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gateway.js
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gateway.js
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AFRAME.registerGeometry('gateway', {
schema: {
position: {
default: '0 0'
},
width: {
default: '10'
},
height: {
default: '10'
}
},
init: function (data) {
var geometry = new THREE.Geometry();
const pos = new THREE.Vector2(parseFloat(data.position.split(' ')[0]), parseFloat(data.position.split(' ')[1]));
const width = parseFloat(data.width);
const height = parseFloat(data.height);
geometry.vertices = [
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, 0, -pos.x),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, 0, -pos.x),
new THREE.Vector3(pos.y, 0, -pos.x - width / 2 + sequenceFlowWidth),
new THREE.Vector3(pos.y, 0, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, 0, -pos.x - width),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, 0, -pos.x - width),
new THREE.Vector3(pos.y + height, 0, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height, 0, -pos.x - width / 2 + sequenceFlowWidth),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, sequenceFlowHeight, -pos.x),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, sequenceFlowHeight, -pos.x),
new THREE.Vector3(pos.y, sequenceFlowHeight, -pos.x - width / 2 + sequenceFlowWidth),
new THREE.Vector3(pos.y, sequenceFlowHeight, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, sequenceFlowHeight, -pos.x - width),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, sequenceFlowHeight, -pos.x - width),
new THREE.Vector3(pos.y + height, sequenceFlowHeight, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height, sequenceFlowHeight, -pos.x - width / 2 + sequenceFlowWidth),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, gatewayHeight, -pos.x),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, gatewayHeight, -pos.x),
new THREE.Vector3(pos.y, gatewayHeight, -pos.x - width / 2 + sequenceFlowWidth),
new THREE.Vector3(pos.y, gatewayHeight, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, gatewayHeight, -pos.x - width),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, gatewayHeight, -pos.x - width),
new THREE.Vector3(pos.y + height, gatewayHeight, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height, gatewayHeight, -pos.x - width / 2 + sequenceFlowWidth)
];
geometry.faces = [
new THREE.Face3(0,2,1),
new THREE.Face3(0,3,2),
new THREE.Face3(0,4,3),
new THREE.Face3(0,5,4),
new THREE.Face3(0,6,5),
new THREE.Face3(0,7,6),
new THREE.Face3(10, 11, 19),
new THREE.Face3(10, 19, 18),
new THREE.Face3(3, 4, 20),
new THREE.Face3(3, 20, 19),
new THREE.Face3(12, 13, 21),
new THREE.Face3(12, 21, 20),
new THREE.Face3(5, 6, 22),
new THREE.Face3(5, 22, 21),
new THREE.Face3(14, 15, 23),
new THREE.Face3(14, 23, 22),
new THREE.Face3(7, 0, 16),
new THREE.Face3(7, 16, 23),
new THREE.Face3(8, 9, 17),
new THREE.Face3(8, 17, 16),
new THREE.Face3(1, 2, 18),
new THREE.Face3(1, 18, 17),
new THREE.Face3(16,17,18),
new THREE.Face3(16,18,19),
new THREE.Face3(16,19,20),
new THREE.Face3(16,20,21),
new THREE.Face3(16,21,22),
new THREE.Face3(16,22,23)
];
addSpace(geometry.vertices[0], geometry.vertices[2], geometry.vertices[1]);
addSpace(geometry.vertices[0], geometry.vertices[3], geometry.vertices[2]);
addSpace(geometry.vertices[0], geometry.vertices[4], geometry.vertices[3]);
addSpace(geometry.vertices[0], geometry.vertices[5], geometry.vertices[4]);
addSpace(geometry.vertices[0], geometry.vertices[6], geometry.vertices[5]);
addSpace(geometry.vertices[0], geometry.vertices[7], geometry.vertices[6]);
geometry.computeFaceNormals();
geometry.computeVertexNormals();
this.geometry = geometry;
}
});
AFRAME.registerGeometry('gatewayLine', {
schema: {
position: {
default: '0 0'
},
width: {
default: '10'
},
height: {
default: '10'
}
},
init: function (data) {
var geometry = new THREE.Geometry();
const pos = new THREE.Vector2(parseFloat(data.position.split(' ')[0]), parseFloat(data.position.split(' ')[1]));
const width = parseFloat(data.width);
const height = parseFloat(data.height);
geometry.vertices = [
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, layer1, -pos.x),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, layer1, -pos.x),
new THREE.Vector3(pos.y, layer1, -pos.x - width / 2 + sequenceFlowWidth),
new THREE.Vector3(pos.y, layer1, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth, layer1, -pos.x - width),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth, layer1, -pos.x - width),
new THREE.Vector3(pos.y + height, layer1, -pos.x - width / 2 - sequenceFlowWidth),
new THREE.Vector3(pos.y + height, layer1, -pos.x - width / 2 + sequenceFlowWidth),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth * flowOutlineWidthFactor, layer1, -pos.x),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth * flowOutlineWidthFactor, layer1, -pos.x),
new THREE.Vector3(pos.y, layer1, -pos.x - width / 2 + sequenceFlowWidth * flowOutlineWidthFactor),
new THREE.Vector3(pos.y, layer1, -pos.x - width / 2 - sequenceFlowWidth * flowOutlineWidthFactor),
new THREE.Vector3(pos.y + height / 2 - sequenceFlowWidth * flowOutlineWidthFactor, layer1, -pos.x - width),
new THREE.Vector3(pos.y + height / 2 + sequenceFlowWidth * flowOutlineWidthFactor, layer1, -pos.x - width),
new THREE.Vector3(pos.y + height, layer1, -pos.x - width / 2 - sequenceFlowWidth * flowOutlineWidthFactor),
new THREE.Vector3(pos.y + height, layer1, -pos.x - width / 2 + sequenceFlowWidth * flowOutlineWidthFactor),
];
geometry.faces = [
new THREE.Face3(1, 9, 2),
new THREE.Face3(9, 10, 2),
new THREE.Face3(3, 11, 4),
new THREE.Face3(11, 12, 4),
new THREE.Face3(5, 13, 6),
new THREE.Face3(13, 14, 6),
new THREE.Face3(7, 15, 0),
new THREE.Face3(15, 8, 0)
];
geometry.computeFaceNormals();
geometry.computeVertexNormals();
this.geometry = geometry;
}
});
function handleGateway(scene, element) {
/* <a-entity geometry="primitive: gateway; position: 8 3;" material="color: #FFFFFF;"></a-entity>
<a-entity geometry="primitive: gatewayLine; position: 8 3;" material="color: #333333"></a-entity>
*/
const posOffset = element.width / 2 * globalScaleFactor;
const gateway = document.createElement('a-entity');
gateway.setAttribute('geometry', 'primitive: gateway; position:' + (element.x * globalScaleFactor) + ' ' + (element.y * globalScaleFactor) + '; width: '+(element.width * globalScaleFactor)+'; height: '+(element.height * globalScaleFactor)+';');
gateway.setAttribute('material', 'color: #FFFFFF');
const line = document.createElement('a-entity');
line.setAttribute('geometry', 'primitive: gatewayLine; position:' + (element.x * globalScaleFactor) + ' ' + (element.y * globalScaleFactor) + '; width: '+(element.width * globalScaleFactor)+'; height: '+(element.height * globalScaleFactor)+';');
line.setAttribute('material', 'color: #333333');
// <a-image src="#my-image"></a-image>
let img;
switch(element.type) {
case 'bpmn:StartEvent': img = 'start'; break;
case 'bpmn:EndEvent': img = 'end'; break;
case 'bpmn:IntermediateEvent': img = 'intermediate'; break;
case 'bpmn:ExclusiveGateway': img = 'exclusive'; break;
case 'bpmn:ParallelGateway': img = 'parallel'; break;
default: img = 'px'; break;
}
const label = document.createElement('a-image');
label.setAttribute('src', '/camunda/app/cockpit/scripts/tokenView/img/'+img+'.png');
label.setAttribute('position', (element.y * globalScaleFactor + element.height * globalScaleFactor / 2) + ' ' + layer1 + ' ' + -(element.x * globalScaleFactor + element.width * globalScaleFactor / 2));
label.setAttribute('rotation', '90 90 0');
label.setAttribute('scale', '3 3 3');
scene.appendChild(gateway);
scene.appendChild(line);
scene.appendChild(label);
const openExits = findOpenExits(element);
{
const label = document.createElement('a-image');
label.setAttribute('src', '/camunda/app/cockpit/scripts/tokenView/img/door.png');
label.setAttribute('position', (element.y * globalScaleFactor - layer1) + ' ' + (sequenceFlowHeight / 2) + ' ' + -(element.x * globalScaleFactor + element.width * globalScaleFactor / 2));
label.setAttribute('rotation', '0 90 0');
label.setAttribute('scale', (sequenceFlowWidth * 2) + ' ' + (roomHeight / 2));
scene.appendChild(label);
if(openExits.n !== false) {
label.setAttribute('opacity', doorOpacity);
label.setAttribute('transparent', 'true');
availableDoors.push(label);
}
}
{
const label = document.createElement('a-image');
label.setAttribute('src', '/camunda/app/cockpit/scripts/tokenView/img/door.png');
label.setAttribute('position', ((element.y + element.height) * globalScaleFactor + layer1) + ' ' + (sequenceFlowHeight / 2) + ' ' + -(element.x * globalScaleFactor + element.width * globalScaleFactor / 2));
label.setAttribute('rotation', '0 90 0');
label.setAttribute('scale', (sequenceFlowWidth * 2) + ' ' + (roomHeight / 2));
scene.appendChild(label);
if(openExits.s !== false) {
label.setAttribute('opacity', doorOpacity);
label.setAttribute('transparent', 'true');
availableDoors.push(label);
}
}
{
const label = document.createElement('a-image');
label.setAttribute('src', '/camunda/app/cockpit/scripts/tokenView/img/door.png');
label.setAttribute('position', ((element.y + element.height / 2) * globalScaleFactor) + ' ' + (sequenceFlowHeight / 2) + ' ' + -(element.x * globalScaleFactor - layer1));
label.setAttribute('rotation', '0 0 0');
label.setAttribute('scale', (sequenceFlowWidth * 2) + ' ' + (roomHeight / 2));
scene.appendChild(label);
if(openExits.w !== false) {
label.setAttribute('opacity', doorOpacity);
label.setAttribute('transparent', 'true');
availableDoors.push(label);
}
}
{
const label = document.createElement('a-image');
label.setAttribute('src', '/camunda/app/cockpit/scripts/tokenView/img/door.png');
label.setAttribute('position', ((element.y + element.height / 2) * globalScaleFactor) + ' ' + (sequenceFlowHeight / 2) + ' ' + -((element.x + element.width) * globalScaleFactor + layer1));
label.setAttribute('rotation', '0 0 0');
label.setAttribute('scale', (sequenceFlowWidth * 2) + ' ' + (roomHeight / 2));
scene.appendChild(label);
if(openExits.e !== false) {
label.setAttribute('opacity', doorOpacity);
label.setAttribute('transparent', 'true');
availableDoors.push(label);
}
}
// add labels to next stuff
if(openExits.e.name) {
const toLabel = document.createElement('a-entity');
toLabel.setAttribute('rotation', '0 0 0');
toLabel.setAttribute('text', 'value: '+(openExits.e.incoming ? 'From' : 'To')+'; color: black; width: 5; align: center;');
toLabel.setAttribute('position', (element.y * globalScaleFactor + element.height / 2 * globalScaleFactor) + ' 4.3 ' + -(element.x * globalScaleFactor + element.width * globalScaleFactor - layer1));
scene.appendChild(toLabel);
const nameLabel = document.createElement('a-entity');
nameLabel.setAttribute('rotation', '0 0 0');
nameLabel.setAttribute('text', 'value: '+openExits.e.name.split('\n').join(' ')+'; color: black; width: 6; align: center;');
nameLabel.setAttribute('position', (element.y * globalScaleFactor + element.height / 2 * globalScaleFactor) + ' 3.8 ' + -(element.x * globalScaleFactor + element.width * globalScaleFactor - layer1));
scene.appendChild(nameLabel);
}
if(openExits.w.name) {
const toLabel = document.createElement('a-entity');
toLabel.setAttribute('rotation', '0 180 0');
toLabel.setAttribute('text', 'value: '+(openExits.w.incoming ? 'From' : 'To')+'; color: black; width: 5; align: center;');
toLabel.setAttribute('position', (element.y * globalScaleFactor + element.height / 2 * globalScaleFactor) + ' 4.3 ' + -(element.x * globalScaleFactor + layer1));
scene.appendChild(toLabel);
const nameLabel = document.createElement('a-entity');
nameLabel.setAttribute('rotation', '0 180 0');
nameLabel.setAttribute('text', 'value: '+openExits.w.name.split('\n').join(' ')+'; color: black; width: 6; align: center;');
nameLabel.setAttribute('position', (element.y * globalScaleFactor + element.height / 2 * globalScaleFactor) + ' 3.8 ' + -(element.x * globalScaleFactor + layer1));
scene.appendChild(nameLabel);
}
if(openExits.n.name) {
const toLabel = document.createElement('a-entity');
toLabel.setAttribute('rotation', '0 90 0');
toLabel.setAttribute('text', 'value: '+(openExits.n.incoming ? 'From' : 'To')+'; color: black; width: 5; align: center;');
toLabel.setAttribute('position', (element.y * globalScaleFactor + layer1) + ' 4.3 ' + -((element.x + element.width / 2) * globalScaleFactor));
scene.appendChild(toLabel);
const nameLabel = document.createElement('a-entity');
nameLabel.setAttribute('rotation', '0 90 0');
nameLabel.setAttribute('text', 'value: '+openExits.n.name.split('\n').join(' ')+'; color: black; width: 6; align: center;');
nameLabel.setAttribute('position', (element.y * globalScaleFactor + layer1) + ' 3.8 ' + -((element.x + element.width / 2) * globalScaleFactor));
scene.appendChild(nameLabel);
}
if(openExits.s.name) {
const toLabel = document.createElement('a-entity');
toLabel.setAttribute('rotation', '0 -90 0');
toLabel.setAttribute('text', 'value: '+(openExits.s.incoming ? 'From' : 'To')+'; color: black; width: 5; align: center;');
toLabel.setAttribute('position', ((element.y + element.height) * globalScaleFactor - layer1) + ' 4.3 ' + -((element.x + element.width / 2) * globalScaleFactor));
scene.appendChild(toLabel);
const nameLabel = document.createElement('a-entity');
nameLabel.setAttribute('rotation', '0 -90 0');
nameLabel.setAttribute('text', 'value: '+openExits.s.name.split('\n').join(' ')+'; color: black; width: 6; align: center;');
nameLabel.setAttribute('position', ((element.y + element.height) * globalScaleFactor - layer1) + ' 3.8 ' + -((element.x + element.width / 2) * globalScaleFactor));
scene.appendChild(nameLabel);
}
}