diff --git a/panther.js b/panther.js
index ee40ff4eb3eb96f899beada25361eea17e1443c7..5734e167435352aee21e0db91790c607696c1f72 100644
--- a/panther.js
+++ b/panther.js
@@ -7,6 +7,7 @@
import {EffectComposer} from 'three/addons/postprocessing/EffectComposer.js';
import {RenderPass} from 'three/addons/postprocessing/RenderPass.js';
import {OutlinePass} from 'three/addons/postprocessing/OutlinePass.js';
+ import {GLTFLoader} from 'three/addons/loaders/GLTFLoader.js';
import {ellipticaltubeGeometry} from 'components/ellipticaltube.js';
import {chamber} from 'components/chamber.js';
@@ -78,8 +79,11 @@
const bpmSkip = {};
const bpmIndex = {};
const bpmData = {};
+ const compBuffer = {};
+ const loader = new GLTFLoader();
let fast = document.location.search.indexOf('fast')>-1? document.location.search.split('fast')[1].split('&')[0].split(','): false;
let premium = document.location.search.indexOf('premium')>-1? document.location.search.split('premium')[1].split('&')[0].split(','): false;
+ const real = document.location.search.indexOf('real')>-1;
const blm = {oldIndex: null, reader: false, acqTime: null};
let latticenodes = 0;
const Ydefault = 100;
@@ -314,7 +318,7 @@
fetch(conf.stateSrcUrl, {cache: "no-store"}).then((response) => {return response.text();}).then((data) => {
const statSrc = data.toUpperCase().split(',');
for (let j=0; j<statSrc.length; j++) {
- statSrc[j] = statSrc[j].split('/')[3].replace('PS', '');
+ if (typeof statSrc[j].split('/')[3] != 'undefined') statSrc[j] = statSrc[j].split('/')[3].replace('PS', '');
// if (statSrc[j].split('/')[1]=='POWER_SUPPLY') statSrc[j] = statSrc[j].split('/')[2].replace('PS', '');
}
for (let i=0; i<status.length; i++) {
@@ -324,25 +328,37 @@
}
console.log('statSrc', statSrc, status);
})
- .catch(error => {console.log("Fetch error", error);});
+ .catch(error => {console.log('stateSrcUrl: '+conf.stateSrcUrl, "Fetch error", error);});
setInterval(updateStatus, 1000);
}
})
.catch(error => {console.log("Fetch error", error);});
function showStatus(i, stat) {
- if (stat == 0 || stat == 'null' || stat == '' || stat == 'ON' || stat == 'RUNNING' || (!fel1 && status[i].facility=='fel1') || (!fel2 && status[i].facility=='fel2')) {status[i].visible = false;}
+ status[i].scale.x = 1;
+ status[i].scale.y = 1;
+ status[i].scale.z = 1;
+ if (stat == 'null' || stat == '' || stat == 0 || (!fel1 && status[i].facility=='fel1') || (!fel2 && status[i].facility=='fel2')) {status[i].visible = false;}
+ else if (stat == 'ON' || stat == 'RUNNING') {
+ status[i].visible = true;
+ status[i].material.color.set(conf.stateLabelColor[stat]);
+ status[i].scale.x = statScale;
+ status[i].scale.y = statScale;
+ status[i].scale.z = statScale;
+ }
else {status[i].visible = true; status[i].material.color.set(conf.stateLabelColor[stat]);}
- // console.log(i, status[i], stat);
+ // if (i==40) console.log(i, status[i], stat);
}
function clearStatus() {
for (let i=0; i<status.length; i++) {
- if (status[i].statsrc==ps) showStatus(i, 0);
+ if (status[i].statsrc==ps && statVal[status[i].statindex]!=='ON' && statVal[status[i].statindex]!=='RUNNING') showStatus(i, 0);
}
}
+ let statVal;
+ const statScale = 0.3;
function updateStatus() {
fetch(conf.stateUrl, {cache: "no-store"}).then((response) => {return response.text();}).then((data) => {
// console.log('updateStatus()', fel1, fel2, status);
- const statVal = data.split(';');
+ statVal = data.split(';');
for (let i=0; i<status.length; i++) {
if (status[i].statsrc==ps) {
if (status[i].statindex) showStatus(i, statVal[status[i].statindex]);
@@ -430,11 +446,69 @@
// status
const normalMaterial = new THREE.MeshBasicMaterial({ color: 0xffff66});
const sphereGeometry = new THREE.SphereGeometry(300, 10, 10);
+ const rot = {x: $('#rotx').val(), y: $('#roty').val(), z: $('#rotz').val()};
+ let gltfscene;
+ function pushComponent(facility, i, m, tang, direction, y=Ydefault) {
+ let magnet = lattice[facility].sections[i].components[m].type;
+ if (typeof compBuffer[magnet] == 'undefined') compBuffer[magnet] = [];
+ compBuffer[magnet].push({facility: facility, i: i, m: m, tang: tang, direction: direction, y: y});
+ }
+ function placemagnet(magnet, gs) {
+ const gltfscene = new THREE.Object3D();
+ gs.scale.set(900, 900, 900);
+ gs.rotateX(conf.real[magnet].rot.x);
+ gs.rotateY(conf.real[magnet].rot.y);
+ gs.rotateZ(conf.real[magnet].rot.z);
+ gs.position.set(conf.real[magnet].pos.x, conf.real[magnet].pos.y, conf.real[magnet].pos.z);
+ gltfscene.add(gs);
+ console.log('placemagnet', gltfscene, gltfscene.rotation, gltfscene.rotation.x);
+ for (let l=0; l<compBuffer[magnet].length; l++) {
+ const mycomp = gltfscene.clone();
+ const facility = compBuffer[magnet][l].facility;
+ const i = compBuffer[magnet][l].i;
+ const m = compBuffer[magnet][l].m;
+ const tang = compBuffer[magnet][l].tang;
+ const direction = compBuffer[magnet][l].direction;
+ const y = compBuffer[magnet][l].y;
+ const myname = lattice[facility].sections[i].components[m].name;
+ console.log(facility, i, m, lattice[facility].sections[i].components[m]);
+ const id = extractId(myname);
+ const d = lattice[facility].sections[i].components[m].position;
+ const den = Math.sqrt(tang*tang+1) * direction;
+ const offset = lattice[facility].sections[i].components[m].offset3d? lattice[facility].sections[i].components[m].offset3d: [0, 0, 0];
+ mycomp.position.set(params.highlightScale*(lattice[facility].sections[i].start.x + tang*d / den) + offset[0], y + offset[1], params.highlightScale*(lattice[facility].sections[i].start.z + d / den + offset[2]));
+ if (mycomp.rotatedX) {mycomp.rotateZ(Math.atan(-tang));} else mycomp.rotateY(Math.atan(tang));
+ window.names.push(lattice[facility].sections[i].components[m].name);
+ if (lattice[facility].sections[i].components[m].embedded) {
+ // console.log('mycomp.embedded',lattice[facility].sections[i].components[m].embedded);
+ for (let j=0; j<lattice[facility].sections[i].components[m].embedded.length; j++) {names.push(lattice[facility].sections[i].components[m].embedded[j]); alias.push([myname,lattice[facility].sections[i].components[m].embedded[j]]);}
+ }
+ if (id[1]) {window.names.push(id[1]); alias.push(id);}
+ mycomp.magnetType = magnet;
+ mycomp.name = lattice[facility].sections[i].components[m].name;
+ compBuffer[magnet][l].name = mycomp.name;
+ if (lattice[facility].sections[i].components[m].href) mycomp.href = lattice[facility].sections[i].components[m].href;
+ if (highlight.length && !highlight.find(element => element == magnet)) {mycomp.scale.set(params.highlightShrink, params.highlightShrink, params.highlightShrink);}
+ facilities[facility].add(mycomp);
+ compBuffer[magnet][l].mycomp = mycomp;
+ scene.add(mycomp);
+ }
+ }
+ function loadreal(magnet) {
+ loader.load( './components/'+magnet+'.glb', function ( gltf ) {
+ placemagnet(magnet, gltf.scene);
+ }, undefined, function ( error ) {
+ console.error( error );
+ });
+ }
function appendComponent(facility, i, m, tang, direction, y=Ydefault) {
if (tang==-Infinity) tang = -1e12;
if (tang==Infinity) tang = 1e12;
let magnet = lattice[facility].sections[i].components[m].type;
+ // if (magnet=='quadrupole') return;
+ // if (glb.indexOf(magnet)>-1) return;
+ if (real && typeof conf.real[magnet] !== 'undefined') return;
if (componentCreator[magnet+'fast'] && (fast==false || fast.indexOf(magnet)>-1)) magnet = magnet+'fast';
if (componentCreator[magnet+'premium'] && (premium==false || premium.indexOf(magnet)>-1)) magnet = magnet+'premium';
if (componentCreator[magnet]) {
@@ -544,6 +618,7 @@
if (document.location.search.indexOf('components=hide')==-1) if (flattice[i].components) for (let m=0; m<flattice[i].components.length; m++) {
// if (facility=='servicearea') console.log(facility, i, m, tang, direction);
const position = appendComponent(facility, i, m, tang, direction, y);
+ pushComponent(facility, i, m, tang, direction, y);
if (flattice[i].components[m].type=='bpm' && (document.location.search.indexOf('&bpm')>-1 || document.location.search.indexOf('?bpm')>-1) && lattice[facility].bpm) {
if (lattice[facility].bpm.skip && (lattice[facility].bpm.skip.indexOf(flattice[i].components[m].name)>-1)) {bpmSkip[facility].push(bpmPoints[facility].length);}
else bpmPoints[facility].push([position.clone(), tang, direction]);
@@ -551,6 +626,8 @@
}
envelopeAdd(flattice, i, j, facility, direction);
}
+ console.log('compBuffer', compBuffer);
+ if (real) for (let i in conf.real) {loadreal(i);}
// console.log('vlvs', vlvs); console.log('facilities', facilities, 'names', window.names.join(';'));
bpmAdd(facility);
@@ -608,7 +685,7 @@
outlinePass.selectedObjects = [];
for (let facility in scene.children) {
for (let comp in scene.children[facility].children) {
- if (scene.children[facility].children[comp].name==name) {
+ if (scene.children[facility].children[magnet].name==name) {
const dist = scene.children[facility].name=='servicearea'? 7000: 1000;
facilities[scene.children[facility].name].visible = true; // make facility visible
// transverse lil menu and check facility checkbox
@@ -627,23 +704,23 @@
}
}
found = true;
- const selectedObject = scene.children[facility].children[comp];
+ const selectedObject = scene.children[facility].children[magnet];
if (outline) {outlinePass.selectedObjects = [selectedObject]; addSelectedObject(selectedObject);}
renderer.render(scene, camera);
x1 = camera.position.x;
y1 = camera.position.y;
z1 = camera.position.z;
- x2 = scene.children[facility].children[comp].position.x+dist*Math.sign(scene.children[facility].children[comp].position.x);
- y2 = scene.children[facility].children[comp].position.y+dist*Math.sign(scene.children[facility].children[comp].position.y);
- z2 = scene.children[facility].children[comp].position.z+dist*Math.sign(scene.children[facility].children[comp].position.z);
- console.log("findComponent()", name, selectedObject, x1, x2, scene.children[facility].children[comp].position, scene.children[facility]);
+ x2 = scene.children[facility].children[magnet].position.x+dist*Math.sign(scene.children[facility].children[magnet].position.x);
+ y2 = scene.children[facility].children[magnet].position.y+dist*Math.sign(scene.children[facility].children[magnet].position.y);
+ z2 = scene.children[facility].children[magnet].position.z+dist*Math.sign(scene.children[facility].children[magnet].position.z);
+ console.log("findComponent()", name, selectedObject, x1, x2, scene.children[facility].children[magnet].position, scene.children[facility]);
const lookat = (new THREE.Vector3(0, 0, -20000)).applyQuaternion(camera.quaternion).add(camera.position); // https://stackoverflow.com/questions/27957645/three-js-find-the-current-lookat-of-a-camera
rx1 = lookat.x;
ry1 = lookat.y;
rz1 = lookat.z;
- rx2 = scene.children[facility].children[comp].position.x;
- ry2 = scene.children[facility].children[comp].position.y;
- rz2 = scene.children[facility].children[comp].position.z;
+ rx2 = scene.children[facility].children[magnet].position.x;
+ ry2 = scene.children[facility].children[magnet].position.y;
+ rz2 = scene.children[facility].children[magnet].position.z;
if (debugcamera) {$('#x').val(x1); $('#y').val(y1); $('#z').val(z1); $('#cx').val(rx1); $('#cy').val(ry1); $('#cz').val(rz1);}
cameraStep = numSteps;
updateCamera();