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format project

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This commit is contained in:
Kurt Hutten
2021-08-01 09:55:07 +10:00
parent 625db5e26b
commit d8998a73b3
9 changed files with 215 additions and 180 deletions
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1
app/web/public/demo-worker.js
View File

@@ -244,7 +244,6 @@ const makeScriptWorker = ({callback, convertToSolids})=>{
let workerBaseURI, onInit
function runMain(params={}){
console.log('runMain');
let time = Date.now()
let solids
try{

2
app/web/src/components/EditorMenu/helpers.ts
View File

@@ -59,7 +59,7 @@ export const makeStlDownloadHandler =
(quality === 'high' || ideType === 'openscad')
) {
saveFile(makeStlBlobFromGeo(geometry))
} else if(ideType == 'jscad') {
} else if (ideType == 'jscad') {
saveFile(makeStlBlobFromMesh(geometry))
} else {
thunkDispatch((dispatch, getState) => {

2
app/web/src/components/IdeEditor/IdeEditor.tsx
View File

@@ -14,7 +14,7 @@ const IdeEditor = ({ Loading }) => {
const [theme, setTheme] = useState('vs-dark')
const saveCode = useSaveCode()
const ideTypeToLanguageMap: {[key in CadPackageType]: string} = {
const ideTypeToLanguageMap: { [key in CadPackageType]: string } = {
cadquery: 'python',
openscad: 'cpp',
jscad: 'javascript',

10
app/web/src/components/IdeViewer/IdeViewer.tsx
View File

@@ -25,18 +25,18 @@ function Asset({ geometry: incomingGeo }) {
}, [incomingGeo])
if (!incomingGeo) return null
let groupData = incomingGeo.children ? incomingGeo : null
if(lastGroup && lastGroup != groupData){
const groupData = incomingGeo.children ? incomingGeo : null
if (lastGroup && lastGroup != groupData) {
state.scene.remove(lastGroup)
lastGroup.children.forEach(c=>c?.geometry?.dispose())
lastGroup.children.forEach((c) => c?.geometry?.dispose())
// returning <primitive object={groupData} /> does not add the new group to the scene
// there is probably some useRef magic that would make this work, but I don't have time to reseach it
/// FIXME - do this properly with useRef or other react magic
if(groupData) state.scene.add(groupData)
if (groupData) state.scene.add(groupData)
}
lastGroup = groupData
if(groupData) return <primitive object={groupData} />
if (groupData) return <primitive object={groupData} />
if (incomingGeo.children) return <primitive object={incomingGeo} />

1
app/web/src/components/NavPlusButton/NavPlusButton.tsx
View File

@@ -3,7 +3,6 @@ import Svg from 'src/components/Svg/Svg'
import { Popover } from '@headlessui/react'
import type { CadPackage } from 'src/helpers/hooks/useIdeState'
const menuOptions: {
name: string
sub: string

77
app/web/src/helpers/cadPackages/CSGToBuffers.js
View File

@@ -1,17 +1,18 @@
const setPoints = (points, p, i)=>{
const setPoints = (points, p, i) => {
points[i++] = p[0]
points[i++] = p[1]
points[i++] = p[2] || 0
}
function CSG2Vertices(csg){
function CSG2Vertices(csg) {
let idx = 0
let vLen = 0, iLen = 0
for (let poly of csg.polygons){
let vLen = 0,
iLen = 0
for (let poly of csg.polygons) {
let len = poly.vertices.length
vLen += len *3
iLen += 3 * (len-2)
vLen += len * 3
iLen += 3 * (len - 2)
}
const vertices = new Float32Array(vLen)
const indices = vLen > 65535 ? new Uint32Array(iLen) : new Uint16Array(iLen)
@@ -20,87 +21,89 @@ function CSG2Vertices(csg){
let indOffset = 0
let posOffset = 0
let first = 0
for (let poly of csg.polygons){
for (let poly of csg.polygons) {
let arr = poly.vertices
let len = arr.length
first = posOffset
vertices.set(arr[0], vertOffset)
vertOffset +=3
vertOffset += 3
vertices.set(arr[1], vertOffset)
vertOffset +=3
posOffset +=2
for(let i=2; i<len; i++){
vertOffset += 3
posOffset += 2
for (let i = 2; i < len; i++) {
vertices.set(arr[i], vertOffset)
indices[indOffset++] = first
indices[indOffset++] = first + i -1
indices[indOffset++] = first + i - 1
indices[indOffset++] = first + i
vertOffset += 3
posOffset += 1
}
}
return {vertices, indices, type:'mesh'}
return { vertices, indices, type: 'mesh' }
}
function CSG2LineVertices(csg){
function CSG2LineVertices(csg) {
let vLen = csg.points.length * 3
if(csg.isClosed) vLen += 3
if (csg.isClosed) vLen += 3
var vertices = new Float32Array(vLen)
csg.points.forEach((p, idx) => setPoints(vertices, p, idx * 3))
csg.points.forEach((p,idx)=>setPoints(vertices, p, idx * 3 ))
if(csg.isClosed){
setPoints(vertices, csg.points[0], vertices.length - 3 )
if (csg.isClosed) {
setPoints(vertices, csg.points[0], vertices.length - 3)
}
return {vertices, type:'line'}
return { vertices, type: 'line' }
}
function CSG2LineSegmentsVertices(csg){
function CSG2LineSegmentsVertices(csg) {
let vLen = csg.sides.length * 6
var vertices = new Float32Array(vLen)
csg.sides.forEach((side,idx)=>{
csg.sides.forEach((side, idx) => {
let i = idx * 6
setPoints(vertices, side[0], i)
setPoints(vertices, side[1], i+3)
setPoints(vertices, side[1], i + 3)
})
return {vertices, type:'lines'}
return { vertices, type: 'lines' }
}
function CSGCached(func, data, cacheKey, transferable){
function CSGCached(func, data, cacheKey, transferable) {
cacheKey = cacheKey || data
let geo = CSGToBuffers.cache.get(cacheKey)
if(geo) return geo
if (geo) return geo
geo = func(data)
// fill transferable array for postMessage optimization
if(transferable){
const {vertices, indices} = geo
if (transferable) {
const { vertices, indices } = geo
transferable.push(vertices)
if(indices) transferable.push(indices)
if (indices) transferable.push(indices)
}
CSGToBuffers.cache.set(cacheKey, geo)
return geo
}
function CSGToBuffers(csg, transferable){
function CSGToBuffers(csg, transferable) {
let obj
if(csg.polygons) obj = CSGCached(CSG2Vertices,csg,csg.polygons, transferable)
if(csg.sides && !csg.points) obj = CSGCached(CSG2LineSegmentsVertices,csg,csg.sides, transferable)
if(csg.points) obj = CSGCached(CSG2LineVertices,csg,csg.points, transferable)
if (csg.polygons)
obj = CSGCached(CSG2Vertices, csg, csg.polygons, transferable)
if (csg.sides && !csg.points)
obj = CSGCached(CSG2LineSegmentsVertices, csg, csg.sides, transferable)
if (csg.points)
obj = CSGCached(CSG2LineVertices, csg, csg.points, transferable)
return obj
}
CSGToBuffers.clearCache = ()=>{CSGToBuffers.cache = new WeakMap()}
CSGToBuffers.clearCache = () => {
CSGToBuffers.cache = new WeakMap()
}
CSGToBuffers.clearCache()
export {CSGToBuffers}
export { CSGToBuffers }

2
app/web/src/helpers/cadPackages/index.ts
View File

@@ -5,7 +5,7 @@ import openscad from './openScadController'
import cadquery from './cadQueryController'
import jscad from './jsCadController'
export const cadPackages: {[key in CadPackage]: DefaultKernelExport} = {
export const cadPackages: { [key in CadPackage]: DefaultKernelExport } = {
openscad,
cadquery,
jscad,

118
app/web/src/helpers/cadPackages/jsCadController.ts
View File

@@ -1,45 +1,72 @@
import { RenderArgs, DefaultKernelExport, createUnhealthyResponse, createHealthyResponse } from './common'
import { MeshPhongMaterial, LineBasicMaterial, BufferGeometry , BufferAttribute, Line, LineSegments, Color, Mesh, Group} from 'three/build/three.module'
import {
RenderArgs,
DefaultKernelExport,
createUnhealthyResponse,
createHealthyResponse,
} from './common'
import {
MeshPhongMaterial,
LineBasicMaterial,
BufferGeometry,
BufferAttribute,
Line,
LineSegments,
Color,
Mesh,
Group,
} from 'three/build/three.module'
const materials = {
mesh: {
def: new MeshPhongMaterial( { color: 0x0084d1, flatShading: true } ),
material: (params)=>new MeshPhongMaterial(params),
def: new MeshPhongMaterial({ color: 0x0084d1, flatShading: true }),
material: (params) => new MeshPhongMaterial(params),
},
line: {
def: new LineBasicMaterial( { color: 0x0000ff } ),
material: ({color,opacity,transparent})=>new LineBasicMaterial({color,opacity,transparent}),
def: new LineBasicMaterial({ color: 0x0000ff }),
material: ({ color, opacity, transparent }) =>
new LineBasicMaterial({ color, opacity, transparent }),
},
lines:null
lines: null,
}
materials.lines = materials.line
function CSG2Object3D(obj){
const {vertices, indices, color, transforms} = obj
function CSG2Object3D(obj) {
const { vertices, indices, color, transforms } = obj
let materialDef = materials[obj.type]
if(!materialDef){
console.error('Can not hangle object type: '+obj.type, obj)
const materialDef = materials[obj.type]
if (!materialDef) {
console.error('Can not hangle object type: ' + obj.type, obj)
return null
}
let material = materialDef.def
if(color){
let c = color
material = new materialDef.material({ color: new Color(c[0],c[1],c[2]), flatShading: true, opacity: c[3] === void 0 ? 1:c[3], transparent: c[3] != 1 && c[3] !== void 0})
if (color) {
const c = color
material = new materialDef.material({
color: new Color(c[0], c[1], c[2]),
flatShading: true,
opacity: c[3] === void 0 ? 1 : c[3],
transparent: c[3] != 1 && c[3] !== void 0,
})
}
var geo = new BufferGeometry()
geo.setAttribute('position', new BufferAttribute(vertices,3))
const geo = new BufferGeometry()
geo.setAttribute('position', new BufferAttribute(vertices, 3))
var mesh;
switch(obj.type){
case 'mesh': geo.setIndex(new BufferAttribute(indices,1)); mesh = new THREE.Mesh(geo, material); break;
case 'line': mesh = new Line(geo, material); break;
case 'lines': mesh = new LineSegments(geo, material); break;
let mesh
switch (obj.type) {
case 'mesh':
geo.setIndex(new BufferAttribute(indices, 1))
mesh = new THREE.Mesh(geo, material)
break
case 'line':
mesh = new Line(geo, material)
break
case 'lines':
mesh = new LineSegments(geo, material)
break
}
if(transforms) mesh.applyMatrix4({elements:transforms})
if (transforms) mesh.applyMatrix4({ elements: transforms })
return mesh
}
@@ -48,8 +75,8 @@ const scriptUrl = '/demo-worker.js'
let resolveReference = null
let response = null
const callResolve = ()=>{
if(resolveReference) resolveReference()
const callResolve = () => {
if (resolveReference) resolveReference()
resolveReference
}
@@ -57,10 +84,9 @@ export const render: DefaultKernelExport['render'] = async ({
code,
settings,
}: RenderArgs) => {
if(!scriptWorker){
if (!scriptWorker) {
const baseURI = document.baseURI.toString()
const script =`let baseURI = '${baseURI}'
const script = `let baseURI = '${baseURI}'
importScripts(new URL('${scriptUrl}',baseURI))
let worker = jscadWorker({
baseURI: baseURI,
@@ -70,18 +96,21 @@ let worker = jscadWorker({
})
self.addEventListener('message', (e)=>worker.postMessage(e.data))
`
let blob = new Blob([script],{type: 'text/javascript'})
const blob = new Blob([script], { type: 'text/javascript' })
scriptWorker = new Worker(window.URL.createObjectURL(blob))
scriptWorker.addEventListener('message',(e)=>{
scriptWorker.addEventListener('message', (e) => {
console.log('message from worker', e.data)
let data = e.data
if(data.action == 'entities'){
if(data.error){
response = createUnhealthyResponse( new Date(),data.error )
}else{
let group = new Group()
data.entities.map(CSG2Object3D).filter(o=>o).forEach(o=>group.add(o))
response = createHealthyResponse( {
const data = e.data
if (data.action == 'entities') {
if (data.error) {
response = createUnhealthyResponse(new Date(), data.error)
} else {
const group = new Group()
data.entities
.map(CSG2Object3D)
.filter((o) => o)
.forEach((o) => group.add(o))
response = createHealthyResponse({
type: 'geometry',
data: group,
consoleMessage: data.scriptStats,
@@ -94,11 +123,16 @@ self.addEventListener('message', (e)=>worker.postMessage(e.data))
callResolve()
response = null
scriptWorker.postMessage({action:'init', baseURI, alias:[]})
scriptWorker.postMessage({ action: 'init', baseURI, alias: [] })
}
scriptWorker.postMessage({action:'runScript', worker:'script', script:code, url:'jscad_script' })
scriptWorker.postMessage({
action: 'runScript',
worker: 'script',
script: code,
url: 'jscad_script',
})
let waitResult = new Promise(resolve=>{
const waitResult = new Promise((resolve) => {
resolveReference = resolve
})

6
app/web/src/helpers/hooks/useIdeState.ts
View File

@@ -11,7 +11,7 @@ function withThunk(dispatch, getState) {
export type CadPackage = 'openscad' | 'cadquery' | 'jscad'
const initCodeMap: {[key in CadPackage]: string} = {
const initCodeMap: { [key in CadPackage]: string } = {
openscad: `// involute donut
// ^ first comment is used for download title (i.e "involute-donut.stl")
@@ -42,7 +42,7 @@ result = (cq.Workplane().circle(diam).extrude(20.0)
show_object(result)
`,
jscad: `
jscad: `
const { booleans, colors, primitives } = require('@jscad/modeling') // modeling comes from the included MODELING library
const { intersect, subtract } = booleans
@@ -68,7 +68,7 @@ const main = ({scale=1}) => {
return [transpCube, star2D, line2D, ...logo]
}
module.exports = {main}
`
`,
}
const codeStorageKey = 'Last-editor-code'