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// ==UserScript==
// @name WF2 Fleet Helper
// @namespace sk.seko
// @description Adds some controls to fleet navigation screen (relative to current position, specify o'clock direction and distance)
// @updateURL https://openuserjs.org/meta/rsenderak/wf2-fleet-helper.meta.js
// @downloadURL https://openuserjs.org/install/rsenderak/wf2-fleet-helper.user.js
// @license MIT
// @match https://*.atmoburn.com/fleet.php*
// @match https://*.atmoburn.com/fleet/*
// @grant none
// @version 4.0.2
// ==/UserScript==
// version 1.0 - init
// version 1.1 - fix for UI changes
// version 1.2 - added directional move (custom h.direction, distance and z variance)
// version 1.3 - added "(fleet command)" link to fleet global coordinates; works best with "WF Fleet Command Helper"
// version 1.4 - fixed @include after server protocol change from http to https
// version 2.0 - support to "new" WF (WF2)
// version 2.1 - systems in "Near Systems" now have color, and calculate vertical direction as well
// version 2.2 - fixed GM_xmlhttpRequest vs GM.xmlHttpRequest incompatibility for some *monkey implementations
// version 3.0 - atmoburn
// version 4.0 - atmoburn changed
// version 4.0.1 - fixed "local targets"; fixed Up and Down distances
// version 4.0.2 - esversion set to 11
/* jshint esversion: 11 */
/* jshint node: true */
"use strict";
// regex pattern to match and capture x,y,z coordinates (plain text)
const XYZ_REGEX = /^\s*(\-*\d+)[,\s]+(\-*\d+)[,\s]+(\-*\d+)/;
var mCoordinates;
var cNode;
var fleetInfo; // x, y, z
var xyzNode;
var xyzposNode;
var localTarget;
var globalTarget;
var targetTable;
var targetTableContent;
function xlog(msg) {
console.log(`FH: ${msg}`);
}
function xerror(msg, error) {
console.error(`FH: ${msg}`, error);
}
function byId(ele) {
return document.getElementById(ele);
}
function fixDistance(d) {
return d ? Number(d.trim().replace(/[mM]$/, '000000')) : d;
}
function rad2deg(angle) {
return angle * 57.29577951308232; // angle / Math.PI * 180
}
function deg2rad(angle) {
return angle / 57.29577951308232; // angle / Math.PI * 180
}
function clock(x1, y1, x2, y2) {
const dx = x2 - x1;
const dy = y2 - y1;
if (dx == 0 && dy == 0) {
return '-';
}
let horiz = Math.round((rad2deg(Math.atan2(-dy, dx)) - 90 + 180) / 360 * 12);
if (horiz < 0) {
horiz += 12;
} else if (horiz < 1) {
horiz = 12;
}
return horiz;
}
function vert(x1, y1, z1, x2, y2, z2) {
const dz = z2 - z1;
if (dz == 0) {
return 0;
}
const dx = x2 - x1;
const dy = y2 - y1;
const dxy = Math.round(Math.sqrt(dx*dx + dy*dy));
if (dxy == 0) {
return dz > 0 ? 90 : -90;
}
let vert = Math.round(rad2deg(Math.atan2(dz, dxy)));
if (vert < -90) {
vert = -180 - vert;
} else if (vert > 90) {
vert = 180 - vert;
}
return vert;
}
function parseXYZ(s) {
const m = s.match(XYZ_REGEX);
return m ? {'x': parseInt(m[1]), 'y':parseInt(m[2]), 'z': parseInt(m[3])} : null;
}
function select_changed() {
const val = byId("wfsCtrl").value;
switch (val) {
case "": { // label; do nothing
hide_target_table(1);
break;
}
case "1up": { // set coordinates to x,y,z+1 global
hide_target_table(1);
xyzNode.value = `${fleetInfo.x},${fleetInfo.y},${fleetInfo.z + 1}`;
xyzposNode.value = "global";
break;
}
case "1down": { // set coordinates to x,y,z-1 global
hide_target_table(1);
xyzNode.value = `${fleetInfo.x},${fleetInfo.y},${fleetInfo.z - 1}`;
xyzposNode.value = "global";
break;
}
case "dm": { // directional movement
hide_target_table(1);
let clock = null;
while (clock == null) {
clock = prompt("o'Clock (1-12):", "12");
}
let distance = null;
while (!distance) {
distance = prompt("Distance in km (or mkm if suffix 'm' is used):", "");
}
distance = fixDistance(distance);
let z = null;
while (z == null) {
z = prompt("Z axis variance in km (or mkm is suffix 'm' is used); optional:", "0");
}
const angle = clock_to_angle_rad(clock.trim());
const x = fleetInfo.x + Math.round(distance*Math.cos(angle)/4000);
const y = fleetInfo.y + Math.round(distance*Math.sin(angle)/4000);
xyzNode.value = `${x},${y},${Math.round(fleetInfo.z + fixDistance(z)/4000)}`;
break;
}
default: {
hide_target_table(1);
if (val.startsWith("net|")) {
const vals = val.split('|');
const x = fleetInfo.x + parseInt(vals[1]);
const y = fleetInfo.y + parseInt(vals[2]);
const z = fleetInfo.z + parseInt(vals[3]);
xyzNode.value = `${x},${y},${z}`;
} else {
alert("Unhandled option: " + val);
}
break;
}
}
}
function hide_target_table(onoff) {
targetTable.style.display = onoff ? "none" : "";
}
function create_target_table() {
const table = document.createElement("div");
table.setAttribute("class", "fullwidth padding5 tbborder light");
table.setAttribute("align", "left");
table.setAttribute("colspan", "2");
table.setAttribute("id", "wfsTable");
table.style.display = "none";
const tt = document.createElement('table');
tt.setAttribute('id', 'wfsTableContent');
tt.setAttribute('class', "margintop width100 box");
tt.setAttribute('width', '80%');
table.appendChild(tt);
mCoordinates.parentNode.appendChild(table);
targetTable = table;
targetTableContent = tt;
}
function create_option_net(parent, name, dx, dy, dz) {
const opt = document.createElement("option");
opt.setAttribute("value", "net|" + dx + "|" + dy + "|" + dz);
opt.appendChild(document.createTextNode(name));
parent.appendChild(opt);
}
function clock_to_angle_rad(hour) {
return deg2rad(360.0 *((3 - hour + 48) % 12) / 12.0);
}
function create_option_net_polar(parent, name, hour, distance) {
const angle = clock_to_angle_rad(hour);
const dx = Math.round(distance*Math.cos(angle)/4000);
const dy = Math.round(distance*Math.sin(angle)/4000);
create_option_net(parent, name, dx, dy, 0);
}
function parseFleetInfo() {
const p = byId("navData").querySelector("div#positionRight > div > a");
if (p && p.textContent) {
return parseXYZ(p.textContent);
}
return null;
}
function createUI() {
// already done
if (byId("wfsCtrl")) {
return;
}
// initialize global variables
xyzposNode = byId("xyzpos");
localTarget = byId("mLocalTargets").querySelector("option");
globalTarget = byId("missionSelectionGlobal");
// something is wrong, quit
if (!xyzposNode || !globalTarget) {
xerror("No xyzposNode or globalTarget");
return;
}
// get coordinates and fleet ID
fleetInfo = parseFleetInfo();
if (!fleetInfo) {
xerror("No fleet info");
return;
}
// create combo
const sel = document.createElement("select");
sel.setAttribute("class", "darkselect");
sel.setAttribute("id", "wfsCtrl");
sel.addEventListener("change", select_changed, false);
// opt0
const opt0 = document.createElement("option");
opt0.setAttribute("value", "");
opt0.appendChild(document.createTextNode("Select coordinates"));
sel.appendChild(opt0);
// opt1
if (localTarget) {
const opt1 = document.createElement("option");
opt1.setAttribute("value", "1up");
opt1.appendChild(document.createTextNode("Above this system"));
sel.appendChild(opt1);
}
// opt2
if (localTarget) {
const opt2 = document.createElement("option");
opt2.setAttribute("value", "1down");
opt2.appendChild(document.createTextNode("Below this system"));
sel.appendChild(opt2);
}
// opt3
if (globalTarget) {
const opt3 = document.createElement("option");
opt3.setAttribute("value", "dm");
opt3.appendChild(document.createTextNode("Directional move"));
sel.appendChild(opt3);
}
const optg1 = document.createElement("optgroup");
const dist = 3000000;
const distStr = Math.round(dist/1000000).toString() + "mkm";
optg1.setAttribute("label", "Scanner network 8+2");
create_option_net(optg1, distStr + " Up", 0, 0, Math.round(dist/4000));
create_option_net(optg1, distStr + " Down", 0, 0, -Math.round(dist/4000));
create_option_net_polar(optg1, distStr + " 01'o", 1, dist);
create_option_net_polar(optg1, distStr + " 02'o", 2, dist);
create_option_net_polar(optg1, distStr + " 03'o", 3, dist);
create_option_net_polar(optg1, distStr + " 04'o", 4, dist);
create_option_net_polar(optg1, distStr + " 05'o", 5, dist);
create_option_net_polar(optg1, distStr + " 06'o", 6, dist);
create_option_net_polar(optg1, distStr + " 07'o", 7, dist);
create_option_net_polar(optg1, distStr + " 08'o", 8, dist);
create_option_net_polar(optg1, distStr + " 09'o", 9, dist);
create_option_net_polar(optg1, distStr + " 10'o", 10, dist);
create_option_net_polar(optg1, distStr + " 11'o", 11, dist);
create_option_net_polar(optg1, distStr + " 12'o", 12, dist);
sel.appendChild(optg1);
xyzposNode.parentNode.insertBefore(sel, xyzposNode.nextSibling.nextSibling);
// create target table (hidden)
create_target_table();
}
function startFleetHelper() {
xyzNode = byId("xyz");
if (xyzNode) {
mCoordinates = xyzNode.parentNode.parentNode;
createUI();
xlog("Initialized");
} else {
xerror("NOT Initialized");
}
}
setTimeout(startFleetHelper, 500);