I tried to dump raw calls to manifold using the playground here:
And I can run converted code in https://manifoldcad.org/
// gzip compressed json, to save space
var gzip = 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';
// This is gunzipSync from fflate <https://github.com/101arrowz/fflate/issues/138>
var r=Uint8Array,e=Uint16Array,n=Uint32Array,a=new r([0,0,0,0,0,0,0,0,1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,0,0,0,0]),t=new r([0,0,0,0,1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,11,11,12,12,13,13,0,0]),i=new r([16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15]),f=function(r,a){for(var t=new e(31),i=0;i<31;++i)t[i]=a+=1<<r[i-1];var f=new n(t[30]);for(i=1;i<30;++i)for(var o=t[i];o<t[i+1];++o)f[o]=o-t[i]<<5|i;return[t,f]},o=f(a,2),v=o[0],u=o[1];v[28]=258,u[258]=28;for(var l=f(t,0),c=l[0],d=(l[1],new e(32768)),s=0;s<32768;++s){var w=(43690&s)>>>1|(21845&s)<<1;w=(61680&(w=(52428&w)>>>2|(13107&w)<<2))>>>4|(3855&w)<<4,d[s]=((65280&w)>>>8|(255&w)<<8)>>>1}var h=function(r,n,a){for(var t=r.length,i=0,f=new e(n);i<t;++i)r[i]&&++f[r[i]-1];var o,v=new e(n);for(i=0;i<n;++i)v[i]=v[i-1]+f[i-1]<<1;if(a){o=new e(1<<n);var u=15-n;for(i=0;i<t;++i)if(r[i])for(var l=i<<4|r[i],c=n-r[i],s=v[r[i]-1]++<<c,w=s|(1<<c)-1;s<=w;++s)o[d[s]>>>u]=l}else for(o=new e(t),i=0;i<t;++i)r[i]&&(o[i]=d[v[r[i]-1]++]>>>15-r[i]);return o},b=new r(288);for(s=0;s<144;++s)b[s]=8;for(s=144;s<256;++s)b[s]=9;for(s=256;s<280;++s)b[s]=7;for(s=280;s<288;++s)b[s]=8;var g=new r(32);for(s=0;s<32;++s)g[s]=5;var E=h(b,9,1),y=h(g,5,1),p=function(r){for(var e=r[0],n=1;n<r.length;++n)r[n]>e&&(e=r[n]);return e},k=function(r,e,n){var a=e/8|0;return(r[a]|r[a+1]<<8)>>(7&e)&n},T=function(r,e){var n=e/8|0;return(r[n]|r[n+1]<<8|r[n+2]<<16)>>(7&e)},m=function(r){return(r+7)/8|0},x=function(a,t,i){(null==t||t<0)&&(t=0),(null==i||i>a.length)&&(i=a.length);var f=new(2==a.BYTES_PER_ELEMENT?e:4==a.BYTES_PER_ELEMENT?n:r)(i-t);return f.set(a.subarray(t,i)),f},M=["unexpected EOF","invalid block type","invalid length/literal","invalid distance","stream finished","no stream handler",,"no callback","invalid UTF-8 data","extra field too long","date not in range 1980-2099","filename too long","stream finishing","invalid zip data"],S=function(r,e,n){var a=new Error(e||M[r]);if(a.code=r,Error.captureStackTrace&&Error.captureStackTrace(a,S),!n)throw a;return a},U=function(e,n,f){var o=e.length;if(!o||f&&f.f&&!f.l)return n||new r(0);var u=!n||f,l=!f||f.i;f||(f={}),n||(n=new r(3*o));var d=function(e){var a=n.length;if(e>a){var t=new r(Math.max(2*a,e));t.set(n),n=t}},s=f.f||0,w=f.p||0,b=f.b||0,g=f.l,M=f.d,U=f.m,_=f.n,A=8*o;do{if(!g){s=k(e,w,1);var q=k(e,w+1,3);if(w+=3,!q){var z=e[(C=m(w)+4)-4]|e[C-3]<<8,B=C+z;if(B>o){l&&S(0);break}u&&d(b+z),n.set(e.subarray(C,B),b),f.b=b+=z,f.p=w=8*B,f.f=s;continue}if(1==q)g=E,M=y,U=9,_=5;else if(2==q){var D=k(e,w,31)+257,F=k(e,w+10,15)+4,L=D+k(e,w+5,31)+1;w+=14;for(var N=new r(L),P=new r(19),R=0;R<F;++R)P[i[R]]=k(e,w+3*R,7);w+=3*F;var Y=p(P),O=(1<<Y)-1,j=h(P,Y,1);for(R=0;R<L;){var C,G=j[k(e,w,O)];if(w+=15&G,(C=G>>>4)<16)N[R++]=C;else{var H=0,I=0;for(16==C?(I=3+k(e,w,3),w+=2,H=N[R-1]):17==C?(I=3+k(e,w,7),w+=3):18==C&&(I=11+k(e,w,127),w+=7);I--;)N[R++]=H}}var J=N.subarray(0,D),K=N.subarray(D);U=p(J),_=p(K),g=h(J,U,1),M=h(K,_,1)}else S(1);if(w>A){l&&S(0);break}}u&&d(b+131072);for(var Q=(1<<U)-1,V=(1<<_)-1,W=w;;W=w){var X=(H=g[T(e,w)&Q])>>>4;if((w+=15&H)>A){l&&S(0);break}if(H||S(2),X<256)n[b++]=X;else{if(256==X){W=w,g=null;break}var Z=X-254;if(X>264){var $=a[R=X-257];Z=k(e,w,(1<<$)-1)+v[R],w+=$}var rr=M[T(e,w)&V],er=rr>>>4;rr||S(3),w+=15&rr;K=c[er];if(er>3){$=t[er];K+=T(e,w)&(1<<$)-1,w+=$}if(w>A){l&&S(0);break}u&&d(b+131072);for(var nr=b+Z;b<nr;b+=4)n[b]=n[b-K],n[b+1]=n[b+1-K],n[b+2]=n[b+2-K],n[b+3]=n[b+3-K];b=nr}}f.l=g,f.p=W,f.b=b,f.f=s,g&&(s=1,f.m=U,f.d=M,f.n=_)}while(!s);return b==n.length?n:x(n,0,b)},_=new r(0),A=function(r){31==r[0]&&139==r[1]&&8==r[2]||S(6,"invalid gzip data");var e=r[3],n=10;4&e&&(n+=r[10]|2+(r[11]<<8));for(var a=(e>>3&1)+(e>>4&1);a>0;a-=!r[n++]);return n+(2&e)},q=function(r){var e=r.length;return(r[e-4]|r[e-3]<<8|r[e-2]<<16|r[e-1]<<24)>>>0};function z(e,n){return U(e.subarray(A(e),-8),n||new r(q(e)))}var B="undefined"!=typeof TextDecoder&&new TextDecoder;try{B.decode(_,{stream:!0}),1}catch(r){}"function"==typeof queueMicrotask?queueMicrotask:"function"==typeof setTimeout&&setTimeout;
const gunzipSync = z;
/**
* Converts a given base64 string as an ASCII encoded stream of data
* @param base64Data The base64 encoded string to decode
* @returns Decoded ASCII string
*/
const DecodeBase64ToString = (base64Data) => {
return atob(base64Data);
};
/**
* Converts a given base64 string into an ArrayBuffer of raw byte data
* @param base64Data The base64 encoded string to decode
* @returns ArrayBuffer of byte data
*/
const DecodeBase64ToBinary = (base64Data) => {
const decodedString = DecodeBase64ToString(base64Data);
const bufferLength = decodedString.length;
const bufferView = new Uint8Array(new ArrayBuffer(bufferLength));
for (let i = 0; i < bufferLength; i++) {
bufferView[i] = decodedString.charCodeAt(i);
}
return bufferView.buffer;
};
var buffer = gunzipSync(new Uint8Array(DecodeBase64ToBinary(gzip)), undefined);
function toMesh(mesh): Mesh {
const meshDecl: MeshOptions = {
numProp: mesh.numProp,
runIndex: new Uint32Array(mesh.runIndex),
runOriginalID: new Uint32Array(mesh.runOriginalID),
vertProperties: new Float32Array(DecodeBase64ToBinary(mesh.vertProperties)),
triVerts: new Uint32Array(DecodeBase64ToBinary(mesh.triVerts)),
};
const manifoldMesh = new Mesh(meshDecl);
manifoldMesh.merge();
return manifoldMesh;
}
var {mesh1, mesh2, mesh3} = JSON.parse(new TextDecoder().decode(buffer));
// first pass
const manifold1 = new Manifold(toMesh(mesh1));
console.log('manifold1.genus', manifold1.genus());
const manifold2 = new Manifold(toMesh(mesh2));
console.log('manifold2.genus', manifold2.genus());
const result = Manifold.difference(manifold1, manifold2);
console.log('result.genus', result.genus());
const resultMesh = result.getMesh();
console.log(resultMesh)
// second pass
const resultManifold = new Manifold(resultMesh);
console.log('resultManifold.genus', resultManifold.genus())
const manifold3 = new Manifold(toMesh(mesh3));
console.log('manifold3.genus', manifold3.genus());
const result2 = Manifold.difference(resultManifold, manifold3)
console.log('result2.genus', result2.genus())
const result2Mesh = result2.getMesh();
console.log(result2Mesh)
Note this code has been compressed since the original code is too large to be posted here, see the original stuff here: https://playground.babylonjs.com/#OTT4DR#4
It just runs without errors, and the genus printed in my console are:
manifold1.genus 0
manifold2.genus 0
result.genus -1
resultManifold.genus -1
manifold3.genus 0
result2.genus -2
Does this help? Or is this a bug that should be upstreamed?
