test fruit holder

fruit.js

const jscad = require('@jscad/modeling')
const { cube, cuboid, cylinder, cylinderElliptic, ellipsoid, geodesicSphere, roundedCuboid, roundedCylinder, sphere, torus } = jscad.primitives
const { translate ,rotate} = jscad.transforms
const { colorize } = jscad.colors
const { union, subtract, intersect } = jscad.booleans
const { degToRad } = jscad.utils
const { hull, hullChain } = jscad.hulls

const getParameterDefinitions = () => {
  return [
     { name: 'R', caption: '直径(ミリ):', type: 'float', initial: 60, min: 20, max: 200 },
     { name: 'g', type: 'choice', caption: 'ギザギザの数', values: [0, 1,], captions: ['６', '12'], default: 0 }

]
}

const main = (params) => {
if(params.g===0){
  const aroundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)-(2-(19/params.R))/2, (params.R/4)/2], roundedCuboid({ size: [2.66+params.R/20, 2-(19/params.R), params.R/4], roundRadius: 0.4, segments: 20 })))
  const broundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.8, (params.R/6.66)/2], roundedCuboid({ size: [2.66+params.R/20, 1, params.R/6.66], roundRadius: 0.2, segments: 20 })))
  const croundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.7,(params.R/8.88)/2 ], roundedCuboid({ size: [2.66+params.R/20, 1, params.R/8.88], roundRadius: 0.2, segments: 20 })))
  const droundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.6, (params.R/13)/2], roundedCuboid({ size: [2.66+params.R/20, 1, params.R/13], roundRadius: 0.2, segments: 20 })))
  const eroundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.4, (params.R/28)/2], roundedCuboid({ size: [2.66+params.R/20, 1, params.R/28], roundRadius: 0.2, segments: 20 })))
  const froundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.19,params.R/200], roundedCuboid({ size: [2.66+params.R/20, 1, params.R/400], roundRadius: 0.002, segments: 20 })))



  
  const acylinder =cylinder({ radius: 0.2+(params.R/2), height: 2 , segments: 100})
  
  const ahullChain=hullChain(aroundedCuboid ,broundedCuboid,croundedCuboid,droundedCuboid,eroundedCuboid ,froundedCuboid    )
  
 
 
  const rotations = [degToRad(0), degToRad(0), degToRad(0)]
  const arotations = [degToRad(0), degToRad(0), degToRad(60)]
  const brotations = [degToRad(0), degToRad(0), degToRad(120)]
  const crotations = [degToRad(0), degToRad(0), degToRad(180)]
  const drotations = [degToRad(0), degToRad(0), degToRad(240)]
  const erotations = [degToRad(0), degToRad(0), degToRad(300)]
  
  
  let rotated = rotate(rotations, ahullChain)
  let arotated = rotate(arotations, ahullChain)
  let brotated = rotate(brotations, ahullChain)
   let crotated = rotate(crotations, ahullChain)
  let drotated = rotate(drotations, ahullChain)
  let erotated = rotate(erotations, ahullChain)
  
  
 

  const aunion= union(acylinder,rotated,arotated,brotated,crotated,drotated,erotated)
  
  return [
    
      translate([0, 0, 0],aunion),
    
    
  ]
}
else{
   const aroundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)-(2-(19/params.R))/2, (params.R/4)/2], roundedCuboid({ size: [2+params.R/30, 2-(19/params.R), params.R/4], roundRadius: 0.4, segments: 20 })))
  const broundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.8, (params.R/6.66)/2], roundedCuboid({ size: [2+params.R/30, 1, params.R/6.66], roundRadius: 0.2, segments: 20 })))
  const croundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.7,(params.R/8.88)/2 ], roundedCuboid({ size: [2+params.R/30, 1, params.R/8.88], roundRadius: 0.2, segments: 20 })))
  const droundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.6, (params.R/13)/2], roundedCuboid({ size: [2+params.R/30, 1, params.R/13], roundRadius: 0.2, segments: 20 })))
  const eroundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.4, (params.R/28)/2], roundedCuboid({ size: [2+params.R/30, 1, params.R/28], roundRadius: 0.2, segments: 20 })))
  const froundedCuboid = colorize([4, 7, 0], translate([0, (params.R/2)*0.18,params.R/400], roundedCuboid({ size: [2+params.R/30, 1, params.R/200], roundRadius: 0.002, segments: 20 })))



  
  const acylinder =cylinder({ radius: 0.2+(params.R/2), height: 2 , segments: 100})
  
  const ahullChain=hullChain(aroundedCuboid ,broundedCuboid,croundedCuboid,droundedCuboid,eroundedCuboid ,froundedCuboid    )
  
 
 
  const rotations = [degToRad(0), degToRad(0), degToRad(0)]
  const arotations = [degToRad(0), degToRad(0), degToRad(30)]
  const brotations = [degToRad(0), degToRad(0), degToRad(60)]
  const crotations = [degToRad(0), degToRad(0), degToRad(90)]
  const drotations = [degToRad(0), degToRad(0), degToRad(120)]
  const erotations = [degToRad(0), degToRad(0), degToRad(150)]
  const frotations = [degToRad(0), degToRad(0), degToRad(180)]
  const grotations = [degToRad(0), degToRad(0), degToRad(210)]
  const hrotations = [degToRad(0), degToRad(0), degToRad(240)]
  const irotations = [degToRad(0), degToRad(0), degToRad(270)]
  const jrotations = [degToRad(0), degToRad(0), degToRad(300)]
  const krotations = [degToRad(0), degToRad(0), degToRad(330)]
  
  
  let rotated = rotate(rotations, ahullChain)
  let arotated = rotate(arotations, ahullChain)
  let brotated = rotate(brotations, ahullChain)
   let crotated = rotate(crotations, ahullChain)
  let drotated = rotate(drotations, ahullChain)
  let erotated = rotate(erotations, ahullChain)
  let frotated = rotate(frotations, ahullChain)
  let grotated = rotate(grotations, ahullChain)
  let hrotated = rotate(hrotations, ahullChain)
   let irotated = rotate(irotations, ahullChain)
  let jrotated = rotate(jrotations, ahullChain)
  let krotated = rotate(krotations, ahullChain)
  
  
 

  const aunion= union(acylinder,rotated,arotated,brotated,crotated,drotated,erotated,frotated,grotated,hrotated,irotated,jrotated,krotated)
  
  return [
    
      translate([0, 0, 0],aunion),
    
    
  ]
}



}
module.exports = { main,getParameterDefinitions }


// 直径に応じてブレードの厚みを変える