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[Frontend][系統監控] 樓層 加入剖面框

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This commit is contained in:
wanli 2022-12-29 18:19:22 +08:00
parent 95e2780568
commit f662d22a4f
3 changed files with 332 additions and 48 deletions
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4
Frontend/_sysMonAll.html
View File

@ -256,8 +256,8 @@
function show3DModel(urn) {
launchViewerForHotspot(urn, (viewer, nodeIds) => {
},"[name=forgeViewer]");
loadHeatmap();
}, "[name=forgeViewer]");
}
function getHotspotPoint(callback = null) {

51
Frontend/_sysMonFloor.html
View File

@ -30,9 +30,12 @@
var allDeviceRowData = []; //所有設備原始資料
var global_emergency_alarm_device_number = [];
var zoomToggle = 3;
var urn_all = "dXJuOmFkc2sub2JqZWN0czpvcy5vYmplY3Q6LW1pdHN1YmlzaGkvJUUzJTgwJTkwJUU1JThGJUIwJUU1JThDJTk3JUU0JUI4JUFEJUU4JThGJUIxJUU1JUE0JUE3JUU2JUE4JTkzJUUzJTgwJTkxQVJDJUU5JTlCJTk5JUU5JUExJUFGXzEyMjgubndk";
$(function () {
show3DModel();
getHotspotPoint(() => {
show3DModel(urn_all);
});
initChart();
getFloData();
subDevice();
@ -864,9 +867,49 @@
}
}
function show3DModel() {
launchViewer("dXJuOmFkc2sub2JqZWN0czpvcy5vYmplY3Q6dnNjb2RlX2ZvcmdlX3Rlc3QvJUUzJTgwJTkwQVJDJUUzJTgwJTkxQjFGXzIwMjJfMTJfMDQubndj", (viewer, nodeIds) => {
function show3DModel(urn) {
launchViewerForHotspot(urn, (viewer, nodeIds) => {
getLevelsData();
loadHeatmapForFloor();
});
}
function getHotspotPoint(callback = null) {
let url = baseApiUrl + "/api/GetDevForCor";
let sendData = {
"device_area_tag": pageAct.AreaTag,
"device_building_tag": pageAct.buiTag,
"device_system_tag": pageAct.sysMainTag,
"device_name_tag": pageAct.sysSubTag,
"device_floor_tag": pageAct.floTag,
};
objSendData.Data = sendData;
ytAjax = new YourTeam.Ajax(url, objSendData, function (res) {
if (!res || res.code != "0000" || !res.data) {
} else {
debugger
let myDataList = [];
$.each(res.data, (idx, data) => {
let item = {};
item.position = {};
if (item.device_coordinate_3d != null && isJSON(item.device_coordinate_3d)) {
item.position = JSON.parse(x.device_coordinate_3d);
}
$.extend(item, data);
myDataList.push(item);
})
console.log("1", myDataList)
setHotspotPoint(myDataList);
callback ? callback() : "";
}
}, null, "POST").send();
}
function setHotspotPoint(myDataList = []) {
console.log(myDataList)
getHopspotPoint(myDataList);
}
</script>

321
Frontend/js/forge/forgemodel.js
View File

@ -5,6 +5,7 @@ var targetFloorZ;
var elevatorSpeed;
var selector = "#forgeViewer";
let myDataList;
var levels;//剖面用
function launchViewer(urn, callback, _selector = "#forgeViewer") {
selector = _selector;
@ -479,61 +480,75 @@ function getForgeToken(callback) {
}
async function loadHeatmaps(model) {
const dataVizExtn = await viewer.loadExtension("Autodesk.DataVisualization");
// Given a model loaded from Forge
const structureInfo = new Autodesk.DataVisualization.Core.ModelStructureInfo(model);
const devices = [
{
id: "Oficina 6",
name: "Oficina-",
position: { x: 22.475382737884104, y: 7.4884431474006163, z: 3.0 },
id: "Oficina 5",
position: { x: 6.98, y: -19.00, z: 16.86 },
sensorTypes: ["temperature", "humidity"]
},
{
id: "Oficina 4",
position: { x: 35.85, y: -2.24, z: 16.86 },
sensorTypes: ["temperature", "humidity"]
},
{
id: "Oficina 3",
position: { x: 6.98, y: -2.24, z: 16.86 },
sensorTypes: ["temperature", "humidity"]
}
];
var offset = Autodesk.viewer.model.getGlobalOffset();
removeOffset(devices[0], offset)
// Initialize sensor values
let sensorVals = [];
for (let i = 0; i < devices.length; i++) {
sensorVals[i] = Math.random();
}
const roomDbIds = [];
roomDbIds.push(7567);
const {
SurfaceShadingData,
SurfaceShadingPoint,
SurfaceShadingNode,
} = Autodesk.DataVisualization.Core;
const shadingNode = new SurfaceShadingNode("Room Panel", roomDbIds);
devices.forEach((device) => {
const shadingPoint = new SurfaceShadingPoint(
device.id,
device.position,
device.sensorTypes
);
shadingNode.addPoint(shadingPoint);
});
// Generates `SurfaceShadingData` after assigning each device to a room.
const heatmapData = new SurfaceShadingData();
heatmapData.addChild(shadingNode);
heatmapData.initialize(model);
const shadingData = await Autodesk.structureInfo.generateSurfaceShadingData(devices);
// Setup surface shading
await dataVizExtn.setupSurfaceShading(model, heatmapData);
// Use the resulting shading data to generate heatmap from.
await dataVizExtn.setupSurfaceShading(model, shadingData);
dataVizExtn.registerSurfaceShadingColors("temperature", [0xff0000, 0x0000ff]);
// Register color stops for the heatmap. Along with the normalized sensor value
// in the range of [0.0, 1.0], `renderSurfaceShading` will interpolate the final
// heatmap color based on these specified colors.
const sensorColors = [0x0000ff, 0x00ff00, 0xffff00, 0xff0000];
// Set heatmap colors for temperature
const sensorType = "temperature";
dataVizExtn.registerSurfaceShadingColors(sensorType, sensorColors);
// Function that provides sensor value in the range of [0.0, 1.0]
function getSensorValue(surfaceShadingPoint, sensorType) {
// The `SurfaceShadingPoint.id` property matches one of the identifiers passed
// to `generateSurfaceShadingData` function. In our case above, this will either
// be "cafeteria-entrace-01" or "cafeteria-exit-01".
const deviceId = surfaceShadingPoint.id;
// Read the sensor data, along with its possible value range
let sensorValue = readSensorValue(deviceId, sensorType);
const maxSensorValue = getMaxSensorValue(sensorType);
const minSensorValue = getMinSensorValue(sensorType);
// Normalize sensor value to [0, 1.0]
sensorValue = (sensorValue - minSensorValue) / (maxSensorValue - minSensorValue);
return clamp(sensorValue, 0.0, 1.0);
function getSensorValue(device, sensorType) {
return sensorVals[parseInt(device.id.slice(-1)) - 1];
}
// This value can also be a room instead of a floor
const floorName = "01 - Entry Level";
dataVizExtn.renderSurfaceShading(floorName, sensorType, getSensorValue);
dataVizExtn.renderSurfaceShading("Room Panel", "temperature", getSensorValue);
setInterval(() => {
// Modify sensor values.
for (let i = 0; i < devices.length; i++) {
sensorVals[i] = Math.random();
}
dataVizExtn.updateSurfaceShading(getSensorValue);
}, 2000);
}
function setTransparentBuilding() {
@ -747,3 +762,229 @@ function closeHotspotModal() {
}
//------------------ end --------------------------------
//------------------ 熱圖 -------------------------------
async function loadHeatmaps(model) {
const dataVizExtn = await viewer.loadExtension("Autodesk.DataVisualization");
//取三個空調設備的位置打點
const devices = [
//{
// id: "Oficina 5",
// position: { x: -4.93, y: -20.61, z: 16.86 }, // x: 0, y: 25, z: -2.5
// sensorTypes: ["temperature", "humidity"]
//},
//{
// id: "Oficina 4",
// position: { x: 23.94, y: -3.85, z: 16.86 }, // x: 0, y: 25.03, z: -2.52
// sensorTypes: ["temperature", "humidity"]
//},
//{
// id: "Oficina 3",
// position: { x: -4.93, y: -3.85, z: 16.86 }, // x: 0, y: 25.03, z: -2.52
// sensorTypes: ["temperature", "humidity"]
//}
{
id: "Oficina 5",
//name: "Oficina-",
position: { x: 3.35, y: -4.81, z: 12.88 }, // x: 0, y: 25, z: -2.5 (3.35, -4.81, 12.88
sensorTypes: ["temperature", "humidity"]
},
{
id: "Oficina 4",
//name: "Oficina-",
position: { x: 37.03, y: -4.81, z: 12.88 }, // x: 0, y: 25.03, z: -2.52 (37.03, -4.81, 12.88)
sensorTypes: ["temperature", "humidity"]
},
{
id: "Oficina 3",
//name: "Oficina-",
position: { x: 2.83, y: -22.60, z: 12.88 }, // x: 0, y: 25.03, z: -2.52 (2.83, -22.60, 12.88)
sensorTypes: ["temperature", "humidity"]
}
];
//冷氣N5: (-4.93, -20.61, 16.86), N4: (23.94, -3.85, 16.86), N3: (-4.93, -3.85, 16.86)
// Initialize sensor values
let sensorVals = [];
for (let i = 0; i < devices.length; i++) {
sensorVals[i] = Math.random();
}
const roomDbIds = [];
roomDbIds.push(8181);//房間的dbid 七樓的 Room3-5 792
roomDbIds.push(8183);
roomDbIds.push(8185);
const {
SurfaceShadingData,
SurfaceShadingPoint,
SurfaceShadingNode,
} = Autodesk.DataVisualization.Core;
const shadingNode = new SurfaceShadingNode("Room Panel", roomDbIds);
devices.forEach((device) => {
const shadingPoint = new SurfaceShadingPoint(
device.id,
device.position,
device.sensorTypes
);
shadingNode.addPoint(shadingPoint);
});
const heatmapData = new SurfaceShadingData();
heatmapData.addChild(shadingNode);
heatmapData.initialize(model);
// Setup surface shading
await dataVizExtn.setupSurfaceShading(model, heatmapData);
dataVizExtn.registerSurfaceShadingColors("temperature", [0xff0000, 0x0000ff]);
function getSensorValue(device, sensorType) {
return sensorVals[parseInt(device.id.slice(-1)) - 1];
}
dataVizExtn.renderSurfaceShading("Room Panel", "temperature", getSensorValue);
setInterval(() => {
// Modify sensor values.
for (let i = 0; i < devices.length; i++) {
sensorVals[i] = Math.random();
}
dataVizExtn.updateSurfaceShading(getSensorValue);
}, 2000);
}
//------------------ end --------------------------------
async function loadHeatmapsForFloor(model) {
const dataVizExtn = await viewer.loadExtension("Autodesk.DataVisualization");
//x: -17.33, y: 51.03, z: -2.52
const devices = [
{
id: "Oficina 5",
//name: "Oficina-",
position: { x: 6.98, y: -19.00, z: 16.86 }, // x: 0, y: 25, z: -2.5 (-4.93, -20.61, 16.86)
sensorTypes: ["temperature", "humidity"]
},
{
id: "Oficina 4",
//name: "Oficina-",
position: { x: 35.85, y: -2.24, z: 16.86 }, // x: 0, y: 25.03, z: -2.52 (23.94, -3.85, 16.86)
sensorTypes: ["temperature", "humidity"]
},
{
id: "Oficina 3",
//name: "Oficina-",
position: { x: 6.98, y: -2.24, z: 16.86 }, // x: 0, y: 25.03, z: -2.52 (-4.93, -3.85, 16.86)
sensorTypes: ["temperature", "humidity"]
}
];
// Initialize sensor values
let sensorVals = [];
for (let i = 0; i < devices.length; i++) {
sensorVals[i] = Math.random();
}
const roomDbIds = [];
roomDbIds.push(7567);
const {
SurfaceShadingData,
SurfaceShadingPoint,
SurfaceShadingNode,
} = Autodesk.DataVisualization.Core;
const shadingNode = new SurfaceShadingNode("Room Panel", roomDbIds);
devices.forEach((device) => {
const shadingPoint = new SurfaceShadingPoint(
device.id,
device.position,
device.sensorTypes
);
shadingNode.addPoint(shadingPoint);
});
const heatmapData = new SurfaceShadingData();
heatmapData.addChild(shadingNode);
heatmapData.initialize(model);
// Setup surface shading
await dataVizExtn.setupSurfaceShading(model, heatmapData);
//dataVizExtn.registerSurfaceShadingColors("co2", [0x00ff00, 0xff0000]);
dataVizExtn.registerSurfaceShadingColors("temperature", [0xff0000, 0x0000ff]);
function getSensorValue(device, sensorType) {
return sensorVals[parseInt(device.id.slice(-1)) - 1];
}
dataVizExtn.renderSurfaceShading("Room Panel", "temperature", getSensorValue);
setInterval(() => {
// Modify sensor values.
for (let i = 0; i < devices.length; i++) {
sensorVals[i] = Math.random();
}
dataVizExtn.updateSurfaceShading(getSensorValue);
}, 2000);
}
//
async function loadHeatmap() {
const model = viewer.model;
loadHeatmaps(model);
}
async function loadHeatmapForFloor() {
const model = viewer.model;
loadHeatmapsForFloor(model);
}
//------------ 剖面 ----------------------
async function getRemoteLevels() {
const aecData = await Autodesk.Viewing.Document.getAecModelData(this.viewer.model.getDocumentNode());
if (!aecData.levels) return null;
const levels2 = aecData.levels;
levels2.sort((a, b) => b.elevation - a.elevation);
return levels2;
}
async function getLevelsData() {
const data = await this.getRemoteLevels();
this.levels = data;
profile();
}
function getCutPlaneParam(idx, n) {
if (idx < 0 || !n) return;
const level = this.levels[idx];
if (!level) return;
const model = this.viewer.model;
const globalOffset = model.getData().globalOffset;
const units = model.getUnitString();
const elevRaw = Autodesk.Viewing.Private.convertUnits('ft', units, 1, level.elevation);
let d = elevRaw - globalOffset.z - 0.5;
if (n == 1)
d = -1 * d;
return new THREE.Vector4(0, 0, n, d);
}
function profile() {
const upperIdx = 6;
const upperCutPlaneParam = this.getCutPlaneParam(upperIdx, 1);
const lowerIdx = 7;
const lowerCutPlaneParam = this.getCutPlaneParam(lowerIdx, -1);
this.viewer.setCutPlanes([upperCutPlaneParam, lowerCutPlaneParam]);
}
//----------------- end -----------------------------------------------