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placeElements.js
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placeElements.js
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import { ellipses, line, actorX, actorY, actorWidth, ellipseWidth, ellipseHeigth, placeType } from './globals.js';
function placeFirstLvl(mainType, doc, root) {
//let len = 5.5;//6.5-7 для 140
//лен = 4 для 12 осн норм, для 14 уже не норм
//лен = 5.5 норм для 16, для 16 уже не норм
let len = lenFindFirstLvl();
document.getElementById("toFirstLvlActualLength").textContent = len;
if (document.getElementById("toFirstLvlLength").value != "") {
len = document.getElementById("toFirstLvlLength").value;
}
let offset = 0;
let deg = 360 / mainType.length; //сделать целым?
let width = 120;
let height = 80;
for (let i = 0; i < mainType.length; i++) {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
let mainEll_Index = ellipses.findIndex((ecl) => ecl.id === mainType[i].id); // *i проходов по ellipses
let x =
actorX -
actorWidth -
actorWidth / 2 +
Math.round(toDegrees(cos(toRadians(offset)) * len));
let y = actorY - 10 + Math.round(toDegrees(sin(toRadians(offset)) * len));
mainType[i].x = x;
mainType[i].y = y;
ellipses[mainEll_Index].x = x;
ellipses[mainEll_Index].y = y;
console.log(toDegrees(cos(toRadians(offset))));
mxGeometry.setAttribute("x", x);
mxGeometry.setAttribute("y", y);
offset = offset + deg;
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", mainType[i].text);
mxcell.setAttribute("id", mainType[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
placeArrow(mainType, doc, root, mainEll_Index, i, 1, 0);
}
}
function placeSecondLvl(mainType, doc, root, mxGraphModel, diagram, mxfile) {
let width = 120; //ширина эллипса
let height = 80;
let deg = 360 / (ellipses.length - mainType.length); //сделать целым?
let offset = 0;
console.log(offset);
let deg2 = 8.5;
let typeOneindex = 0;
let arrowOffset_x = 1;
// console.log(ellipses);
// console.log(mainType);
let lens = [];
if (placeType == "1") {
lens = lenFindSecondLvlActorBase();
//deg = 360 / (ellipses.length);
} else if (placeType == "2") {
lens = lenFindSecondLvlEllipseBase();
deg = 360 / ellipses.length;
}
document.getElementById("startingActualLength").textContent = lens[0];
document.getElementById("endingActualLength").textContent = lens[1];
if (document.getElementById("startingLength").value != "") {
lens[0] = document.getElementById("startingLength").value;
lens[0] = Number(lens[0]);
}
if (document.getElementById("endingLength").value != "") {
lens[1] = document.getElementById("endingLength").value;
lens[1] = Number(lens[1]);
}
//else if(placeType == "3") {
//lens = lenFindSecondLvlEllipseBase()
//}
//let lens = lenFindSecondLvlEllipseBase();//длины
// let lens = lenFindSecondLvlActorBase();
let orig_len = lens[0]; //4 при lvlx 10 при actorx
let len = orig_len;
let len_top = lens[1]; //14 при lvlx 15 при actorx
let len_offset = 0;
let middle = 1;
let typeCount = 0;
let typeCounter_counter = 0;
let changePosition_check = true;
let lvl1_x = 0;
let lvl1_y = 0;
for (let i = 0; i < ellipses.length; i++) {
if (ellipses[i].type === 1) {
lvl1_x = ellipses[i].x;
lvl1_y = ellipses[i].y;
typeCount = typeCounter(ellipses, ellipses[i].id);
len = orig_len;
len_offset = (len_top - orig_len) / typeCount;
middle = 1; //для уменьшения длины с середины
typeOneindex = i;
typeCounter_counter = 0;
changePosition_check = true;
if (placeType == "2") {
//offset+=deg;
}
} else {
typeCounter_counter += 1;
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
let x = 0;
let y = 0;
if (placeType == "1") {
x = actorX + Math.round(toDegrees(cos(toRadians(offset)) * len));
y = actorY + Math.round(toDegrees(sin(toRadians(offset)) * len));
} else if (placeType == "2") {
x = lvl1_x + Math.round(toDegrees(cos(toRadians(offset)) * len));
y = lvl1_y + Math.round(toDegrees(sin(toRadians(offset)) * len));
}
// let x = actorX + Math.round(toDegrees(cos(toRadians(offset)) * len));
// let y = actorY + Math.round(toDegrees(sin(toRadians(offset)) * len));
// let x = lvl1_x + Math.round(toDegrees(cos(toRadians(offset)) * len));
// let y = lvl1_y + Math.round(toDegrees(sin(toRadians(offset)) * len));
ellipses[i].x = x;
ellipses[i].y = y;
mxGeometry.setAttribute("x", x);
mxGeometry.setAttribute("y", y);
offset += deg;
console.log(offset);
console.log(ellipses[i].text);
if (typeCounter_counter >= typeCount / 2) {
middle = -1;
//console.log(ellipses[typeOneindex].id);
if (changePosition_check) {
//changePosition(ellipses, typeOneindex, i, root, offset, ellipses[typeOneindex].x, ellipses[typeOneindex].y, 8, 2);
changePosition_check = false;
//(ellipses, mainEllIndex, currentEllipseIndex, root, degrees, basex, basey, len, type)
// (ellipses, mainEllIndex, currentEllipseIndex, root, degrees, basex, basey, len, type)
}
}
len += len_offset * middle;
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", ellipses[i].text);
mxcell.setAttribute("id", ellipses[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
// console.log("text: ", ellipses[i].text);
// console.log("degree", offset);
placeArrow(
ellipses,
doc,
root,
typeOneindex,
i,
2,
typeOneindex,
offset,
2
);
//console.log(arrowOffset_x)
}
}
//changePosition(ellipses, typeOneindex, 0, root, 0, ellipses[typeOneindex].x, ellipses[typeOneindex].y, len, 2);
mxGraphModel.appendChild(root);
diagram.appendChild(mxGraphModel);
mxfile.appendChild(diagram);
}
function placeArrow(
arr,
doc,
root,
mainEll_index,
index,
lvl,
typeOneIndex,
degrees
) {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
let mxPoint = doc.createElementNS("asd", "mxPoint");
let mxPoint2 = doc.createElementNS("asd", "mxPoint");
if (lvl === 1) {
mxcell.setAttribute("id", line[mainEll_index].id);
mxcell.setAttribute("value", "");
mxcell.setAttribute(
"style",
"endArrow=none;html=1;rounded=0;exitX=0.5;exitY=0;exitDx=0;exitDy=0;"
);
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("source", "actor-1");
mxcell.setAttribute("target", arr[index].id);
mxcell.setAttribute("edge", "1");
mxGeometry.setAttribute("width", "50");
mxGeometry.setAttribute("heigth", "50");
mxGeometry.setAttribute("relative", "1");
mxGeometry.setAttribute("as", "geometry");
mxPoint.setAttribute("x", actorX);
mxPoint.setAttribute("y", actorY);
mxPoint.setAttribute("as", "sourcePoint");
mxPoint2.setAttribute("x", arr[index].x);
mxPoint2.setAttribute("y", arr[index].y);
mxPoint2.setAttribute("as", "targetPoint");
console.log("asdasdasdasdasd");
line[mainEll_index].x = actorX + 700;
line[mainEll_index].y = actorY + 700;
line[mainEll_index].x2 = arr[index].x + 700;
line[mainEll_index].y2 = arr[index].y + 700;
line[mainEll_index].relation = index;
// console.log(arr[index].text);
// console.log(arr[index].x);
// console.log(arr[index].y);
// console.log(line[index].y);
// console.log(line[index].x2);
// console.log(line[index].y2);
line[mainEll_index].from = -1;
line[mainEll_index].to = mainEll_index;
console.log(line);
mxGeometry.appendChild(mxPoint);
mxGeometry.appendChild(mxPoint2);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
} else {
if (line[index].type === 1) {
mxcell.setAttribute("id", line[index].id);
mxcell.setAttribute("value", "<< include >>");
mxcell.setAttribute(
"style",
`endArrow=classicThin;html=1;dashed=1;rounded=0;`
);
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("source", arr[typeOneIndex].id);
mxcell.setAttribute("target", arr[index].id);
mxcell.setAttribute("edge", "1");
mxGeometry.setAttribute("width", "50");
mxGeometry.setAttribute("heigth", "50");
mxGeometry.setAttribute("relative", "1");
mxGeometry.setAttribute("as", "geometry");
mxPoint.setAttribute("x", arr[typeOneIndex].x);
mxPoint.setAttribute("y", arr[typeOneIndex].y);
mxPoint.setAttribute("as", "sourcePoint");
mxPoint2.setAttribute("x", arr[index].x);
mxPoint2.setAttribute("y", arr[index].y);
mxPoint2.setAttribute("as", "targetPoint");
line[index].x = arr[typeOneIndex].x + 700;
line[index].y = arr[typeOneIndex].y + 700;
line[index].x2 = arr[index].x + 700;
line[index].y2 = arr[index].y + 700;
line[index].relation = index;
line[index].from = typeOneIndex;
line[index].to = index;
mxGeometry.appendChild(mxPoint);
mxGeometry.appendChild(mxPoint2);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
} else if (line[index].type === 2) {
let ex = "extend";
mxcell.setAttribute("id", line[index].id);
mxcell.setAttribute("value", `\<\< extend \>\>`);
mxcell.setAttribute(
"style",
`endArrow=classicThin;html=1;dashed=1;rounded=0;`
);
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("source", arr[index].id);
mxcell.setAttribute("target", arr[typeOneIndex].id);
mxcell.setAttribute("edge", "1");
mxGeometry.setAttribute("width", "50");
mxGeometry.setAttribute("heigth", "50");
mxGeometry.setAttribute("relative", "1");
mxGeometry.setAttribute("as", "geometry");
mxPoint.setAttribute("x", arr[index].x);
mxPoint.setAttribute("y", arr[index].y);
mxPoint.setAttribute("as", "sourcePoint");
mxPoint2.setAttribute("x", arr[typeOneIndex].x);
mxPoint2.setAttribute("y", arr[typeOneIndex].y);
mxPoint2.setAttribute("as", "targetPoint");
line[index].x2 = arr[typeOneIndex].x + 700;
line[index].y2 = arr[typeOneIndex].y + 700;
line[index].x = arr[index].x + 700;
line[index].y = arr[index].y + 700;
line[index].relation = index;
line[index].from = typeOneIndex;
line[index].to = index;
mxGeometry.appendChild(mxPoint);
mxGeometry.appendChild(mxPoint2);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
} else if (line[index].type === 3) {
let ex = "gen";
mxcell.setAttribute("id", line[index].id);
// mxcell.setAttribute("value", `\<\< gen \>\>`);
mxcell.setAttribute(
"style",
`endArrow=block;endSize=12;endFill=0;html=1;rounded=0;`
);
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("source", arr[index].id);
mxcell.setAttribute("target", arr[typeOneIndex].id);
mxcell.setAttribute("edge", "1");
mxGeometry.setAttribute("width", "50");
mxGeometry.setAttribute("heigth", "50");
mxGeometry.setAttribute("relative", "1");
mxGeometry.setAttribute("as", "geometry");
mxPoint.setAttribute("x", arr[index].x);
mxPoint.setAttribute("y", arr[index].y);
mxPoint.setAttribute("as", "sourcePoint");
mxPoint2.setAttribute("x", arr[typeOneIndex].x);
mxPoint2.setAttribute("y", arr[typeOneIndex].y);
mxPoint2.setAttribute("as", "targetPoint");
line[index].x2 = arr[typeOneIndex].x + 700;
line[index].y2 = arr[typeOneIndex].y + 700;
line[index].x = arr[index].x + 700;
line[index].y = arr[index].y + 700;
line[index].relation = index;
line[index].from = typeOneIndex;
line[index].to = index;
mxGeometry.appendChild(mxPoint);
mxGeometry.appendChild(mxPoint2);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
}
}
//line.push(new Line(0, "i-" + iplustwo, 0, 0, i, 0))
}
function findAmountBetweenFirstLvls(ellipses, j) {
let position = j + 1;
let counter = 0;
for (let i = position; i < ellipses.length; i++) {
if (ellipses[i].type === 2) {
counter++;
} else {
break;
}
}
return counter;
}
function placeAllFromActor(doc, root, mxGraphModel, diagram, mxfile) {
let lenFromActorFirstLvl = floatingLengthActorFirstLvl();
document.getElementById("toFirstLvlActualLength").textContent = lenFromActorFirstLvl;
if (document.getElementById("toFirstLvlLength").value != "") {
lenFromActorFirstLvl = document.getElementById("toFirstLvlLength").value;
lenFromActorFirstLvl = Number(lenFromActorFirstLvl);
}
let width = ellipseWidth; //ширина эллипса
let height = ellipseHeigth;
let offset = 360 / ellipses.length;
// if (!isFinite(offset)) {
// offset = 360/(ellipses.length);
// }
let arr = floatingLengthActorSecondLvl();
document.getElementById("startingActualLength").textContent = arr[0];
document.getElementById("endingActualLength").textContent = arr[1];
if (document.getElementById("startingLength").value != "") {
arr[0] = document.getElementById("startingLength").value;
arr[0] = Number(arr[0])
}
if (document.getElementById("endingLength").value != "") {
arr[1] = document.getElementById("endingLength").value;
arr[1] = Number(arr[1])
}
let startingLength = arr[0];
let endingLength = arr[1];
let floatingLength = 0;
let floatingLengthoffset = 0;
let middleSectionMarker = 1;
// let actualDegree2 = 0;
let actualDegree = 0;
let sectionEllipsesCount = 0;
let sectionEllipsesCounter = 0;
let x = 0;
let y = 0;
let x2 = 0;
let y2 = 0;
let typeOneIndex = 0;
for (let i = 0; i < ellipses.length; i++) {
if (ellipses[i].type === 1) {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
sectionEllipsesCount = findAmountBetweenFirstLvls(ellipses, i);
floatingLengthoffset =
(endingLength - startingLength) / sectionEllipsesCount;
floatingLength = startingLength;
middleSectionMarker = 1;
sectionEllipsesCounter = 0;
// if (sectionEllipsesCount == 0 ) {
// actualDegree = actualDegree+ offset ;
// }
x =
actorX +
lenFromActorFirstLvl *
cos(
(((actualDegree + offset * sectionEllipsesCount - actualDegree) /
2 +
actualDegree) *
Math.PI) /
180
);
y =
actorY +
lenFromActorFirstLvl *
sin(
(((actualDegree + offset * sectionEllipsesCount - actualDegree) /
2 +
actualDegree) *
Math.PI) /
180
);
actualDegree += offset;
ellipses[i].x = x;
ellipses[i].y = y;
mxGeometry.setAttribute("x", x);
mxGeometry.setAttribute("y", y);
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", ellipses[i].text);
mxcell.setAttribute("id", ellipses[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
let mainEll_Index = ellipses.findIndex(
(ecl) => ecl.id === ellipses[i].id
); // *i проходов по ellipses
placeArrow(ellipses, doc, root, mainEll_Index, i, 1, 0);
typeOneIndex = i;
//actualDegree2 = 0;
} else {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
//let offset2 = 360/sectionEllipsesCount;
if (sectionEllipsesCounter >= sectionEllipsesCount / 2) {
middleSectionMarker = -1;
}
sectionEllipsesCounter += 1;
floatingLength =
floatingLength + floatingLengthoffset * middleSectionMarker;
console.log(floatingLength);
x2 = actorX + floatingLength * cos((actualDegree * Math.PI) / 180);
y2 = actorY + floatingLength * sin((actualDegree * Math.PI) / 180);
ellipses[i].x = x2;
ellipses[i].y = y2;
actualDegree = actualDegree + offset;
// actualDegree2 = actualDegree2 + offset2 ;
mxGeometry.setAttribute("x", x2);
mxGeometry.setAttribute("y", y2);
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", ellipses[i].text);
mxcell.setAttribute("id", ellipses[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
placeArrow(
ellipses,
doc,
root,
typeOneIndex,
i,
2,
typeOneIndex,
actualDegree,
2
);
}
}
mxGraphModel.appendChild(root);
diagram.appendChild(mxGraphModel);
mxfile.appendChild(diagram);
}
function placeAllFromCertainEllipse(doc, root, mxGraphModel, diagram, mxfile) {
let lenFromActorFirstLvl = floatingLengthEllipseFirstLvl();
document.getElementById("toFirstLvlActualLength").textContent = lenFromActorFirstLvl;
if (document.getElementById("toFirstLvlLength").value != "") {
lenFromActorFirstLvl = document.getElementById("toFirstLvlLength").value;
lenFromActorFirstLvl = Number(lenFromActorFirstLvl);
}
let width = ellipseWidth; //ширина эллипса
let height = ellipseHeigth;
let offset = 360 / ellipses.length;
// if (!isFinite(offset)) {
// offset = 360/(ellipses.length);
// }
let arr = floatingLengthEllipseSecondLvl();
document.getElementById("startingActualLength").textContent = arr[0];
document.getElementById("endingActualLength").textContent = arr[1];
if (document.getElementById("startingLength").value != "") {
arr[0] = document.getElementById("startingLength").value;
arr[0] = Number(arr[0])
}
if (document.getElementById("endingLength").value != "") {
arr[1] = document.getElementById("endingLength").value;
arr[1] = Number(arr[1])
}
let startingLength = arr[0];
let endingLength = arr[1];
let floatingLength = 0;
let floatingLengthoffset = 0;
let middleSectionMarker = 1;
// let actualDegree2 = 0;
let actualDegree = 0;
let sectionEllipsesCount = 0;
let sectionEllipsesCounter = 0;
let x = 0;
let y = 0;
let x2 = 0;
let y2 = 0;
let typeOneIndex = 0;
//console.log("widdd")
// let actualDegree2 = 0;
//lenFromEllipse = width/2 * 2 * Math.cos (offset*2* Math.PI/180)/sin(2*offset*2 *Math.PI/180);
//let offset = 360/widthOffset/2;
for (let i = 0; i < ellipses.length; i++) {
if (ellipses[i].type === 1) {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
sectionEllipsesCount = findAmountBetweenFirstLvls(ellipses, i);
floatingLengthoffset =
(endingLength - startingLength) / sectionEllipsesCount;
floatingLength = startingLength;
middleSectionMarker = 1;
sectionEllipsesCounter = 0;
sectionEllipsesCount = findAmountBetweenFirstLvls(ellipses, i);
//console.log(actualDegree);
x =
actorX +
lenFromActorFirstLvl *
cos(
(((actualDegree + offset * sectionEllipsesCount - actualDegree) /
2 +
actualDegree) *
Math.PI) /
180
);
y =
actorY +
lenFromActorFirstLvl *
sin(
(((actualDegree + offset * sectionEllipsesCount - actualDegree) /
2 +
actualDegree) *
Math.PI) /
180
);
//console.log("act", (actualDegree + offset* sectionEllipsesCount - actualDegree ) / 2 + actualDegree )
//console.log("x", y)
ellipses[i].x = x;
ellipses[i].y = y;
mxGeometry.setAttribute("x", x);
mxGeometry.setAttribute("y", y);
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", ellipses[i].text);
mxcell.setAttribute("id", ellipses[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
let mainEll_Index = ellipses.findIndex(
(ecl) => ecl.id === ellipses[i].id
); // *i проходов по ellipses
placeArrow(ellipses, doc, root, mainEll_Index, i, 1, 0);
typeOneIndex = i;
} else {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
if (sectionEllipsesCounter >= sectionEllipsesCount / 2) {
middleSectionMarker = -1;
}
sectionEllipsesCounter += 1;
floatingLength =
floatingLength + floatingLengthoffset * middleSectionMarker;
x2 = x + floatingLength * cos((actualDegree * Math.PI) / 180);
y2 = y + floatingLength * sin((actualDegree * Math.PI) / 180);
ellipses[i].x = x2;
ellipses[i].y = y2;
actualDegree = actualDegree + offset;
mxGeometry.setAttribute("x", x2);
mxGeometry.setAttribute("y", y2);
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", ellipses[i].text);
mxcell.setAttribute("id", ellipses[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
placeArrow(
ellipses,
doc,
root,
typeOneIndex,
i,
2,
typeOneIndex,
actualDegree,
2
);
}
}
mxGraphModel.appendChild(root);
diagram.appendChild(mxGraphModel);
mxfile.appendChild(diagram);
}
function placeAllFromActorB(
doc,
root,
mxGraphModel,
diagram,
mxfile,
roundOrNot
) {
///////////
let lenFromActorFirstLvl = floatingLengthActorFirstLvlB();
document.getElementById("toFirstLvlActualLength").textContent = lenFromActorFirstLvl;
if (document.getElementById("toFirstLvlLength").value != "") {
lenFromActorFirstLvl = document.getElementById("toFirstLvlLength").value;
lenFromActorFirstLvl = Number(lenFromActorFirstLvl);
}
let width = ellipseWidth; //ширина эллипса
let height = ellipseHeigth;
let offset = 360 / (ellipses.length - countLvlFirst(ellipses));
if (!isFinite(offset)) {
offset = 360 / ellipses.length;
}
let arr = floatingLengthActorSecondLvlB();
let startingLength = 0;
let endingLength = 0;
if (roundOrNot == 2) {
arr = forRound();
document.getElementById("startingActualLength").textContent = arr[0];
document.getElementById("endingActualLength").textContent = arr[1];
startingLength = arr[0];
endingLength = arr[0];
} else {
document.getElementById("startingActualLength").textContent = arr[0];
document.getElementById("endingActualLength").textContent = arr[1];
if (document.getElementById("startingLength").value != "") {
arr[0] = document.getElementById("startingLength").value;
arr[0] = Number(arr[0])
}
if (document.getElementById("endingLength").value != "") {
arr[1] = document.getElementById("endingLength").value;
arr[1] = Number(arr[1])
}
startingLength = arr[0];
endingLength = arr[1];
}
let floatingLength = 0;
let floatingLengthoffset = 0;
let middleSectionMarker = 1;
// let actualDegree2 = 0;
let actualDegree = 1;
let sectionEllipsesCount = 0;
let sectionEllipsesCounter = 0;
let x = 0;
let y = 0;
let x2 = 0;
let y2 = 0;
let typeOneIndex = 0;
for (let i = 0; i < ellipses.length; i++) {
if (ellipses[i].type === 1) {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
sectionEllipsesCount = findAmountBetweenFirstLvls(ellipses, i);
floatingLengthoffset =
(endingLength - startingLength) / sectionEllipsesCount;
floatingLength = startingLength;
middleSectionMarker = 1;
sectionEllipsesCounter = 0;
if (sectionEllipsesCount == 0) {
actualDegree = actualDegree + offset; //багуется первый лвл, когда у первого уровня нет подуровней
}
x =
actorX +
lenFromActorFirstLvl *
cos(
(((actualDegree + offset * sectionEllipsesCount - actualDegree) /
2 +
actualDegree) *
Math.PI) /
180
);
y =
actorY +
lenFromActorFirstLvl *
sin(
(((actualDegree + offset * sectionEllipsesCount - actualDegree) /
2 +
actualDegree) *
Math.PI) /
180
);
console.log(actualDegree);
console.log(offset);
console.log(sectionEllipsesCount);
ellipses[i].x = x;
ellipses[i].y = y;
mxGeometry.setAttribute("x", x);
mxGeometry.setAttribute("y", y);
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", ellipses[i].text);
mxcell.setAttribute("id", ellipses[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
let mainEll_Index = ellipses.findIndex(
(ecl) => ecl.id === ellipses[i].id
); // *i проходов по ellipses
placeArrow(ellipses, doc, root, mainEll_Index, i, 1, 0);
typeOneIndex = i;
//actualDegree2 = 0;
} else {
let mxcell = doc.createElementNS("asd", "mxCell");
let mxGeometry = doc.createElementNS("asd", "mxGeometry");
//let offset2 = 360/sectionEllipsesCount;
if (sectionEllipsesCounter >= sectionEllipsesCount / 2) {
middleSectionMarker = -1;
}
sectionEllipsesCounter += 1;
floatingLength =
floatingLength + floatingLengthoffset * middleSectionMarker;
x2 = actorX + floatingLength * cos((actualDegree * Math.PI) / 180);
y2 = actorY + floatingLength * sin((actualDegree * Math.PI) / 180);
ellipses[i].x = x2;
ellipses[i].y = y2;
actualDegree = actualDegree + offset;
// actualDegree2 = actualDegree2 + offset2 ;
mxGeometry.setAttribute("x", x2);
mxGeometry.setAttribute("y", y2);
mxGeometry.setAttribute("width", width);
mxGeometry.setAttribute("height", height);
mxGeometry.setAttribute("as", "geometry");
mxcell.setAttribute("value", ellipses[i].text);
mxcell.setAttribute("id", ellipses[i].id);
mxcell.setAttribute("style", "ellipse;whiteSpace=wrap;html=1;");
mxcell.setAttribute("parent", "1");
mxcell.setAttribute("vertex", "1");
mxcell.appendChild(mxGeometry);
mxcell.appendChild(mxGeometry);
root.appendChild(mxcell);
placeArrow(
ellipses,
doc,
root,
typeOneIndex,
i,
2,
typeOneIndex,
actualDegree,
2
);
}
}
mxGraphModel.appendChild(root);
diagram.appendChild(mxGraphModel);
mxfile.appendChild(diagram);
}
function floatingLengthActorFirstLvl() {
let len = 100;
let lvl_amount = countLvlFirst();
if (lvl_amount < 6) {
len = 200;
return len;
} else if (lvl_amount >= 6 && lvl_amount <= 12) {
len = 270;
return len;
} else {
len = (lvl_amount / 6) * 125;
return len;
}
}
function floatingLengthActorFirstLvlB() {
//////////////////
let len = 100;
let lvl_amount = countLvlFirst();
console.log(lvl_amount, "lvl");
if (lvl_amount < 6) {
len = 200;