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var RhinoCompute = {
version: "0.5.1",
url: "https://compute.rhino3d.com/",
authToken: null,
getAuthToken: function(useLocalStorage=true) {
var auth = null;
if( useLocalStorage )
auth = localStorage["compute_auth"];
if (auth == null) {
auth = window.prompt("Rhino Accounts auth token\nVisit https://www.rhino3d.com/compute/login");
if (auth != null && auth.length>20) {
auth = "Bearer " + auth;
localStorage.setItem("compute_auth", auth);
}
}
return auth;
},
computeFetch: function(endpoint, arglist) {
return fetch(RhinoCompute.url+endpoint, {
"method":"POST",
"body": JSON.stringify(arglist),
"headers": {
"Authorization": RhinoCompute.authToken,
"User-Agent": `compute.rhino3d.js/${RhinoCompute.version}`
},
}).then(r=>r.json());
},
zipArgs: function(multiple, ...args) {
if(!multiple)
return args;
if(args.length==1)
return args[0].map(function(_,i) { return [args[0][i]]; });
if(args.length==2)
return args[0].map(function(_,i) {
return [args[0][i],args[1][i]]; }
);
if(args.length==3)
return args[0].map(function(_,i) {
return [args[0][i],args[1][i],args[2][i]]; }
);
if(args.length==4)
return args[0].map(function(_,i) {
return [args[0][i],args[1][i],args[2][i],args[3][i]]; }
);
if(args.length==5)
return args[0].map(function(_,i) {
return [args[0][i],args[1][i],args[2][i],args[3][i],args[4][i]]; }
);
if(args.length==6)
return args[0].map(function(_,i) {
return [args[0][i],args[1][i],args[2][i],args[3][i],args[4][i],args[5][i]]; }
);
if(args.length==7)
return args[0].map(function(_,i) {
return [args[0][i],args[1][i],args[2][i],args[3][i],args[4][i],args[5][i],args[6][i]]; }
);
return args[0].map(function(_,i) {
return [args[0][i],args[1][i],args[2][i],args[3][i],args[4][i],args[5][i],args[6][i],args[7][i]]; }
);
},
Extrusion : {
getWireframe : function(extrusion, multiple=false) {
let url="rhino/geometry/extrusion/getwireframe-extrusion";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, extrusion);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
},
BezierCurve : {
createCubicBeziers : function(sourceCurve, distanceTolerance, kinkTolerance, multiple=false) {
let url="rhino/geometry/beziercurve/createcubicbeziers-curve_double_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, sourceCurve, distanceTolerance, kinkTolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createBeziers : function(sourceCurve, multiple=false) {
let url="rhino/geometry/beziercurve/createbeziers-curve";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, sourceCurve);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
},
Brep : {
changeSeam : function(face, direction, parameter, tolerance, multiple=false) {
let url="rhino/geometry/brep/changeseam-brepface_int_double_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, face, direction, parameter, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
copyTrimCurves : function(trimSource, surfaceSource, tolerance, multiple=false) {
let url="rhino/geometry/brep/copytrimcurves-brepface_surface_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, trimSource, surfaceSource, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createBaseballSphere : function(center, radius, tolerance, multiple=false) {
let url="rhino/geometry/brep/createbaseballsphere-point3d_double_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, center, radius, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createDevelopableLoft : function(crv0, crv1, reverse0, reverse1, density, multiple=false) {
let url="rhino/geometry/brep/createdevelopableloft-curve_curve_bool_bool_int";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, crv0, crv1, reverse0, reverse1, density);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createDevelopableLoft1 : function(rail0, rail1, fixedRulings, multiple=false) {
let url="rhino/geometry/brep/createdevelopableloft-nurbscurve_nurbscurve_point2darray";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, rail0, rail1, fixedRulings);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createPlanarBreps : function(inputLoops, multiple=false) {
let url="rhino/geometry/brep/createplanarbreps-curvearray";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, inputLoops);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createPlanarBreps1 : function(inputLoops, tolerance, multiple=false) {
let url="rhino/geometry/brep/createplanarbreps-curvearray_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, inputLoops, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createPlanarBreps2 : function(inputLoop, multiple=false) {
let url="rhino/geometry/brep/createplanarbreps-curve";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, inputLoop);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createPlanarBreps3 : function(inputLoop, tolerance, multiple=false) {
let url="rhino/geometry/brep/createplanarbreps-curve_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, inputLoop, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createTrimmedSurface : function(trimSource, surfaceSource, multiple=false) {
let url="rhino/geometry/brep/createtrimmedsurface-brepface_surface";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, trimSource, surfaceSource);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createTrimmedSurface1 : function(trimSource, surfaceSource, tolerance, multiple=false) {
let url="rhino/geometry/brep/createtrimmedsurface-brepface_surface_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, trimSource, surfaceSource, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createFromCornerPoints : function(corner1, corner2, corner3, tolerance, multiple=false) {
let url="rhino/geometry/brep/createfromcornerpoints-point3d_point3d_point3d_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, corner1, corner2, corner3, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
createFromCornerPoints1 : function(corner1, corner2, corner3, corner4, tolerance, multiple=false) {
let url="rhino/geometry/brep/createfromcornerpoints-point3d_point3d_point3d_point3d_double";
if(multiple) url = url + "?multiple=true"
let args = RhinoCompute.zipArgs(multiple, corner1, corner2, corner3, corner4, tolerance);
var promise = RhinoCompute.computeFetch(url, args);
return promise;
},
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