İ 我正在尝试从 roadNetwork 对象创建一个图形，RoadNetwork 只是一个具有车道位置及其周围的对象，我需要帮助的代码位于底部（第二部分），我已经创建了节点（键) 和 edges(values) 但我不知道如何连接它们并输出图形。请帮助。
const roadNetwork = {
23250: [
{
//laneZero at (167,23250)
167: {
location: [{ x: laneZero, y: 23250 }],
forward: [{ x: laneZero, y: 22150 }],
left: null,
right: [{ x: laneOne, y: 23250 }],
},
//laneOne (300,23250)
300: {
location: [{ x: laneOne, y: 23250 }],
forward: [{ x: laneOne, y: 22150 }],
left: [{ x: laneZero, y: 23250 }],
right: [{ x: laneTwo, y: 23250 }],
},
//laneTwo (433,23250 )
433: {
location: [{ x: laneTwo, y: 23250 }],
forward: [{ x: laneTwo, y: 22150 }],
left: [{ x: laneOne, y: 23300 }],
right: null,
},
// Entry at (800,23300)
800: {
location: [{ x: 800, y: 23300 }],
forward: null,
left: [{ x: laneTwo, y: 23250 }],
right: null,
},
},
],
22150: [
{
//laneZero at (167,22150)
167: {
location: [{ x: laneZero, y: 22150 }],
forward: [{ x: laneZero, y: 21050 }],
left: null,
right: [{ x: laneOne, y: 22150 }],
},
//laneOne (300,22150)
300: {
location: [{ x: laneOne, y: 22150 }],
forward: [{ x: laneOne, y: 21050 }],
left: [{ x: laneZero, y: 22150 }],
right: null,
},
//laneTwo (433,22150)
433: {
location: [{ x: laneOne, y: 22150 }],
forward: [{ x: laneOne, y: 21050 }],
left: [{ x: laneZero, y: 22150 }],
right: [{ x: 800, y: 22100 }],
},
// Exit at (800,22100)
800: {
location: [{ x: 22150, y: 22100 }],
forward: null,
left: null,
right: null,
},
},
],
21050: [
{
// laneZero at (167,21050)
167: {
location: [{ x: laneZero, y: 21050 }],
forward: [{ x: laneZero, y: 19950 }],
left: null,
right: [{ x: laneOne, y: 21050 }],
},
// laneOne at (300,21050)
300: {
location: [{ x: laneOne, y: 21050 }],
forward: [{ x: laneOne, y: 19950 }],
left: [{ x: laneZero, y: 21050 }],
right: [{ x: laneTwo, y: 21050 }],
},
// laneTwo at (433,21100)
433: {
location: [{ x: laneTwo, y: 21050 }],
forward: [{ x: laneTwo, y: 19950 }],
left: [{ x: laneOne, y: 21050 }],
right: null,
},
// entry at (800,21100)
800: {
location: [{ x: 800, y: 21100 }],
forward: null,
left: [{ x: laneTwo, y: 21050 }],
right: null,
},
},
],
19950: [
{
// laneZero at (167,19950)
167: {
location: [{ x: laneZero, y: 19950 }],
forward: [{ x: laneZero, y: 18850 }],
left: null,
right: [{ x: laneOne, y: 19950 }],
},
// laneOne at (300,19950)
300: {
location: [{ x: laneOne, y: 19950 }],
forward: [{ x: laneOne, y: 18850 }],
left: [{ x: laneZero, y: 19950 }],
right: null,
},
// laneTwo at (433,19950)
433: {
location: [{ x: laneTwo, y: 19950 }],
forward: [{ x: laneTwo, y: 18850 }],
left: [{ x: laneOne, y: 19950 }],
right: [{ x: 800, y: 19900 }],
},
// exit at (800,19900)
800: {
location: [{ x: 800, y: 19900 }],
forward: null,
left: null,
right: null,
},
},
],
18850: [
{
// laneZero at (167,18850)
167: {
location: [{ x: laneZero, y: 18850 }],
forward: [{ x: laneZero, y: 17750 }],
left: null,
right: [{ x: laneOne, y: 18850 }],
},
// laneOne at (300,18850)
300: {
location: [{ x: laneOne, y: 18850 }],
forward: [{ x: laneOne, y: 17750 }],
left: [{ x: laneZero, y: 18850 }],
right: [{ x: laneTwo, y: 18850 }],
},
// laneTwo at (433,18850)
433: {
location: [{ x: laneTwo, y: 18850 }],
forward: [{ x: laneTwo, y: 17750 }],
left: [{ x: laneOne, y: 18850 }],
right: null,
},
// entry at (800,18900)
800: {
location: [{ x: 800, y: 18850 }],
forward: null,
left: [{ x: laneTwo, y: 18900 }],
right: null,
},
},
],
17750: [
{
// laneZero at (167,17750)
167: {
location: [{ x: laneZero, y: 17750 }],
forward: [{ x: laneZero, y: 16650 }],
left: null,
right: [{ x: laneOne, y: 17750 }],
},
// laneOne at (300,17750)
300: {
location: [{ x: laneOne, y: 17750 }],
forward: [{ x: laneOne, y: 16650 }],
left: [{ x: laneZero, y: 17750 }],
right: null,
},
// laneTwo at (433,17750)
433: {
location: [{ x: laneTwo, y: 17750 }],
forward: [{ x: laneTwo, y: 16650 }],
left: [{ x: laneOne, y: 17750 }],
right: [{ x: 800, y: 17700 }],
},
// exit at (800,17700)
800: {
location: [{ x: 800, y: 17700 }],
forward: null,
left: null,
right: null,
},
},
],
};
const graphMaker = (roadNetwork) => {
const graph = {}; //graph is an object
let currentLocation;
let node;
let lanesArray = [167, 300, 433, 800];
for (let i = 23250; i >= -19650; i -= 1100) {
let temp = i;
i < 0 ? (i = i * -1000) : (i = i);
//looping through the lanes
for (let j = 0; j < lanesArray.length; j++) {
currentLocation = lanesArray.pop();
lanesArray.unshift(currentLocation);
let edges = [];
node = roadNetwork[i][0][currentLocation]["location"]; //node is the location of all lanes
//if forward is not null then link it to the next location
if (roadNetwork[i][0][currentLocation]["forward"] !== null) {
edges.push(roadNetwork[i + 1100][0][currentLocation]["location"]);
}
//if left is not null then link it to the next lane on its left
if (roadNetwork[i][0][currentLocation]["left"] !== null) {
//check if the current lane is the entry lane
let subtrator = 133;
currentLocation === 800 ? (subtrator = 367) : (subtrator = 133);
//add the location of the next lane to the edges array
edges.push(roadNetwork[i][0][currentLocation - subtrator]["location"]);
}
//if right is not null then link it to the next lane on its right
if (roadNetwork[i][0][currentLocation]["right"] !== null) {
//check if the current lane is the exit lane
let adder = 133;
currentLocation === 800 ? (adder = 367) : (adder = 133);
//add the location of the next lane to the edges array
edges.push(roadNetwork[i][0][currentLocation + adder]["location"]);
}
}
i = temp;
}
return graph;
};