RENDER3D LATEST DRAFT
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// 0-9 for animation trigger // SHIFT+0-9 for animation trigger once
Example1: Simple Sphere
RENDER3D(
[
["type" ],
["sphere"]
]
)
""
Example2: Simple Color
RENDER3D(
[
["type" ,"fill"],
["sphere", "indigo"]
]
)
""
Simple Color with Helper
RENDER3D(
[
["type" ,"fill", "helper"],
["sphere", "magenta", true]
]
)
""
// planets
RENDER3D(
[
["type" ,"fill"],
["sphere", "jupiter"]
]
)
""
// planets - better looking
RENDER3D(
[
["type" ,"fill", "size"],
["sphere", "jupiter",[1,30,30]]
]
)
""
// sphere and cube - better looking
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["sphere", "jupiter",[1,30,30],[1,1,2]],
["cube", "jupiter",[1,30,30],[2,3,3]]
]
)
""
// sphere and cube flat earth - better looking
// and move them around and autorotate
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["sphere", "jupiter",[1,30,30],[1,1,2]],
["cube", "earth",[1,30,30],[2,3,3]]
]
)
""
// and move them around and autorotate
// on bg element
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["sphere", "jupiter",[1,30,30],[1,1,2]],
["cube", "earth",[1,30,30],[2,3,3]]
],"#bg"
)
""
// a set of spheres - color only for two - camera is not necessary
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[75 ,"auto" ,0.1 ,1000 , [50,50,50] , 3]
], , , , , ,],
["sphere" , , function t1(i){return([3*i,i*3,3])} ,[[5,50,50]] , 0x00ff00 , ["yellow","red"] ,true, , 10]
]
)
""
// a set of spheres - color only for two - camera is not necessary
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[75 ,"auto" ,0.1 ,1000 , [50,50,50] , 3]
], , , , , ,],
["sphere" , , function t1(i){return([3*i,i*3,3])} ,[[5,50,50]] , 0x00ff00 , "rainbow" ,true, , 10]
]
)
""
// colorsets to use (a few may need to be removed)
- reference https://github.com/d3/d3-scale-chromatic
12: "Rgb"
13: "RgbBasis"
14: "RgbBasisClosed"
15: "Hsl"
16: "HslLong"
17: "Lab"
18: "Hcl"
19: "HclLong"
20: "Cubehelix"
21: "CubehelixLong"
22: "Category10"
23: "Accent"
24: "Dark2"
25: "Paired"
26: "Pastel1"
27: "Pastel2"
28: "Set1"
29: "Set2"
30: "Set3"
31: "BrBG"
32: "BrBG"
33: "PRGn"
34: "PRGn"
35: "PiYG"
36: "PiYG"
37: "PuOr"
38: "PuOr"
39: "RdBu"
40: "RdBu"
41: "RdGy"
42: "RdGy"
43: "RdYlBu"
44: "RdYlBu"
45: "RdYlGn"
46: "RdYlGn"
47: "Spectral"
48: "Spectral"
49: "BuGn"
50: "BuGn"
51: "BuPu"
52: "BuPu"
53: "GnBu"
54: "GnBu"
55: "OrRd"
56: "OrRd"
57: "PuBuGn"
58: "PuBuGn"
59: "PuBu"
60: "PuBu"
61: "PuRd"
62: "PuRd"
63: "RdPu"
64: "RdPu"
65: "YlGnBu"
66: "YlGnBu"
67: "YlGn"
68: "YlGn"
69: "YlOrBr"
70: "YlOrBr"
71: "YlOrRd"
72: "YlOrRd"
73: "Blues"
74: "Blues"
75: "Greens"
76: "Greens"
77: "Greys"
78: "Greys"
79: "Purples"
80: "Purples"
81: "Reds"
82: "Reds"
83: "Oranges"
84: "Oranges"
85: "CubehelixDefault"
86: "Rainbow"
87: "Warm"
88: "Cool"
89: "Sinebow"
90: "Viridis"
91: "Magma"
92: "Inferno"
93: "Plasma"
// a set of spheres - color only for two - camera is not necessary - same but simpler function
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[75 ,"auto" ,0.1 ,1000 , [50,50,50] , 3]
], , , , , ,],
["sphere" , , (i,j)=>[3*i,j*3,3] ,[[[5,50,50]]] , 0x00ff00 , [["yellow","red"]] ,true, , |10,10|]
]
)
""
//working 2d
// how to make 3d array layout work - get this repaired
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[75 ,"auto" ,0.1 ,1000 , [50,50,50] , 3]
], , , , , ,],
["sphere" , , (i,j)=>[3*i,j*3,3] ,[[[5,50,50]]] , 0x00ff00 , [[colorbrewer.Reds[9]]] ,true, , |5,5,5|]
]
)
""
// 10 spheres, with better segmentation on spheres
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[275/*60 */ ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , ,],
["sphere" , , i=>[3*i+1,i*3+1,3] ,[[5,50,50]] , 0x00ff00 , colorbrewer.Reds[9] ,true, , 10]
//["sphere" , , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , ,]
]
)
""
// trying lion with background - need to see why scene background is stil black. could see after we changed environment
// needed to do ctrl+click but could not get the texture to change. maybe path? See why scene background did not work.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../objects3d/lion/lion.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// lion with scene grass background
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../objects3d/lion/lion.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// woman - need to work on selection etc
// as well as naming the object
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/examples/models/obj/female02/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// did not work
// render 3d
-need to figure this out
noofpoints=50;
pts=MAKEPOLYGONPOINTS(noofpoints,[100,100],[300,300],-90)
start=pts[0];
circlesat=
pts
.map(
p=>[p[0],p[1],SQRT(POWER(p[0]-start[0],2)+POWER(p[1]-start[1],2))]
)
RENDER3D(
[
["type","cx","cy","r","stroke","fill","stroke-width","count"],
["cube",circlesat.column(0),circlesat.column(1),circlesat.column(2), i=>d3.interpolateInferno(i/circlesat.length) ,i=>d3.interpolateInferno(i/circlesat.length),1,circlesat.length]
]
)
""
// extrude
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","extrude" ],
["path" , [[1,3,3],[2,3,3],[3,2,1]],[5,5,5] ,[50,50,50] , 0x00ff00 , "yellow" ,false , "phong",
[
["extrudePath"],
[[[1,2,0],[2,2,3],[3,3,0]]]
]
]
]
);""
// extrude testing heart
// did not work or moved into another one
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","extrude" ],
["heart" , , [[1,3,3],[2,3,3],[3,2,1]] ,[50,50,50] , 0x00ff00 , "yellow" ,false , "phong",
[
["extrudePath"],
[[[1,2,0],[2,2,3],[3,3,0]]]
]
]
]
);""
// extrude test // this worked with one curve
/*
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","extrude" ],
["extrudetest" , , [[1,3,3],[2,3,3],[3,2,1]] ,[50,50,50] , 0x00ff00 , "yellow" ,false , "phong",
[
["extrudePath"],
[[[1,2,0],[2,2,3],[3,3,0]]]
]
]
]
);""
*/
// extrude
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","extrude" ],
["extruder" ,[[1,3,3],[2,3,3],[3,2,1]], ,[1,1,1] , 0x00ff00 , "yellow" ,false , "phong",
[
["extrudePath"],
[[[1,2,0],[2,2,3],[33,3,0]]]
]
]
]
);""
// did not work
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material"],
["curve" ,"helix", ,[1,1,1] , 0x00ff00 , "yellow" ,false , "phong"
]
]
);""
// settings for curves can be any unique part of the name below
// size has scale as first parameter.
// curve gives you a line, know gives you a tube with material
/*
CinquefoilKnot
DecoratedTorusKnot4a
DecoratedTorusKnot4b
DecoratedTorusKnot5a
DecoratedTorusKnot5c
FigureEightPolynomialKnot
GrannyKnot
HeartCurve
HelixCurve
KnotCurve
TorusKnot
TrefoilKnot
TrefoilPolynomialKnot
VivianiCurve
*/
// grannyknot
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material"],
["knot" ,"granny", ,[1,1,1] , 0x00ff00 , "yellow" ,false , "phong"
]
]
);""
// trefoil knot and viviancurve
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material"],
["knot" ,"tre", ,[10,1,1] , 0x00ff00 , "yellow" ,false , "phong"],
["knot" ,"viv", ,[10,1,1] , 0x00ff00 , "red" ,false , "phong"]
]
);""
// visible and invisible object - marking objects to be invisible
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","visible"],
["knot" ,"tre", ,[10,1,1] , 0x00ff00 , "yellow" ,false , "phong",false],
["knot" ,"viv", ,[10,1,1] , 0x00ff00 , "red" ,false , "phong",true]
]
);""
// plane etc. may not work
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["planexy" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10]
]
);""
// with audio
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["audio" ,"../threefull/examples/sounds/376737_Skullbeatz___Bad_Cat_Maste.ogg" , [1,3,3] ,[["loop","volume"],[true,0.8]] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// with positional audio
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["audio" ,"../threefull/examples/sounds/376737_Skullbeatz___Bad_Cat_Maste.ogg" , [1,3,3] ,[["loop","volume","type","refdistance"],[true,0.8,"positional",20]] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// simple sphere
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
//https://stackoverflow.com/questions/15558418/how-do-you-save-an-image-from-a-three-js-canvas
// saving canvas to image
ReverseCanvasToImage
etc
// simple torusknot
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["torusknot" , , [1,3,3] ,[10,5,128,16,2,3] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// simple lathe // has issue
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["lathe" , [[0,0,0],[1,2,30],[2,20,3],[3,12,3],[10,10,2]] , [1,3,3] ,[10,0,6.28] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// need to pick bothside mesh material. how to make it default?
or at least for tube lathe etc.
// simple tube
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["tube" , [[0,0,0],[1,2,3],[2,2,3],[3,3,3],[10,10,2]] , [1,3,3] ,[20,2,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// simple icosahedron
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["icosahedron" , , [1,3,3] ,[10] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// sphere with normals and tangents
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","normals","tangents" ],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong",true,true]
]
);""
// tangents not showing with THREE.VertexTangentsHelper: geometry not an instance of THREE.BufferGeometry. error
// trying parametric geometry
// simple klein
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" , "klein" , [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// mobius strip
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" , "mobius" , [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// torus structure with mesh function
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
//a=3;
//b=1;
//c=1;
//d=1;
a=10;//*Math.Pi();
b=2;//*Math.Pi();//*Math.Pi()
var twopi=2*Math.PI;
var x=cos(u*twopi)*(a + b*cos(v*twopi))
var y=Math.sin(u*twopi)*(a + b*cos(v*twopi))
var z=b*Math.sin(v*twopi)
target.set(x,y,z)
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(x,y,target)
{
var xMin=-10;
var yMin=-10;
var xMax=10;
var yMax=10;
var a=1;
var b=1;
var xRange = xMax - xMin;
var yRange = yMax - yMin;
var x = xRange * x + xMin;
var y = yRange * y + yMin;
var z=Math.sin(Math.sqrt (a*x^2 + b*y^2))
target.set(x,y,z)
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// with zrange color
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(x,y,target)
{
var xMin=-10;
var yMin=-10;
var xMax=10;
var yMax=10;
var a=1;
var b=1;
var xRange = xMax - xMin;
var yRange = yMax - yMin;
var x = xRange * x + xMin;
var y = yRange * y + yMin;
var z=Math.sin(Math.sqrt(a*x^2 + b*y^2))
target.set(x,y,z)
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "zrange" ,false , "phong"]
]
);""
// asbestoes https://sites.google.com/site/cgwith3js/home/parametric-geometry
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
//a=3;
//b=1;
//c=1;
//d=1;
/*
a=10;//*Math.Pi();
b=2;//*Math.Pi();//*Math.Pi()
var twopi=2*Math.PI;
var x=cos(u*twopi)*(a + b*cos(v*twopi))
var y=Math.sin(u*twopi)*(a + b*cos(v*twopi))
var z=b*Math.sin(v*twopi)
//target.set(x,y,z)
*/
target.set(-100 + 200 * u, 3 * Math.sin(20 * (u + v)), -100 + 200 * v);
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// lissajous
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
var A=1;
var B=2;
var a=2;
var b=2;
var delta=Math.PI/2;//2;
var xi=2;
var x=A*Math.sin(a*(u)+delta)
//var y=B*Math.sin(b*(v)+xi)
var y=B*Math.sin(b*(v))
var z=0;//b*Math.sin (v*twopi)
target.set(x,y,z);
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
-not yet working
// Dinis Surface https://mathworld.wolfram.com/DinisSurface.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
var a=1;
var b=0.2;
u=u*4*(Math.PI)
v=v*2;
x = a*COS(u)*SIN(v)
y = a*SIN(u)*SIN(v)
z = MIN(MAX(a*(COS(v)+LN(TAN(1/2*v)))+b*u,-100),100);
target.set(x,y,z);
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// Dinis Surface https://mathworld.wolfram.com/DinisSurface.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
var a=1;
var b=0.2;
u=u*4*(Math.PI)
v=v*2;
x = a*COS(u)*SIN(v)
y = a*SIN(u)*SIN(v)
z = MIN(MAX(a*(COS(v)+LN(TAN(1/2*v)))+b*u,-100),100);
target.set(x,y,z);
}
, [1,3,3] ,[5,5,50,50] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// trying walt with background
// need to see how the reflection etc. can be triggered
// as in https://threejs.org/examples/#webgl_materials_cubemap
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/examples/models/obj/walt/WaltHead.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// walt disney with normals - did not seem to trigger
// how to do this with obj async load?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","normals" ,"tangents"],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/examples/models/obj/walt/WaltHead.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",5,15]
]
);
""
//todo
// https://threejs.org/examples/#webgl_materials
-blending just field blending with THREE.AdditiveBlending etc
materials.push( new THREE.MeshLambertMaterial( { map: texture, transparent: true } ) );
materials.push( new THREE.MeshLambertMaterial( { color: 0xdddddd } ) );
materials.push( new THREE.MeshPhongMaterial( { color: 0xdddddd, specular: 0x009900, shininess: 30, flatShading: true } ) );
materials.push( new THREE.MeshNormalMaterial() );
materials.push( new THREE.MeshBasicMaterial( { color: 0xffaa00, transparent: true, blending: THREE.AdditiveBlending } ) );
materials.push( new THREE.MeshLambertMaterial( { color: 0xdddddd } ) );
materials.push( new THREE.MeshPhongMaterial( { color: 0xdddddd, specular: 0x009900, shininess: 30, map: texture, transparent: true } ) );
materials.push( new THREE.MeshNormalMaterial( { flatShading: true } ) );
materials.push( new THREE.MeshBasicMaterial( { color: 0xffaa00, wireframe: true } ) );
materials.push( new THREE.MeshDepthMaterial() );
materials.push( new THREE.MeshLambertMaterial( { color: 0x666666, emissive: 0xff0000 } ) );
materials.push( new THREE.MeshPhongMaterial( { color: 0x000000, specular: 0x666666, emissive: 0xff0000, shininess: 10, opacity: 0.9, transparent: true } ) );
materials.push( new THREE.MeshBasicMaterial( { map: texture, transparent: true } ) );
-https://threejs.org/examples/#webgl_loader_gltf_extensions
-ducks etc.
-reflection steel balls etc.
// simple catmullromcurve3 with editor
// need to see how to remove the spline points on unselect etc.
// fit view does not work for spline points, with only position, not the actual center of the spline curve
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["curve" , ,
[
[1,3,3],
[2,3,3],
[3,1,3],
[1,3,3],
] ,
[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"
]
]
);""
// animations - rpm, tpm and opm (rotations, times and orbit)
// simple cube rpm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", [["rpm"],[5]]]
]
);""
// simple cube tpm animation on a path
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong",
[
["rpm","tpm","points" ],
[5, 2, [[1,2,3],[2,3,4],[5,5,6]]]
]
]
]
);""
// simple cube tpm animation on a path
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", [["tpm","points"],[20,[[10,2,3],[20,3,4],[50,5,6]]]]]
]
);""
// orbit per minute
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong",
[
["opm" ,"r" ],
[20 ,10 ]
]
]
]
);""
// orbit per minute and rpm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong",
[
["opm" ,"r" ,"rpm"],
[20 ,10 , 100]
]
]
]
);""
// jupiter orbit per minute and rpm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["opm" ,"r" ,"rpm"],
[20 ,100 , 100]
]
]
]
);""
// jupiter orbit per minute and rpm title etc. scale and rotation (in degrees)
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" , "rotation","scale"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["opm" ,"r" ,"rpm"],
[20 ,100 , 100]
],
[0 ,23 , 0] ,
[1 ,1 , 1]
]
]
);""
// jupiter orbit per minute and rpm title etc. scale and rotation (in degrees)
// camera animation
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["rpm"],
[ 100]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["rpm"],
[ 100]
]
]
]
);""
// camera rotation
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["rpm"],
[ 10]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["rpm"],
[ 5]
]
]
]
);""
// get the camera on the scene here
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["rpm"],
[ 10]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
]
]
);""
// get the camera on the scene here
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["tpm","points"],
[2,[[1,2,3],[2,3,4],[5,5,6]]]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
]
]
);""
// simple sphere and mirror cube
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "mirror"],
["sphere" , , [10,5,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// circular mirror
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["circle" , , [1,3,3] ,[50,50,50] , 0x00ff00 , "yellow" ,false , "mirror"],
["sphere" , , [10,5,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// grid and sphere
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);
""
// grid and sphere - zrange color like https://stemkoski.github.io/Three.js/Graphulus-Function.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "zrange" ,false , "phong"]
]
);""
//zrange is not kicking in.
//zrange is not working on ParameterBufferGeometry. On https://stemkoski.github.io/Three.js/Graphulus-Function.html it was ParameterGeometry
-need to follow up
// grid and sphere uv color
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "uv" ,false , "phong"]
]
);
""
// painting texture
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "painting" ,false , "phong"]
]
);
""
// jupiter, earth etc.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong"],
["sphere" , , [12,3,3] ,[5,20,20] , 0x00ff00 , "earth" ,false , "phong"]
]
);
""
// physics not working due to ammo issues. see how to resolve. the threeful copy of example is not working
// should we get from https://github.com/kripken/ammo.js?
or should we try https://schteppe.github.io/cannon.js/?
// should possibly switch to cannonjs
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [1,150,130] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,300,230] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floorxy" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["flooryz" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["floorxz" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [1,15,13] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,30,23] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
// at least oriented right
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,1,50] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [1,15,13] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,30,23] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "../threefull/examples/models/gltf/RobotExpressive/RobotExpressive.glb" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
// xbot
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "../threefull/examples/models/gltf/Xbot.glb" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
// soldier test from config
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "soldier" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
// parrot
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "parrot" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["ground" , [
["type","width","height"],
["checkerboard",1000,1000]
],
]
]
);
""
//ground
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["ground" , [
["type","width","height"],
["grass",1000,1000]
],
],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "width", "height"],
["rectarealight" , "red", 0.6, 10, 10]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
//rect light
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "width", "height"],
["rectarealight" , "red", 0.6, 10, 10]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
// fog
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["fog" , [
["color","near","far"],
["red",10,2000]
],
, , , , ,],
/* ["fog" , [
["color","density"],
["red",0.1]
],
, , , , ,],
*/
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "distance", "decay"],
["pointlight" , "red", 0.6, 100, 2]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
//sphere and light works
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "distance", "decay"],
["pointlight" , "red", 0.6, 100, 2]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
//text
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["text" , "ZCubes" , [3,3,3] ,[5,2,20] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// bevelled text
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["text" , "ZCubes" , [3,3,3] ,[5,2,20,true] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// background and sphere with reflection
// did not seem to work
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["pisa"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["sphere" , , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// svg load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["white"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load" , "../threefull/examples/models/svg/tiger.svg" , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
// pdb load
// it did not show the letters. did the css2d not work?
// need to figure out how CSS2DObject works to show the labels
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["white"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load" , "../threefull/examples/models/pdb/aspirin.pdb" , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
// pdb load
// it did not show the letters. did the css2d not work?
// need to figure out how CSS2DObject works to show the labels
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["transparent"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load" , "../threefull/examples/models/pdb/aspirin.pdb" , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
// svg monalisa load
//if monalisa svg was assigned, this was loaded, but was not visible until pisa was made background then could see it
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["white"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load.svg" , monalisa , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
-fbx load - had to change the path for mimetype allowed.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
/*["scene" , [
["background"],
["pisa"]
],
, , , , ,],
*/
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[275/*60 */ ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["load" , "../threefull/examples/models/fbx/Samba Dancing.fbx" , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , ]
]
)
-fbx load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
/*["scene" , [
["background"],
["pisa"]
],
, , , , ,],
*/
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[275/*60 */ ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["load" , "https://three.zcubes.com/examples/models/fbx/Samba Dancing.fbx" , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , ]
]
)
//RENDER3DDEV(
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["pisa"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["sphere" , , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// multiple spheres
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[75 ,"auto" ,0.1 ,1000 , [50,50,50] , 3]
], , , , , ,],
["sphere" , , i=>[3*i,i*3,3] ,[5,50,50] , 0x00ff00 , ["yellow","red"] ,true, , 10]
]
)
""
// simpler multiple spheres - size gets confusing. check next one.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,[5,50,50] , 0x00ff00 , ["yellow","red"] ,true, , 10]
]
)
""
// simpler multiple spheres - size better
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[5,50,50] , 0x00ff00 , "yellow" ,true, , 10]
]
)
""
// smaller sphere
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[1,50,50] , 0x00ff00 , "yellow" ,true, , 10]
]
)
""
// smaller sphere normal colors
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[1,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying radii
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[1*i,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying radii slight - 0 radius defaults to 1
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[0.3*i,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying radii slight - 0 radius defaults to 1 adjusted by a small amount
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[0.3*i+0.01,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying colors from interpolate d3
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[0.3*i+0.01,50,50] , 0x00ff00 , i=>d3.interpolateInferno(i/10) ,true, "phong", 10]
]
)
""
// smaller sphere normal colors - varying colors from interpolate d3 2d
// looks like rocks
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , (i,j)=>[3*i,j*3,3] ,(i,j)=>[0.3*i+0,2*j+0.01,50,50] , 0x00ff00 , (i,j)=>d3.interpolateInferno((i+j)/10) ,true, "phong", |6,4|]
]
)
""
// varying size varying colors from interpolate d3 2d
// looks like rocks
// material can have other properties in subarray. how to loop this?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , (i,j)=>[3*i,j*3,3] ,(i,j)=>[0.3*i+0.2*j+0.01,50,50] , 0x00ff00 , (i,j)=>d3.interpolateInferno((i+j)/10) ,true, "phong", |6,4|]
]
)
""
// planets
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[10*i,0,0] ,(i,j)=>[5,50,50] , 0x00ff00 , PLANETS ,true, "phong", PLANETS.length]
]
)
""
// new items
//https://github.com/mrdoob/three.js/blob/master/examples/webgl_materials_video_webcam.html
// webcam
RENDER3D(
[
["type" ,"fill", "size"],
["sphere", "webcam",[1,30,30]] // user direction
]
)
""
// load objects with ferrari, and do this to rotate the wheels. on #bg
RENDER3D(
[
["type" , "name" , "animation" ],
["change" , "wheel_fl" , [["rpmx"],[-60]] ],
["change" , "wheel_fr" , [["rpmx"],[-60]] ],
["change" , "wheel_rl" , [["rpmx"],[-60]] ],
["change" , "wheel_rr" , [["rpmx"],[-60]] ]
],
"#bg"
);""
// rose 2
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["load" , "../threefull/other/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/rose/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// gave black
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/rose/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"aut" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/rose.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// rose seems to work better
// mtl file needs to be moved around for values like each line in mtl
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/rose.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// gave black
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose2/rose.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose3/rose 2.glb" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose3/rose 2.fbx" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//glb shows rose right. really tiny and had to be scaled. why?
// made scale to be 10
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose3/rose 2.glb" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//alien obj file
// why is it so far to the top?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/alien/alien.obj" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//cubes fbx file. did not work since this is old version
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/cubes/cubes.fbx" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//cubes glb file. did not work since this is old version
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/cubes/cubes.glb" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//glb rendered, flb had issues with transparency
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose flower.glb" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose flower 2.gltf" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose flower 5.gltf" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
// physics started working after quaternion of plane was set 2:15 PM 12/8/2020
// basics work in this
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[500,1,500] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [0,10,0] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,10,0] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
-still some axis confusion, or camera confusion.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [0,100,0] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,100,0] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
-look better
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [0,10,0] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,20,0] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
// fruits
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/fruits/apple and orange.glb" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// cups
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/cups/cup.glb" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// nightsky
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["nightsky" , , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[0,0,-15]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
//["nightsky" , , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[-11,9,5]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// shows annotation test -wip
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[-11,9,5]]
]
, [1,1,1] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[0,0,-15]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[4,4,-2]]
]
, [5,5,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// html - these positioning did not seem correct. see why.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["html" ,
"<div>TEST</div>"
, [1,1,1] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div>TEST2</div>"
, [2,2,2] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div>TEST2</div>"
, [4,4,2] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// html - these positioning did not seem correct. see why.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["html" ,
"<div style='font-size:8px'>TEST</div>"
, [1,1,1] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div style='font-size:8px'>TEST2</div>"
, [20,2,20] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div style='font-size:8px'>TEST2</div>"
, [40,4,42] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
LOAD("elements");
els=ELEMENT(1..118)
// html - these positioning did not seem correct. see why.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" , els.map(e=>e.toString()), SPHERICALPOINTS(118,800), [1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",118]
]
);
""
// this did not work correctly
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" , els.map(e=>e.SYMBOL), SPHERICALPOINTS(118,800), [1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",118]
]
);
""
// this is too large as font. need to see what to do to make it right
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" , els.map(e=>"<div>"+e.SYMBOL+"</div>"), SPHERICALPOINTS(118,800), [1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",118]
]
);
""
// this does not work find out why.
// el.add(elchild) seems to be undefined
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"<div style='font-size:8px'>TEST</div>"
, SPHERICALPOINTS(20,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 20]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"<div style='font-size:8px'>TEST</div>"
, SPHERICALPOINTS(20,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 20]
]
);
""
// works
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"TEST"
, SPHERICALPOINTS(117,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 117]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"TEST"
, HELICALPOINTS(118,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
// element names in helical format
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+"")
, HELICALPOINTS(118,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// element names in double helical format with 90 deg rotation
helix1=HELICALPOINTS(118,100);
helix2=ROTATEPOINTS(helix1);
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix1 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix2 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// element names in double helical format
helix1=HELICALPOINTS(118,100);
helix2=ROTATEPOINTS(helix1,Math.PI);
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix1 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix2 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// dna in double helical format
// d1="ATCG";
// d2="TAGC";
// dna=(1..100@(function (){var r=RANDINT(4);return([d1[r],d2[r]])}) )~;
d1="ATCG";
d2="TAGC";
d=(1..100@(function (){var r=RANDINT(4);return([d1[r],d2[r]])}) )~;
dna=(d[0]~);//.print()
helix1=HELICALPOINTS(118,100);
helix2=ROTATEPOINTS(helix1,Math.PI);
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
dna[0], helix1 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 100],
["html" ,
dna[1], helix2 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 100]
]
);
""
}
)
// element names in helical format with conical angle
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+"")
, SCALEPOINTS(HELICALPOINTS(118,100),1..118@(x=>x/118)) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// annotation still wip
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[0,0,-15]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , ,true , "phong"],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[4,4,-2]]
]
, [5,5,0] ,[1.5,1,1] , 0x00ff00 , ,true , "phong"],
]
);
""
// how to get rid of the yellow area etc. and get the camera to zoom in right
// point
// sphere and cube - better looking
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["point", "red",[1,30,30],
[
[1,1,2],
[2,1,2],
[3,1,2]
], [["size"],[0.1]] ]
]
)
""
// points
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
1..100@(x=>[x,1,x]), [["size"],[0.05]] ]
]
)
""
// points
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
1..100@(x=>[x,1,x]) .map(x=>x[0]) , [["size"],[0.5]] ]
]
)
""
// line test
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["line", "red",[1,30,30],[[0,0,0][1,1,1],[4,4,2]]]
]
)
""
// lines
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],[[[1,1,2],[2,3,4]],[12,3,4],[4,5,5]]],
["lines", "yellow",[4,30,30],[[[3,3,2],[4,4,4]],[1,3,4],[14,5,15]]]
]
)
""
// lines from stem to sphere
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],SPHERICALPOINTS(118,800).rays()]
]
)
""
// not showing anything. why? lines from stem to sphere
// is it radius? The group is being made etc.
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],SPHERICALPOINTS(18,5).rays()]
]
)
""
// lines from stem to sphere
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).rays()]
]
)
""
// lines from conical tree with scale
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],SCALEPOINTS(HELICALPOINTS(118,800),1..118.map(x=>1/x)).rays()]
]
)
""
// try subpoints using add
// lines from stem to sphere
// did not work
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],ADDPOINTS(HELICALPOINTS(118,800),1..118.map(x=>-x)).rays()]
]
)
""
// try subpoints using add
// lines from stem to sphere
// did not work
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>-x))]
]
)
""
// rayscale etc
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>-x))]
]
)
""
// rayscale etc
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>1/x))]
]
)
""
// rayscale etc conical christmas tree
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>x/118))]
]
)
""
// rayscale etc with many colors
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "rainbow",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>x/118))]
]
)
""
// rayscale etc with many colors like a fruit
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "rainbow",[1,30,30],SPHERICALPOINTS(118,800).raysscale(1..118.map(x=>x/118))]
]
)
""
// rayscale etc with many colors like a fruit with center
// like a flower. note [[]] on material not to split settings array
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["lines", "rainbow",[1,30,30],SPHERICALPOINTS(118,800).raysscale(1..118.map(x=>x/118),"center"),
[
[
["type","linewidth"],
["line",3]
]
]
]
]
)
""
// rayscale etc with many colors like a fruit with center
// like a flower. note [[]] on material not to split settings array
// line2 is not working well
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["line2s", "rainbow",[1,30,30],SPHERICALPOINTS(118,800).raysscale(1..118.map(x=>x/118),"center"),
[
[
["linewidth"],
[3]
]
]
]
]
)
""
// points with lookat
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
SPHERICALPOINTS(118,10).rayslookat(), [["size"],[0.1]] ]
]
)
""
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
SPHERICALPOINTS(118,10).rayslookat(), [["size"],[0.1]] ]
]
)
""
// place rectangles at spherical points with lookat defined
pts=SPHERICALPOINTS(118,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat"],
["cube", "red",[1,1,1], pts, "phong",pts.rayslookat() ]
]
)
""
// sphere of cubes...
pts=SPHERICALPOINTS(118,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "red",[1,1,1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// small cubes did not seem to change
pts=SPHERICALPOINTS(118,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "red",[0.1,0.1,0.1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// sphere from small balls
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "red",[1,1,1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
// random colors on spheres
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "random",[1,1,1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// interesting shape like a cross with stuff in the middle
pts=SPHERICALPOINTS(130,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "reds",[1,15,15], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// interesting sphere
pts=SPHERICALPOINTS(130,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "reds",[[1,15,15]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// random colors on spheres
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "random",[[1,10,10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// random colors on spheres
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "random",[[1,1,1]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,0.10,0.10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(5,2);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[1,10,10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(5,20);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,1,1]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(50,20);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[10,10,10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes around center at same level
pts=HELICALPOINTS(5,2,5,0);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,5,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
// (maxnumberofpoints,radius,thetasegments,cylinderstep,cylinderoffsetpercycle,startphi,startcylinderoffset)
pts=HELICALPOINTS(50,2,5,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,5,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes in separate levels
pts=HELICALPOINTS(50,2,5,0,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,5,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes rainbow colors with lookat
pts=HELICALPOINTS(50,20,5,0,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "rainbow",[[15.1,5,15]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS([50,100],20,5,0,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "rainbow",[[15.1,5,15]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes in concentric circles
pts=HELICALPOINTS(20,[50,100],5,8,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "rainbow",[[5,1,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical sphere in concentric circles, with triangular shapes
pts=HELICALPOINTS(20,[5,15],5,8,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "rainbow",[[5,1,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical spheres with random radii
pts=HELICALPOINTS(20,[50,100],5,8,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "rainbow",x=>[RANDOM(5),10,5], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// simple sphere and viewport
// not working yet
// added controls and still has issues
RENDER3D(
[
["type" ],
["sphere"],
["viewport"]
]
)
""
// flower like helical sphere in concentric circles, with triangular shapes
pts=HELICALPOINTS(20,5,20,0);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "rainbow",[[5,1,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
//HELICALPOINTS(maxnumberofpoints,radius,thetasegments,cylinderstep,cylinderoffsetpercycle,startphi,startcylinderoffset,requirednumberofpoints)
// flowerlike helical sphere in concentric circles, with triangular shapes
pts=HELICALPOINTS(20,15,20,0);
angles=radpiby20;
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count","rotation"],
["sphere", "rainbow",[[5,1,3]], pts, "phong",pts.rayslookat() ,pts.length,i=>[angles[i],0,0] ]
]
)
""
//HELICALPOINTS(maxnumberofpoints,radius,thetasegments,cylinderstep,cylinderoffsetpercycle,startphi,startcylinderoffset,requirednumberofpoints)
// flowerlike helical sphere in concentric circles, with triangular shapes with rotation
pts=HELICALPOINTS(20,15,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count","rotation"],
["sphere", "rainbow",[[5,1,3]], pts, "phong",pts.rayslookat() ,pts.length,i=>[angles[i],0,0] ]
]
)
""
// flowerlike helical sphere in concentric tetrahedrons, with triangular shapes
// note lookatdeactivated so that it does not affect the set rotations
// could use this for the json object display from crockford
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookatdeactivated","count","rotation"],
["tetrahedron", "rainbow",[[5]], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere with tubes to get json emblem. note the use of settings to define tube
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[-10,-10],[10,10],[0,0]]], [5], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes - try 2
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[-10,-10],[10,10],[10,-10],[-10,10],[-10,-10]]], [5], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes - try 3
// segments can be used for flower marigold
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[0,0],[6,0],[3,2.2427336738541745]]], [1], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 4
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,6,0],[0,3,2.2427336738541745],[0,0,0]]], [15,10,10], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,0,angles[i]]]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 5
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745],[0,0,0]]], [15,10,10], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 5
// size should be in two d array if i loop
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745],[0,0,0]]], [[2,10,10]], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 6 thin edges of tube
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745],[0,0,0]]], [[5,0.1,5]], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// crayon like tubes
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745]]], [[2,1,50,true]], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// render download command
RENDER(
[
["type","cx", "cy", "r","coordinates","label","fill","stroke","stroke-width","font-size","format"],
["circle",100,100,60,,,"purple","purple"],
["circle",100,100,30,,,"white","white"],
["text",,,,[90,65],"1",,"black",3,40],
["download",,,,[90,65],"1",,"black",3,40,"png"]
]);
""
//A forest of trees
// RENDER3D(
// [
// ["type" ,"fill", "size", "coordinates","material","count"],
// ["tree", "red",[1,30,30],
// 1..100@(x=>[x,1,x]), [["size"],[0.05]],15 ]
// ]
// )
// ""
//1..100@(x=>[x,1,x]) would not work as it gives arrays within arrays
//A row of trees
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","count"],
["tree", "red",[1,30,30],
(x=>[x,1,x]), [["size"],[0.05]],15 ]
]
)
""
// forest of trees. notice [[size]]
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",[[1,30,30]],
((x,y)=>[x,0,y]),IM(15) ]
]
)
""
// forest of trees.trying different size
// this did not work as well
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(100),x,y]),
((x,y)=>[x,0,y]),IM(15) ]
]
)
""
// forest of trees. works. trying different size
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(10)]),
((x,y)=>[x*RANDINT(10),0,y*RANDINT(10)]),IM(15) ]
]
)
""
// one big tree
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(100)]),
,IM(15) ]
]
)
""
// one big tree
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(100)]),
,50 ]
]
)
""
// one big tree - different height cover etc.
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",[1..5,(50..1..-10)]~,
,5 ]
]
)
""
// loading different formats
// 3dm files
// loads though looks rotated on x axis. can expand on idea as in https://threejs.org/examples/webgl_loader_3dm.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3dm/Rhino_Logo.3dm" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// 3dm files
// loads though looks rotated on x axis. can expand on idea
// need to see if colors normal etc load right or else get it loaded
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" ,
[
["url","normal"],
[
"https://three.zcubes.com/examples/models/3ds/portalgun/portalgun.3ds" ,
"https://three.zcubes.com/examples/models/3ds/portalgun/textures/normal.jpg"
]
]
,
[-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// 3mf files
// loads though looks rotated on x axis. can expand on idea
// other links to use
//"https://three.zcubes.com/examples/models/3mf/facecolors.3mf"
//"https://three.zcubes.com/examples/models/3mf/multipletextures.3mf"
//"https://three.zcubes.com/examples/models/3mf/vertexcolors.3mf"
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3mf/cube_gears.3mf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3mf/multipletextures.3mf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3mf/truck.3mf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// amf file load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/amf/rook.amf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// assimp file load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/assimp/octaminator/Octaminator.assimp" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// bvh file load - needed fitting. did that break other loads?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/bvh/pirouette.bvh" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// dae file load - needed fitting. did that break other loads? collada
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/collada/elf/elf.dae" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//need to do kinematics
//https://threejs.org/examples/webgl_loader_collada_kinematics.html
// dae file load - needed fitting. did that break other loads? collada with animation
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/collada/stormtrooper/stormtrooper.dae" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// draco drc file load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/draco/bunny.drc" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// fbxfile load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/fbx/Samba Dancing.fbx" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// fbxfile load - nurbs
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/fbx/nurbs.fbx" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// gcode load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/gcode/benchy.gcode" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// kmz load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/kmz/Box.kmz" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// lwo load - change background to see the text which is in black
// or add screen background row
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["load" , "https://three.zcubes.com/examples/models/lwo/Objects/LWO3/Demo.lwo" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// nrrd and vtk load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/nrrd/I.nrrd" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/liver.vtk" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// pcd
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/pcd/binary/Zaghetto.pcd" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// ply
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/ply/ascii/dolphins.ply" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/ply/binary/Lucy100k.ply" , [-20,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// prwm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/prwm/smooth-suzanne.le.prwm" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/prwm/faceted-nefertiti.le.prwm" , [10,10,5] ,[10,10,10] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/prwm/vive-controller.le.prwm" , [-20,10,5] ,[3,3,3] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// stl
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/stl/ascii/slotted_disk.stl" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/stl/binary/pr2_head_pan.stl" , [10,10,5] ,[10,10,10] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/stl/binary/pr2_head_tilt.stl" , [-20,10,5] ,[3,3,3] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/stl/binary/colored.stl" , [-20,10,5] ,[3,3,3] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//tilt
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/tilt/BRUSH_DOME.tilt" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//tilt
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://github.com/mrdoob/three.js/blob/master/examples/models/tilt/BRUSH_DOME.tilt" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// to test
//vox
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vox/monu10.vox" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//vrm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vrm/Alicia/AliciaSolid.vrm" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//vrml
// other files to load
https://three.zcubes.com/examples/models/vrml/creaseAngle.wrl
https://three.zcubes.com/examples/models/vrml/crystal.wrl
https://three.zcubes.com/examples/models/vrml/house.wrl
https://three.zcubes.com/examples/models/vrml/elevationGrid1.wrl
https://three.zcubes.com/examples/models/vrml/elevationGrid2.wrl
https://three.zcubes.com/examples/models/vrml/extrusion1.wrl
https://three.zcubes.com/examples/models/vrml/extrusion2.wrl
https://three.zcubes.com/examples/models/vrml/extrusion3.wrl
https://three.zcubes.com/examples/models/vrml/lines.wrl
https://three.zcubes.com/examples/models/vrml/meshWithLines.wrl
https://three.zcubes.com/examples/models/vrml/meshWithTexture.wrl
https://three.zcubes.com/examples/models/vrml/pixelTexture.wrl
https://three.zcubes.com/examples/models/vrml/points.wrl
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vrml/house.wrl" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// vtk and vtp
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vtk/bunny.vtk" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/cube_ascii.vtp" , [3,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/cube_binary.vtp" , [10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/cube_no_compression.vtp" , [20,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// x
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
//["load" , "https://three.zcubes.com/examples/models/xyz/helix_201.xyz" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"]
["load" , "https://three.zcubes.com/examples/models/xfile/SSR06_model.x" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// xyz
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
//["load" , "https://three.zcubes.com/examples/models/xyz/helix_201.xyz" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"]
["load" , "../threefull/other/examples/helix_201.xyz" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" , "klein" , [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// mobius strip
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" , "mobius" , [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// torus structure with mesh function
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
//a=3;
//b=1;
//c=1;
//d=1;
a=10;//*Math.Pi();
b=2;//*Math.Pi();//*Math.Pi()
var twopi=2*Math.PI;
var x=cos(u*twopi)*(a + b*cos(v*twopi))
var y=Math.sin(u*twopi)*(a + b*cos(v*twopi))
var z=b*Math.sin(v*twopi)
target.set(x,y,z)
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(x,y,target)
{
var xMin=-10;
var yMin=-10;
var xMax=10;
var yMax=10;
var a=1;
var b=1;
var xRange = xMax - xMin;
var yRange = yMax - yMin;
var x = xRange * x + xMin;
var y = yRange * y + yMin;
var z=Math.sin(Math.sqrt(a*x^2 + b*y^2))
target.set(x,y,z)
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// with zrange color
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(x,y,target)
{
var xMin=-10;
var yMin=-10;
var xMax=10;
var yMax=10;
var a=1;
var b=1;
var xRange = xMax - xMin;
var yRange = yMax - yMin;
var x = xRange * x + xMin;
var y = yRange * y + yMin;
var z=Math.sin(Math.sqrt(a*x^2 + b*y^2))
target.set(x,y,z)
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "zrange" ,false , "phong"]
]
);""
// asbestoes https://sites.google.com/site/cgwith3js/home/parametric-geometry
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
//a=3;
//b=1;
//c=1;
//d=1;
/*
a=10;//*Math.Pi();
b=2;//*Math.Pi();//*Math.Pi()
var twopi=2*Math.PI;
var x=cos(u*twopi)*(a + b*cos(v*twopi))
var y=Math.sin(u*twopi)*(a + b*cos(v*twopi))
var z=b*Math.sin(v*twopi)
//target.set(x,y,z)
*/
target.set(-100 + 200 * u, 3 * Math.sin(20 * (u + v)), -100 + 200 * v);
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// lissajous
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
var A=1;
var B=2;
var a=2;
var b=2;
var delta=Math.PI/2;//2;
var xi=2;
var x=A*Math.sin(a*(u)+delta)
//var y=B*Math.sin(b*(v)+xi)
var y=B*Math.sin(b*(v))
var z=0;//b*Math.sin(v*twopi)
target.set(x,y,z);
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
-not yet working
// Dinis Surface https://mathworld.wolfram.com/DinisSurface.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
var a=1;
var b=0.2;
u=u*4*(Math.PI)
v=v*2;
x = a*COS(u)*SIN(v)
y = a*SIN(u)*SIN(v)
z = MIN(MAX(a*(COS(v)+LN(TAN(1/2*v)))+b*u,-100),100);
target.set(x,y,z);
}
, [1,3,3] ,[5,5,20,20] , 0x00ff00 , "yellow" ,false , "normal"]
]
);""
// Dinis Surface https://mathworld.wolfram.com/DinisSurface.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["parametricgeometry" ,
function mf(u,v,target)
{
var a=1;
var b=0.2;
u=u*4*(Math.PI)
v=v*2;
x = a*COS(u)*SIN(v)
y = a*SIN(u)*SIN(v)
z = MIN(MAX(a*(COS(v)+LN(TAN(1/2*v)))+b*u,-100),100);
target.set(x,y,z);
}
, [1,3,3] ,[5,5,50,50] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// trying walt with background
// need to see how the reflection etc. can be triggered
// as in https://threejs.org/examples/#webgl_materials_cubemap
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/examples/models/obj/walt/WaltHead.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// walt disney with normals - did not seem to trigger
// how to do this with obj async load?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","normals" ,"tangents"],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/examples/models/obj/walt/WaltHead.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",5,15]
]
);
""
//todo
// https://threejs.org/examples/#webgl_materials
-blending just field blending with THREE.AdditiveBlending etc
materials.push( new THREE.MeshLambertMaterial( { map: texture, transparent: true } ) );
materials.push( new THREE.MeshLambertMaterial( { color: 0xdddddd } ) );
materials.push( new THREE.MeshPhongMaterial( { color: 0xdddddd, specular: 0x009900, shininess: 30, flatShading: true } ) );
materials.push( new THREE.MeshNormalMaterial() );
materials.push( new THREE.MeshBasicMaterial( { color: 0xffaa00, transparent: true, blending: THREE.AdditiveBlending } ) );
materials.push( new THREE.MeshLambertMaterial( { color: 0xdddddd } ) );
materials.push( new THREE.MeshPhongMaterial( { color: 0xdddddd, specular: 0x009900, shininess: 30, map: texture, transparent: true } ) );
materials.push( new THREE.MeshNormalMaterial( { flatShading: true } ) );
materials.push( new THREE.MeshBasicMaterial( { color: 0xffaa00, wireframe: true } ) );
materials.push( new THREE.MeshDepthMaterial() );
materials.push( new THREE.MeshLambertMaterial( { color: 0x666666, emissive: 0xff0000 } ) );
materials.push( new THREE.MeshPhongMaterial( { color: 0x000000, specular: 0x666666, emissive: 0xff0000, shininess: 10, opacity: 0.9, transparent: true } ) );
materials.push( new THREE.MeshBasicMaterial( { map: texture, transparent: true } ) );
-https://threejs.org/examples/#webgl_loader_gltf_extensions
-ducks etc.
-reflection steel balls etc.
// simple catmullromcurve3 with editor
// need to see how to remove the spline points on unselect etc.
// fit view does not work for spline points, with only position, not the actual center of the spline curve
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["curve" , ,
[
[1,3,3],
[2,3,3],
[3,1,3],
[1,3,3],
] ,
[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"
]
]
);""
// animations - rpm, tpm and opm (rotations, times and orbit)
// simple cube rpm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", [["rpm"],[5]]]
]
);""
// simple cube tpm animation on a path
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong",
[
["rpm","tpm","points" ],
[5, 2, [[1,2,3],[2,3,4],[5,5,6]]]
]
]
]
);""
// simple cube tpm animation on a path
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", [["tpm","points"],[20,[[10,2,3],[20,3,4],[50,5,6]]]]]
]
);""
// orbit per minute
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong",
[
["opm" ,"r" ],
[20 ,10 ]
]
]
]
);""
// orbit per minute and rpm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong",
[
["opm" ,"r" ,"rpm"],
[20 ,10 , 100]
]
]
]
);""
// jupiter orbit per minute and rpm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["opm" ,"r" ,"rpm"],
[20 ,100 , 100]
]
]
]
);""
// jupiter orbit per minute and rpm title etc. scale and rotation (in degrees)
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" , "rotation","scale"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["opm" ,"r" ,"rpm"],
[20 ,100 , 100]
],
[0 ,23 , 0] ,
[1 ,1 , 1]
]
]
);""
// jupiter orbit per minute and rpm title etc. scale and rotation (in degrees)
// camera animation
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["rpm"],
[ 100]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["rpm"],
[ 100]
]
]
]
);""
// camera rotation
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["rpm"],
[ 10]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
[
["rpm"],
[ 5]
]
]
]
);""
// get the camera on the scene here
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["rpm"],
[ 10]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
]
]
);""
// get the camera on the scene here
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "animation" ],
["camera" ,
[
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , , , ,
[
["tpm","points"],
[2,[[1,2,3],[2,3,4],[5,5,6]]]
]
],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong",
]
]
);""
// simple sphere and mirror cube
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["cube" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "mirror"],
["sphere" , , [10,5,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// circular mirror
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["circle" , , [1,3,3] ,[50,50,50] , 0x00ff00 , "yellow" ,false , "mirror"],
["sphere" , , [10,5,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);""
// grid and sphere
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
);
""
// grid and sphere - zrange color like https://stemkoski.github.io/Three.js/Graphulus-Function.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "zrange" ,false , "phong"]
]
);""
//zrange is not kicking in.
//zrange is not working on ParameterBufferGeometry. On https://stemkoski.github.io/Three.js/Graphulus-Function.html it was ParameterGeometry
-need to follow up
// grid and sphere uv color
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "uv" ,false , "phong"]
]
);
""
// painting texture
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "painting" ,false , "phong"]
]
);
""
// jupiter, earth etc.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "jupiter" ,false , "phong"],
["sphere" , , [12,3,3] ,[5,20,20] , 0x00ff00 , "earth" ,false , "phong"]
]
);
""
// physics not working due to ammo issues. see how to resolve. the threeful copy of example is not working
// should we get from https://github.com/kripken/ammo.js?
or should we try https://schteppe.github.io/cannon.js/?
// should possibly switch to cannonjs
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [1,150,130] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,300,230] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floorxy" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["flooryz" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["floorxz" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [1,15,13] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,30,23] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
// at least oriented right
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,1,50] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [1,15,13] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,30,23] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "../threefull/examples/models/gltf/RobotExpressive/RobotExpressive.glb" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
// xbot
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "../threefull/examples/models/gltf/Xbot.glb" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
// soldier test from config
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "soldier" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
// parrot
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
["load" , "parrot" , [1,3,3] ,[5,20,20] , 0x00ff00 , ,false , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["ground" , [
["type","width","height"],
["checkerboard",1000,1000]
],
]
]
);
""
//ground
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["ground" , [
["type","width","height"],
["grass",1000,1000]
],
],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "width", "height"],
["rectarealight" , "red", 0.6, 10, 10]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
//rect light
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "width", "height"],
["rectarealight" , "red", 0.6, 10, 10]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
// fog
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
],
["fog" , [
["color","near","far"],
["red",10,2000]
],
, , , , ,],
/* ["fog" , [
["color","density"],
["red",0.1]
],
, , , , ,],
*/
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "distance", "decay"],
["pointlight" , "red", 0.6, 100, 2]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
//sphere and light works
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["light" ,
[
["type" , "color", "intensity", "distance", "decay"],
["pointlight" , "red", 0.6, 100, 2]
] ,
[1,1,-5] ,[5,2,20] , 0x00ff00 , "yellow" ,false , "phong"],
["sphere" , , [1,3,3] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong"]
]
)
""
//text
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["text" , "ZCubes" , [3,3,3] ,[5,2,20] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// bevelled text
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["red"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["text" , "ZCubes" , [3,3,3] ,[5,2,20,true] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// background and sphere with reflection
// did not seem to work
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["pisa"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["sphere" , , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// svg load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["white"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load" , "../threefull/examples/models/svg/tiger.svg" , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
// pdb load
// it did not show the letters. did the css2d not work?
// need to figure out how CSS2DObject works to show the labels
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["white"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load" , "../threefull/examples/models/pdb/aspirin.pdb" , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
// pdb load
// it did not show the letters. did the css2d not work?
// need to figure out how CSS2DObject works to show the labels
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["transparent"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load" , "../threefull/examples/models/pdb/aspirin.pdb" , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
// svg monalisa load
//if monalisa svg was assigned, this was loaded, but was not visible until pisa was made background then could see it
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["white"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
["load.svg" , monalisa , [3,3,3] ,[5,50,50] , 0x00ff00 , , , ]
]
)
""
-fbx load - had to change the path for mimetype allowed.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
/*["scene" , [
["background"],
["pisa"]
],
, , , , ,],
*/
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[275/*60 */ ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["load" , "../threefull/examples/models/fbx/Samba Dancing.fbx" , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , ]
]
)
-fbx load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
/*["scene" , [
["background"],
["pisa"]
],
, , , , ,],
*/
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[275/*60 */ ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["load" , "https://three.zcubes.com/examples/models/fbx/Samba Dancing.fbx" , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , ]
]
)
//RENDER3DDEV(
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
["pisa"]
],
, , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[60 ,"auto" ,0.1 ,1000 , [0,0,5] , 3]
], , , , ,],
//["cube" , , [2,2,2] ,[0.5,0.1,0.1] , 0x00ff00 , "yellow" ,true , "backgroundreflection"],
["sphere" , , [3,3,3] ,[5,50,50] , 0x00ff00 , "yellow" ,true , "backgroundreflection"]
]
)
""
// multiple spheres
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ,"focallength"],
[75 ,"auto" ,0.1 ,1000 , [50,50,50] , 3]
], , , , , ,],
["sphere" , , i=>[3*i,i*3,3] ,[5,50,50] , 0x00ff00 , ["yellow","red"] ,true, , 10]
]
)
""
// simpler multiple spheres - size gets confusing. check next one.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,[5,50,50] , 0x00ff00 , ["yellow","red"] ,true, , 10]
]
)
""
// simpler multiple spheres - size better
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[5,50,50] , 0x00ff00 , "yellow" ,true, , 10]
]
)
""
// smaller sphere
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[1,50,50] , 0x00ff00 , "yellow" ,true, , 10]
]
)
""
// smaller sphere normal colors
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[1,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying radii
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[1*i,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying radii slight - 0 radius defaults to 1
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[0.3*i,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying radii slight - 0 radius defaults to 1 adjusted by a small amount
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[0.3*i+0.01,50,50] , 0x00ff00 , "yellow" ,true, "normal", 10]
]
)
""
// smaller sphere normal colors - varying colors from interpolate d3
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[3*i,i*3,3] ,i=>[0.3*i+0.01,50,50] , 0x00ff00 , i=>d3.interpolateInferno(i/10) ,true, "phong", 10]
]
)
""
// smaller sphere normal colors - varying colors from interpolate d3 2d
// looks like rocks
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , (i,j)=>[3*i,j*3,3] ,(i,j)=>[0.3*i+0,2*j+0.01,50,50] , 0x00ff00 , (i,j)=>d3.interpolateInferno((i+j)/10) ,true, "phong", |6,4|]
]
)
""
// varying size varying colors from interpolate d3 2d
// looks like rocks
// material can have other properties in subarray. how to loop this?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , (i,j)=>[3*i,j*3,3] ,(i,j)=>[0.3*i+0.2*j+0.01,50,50] , 0x00ff00 , (i,j)=>d3.interpolateInferno((i+j)/10) ,true, "phong", |6,4|]
]
)
""
// planets
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material","count" ],
["sphere" , , i=>[10*i,0,0] ,(i,j)=>[5,50,50] , 0x00ff00 , PLANETS ,true, "phong", PLANETS.length]
]
)
""
// new items
//https://github.com/mrdoob/three.js/blob/master/examples/webgl_materials_video_webcam.html
// webcam
RENDER3D(
[
["type" ,"fill", "size"],
["sphere", "webcam",[1,30,30]] // user direction
]
)
""
// load objects with ferrari, and do this to rotate the wheels. on #bg
RENDER3D(
[
["type" , "name" , "animation" ],
["change" , "wheel_fl" , [["rpmx"],[-60]] ],
["change" , "wheel_fr" , [["rpmx"],[-60]] ],
["change" , "wheel_rl" , [["rpmx"],[-60]] ],
["change" , "wheel_rr" , [["rpmx"],[-60]] ]
],
"#bg"
);""
// rose 2
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["load" , "../threefull/other/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/rose/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// gave black
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/rose/rose 2.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/female02.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"aut" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/rose.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// rose seems to work better
// mtl file needs to be moved around for values like each line in mtl
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "../threefull/other/female/rose.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// gave black
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose2/rose.obj" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose3/rose 2.glb" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose3/rose 2.fbx" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//glb shows rose right. really tiny and had to be scaled. why?
// made scale to be 10
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose3/rose 2.glb" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//alien obj file
// why is it so far to the top?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/alien/alien.obj" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//cubes fbx file. did not work since this is old version
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/cubes/cubes.fbx" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//cubes glb file. did not work since this is old version
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/cubes/cubes.glb" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
//glb rendered, flb had issues with transparency
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose flower.glb" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose flower 2.gltf" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/rose/rose flower 5.gltf" , [0,0,0] ,[10,10,10] , 0x00ff00 , ,true , "phong"]
]
);
""
// physics started working after quaternion of plane was set 2:15 PM 12/8/2020
// basics work in this
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[500,1,500] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [0,10,0] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,10,0] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[200,100,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
-still some axis confusion, or camera confusion.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [0,100,0] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,100,0] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
-look better
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material", "mass" ],
["physics"],
["floor" , , [0,0,-3] ,[50,50,1] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [0,10,0] ,[5,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["sphere" , , [10,20,0] ,[3,20,20] , 0x00ff00 , "yellow" ,false , "phong", 10],
["grid" , , [0,0,0] ,[50,50,2] , 0x00ff00 , "yellow" ,false , "phong"],
]
);""
// fruits
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/fruits/apple and orange.glb" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// cups
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
['../threefull/examples/textures/terrain/grasslight-big.jpg']
], , , , ,],
["camera" , [
["fov" ,"aspect" ,"near" ,"far", "position" ],
[90 ,"auto" ,0.1 ,1000 , [0,0,30] ]
], , , , ,],
["load" , "https://kappaomega.zcubes.com/threetest/threefull/other/cups/cup.glb" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// nightsky
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["nightsky" , , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[0,0,-15]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
//["nightsky" , , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[-11,9,5]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// shows annotation test -wip
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[-11,9,5]]
]
, [1,1,1] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[0,0,-15]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[4,4,-2]]
]
, [5,5,0] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// html - these positioning did not seem correct. see why.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["html" ,
"<div>TEST</div>"
, [1,1,1] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div>TEST2</div>"
, [2,2,2] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div>TEST2</div>"
, [4,4,2] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
// html - these positioning did not seem correct. see why.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["html" ,
"<div style='font-size:8px'>TEST</div>"
, [1,1,1] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div style='font-size:8px'>TEST2</div>"
, [20,2,20] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["html" ,
"<div style='font-size:8px'>TEST2</div>"
, [40,4,42] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
]
);
""
LOAD("elements");
els=ELEMENT(1..118)
// html - these positioning did not seem correct. see why.
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" , els.map(e=>e.toString()), SPHERICALPOINTS(118,800), [1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",118]
]
);
""
// this did not work correctly
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" , els.map(e=>e.SYMBOL), SPHERICALPOINTS(118,800), [1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",118]
]
);
""
// this is too large as font. need to see what to do to make it right
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" , els.map(e=>"<div>"+e.SYMBOL+"</div>"), SPHERICALPOINTS(118,800), [1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong",118]
]
);
""
// this does not work find out why.
// el.add(elchild) seems to be undefined
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"<div style='font-size:8px'>TEST</div>"
, SPHERICALPOINTS(20,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 20]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"<div style='font-size:8px'>TEST</div>"
, SPHERICALPOINTS(20,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 20]
]
);
""
// works
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"TEST"
, SPHERICALPOINTS(117,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 117]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
"TEST"
, HELICALPOINTS(118,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
// element names in helical format
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+"")
, HELICALPOINTS(118,100) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// element names in double helical format with 90 deg rotation
helix1=HELICALPOINTS(118,100);
helix2=ROTATEPOINTS(helix1);
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix1 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix2 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// element names in double helical format
helix1=HELICALPOINTS(118,100);
helix2=ROTATEPOINTS(helix1,Math.PI);
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix1 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118],
["html" ,
ELEMENT(1..118).map(e=>e+""), helix2 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// dna in double helical format
// d1="ATCG";
// d2="TAGC";
// dna=(1..100@(function (){var r=RANDINT(4);return([d1[r],d2[r]])}) )~;
d1="ATCG";
d2="TAGC";
d=(1..100@(function (){var r=RANDINT(4);return([d1[r],d2[r]])}) )~;
dna=(d[0]~);//.print()
helix1=HELICALPOINTS(118,100);
helix2=ROTATEPOINTS(helix1,Math.PI);
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
dna[0], helix1 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 100],
["html" ,
dna[1], helix2 ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 100]
]
);
""
}
)
// element names in helical format with conical angle
LOAD("elements",
function ()
{
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ,"count"],
["html" ,
ELEMENT(1..118).map(e=>e+"")
, SCALEPOINTS(HELICALPOINTS(118,100),1..118@(x=>x/118)) ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong", 118]
]
);
""
}
)
// annotation still wip
// annotation test
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[0,0,-15]]
]
, [0,0,0] ,[1.5,1,1] , 0x00ff00 , ,true , "phong"],
["annotation" ,
[
["title","description","camera"],
["Test" ,"Description Text",[4,4,-2]]
]
, [5,5,0] ,[1.5,1,1] , 0x00ff00 , ,true , "phong"],
]
);
""
// how to get rid of the yellow area etc. and get the camera to zoom in right
// point
// sphere and cube - better looking
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["point", "red",[1,30,30],
[
[1,1,2],
[2,1,2],
[3,1,2]
], [["size"],[0.1]] ]
]
)
""
// points
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
1..100@(x=>[x,1,x]), [["size"],[0.05]] ]
]
)
""
// points
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
1..100@(x=>[x,1,x]) .map(x=>x[0]) , [["size"],[0.5]] ]
]
)
""
// line test
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["line", "red",[1,30,30],[[0,0,0][1,1,1],[4,4,2]]]
]
)
""
// lines
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],[[[1,1,2],[2,3,4]],[12,3,4],[4,5,5]]],
["lines", "yellow",[4,30,30],[[[3,3,2],[4,4,4]],[1,3,4],[14,5,15]]]
]
)
""
// lines from stem to sphere
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],SPHERICALPOINTS(118,800).rays()]
]
)
""
// not showing anything. why? lines from stem to sphere
// is it radius? The group is being made etc.
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],SPHERICALPOINTS(18,5).rays()]
]
)
""
// lines from stem to sphere
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).rays()]
]
)
""
// lines from conical tree with scale
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],SCALEPOINTS(HELICALPOINTS(118,800),1..118.map(x=>1/x)).rays()]
]
)
""
// try subpoints using add
// lines from stem to sphere
// did not work
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],ADDPOINTS(HELICALPOINTS(118,800),1..118.map(x=>-x)).rays()]
]
)
""
// try subpoints using add
// lines from stem to sphere
// did not work
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>-x))]
]
)
""
// rayscale etc
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>-x))]
]
)
""
// rayscale etc
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>1/x))]
]
)
""
// rayscale etc conical christmas tree
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "red",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>x/118))]
]
)
""
// rayscale etc with many colors
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "rainbow",[1,30,30],HELICALPOINTS(118,800).raysscale(1..118.map(x=>x/118))]
]
)
""
// rayscale etc with many colors like a fruit
RENDER3D(
[
["type" ,"fill", "size", "coordinates"],
["lines", "rainbow",[1,30,30],SPHERICALPOINTS(118,800).raysscale(1..118.map(x=>x/118))]
]
)
""
// rayscale etc with many colors like a fruit with center
// like a flower. note [[]] on material not to split settings array
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["lines", "rainbow",[1,30,30],SPHERICALPOINTS(118,800).raysscale(1..118.map(x=>x/118),"center"),
[
[
["type","linewidth"],
["line",3]
]
]
]
]
)
""
// rayscale etc with many colors like a fruit with center
// like a flower. note [[]] on material not to split settings array
// line2 is not working well
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["line2s", "rainbow",[1,30,30],SPHERICALPOINTS(118,800).raysscale(1..118.map(x=>x/118),"center"),
[
[
["linewidth"],
[3]
]
]
]
]
)
""
// points with lookat
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
SPHERICALPOINTS(118,10).rayslookat(), [["size"],[0.1]] ]
]
)
""
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material"],
["points", "red",[1,30,30],
SPHERICALPOINTS(118,10).rayslookat(), [["size"],[0.1]] ]
]
)
""
// place rectangles at spherical points with lookat defined
pts=SPHERICALPOINTS(118,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat"],
["cube", "red",[1,1,1], pts, "phong",pts.rayslookat() ]
]
)
""
// sphere of cubes...
pts=SPHERICALPOINTS(118,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "red",[1,1,1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// small cubes did not seem to change
pts=SPHERICALPOINTS(118,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "red",[0.1,0.1,0.1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// sphere from small balls
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "red",[1,1,1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
// random colors on spheres
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "random",[1,1,1], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// interesting shape like a cross with stuff in the middle
pts=SPHERICALPOINTS(130,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "reds",[1,15,15], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// interesting sphere
pts=SPHERICALPOINTS(130,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "reds",[[1,15,15]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// random colors on spheres
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "random",[[1,10,10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// random colors on spheres
pts=SPHERICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "random",[[1,1,1]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(30,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,0.10,0.10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(5,2);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[1,10,10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(5,20);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,1,1]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS(50,20);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[10,10,10]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes around center at same level
pts=HELICALPOINTS(5,2,5,0);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,5,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
// (maxnumberofpoints,radius,thetasegments,cylinderstep,cylinderoffsetpercycle,startphi,startcylinderoffset)
pts=HELICALPOINTS(50,2,5,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,5,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes in separate levels
pts=HELICALPOINTS(50,2,5,0,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "random",[[0.1,5,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes rainbow colors with lookat
pts=HELICALPOINTS(50,20,5,0,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "rainbow",[[15.1,5,15]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes
pts=HELICALPOINTS([50,100],20,5,0,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "rainbow",[[15.1,5,15]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical cubes in concentric circles
pts=HELICALPOINTS(20,[50,100],5,8,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["cube", "rainbow",[[5,1,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical sphere in concentric circles, with triangular shapes
pts=HELICALPOINTS(20,[5,15],5,8,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "rainbow",[[5,1,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// helical spheres with random radii
pts=HELICALPOINTS(20,[50,100],5,8,10);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "rainbow",x=>[RANDOM(5),10,5], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
// simple sphere and viewport
// not working yet
// added controls and still has issues
RENDER3D(
[
["type" ],
["sphere"],
["viewport"]
]
)
""
// flower like helical sphere in concentric circles, with triangular shapes
pts=HELICALPOINTS(20,5,20,0);
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count"],
["sphere", "rainbow",[[5,1,5]], pts, "phong",pts.rayslookat() ,pts.length ]
]
)
""
//HELICALPOINTS(maxnumberofpoints,radius,thetasegments,cylinderstep,cylinderoffsetpercycle,startphi,startcylinderoffset,requirednumberofpoints)
// flowerlike helical sphere in concentric circles, with triangular shapes
pts=HELICALPOINTS(20,15,20,0);
angles=radpiby20;
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count","rotation"],
["sphere", "rainbow",[[5,1,3]], pts, "phong",pts.rayslookat() ,pts.length,i=>[angles[i],0,0] ]
]
)
""
//HELICALPOINTS(maxnumberofpoints,radius,thetasegments,cylinderstep,cylinderoffsetpercycle,startphi,startcylinderoffset,requirednumberofpoints)
// flowerlike helical sphere in concentric circles, with triangular shapes with rotation
pts=HELICALPOINTS(20,15,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookat","count","rotation"],
["sphere", "rainbow",[[5,1,3]], pts, "phong",pts.rayslookat() ,pts.length,i=>[angles[i],0,0] ]
]
)
""
// flowerlike helical sphere in concentric tetrahedrons, with triangular shapes
// note lookatdeactivated so that it does not affect the set rotations
// could use this for the json object display from crockford
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","lookatdeactivated","count","rotation"],
["tetrahedron", "rainbow",[[5]], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere with tubes to get json emblem. note the use of settings to define tube
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[-10,-10],[10,10],[0,0]]], [5], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes - try 2
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[-10,-10],[10,10],[10,-10],[-10,10],[-10,-10]]], [5], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes - try 3
// segments can be used for flower marigold
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[0,0],[6,0],[3,2.2427336738541745]]], [1], pts, "phong",pts.rayslookat() ,pts.length,function (i){console.log(angles[i]);return([angles[i],0,0])} ]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 4
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","looka1t","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,6,0],[0,3,2.2427336738541745],[0,0,0]]], [15,10,10], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,0,angles[i]]]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 5
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745],[0,0,0]]], [15,10,10], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 5
// size should be in two d array if i loop
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745],[0,0,0]]], [[2,10,10]], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// flowerlike helical sphere in concentric circles, with triangular shapes try 6 thin edges of tube
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745],[0,0,0]]], [[5,0.1,5]], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// crayon like tubes
pts=HELICALPOINTS(20,25,20,0);
angles=deg360by20;
RENDER3D(
[
["type" ,"fill", "settings","size", "coordinates","material","lookat","count","rotation"],
["tube", "rainbow",[[[0,0,0],[0,0,6],[0,3,2.2427336738541745]]], [[2,1,50,true]], pts, "phong",pts.rayslookat() ,pts.length,i=>[0,angles[i],0]]
]
)
""
// render download command
RENDER(
[
["type","cx", "cy", "r","coordinates","label","fill","stroke","stroke-width","font-size","format"],
["circle",100,100,60,,,"purple","purple"],
["circle",100,100,30,,,"white","white"],
["text",,,,[90,65],"1",,"black",3,40],
["download",,,,[90,65],"1",,"black",3,40,"png"]
]);
""
//A forest of trees
// RENDER3D(
// [
// ["type" ,"fill", "size", "coordinates","material","count"],
// ["tree", "red",[1,30,30],
// 1..100@(x=>[x,1,x]), [["size"],[0.05]],15 ]
// ]
// )
// ""
//1..100@(x=>[x,1,x]) would not work as it gives arrays within arrays
//A row of trees
RENDER3D(
[
["type" ,"fill", "size", "coordinates","material","count"],
["tree", "red",[1,30,30],
(x=>[x,1,x]), [["size"],[0.05]],15 ]
]
)
""
// forest of trees. notice [[size]]
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",[[1,30,30]],
((x,y)=>[x,0,y]),IM(15) ]
]
)
""
// forest of trees.trying different size
// this did not work as well
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(100),x,y]),
((x,y)=>[x,0,y]),IM(15) ]
]
)
""
// forest of trees. works. trying different size
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(10)]),
((x,y)=>[x*RANDINT(10),0,y*RANDINT(10)]),IM(15) ]
]
)
""
// one big tree
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(100)]),
,IM(15) ]
]
)
""
// one big tree
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",((x,y)=>[RANDINT(100)]),
,50 ]
]
)
""
// one big tree - different height cover etc.
RENDER3D(
[
["type" ,"fill", "size", "coordinates","count"],
["tree", "red",[1..5,(50..1..-10)]~,
,5 ]
]
)
""
// loading different formats
// 3dm files
// loads though looks rotated on x axis. can expand on idea as in https://threejs.org/examples/webgl_loader_3dm.html
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3dm/Rhino_Logo.3dm" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// 3dm files
// loads though looks rotated on x axis. can expand on idea
// need to see if colors normal etc load right or else get it loaded
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" ,
[
["url","normal"],
[
"https://three.zcubes.com/examples/models/3ds/portalgun/portalgun.3ds" ,
"https://three.zcubes.com/examples/models/3ds/portalgun/textures/normal.jpg"
]
]
,
[-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// 3mf files
// loads though looks rotated on x axis. can expand on idea
// other links to use
//"https://three.zcubes.com/examples/models/3mf/facecolors.3mf"
//"https://three.zcubes.com/examples/models/3mf/multipletextures.3mf"
//"https://three.zcubes.com/examples/models/3mf/vertexcolors.3mf"
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3mf/cube_gears.3mf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3mf/multipletextures.3mf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/3mf/truck.3mf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// amf file load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/amf/rook.amf" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// assimp file load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/assimp/octaminator/Octaminator.assimp" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// bvh file load - needed fitting. did that break other loads?
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/bvh/pirouette.bvh" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// dae file load - needed fitting. did that break other loads? collada
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/collada/elf/elf.dae" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//need to do kinematics
//https://threejs.org/examples/webgl_loader_collada_kinematics.html
// dae file load - needed fitting. did that break other loads? collada with animation
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/collada/stormtrooper/stormtrooper.dae" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// draco drc file load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/draco/bunny.drc" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// fbxfile load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/fbx/Samba Dancing.fbx" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// fbxfile load - nurbs
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/fbx/nurbs.fbx" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// gcode load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/gcode/benchy.gcode" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// kmz load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/kmz/Box.kmz" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// lwo load - change background to see the text which is in black
// or add screen background row
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["scene" , [
["background"],
[0xf0f0f0]
], , , , ,],
["load" , "https://three.zcubes.com/examples/models/lwo/Objects/LWO3/Demo.lwo" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// nrrd and vtk load
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/nrrd/I.nrrd" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/liver.vtk" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// pcd
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/pcd/binary/Zaghetto.pcd" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// ply
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/ply/ascii/dolphins.ply" , [-10,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/ply/binary/Lucy100k.ply" , [-20,10,5] ,[1.5,1,1] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// prwm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/prwm/smooth-suzanne.le.prwm" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/prwm/faceted-nefertiti.le.prwm" , [10,10,5] ,[10,10,10] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/prwm/vive-controller.le.prwm" , [-20,10,5] ,[3,3,3] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// stl
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/stl/ascii/slotted_disk.stl" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/stl/binary/pr2_head_pan.stl" , [10,10,5] ,[10,10,10] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/stl/binary/pr2_head_tilt.stl" , [-20,10,5] ,[3,3,3] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/stl/binary/colored.stl" , [-20,10,5] ,[3,3,3] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//tilt
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/tilt/BRUSH_DOME.tilt" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//tilt
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://github.com/mrdoob/three.js/blob/master/examples/models/tilt/BRUSH_DOME.tilt" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// to test
//vox
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vox/monu10.vox" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//vrm
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vrm/Alicia/AliciaSolid.vrm" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
//vrml
// other files to load
https://three.zcubes.com/examples/models/vrml/creaseAngle.wrl
https://three.zcubes.com/examples/models/vrml/crystal.wrl
https://three.zcubes.com/examples/models/vrml/house.wrl
https://three.zcubes.com/examples/models/vrml/elevationGrid1.wrl
https://three.zcubes.com/examples/models/vrml/elevationGrid2.wrl
https://three.zcubes.com/examples/models/vrml/extrusion1.wrl
https://three.zcubes.com/examples/models/vrml/extrusion2.wrl
https://three.zcubes.com/examples/models/vrml/extrusion3.wrl
https://three.zcubes.com/examples/models/vrml/lines.wrl
https://three.zcubes.com/examples/models/vrml/meshWithLines.wrl
https://three.zcubes.com/examples/models/vrml/meshWithTexture.wrl
https://three.zcubes.com/examples/models/vrml/pixelTexture.wrl
https://three.zcubes.com/examples/models/vrml/points.wrl
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vrml/house.wrl" , [-10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// vtk and vtp
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["load" , "https://three.zcubes.com/examples/models/vtk/bunny.vtk" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/cube_ascii.vtp" , [3,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/cube_binary.vtp" , [10,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"],
["load" , "https://three.zcubes.com/examples/models/vtk/cube_no_compression.vtp" , [20,10,5] ,[5,5,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// x
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
//["load" , "https://three.zcubes.com/examples/models/xyz/helix_201.xyz" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"]
["load" , "https://three.zcubes.com/examples/models/xfile/SSR06_model.x" , [-10,10,5] ,[50,50,50] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""
// teapot
RENDER3D(
[
["type" , "settings" , "coordinates", "size" , "stroke" , "fill", "helper", "material" ],
["teapot" , , [-10,10,5] ,[20,5] , 0x00ff00 , "yellow" ,true , "phong"]
]
);
""