diff --git a/panther2d.js b/panther2d.js
index b1fb6a23e5459327b3b657699a1a2fbf4af8ea71..18f5aae74599192ee2bf1d07525d8941422ddef4 100644
--- a/panther2d.js
+++ b/panther2d.js
@@ -29,19 +29,20 @@
for (let i=0; i<pa.length; i++) {const p = pa[i].split('='); parameters[p[0]] = p[1];}
const machineCaseSensitive = document.location.search.indexOf('machine=')>-1? document.location.search.split('machine=')[1].split('&')[0]: 'elettra';
const machine = machineCaseSensitive.toLowerCase();
- let rulerStart = false;
+ let measurementStart = false;
let cx, cy;
- const ruler = document.location.search.indexOf('ruler=')>-1? document.location.search.split('ruler=')[1].split('&')[0].split(','): document.location.search.indexOf('ruler')>-1;
- let rulerEvent = 'contextmenu';
- if (typeof ruler == "object") {
- const index = ruler.indexOf('left');
+ let measurementType = document.location.search.indexOf('measurement=')>-1? document.location.search.split('measurement=')[1].split('&')[0].split(','): document.location.search.indexOf('measurement')>-1;
+ let measurementEvent = 'contextmenu';
+ if (typeof measurementType == "object") {
+ const index = measurementType.indexOf('left');
if (index>-1) {
- rulerEvent = 'mousedown';
- ruler.splice(index, 1);
+ measurementEvent = 'mousedown';
+ measurementType.splice(index, 1);
}
- if (ruler.length==0) $('#bm').hide();
+ if (measurementType.length==0) $('#bm').hide();
}
else $('#bm').hide();
+ let measurement = typeof measurementType == "object" || measurementType;
function setTick(x, y, cx, cy, dist, distPixel, n, pow10=1000) {
const tx1 = cx + (x - cx) / dist * pow10 * n;
@@ -89,14 +90,14 @@
const y = event.clientY - rect.top;
const distPixel = Math.sqrt(Math.pow(x - cx, 2) + Math.pow(y - cy, 2));
const dist = distPixel / panZoomPanther.getSizes().realZoom;
- if (rulerStart) $('#stright').val(Math.round(dist)/1000);
+ if (measurementStart) $('#stright').val(Math.round(dist)/1000);
// const alpha = (Math.atan2(y-cy, x-cx) * 180) / Math.PI;
$('#pos').val(Math.round((x - panZoomPanther.getPan().x)/panZoomPanther.getSizes().realZoom)/1000+' '+(-Math.round((y - panZoomPanther.getPan().y)/panZoomPanther.getSizes().realZoom)/1000));
- if (rulerStart) {
- // stright ruler
+ if (measurementStart) {
+ // stright measurement
const pow10 = Math.pow(10, Math.round(Math.log10(dist))-1);
- $('#rulerLine').attr('x2', x);
- $('#rulerLine').attr('y2', y);
+ $('#measurementLine').attr('x2', x);
+ $('#measurementLine').attr('y2', y);
for (let i=1; i<32; i++) {
if (i<dist/pow10 && distPixel>50) setTick(x, y, cx, cy, dist, distPixel, i, pow10); else setTick(x, y, x, y, dist, distPixel, i, pow10);
}
@@ -105,109 +106,162 @@
let dindex = -1;
let mincDistance = Infinity;
let dcindex = -1;
- // beam pattern ruler
- if (typeof ruler == "object" && typeof lattice[ruler[0]] == "object") {
+ // beam pattern measurement
+ if (typeof measurementType == "object" && typeof lattice[measurementType[0]] == "object") {
let d = 0;
const x1 = (x - panZoomPanther.getPan().x) / panZoomPanther.getSizes().realZoom;
const y1 = (y - panZoomPanther.getPan().y) / panZoomPanther.getSizes().realZoom;
const xc1 = (cx - panZoomPanther.getPan().x) / panZoomPanther.getSizes().realZoom;
const yc1 = (cy - panZoomPanther.getPan().y) / panZoomPanther.getSizes().realZoom;
- for (let i=0; i < lattice[ruler[0]].sections.length; i++) {
- j = (i+1) % lattice[ruler[0]].sections.length;
- vertex[i] = lattice[ruler[0]].sections[i].start;
+ for (let i=0; i < lattice[measurementType[0]].sections.length; i++) {
+ j = (i+1) % lattice[measurementType[0]].sections.length;
+ vertex[i] = lattice[measurementType[0]].sections[i].start;
// d = Math.sqrt(Math.pow(vertex[i].x - x, 2) + Math.pow(vertex[i].z - y, 2));
- d = pDistance(x1, y1, vertex[i].x, vertex[i].z, lattice[ruler[0]].sections[j].start.x, lattice[ruler[0]].sections[j].start.z);
+ d = pDistance(x1, y1, vertex[i].x, vertex[i].z, lattice[measurementType[0]].sections[j].start.x, lattice[measurementType[0]].sections[j].start.z);
if (minDistance > d.dist) { minDistance = d.dist; dindex = i; p = d;}
- d = pDistance(xc1, yc1, vertex[i].x, vertex[i].z, lattice[ruler[0]].sections[j].start.x, lattice[ruler[0]].sections[j].start.z);
+ d = pDistance(xc1, yc1, vertex[i].x, vertex[i].z, lattice[measurementType[0]].sections[j].start.x, lattice[measurementType[0]].sections[j].start.z);
if (mincDistance > d.dist) { mincDistance = d.dist; dcindex = i; pc = d;}
}
let pathd = 'M '+(pc.x*panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x)+' '+(pc.y * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y)+' ';
k = dcindex;
- j = (k+1) % lattice[ruler[0]].sections.length;
- let dd = Math.sqrt(Math.pow(pc.x-lattice[ruler[0]].sections[j].start.x, 2) + Math.pow(pc.y-lattice[ruler[0]].sections[j].start.z, 2));
+ j = (k+1) % lattice[measurementType[0]].sections.length;
+ let dd = Math.sqrt(Math.pow(pc.x-lattice[measurementType[0]].sections[j].start.x, 2) + Math.pow(pc.y-lattice[measurementType[0]].sections[j].start.z, 2));
if (dcindex == dindex) dd = Math.sqrt(Math.pow(pc.x-p.x, 2) + Math.pow(pc.y-p.y, 2));
else {
while (k != dindex) {
- j = (k+1) % lattice[ruler[0]].sections.length;
- if (k != dcindex) dd = dd + Math.sqrt(Math.pow(lattice[ruler[0]].sections[k].start.x-lattice[ruler[0]].sections[j].start.x, 2) + Math.pow(lattice[ruler[0]].sections[k].start.z-lattice[ruler[0]].sections[j].start.z, 2));
- pathd = pathd + 'L '+(lattice[ruler[0]].sections[j].start.x * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x)+' '+(lattice[ruler[0]].sections[j].start.z * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y)+' ';
+ j = (k+1) % lattice[measurementType[0]].sections.length;
+ if (k != dcindex) dd = dd + Math.sqrt(Math.pow(lattice[measurementType[0]].sections[k].start.x-lattice[measurementType[0]].sections[j].start.x, 2) + Math.pow(lattice[measurementType[0]].sections[k].start.z-lattice[measurementType[0]].sections[j].start.z, 2));
+ pathd = pathd + 'L '+(lattice[measurementType[0]].sections[j].start.x * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x)+' '+(lattice[measurementType[0]].sections[j].start.z * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y)+' ';
k = j;
}
- dd = dd + Math.sqrt(Math.pow(p.x-lattice[ruler[0]].sections[dindex].start.x, 2) + Math.pow(p.y-lattice[ruler[0]].sections[dindex].start.z, 2));
+ dd = dd + Math.sqrt(Math.pow(p.x-lattice[measurementType[0]].sections[dindex].start.x, 2) + Math.pow(p.y-lattice[measurementType[0]].sections[dindex].start.z, 2));
}
$('#bm').val(Math.round(dd)/1000);
pathd = pathd + 'L '+(p.x * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x)+' '+(p.y * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y);
//<path d="M 10 10 H 90 V 90 H 10 L 10 10"/>
console.log('minDistance', mincDistance, dcindex, pc, minDistance, dindex, p, dd, 'pathd', pathd);
$('#beam').attr('d', pathd);
- $('#rulerSide1').attr('x2', pc.x * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x);
- $('#rulerSide1').attr('y2', pc.y * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y);
- $('#rulerSide2').attr('x1', x);
- $('#rulerSide2').attr('y1', y);
- $('#rulerSide2').attr('x2', p.x * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x);
- $('#rulerSide2').attr('y2', p.y * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y);
+ $('#measurementSide1').attr('x2', pc.x * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x);
+ $('#measurementSide1').attr('y2', pc.y * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y);
+ $('#measurementSide2').attr('x1', x);
+ $('#measurementSide2').attr('y1', y);
+ $('#measurementSide2').attr('x2', p.x * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().x);
+ $('#measurementSide2').attr('y2', p.y * panZoomPanther.getSizes().realZoom + panZoomPanther.getPan().y);
}
}
}
- function clearRuler() {
- $('#rulerLine').attr('x1', cx);
- $('#rulerLine').attr('y1', cy);
- $('#rulerLine').attr('x2', cx);
- $('#rulerLine').attr('y2', cy);
- $('#rulerSide1').attr('x1', cx);
- $('#rulerSide1').attr('y1', cy);
- $('#rulerSide1').attr('x2', cx);
- $('#rulerSide1').attr('y2', cy);
- $('#rulerSide2').attr('x1', cx);
- $('#rulerSide2').attr('y1', cy);
- $('#rulerSide2').attr('x2', cx);
- $('#rulerSide2').attr('y2', cy);
+ function clearmeasurement() {
+ $('#measurementLine').attr('x1', cx);
+ $('#measurementLine').attr('y1', cy);
+ $('#measurementLine').attr('x2', cx);
+ $('#measurementLine').attr('y2', cy);
+ $('#measurementSide1').attr('x1', cx);
+ $('#measurementSide1').attr('y1', cy);
+ $('#measurementSide1').attr('x2', cx);
+ $('#measurementSide1').attr('y2', cy);
+ $('#measurementSide2').attr('x1', cx);
+ $('#measurementSide2').attr('y1', cy);
+ $('#measurementSide2').attr('x2', cx);
+ $('#measurementSide2').attr('y2', cy);
$('#stright').val('');
$('#bm').val('');
$('#beam').attr('d', '');
for (let i=1; i<32; i++) {setTick(cx, cy, cx, cy, 1, 1, i);}
}
function initCursorPosition(main, event) {
- if (rulerStart) { rulerStart = false; return;}
+ if (measurementStart) { measurementStart = false; return;}
const rect = main.getBoundingClientRect();
cx = event.clientX - rect.left;
cy = event.clientY - rect.top;
console.log(Math.round(cx) + "," + Math.round(cy) + ",");
- if (!rulerStart) {
- // appendSvg("circle", {id: 'rulerStart', cx: cx, cy: cy, r:8, style:"display: block", fill:"none", stroke:"red","stroke-width":2});
- if ($('#rulerLine').length==0) {
- appendSvg("line", {id: 'rulerLine', x1: cx, y1: cy, x2: cx, y2: cy, style:"display: block", fill:"none", stroke:"yellow","stroke-width":2});
+ if (!measurementStart) {
+ // appendSvg("circle", {id: 'measurementStart', cx: cx, cy: cy, r:8, style:"display: block", fill:"none", stroke:"red","stroke-width":2});
+ if ($('#measurementLine').length==0) {
+ appendSvg("line", {id: 'measurementLine', x1: cx, y1: cy, x2: cx, y2: cy, style:"display: block", fill:"none", stroke:"yellow","stroke-width":2});
appendSvg("path", {d: '', fill: "none", stroke: "limegreen", "stroke-width": 3, id:"beam"});
- appendSvg("line", {id: 'rulerSide1', x1: cx, y1: cy, x2: cx, y2: cy, style:"display: block", fill:"none", stroke:"pink","stroke-width":2});
- appendSvg("line", {id: 'rulerSide2', x1: cx, y1: cy, x2: cx, y2: cy, style:"display: block", fill:"none", stroke:"pink","stroke-width":2});
+ appendSvg("line", {id: 'measurementSide1', x1: cx, y1: cy, x2: cx, y2: cy, style:"display: block", fill:"none", stroke:"pink","stroke-width":2});
+ appendSvg("line", {id: 'measurementSide2', x1: cx, y1: cy, x2: cx, y2: cy, style:"display: block", fill:"none", stroke:"pink","stroke-width":2});
for (let i=1; i<32; i++) {
appendSvg("line", {id: 'tick'+i, x1: cx, y1: cy, x2: cx, y2: cy, style:"display: block", fill:"none", stroke:"yellow","stroke-width":2});
appendSvg("text", {id: 'tickLabel'+i, x: cx, y: cy, fill:"white", stroke:"#eeeeee","stroke-width":1, "font-family":"Arial", "font-size":12, "font-weight":"bold", "text-anchor": "start"});
}
}
else {
- clearRuler();
+ clearmeasurement();
}
- rulerStart = true;
+ measurementStart = true;
}
else {
- // $('#rulerStart').attr('cx', cx); $('#rulerStart').attr('cy', cy);
- $('#rulerLine').attr('x1', cx);
- $('#rulerLine').attr('y1', cy);
+ // $('#measurementStart').attr('cx', cx); $('#measurementStart').attr('cy', cy);
+ $('#measurementLine').attr('x1', cx);
+ $('#measurementLine').attr('y1', cy);
}
main.addEventListener('mousemove', function(e) {
getCursorPosition(main, e);
});
}
- if (document.location.search.indexOf('ruler')>-1) {
- $('#ruler').show();
+ if (document.location.search.indexOf('measurement')>-1) {
+ measurementEnable();
+ }
+ function measurementToggle(enable) {
+ for (let i=1; i<100; i++) {
+ if ($('#lil-gui-name-'+i).html()=='measurement') {
+ if (enable) {
+ $('#lil-gui-name-'+(i+1)).parent().show();
+ $('#lil-gui-name-'+(i+2)).parent().show();
+ }
+ else {
+ $('#lil-gui-name-'+(i+1)).parent().hide();
+ $('#lil-gui-name-'+(i+2)).parent().hide();
+ }
+ break;
+ }
+ }
+ }
+ function measurementDisable() {
+ clearmeasurement();
+ main.removeEventListener(measurementEvent, measurementListener, false);
+ main.style.cursor = 'default';
+ measurementToggle(false);
+ }
+ function measurementListener(e) {
+ e.preventDefault();
+ initCursorPosition(main, e);
+ return false;
+ }
+ function measurementEnable() {
+ $('#measurement').show();
const main = document.getElementById('main');
main.style.cursor = 'crosshair';
- main.addEventListener(rulerEvent, function(e) {
- e.preventDefault();
- initCursorPosition(main, e);
- return false;
- }, false);
+ main.addEventListener(measurementEvent, measurementListener, false);
+ measurementToggle(true);
+ }
+ function measurementFacility(msg) {
+ console.log('measurementFacility()', msg);
+ if (msg=='left') {
+ if (measurementEvent != 'mousedown') {
+ measurementDisable();
+ measurementEvent = 'mousedown';
+ measurementEnable();
+ }
+ }
+ else if (msg=='right') {
+ if (measurementEvent == 'mousedown') {
+ measurementDisable();
+ measurementEvent = 'contextmenu';
+ measurementEnable();
+ }
+ }
+ else if (msg=='') {
+ measurementDisable();
+ measurementType = true;
+ measurementEnable();
+ }
+ else {
+ measurementDisable();
+ measurementType = [msg];
+ measurementEnable();
+ }
}
//https://puma-01.elettra.eu/rchan.php?json&valueOnly&src=srv-tango-srf-01.fcs.elettra.trieste.it:20000/f/access_control/safety/Undulator_access_state -> 5 FEL1, 6 FEL2
@@ -281,6 +335,8 @@
gui.add(params, 'vlv').name('vlv & bst').onChange(function() {toggleParam('vlv');});
params.ps = document.location.search.indexOf('ps')>-1;
gui.add(params, 'ps').onChange(function() {toggleParam('ps');});
+ params.measurement = document.location.search.indexOf('measurement')>-1;
+ gui.add(params, 'measurement').onChange(function() {toggleParam('measurement');});
const sstring = $('.controller.string').children().eq(1).children().eq(0);
sstring.attr('id', 'sname');
sstring.attr('name', 'sname');
@@ -333,6 +389,7 @@
// $(function() {$(".sname").autocomplete({source: names, close: function(event, ui) {findComponent($('#sname').val()); }, select: function(event, ui) {findComponent(ui.item.value); return false;}});});
$(function() {$(".sname").autocomplete({source: names, select: function(event, ui) {findComponent(ui.item.value); return false;}});});
function toggleParam(name) {
+ if (name=='measurement') { measurement = !measurement; measurementType = measurement; if (measurement) measurementEnable(); else measurementDisable(); return;}
if (name=='backgroundColor') {$('body').css('backgroundColor', params.backgroundColor); return;}
const urlparam = {};
let search = document.location.search.replace('?', '').split('&');
@@ -392,14 +449,20 @@
fetch(latticeFile).then((response) => {return response.json();}).then((flattice) => {
lattice = flattice;
if (Object.keys(lattice).length>0) {
+ gui.add(params, 'measurement button', {Left: 'left', Right: 'right'}).onChange(measurementFacility);
+ const measurementDevice = {'': ''};
for (let i in lattice) {if (i!='conf') facilities.push(i);}
for (let i in lattice) {
if (i == 'conf') continue;
+ params[i] = false;
+ if (i != 'servicearea' && i != 'bl') measurementDevice[i] = i;
// logic XOR https://stackoverflow.com/questions/2335979/is-there-anyway-to-implement-xor-in-javascript
if ((document.location.search.indexOf('servicearea')==-1) != (i=='servicearea')) initLattice(lattice[i].sections, i); else {
if (document.location.search.indexOf('+servicearea')>-1) initLattice(lattice[i].sections, i); else initSearch(lattice[i].sections, i);
}
}
+ gui.add(params, 'measurement device', measurementDevice).onChange(measurementFacility);
+ if (document.location.search.indexOf('measurement')==-1) measurementToggle(false);
bpmInit(facilities);
if (document.location.search.indexOf('servicearea')>-1) initSearch(lattice.servicearea.sections, 'servicearea');
if (typeof blm != 'undefined') blmMenu(lattice, facilities, params);
@@ -873,6 +936,14 @@
}
};
function myPanZoomDelayed(event) {
+ const urlPan = (document.location.search.indexOf('pan=')==-1)? [0, 0]: document.location.search.split('pan=')[1].split('&')[0].split(',');
+ const urlZoom = (document.location.search.indexOf('zoom=')==-1)? 1: document.location.search.split('zoom=')[1].split('&')[0];
+ if (Math.abs(panZoomPanther.getPan().x - urlPan[0]) + Math.abs(panZoomPanther.getPan().y - urlPan[1]) > 1) {
+ setUrl('pan', Math.round(panZoomPanther.getPan().x*100)/100+','+Math.round(panZoomPanther.getPan().y*100)/100);
+ }
+ if (Math.abs(panZoomPanther.getZoom() - urlZoom) > 0.1) {
+ setUrl('zoom', Math.round(panZoomPanther.getZoom()*100)/100);
+ }
if (event) event.preventDefault();
visibleX = 0 - point.x/zoom;
visibleWidth = document.getElementById('panther').clientWidth/zoom;
@@ -880,7 +951,7 @@
myPanZoomTimer = null;
oldZoom = zoom;
}
- let firstUrl = true;
+ let urlCount = -1;
function setUrl(name, value) {
let t = + new Date();
if (t - historytime < 100) return;
@@ -890,9 +961,9 @@
for (let i in parameters) {pp.push(i+'='+parameters[i]);}
const url = document.location.origin+document.location.pathname+'?'+pp.join('&').replaceAll('=undefined', '').replace('search=','s=');
// console.log('setUrl()',name, value, url);
- if (firstUrl) window.history.pushState({"html":'panther2d.php',"pageTitle":'PAnTHer'},"", url);
- else window.history.replaceState({"html":'panther2d.php',"pageTitle":'PAnTHer'},"", url);
- firstUrl = false;
+ if (urlCount==1) window.history.pushState({"html":'panther2d.php',"pageTitle":'PAnTHer'},"", url);
+ else if (urlCount>1) window.history.replaceState({"html":'panther2d.php',"pageTitle":'PAnTHer'},"", url);
+ urlCount++;
}
function myPan(oldPan, newPan) {
setUrl('pan', Math.round(newPan.x*100)/100+','+Math.round(newPan.y*100)/100);
@@ -902,7 +973,7 @@
// mylog('myPan', p,q);
}
function myZoom(oldScale, newScale) {
- clearRuler();
+ clearmeasurement();
setUrl('zoom', Math.round(newScale*100)/100);
zoom = newScale;
if (newScale>2) $('.label').show(); else $('.label').hide();