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actions.js
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actions.js
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import { MonksActiveTiles, log, error, actiontext, debug, warn, setting, i18n, makeid, rollDice, getVolume, getValue, asyncFilter, rectContains } from './monks-active-tiles.js';
import { BatchManager } from "./classes/BatchManager.js";
export class ActionManager {
static wrapQuotes = (val) => {
if (typeof val == "string" && val.startsWith('"') && val.endsWith('"')) return val;
return `"${val}"`;
}
static pickRandom = (arr, id) => {
if (arr.length == 0)
return null;
else if (arr.length == 1)
return arr[0];
else {
let results = arr.filter(d => d.dest == undefined || d.dest.id != id);
let idx = Math.clamp(parseInt(Math.random() * results.length), 0, results.length - 1);
return results[idx];
}
}
static getDefaultValue = (actionID, ctrlId, defvalue) => {
let action = ActionManager.actions[actionID];
if (action) {
let ctrl = action.ctrls.find(c => c.id == ctrlId);
if (ctrl)
return ctrl.defvalue;
}
return defvalue;
}
static getDefaultType = (actionID, ctrlId, deftype) => {
let action = ActionManager.actions[actionID];
if (action) {
let ctrl = action.ctrls.find(c => c.id == ctrlId);
if (ctrl)
return ctrl.defaultType;
}
return deftype;
}
static get actions() {
return {
'pause': {
name: "MonksActiveTiles.action.pause",
ctrls: [
{
id: "pause",
name: "MonksActiveTiles.ctrl.state",
list: "state",
type: "list"
}
],
values: {
'state': {
'pause': "MonksActiveTiles.pause.pause",
'unpause': "MonksActiveTiles.pause.unpause",
'toggle': "MonksActiveTiles.pause.toggle"
}
},
fn: (args = {}) => {
const { action } = args;
game.togglePause((action?.data?.pause == "toggle" ? null : (action?.data?.pause !== 'unpause')), true);
},
content: async (trigger, action) => {
return actiontext("MonksActiveTiles.actiontext.pause", { pause: i18n(trigger.values.state[action?.data?.pause || 'pause']) });
}
},
'delay': {
name: "MonksActiveTiles.action.delay",
ctrls: [
{
id: "delay",
name: "MonksActiveTiles.ctrl.delay",
type: "text",
required: true,
help: "Use commas to create a list of times to randomly pick from, and 5-15 to randomly pick a time between 5s and 15s, "
}
],
fn: async (args = {}) => {
const { action, tile } = args;
let times = ("" + action.data.delay).split(',').map(d => d.trim());
let time = times[Math.floor(Math.random() * times.length)];
if (time.indexOf('-') != -1) {
let parts = time.split('-');
let lower = parseFloat(parts[0]) * 1000;
let upper = parseFloat(parts[1]) * 1000;
time = Math.floor((Math.random() * (upper - lower)) + lower);
} else {
let roll = await rollDice(time);
time = parseFloat(roll.value) * 1000;
}
if (time > 0) {
tile._resumeTimer = window.setTimeout(function () {
delete tile._resumeTimer;
tile.resumeActions(args._id);
}, time);
}
return { pause: true };
},
content: async (trigger, action) => {
return actiontext("MonksActiveTiles.actiontext.delay", action.data);
},
},
'movement': {
name: "MonksActiveTiles.action.stopmovement",
stop: true,
ctrls: [
{
id: "snap",
name: "MonksActiveTiles.ctrl.snap",
type: "checkbox",
help: '<span style="color: #FF0000;">Stop Movement only applies to Entering and Exiting the Tile</span>',
helpConditional: (app, action) => {
let triggers = $('input[name="flags.monks-active-tiles.trigger"]', app.options.parent.element).val().split(",");
return !(triggers.includes("enter") || triggers.includes("exit"));
}
}
],
fn: async (args = {}) => {
const { action, tile } = args;
return { stopmovement: action.data?.snap ? "snap" : true };
},
content: async (trigger, action) => {
return actiontext("MonksActiveTiles.actiontext.movement",
{
action: i18n(trigger.name),
snap: MonksActiveTiles.getActionFlag(action.data?.snap, 'snap')
});
}
},
'pancanvas': {
name: "MonksActiveTiles.action.pancanvas",
ctrls: [
{
id: "location",
name: "MonksActiveTiles.ctrl.select-coordinates",
type: "select",
subtype: "position",
options: { show: ['token', 'players', 'previous', 'tagger'] },
restrict: (entity) => { return (entity instanceof Tile || entity instanceof Token); },
required: true,
placeholder: 'Select a location or Tile'
},
{
id: "animate",
name: "MonksActiveTiles.ctrl.animate",
type: "checkbox",
onClick: (app) => {
app.checkConditional();
}
},
{
id: "duration",
name: "MonksActiveTiles.ctrl.duration",
type: "number",
defvalue: 1,
min: 0.05,
max: null,
step: 0.05,
conditional: (app) => { return $('input[name="data.animate"]', app.element).prop("checked") }
},
{
id: "panfor",
name: "MonksActiveTiles.ctrl.for",
list: "panfor",
type: "list",
subtype: "for",
defvalue: "trigger",
}
],
values: {
'panfor': {
"everyone": "MonksActiveTiles.for.all",
"players": "MonksActiveTiles.for.players",
"gm": "MonksActiveTiles.for.gm",
"trigger": "MonksActiveTiles.for.triggering",
"token": "MonksActiveTiles.for.token",
"owner": "MonksActiveTiles.for.owner",
"previous": "MonksActiveTiles.for.current"
}
},
fn: async (args = {}) => {
const { tile, action, userId, value } = args;
let panfor = action.data.panfor || 'trigger';
let showUsers = await MonksActiveTiles.getForPlayers(panfor, args);
if (action.data.location?.id == "players") {
for (let user of showUsers) {
let player = game.users.get(user);
if (!player?.isGM && player?.active) {
let tokens = tile.parent.tokens.filter(t => t.actor?.id == player.character?.id);
if (tokens.length) {
MonksActiveTiles.emit('pan',
{
users: [user],
animate: action.data.animate,
dest: {
x: tokens[0].x + ((Math.abs(tokens[0].width) * tile.parent.dimensions.size) / 2),
y: tokens[0].y + ((Math.abs(tokens[0].height) * tile.parent.dimensions.size) / 2),
scene: tile.parent.id,
}
});
}
}
}
} else {
let _args = action.data.location?.id === "token" ? Object.assign({}, args, { pt: null }) : args;
let dests = await MonksActiveTiles.getLocation.call(tile, action.data.location, _args);
for (let i = 0; i < dests.length; i++) {
let dest = dests[i];
if (dest.scene != undefined && dest.scene != canvas.scene.id)
return;
dest.duration = (action.data?.duration ?? 1) * 1000;
dest.x = parseInt(await getValue(dest.x, args, dest, { prop: canvas.scene._viewPosition.x, explicit: true }));
dest.y = parseInt(await getValue(dest.y, args, dest, { prop: canvas.scene._viewPosition.y, explicit: true }));
let panUsers = foundry.utils.duplicate(showUsers);
let runForMe = panUsers.includes(game.user.id);
panUsers = panUsers.filter(u => u != game.user.id);
if (panUsers.length) {
MonksActiveTiles.emit('pan',
{
users: panUsers,
animate: action.data.animate,
dest: dest
});
}
if (runForMe) {
if (action.data.animate)
await canvas.animatePan(dest);
else
canvas.pan(dest);
}
}
}
},
content: async (trigger, action) => {
let locationName = await MonksActiveTiles.locationName(action.data?.location);
return `<span class="action-style">${i18n(trigger.name)}</span> to <span class="details-style">"${locationName}"</span> for <span class="value-style"><${MonksActiveTiles.forPlayersName(action.data?.panfor || "trigger") }></span>${(action.data.animate ? ' <i class="fas fa-sign-in-alt" title="Animate"></i>' : '')}`;
}
},
'ping': {
name: "MonksActiveTiles.action.ping",
ctrls: [
{
id: "location",
name: "MonksActiveTiles.ctrl.select-coordinates",
type: "select",
subtype: "location",
options: { show: ['token', 'players', 'previous', 'tagger'] },
restrict: (entity) => { return (entity instanceof Tile || entity instanceof Token); },
required: true,
placeholder: 'Select a location or Tile'
},
{
id: "style",
name: "MonksActiveTiles.ctrl.pingstyle",
list: () => {
return CONFIG.Canvas.pings.types;
},
type: "list",
},
{
id: "pingfrom",
name: "MonksActiveTiles.ctrl.for",
list: "from",
type: "list",
subtype: "for",
defvalue: "trigger",
}
],
values: {
'from': {
"everyone": "MonksActiveTiles.for.all",
"players": "MonksActiveTiles.for.players",
"gm": "MonksActiveTiles.for.gm",
"trigger": "MonksActiveTiles.for.triggering",
"token": "MonksActiveTiles.for.token",
"owner": "MonksActiveTiles.for.owner",
"previous": "MonksActiveTiles.for.current"
}
},
fn: async (args = {}) => {
const { tile, action, userId, value } = args;
let dests = await MonksActiveTiles.getLocation.call(tile, action.data.location, args);
for (let dest of dests) {
let pingfrom = action.data.pingfrom || 'trigger';
let showUsers = await MonksActiveTiles.getForPlayers(pingfrom, args);
if (showUsers.includes(game.user.id)) {
canvas.ping({ x: dest.x, y: dest.y }, { style: CONFIG.Canvas.pings.types[action.data.style] });
showUsers = showUsers.filter(u => u != game.user.id);
}
if (showUsers.length) {
MonksActiveTiles.emit('ping',
{
users: showUsers,
style: action.data.style,
location: { x: dest.x, y: dest.y }
});
}
}
},
content: async (trigger, action) => {
let locationName = await MonksActiveTiles.locationName(action.data?.location);
return `<span class="action-style">${i18n(trigger.name)}</span> <span class="value-style"><${i18n(`MonksActiveTiles.ping.${CONFIG.Canvas.pings.types[action.data.style]}`)}></span> at <span class="details-style">"${locationName}"</span>`;
}
},
'teleport': {
name: "MonksActiveTiles.action.teleport",
ctrls: [
{
id: "entity",
name: "MonksActiveTiles.ctrl.select-entity",
type: "select",
subtype: "entity",
options: { show: ['token', 'within', 'players', 'previous', 'tagger'] },
restrict: (entity) => { return (entity instanceof Token); },
defaultType: "tokens"
},
{
id: "location",
name: "MonksActiveTiles.ctrl.select-coordinates",
type: "select",
subtype: "either",
onChange: (app) => {
app.checkConditional();
},
options: { show: ['tile', 'previous', 'tagger'] },
restrict: (entity) => { return (entity instanceof Tile); },
required: true,
placeholder: 'Select a location or Tile'
},
{
id: "position",
name: "MonksActiveTiles.ctrl.positioning",
list: "position",
type: "list",
conditional: (app) => {
let entity = $('input[name="data.location"]', app.element).data("value") || {};
return /[a-zA-Z0-9]{16}$/.test(entity?.id) || (entity?.id || "").startsWith("tagger") || (entity?.id || "") == "tile";
},
defvalue: "random"
},
{
id: "remotesnap", //using remote snap because I don't want this to trigger the token to be snapped to the grid on the tile
name: "MonksActiveTiles.ctrl.snap",
type: "checkbox"
},
{
id: "animatepan",
name: "MonksActiveTiles.ctrl.animatepan",
type: "checkbox"
},
{
id: "triggerremote",
name: "MonksActiveTiles.ctrl.triggerremote",
type: "checkbox",
defvalue: false,
},
{
id: "deletesource",
name: "MonksActiveTiles.ctrl.deletesource",
type: "checkbox",
help: "If you are teleporting between scenes select this to remove the token on the previous scene.",
//conditional: (app) => {
// let location = JSON.parse($('input[name="data.location"]', app.element).val() || "{}");
// return !!location.sceneId;
//}
},
{
id: "preservesettings",
name: "MonksActiveTiles.ctrl.preservesettings",
type: "checkbox",
help: "If you are teleporting between scenes and want to keep the settings for the tokens on that scene."
//conditional: (app) => {
// let location = JSON.parse($('input[name="data.location"]', app.element).val() || "{}");
// return !!location.sceneId;
//}
},
{
id: "avoidtokens",
name: "MonksActiveTiles.ctrl.avoidtokens",
type: "checkbox"
},
{
id: "colour",
name: "MonksActiveTiles.ctrl.washcolour",
type: "colorpicker"
}
],
values: {
'position': {
'random': "MonksActiveTiles.position.random",
'center': "MonksActiveTiles.position.center",
'relative': "MonksActiveTiles.position.relative",
}
},
fn: async (args = {}) => {
const { tile, action, pt, userId, value, method, original } = args;
let entities = await MonksActiveTiles.getEntities(args);
if (!entities || entities.length == 0) {
log(i18n('MonksActiveTiles.msg.noteleporttoken'));
return;
}
let result = { continue: true, tokens: entities, entities: entities };
let timeout = false;
let batch = new BatchManager();
const cls = getDocumentClass("Token");
let newTokens = [];
let offsetPans = [];
let switchViews = [];
let oldTile = {
x: tile.x + (Math.abs(tile.width) / 2),
y: tile.y + (Math.abs(tile.height) / 2)
}
let tokenTransfers = {};
for (let tokendoc of entities) {
let loc = foundry.utils.duplicate(action.data.location);
loc.sceneId = loc.sceneId || tokendoc.parent.id;
let dests = await MonksActiveTiles.getLocation.call(tile, loc, args);
let midX = ((tokendoc.parent.dimensions.size * Math.abs(tokendoc.width)) / 2);
let midY = ((tokendoc.parent.dimensions.size * Math.abs(tokendoc.height)) / 2);
let oldPos = {
x: tokendoc.x + midX,
y: tokendoc.y + midY
}
let dest = ActionManager.pickRandom(dests, tile.id);
let entDest = foundry.utils.duplicate(dest);
if (!entDest) {
console.warn("monks-active-tiles | Could not find a teleport destination", loc);
let newPos = MonksActiveTiles.getSnappedPosition(original.x, original.y);
let ray = new Ray({ x: tokendoc.x, y: tokendoc.y }, { x: newPos.x, y: newPos.y });
const s = tokendoc.parent.dimensions.size;
const speed = s * 6;
let duration = (ray.distance * 1000) / speed;
let time = new Date().getTime() + duration;
batch.add("update", tokendoc, { x: newPos.x, y: newPos.y }, { bypass: false, originaltile: tile.id, animate: true, animation: { duration, time } });
continue;
}
if (entDest.x && typeof entDest.x == "string" && entDest.x.indexOf('-') > 1) {
let parts = entDest.x.split("-");
let min = parseInt(parts[0]);
let max = parseInt(parts[1]);
entDest.x = min + (Math.random() * (max - min));
}
if (entDest.y && typeof entDest.y == "string" && entDest.y.indexOf('-') > 1) {
let parts = entDest.y.split("-");
let min = parseInt(parts[0]);
let max = parseInt(parts[1]);
entDest.y = min + (Math.random() * (max - min));
}
entDest.x = parseInt(await getValue(entDest.x, args, tokendoc, { prop: tokendoc.x }));
entDest.y = parseInt(await getValue(entDest.y, args, tokendoc, { prop: tokendoc.y }));
/*
if (entDest.x && typeof entDest.x == "string" && (entDest.x.startsWith("+") || entDest.x.startsWith("-"))) {
entDest.x = parseInt(eval(`${tokendoc.x} ${entDest.x}`));
}
if (entDest.y && typeof entDest.y == "string" && (entDest.y.startsWith("+") || entDest.y.startsWith("-"))) {
entDest.y = parseInt(eval(`${tokendoc.y} ${entDest.y}`));
}*/
let scene = (dest.scene == undefined ? tokendoc.parent : game.scenes.get(dest.scene)) || tokendoc.parent;
if (dest.dest instanceof TileDocument) {
let destpos = action.data.position;
if (destpos == "center") {
entDest.x = dest.dest.x + (dest.dest.width / 2);
entDest.y = dest.dest.y + (dest.dest.height / 2);
} else if (destpos == "relative") {
let usePt = foundry.utils.duplicate(pt);
if (!["enter", "exit", "click", "dblclick", "rightclick", "dblrightclick"].includes(method) && tile.pointWithin(pt))
usePt = foundry.utils.duplicate(oldPos);
let deltaX1 = (usePt.x - oldTile.x);
let deltaY1 = (usePt.y - oldTile.y);
let percX = deltaX1 / (Math.abs(tile.width) / 2);
let percY = deltaY1 / (Math.abs(tile.height) / 2);
let deltaX2 = (Math.abs(dest.dest.width) / 2) * percX;
let deltaY2 = (Math.abs(dest.dest.height) / 2) * percY;
if (dest.dest.texture?.scaleX < 0)
deltaX2 = -deltaX2;
if (dest.dest.texture?.scaleY < 0)
deltaY2 = -deltaY2;
let midDestX = dest.dest.x + (Math.abs(dest.dest.width) / 2);
let midDestY = dest.dest.y + (Math.abs(dest.dest.height) / 2);
if (parseInt(midDestX + deltaX2).toNearest(dest.dest.parent.dimensions.size) == parseInt(midDestX + deltaX2) && deltaX2 > 0)
deltaX2 *= 0.99;
if (parseInt(midDestY + deltaY2).toNearest(dest.dest.parent.dimensions.size) == parseInt(midDestY + deltaY2) && deltaY2 > 0)
deltaY2 *= 0.99;
entDest.x = Math.clamp(parseInt(midDestX + deltaX2), dest.dest.x, dest.dest.x + dest.dest.width);
entDest.y = Math.clamp(parseInt(midDestY + deltaY2), dest.dest.y, dest.dest.y + dest.dest.height);
} else {
// Find a random location within this Tile
entDest.x = dest.dest.x + Math.floor((Math.random() * Math.abs(dest.dest.width)));
entDest.y = dest.dest.y + Math.floor((Math.random() * Math.abs(dest.dest.height)));
}
if (!dest.dest.pointWithin(entDest)) {
// If this dest is not within the Tile, then find a random point
entDest.x = dest.dest.x + Math.floor((Math.random() * Math.abs(dest.dest.width)));
entDest.y = dest.dest.y + Math.floor((Math.random() * Math.abs(dest.dest.height)));
}
}
if (!entDest.x || !entDest.y)
return;
//move the token to the new square
let newPos = {
x: entDest.x,
y: entDest.y
};
let samescene = (dest.scene == undefined || dest.scene == tokendoc.parent.id);
//await tokendoc.setFlag('monks-active-tiles', 'teleporting', true);
let owners = game.users.filter(u => {
return !u.isGM && u.character && u.character.id == tokendoc.actor?.id;
}).map(u => u.id);
if (!game.user.isGM && userId != game.user.id && !owners.includes(game.user.id))
owners.push(game.user.id);
let teleportColour = action.data.colour || setting("teleport-colour");
let bypass = action.data.triggerremote !== true;
if (samescene) {
await tokendoc._object?.stopAnimation(); //+++ need to stop the animation for everyone, even if they're not on the same scene
if (!rectContains(tokendoc.parent.dimensions.rect, newPos.x, newPos.y)) {
//+++find the closest spot on the edge of the scene
ui.notifications.error(i18n("MonksActiveTiles.msg.prevent-teleport"));
return;
}
//find a vacant spot
if (action.data.avoidtokens) {
newPos = MonksActiveTiles.findVacantSpot(newPos, tokendoc, tokendoc.parent, newTokens, entDest, action.data.remotesnap);
}
if (action.data.remotesnap) {
let gs = scene.dimensions.size;
newPos.x = Math.floor(newPos.x / gs) * gs;
newPos.y = Math.floor(newPos.y / gs) * gs;
} else {
newPos.x -= midX;
newPos.y -= midY;
}
let offset = { dx: (oldPos.x - midX) - newPos.x, dy: (oldPos.y - midY) - newPos.y };
//fade in backdrop
if (setting('teleport-wash') && owners.length) {
MonksActiveTiles.emit('fade', { users: owners, time: 1000, colour: teleportColour });
timeout = action.data.colour != "transparent";
}
if (userId != game.user.id) {
offsetPans.push({ userId: userId, animatepan: action.data.animatepan, x: offset.dx, y: offset.dy });
}
if (game.modules.get("drag_ruler")?.active && tokendoc.combatant) {
window.dragRuler.resetMovementHistory(tokendoc.combatant.combat, tokendoc.combatant.id);
}
newTokens.push({ x: newPos.x, y: newPos.y, width: tokendoc.width, height: tokendoc.height });
batch.add("update", tokendoc, { x: newPos.x, y: newPos.y, 'flags.monks-active-tiles.teleporting': true, 'flags.monks-active-tiles.current': true }, { bypass, animate: false, teleport: true, animation: { duration: 0 } });
//await tokendoc.update({ x: newPos.x, y: newPos.y }, { bypass: true, animate: false, teleport: true });
} else {
result.tokens = [];
//if the end spot is on a different scene then hide this token, check the new scene for a token for that actor and move it, otherwise create the token on the new scene
if (setting('teleport-wash') && owners.length) {
MonksActiveTiles.emit('fade', { users: owners, time: 1000, colour: teleportColour });
//await MonksActiveTiles.timeout(400);
}
let newtoken = (tokendoc.actor?.id && tokendoc.actorLink ? scene.tokens.find(t => { return t.actor?.id == tokendoc.actor?.id }) : null);
//find a vacant spot
if (action.data.avoidtokens)
newPos = MonksActiveTiles.findVacantSpot(newPos, tokendoc, scene, newTokens, entDest, action.data.remotesnap);
if (action.data.remotesnap) {
let gs = scene.dimensions.size;
newPos.x = Math.floor(newPos.x / gs) * gs;
newPos.y = Math.floor(newPos.y / gs) * gs;
} else {
newPos.x -= ((scene.dimensions.size * Math.abs(tokendoc.width)) / 2);
newPos.y -= ((scene.dimensions.size * Math.abs(tokendoc.height)) / 2);
}
let td = foundry.utils.mergeObject(await tokendoc.toObject(), { x: newPos.x, y: newPos.y, 'flags.monks-active-tiles.teleporting': true, 'flags.monks-active-tiles.current': true });
if (newtoken) {
batch.add("update", newtoken, (action.data.preservesettings ?
{ x: newPos.x, y: newPos.y, img: tokendoc.texture.src, hidden: tokendoc.hidden, 'flags.monks-active-tiles.teleporting': true, 'flags.monks-active-tiles.current': true } : td),
{ bypass, animate: false, teleport: true });
//await newtoken.update((action.data.preservesettings ? { x: newPos.x, y: newPos.y, hidden: tokendoc.hidden } : td), { bypass: true, animate: false, teleport: true });
} else {
batch.add("create", cls, td, { parent: scene });
//newtoken = await cls.create(td, { parent: scene });
}
newTokens.push({ x: newPos.x, y: newPos.y, width: tokendoc.width, height: tokendoc.height });
//await newtoken.unsetFlag('monks-active-tiles', 'teleporting');
//let oldhidden = tokendoc.hidden;
if (action.data.deletesource)
batch.add("delete", tokendoc);
else
batch.add("update", tokendoc, { hidden: true }); //hide the old one
//batch.add("update", newtoken, { hidden: oldhidden, img: tokendoc.img }); //preserve the image, and hiddenness of the old token
if (owners.length) {
//pass this back to the player
switchViews.push({ users: owners, sceneid: scene.id, newpos: newPos, oldpos: oldPos })
//MonksActiveTiles.emit('switchview', { userId: [owners], sceneid: scene.id, newpos: newPos, oldpos: oldPos });
}
if (!tokenTransfers[scene.id])
tokenTransfers[scene.id] = { name: scene.name, tokens: [] };
tokenTransfers[scene.id].tokens.push(tokendoc.name);
//result.tokens.push(newtoken);
}
//if (tokendoc && (samescene || !action.data.deletesource))
// await tokendoc.unsetFlag('monks-active-tiles', 'teleporting');
}
if (Object.keys(tokenTransfers).length) {
for (let scene of Object.values(tokenTransfers)) {
ui.notifications.warn(`${scene.tokens.join(", ")} has teleported to ${scene.name}`);
}
}
if (timeout)
await MonksActiveTiles.timeout(400);
for (let offsetPan of offsetPans)
MonksActiveTiles.emit('offsetpan', offsetPan);
let results = await batch.execute();
let merged = batch.mergeResults(results);
let tokens = merged.filter(t => { return t.flags["monks-active-tiles"]?.teleporting; });
tokens.forEach((t) => {
batch.add("update", t, { "flags.monks-active-tiles.-=teleporting": null });
});
result.tokens = merged.filter(t => { return t.flags["monks-active-tiles"]?.current; });
result.tokens.forEach((t) => {
batch.add("update", t, { "flags.monks-active-tiles.-=current": null });
});
await batch.execute();
for (let switchView of switchViews) {
MonksActiveTiles.emit('switchview', switchView);
}
window.setTimeout(async function () {
let batch = new BatchManager();
for (let tokendoc of entities) {
if (!tokendoc._destroyed)
batch.add("update", tokendoc, { "flags.monks-active-tiles.-=teleporting": null });
}
await batch.execute();
}, 2000);
return result;
},
content: async (trigger, action) => {
let ctrl = trigger.ctrls.find(c => c.id == "entity");
let entityName = await MonksActiveTiles.entityName(action.data?.entity || ctrl?.defvalue || "previous");
let locationName = await MonksActiveTiles.locationName(action.data?.location);
return `<span class="action-style">${i18n(trigger.name)}</span> <span class="entity-style">${entityName}</span> to <span class="details-style">"${locationName}"</span>${(action.data?.remotesnap ? ' <i class="fas fa-compress" title="Snap to grid"></i>' : '')}${(action.data.animatepan ? ' <i class="fas fa-sign-in-alt" title="Animate Pan"></i>' : '')}`;
}
},
'movetoken': {
name: "MonksActiveTiles.action.movement",
ctrls: [
{
id: "entity",
name: "MonksActiveTiles.ctrl.select-entity",
type: "select",
subtype: "entity",
options: { show: ['tile', 'token', 'within', 'players', 'previous', 'tagger'] },
restrict: (entity) => {
return (
entity instanceof Token ||
entity instanceof Tile ||
entity instanceof Drawing ||
entity instanceof AmbientLight ||
entity instanceof AmbientSound ||
entity instanceof Note);
},
defaultType: "tokens"
},
{
id: "location",
name: "MonksActiveTiles.ctrl.select-coordinates",
type: "select",
subtype: "either",
onChange: (app) => {
app.checkConditional();
},
options: { show: ['token', 'previous', 'tagger', 'origin'] },
restrict: (entity) => { return (entity instanceof Tile && this.scene.id == entity.parent.id) || this.scene.id == entity.id; },
required: true
},
{
id: "position",
name: "MonksActiveTiles.ctrl.positioning",
list: "position",
type: "list",
conditional: (app) => {
let entity = $('input[name="data.location"]', app.element).data("value") || {};
return /^Scene.[a-zA-Z0-9]{16}.Tile.[a-zA-Z0-9]{16}$/.test(entity?.id) || (entity?.id || "").startsWith("tagger");
},
defvalue: "random"
},
{
id: "snap", //using remote snap because I don't want this to trigger the token to be snapped to the grid on the tile
name: "MonksActiveTiles.ctrl.snap",
type: "checkbox",
defvalue: true
},
{
id: "duration",
name: "MonksActiveTiles.ctrl.duration",
type: "number",
min: 0,
step: 0.05,
defvalue: '',
help: "Use this if you want the movement to take a specific amount of time, otherwise leave it blank to set a speed for the token to travel"
},
{
id: "speed",
name: "MonksActiveTiles.ctrl.speed",
type: "number",
min: 0,
step: 0.05,
defvalue: 6,
help: "Use this if you want the movement to happen at a specific speed, will be ignored if duration has been set."
},
{
id: "trigger",
name: "MonksActiveTiles.ctrl.triggertiles",
type: "checkbox"
}
],
values: {
'position': {
'random': "MonksActiveTiles.position.random",
'center': "MonksActiveTiles.position.center",
'relative': "MonksActiveTiles.position.relative",
}
},
fn: async (args = {}) => {
const { tile, tokens, action, value, pt, method } = args;
let oldTile = {
x: tile.x + (Math.abs(tile.width) / 2),
y: tile.y + (Math.abs(tile.height) / 2)
}
//wait for animate movement
let entities = await MonksActiveTiles.getEntities(args, "tokens");
if (entities && entities.length > 0) {
//let hasOriginal = !!value.original;
//set or toggle visible
let result = {};
//let promises = [];
let batch = new BatchManager();
for (let entity of entities) {
if (!entity)
continue;
let object = entity.object;
let midX = entity instanceof TokenDocument ? ((Math.abs(entity.width) * entity.parent.dimensions.size) / 2) : Math.abs(entity.width || entity.shape?.width || 0) / 2;
let midY = entity instanceof TokenDocument ? ((Math.abs(entity.height) * entity.parent.dimensions.size) / 2) : Math.abs(entity.height || entity.shape?.height || 0) / 2;
let oldPos = {
x: entity.x + midX,
y: entity.y + midY
}
let location = foundry.utils.duplicate(action.data.location);
let dests = await MonksActiveTiles.getLocation.call(tile, location, Object.assign({}, args, { pt: { x: pt?.x - midX, y: pt?.y - midY } }));
let dest = ActionManager.pickRandom(dests);
let entDest = foundry.utils.duplicate(dest);
if (!entDest)
continue;
if (entDest.x && typeof entDest.x == "string" && entDest.x.indexOf('-') > 1) {
let parts = entDest.x.split("-");
let min = parseInt(parts[0]);
let max = parseInt(parts[1]);
entDest.x = min + (Math.random() * (max - min));
}
if (entDest.y && typeof entDest.y == "string" && entDest.y.indexOf('-') > 1) {
let parts = entDest.y.split("-");
let min = parseInt(parts[0]);
let max = parseInt(parts[1]);
entDest.y = min + (Math.random() * (max - min));
}
/*
if (typeof entDest.x == "string" && (entDest.x.startsWith("+") || entDest.x.startsWith("-"))) {
entDest.x = parseInt(eval(`${entity.x} ${entDest.x}`));
location.id = "origin";
}
if (typeof entDest.y == "string" && (entDest.y.startsWith("+") || entDest.y.startsWith("-"))) {
entDest.y = parseInt(eval(`${entity.y} ${entDest.y}`));
location.id = "origin";
}
*/
/*
if ((typeof entDest.x == "string" && (entDest.x.startsWith("+") || entDest.x.startsWith("-"))) ||
(typeof entDest.y == "string" && (entDest.y.startsWith("+") || entDest.y.startsWith("-")))) {
location.id = "origin";
}*/
let relX = (typeof entDest.x == "string" && (entDest.x.startsWith("+") || entDest.x.startsWith("-")));
let relY = (typeof entDest.x == "string" && (entDest.y.startsWith("+") || entDest.y.startsWith("-")));
entDest.x = parseInt(await getValue(entDest.x, args, entity, { prop: entity.x }));
entDest.y = parseInt(await getValue(entDest.y, args, entity, { prop: entity.y }));
if (dest.dest instanceof TileDocument) {
if (action.data.position == "center") {
entDest.x = dest.dest.x + (dest.dest.width / 2);
entDest.y = dest.dest.y + (dest.dest.height / 2);
} else if (action.data.position == "relative") {
let usePt = foundry.utils.duplicate(pt);
if (!["enter", "exit", "click", "dblclick", "rightclick", "dblrightclick"].includes(method) && tile.pointWithin(pt))
usePt = foundry.utils.duplicate(oldPos);
let deltaX = (usePt.x - oldTile.x);
let deltaY = (usePt.y - oldTile.y);
let destW = Math.abs(dest.dest.width);
let destH = Math.abs(dest.dest.width);
if (method == "enter" || method == "exit") {
let hW = ((entity.parent.dimensions.size * Math.abs(entity.width)) / 2);
let hH = ((entity.parent.dimensions.size * Math.abs(entity.height)) / 2);
destW -= (method == "enter" ? hW : -hW);
destH -= (method == "enter" ? hH : -hH);
}
deltaX = deltaX * (destW / Math.abs(tile.width));
deltaY = deltaY * (destH / Math.abs(tile.height));
let midDestX = dest.dest.x + (Math.abs(dest.dest.width) / 2);
let midDestY = dest.dest.y + (Math.abs(dest.dest.height) / 2);
entDest.x = Math.clamp(midDestX + deltaX, dest.dest.x, dest.dest.x + dest.dest.width);
entDest.y = Math.clamp(midDestY + deltaY, dest.dest.y, dest.dest.y + dest.dest.height);
} else {
// Find a random location within this Tile
entDest.x = dest.dest.x + Math.floor((Math.random() * Math.abs(dest.dest.width)));
entDest.y = dest.dest.y + Math.floor((Math.random() * Math.abs(dest.dest.height)));
}
}
let newPos = {
x: entDest.x,
y: entDest.y
};
if (!rectContains(entity.parent.dimensions.rect, newPos.x, newPos.y)) {
//+++find the closest spot on the edge of the scene
ui.notifications.error(i18n("MonksActiveTiles.msg.prevent-teleport"));
return;
}
if (action.data.snap) {
let gs = entity.parent.dimensions.size;
newPos.x = Math.floor(newPos.x / gs) * gs;
newPos.y = Math.floor(newPos.y / gs) * gs;
} //else if (!(entity instanceof TileDocument)) {
//if (!relX)
//newPos.x -= midX;
//if(!relY)
//newPos.y -= midY;
//}
let ray = new Ray({ x: entity.x, y: entity.y }, { x: newPos.x, y: newPos.y });
let duration = 0;
if (action.data?.duration == undefined) {
const s = entity.parent.dimensions.size;
const speed = s * (action.data?.speed ?? 6);
duration = (ray.distance * 1000) / speed;
} else
duration = action.data?.duration * 1000;
let time = new Date().getTime() + duration;
/*
delete entity._matt_locations;
if (dest.points) {
entity._matt_locations = {
points: dest.points,
index: 0,
duration: action.data?.duration,
speed: action.data?.speed,
repeat: dest.repeat
}
}
*/
batch.add("update", entity, { x: newPos.x, y: newPos.y }, { bypass: !action.data.trigger, originaltile: tile.id, animate: true, animation: { duration, time } });
MonksActiveTiles.addToResult(entity, result);
}
await batch.execute();
/*
for (let entity of entities) {
let anim = CanvasAnimation.getAnimation(entity._object.animationName);
if (anim && entity._matt_locations) {
let fn = async (entity) => {
if (entity._matt_locations){
let idx = entity._matt_locations.index ?? 0;
let pt = Object.assign({}, entity._matt_locations.points[idx]);
pt.x -= (Math.abs(entity.width) * entity.parent.dimensions.size) / 2;
pt.y -= (Math.abs(entity.height) * entity.parent.dimensions.size) / 2;
entity._matt_locations.index = entity._matt_locations.index + 1;
let duration = 0;
if (entity._matt_locations.duration == undefined) {
let ray = new Ray({ x: entity.x, y: entity.y }, { x: pt.x, y: pt.y });
const s = canvas.dimensions.size;
const speed = s * (entity._matt_locations.speed ?? 6);
duration = (ray.distance * 1000) / speed;
} else
duration = entity._matt_locations.duration * 1000;
if (entity._matt_locations.index >= entity._matt_locations.points.length) {
if (!entity._matt_locations.repeat)
delete entity._matt_locations;
else
entity._matt_locations.index = 1;
}
await entity.update(pt, { animate: true, animation: { duration } });
let anim = CanvasAnimation.getAnimation(entity._object.animationName);
if (anim && entity._matt_locations)
anim.promise.then(fn);
}
}
anim.promise.then(fn);
}
}
*/
return result;
}
},
content: async (trigger, action) => {
let ctrl = trigger.ctrls.find(c => c.id == "entity");