayerPortions = 0;
this._numHighlightedLayerPortions = 0;
this._numClippableLayerPortions = 0;
this._numPickableLayerPortions = 0;
this._numCulledLayerPortions = 0;
this._modelAABB = math.collapseAABB3(); // Model-space AABB
this._portions = [];
this._finalized = false;
this._positionsDecodeMatrix = cfg.positionsDecodeMatrix;
this._preCompressed = (!!this._positionsDecodeMatrix);
if (cfg.origin) {
this._state.origin = math.vec3(cfg.origin);
}
/**
* The axis-aligned World-space boundary of this PointCloudLayer's positions.
* @type {*|Float64Array}
*/
this.aabb = math.collapseAABB3();
}
/**
* Tests if there is room for another portion in this PointCloudLayer.
*
* @param lenPositions Number of positions we'd like to create in the portion.
* @returns {boolean} True if OK to create another portion.
*/
canCreatePortion(lenPositions) {
if (this._finalized) {
throw "Already finalized";
}
return ((this._buffer.positions.length + lenPositions) < (this._buffer.maxVerts * 3));
}
/**
* Creates a new portion within this PointCloudLayer, returns the new portion ID.
*
* Gives the portion the specified geometry, color and matrix.
*
* @param cfg.positions Flat float Local-space positions array.
* @param [cfg.colorsCompressed] Quantized RGB colors [0..255,0..255,0..255,0..255]
* @param [cfg.colors] Flat float colors array.
* @param cfg.color Float RGB color [0..1,0..1,0..1]
* @param [cfg.meshMatrix] Flat float 4x4 matrix
* @param [cfg.worldMatrix] Flat float 4x4 matrix
* @param cfg.worldAABB Flat float AABB World-space AABB
* @param cfg.pickColor Quantized pick color
* @returns {number} Portion ID
*/
createPortion(cfg) {
if (this._finalized) {
throw "Already finalized";
}
const positions = cfg.positions;
const color = cfg.color;
const colorsCompressed = cfg.colorsCompressed;
const colors = cfg.colors;
const meshMatrix = cfg.meshMatrix;
const worldMatrix = cfg.worldMatrix;
const worldAABB = cfg.worldAABB;
const pickColor = cfg.pickColor;
const buffer = this._buffer;
const positionsIndex = buffer.positions.length;
const vertsIndex = positionsIndex / 3;
const numVerts = positions.length / 3;
const lenPositions = positions.length;
if (this._preCompressed) {
for (let i = 0, len = positions.length; i < len; i++) {
buffer.positions.push(positions[i]);
}
const bounds = geometryCompressionUtils.getPositionsBounds(positions);
const min = geometryCompressionUtils.decompressPosition(bounds.min, this._positionsDecodeMatrix, tempVec3a);
const max = geometryCompressionUtils.decompressPosition(bounds.max, this._positionsDecodeMatrix, tempVec3b);
worldAABB[0] = min[0];
worldAABB[1] = min[1];
worldAABB[2] = min[2];
worldAABB[3] = max[0];
worldAABB[4] = max[1];
worldAABB[5] = max[2];
if (worldMatrix) {
math.AABB3ToOBB3(worldAABB, tempOBB3);
math.transformOBB3(worldMatrix, tempOBB3);
math.OBB3ToAABB3(tempOBB3, worldAABB);
}
} else {
const positionsBase = buffer.positions.length;
for (let i = 0, len = positions.length; i < len; i++) {
buffer.positions.push(positions[i]);
}
if (meshMatrix) {
for (let i = positionsBase, len = positionsBase + lenPositions; i < len; i += 3) {
tempVec4a[0] = buffer.positions[i + 0];
tempVec4a[1] = buffer.positions[i + 1];
tempVec4a[2] = buffer.positions[i + 2];
math.transformPoint4(meshMatrix, tempVec4a, tempVec4b);
buffer.positions[i + 0] = tempVec4b[0];
buffer.positions[i + 1] = tempVec4b[1];
buffer.positions[i + 2] = tempVec4b[2];
math.expandAABB3Point3(this._modelAABB, tempVec4b);
if (worldMatrix) {
math.transformPoint4(worldMatrix, tempVec4b, tempVec4c);
math.expandAABB3Point3(worldAABB, tempVec4c);
} else {
math.expandAABB3Point3(worldAABB, tempVec4b);
}
}
} else {
for (let i = positionsBase, len = positionsBase + lenPositions; i < len; i += 3) {
tempVec4a[0] = buffer.positions[i + 0];
tempVec4a[1] = buffer.positions[i + 1];
tempVec4a[2] = buffer.positions[i + 2];
math.expandAABB3Point3(this._modelAABB, tempVec4a);
if (worldMatrix) {
math.transformPoint4(worldMatrix, tempVec4a, tempVec4b);
math.expandAABB3Point3(worldAABB, tempVec4b);
} else {
math.expandAABB3Point3(worldAABB, tempVec4a);
}
}
}
}
if (this._state.origin) {
const origin = this._state.origin;
worldAABB[0] += origin[0];
worldAABB[1] += origin[1];
worldAABB[2] += origin[2];
worldAABB[3] += origin[0];
worldAABB[4] += origin[1];
worldAABB[5] += origin[2];
}
math.expandAABB3(this.aabb, worldAABB);
if (colorsCompressed) {
for (let i = 0, len = colorsCompressed.length; i < len; i++) {
buffer.colors.push(colorsCompressed[i]);
}
} else if (colors) {
for (let i = 0, len = colors.length; i < len; i++) {
buffer.colors.push(colors[i] * 255);
}
} else if (color) {
const r = color[0]; // Color is pre-quantized by PerformanceModel
const g = color[1];
const b = color[2];
const a = 1.0;
for (let i = 0; i < numVerts; i++) {
buffer.colors.push(r);
buffer.colors.push(g);
buffer.colors.push(b);
buffer.colors.push(a);
}
}
{
const pickColorsBase = buffer.pickColors.length;
const lenPickColors = numVerts * 4;
for (let i = pickColorsBase, len = pickColorsBase + lenPickColors; i < len; i += 4) {
buffer.pickColors.push(pickColor[0]);
buffer.pickColors.push(pickColor[1]);
buffer.pickColors.push(pickColor[2]);
buffer.pickColors.push(pickColor[3]);
}
}
if (this.model.scene.entityOffsetsEnabled) {
for (let i = 0; i < numVerts; i++) {
buffer.offsets.push(0);
buffer.offsets.push(0);
buffer.offsets.push(0);
}
}
const portionId = this._portions.length / 2;
this._portions.push(vertsIndex);
this._portions.push(numVerts);
this._numPortions++;
this.model.numPortions++;
return portionId;
}
/**
* Builds batch VBOs from appended geometries.
* No more portions can then be created.
*/
finalize() {
if (this._finalized) {
this.model.error("Already finalized");
return;
}
const state = this._state;
const gl = this.model.scene.canvas.gl;
const buffer = this._buffer;
if (buffer.positions.length > 0) {
if (this._preCompressed) {
state.positionsDecodeMatrix = this._positionsDecodeMatrix;
const positions = new Uint16Array(buffer.positions);
state.positionsBuf = new ArrayBuf(gl, gl.ARRAY_BUFFER, positions, buffer.positions.length, 3, gl.STATIC_DRAW);
} else {
const positions = new Float32Array(buffer.positions);
const quantizedPositions = quantizePositions(positions, this._modelAABB, state.positionsDecodeMatrix);
state.positionsBuf = new ArrayBuf(gl, gl.ARRAY_BUFFER, quantizedPositions, buffer.positions.length, 3, gl.STATIC_DRAW);
}
}
if (buffer.colors.length > 0) {
const colors = new Uint8Array(buffer.colors);
let normalized = false;
state.colorsBuf = new ArrayBuf(gl, gl.ARRAY_BUFFER, colors, buffer.colors.length, 4, gl.STATIC_DRAW, normalized);
}
if (buffer.positions.length > 0) { // Because we build flags arrays here, get their length from the positions array
const flagsLength = (buffer.positions.length / 3) * 4;
const flags = new Uint8Array(flagsLength);
const flags2 = new Uint8Array(flagsLength);
let notNormalized = false;
let normalized = true;
state.flagsBuf = new ArrayBuf(gl, gl.ARRAY_BUFFER, flags, flags.length, 4, gl.DYNAMIC_DRAW, notNormalized);
state.flags2Buf = new ArrayBuf(gl, gl.ARRAY_BUFFER, flags2, flags2.length, 4, gl.DYNAMIC_DRAW, normalized);
}
if (buffer.pickColors.length > 0) {
const pickColors = new Uint8Array(buffer.pickColors);
let normalized = false;
state.pickColorsBuf = new ArrayBuf(gl, gl.ARRAY_BUFFER, pickColors, buffer.pickColors.length, 4, gl.STATIC_DRAW, normalized);
}
if (this.model.scene.entityOffsetsEnabled) {
if (buffer.offsets.length > 0) {
const offsets = new Float32Array(buffer.offsets);
state.offsetsBuf = new ArrayBuf(gl, gl.ARRAY_BUFFER, offsets, buffer.offsets.length, 3, gl.DYNAMIC_DRAW);
}
}
this._buffer = null;
this._finalized = true;
}
initFlags(portionId, flags, meshTransparent) {
if (flags & ENTITY_FLAGS.VISIBLE) {
this._numVisibleLayerPortions++;
this.model.numVisibleLayerPortions++;
}
if (flags & ENTITY_FLAGS.HIGHLIGHTED) {
this._numHighlightedLayerPortions++;
this.model.numHighlightedLayerPortions++;
}
if (flags & ENTITY_FLAGS.XRAYED) {
this._numXRayedLayerPortions++;
this.model.numXRayedLayerPortions++;
}
if (flags & ENTITY_FLAGS.SELECTED) {
this._numSelectedLayerPortions++;
this.model.numSelectedLayerPortions++;
}
if (flags & ENTITY_FLAGS.CLIPPABLE) {
this._numClippableLayerPortions++;
this.model.numClippableLayerPortions++;
}
if (flags & ENTITY_FLAGS.PICKABLE) {
this._numPickableLayerPortions++;
this.model.numPickableLayerPortions++;
}
if (flags & ENTITY_FLAGS.CULLED) {
this._numCulledLayerPortions++;
this.model.numCulledLayerPortions++;
}
if (meshTransparent) {
this._numTransparentLayerPortions++;
this.model.numTransparentLayerPortions++;
}
this._setFlags(portionId, flags, meshTransparent);
this._setFlags2(portionId, flags);
}
setVisible(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
if (flags & ENTITY_FLAGS.VISIBLE) {
this._numVisibleLayerPortions++;
this.model.numVisibleLayerPortions++;
} else {
this._numVisibleLayerPortions--;
this.model.numVisibleLayerPortions--;
}
this._setFlags(portionId, flags, transparent);
}
setHighlighted(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
if (flags & ENTITY_FLAGS.HIGHLIGHTED) {
this._numHighlightedLayerPortions++;
this.model.numHighlightedLayerPortions++;
} else {
this._numHighlightedLayerPortions--;
this.model.numHighlightedLayerPortions--;
}
this._setFlags(portionId, flags, transparent);
}
setXRayed(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
if (flags & ENTITY_FLAGS.XRAYED) {
this._numXRayedLayerPortions++;
this.model.numXRayedLayerPortions++;
} else {
this._numXRayedLayerPortions--;
this.model.numXRayedLayerPortions--;
}
this._setFlags(portionId, flags, transparent);
}
setSelected(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
if (flags & ENTITY_FLAGS.SELECTED) {
this._numSelectedLayerPortions++;
this.model.numSelectedLayerPortions++;
} else {
this._numSelectedLayerPortions--;
this.model.numSelectedLayerPortions--;
}
this._setFlags(portionId, flags, transparent);
}
setEdges(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
// Not applicable to point clouds
}
setClippable(portionId, flags) {
if (!this._finalized) {
throw "Not finalized";
}
if (flags & ENTITY_FLAGS.CLIPPABLE) {
this._numClippableLayerPortions++;
this.model.numClippableLayerPortions++;
} else {
this._numClippableLayerPortions--;
this.model.numClippableLayerPortions--;
}
this._setFlags2(portionId, flags);
}
setCulled(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
if (flags & ENTITY_FLAGS.CULLED) {
this._numCulledLayerPortions++;
this.model.numCulledLayerPortions++;
} else {
this._numCulledLayerPortions--;
this.model.numCulledLayerPortions--;
}
this._setFlags(portionId, flags, transparent);
}
setCollidable(portionId, flags) {
if (!this._finalized) {
throw "Not finalized";
}
}
setPickable(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
if (flags & ENTITY_FLAGS.PICKABLE) {
this._numPickableLayerPortions++;
this.model.numPickableLayerPortions++;
} else {
this._numPickableLayerPortions--;
this.model.numPickableLayerPortions--;
}
this._setFlags(portionId, flags, transparent);
}
setColor(portionId, color) {
if (!this._finalized) {
throw "Not finalized";
}
const portionsIdx = portionId * 2;
const vertexBase = this._portions[portionsIdx];
const numVerts = this._portions[portionsIdx + 1];
const firstColor = vertexBase * 4;
const lenColor = numVerts * 4;
const tempArray = this._scratchMemory.getUInt8Array(lenColor);
const r = color[0];
const g = color[1];
const b = color[2];
for (let i = 0; i < lenColor; i += 4) {
tempArray[i + 0] = r;
tempArray[i + 1] = g;
tempArray[i + 2] = b;
}
this._state.colorsBuf.setData(tempArray, firstColor, lenColor);
}
setTransparent(portionId, flags, transparent) {
if (transparent) {
this._numTransparentLayerPortions++;
this.model.numTransparentLayerPortions++;
} else {
this._numTransparentLayerPortions--;
this.model.numTransparentLayerPortions--;
}
this._setFlags(portionId, flags, transparent);
}
_setFlags(portionId, flags, transparent) {
if (!this._finalized) {
throw "Not finalized";
}
const portionsIdx = portionId * 2;
const vertexBase = this._portions[portionsIdx];
const numVerts = this._portions[portionsIdx + 1];
const firstFlag = vertexBase * 4;
const lenFlags = numVerts * 4;
const tempArray = this._scratchMemory.getUInt8Array(lenFlags);
const visible = !!(flags & ENTITY_FLAGS.VISIBLE);
const xrayed = !!(flags & ENTITY_FLAGS.XRAYED);
const highlighted = !!(flags & ENTITY_FLAGS.HIGHLIGHTED);
const selected = !!(flags & ENTITY_FLAGS.SELECTED);
const pickable = !!(flags & ENTITY_FLAGS.PICKABLE);
const culled = !!(flags & ENTITY_FLAGS.CULLED);
// Normal fill
let f0;
if (!visible || culled || xrayed || (highlighted && !this.model.scene.highlightMaterial.glowThrough) || (selected && !this.model.scene.selectedMaterial.glowThrough)) { // Highlight & select are layered on top of color - not mutually exclusive
f0 = RENDER_PASSES.NOT_RENDERED;
} else {
if (transparent) {
f0 = RENDER_PASSES.COLOR_TRANSPARENT;
} else {
f0 = RENDER_PASSES.COLOR_OPAQUE;
}
}
// Emphasis fill
let f1;
if (!visible || culled) {
f1 = RENDER_PASSES.NOT_RENDERED;
} else if (selected) {
f1 = RENDER_PASSES.SILHOUETTE_SELECTED;
} else if (highlighted) {
f1 = RENDER_PASSES.SILHOUETTE_HIGHLIGHTED;
} else if (xrayed) {
f1 = RENDER_PASSES.SILHOUETTE_XRAYED;
} else {
f1 = RENDER_PASSES.NOT_RENDERED;
}
// Pick
let f3 = (visible && !culled && pickable) ? RENDER_PASSES.PICK : RENDER_PASSES.NOT_RENDERED;
for (let i = 0; i < lenFlags; i += 4) {
tempArray[i + 0] = f0; // x - normal fill
tempArray[i + 1] = f1; // y - emphasis fill
tempArray[i + 2] = 0; // z - edges - don't care
tempArray[i + 3] = f3; // w - pick
}
this._state.flagsBuf.setData(tempArray, firstFlag, lenFlags);
}
_setFlags2(portionId, flags) {
if (!this._finalized) {
throw "Not finalized";
}
const portionsIdx = portionId * 2;
const vertexBase = this._portions[portionsIdx];
const numVerts = this._portions[portionsIdx + 1];
const firstFlag = vertexBase * 4;
const lenFlags = numVerts * 4;
const tempArray = this._scratchMemory.getUInt8Array(lenFlags);
const clippable = !!(flags & ENTITY_FLAGS.CLIPPABLE) ? 255 : 0;
for (let i = 0; i < lenFlags; i += 4) {
tempArray[i + 0] = clippable;
}
this._state.flags2Buf.setData(tempArray, firstFlag, lenFlags);
}
setOffset(portionId, offset) {
if (!this._finalized) {
throw "Not finalized";
}
if (!this.model.scene.entityOffsetsEnabled) {
this.model.error("Entity#offset not enabled for this Viewer"); // See Viewer entityOffsetsEnabled
return;
}
const portionsIdx = portionId * 2;
const vertexBase = this._portions[portionsIdx];
const numVerts = this._portions[portionsIdx + 1];
const firstOffset = vertexBase * 3;
const lenOffsets = numVerts * 3;
const tempArray = this._scratchMemory.getFloat32Array(lenOffsets);
const x = offset[0];
const y = offset[1];
const z = offset[2];
for (let i = 0; i < lenOffsets; i += 3) {
tempArray[i + 0] = x;
tempArray[i + 1] = y;
tempArray[i + 2] = z;
}
this._state.offsetsBuf.setData(tempArray, firstOffset, lenOffsets);
}
//-- NORMAL RENDERING ----------------------------------------------------------------------------------------------
drawColorOpaque(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0 || this._numTransparentLayerPortions === this._numPortions || this._numXRayedLayerPortions === this._numPortions) {
return;
}
if (this._pointsBatchingRenderers.colorRenderer) {
this._pointsBatchingRenderers.colorRenderer.drawLayer(frameCtx, this, RENDER_PASSES.COLOR_OPAQUE);
}
}
drawColorTransparent(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0 || this._numTransparentLayerPortions === 0 || this._numXRayedLayerPortions === this._numPortions) {
return;
}
if (this._pointsBatchingRenderers.colorRenderer) {
this._pointsBatchingRenderers.colorRenderer.drawLayer(frameCtx, this, RENDER_PASSES.COLOR_TRANSPARENT);
}
}
// -- RENDERING SAO POST EFFECT TARGETS ----------------------------------------------------------------------------
drawDepth(renderFlags, frameCtx) {
}
drawNormals(renderFlags, frameCtx) {
}
// -- EMPHASIS RENDERING -------------------------------------------------------------------------------------------
drawSilhouetteXRayed(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0 || this._numXRayedLayerPortions === 0) {
return;
}
if (this._pointsBatchingRenderers.silhouetteRenderer) {
this._pointsBatchingRenderers.silhouetteRenderer.drawLayer(frameCtx, this, RENDER_PASSES.SILHOUETTE_XRAYED);
}
}
drawSilhouetteHighlighted(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0 || this._numHighlightedLayerPortions === 0) {
return;
}
if (this._pointsBatchingRenderers.silhouetteRenderer) {
this._pointsBatchingRenderers.silhouetteRenderer.drawLayer(frameCtx, this, RENDER_PASSES.SILHOUETTE_HIGHLIGHTED);
}
}
drawSilhouetteSelected(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0 || this._numSelectedLayerPortions === 0) {
return;
}
if (this._pointsBatchingRenderers.silhouetteRenderer) {
this._pointsBatchingRenderers.silhouetteRenderer.drawLayer(frameCtx, this, RENDER_PASSES.SILHOUETTE_SELECTED);
}
}
//-- EDGES RENDERING -----------------------------------------------------------------------------------------------
drawEdgesColorOpaque(renderFlags, frameCtx) {
}
drawEdgesColorTransparent(renderFlags, frameCtx) {
}
drawEdgesHighlighted(renderFlags, frameCtx) {
}
drawEdgesSelected(renderFlags, frameCtx) {
}
drawEdgesXRayed(renderFlags, frameCtx) {
}
//---- PICKING ----------------------------------------------------------------------------------------------------
drawPickMesh(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0) {
return;
}
if (this._pointsBatchingRenderers.pickMeshRenderer) {
this._pointsBatchingRenderers.pickMeshRenderer.drawLayer(frameCtx, this, RENDER_PASSES.PICK);
}
}
drawPickDepths(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0) {
return;
}
if (this._pointsBatchingRenderers.pickDepthRenderer) {
this._pointsBatchingRenderers.pickDepthRenderer.drawLayer(frameCtx, this, RENDER_PASSES.PICK);
}
}
drawPickNormals(renderFlags, frameCtx) {
}
//---- OCCLUSION TESTING -------------------------------------------------------------------------------------------
drawOcclusion(renderFlags, frameCtx) {
if (this._numCulledLayerPortions === this._numPortions || this._numVisibleLayerPortions === 0) {
return;
}
if (this._pointsBatchingRenderers.occlusionRenderer) {
this._pointsBatchingRenderers.occlusionRenderer.drawLayer(frameCtx, this, RENDER_PASSES.COLOR_OPAQUE);
}
}
//---- SHADOWS -----------------------------------------------------------------------------------------------------
drawShadow(renderFlags, frameCtx) {
}
destroy() {
const state = this._state;
if (state.positionsBuf) {
state.positionsBuf.destroy();
state.positionsBuf = null;
}
if (state.offsetsBuf) {
state.offsetsBuf.destroy();
state.offsetsBuf = null;
}
if (state.colorsBuf) {
state.colorsBuf.destroy();
state.colorsBuf = null;
}
if (state.flagsBuf) {
state.flagsBuf.destroy();
state.flagsBuf = null;
}
if (state.flags2Buf) {
state.flags2Buf.destroy();
state.flags2Buf = null;
}
if (state.pickColorsBuf) {
state.pickColorsBuf.destroy();
state.pickColorsBuf = null;
}
state.destroy();
}
}
export {PointsBatchingLayer};
