<!DOCTYPE html>
<html lang="en">
<html>
<head>
<meta charset="utf-8">
<meta name="viewport" content="width=device-width, initial-scale=1.0">
<title>Ronin</title>
</head>
<body>
<script>
'use strict'
function Acels (client) {
this.el = document.createElement('ul')
this.el.id = 'acels'
this.order = []
this.all = {}
this.pipe = null
this.install = (host = document.body) => {
window.addEventListener('keydown', this.onKeyDown, false)
window.addEventListener('keyup', this.onKeyUp, false)
host.appendChild(this.el)
}
this.start = () => {
const cats = this.sort()
for (const cat of this.order) {
const main = document.createElement('li')
const head = document.createElement('a')
head.innerText = cat
const subs = document.createElement('ul')
for (const item of cats[cat]) {
const option = document.createElement('li')
option.onclick = item.downfn
option.innerHTML = item.accelerator ? `${item.name} <i>${item.accelerator.replace('CmdOrCtrl+', '^')}</i>` : `${item.name}`
subs.appendChild(option)
}
main.appendChild(head)
main.appendChild(subs)
this.el.appendChild(main)
}
}
this.set = (cat, name, accelerator, downfn, upfn) => {
if (this.all[accelerator]) { console.warn('Acels', `Trying to overwrite ${this.all[accelerator].name}, with ${name}.`) }
if (this.order.indexOf(cat) < 0) { this.order.push(cat) }
this.all[accelerator] = { cat, name, downfn, upfn, accelerator }
}
this.get = (accelerator) => {
return this.all[accelerator]
}
this.sort = () => {
const h = {}
for (const item of Object.values(this.all)) {
if (!h[item.cat]) { h[item.cat] = [] }
h[item.cat].push(item)
}
return h
}
this.convert = (event) => {
const accelerator = event.key === ' ' ? 'Space' : capitalize(event.key.replace('Arrow', ''))
if ((event.ctrlKey || event.metaKey) && event.shiftKey) {
return `CmdOrCtrl+Shift+${accelerator}`
}
if (event.shiftKey && event.key.toUpperCase() !== event.key) {
return `Shift+${accelerator}`
}
if (event.altKey && event.key.length !== 1) {
return `Alt+${accelerator}`
}
if (event.ctrlKey || event.metaKey) {
return `CmdOrCtrl+${accelerator}`
}
return accelerator
}
this.route = (obj) => {
this.pipe = obj
}
this.onKeyDown = (e) => {
const target = this.get(this.convert(e))
if (!target || !target.downfn) { return this.pipe ? this.pipe.onKeyDown(e) : null }
target.downfn()
e.preventDefault()
}
this.onKeyUp = (e) => {
const target = this.get(this.convert(e))
if (!target || !target.upfn) { return this.pipe ? this.pipe.onKeyUp(e) : null }
target.upfn()
e.preventDefault()
}
this.toMarkdown = () => {
const cats = this.sort()
let text = ''
for (const cat in cats) {
text += `\n### ${cat}\n\n`
for (const item of cats[cat]) {
text += item.accelerator ? `- \`${item.accelerator}\`: ${item.name}\n` : ''
}
}
return text.trim()
}
this.toString = () => {
const cats = this.sort()
let text = ''
for (const cat of this.order) {
for (const item of cats[cat]) {
text += item.accelerator ? `${cat.padEnd(8, ' ')} ${item.name.padEnd(16, ' ')} ${item.accelerator.replace('CmdOrCtrl+', '^')}\n` : ''
}
}
return text.trim()
}
this.toggle = () => {
this.el.className = this.el.className === 'hidden' ? '' : 'hidden'
}
function capitalize (s) { return s.substr(0, 1).toUpperCase() + s.substr(1) }
}
'use strict'
function Lain (lib = {}) {
const TYPES = { identifier: 0, number: 1, string: 2, bool: 3, symbol: 4 }
const Context = function (scope, parent) {
this.scope = scope
this.parent = parent
this.get = function (identifier) {
if (identifier in this.scope) {
return this.scope[identifier]
} else if (this.parent !== undefined) {
return this.parent.get(identifier)
}
}
}
const special = {
let: function (input, context) {
const letContext = input[1].reduce(function (acc, x) {
acc.scope[x[0].value] = interpret(x[1], context)
return acc
}, new Context({}, context))
return interpret(input[2], letContext)
},
def: function (input, context) {
if (input.length !== 3) { console.warn('Lain', 'Invalid definition.'); return }
const identifier = input[1].host ? input[1].host : input[1].value
if (input[1].host) {
if (!context.scope[identifier]) { context.scope[identifier] = {} }
context.scope[identifier][input[1].value] = interpret(input[2], context)
return context.scope[identifier][input[1].value]
}
context.scope[identifier] = interpret(input[2], context)
return context.scope[identifier]
},
defn: function (input, context) {
const identifier = input[1].value
if (context.scope[identifier]) { console.warn('Lain', `Redefining function: ${identifier}`) }
const fnParams = input[2].type === TYPES.string && input[3] ? input[3] : input[2]
const fnBody = input[2].type === TYPES.string && input[4] ? input[4] : input[3]
context.scope[identifier] = function () {
const lambdaArguments = arguments
const lambdaScope = fnParams.reduce(function (acc, x, i) {
acc[x.value] = lambdaArguments[i]
return acc
}, {})
return interpret(fnBody, new Context(lambdaScope, context))
}
},
λ: function (input, context) {
return function () {
const lambdaArguments = arguments
const lambdaScope = input[1].reduce(function (acc, x, i) {
acc[x.value] = lambdaArguments[i]
return acc
}, {})
return interpret(input[2], new Context(lambdaScope, context))
}
},
if: function (input, context) {
return interpret(input[1], context) ? interpret(input[2], context) : input[3] ? interpret(input[3], context) : []
}
}
const interpretList = function (input, context) {
if (input.length > 0 && input[0].value in special) {
return special[input[0].value](input, context)
}
const list = []
for (let i = 0; i < input.length; i++) {
if (input[i].type === TYPES.symbol) {
if (input[i].host) {
const host = context.get(input[i].host)
if (host) {
list.push(host[input[i].value])
}
} else {
list.push(obj => obj[input[i].value])
}
} else {
list.push(interpret(input[i], context))
}
}
return list[0] instanceof Function ? list[0].apply(undefined, list.slice(1)) : list
}
const interpret = function (input, context) {
if (!input) { console.warn('Lain', context.scope); return null }
if (context === undefined) {
return interpret(input, new Context(lib))
} else if (input instanceof Array) {
return interpretList(input, context)
} else if (input.type === TYPES.identifier) {
return context.get(input.value)
} else if (input.type === TYPES.number || input.type === TYPES.symbol || input.type === TYPES.string || input.type === TYPES.bool) {
return input.value
}
}
const categorize = function (input) {
if (!isNaN(parseFloat(input))) {
return { type: TYPES.number, value: parseFloat(input) }
} else if (input[0] === '"' && input.slice(-1) === '"') {
return { type: TYPES.string, value: input.slice(1, -1) }
} else if (input[0] === ':') {
return { type: TYPES.symbol, value: input.slice(1) }
} else if (input.indexOf(':') > 0) {
return { type: TYPES.symbol, host: input.split(':')[0], value: input.split(':')[1] }
} else if (input === 'true' || input === 'false') {
return { type: TYPES.bool, value: input === 'true' }
} else {
return { type: TYPES.identifier, value: input }
}
}
const parenthesize = function (input, list) {
if (list === undefined) { return parenthesize(input, []) }
const token = input.shift()
if (token === undefined) {
return list.pop()
} else if (token === '(') {
list.push(parenthesize(input, []))
return parenthesize(input, list)
} else if (token === ')') {
return list
} else {
return parenthesize(input, list.concat(categorize(token)))
}
}
const tokenize = function (input) {
const i = input.replace(/^[\s]*;.*\n?/gm, '').split('"')
return i.map(function (x, i) {
return i % 2 === 0 ? x.replace(/\(/g, ' ( ').replace(/\)/g, ' ) ') : x.replace(/ /g, '!ws!')
}).join('"').trim().split(/\s+/).map(function (x) { return x.replace(/!ws!/g, ' ') })
}
this.run = (input) => {
return interpret(parenthesize(tokenize(input)))
}
}
'use strict'
function Source (client) {
this.cache = {}
this.install = () => {
}
this.start = () => {
this.new()
}
this.new = () => {
console.log('Source', 'New file..')
this.cache = {}
}
this.open = (ext, callback, store = false) => {
console.log('Source', 'Open file..')
const input = document.createElement('input')
input.type = 'file'
input.onchange = (e) => {
const file = e.target.files[0]
if (file.name.indexOf('.' + ext) < 0) { console.warn('Source', `Skipped ${file.name}`); return }
this.read(file, callback, store)
}
input.click()
}
this.load = (ext, callback) => {
console.log('Source', 'Load files..')
const input = document.createElement('input')
input.type = 'file'
input.setAttribute('multiple', 'multiple')
input.onchange = (e) => {
for (const file of e.target.files) {
if (file.name.indexOf('.' + ext) < 0) { console.warn('Source', `Skipped ${file.name}`); continue }
this.read(file, this.store)
}
}
input.click()
}
this.store = (file, content) => {
console.info('Source', 'Stored ' + file.name)
this.cache[file.name] = content
}
this.save = (name, content, type = 'text/plain', callback) => {
this.saveAs(name, content, type, callback)
}
this.saveAs = (name, ext, content, type = 'text/plain', callback) => {
console.log('Source', 'Save new file..')
this.write(name, ext, content, type, callback)
}
this.read = (file, callback, store = false) => {
const reader = new FileReader()
reader.onload = (event) => {
const res = event.target.result
if (callback) { callback(file, res) }
if (store) { this.store(file, res) }
}
reader.readAsText(file, 'UTF-8')
}
this.write = (name, ext, content, type, settings = 'charset=utf-8') => {
const link = document.createElement('a')
link.setAttribute('download', `${name}-${timestamp()}.${ext}`)
if (type === 'image/png' || type === 'image/jpeg') {
link.setAttribute('href', content)
} else {
link.setAttribute('href', 'data:' + type + ';' + settings + ',' + encodeURIComponent(content))
}
link.dispatchEvent(new MouseEvent('click', { bubbles: true, cancelable: true, view: window }))
}
function timestamp (d = new Date(), e = new Date(d)) {
return `${arvelie()}-${neralie()}`
}
function arvelie (date = new Date()) {
const start = new Date(date.getFullYear(), 0, 0)
const diff = (date - start) + ((start.getTimezoneOffset() - date.getTimezoneOffset()) * 60 * 1000)
const doty = Math.floor(diff / 86400000) - 1
const y = date.getFullYear().toString().substr(2, 2)
const m = doty === 364 || doty === 365 ? '+' : String.fromCharCode(97 + Math.floor(doty / 14)).toUpperCase()
const d = `${(doty === 365 ? 1 : doty === 366 ? 2 : (doty % 14)) + 1}`.padStart(2, '0')
return `${y}${m}${d}`
}
function neralie (d = new Date(), e = new Date(d)) {
const ms = e - d.setHours(0, 0, 0, 0)
return (ms / 8640 / 10000).toFixed(6).substr(2, 6)
}
}
'use strict'
function Theme (client) {
this.el = document.createElement('style')
this.el.type = 'text/css'
this.active = {}
this.default = {
background: '#eeeeee',
f_high: '#0a0a0a',
f_med: '#4a4a4a',
f_low: '#6a6a6a',
f_inv: '#111111',
b_high: '#a1a1a1',
b_med: '#c1c1c1',
b_low: '#ffffff',
b_inv: '#ffb545'
}
this.onLoad = () => {}
this.install = (host = document.body) => {
window.addEventListener('dragover', this.drag)
window.addEventListener('drop', this.drop)
host.appendChild(this.el)
}
this.start = () => {
console.log('Theme', 'Starting..')
if (isJson(localStorage.theme)) {
const storage = JSON.parse(localStorage.theme)
if (isValid(storage)) {
console.log('Theme', 'Loading theme in localStorage..')
this.load(storage)
return
}
}
this.load(this.default)
}
this.open = () => {
console.log('Theme', 'Open theme..')
const input = document.createElement('input')
input.type = 'file'
input.onchange = (e) => {
this.read(e.target.files[0], this.load)
}
input.click()
}
this.load = (data) => {
const theme = this.parse(data)
if (!isValid(theme)) { console.warn('Theme', 'Invalid format'); return }
console.log('Theme', 'Loaded theme!')
this.el.innerHTML = `:root {
--background: ${theme.background};
--f_high: ${theme.f_high};
--f_med: ${theme.f_med};
--f_low: ${theme.f_low};
--f_inv: ${theme.f_inv};
--b_high: ${theme.b_high};
--b_med: ${theme.b_med};
--b_low: ${theme.b_low};
--b_inv: ${theme.b_inv};
}`
localStorage.setItem('theme', JSON.stringify(theme))
this.active = theme
if (this.onLoad) {
this.onLoad(data)
}
}
this.reset = () => {
this.load(this.default)
}
this.set = (key, val) => {
if (!val) { return }
const hex = (`${val}`.substr(0, 1) !== '#' ? '#' : '') + `${val}`
if (!isColor(hex)) { console.warn('Theme', `${hex} is not a valid color.`); return }
this.active[key] = hex
}
this.get = (key) => {
return this.active[key]
}
this.parse = (any) => {
if (isValid(any)) { return any }
if (isJson(any)) { return JSON.parse(any) }
if (isHtml(any)) { return extract(any) }
}
this.drag = (e) => {
e.stopPropagation()
e.preventDefault()
e.dataTransfer.dropEffect = 'copy'
}
this.drop = (e) => {
e.preventDefault()
const file = e.dataTransfer.files[0]
if (file.name.indexOf('.svg') > -1) {
this.read(file, this.load)
}
e.stopPropagation()
}
this.read = (file, callback) => {
const reader = new FileReader()
reader.onload = (event) => {
callback(event.target.result)
}
reader.readAsText(file, 'UTF-8')
}
function extract (xml) {
const svg = new DOMParser().parseFromString(xml, 'text/xml')
try {
return {
background: svg.getElementById('background').getAttribute('fill'),
f_high: svg.getElementById('f_high').getAttribute('fill'),
f_med: svg.getElementById('f_med').getAttribute('fill'),
f_low: svg.getElementById('f_low').getAttribute('fill'),
f_inv: svg.getElementById('f_inv').getAttribute('fill'),
b_high: svg.getElementById('b_high').getAttribute('fill'),
b_med: svg.getElementById('b_med').getAttribute('fill'),
b_low: svg.getElementById('b_low').getAttribute('fill'),
b_inv: svg.getElementById('b_inv').getAttribute('fill')
}
} catch (err) {
console.warn('Theme', 'Incomplete SVG Theme', err)
}
}
function isValid (json) {
if (!json) { return false }
if (!json.background || !isColor(json.background)) { return false }
if (!json.f_high || !isColor(json.f_high)) { return false }
if (!json.f_med || !isColor(json.f_med)) { return false }
if (!json.f_low || !isColor(json.f_low)) { return false }
if (!json.f_inv || !isColor(json.f_inv)) { return false }
if (!json.b_high || !isColor(json.b_high)) { return false }
if (!json.b_med || !isColor(json.b_med)) { return false }
if (!json.b_low || !isColor(json.b_low)) { return false }
if (!json.b_inv || !isColor(json.b_inv)) { return false }
return true
}
function isColor (hex) {
return /^#([0-9A-F]{3}){1,2}$/i.test(hex)
}
function isJson (text) {
try { JSON.parse(text); return true } catch (error) { return false }
}
function isHtml (text) {
try { new DOMParser().parseFromString(text, 'text/xml'); return true } catch (error) { return false }
}
}
'use strict'
function Client () {
this.el = document.createElement('div')
this.el.id = 'ronin'
this.acels = new Acels(this)
this.theme = new Theme(this)
this.source = new Source(this)
this.commander = new Commander(this)
this.surface = new Surface(this)
this.library = new Library(this)
this.lain = new Lain(this.library)
this.bindings = {}
this.install = function (host = document.body) {
this._wrapper = document.createElement('div')
this._wrapper.id = 'wrapper'
this.commander.install(this._wrapper)
this.surface.install(this._wrapper)
this.el.appendChild(this._wrapper)
host.appendChild(this.el)
this.theme.install(host)
this.acels.install(host)
window.addEventListener('dragover', this.onDrag)
window.addEventListener('drop', this.onDrop)
this.acels.set('∷', 'Toggle Menubar', 'Tab', () => { this.acels.toggle() })
this.acels.set('∷', 'Open Theme', 'CmdOrCtrl+Shift+O', () => { this.theme.open() })
this.acels.set('∷', 'Reset Theme', 'CmdOrCtrl+Backspace', () => { this.theme.reset() })
this.acels.set('File', 'New', 'CmdOrCtrl+N', () => { this.source.new(); this.surface.clear(); this.commander.clear() })
this.acels.set('File', 'Save', 'CmdOrCtrl+S', () => { this.source.write('ronin', 'lisp', this.commander._input.value, 'text/plain') })
this.acels.set('File', 'Export Image', 'CmdOrCtrl+E', () => { this.source.write('ronin', 'png', this.surface.el.toDataURL('image/png', 1.0), 'image/png') })
this.acels.set('File', 'Open', 'CmdOrCtrl+U', () => { this.source.open('lisp', this.whenOpen) })
this.acels.set('View', 'Toggle Guides', 'CmdOrCtrl+Shift+H', () => { this.surface.toggleGuides() })
this.acels.set('View', 'Toggle Commander', 'CmdOrCtrl+K', () => { this.commander.toggle() })
this.acels.set('View', 'Expand Commander', 'CmdOrCtrl+Shift+K', () => { this.commander.toggle(true) })
this.acels.set('Project', 'Eval', 'CmdOrCtrl+Enter', () => { this.commander.eval() })
this.acels.set('Project', 'Eval Selection', 'Alt+Enter', () => { this.commander.evalSelection() })
this.acels.set('Project', 'Re-Indent', 'CmdOrCtrl+Shift+I', () => { this.commander.lint() })
this.acels.set('Project', 'Clean', 'Escape', () => { this.commander.cleanup() })
this.acels.route(this)
}
this.start = function () {
console.log('Ronin', 'Starting..')
console.info(`${this.acels}`)
this.theme.start()
this.acels.start()
this.source.start()
this.commander.start()
this.surface.start()
this.loop()
}
this.whenOpen = (file, res) => {
console.log(file, res)
this.commander.load(res)
this.commander.show()
}
this.loop = () => {
if (this.bindings.animate && typeof this.bindings.animate === 'function') {
this.bindings.animate()
}
requestAnimationFrame(() => this.loop())
}
this.log = (...msg) => {
this.commander.setStatus(msg.reduce((acc, val) => {
return acc + JSON.stringify(val).replace(/"/g, '').trim() + ' '
}, ''))
}
this.bind = (event, fn) => {
this.bindings[event] = fn
}
this.mouseOrigin = null
this.onMouseDown = (e, id = 'mouse-down') => {
const pos = { x: e.offsetX * this.surface.ratio, y: e.offsetY * this.surface.ratio }
this.mouseOrigin = pos
const shape = this.mouseShape(pos, id)
if (this.bindings[id]) {
this.bindings[id](shape)
}
this.commander.capture()
this.surface.clearGuide()
this.surface.drawGuide(shape)
}
this.onKeyPress = (e, id = 'key-press') => {
if (this.bindings[id]) {
this.bindings[id](e)
}
}
this.onKeyDown = (e, id = 'key-down') => {
if (this.bindings[id]) {
this.bindings[id](e)
}
}
this.onKeyUp = (e, id = 'key-up') => {
if (this.bindings[id]) {
this.bindings[id](e)
}
}
this.onMouseMove = (e, id = 'mouse-move') => {
const pos = { x: e.offsetX * this.surface.ratio, y: e.offsetY * this.surface.ratio }
const shape = this.mouseShape(pos, id)
if (this.bindings[id]) {
this.bindings[id](shape)
}
if (this.mouseOrigin) {
this.commander.commit(shape, false, e.which !== 1)
this.surface.clearGuide()
this.surface.drawGuide(shape)
}
}
this.onMouseUp = (e, id = 'mouse-up') => {
const pos = { x: e.offsetX * this.surface.ratio, y: e.offsetY * this.surface.ratio }
const shape = this.mouseShape(pos, id)
if (this.bindings[id]) {
this.bindings[id](shape)
}
if (this.mouseOrigin) {
this.commander.commit(shape, true, e.which !== 1)
}
this.mouseOrigin = null
this.surface.clearGuide()
}
this.onMouseOver = (e) => {
this.mouseOrigin = null
}
this.onMouseOut = (e) => {
this.mouseOrigin = null
}
this.parseFile = (file) => {
if (file.name.indexOf('.lisp') > -1) {
this.source.read(file, this.whenOpen)
this.log('Loaded ' + file.name)
} else if (file.type.substr(0, 5) === 'image') {
const img = new Image()
img.onload = () => {
this.cache.set(file.name, img)
this.commander.injectPath(file.name)
this.log('Loaded ' + file.name)
}
img.src = URL.createObjectURL(file)
} else {
console.warn('Unknown format', file)
}
}
this.onDrag = (e) => {
e.stopPropagation()
e.preventDefault()
e.dataTransfer.dropEffect = 'copy'
}
this.onDrop = (e) => {
e.preventDefault()
e.stopPropagation()
for (const file of e.dataTransfer.files) {
this.parseFile(file)
}
}
this.cache = {
data: {},
set: (key, content) => {
this.log((this.cache.data[key] ? 'Updated ' : 'Stored ') + key)
this.cache.data[key] = content
},
get: (key) => {
return this.cache.data[key]
}
}
this.mouseShape = (position, type) => {
if (!this.mouseOrigin) { return }
const x = position.x
const y = position.y
const xy = x + ' ' + y
const pos = { x, y }
const line = {
a: { x: this.mouseOrigin.x, y: this.mouseOrigin.y },
b: { x: pos.x, y: pos.y }
}
const size = { w: line.a.x ? pos.x - line.a.x : 0, h: line.a.y ? pos.y - line.a.y : 0 }
const rect = {
x: line.a.x,
y: line.a.y,
w: size.w,
h: size.h
}
const wh = rect.w + ' ' + rect.h
const d = Math.sqrt(((line.a.x - line.b.x) * (line.a.x - line.b.x)) + ((line.a.y - line.b.y) * (line.a.y - line.b.y))).toFixed(2)
const r = d
const a = Math.atan2(pos.y - line.a.y, pos.x - line.a.x).toFixed(2)
const circle = {
cx: line.a.x,
cy: line.a.y,
r: d
}
const arc = {
cx: line.a.x,
cy: line.a.y,
r: d,
sa: 0,
ea: a
}
return { x, y, xy, wh, d, r, a, line, rect, pos, size, circle, arc, type, 'is-down': type !== 'mouse-up' ? true : null }
}
}
'use strict'
function Commander (client) {
this.el = document.createElement('div')
this.el.id = 'commander'
this._input = document.createElement('textarea')
this._status = document.createElement('div'); this._status.id = 'status'
this._log = document.createElement('div'); this._log.id = 'log'
this._docs = document.createElement('div'); this._docs.id = 'help'
this._eval = document.createElement('a'); this._eval.id = 'eval'
this.isVisible = true
this.install = function (host) {
this.el.appendChild(this._input)
this._status.appendChild(this._log)
this._status.appendChild(this._docs)
this._status.appendChild(this._eval)
this.el.appendChild(this._status)
host.appendChild(this.el)
this._eval.setAttribute('title', 'Eval(c-R)')
this._input.setAttribute('autocomplete', 'off')
this._input.setAttribute('autocorrect', 'off')
this._input.setAttribute('autocapitalize', 'off')
this._input.setAttribute('spellcheck', 'false')
this._input.addEventListener('input', this.onInput)
this._input.addEventListener('click', this.onClick)
this._eval.addEventListener('click', () => { this.eval() })
this._input.onkeydown = (e) => {
if (e.keyCode === 9 || e.which === 9) { e.preventDefault(); this.inject(' ') }
}
client.surface.maximize()
}
this.start = function () {
this.show()
this._input.value = this.splash
setTimeout(() => { this.eval() }, 1000)
this.setStatus('Ready.')
}
this.eval = (txt = this._input.value) => {
if (this._input.value.indexOf('$') > -1) { txt = this.clean(txt) }
client.bindings = {}
client.lain.run(`(${txt})`)
this.feedback()
}
this.evalSelection = () => {
const value = this._input.value.substr(this._input.selectionStart, this._input.selectionEnd)
client.lain.run(`(${value})`)
this.feedback()
}
this.load = function (txt) {
this._input.value = txt
this.eval(txt)
}
this.clear = function () {
this.load('')
}
this.cleanup = function () {
this._input.value = this.clean(this._input.value)
this.lint()
this.eval()
}
this.update = function () {
}
this.onInput = () => {
this.setStatus()
}
this.onClick = () => {
this.setStatus()
}
this.clean = function (input) {
const keywords = ['$pos+', '$pos', '$rect', '$line', '$x', '$y', '$xy']
for (const word of keywords) {
input = input.replace(word, '').trim()
}
return input
}
this.setStatus = function (msg) {
if (msg && msg !== this._log.textContent) {
this._log.textContent = `${msg}`
}
this._docs.textContent = this.getDocs()
}
this.cache = this._input.value
this.capture = function () {
if (this._input.value.indexOf('$') < 0) { return }
this.cache = this._input.value
}
this.inject = function (injection, at = this._input.selectionStart) {
this._input.value = this._input.value.substring(0, this._input.selectionStart) + injection + this._input.value.substring(this._input.selectionEnd)
this._input.selectionEnd = at + injection.length
}
this.injectPath = function (path) {
if (this._input.value.indexOf('$') < 0) { return }
this._input.value = this._input.value.replace('$path', `"${path}"`)
}
this.commit = function (shape, end = false, run = false) {
if (this.cache.indexOf('$') < 0) { return }
const segs = this.cache.split('$')
const words = segs[1].split(' ')
const word = words[0].split(/[^A-Za-z]/)[0]
const append = words[0].indexOf('+') > -1
if (word === 'drag') {
this.cache = this.cache.replace('$drag', '(drag $rect $line)')
} else if (word === 'view') {
this.cache = this.cache.replace('$view', '(view $rect $rect)')
} else if (word === 'poly') {
this.cache = this.cache.replace('$poly', '(poly $pos+)')
} else if (word === 'move') {
this.cache = this.cache.replace('$move', '(transform:move $wh)')
} else if (word === 'rotate') {
this.cache = this.cache.replace('$rotate', '(transform:rotate $a)')
}
if (shape[word]) {
if (append) {
this._input.value = this.cache.replace('$' + word + '+', this.template(shape[word], word) + ' $' + word + '+')
} else {
this._input.value = this.cache.replace('$' + word, this.template(shape[word], word))
}
}
if (end === true) {
this.cache = this._input.value
}
if (run === true) {
this.eval()
}
}
this.template = function (shape, word) {
if (word === 'rect') { return `(rect ${shape.x} ${shape.y} ${shape.w} ${shape.h})` }
if (word === 'pos') { return `(pos ${shape.x} ${shape.y})` }
if (word === 'line') { return `(line ${shape.a.x} ${shape.a.y} ${shape.b.x} ${shape.b.y})` }
if (word === 'circle') { return `(circle ${shape.cx} ${shape.cy} ${shape.r})` }
if (word === 'arc') { return `(arc ${shape.cx} ${shape.cy} ${shape.r} ${shape.sa} ${shape.ea})` }
if (word === 'x' || word === 'y' || word === 'xy' || word === 'wh' || word === 'a' || word === 'r') { return `${shape}` }
return ''
}
this.show = (expand = false) => {
if (this.isVisible === true && expand !== true) { return }
client.el.className = expand ? 'expand' : ''
this.isVisible = true
this._input.focus()
}
this.hide = () => {
if (this.isVisible !== true) { return }
client.el.className = 'hidden'
this.isVisible = false
this._input.blur()
}
this.toggle = (expand = false) => {
if (this.isVisible !== true) {
this.show(expand)
} else {
this.hide()
}
}
this.length = function () {
return this._input.value.split('\n').length
}
this.feedback = function () {
this._eval.className = 'active'
setTimeout(() => { this._eval.className = '' }, 150)
}
this.getCurrentWord = () => {
const pos = this._input.value.substr(0, this._input.selectionStart).lastIndexOf('(')
return this._input.value.substr(pos).split(' ')[0].replace(/\(/g, '').replace(/\)/g, '').trim()
}
this.getCurrentFunction = () => {
const word = this.getCurrentWord()
let mostSimilar = ''
if (client.library[word]) { return word }
for (const id of Object.keys(client.library)) {
if (id.substr(0, word.length) === word) {
mostSimilar = id
}
}
return mostSimilar
}
this.getDocs = (id) => {
const name = this.getCurrentFunction()
const fn = client.library[name]
if (!fn) { return }
const fnString = fn.toString()
if (fnString.indexOf(') => {') < 0) { return }
const fnParams = fnString.split(') => {')[0].substr(1).split(',').reduce((acc, item) => { return `${acc}${item.indexOf('=') > -1 ? '~' + item.split('=')[0].trim() : item} ` }, '').trim()
return `(${(name + ' ' + fnParams).trim()})`
}
this.lint = function () {
const value = this._input.value
if (value.split('(').length !== value.split(')').length) {
return client.log('Uneven number of parens.')
}
this._input.value = lintLISP(value)
}
this.splash = `; Ronin v2.50
(def logo-path "M60,60 L195,60 A45,45 0 0,1 240,105 A45,45 0 0,1 195,150 L60,150 M195,150 A45,45 0 0,1 240,195 L240,240 ")
(clear)
(resize 600 600)
(stroke
(svg 140 140 logo-path) "black" 7)`
}
function lintLISP (str) {
let val = str.replace(/\n/g, '').replace(/ \)/g, ')').replace(/ +(?= )/g, '').replace(/\( \(/g, '((').replace(/\) \)/g, '))').trim()
let depth = 0
for (let i = 0; i < val.length; i++) {
const c = val.charAt(i)
depth += c === '(' ? 1 : c === ')' ? -1 : 0
if (c === ';') {
const indent = '\n' + (' '.repeat(depth))
val = [val.slice(0, i), `${indent}`, val.slice(i)].join('')
i += indent.length
}
if (c === '(' && val.charAt(i + 1) !== ')') {
const indent = '\n' + (' '.repeat(depth - 1))
val = [val.slice(0, i), `${indent}`, val.slice(i)].join('')
i += indent.length
}
if (c === ')' && depth === 0) {
val = [val.slice(0, i), ')\n', val.slice(i + 1)].join('')
}
}
val = val.split('\n').map((line) => { return line.substr(0, 2) === '; ' ? `\n${line}\n` : line }).join('\n')
return val.trim()
}
'use strict'
function Library (client) {
this.open = (name, scale = 1) => { // Import a graphic and scale canvas to fit.
const img = client.cache.get(name)
if (!img) { client.log('No data for ' + name); return }
const rect = this.rect(0, 0, img.width * scale, img.height * scale)
this.resize(rect.w, rect.h)
this.import(name, rect)
return rect
}
this.import = (name, shape, alpha = 1) => { // Imports a graphic file with format.
const img = client.cache.get(name)
if (!img) { client.log('No data for ' + name); return }
client.surface.draw(img, shape, alpha)
return shape || this.rect(0, 0, img.width, img.height)
}
this.export = (format = 'jpg', quality = 0.9) => { // Exports a graphic file with format.
const type = `image/${format === 'jpeg' || format === 'jpg' ? 'jpeg' : 'png'}`
client.source.write('ronin', format, client.surface.el.toDataURL(type, quality), type)
}
this.files = () => {
return Object.keys(client.cache.data)
}
this.pos = (x = 0, y = 0) => { // Returns a position shape.
return { x, y }
}
this.line = (ax, ay, bx, by) => { // Returns a line shape.
return { a: this.pos(ax, ay), b: this.pos(bx, by) }
}
this.size = (w, h) => { // Returns a size shape.
return { w, h }
}
this.rect = (x, y, w, h) => { // Returns a rect shape.
return { x, y, w, h, pos: { x, y }, size: { w, h } }
}
this.circle = (cx, cy, r) => { // Returns a circle shape.
return { cx, cy, r }
}
this.ellipse = (cx, cy, rx, ry) => { // Returns a ellipse shape.
return { cx, cy, rx, ry }
}
this.arc = (cx, cy, r, sa, ea) => { // Returns an arc shape.
return { cx, cy, r, sa, ea }
}
this.poly = (...pos) => { // Returns a poly shape.
return pos
}
this.text = (x, y, p, t, a = 'left', f = 'Arial') => { // Returns a text shape.
return { x, y, p, t, a, f }
}
this.svg = (x, y, d) => { // Returns a svg shape.
return { x, y, d }
}
this.color = (r, g, b, a = 1) => { // Returns a color object.
const hex = '#' + ('0' + parseInt(r, 10).toString(16)).slice(-2) + ('0' + parseInt(g, 10).toString(16)).slice(-2) + ('0' + parseInt(b, 10).toString(16)).slice(-2)
const rgba = `rgba(${r},${g},${b},${a})`
return { r, g, b, a, hex, rgba, toString: () => { return rgba }, 0: r, 1: g, 2: b, 3: a, f: [r / 255, g / 255, b / 255, a] }
}
this.hsl = (h, s, l, a = 1) => { // returns a HSL color object
return { h, s, l, a, toString: () => { return `hsla(${h},${s}%,${l}%,${a})` }, 0: h, 1: s, 2: l, 3: a, f: [h / 360, s / 100, l / 100, a] }
}
this.resize = (w = client.surface.bounds().w, h = client.surface.bounds().h, fit = true) => { // Resizes the canvas to target w and h, returns the rect.
if (w === this['get-frame']().w && h === this['get-frame']().h) { return }
const rect = { x: 0, y: 0, w, h }
const a = document.createElement('img')
const b = document.createElement('img')
a.src = client.surface.el.toDataURL()
client.surface.resizeImage(a, b)
client.surface.resize(rect, fit)
return client.surface.draw(b, rect)
}
this.rescale = (w = 1, h) => { // Rescales the canvas to target ratio of w and h, returns the rect.
const rect = { x: 0, y: 0, w: this['get-frame']().w * w, h: this['get-frame']().h * (h || w) }
const a = document.createElement('img')
const b = document.createElement('img')
a.src = client.surface.el.toDataURL()
client.surface.resizeImage(a, b)
client.surface.resize(rect, true)
return client.surface.draw(b, rect)
}
this.crop = (rect = this['get-frame']()) => { // Crop canvas to rect.
return client.surface.crop(rect)
}
this.copy = (rect = this['get-frame']()) => { // Copy a section of the canvas.
return client.surface.copy(rect)
}
this.paste = (copy, rect = this['get-frame']()) => { // Paste a section of the canvas.
return client.surface.paste(copy, rect)
}
this.drag = (rect = this['get-frame'](), line = this.line()) => { // Drag a part of the canvas.
const pos = { x: line.b.x - line.a.x, y: line.b.y - line.a.y }
const crop = client.surface.copy(rect)
client.surface.clear(rect)
this.guide({ a: { x: rect.x, y: rect.y }, b: { x: pos.x + rect.x, y: pos.y + rect.y } })
this.guide(rect)
this.guide(this.offset(rect, { x: pos.x, y: pos.y }))
client.surface.context.drawImage(crop, rect.x, rect.y)
}
this.view = (a, b) => { // View a part of the canvas.
if (!a || !b) { return }
this.guide({ a: { x: a.x, y: a.y }, b: { x: b.x, y: b.y } })
this.guide(a)
this.guide(b)
client.surface.context.drawImage(this.copy(a), b.x, b.y, b.w, b.h)
}
this.pick = (shape = this['get-frame']()) => { // Returns the color of a pixel at pos, or of the average of the pixels in rect.
const rect = shape.w && shape.h ? shape : this.rect(shape.x, shape.y, 1, 1)
const img = client.surface.context.getImageData(rect.x, rect.y, rect.w, rect.h)
const sum = [0, 0, 0]
const count = img.data.length / 4
for (let i = 0, loop = img.data.length; i < loop; i += 4) {
sum[0] += img.data[i]
sum[1] += img.data[i + 1]
sum[2] += img.data[i + 2]
}
return this.color(this.floor(sum[0] / count), this.floor(sum[1] / count), this.floor(sum[2] / count))
}
this.orient = (deg = 0) => { // Orient canvas with angle in degrees.
const copy = this.copy()
const frame = this['get-frame']()
const mode = Math.floor(deg / 90) % 4
const offset = { x: [0, 0, -frame.w, -frame.w], y: [0, -frame.h, -frame.h, 0] }
const rect = { x: 0, y: 0, w: (mode === 1 || mode === 3 ? frame.h : frame.w), h: (mode === 1 || mode === 3 ? frame.w : frame.h) }
client.surface.resize(rect, false)
client.surface.context.save()
client.surface.context.rotate(this.rad(mode * 90))
client.surface.context.translate(offset.x[mode], offset.y[mode])
client.surface.context.drawImage(copy, 0, 0)
client.surface.context.restore()
}
this.mirror = { // Mirror canvas, methods: `x`, `y`.
x: (j = 0) => {
const copy = this.copy()
const frame = this['get-frame']()
client.surface.context.save()
client.surface.context.translate(frame.w, 0)
client.surface.context.scale(-1, 1)
client.surface.context.drawImage(copy, 0, 0)
client.surface.context.restore()
},
y: (j = 0) => {
const copy = this.copy()
const frame = this['get-frame']()
client.surface.context.save()
client.surface.context.translate(0, frame.h)
client.surface.context.scale(1, -1)
client.surface.context.drawImage(copy, 0, 0)
client.surface.context.restore()
}
}
this.transform = { // The transform toolkit, methods `push`, `pop`, `reset`, `move`, `scale`, `rotate`.
push: () => {
client.surface.context.save()
},
pop: () => {
client.surface.context.restore()
},
reset: () => {
client.surface.context.resetTransform()
client.surface.guide.resetTransform()
},
move: (x, y) => {
client.surface.context.translate(x, y)
this.guide(this.line(0, 0, x, y))
client.surface.guide.translate(x, y)
},
scale: (w, h) => {
client.surface.context.scale(w, h === undefined ? w : h)
this.guide(this.rect(0, 0, 50 * w, 50 * h))
client.surface.guide.scale(w, h === undefined ? w : h)
},
rotate: (a) => {
client.surface.context.rotate(a)
this.guide(this.arc(0, 0, 50, 0, a))
client.surface.guide.rotate(a)
}
}
this.stroke = (shape, color, thickness = 2) => { // Strokes a shape.
client.surface.stroke(shape, color, thickness)
return shape
}
this.fill = (rect = this['get-frame'](), color) => { // Fills a shape.
client.surface.fill(rect, color)
return rect
}
this.clear = (rect = this['get-frame']()) => { // Clears a rect.
client.surface.clearGuide(rect)
client.surface.clear(rect)
return rect
}
this.gradient = (line, colors = ['white', 'black']) => { // Defines a gradient color.
const gradient = client.surface.context.createLinearGradient(line.a.x, line.a.y, line.b.x, line.b.y)
colors.forEach((color, i) => {
gradient.addColorStop(i * (1 / (colors.length - 1)), color)
})
return gradient
}
this.guide = (shape, color) => { // Draws a shape on the guide layer.
client.surface.drawGuide(shape, color)
return shape
}
this.pixels = (fn, q = 1, rect = this['get-frame']()) => {
if (!fn) { console.warn('Unknown function'); return rect }
const img = client.surface.context.getImageData(rect.x, rect.y, rect.w, rect.h)
for (let i = 0, loop = img.data.length; i < loop; i += 4) {
const pixel = [img.data[i], img.data[i + 1], img.data[i + 2], img.data[i + 3]]
const processed = fn(pixel, q)
img.data[i] = this.clamp(parseInt(processed[0]), 0, 255)
img.data[i + 1] = this.clamp(parseInt(processed[1]), 0, 255)
img.data[i + 2] = this.clamp(parseInt(processed[2]), 0, 255)
img.data[i + 3] = this.clamp(parseInt(processed[3]), 0, 255)
}
client.surface.context.putImageData(img, rect.x, rect.y)
return rect
}
this.saturation = (pixel, q) => { // Change the saturation of pixels.
const color = this.lum(pixel)
return [(color * (1 - q)) + (pixel[0] * q), (color * (1 - q)) + (pixel[1] * q), (color * (1 - q)) + (pixel[2] * q), pixel[3]]
}
this.contrast = (pixel, q) => { // Change the contrast of pixels.
const intercept = 128 * (1 - q)
return [pixel[0] * q + intercept, pixel[1] * q + intercept, pixel[2] * q + intercept, pixel[3]]
}
this.brightness = (pixel, q) => { // Change the brightness of pixels.
const range = 255 - -q
return [((pixel[0] / 255) * range), ((pixel[1] / 255) * range), ((pixel[2] / 255) * range), pixel[3]]
}
this.additive = (pixel, q) => { // Condense the data of pixels.
return [pixel[0] + q, pixel[1] + q, pixel[2] + q, pixel[3]]
}
this.multiply = (pixel, q) => { // Change the color balance of pixels.
return [pixel[0] * q[0], pixel[1] * q[1], pixel[2] * q[2], pixel[3]]
}
this.normalize = (pixel, q) => { // Normalize the color of pixels with another color.
const averaged = [128 - q.r + pixel[0], 128 - q.g + pixel[1], 128 - q.b + pixel[2], pixel[3]]
const offset = this.lum(pixel) - this.lum(averaged)
return this.additive(averaged, offset)
}
this.lum = (color) => { // Return the luminance of a color.
return 0.2126 * color[0] + 0.7152 * color[1] + 0.0722 * color[2]
}
this.concat = (...items) => { // Concat multiple strings.
return items.reduce((acc, item) => { return `${acc}${item}` }, '')
}
this.split = (string, char) => { // Split string at character.
return string.split(char)
}
this.add = (...args) => { // Adds values.
return args.reduce((sum, val) => sum + val)
}
this.sub = (...args) => { // Subtracts values.
return args.reduce((sum, val) => sum - val)
}
this.mul = (...args) => { // Multiplies values.
return args.reduce((sum, val) => sum * val)
}
this.div = (...args) => { // Divides values.
return args.reduce((sum, val) => sum / val)
}
this.mod = (a, b) => { // Returns the modulo of a and b.
return a % b
}
this.rad = (degrees) => { // Convert radians to degrees.
return degrees * (Math.PI / 180)
}
this.deg = (radians) => { // Convert degrees to radians.
return radians * (180 / Math.PI)
}
this.clamp = (val, min, max) => { // Clamps a value between min and max.
return this.min(max, this.max(min, val))
}
this.step = (val, step) => {
return this.round(val / step) * step
}
this.min = Math.min // Returns lowest value.
this.max = Math.max // Returns highest value.
this.ceil = Math.ceil // Rounds up to the nearest integer.
this.floor = Math.floor // Rounds down to the nearest integer.
this.round = Math.round // Rounds to the nearest integer
this.sin = Math.sin
this.cos = Math.cos
this.log = Math.log
this.pow = Math.pow
this.sqrt = Math.sqrt // Calculate the square root.
this.sq = (a) => { // Calculate the square.
return a * a
}
this.PI = Math.PI
this.TWO_PI = Math.PI * 2
this.random = (...args) => {
if (args.length >= 2) {
return args[0] + Math.random() * (args[1] - args[0])
} else if (args.length === 1) {
return Math.random() * args[0]
}
return Math.random()
}
this.gt = (a, b) => { // Returns true if a is greater than b, else false.
return a > b
}
this.lt = (a, b) => { // Returns true if a is less than b, else false.
return a < b
}
this.eq = (a, b) => { // Returns true if a is equal to b, else false.
return a === b
}
this.and = (...args) => { // Returns true if all conditions are true.
for (let i = 0; i < args.length; i++) {
if (!args[i]) {
return args[i]
}
}
return args[args.length - 1]
}
this.or = (a, b, ...rest) => { // Returns true if at least one condition is true.
const args = [a, b].concat(rest)
for (let i = 0; i < args.length; i++) {
if (args[i]) {
return args[i]
}
}
return args[args.length - 1]
}
this.not = (a) => {
return !a
}
this.while = (fn, action) => {
while (fn()) {
action()
}
}
this.each = (arr, fn) => { // Run a function for each element in a list.
for (let i = 0; i < arr.length; i++) {
const arg = arr[i]
fn(arg, i)
}
}
this.map = (arr, fn) => { // Returns a new list with fn applied to each value.
return arr.map(fn);
}
this.filter = (arr, fn) => { // Returns a new list, without values evaluated to false by fn.
return arr.filter(fn);
}
this.reduce = (arr, fn, acc) => {
const length = arr.length
let result = acc === undefined ? arr[0] : acc
for (let i = acc === undefined ? 1 : 0; i < length; i++) {
result = fn(result, arr[i], i, arr)
}
return result
}
this.len = (item) => { // Returns the length of a list.
return item.length
}
this.cons = (arr, ...items) => { // Retruns a new array with the items appended.
return arr.concat(items)
}
this.push = (arr, ...items) => { // Appends the items into the existing list.
for (let i = 0; i < items.length; i++) {
arr.push(items[i])
}
return arr
}
this.pop = (arr) => { // Pop the last item from the list and return the item.
return arr.pop();
}
this.first = (arr) => { // Returns the first item of a list.
return arr[0]
}
this.last = (arr) => { // Returns the last
return arr[arr.length - 1]
}
this.rest = ([_, ...arr]) => {
return arr
}
this.range = (start, end, step = 1) => {
const arr = []
if (step > 0) {
for (let i = start; i <= end; i += step) {
arr.push(i)
}
} else {
for (let i = start; i >= end; i += step) {
arr.push(i)
}
}
return arr
}
this.get = (item, key) => { // Gets an object's parameter with name.
return item && key ? item[key] : null
}
this.set = (item, ...args) => { // Sets an object's parameter with name as value.
for (let i = 0; i < args.length; i += 2) {
const key = args[i]
const val = args[i + 1]
item[key] = val
}
return item
}
this.of = (h, ...keys) => { // Gets object parameters with names.
return keys.reduce((acc, key) => {
return acc[key]
}, h)
}
this.object = (...entries) => { // Creates an object with provided entries.
const result = {}
for (let i = 0; i < entries.length; i += 2) {
result[entries[i]] = entries[i + 1]
}
return result
}
this.keys = (item) => { // Returns a list of the object's keys
return Object.keys(item)
}
this.values = (item) => { // Returns a list of the object's values
return Object.values(item)
}
this.convolve = (kernel, rect = this['get-frame']()) => {
const sigma = kernel.flat().reduce((a, x) => (a + x))
const kw = kernel[0].length; const kh = kernel.length
const img = client.surface.context.getImageData(rect.x, rect.y, rect.w, rect.h)
const out = new Uint8ClampedArray(rect.w * 4 * rect.h)
for (let i = 0, outer = img.data.length; i < outer; i++) { // bytes
const ix = Math.floor(i / 4) % rect.w; const iy = Math.floor((i / 4) / rect.w)
let acc = 0.0
for (let k = 0, inner = kw * kh; k < inner; k++) { // kernel
const kx = (k % kw); const ky = (Math.floor(k / kw))
const x = Math.ceil(ix + kx - kw / 2); const y = Math.ceil(iy + ky - kh / 2)
if (x < 0 || x >= rect.w || y < 0 || y >= rect.h) continue // edge case
acc += img.data[x * 4 + y * rect.w * 4 + i % 4] * kernel[kx][ky] / sigma
}
out[i] = acc
if (i % 4 === 3) out[i] = 255
}
img.data.set(out, 0)
client.surface.context.putImageData(img, rect.x, rect.y)
return rect
}
this.blur = () => { // Returns the blur kernel.
return [[1, 2, 1],
[2, 4, 2],
[1, 2, 2]]
}
this.sharpen = () => { // Returns the sharpen kernel.
return [[0, -1, 0],
[-1, 5, -1],
[0, -1, 0]]
}
this.edge = () => { // Returns the edge kernel.
return [[-1, -1, -1],
[-1, 9, -1],
[-1, -1, -1]]
}
this.offset = (a, b) => { // Offsets pos a with pos b, returns a.
a.x += b.x
a.y += b.y
return a
}
this.distance = (a, b) => { // Get distance between positions.
return Math.sqrt(((a.x - b.x) * (a.x - b.x)) + ((a.y - b.y) * (a.y - b.y)))
}
this.print = (value) => {
client.source.write('ronin-print', 'txt', value, 'text/plain')
return value
}
this.echo = (...args) => { // Print arguments to interface.
client.log(args)
return args
}
this.debug = (arg) => { // Print arguments to console.
console.log(arg)
return arg
}
this.time = (rate = 1) => { // Returns timestamp in milliseconds.
return (Date.now() * rate)
}
this.js = () => { // Javascript interop.
return window
}
this.on = (event, f) => { // Triggers on event.
client.bind(event, f)
}
this.test = (name, a, b) => {
if (`${a}` !== `${b}`) {
console.warn('failed ' + name, a, b)
} else {
console.log('passed ' + name, a)
}
return a === b
}
this.benchmark = (fn) => { // Logs time taken to execute a function.
const start = Date.now()
const result = fn()
console.log(`time taken: ${Date.now() - start}ms`)
return result
}
this['get-theme'] = () => { // Get theme values.
return client.theme.active
}
this['get-frame'] = () => { // Get theme values.
return client.surface.getFrame()
}
}
'use strict'
function Surface (client) {
this.el = document.createElement('canvas')
this.el.id = 'surface'
this._guide = document.createElement('canvas')
this._guide.id = 'guide'
this._guide.setAttribute('tabindex', '1') // focus is necessary to capture keyboard events
this.ratio = window.devicePixelRatio
this.context = this.el.getContext('2d')
this.guide = this._guide.getContext('2d')
this.install = function (host) {
host.appendChild(this.el)
host.appendChild(this._guide)
window.addEventListener('resize', (e) => { this.onResize() }, false)
this._guide.addEventListener('mousedown', client.onMouseDown, false)
this._guide.addEventListener('mousemove', client.onMouseMove, false)
this._guide.addEventListener('mouseup', client.onMouseUp, false)
this._guide.addEventListener('mouseover', client.onMouseOver, false)
this._guide.addEventListener('mouseout', client.onMouseOut, false)
this._guide.addEventListener('keydown', client.onKeyDown, false)
this._guide.addEventListener('keyup', client.onKeyUp, false)
this._guide.addEventListener('keypress', client.onKeyPress, false)
}
this.start = function () {
this.maximize()
}
this.onResize = function () {
if (client.commander._input.value === '') {
this.maximize()
}
const f = this.getFrame()
client.log(`resize ${f.w}x${f.h}`)
}
this.stroke = (shape, color = client.theme.get('f_high'), width = 2, context = this.context) => {
context.beginPath()
this.trace(shape, context)
context.lineWidth = width
context.strokeStyle = color.rgba ? color.rgba : color
if (isText(shape)) {
context.textAlign = shape.a
context.font = `${shape.p}px ${shape.f}`
context.strokeText(`${shape.t}`, shape.x, shape.y)
} else if (isSvg(shape)) {
context.lineWidth = width
context.save()
context.translate(shape.x, shape.y)
context.stroke(new Path2D(shape.d))
context.restore()
} else {
context.stroke()
}
context.closePath()
}
this.fill = (shape, color = client.theme.get('b_high'), context = this.context) => {
context.beginPath()
context.fillStyle = typeof color === 'object' && color.rgba ? color.rgba : color
this.trace(shape, context)
if (isText(shape)) {
context.textAlign = shape.a
context.font = `${shape.p}px ${shape.f}`
context.fillText(`${shape.t}`, shape.x, shape.y)
} else if (isSvg(shape)) {
context.save()
context.translate(shape.x, shape.y)
context.fill(new Path2D(shape.d))
context.restore()
} else {
context.fill()
}
context.closePath()
}
this.clear = function (rect = this.getFrame(), context = this.context) {
context.clearRect(rect.x, rect.y, rect.w, rect.h)
}
this.clearGuide = function (rect = this.getFrame(), context = this.guide) {
context.clearRect(rect.x, rect.y, rect.w, rect.h)
}
this.trace = function (shape, context) {
if (isRect(shape)) {
this.traceRect(shape, context)
} else if (isPos(shape)) {
this.tracePos(shape, context)
}
if (isLine(shape)) {
this.traceLine(shape, context)
} else if (isPoly(shape)) {
this.tracePoly(shape, context)
}
if (isArc(shape)) {
this.traceArc(shape, context)
} else if (isCircle(shape)) {
this.traceCircle(shape, context)
} else if (isEllipse(shape)) {
this.traceEllipse(shape, context)
} else if (isText(shape)) {
this.traceText(shape, context)
} else if (isSvg(shape)) {
this.traceSVG(shape, context)
}
}
this.traceRect = function (rect, context) {
context.moveTo(rect.x, rect.y)
context.lineTo(rect.x + rect.w, rect.y)
context.lineTo(rect.x + rect.w, rect.y + rect.h)
context.lineTo(rect.x, rect.y + rect.h)
context.lineTo(rect.x, rect.y)
}
this.traceLine = function (line, context) {
context.moveTo(line.a.x, line.a.y)
context.lineTo(line.b.x, line.b.y)
}
this.tracePoly = function (poly, context) {
const positions = Object.values(poly)
const origin = positions.shift()
context.moveTo(origin.x, origin.y)
for (const pos of positions) {
context.lineTo(pos.x, pos.y)
}
}
this.tracePos = function (pos, context, radius = 7.5) {
context.lineCap = 'round'
context.moveTo(pos.x - radius, pos.y)
context.lineTo(pos.x + radius, pos.y)
context.moveTo(pos.x, pos.y - radius)
context.lineTo(pos.x, pos.y + radius)
}
this.traceCircle = function (circle, context) {
context.arc(circle.cx, circle.cy, circle.r, 0, 2 * Math.PI)
}
this.traceArc = function (arc, context) {
context.arc(arc.cx, arc.cy, arc.r, arc.sa, arc.ea)
}
this.traceEllipse = function (ellipse, context) {
context.ellipse(ellipse.cx, ellipse.cy, ellipse.rx, ellipse.ry, 0, 2 * Math.PI, false)
}
this.traceText = function (text, context) {
}
this.traceSVG = function (text, context) {
}
this.draw = function (img, shape = this.getFrame(), alpha = 1) {
this.context.globalAlpha = alpha
if (isLine(shape)) {
this.context.drawImage(img, shape.a.x, shape.a.y, shape.b.x - shape.a.x, shape.b.y - shape.a.y)
} else if (isRect(shape)) {
const fit = fitRect({ w: img.width, h: img.height }, { w: shape.w, h: shape.h })
this.context.drawImage(img, shape.x, shape.y, fit.w, fit.h)
} else if (isCircle(shape)) {
const side = Math.sqrt(Math.pow(shape.r, 2) / 2)
const rect = { x: shape.cx - (side), y: shape.cy - (side), w: side * 2, h: side * 2 }
const fit = fitRect({ w: img.width, h: img.height }, { w: rect.w, h: rect.h })
this.context.drawImage(img, rect.x, rect.y, fit.w, fit.h)
} else {
this.context.drawImage(img, shape.x, shape.y, img.width, img.height)
}
this.context.globalAlpha = 1
}
this.crop = function (rect) {
if (!isRect(rect)) { return }
client.log(`Crop ${rect.w}x${rect.h} from ${rect.x}x${rect.y}`)
const crop = this.copy(rect)
this.resize(rect, true)
this.context.drawImage(crop, 0, 0)
}
this.drawGuide = function (shape, color = 'white', context = this.guide) {
if (!shape) { return }
this.stroke(shape.rect || shape, 'black', 4, context)
if (shape.pos) { this.stroke(shape.pos, 'black', 4, context) }
if (shape.line) { this.stroke(shape.line, 'black', 4, context) }
if (shape.circle) {
this.stroke(shape.circle, 'black', 4, context)
}
this.stroke(shape.rect || shape, color, 1.5, context)
if (shape.pos) { this.stroke(shape.pos, color, 1.5, context) }
if (shape.line) { this.stroke(shape.line, color, 1.5, context) }
if (shape.circle) {
this.stroke(shape.circle, color, 1.5, context)
}
}
this.resize = (size, fit = false) => {
const frame = this.getFrame()
if (frame.w === size.w && frame.h === size.h) { return }
console.log('Surface', `Resize: ${size.w}x${size.h}`)
this.el.width = size.w
this.el.height = size.h
this.el.style.width = (size.w / this.ratio) + 'px'
this.el.style.height = (size.h / this.ratio) + 'px'
this._guide.width = size.w
this._guide.height = size.h
this._guide.style.width = (size.w / this.ratio) + 'px'
this._guide.style.height = (size.h / this.ratio) + 'px'
}
this.copy = function (rect) {
const newCanvas = document.createElement('canvas')
newCanvas.width = rect.w
newCanvas.height = rect.h
newCanvas.getContext('2d').drawImage(this.el, rect.x, rect.y, rect.w, rect.h, 0, 0, rect.w, rect.h)
return newCanvas
}
this.paste = function (copy, rect) {
return this.context.drawImage(copy, rect.x, rect.y, rect.w, rect.h)
}
this.resizeImage = function (src, dst, type = 'image/png', quality = 1.0) {
return new Promise(resolve => {
const tmp = new Image()
let canvas
let context
let cW = src.naturalWidth
let cH = src.naturalHeight
tmp.src = src.src
tmp.onload = () => {
canvas = document.createElement('canvas')
cW /= 2
cH /= 2
if (cW < src.width) {
cW = src.width
}
if (cH < src.height) {
cH = src.height
}
canvas.width = cW
canvas.height = cH
context = canvas.getContext('2d')
context.drawImage(tmp, 0, 0, cW, cH)
dst.src = canvas.toDataURL(type, quality)
if (cW <= src.width || cH <= src.height) { return resolve() }
tmp.src = dst.src
return resolve()
}
})
}
this.maximize = () => {
this.resize(this.bounds())
}
this.bounds = () => {
return { x: 0, y: 0, w: ((window.innerWidth - 60) * this.ratio), h: ((window.innerHeight - 60) * this.ratio) }
}
this.getFrame = () => {
return { x: 0, y: 0, w: this.el.width, h: this.el.height, c: this.el.width / 2, m: this.el.height / 2 }
}
this.toggleGuides = function () {
this._guide.className = this._guide.className === 'hidden' ? '' : 'hidden'
}
function isRect (shape) {
return shape && !isNaN(shape.x) && !isNaN(shape.y) && !isNaN(shape.w) && !isNaN(shape.h)
}
function isCircle (shape) {
return shape && !isNaN(shape.cx) && !isNaN(shape.cy) && !isNaN(shape.r)
}
function isArc (shape) {
return shape && !isNaN(shape.cx) && !isNaN(shape.cy) && !isNaN(shape.r) && !isNaN(shape.sa) && !isNaN(shape.ea)
}
function isEllipse (shape) {
return shape && !isNaN(shape.cx) && !isNaN(shape.cy) && !isNaN(shape.rx) && !isNaN(shape.ry)
}
function isPos (shape) {
return shape && !isNaN(shape.x) && !isNaN(shape.y)
}
function isSvg (shape) {
return shape && shape.d
}
function isText (shape) {
return shape && !isNaN(shape.x) && !isNaN(shape.y) && shape.p && shape.t && shape.f && shape.a
}
function isLine (shape) {
return shape && shape.a && shape.b && !isNaN(shape.a.x) && !isNaN(shape.a.y) && !isNaN(shape.b.x) && !isNaN(shape.b.y)
}
function isPoly (shape) {
return shape && shape[0] && shape[1] && !isNaN(shape[0].x) && !isNaN(shape[0].y) && !isNaN(shape[1].x) && !isNaN(shape[1].y)
}
function fitRect (image, container) {
image.ratio = image.w / image.h
container.ratio = container.w / container.h
return {
w: image.ratio < container.ratio ? container.h * image.ratio : container.w,
h: image.ratio > container.ratio ? container.w / image.ratio : container.h
}
}
}
const client = new Client()
client.install(document.body)
window.addEventListener('load', () => {
client.start()
})
</script>
<style>
* { margin:0;padding:0;border:0;outline:0;text-decoration:none;font-weight:inherit;font-style:inherit;color:inherit;font-size:100%;font-family:inherit;vertical-align:baseline;list-style:none;border-collapse:collapse;border-spacing:0; -webkit-font-smoothing: antialiased;-moz-osx-font-smoothing: grayscale;}
@font-face {
font-family: 'input_mono_regular';
src: 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) format('woff2');
font-weight: normal;
font-style: normal;
font-display: swap;
}
body { margin:0px; padding:0px; overflow:hidden; font-family:"input_mono_regular",courier,monospace; background:000; -webkit-app-region: drag; -webkit-user-select: none; font-size:12px; transition: background 500ms}
*:focus { outline: none; }
#ronin { height: calc(100vh - 60px); width:calc(100vw - 60px); -webkit-app-region: drag; padding: 30px;overflow: hidden; }
#ronin #wrapper { overflow: hidden; position: relative; }
#ronin #wrapper #commander { z-index: 9000;position: relative;width: calc(50vw - 30px);height: calc(100vh - 60px);-webkit-app-region: no-drag;padding-right: 30px;transition: margin-left 250ms;}
#ronin #wrapper #commander textarea { background: none; width: 100%; height: calc(100vh - 105px); resize: none; font-size: 12px;line-height: 15px; padding-right: 15px}
#ronin #wrapper #commander #status { position: absolute; bottom: 0px; line-height: 15px; height: 30px; overflow: hidden; width: calc(100% - 75px); padding-left:45px;}
#ronin #wrapper #commander #status #eval { display: block; width: 26px; height: 26px; position: absolute; top: 0px; border-radius: 15px; left:0px; cursor: pointer; border:2px solid #fff; transition: background-color 250ms, border-color 250ms}
#ronin #wrapper #commander #status #eval:hover { background: none }
#ronin.expand #wrapper #commander { width:100%; }
#ronin #surface, #ronin #guide { position: absolute; top:0px; -webkit-user-select: none;-webkit-app-region: no-drag; background-image: url("data:image/svg+xml;utf8,<svg xmlns='http://www.w3.org/2000/svg' width='20' height='20'><circle cx='10' cy='10' r='1' fill='%23555'></circle></svg>"); background-size: 10px 10px; background-position: -4px -4px; width:100%; height:100%; transition: left 250ms, opacity 250ms; opacity: 1; }
#ronin.hidden #wrapper #commander { margin-left:-40vw; }
#ronin.hidden #surface, #ronin.hidden #guide { left:0; }
#ronin #guide.hidden { opacity: 0 }
#ronin.hidden #wrapper #commander { margin-left:-50vw; }
#ronin #surface,#ronin #guide { left:50vw; }
#ronin #guide { background:none; }
#ronin #surface { border-radius: 2px }
@media (min-width: 720px) {
#ronin #wrapper #commander { width:350px; }
#ronin.hidden #wrapper #commander { margin-left:-380px; }
#ronin #surface,#ronin #guide { left:380px; }
}
#acels { position: fixed;width: 30px;background: red;top: 0;left: 0; width: 100vw; color:black; background:white; font-size:11px; line-height: 20px; transition: margin-top 0.25s; z-index: 9999; padding-left: 25px; }
#acels.hidden { margin-top:-20px; }
#acels.hidden > li > ul > li { display: none }
#acels > li { float: left; position: relative; cursor: pointer; padding:0px 5px; display: inline-block; }
#acels > li:hover { background: black; color:white; }
#acels > li > ul { display: none; position: absolute; background:white; position: absolute; top:20px; left:0px; color:black; width: 200px}
#acels > li:hover > ul { display: block; }
#acels > li > ul > li { padding: 0px 10px; display: block }
#acels > li > ul > li:hover { background: #ccc; }
#acels > li > ul > li > i { display: inline-block; float: right; color: #aaa; }
body { background:var(--background); }
#ronin #wrapper { background: var(--background); }
#ronin #wrapper #commander { background:var(--background); }
#ronin #wrapper #commander textarea { color:var(--f_high); }
#ronin #wrapper #commander #status { color:var(--f_med); }
#ronin #wrapper #commander #status #source { color:var(--f_low); }
#ronin #wrapper #commander #status #eval { background-color: var(--b_inv); border-color: var(--b_inv) }
#ronin #wrapper #commander #status #eval.active { background:var(--f_high); border-color:var(--f_high); transition: none }
::selection { background-color:var(--b_inv); color:var(--f_inv); text-decoration:none }
</style>
</body>
</html>