grid-apps-cmms/src/mesh/build.js
2024-07-23 22:42:20 -04:00

817 lines
28 KiB
JavaScript

/** Copyright Stewart Allen <sa@grid.space> -- All Rights Reserved */
"use strict";
// dep: moto.broker
// dep: mesh.util
// dep: mesh.api
gapp.register("mesh.build", [], (root, exports) => {
const { broker } = gapp;
const { mesh } = root;
const { api, util } = mesh;
const devel = api.isDebug;
let call = broker.send;
let rad = 180 / Math.PI;
let und = undefined;
broker.listeners({
ui_build
});
let spin_timer;
// add download / blob export to util
util.download = (data, filename = "mesh-data") => {
let url = window.URL.createObjectURL(new Blob([data], {type: "octet/stream"}));
$('download').innerHTML = `<a id="_data_export_" href="${url}" download="${filename}">x</a>`;
$('_data_export_').click();
};
// add modal dialog functions to api
const modal = api.modal = {
show(title, contents) {
if (this.info.showing) {
throw `modal conflict showing "${title}"`;
}
let bound = h.bind($('modal'), contents);
$('modal_title_text').innerText = title;
$('modal_page').style.display = 'flex';
$('modal_frame').style.display = 'flex';
$('spinner').style.display = 'none';
modal.info = { title, contents, showing: true };
broker.publish('modal_show');
return bound;
},
hide(cancel = false) {
if (!modal.info.showing) {
return;
}
clearTimeout(spin_timer);
$('modal_page').style.display = 'none';
modal.info.showing = false;
modal.info.cancelled = cancel;
broker.publish('modal_hide');
if (modal._dialog) {
modal._dialog.resolve(modal._dialog.bound);
modal._dialog = undefined;
}
},
cancel() {
// hide but set a flag denoting cancellation
modal.hide(true);
},
info: {
showing: false
},
get title() {
return modal.info.title;
},
get showing() {
return modal.info.showing;
},
spin(bool, delay) {
if (bool) {
if (delay) {
spin_timer = setTimeout(() => {
modal.spin(true);
}, delay);
return;
}
$('modal_page').style.display = 'flex';
$('modal_frame').style.display = 'none';
$('spinner').style.display = 'block';
broker.publish('modal_show', 'spinner');
} else {
modal.hide();
}
},
dialog(opt = {}) {
let { title, body } = opt;
let contents = [];
if (typeof body === 'string') {
contents.push(h.div(body))
} else if (Array.isArray(body)) {
contents.appendAll(body);
} else {
throw "invalid dialog contents";
}
return new Promise((resolve, reject) => {
let bound = this.show(title, contents);
modal._dialog = { resolve, reject, bound };
});
},
get bound() {
return modal._dialog ? modal._dialog.bound : undefined;
}
};
let pinner;
// transient logging window bottom/left
const log = api.log = {
age: 600000, // age out lines more than 10 minutes old
data: [], // last n messages
wait: 3000, // time before windows closes
lines: 20, // max log lines before forced-age out
emit() {
let { age, data, lines, render } = log;
let now = Date.now();
data.push({
text: `${dbug.since()} | ${[...arguments].join(' ')}`,
time: now
});
if (api.isDebug) {
console.log(data.peek().text);
}
while (!log.pinned && data.length && (data.length > lines || now - data[0].time > age)) {
data.shift();
}
return render();
},
hide() {
$('logger').style.display = 'none';
return log;
},
toggle(opt) {
return log.pinned ? log.unpin() && log.hide() : log.pin(opt);
},
pin(opt = { spinner: 100 }) {
log.pinned = true;
if (opt.spinner > 0) {
clearTimeout(pinner);
pinner = setTimeout(() => {
$('pinner').style.display = 'inline-block';
}, opt.spinner);
}
return log.show();
},
unpin() {
log.pinned = false;
clearTimeout(pinner);
$('pinner').style.display = 'none';
return log.show();
},
// show log window for `time` milliseconds or default
show(time) {
clearTimeout(log.timer);
log.timer = log.pinned ? null : setTimeout(log.hide, time || log.wait);
$('logger').style.display = 'flex';
return log;
},
// re-render and show current log messages
render() {
let area = $('logtext');
h.bind(area, log.data.map(rec => h.div({ _: rec.text })));
area.scrollTop = area.scrollHeight;
return log.show();
},
};
// bind endpoint for worker to log in the ui
gapp.broker.subscribe("mesh.log", msg => {
log.emit(msg);
});
// welcome dialog
api.welcome = function(version = "unknown") {
const { prefs } = api;
const { map } = prefs;
modal.show('About Mesh:Tool', h.div({ class:"welcome" }, [
h.a({
target: "docs",
_: "Guide & Documentation",
href: "https://docs.grid.space/projects/mesh-tool"
}),
h.a({
target: "docs",
_: "Grid.Space",
href: "https://grid.space/"
}),
h.div(`Version: ${version}`),
h.hr({ width: "100%" }),
h.div({ class: "choice" }, [
h.input({
type: "checkbox",
[ map.info.welcome !== false ? 'checked' : 'unchecked' ] : 1,
onchange: (ev) => {
map.info.welcome = ev.target.checked;
prefs.save();
}
}),
h.div("show at startup")
]),
]));
};
// bind settings endpoint to api
api.settings = function() {
const { util } = mesh;
const { prefs } = api;
const { surface, normals, space, wireframe } = prefs.map;
const { dark } = space;
const set1 = h.div([
h.label('dark mode'),
h.input({ type: "checkbox",
onchange: ev => call.set_darkmode(ev.target.checked),
[ dark ? 'checked' : 'unchecked' ] : 1
}),
h.label('auto floor'),
h.input({ type: "checkbox",
onchange: ev => prefs.save( space.floor = !space.floor ),
[ space.floor !== false ? 'checked' : 'unchecked' ] : 1
}),
h.label('auto center'),
h.input({ type: "checkbox",
onchange: ev => prefs.save( space.center = !space.center ),
[ space.center !== false ? 'checked' : 'unchecked' ] : 1
}),
]);
const set2 = h.div([
h.label({ class: "header", _: 'wire'}),
h.label('opacity'),
h.input({ type: "text", size: 5, value: parseFloat(wireframe.opacity),
onchange: ev => call.set_wireframe_opacity(ev.target.value)
}),
h.label('fog x'),
h.input({ type: "text", size: 5, value: parseFloat(wireframe.fog),
onchange: ev => call.set_wireframe_fog(ev.target.value)
}),
]);
const set3 = h.div([
h.label({ class: "header", _: 'normal'}),
h.label('length'),
h.input({ type: "text", size: 5, value: parseFloat(normals.length),
onchange: ev => call.set_normals_length(ev.target.value)
}),
h.label('color'),
h.input({ type: "text", size: 5,
value: util.toHexRGB(dark ? normals.color_dark : normals.color_lite),
onchange: ev => call.set_normals_color(util.fromHexRGB(ev.target.value))
}),
]);
const set4 = h.div([
h.label({ class: "header", _: 'surface'}),
h.label('radians'),
h.input({ type: "text", size: 5, value: parseFloat(surface.radians),
onchange: ev => call.set_surface_radians(ev.target.value)
}),
h.label('radius'),
h.input({ type: "text", size: 5, value: parseFloat(surface.radius || 0.2),
onchange: ev => call.set_surface_radius(ev.target.value)
}),
]);
modal.show('settings', h.div({ class: "settings" }, [ set1, set2, set3, set4 ] ));
}
// create html elements
function ui_build() {
const trash = FontAwesome.icon({ prefix: "fas", iconName: "trash" }).html[0];
const eye_open = FontAwesome.icon({ prefix: "fas", iconName: "eye" }).html[0];
const eye_closed = FontAwesome.icon({ prefix: "fas", iconName: "eye-slash" }).html[0];
// app name and drop menu
h.bind($('app-info'), [
h.div({ id: "app-name", _: "Mesh:Tool" }),
h.div({ id: "app-menu" }, [
h.div({ _: "help", onclick: api.help }),
h.hr(),
// h.div({ _: "version", onclick: api.version }),
h.div({ _: "donate", onclick: api.donate }),
h.div({ _: "slicer", onclick: api.kirimoto }),
h.hr(),
h.div({ id: "app-vers", _: mesh.version }),
])
]);
// add a help button
h.bind($('top-right'), [
h.div({ id: "top-version", onclick: api.version }, [
h.div({ class: "fas fa-hashtag" }),
]),
h.div({ id: "top-settings", onclick: api.settings }, [
h.div({ class: "fas fa-sliders-h" }),
]),
h.div({ id: "top-help", onclick: api.help }, [
h.div({ class: "far fa-question-circle" }),
]),
]);
// create top level app areas
let bound = h.bind($('app-body'), [
// modal dialog and page blocker
h.div({ id: 'modal_page' }, [
h.div({ id: 'modal_frame' }, [
h.div({ id: 'modal_title'}, [
h.div({ id: 'modal_title_text', _: 'title' }),
h.div({ id: 'modal_title_close', onclick: modal.cancel }, [
h.i({ class: "far fa-window-close" })
])
]),
h.div({ id: 'modal' }, [
h.div({ _: 'this is a modal test' })
])
]),
h.div({ id: 'spinner', class: 'spin' })
]),
// display and action areas
h.div({ id: 'modes' }),
h.div({ id: 'actions' }),
h.div({ id: 'grouplist'}),
h.div({ id: 'selectlist'}),
h.div({ id: 'logger', onmouseover() { log.show() } }),
h.div({ id: 'download', class: "hide" })
]);
let { modes, actions, grouplist, selectlist, logger } = bound;
// create slid in/out logging window
h.bind(logger, [ h.div({ id: 'logtext' }) ]);
// a few shortcuts to api calls
let { file, selection, mode, tool, prefs, add } = api;
// top/center mode selector
h.bind(modes, [ h.div([
h.button({ _: 'object', id: "mode-object", onclick() { mode.object() } }),
h.button({ _: 'tool', id: "mode-tool", onclick() { mode.tool() } }),
]), h.div([
h.button({ _: 'surface', id: "mode-surface", onclick() { mode.surface() } }),
h.button({ _: 'face', id: "mode-face", onclick() { mode.face() } }),
h.button({ _: 'edge', id: "mode-edge", onclick() { mode.edge() } }),
]) ]);
// create hotkey/action menu (top/left)
h.bind(actions, [
h.div([
// create and bind file loading elements
h.div({ _: "file", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'import', onclick: file.import }, [
h.input({
id: "import", type: "file", class: ["hide"], multiple: true,
onchange(evt) { broker.send.load_files(evt.target.files) }
})
]),
h.button({ _: 'export', onclick: file.export }),
])
]),
h.div([
h.div({ _: "add", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'cylinder', onclick() { add.cylinder() } }),
h.button({ _: 'cube', onclick() { add.cube() } }),
h.button({ _: 'gear', onclick() { add.gear() } }),
h.hr(),
h.button({ _: 'sketch', onclick() { add.sketch() } }),
devel ? h.button({ _: 'input', onclick: add.input }) : undefined
])
]),
h.div([
h.div({ _: "view", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'bounds', onclick() { selection.boundsBox({ toggle: true }) } }),
h.button({ _: 'normals', onclick() { api.normals() } }),
h.button({ _: 'gridlines', onclick() { api.grid() } }),
h.button({ _: 'wireframe', onclick() { api.wireframe() } }),
])
]),
h.div([
h.div({ _: "boolean", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'union', onclick: tool.union }),
h.button({ _: 'subtract', onclick: tool.subtract }),
h.button({ _: 'intersect', onclick: tool.intersect }),
h.button({ _: 'difference', onclick: tool.difference }),
])
]),
h.div([
h.div({ _: "pattern", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'circular', onclick() { api.pattern.circle() } }),
h.button({ _: 'grid', onclick() { api.pattern.grid() } }),
])
]),
h.div([
h.div({ _: "models", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'regroup', onclick: tool.regroup }),
h.span(),
h.button({ _: 'duplicate', onclick: tool.duplicate }),
h.button({ _: 'mirror', onclick: tool.mirror }),
h.button({ _: 'merge', onclick: tool.merge }),
h.button({ _: 'split', onclick: call.edit_split }),
h.span(),
h.button({ _: 'delete', onclick: api.selection.delete }),
])
]),
h.div([
h.div({ _: "faces", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'invert\nnormals', onclick: tool.invert }),
h.span(),
h.button({ _: 'delete', onclick: api.selection.delete }),
])
]),
h.div([
h.div({ _: "repair", class: "head" }),
h.div({ class: "back"}),
h.div({ class: "pop"}, [
h.button({ _: 'analyze', onclick: tool.analyze }),
h.button({ _: 'isolate', onclick: tool.isolate }),
h.button({ _: 'patch', onclick: tool.repair }),
// h.button({ _: 'rebuild', onclick: tool.rebuild }),
h.button({ _: 'clean', onclick: tool.clean }),
])
]),
]);
// for group/model/box/area/mesh dashboard grids
function grid(v1, v2, side = [ "pos", "rot"], top = [ "X", "Y", "Z" ], root) {
let v = 'val', l = 'lbl';
let [ X, Y, Z ] = top;
let [ pos, rot ] = side;
return h.div({ class: "grid"}, [
h.div({ _: "" }),
h.div({ _: X, class: "top noselect", id: root ? [ root, l, X ] : und }),
h.div({ _: Y, class: "top noselect", id: root ? [ root, l, Y ] : und }),
h.div({ _: Z, class: "top noselect", id: root ? [ root, l, Z ] : und }),
h.div({ _: side[0], class: "side noselect" }),
h.label({ _: v1[0], id: root ? [ root, v, X, pos ] : und }),
h.label({ _: v1[1], id: root ? [ root, v, Y, pos ] : und }),
h.label({ _: v1[2], id: root ? [ root, v, Z, pos ] : und }),
h.div({ _: side[1], class: "side noselect" }),
h.label({ _: v2[0], id: root ? [ root, v, X, rot ] : und }),
h.label({ _: v2[1], id: root ? [ root, v, Y, rot ] : und }),
h.label({ _: v2[2], id: root ? [ root, v, Z, rot ] : und }),
]);
}
function update_all() {
update_selector();
update_selection();
}
// update model selector list (top/right)
function update_selector() {
let selHas = selection.contains;
// map groups to divs
let groups = api.group.list()
.map(g => h.div([
h.button({ _: g.name || `group`, title: g.id,
class: [ "group", selHas(g) ? 'selected' : undefined ],
onclick(e) {
api.mode.object();
selection.toggle(g);
}
}),
h.div({ class: "models"},
// map models to buttons
g.models.map(m => [
h.button({ _: m.file || m.id,
class: [ selHas(m) ? 'selected' : undefined ],
onclick(e) {
if (e.shiftKey) {
tool.rename([ m ]);
} else {
if (!api.mode.is([ api.modes.object, api.modes.tool ])) {
api.mode.object();
}
selection.toggle(m);
}
},
onmouseover(e) {
m.highlight();
},
onmouseleave(e) {
m.unhighlight();
}
}),
h.button({
class: [ 'square' ],
onclick(e) {
m.visible({ toggle: true });
update_selector();
}
}, [ h.raw(m.visible() ? eye_open : eye_closed) ])
])
)
]));
let sketches = api.sketch.list();
if (sketches.length) {
let sg = h.div([
h.button({ _: 'sketch',
class: [ "group" ],
}),
sketches.map(sketch => h.div({ class: "models"}, [
h.button({ _: sketch.file || sketch.id,
class: [ selHas(sketch) ? 'selected' : undefined ],
onclick(e) {
if (e.shiftKey) {
tool.rename([ sketch ], 'sketch');
} else {
selection.toggle(sketch);
}
},
onmouseover(e) {
sketch.highlight();
},
onmouseleave(e) {
sketch.unhighlight();
}
}),
h.button({
class: [ 'square' ],
onclick(e) {
sketch.visible({ toggle: true });
update_selector();
}
}, [
h.raw(sketch.visible() ? eye_open : eye_closed)
])
]))
]);
groups.push(sg);
}
h.bind(grouplist, groups);
}
// return function bound to field editing clicks
// builds a modal dialog that updates the object and field
function field_edit(title, set, opt = {}) {
return function(ev) {
let floor = api.prefs.map.space.floor !== false;
let value = ev.target.innerText;
let onclick = (ev) => {
let tempval = parseFloat($('tempval').value);
api.modal.hide(modal.info.cancelled);
if (modal.info.cancelled) {
return;
}
for (let g of api.selection.groups()) {
set(g, tempval, value);
if (floor && opt.floor !== false) {
g.floor(mesh.group);
}
defer_selection(); // update ui
}
};
let onkeydown = (ev) => {
if (ev.key === 'Enter') {
estop(ev);
onclick();
}
};
let { tempval } = api.modal.show(title, h.div({ class: "tempedit" }, [
h.input({ id: 'tempval', value, size: 10, onkeydown }),
h.button({ _: 'set', onclick })
]));
tempval.setSelectionRange(0, tempval.value.length);
tempval.focus();
}
}
// update model information dashboard (bottom)
function update_selection() {
let map = { fixed: 2 };
let s_grp = selection.groups(true);
let s_mdl = selection.models(true);
if (s_mdl.length === 0) {
return h.bind(selectlist, []);
}
// toggle-able stat block generator
let sdata = {};
function sblock(label, title, grid) {
let map = sdata[label] = {
hide: `${label}_hide`,
show: `${label}_show`,
data: `${label}_data`
};
return [
h.button({ id: map.show, class: "side" }, [ h.div(label)] ),
h.div({ id: map.data }, [
h.button({ id: map.hide, _: label, title }),
grid
])
];
}
// map selection to divs
let g_pos = util.average(s_grp.map(g => g.object.position));
let g_rot = util.average(s_grp.map(g => g.object.rotation));
let g_id = s_grp.map(g => g.id).join(' ');
let h_grp = sblock('orient', g_id, grid(
util.extract(g_pos, map),
util.extract(g_rot).map(r => (r * rad).round(2).toFixed(map.fixed)),
und, und, 'group'
));
let m_pos = util.average(s_mdl.map(m => m.object.position));
let m_rot = util.average(s_mdl.map(m => m.object.rotation));
let m_id = s_mdl.map(m => m.id).join(' ');
let bounds = util.bounds(s_mdl);
let h_ara = sblock('span', m_id, grid(
util.extract(bounds.center, map),
util.extract(bounds.size, map),
[ "center", "size" ], und, 'span'
));
let t_vert = s_mdl.map(m => m.vertices).reduce((a,v) => a+v);
let t_face = s_mdl.map(m => m.faces).reduce((a,v) => a+v);
let h_msh = [h.div([
h.button({ _: `mesh` }),
h.div({ class: ["grid","grid2"]}, [
h.div({ _: "" }),
h.div({ _: "count", class: "top" }),
h.div({ _: "vertex", class: "side" }),
h.label({ _: util.comma(t_vert) }),
h.div({ _: "face", class: "side" }),
h.label({ _: util.comma(t_face) }),
])
])];
let m_viz = !s_mdl.map(m => !m.visible()).reduce((v,b) => v || b);
let h_ops = [h.div([
h.button({ _: `ops` }),
h.div({ class: ["grid","grid1"]}, [
h.div({ class: [ 'square' ],
onclick(e) {
api.selection.visible(!m_viz);
update_selector();
}
}, [ h.raw(m_viz ? eye_open : eye_closed) ]),
h.div({ class: [ 'square' ],
onclick(e) { api.selection.delete() }
}, [ h.raw(trash) ])
])
])];
// bind elements to selectlist div
let bound = h.bind(selectlist, [
...h_grp,
...h_ara,
...h_msh,
...h_ops
]);
// bind rotation editable fields
let { group_val_X_rot, group_val_Y_rot, group_val_Z_rot } = bound;
[ group_val_X_rot, group_val_Y_rot, group_val_Z_rot ].forEach(e => {
e.classList.add('editable');
});
group_val_X_rot.onclick = field_edit('x rotation', (group, val) => {
let r = group.rotation();
group.rotation(val/rad, r.y, r.z);
});
group_val_Y_rot.onclick = field_edit('y rotation', (group, val) => {
let r = group.rotation();
group.rotation(r.x, val/rad, r.z);
});
group_val_Z_rot.onclick = field_edit('z rotation', (group, val) => {
let r = group.rotation();
group.rotation(r.x, r.y, val/rad);
});
// bind position editable fields
let { group_val_X_pos, group_val_Y_pos, group_val_Z_pos } = bound;
[ group_val_X_pos, group_val_Y_pos, group_val_Z_pos ].forEach(e => {
e.classList.add('editable');
});
group_val_X_pos.onclick = field_edit('x position', (group, val) => {
let r = group.position();
group.position(val, r.y, r.z);
}, { floor: false });
group_val_Y_pos.onclick = field_edit('y position', (group, val) => {
let r = group.position();
group.position(r.x, val, r.z);
}, { floor: false });
group_val_Z_pos.onclick = field_edit('z position', (group, val) => {
let r = group.position();
group.position(r.x, r.y, val);
}, { floor: false });
// bind scale editable fields
let pedit = prefs.map.edit;
let { span_val_X_size, span_val_Y_size, span_val_Z_size } = bound;
[ span_val_X_size, span_val_Y_size, span_val_Z_size ].forEach(e => {
e.classList.add('editable');
});
let axgrp = {};
// activate axis grouping toggles
[ "X", "Y", "Z" ].forEach(axis => {
let prefkey = `scale_group_${axis}`;
let agv = axgrp[axis] = pedit[prefkey];
let lbl = bound[`span_lbl_${axis}`];
lbl.classList.add('editable');
if (agv) {
lbl.classList.add('grouped');
} else {
bound[`span_lbl_${axis}`].classList.add('ungrouped');
}
lbl.onclick = () => {
pedit[prefkey] = !agv;
defer_selection(); // update ui
};
});
span_val_X_size.onclick = field_edit('x size', (group, val, oval) => {
let rel = val / parseFloat(oval);
if (axgrp.X) {
group.scale(rel, axgrp.Y ? rel : 1, axgrp.Z ? rel : 1);
} else {
group.scale(rel, 1, 1);
}
});
span_val_Y_size.onclick = field_edit('y size', (group, val, oval) => {
let rel = val / parseFloat(oval);
if (axgrp.Y) {
group.scale(axgrp.X ? rel : 1, rel, axgrp.Z ? rel : 1);
} else {
group.scale(1, rel, 1);
}
});
span_val_Z_size.onclick = field_edit('z size', (group, val, oval) => {
let rel = val / parseFloat(oval);
if (axgrp.Z) {
group.scale(axgrp.X ? rel : 1, axgrp.Y ? rel : 1, rel);
} else {
group.scale(1, 1, rel);
}
});
let pmap = prefs.map.info;
// map buttons to show/hide selection info
function toggle(label, h, s, d) {
s.onclick = () => {
s.style.display = 'none';
d.style.display = 'flex';
prefs.save( pmap[label] = 'show' ); // <- :)
};
h.onclick = () => {
d.style.display = 'none';
s.style.display = 'flex';
prefs.save( pmap[label] = 'hide' );
};
if (pmap[label] === 'show') {
s.onclick();
} else {
h.onclick();
}
}
for (let [label, map] of Object.entries(sdata)) {
let { data, hide, show } = map;
toggle(label, bound[hide], bound[show], bound[data]);
}
}
// listen for api calls
// create a deferred wrapper to merge multiple rapid events
let defer_all = util.deferWrap(update_all);
let defer_selector = util.deferWrap(update_selector);
let defer_selection = util.deferWrap(update_selection);
broker.listeners({
model_add: defer_all,
group_add: defer_all,
model_remove: defer_all,
group_remove: defer_all,
selection_update: defer_all,
selection_move: defer_selection,
selection_scale: defer_selection,
selection_rotate: defer_selection,
selection_qrotate: defer_selection,
});
}
});