"Fossies" - the Fresh Open Source Software Archive  

Source code changes of the file "asy.list" between
asymptote-2.51.src.tgz and asymptote-2.52.src.tgz

About: Asymptote is a script-based vector graphics language for technical drawings.

asy.list  (asymptote-2.51.src.tgz):asy.list  (asymptote-2.52.src.tgz)
skipping to change at line 3023 skipping to change at line 3023
axisT operator init(); axisT operator init();
real ScaleX(picture pic=<default>, real x); real ScaleX(picture pic=<default>, real x);
real xtrans(transform t, real x); real xtrans(transform t, real x);
void LeftTicks(frame, transform, Label, pair, path, path, pen, bool(picture, pat h, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposit e=<default>)(Label format=<default>, string ticklabel(real)=<default>, bool begi nlabel=<default>, bool endlabel=<default>, int N=<default>, int n=<default>, rea l Step=<default>, real step=<default>, bool begin=<default>, bool end=<default>, tickvalues modify(tickvalues)=<default>, real Size=<default>, real size=<defaul t>, bool extend=<default>, pen pTick=<default>, pen ptick=<default>); void LeftTicks(frame, transform, Label, pair, path, path, pen, bool(picture, pat h, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposit e=<default>)(Label format=<default>, string ticklabel(real)=<default>, bool begi nlabel=<default>, bool endlabel=<default>, int N=<default>, int n=<default>, rea l Step=<default>, real step=<default>, bool begin=<default>, bool end=<default>, tickvalues modify(tickvalues)=<default>, real Size=<default>, real size=<defaul t>, bool extend=<default>, pen pTick=<default>, pen ptick=<default>);
void LeftTicks(frame, transform, Label, pair, path, path, pen, bool(picture, pat h, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposit e=<default>)(Label format=<default>, string ticklabel(real)=<default>, bool begi nlabel=<default>, bool endlabel=<default>, real[] Ticks, real[] ticks=<default>, real Size=<default>, real size=<default>, bool extend=<default>, pen pTick=<def ault>, pen ptick=<default>); void LeftTicks(frame, transform, Label, pair, path, path, pen, bool(picture, pat h, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposit e=<default>)(Label format=<default>, string ticklabel(real)=<default>, bool begi nlabel=<default>, bool endlabel=<default>, real[] Ticks, real[] ticks=<default>, real Size=<default>, real size=<default>, bool extend=<default>, pen pTick=<def ault>, pen ptick=<default>);
void LeftTicks(frame, transform, Label, pair, path, path, pen, bool(picture, pat h, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposit e=<default>); void LeftTicks(frame, transform, Label, pair, path, path, pen, bool(picture, pat h, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposit e=<default>);
pair Scale(picture pic=<default>, pair z); pair Scale(picture pic=<default>, pair z);
void XZero(picture, axisT)(bool extend=<default>); void XZero(picture, axisT)(bool extend=<default>);
void XZero(picture, axisT); void XZero(picture, axisT);
real maxlength(pair a, pair b, int nx, int ny); real maxlength(pair a, pair b, int nx, int ny);
real ytrans(transform t, real y);
int Both; int Both;
tickvalues None(tickvalues v); tickvalues None(tickvalues v);
scaleT BrokenLog(real a, real b, bool automin=<default>, bool automax=<default>) ; scaleT BrokenLog(real a, real b, bool automin=<default>, bool automax=<default>) ;
void xequals(picture pic=<default>, Label L=<default>, real x, bool extend=<defa ult>, real ymin=<default>, real ymax=<default>, pen p=<default>, void ticks(fram e, transform, Label, pair, path, path, pen, bool(picture, path, pen, marginT(pat h, pen)), marginT(path, pen), ticklocate, int[], bool opposite=<default>)=<defau lt>, bool arrow(picture, path, pen, marginT(path, pen))=<default>, marginT margi n(path, pen)=<default>, bool above=<default>); void xequals(picture pic=<default>, Label L=<default>, real x, bool extend=<defa ult>, real ymin=<default>, real ymax=<default>, pen p=<default>, void ticks(fram e, transform, Label, pair, path, path, pen, bool(picture, path, pen, marginT(pat h, pen)), marginT(path, pen), ticklocate, int[], bool opposite=<default>)=<defau lt>, bool arrow(picture, path, pen, marginT(path, pen))=<default>, marginT margi n(path, pen)=<default>, bool above=<default>);
tickvalues OmitTick(tickvalues)(... real[] x); tickvalues OmitTick(tickvalues)(... real[] x);
scaleT Log; scaleT Log;
scaleT Log(bool automin=<default>, bool automax=<default>); scaleT Log(bool automin=<default>, bool automax=<default>);
string signedtrailingzero; string signedtrailingzero;
string baselinetemplate; string baselinetemplate;
void xlimits(picture pic=<default>, real min=<default>, real max=<default>, bool crop=<default>); void xlimits(picture pic=<default>, real min=<default>, real max=<default>, bool crop=<default>);
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void ytick(picture pic=<default>, Label L, real y, pair dir=<default>, string fo rmat=<default>, real size=<default>, pen p=<default>); void ytick(picture pic=<default>, Label L, real y, pair dir=<default>, string fo rmat=<default>, real size=<default>, pen p=<default>);
guide Straight(... guide[]); guide Straight(... guide[]);
scaleT Broken(real a, real b, bool automin=<default>, bool automax=<default>); scaleT Broken(real a, real b, bool automin=<default>, bool automax=<default>);
void BottomTop(picture, axisT)(bool extend=<default>); void BottomTop(picture, axisT)(bool extend=<default>);
void BottomTop(picture, axisT); void BottomTop(picture, axisT);
axisT axis; axisT axis;
void axis(picture pic=<default>, Label L=<default>, path g, path g2=<default>, p en p=<default>, void ticks(frame, transform, Label, pair, path, path, pen, bool( picture, path, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposite=<default>), ticklocate locate, bool arrow(picture, path, pen, marg inT(path, pen))=<default>, marginT margin(path, pen)=<default>, int[] divisor=<d efault>, bool above=<default>, bool opposite=<default>); void axis(picture pic=<default>, Label L=<default>, path g, path g2=<default>, p en p=<default>, void ticks(frame, transform, Label, pair, path, path, pen, bool( picture, path, pen, marginT(path, pen)), marginT(path, pen), ticklocate, int[], bool opposite=<default>), ticklocate locate, bool arrow(picture, path, pen, marg inT(path, pen))=<default>, marginT margin(path, pen)=<default>, int[] divisor=<d efault>, bool above=<default>, bool opposite=<default>);
string DefaultLogFormat(real)(int base); string DefaultLogFormat(real)(int base);
string DefaultLogFormat(real); string DefaultLogFormat(real);
void xaxisAt(picture pic=<default>, Label L=<default>, void axis(picture, axisT) , real xmin=<default>, real xmax=<default>, pen p=<default>, void ticks(frame, t ransform, Label, pair, path, path, pen, bool(picture, path, pen, marginT(path, p en)), marginT(path, pen), ticklocate, int[], bool opposite=<default>)=<default>, bool arrow(picture, path, pen, marginT(path, pen))=<default>, marginT margin(pa th, pen)=<default>, bool above=<default>, bool opposite=<default>); void xaxisAt(picture pic=<default>, Label L=<default>, void axis(picture, axisT) , real xmin=<default>, real xmax=<default>, pen p=<default>, void ticks(frame, t ransform, Label, pair, path, path, pen, bool(picture, path, pen, marginT(path, p en)), marginT(path, pen), ticklocate, int[], bool opposite=<default>)=<default>, bool arrow(picture, path, pen, marginT(path, pen))=<default>, marginT margin(pa th, pen)=<default>, bool above=<default>, bool opposite=<default>);
real ytrans(transform t, real y);
int Value; int Value;
string OmitFormat(real)(string s=<default> ... real[] x); string OmitFormat(real)(string s=<default> ... real[] x);
void labelz(picture pic=<default>, Label L=<default>, triple v, align align=<def ault>, string format=<default>, pen p=<default>); void labelz(picture pic=<default>, Label L=<default>, triple v, align align=<def ault>, string format=<default>, pen p=<default>);
void labelx3(picture pic=<default>, Label L=<default>, real x, align align=<defa ult>, string format=<default>, pen p=<default>); void labelx3(picture pic=<default>, Label L=<default>, real x, align align=<defa ult>, string format=<default>, pen p=<default>);
void ztick3(picture pic=<default>, real z, triple dir=<default>, real size=<defa ult>, pen p=<default>); void ztick3(picture pic=<default>, real z, triple dir=<default>, real size=<defa ult>, pen p=<default>);
void ztick3(picture pic=<default>, Label L, real z, triple dir=<default>, string format=<default>, real size=<default>, pen p=<default>); void ztick3(picture pic=<default>, Label L, real z, triple dir=<default>, string format=<default>, real size=<default>, pen p=<default>);
void ztick(picture pic=<default>, triple v, triple dir=<default>, real size=<def ault>, pen p=<default>); void ztick(picture pic=<default>, triple v, triple dir=<default>, real size=<def ault>, pen p=<default>);
void ztick(picture pic=<default>, Label L, triple v, triple dir=<default>, strin g format=<default>, real size=<default>, pen p=<default>); void ztick(picture pic=<default>, Label L, triple v, triple dir=<default>, strin g format=<default>, real size=<default>, pen p=<default>);
void ytick3(picture pic=<default>, real y, triple dir=<default>, real size=<defa ult>, pen p=<default>); void ytick3(picture pic=<default>, real y, triple dir=<default>, real size=<defa ult>, pen p=<default>);
void ytick3(picture pic=<default>, Label L, real y, triple dir=<default>, string format=<default>, real size=<default>, pen p=<default>); void ytick3(picture pic=<default>, Label L, real y, triple dir=<default>, string format=<default>, real size=<default>, pen p=<default>);
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pair align; pair align;
rational[][] rationalidentity(int n); rational[][] rationalidentity(int n);
rational sum(rational[] a); rational sum(rational[] a);
bool rectangular(rational[][] m); bool rectangular(rational[][] m);
string texstring(rational r); string texstring(rational r);
bool operator >(rational r, rational s); bool operator >(rational r, rational s);
bool[] operator >(rational[] r, rational s); bool[] operator >(rational[] r, rational s);
bool operator <(rational r, rational s); bool operator <(rational r, rational s);
bool[] operator <(rational[] r, rational s); bool[] operator <(rational[] r, rational s);
rational operator /(rational r, rational s); rational operator /(rational r, rational s);
int gcd(int m, int n);
rational abs(rational r); rational abs(rational r);
int lcm(int m, int n); int lcm(int m, int n);
bool operator >=(rational r, rational s); bool operator >=(rational r, rational s);
bool[] operator >=(rational[] r, rational s); bool[] operator >=(rational[] r, rational s);
bool operator <=(rational r, rational s);
bool[] operator <=(rational[] r, rational s);
bool operator !=(rational r, rational s);
rational min(rational a, rational b);
rational operator +(rational r, rational s); rational operator +(rational r, rational s);
int gcd(int m, int n);
rational operator cast(int p); rational operator cast(int p);
rational[] operator cast(int[] a); rational[] operator cast(int[] a);
rational[][] operator cast(int[][] a); rational[][] operator cast(int[][] a);
rational operator -(rational r);
rational operator -(rational r, rational s);
rational[] operator -(rational[] r);
rational max(rational a, rational b);
rational max(rational[] a);
rational operator init(); rational operator init();
rational min(rational a, rational b);
bool operator !=(rational r, rational s);
void write(file fout=<default>, string s=<default>, rational r, void suffix(file )=<default>); void write(file fout=<default>, string s=<default>, rational r, void suffix(file )=<default>);
void write(file fout=<default>, string s=<default>, rational[] a, void suffix(fi le)=<default>); void write(file fout=<default>, string s=<default>, rational[] a, void suffix(fi le)=<default>);
void write(file fout=<default>, string s=<default>, rational[][] a, void suffix( file)=<default>); void write(file fout=<default>, string s=<default>, rational[][] a, void suffix( file)=<default>);
bool operator ==(rational r, rational s); bool operator ==(rational r, rational s);
bool[] operator ==(rational[] r, rational s); bool[] operator ==(rational[] r, rational s);
bool operator ==(rational[] r, rational[] s); bool operator ==(rational[] r, rational[] s);
bool operator ==(rational[][] r, rational[][] s); bool operator ==(rational[][] r, rational[][] s);
bool operator <=(rational r, rational s);
bool[] operator <=(rational[] r, rational s);
rational operator -(rational r);
rational operator -(rational r, rational s);
rational[] operator -(rational[] r);
rational max(rational a, rational b);
rational max(rational[] a);
string string(rational r); string string(rational r);
real operator ecast(rational r); real operator ecast(rational r);
rational operator *(rational r, rational s); rational operator *(rational r, rational s);
void simplexWrite(rational[][] E, int[] Bindicies, int, int); void simplexWrite(rational[][] E, int[] Bindicies, int, int);
void simplexPhase2(); void simplexPhase2();
void simplexTableau(rational[][] E, int[] Bindices, int I=<default>, int J=<defa ult>); void simplexTableau(rational[][] E, int[] Bindices, int I=<default>, int J=<defa ult>);
simplex operator init(); simplex operator init();
path roundedpath(path A, real R, real S=<default>); path roundedpath(path A, real R, real S=<default>);
simplex operator init(); simplex operator init();
void bibliography(string name); void bibliography(string name);
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real pagewidth; real pagewidth;
void indexedfigure(string prefix, int first, int last, string options=<default>, string caption=<default>, pair align=<default>, pen p=<default>, pen figurematt pen=<default>, bool step=<default>); void indexedfigure(string prefix, int first, int last, string options=<default>, string caption=<default>, pair align=<default>, pen p=<default>, pen figurematt pen=<default>, bool step=<default>);
pen titlepen; pen titlepen;
string bulletcolor(string color); string bulletcolor(string color);
real minipagemargin; real minipagemargin;
void incrementposition(pair z); void incrementposition(pair z);
void filecode(bool center=<default>, string s, pen p=<default>, real indent=<def ault>, real skip=<default>, filltype filltype=<default>); void filecode(bool center=<default>, string s, pen p=<default>, real indent=<def ault>, real skip=<default>, filltype filltype=<default>);
void newslide(bool stepping=<default>); void newslide(bool stepping=<default>);
void center(string s, pen p=<default>); void center(string s, pen p=<default>);
real titleskip; real titleskip;
bool stepping;
bool allowstepping;
void currentexitfunction();
void step(); void step();
void multifigure(string[] slist, string options=<default>, string caption=<defau lt>, pair align=<default>, pen p=<default>, pen figuremattpen=<default>, bool st ep=<default>);
pair startposition; pair startposition;
void titlepage(string title, string author, string institution=<default>, string date=<default>, string url=<default>, bool newslide=<default>); void titlepage(string title, string author, string institution=<default>, string date=<default>, string url=<default>, bool newslide=<default>);
pair currentposition; pair currentposition;
void asycode(bool center=<default>, string s, string options=<default>, string c aption=<default>, string preamble=<default>, pair align=<default>, pen p=<defaul t>, pen figuremattpen=<default>, real indent=<default>, real skip=<default>, fil ltype filltype=<default>, bool newslide=<default>); void asycode(bool center=<default>, string s, string options=<default>, string c aption=<default>, string preamble=<default>, pair align=<default>, pen p=<defaul t>, pen figuremattpen=<default>, real indent=<default>, real skip=<default>, fil ltype filltype=<default>, bool newslide=<default>);
pen itempen; pen itempen;
void multifigure(string[] slist, string options=<default>, string caption=<defau lt>, pair align=<default>, pen p=<default>, pen figuremattpen=<default>, bool st ep=<default>);
string asywrite(string s, string preamble=<default>); string asywrite(string s, string preamble=<default>);
bool reverse; bool reverse;
void numberpage(pen p=<default>); void numberpage(pen p=<default>);
string cropcode(string s);
void usersetting();
void currentexitfunction();
bool landscape; bool landscape;
bool itemstep; bool itemstep;
bool firststep; bool firststep;
void normalvideo(); void normalvideo();
bool stepping;
real codeskip; real codeskip;
real figureborder; real figureborder;
string bullet; string bullet;
pen steppagenumberpen;
string texcolor(pen p);
pen pagenumberpen; pen pagenumberpen;
string cropcode(string s); int[] lastnode;
void usersetting(); string texcolor(pen p);
void equations(string s, pen p=<default>);
bool allowstepping;
real aboveequationskip; real aboveequationskip;
void nextpage(pen p=<default>); void nextpage(pen p=<default>);
real minipagewidth; real minipagewidth;
void bibliographystyle(string name); void bibliographystyle(string name);
real pagemargin; real pagemargin;
int[] lastnode;
pen urlpen; pen urlpen;
void equations(string s, pen p=<default>);
void title(string s, pair position=<default>, pair align=<default>, pen p=<defau lt>, bool newslide=<default>); void title(string s, pair position=<default>, pair align=<default>, pen p=<defau lt>, bool newslide=<default>);
pen steppagenumberpen;
pair pagenumberalign; pair pagenumberalign;
bool havepagenumber; bool havepagenumber;
void exitfunction(); void exitfunction();
picture slopefield(real f(real, real), pair a, pair b, int nx=<default>, int ny= <default>, real tickfactor=<default>, pen p=<default>, bool arrow(picture, path, pen, marginT(path, pen))=<default>); picture slopefield(real f(real, real), pair a, pair b, int nx=<default>, int ny= <default>, real tickfactor=<default>, pen p=<default>, bool arrow(picture, path, pen, marginT(path, pen))=<default>);
picture slopefield(real f(real), pair a, pair b, int nx=<default>, int ny=<defau lt>, pen p=<default>, bool arrow(picture, path, pen, marginT(path, pen))=<defaul t>); picture slopefield(real f(real), pair a, pair b, int nx=<default>, int ny=<defau lt>, pen p=<default>, bool arrow(picture, path, pen, marginT(path, pen))=<defaul t>);
path curve(pair c, real f(real, real), pair a, pair b); path curve(pair c, real f(real, real), pair a, pair b);
path curve(pair c, real f(real), pair a, pair b); path curve(pair c, real f(real), pair a, pair b);
real stepfraction; real stepfraction;
surface implicitsurface(real f(triple)=<default>, real ff(real, real, real)=<def ault>, triple a, triple b, int n=<default>, bool keyword overlapedges=<default>, int keyword nx=<default>, int keyword ny=<default>, int keyword nz=<default>, i nt keyword maxdepth=<default>, bool keyword usetriangles=<default>); surface implicitsurface(real f(triple)=<default>, real ff(real, real, real)=<def ault>, triple a, triple b, int n=<default>, bool keyword overlapedges=<default>, int keyword nx=<default>, int keyword ny=<default>, int keyword nz=<default>, i nt keyword maxdepth=<default>, bool keyword usetriangles=<default>);
evaluatedpoint[][] slice(evaluatedpoint[][] a, int start1, int end1, int start2, int end2); evaluatedpoint[][] slice(evaluatedpoint[][] a, int start1, int end1, int start2, int end2);
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triple projecttospan(triple toproject, triple v1, triple v2, real mincoeff=<defa ult>); triple projecttospan(triple toproject, triple v1, triple v2, real mincoeff=<defa ult>);
int YHIGH; int YHIGH;
int XHIGH; int XHIGH;
int NULL_VERTEX; int NULL_VERTEX;
patch trianglewithnormals(path3 external, triple n1, triple n2, triple n3); patch trianglewithnormals(path3 external, triple n1, triple n2, triple n3);
patch patchwithnormals(path3 external, triple[] u0normals, triple[] u1normals, t riple[] v0normals, triple[] v1normals); patch patchwithnormals(path3 external, triple[] u0normals, triple[] u1normals, t riple[] v0normals, triple[] v1normals);
patch patchwithnormals(path3 external, triple normalat(triple)); patch patchwithnormals(path3 external, triple normalat(triple));
real(real)[] bernstein; real(real)[] bernstein;
real B23(real t); real B23(real t);
real B13(real t); real B13(real t);
real B03(real t);
evaluatedpoint[][][] make3dgrid(triple a, triple b, int nx, int ny, int nz, real
f(triple), bool allowzero=<default>);
bool operator ==(edge a, edge b); bool operator ==(edge a, edge b);
real B33(real t);
pathwithnormals_settings operator init(); pathwithnormals_settings operator init();
intset operator init(); intset operator init();
int_to_intset operator init(); int_to_intset operator init();
edge operator init(); edge operator init();
positionedvector operator init(); positionedvector operator init();
evaluatedpoint operator init(); evaluatedpoint operator init();
gridwithzeros operator init(); gridwithzeros operator init();
string operator cast(edge e); string operator cast(edge e);
string operator cast(edge[] edges); string operator cast(edge[] edges);
string operator cast(positionedvector vv); string operator cast(positionedvector vv);
triple operator cast(evaluatedpoint p); triple operator cast(evaluatedpoint p);
real B33(real t);
int ZLOW; int ZLOW;
int YLOW; real B03(real t);
real[] projecttospan_findcoeffs(triple toproject, triple v1, triple v2, bool war n=<default>); real[] projecttospan_findcoeffs(triple toproject, triple v1, triple v2, bool war n=<default>);
int YLOW;
int ZHIGH; int ZHIGH;
real angledegrees(triple a, triple b); real angledegrees(triple a, triple b);
path3 pathbetween(positionedvector v1, positionedvector v2); path3 pathbetween(positionedvector v1, positionedvector v2);
path3 pathbetween(path3 edgecycle, int vertex1, int vertex2); path3 pathbetween(path3 edgecycle, int vertex1, int vertex2);
int XLOW; int XLOW;
evaluatedpoint[][][] make3dgrid(triple a, triple b, int nx, int ny, int nz, real f(triple), bool allowzero=<default>);
int[] makecircle(edge[] edges); int[] makecircle(edge[] edges);
path[] cylinder(path3 base, real h, triple axis=<default>, projection P); path[] cylinder(path3 base, real h, triple axis=<default>, projection P);
revolution cylinder(triple c=<default>, real r, real h, triple axis=<default>); revolution cylinder(triple c=<default>, real r, real h, triple axis=<default>);
path line(path p, path q, real[] t); path line(path p, path q, real[] t);
pen defaultbackpen; pen defaultbackpen;
revolution cone(triple c=<default>, real r, real h, triple axis=<default>, int n =<default>); revolution cone(triple c=<default>, real r, real h, triple axis=<default>, int n =<default>);
revolution operator *(real[][] t, revolution r); revolution operator *(real[][] t, revolution r);
revolution sphere(triple c=<default>, real r, int n=<default>); revolution sphere(triple c=<default>, real r, int n=<default>);
skeleton operator init(); skeleton operator init();
revolution operator init(); revolution operator init();
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int[] frequency(real[] data, real a, real b, int n); int[] frequency(real[] data, real a, real b, int n);
int[][] frequency(real[] x, real[] y, real[] xbins, real[] ybins); int[][] frequency(real[] x, real[] y, real[] xbins, real[] ybins);
int[][] frequency(real[] x, real[] y, pair a, pair b, int nx, int ny=<default>); int[][] frequency(real[] x, real[] y, pair a, pair b, int nx, int ny=<default>);
int[][] frequency(pair[] z, pair a, pair b, int nx, int ny=<default>); int[][] frequency(pair[] z, pair a, pair b, int nx, int ny=<default>);
real kurtosis(real[] A); real kurtosis(real[] A);
real variancebiased(real[] A); real variancebiased(real[] A);
real variance(real[] A); real variance(real[] A);
real legendmarkersize; real legendmarkersize;
real rms(real[] A); real rms(real[] A);
real stdev(real[] A); real stdev(real[] A);
real Gaussrand();
real kurtosisexcess(real[] A); real kurtosisexcess(real[] A);
real skewness(real[] A);
path topbox(pair a, pair b);
linefit operator init(); linefit operator init();
int bins(real[] data, int max=<default>); int bins(real[] data, int max=<default>);
real skewness(real[] A);
path topbox(pair a, pair b);
path halfbox(pair a, pair b); path halfbox(pair a, pair b);
real Gaussian(real x, real sigma); real Gaussian(real x, real sigma);
real Gaussian(real x); real Gaussian(real x);
real mean(real[] A); real mean(real[] A);
real Gaussrand();
Relation r4a; Relation r4a;
picture tableau(frame[] cards, bool number=<default>); picture tableau(frame[] cards, bool number=<default>);
Braid apply(Relation r, Braid b, int step, int place); Braid apply(Relation r, Braid b, int step, int place);
Component wye; Component wye;
Component phi; Component phi;
Component bm; Component bm;
real gapfactor; real gapfactor;
Component bp; Component bp;
real hwratio;
pair[] endpoints(guide[] a); pair[] endpoints(guide[] a);
pair min(pair[] z); Relation r4b;
Component operator init(); Component operator init();
Braid operator init(); Braid operator init();
Relation operator init(); Relation operator init();
Syzygy operator init(); Syzygy operator init();
Relation r4b; pair min(pair[] z);
real hwratio;
Relation operator -(Relation r); Relation operator -(Relation r);
pair max(pair[] z); pair max(pair[] z);
Relation r3; Relation r3;
pen Gray; pen Gray;
pen Tan; pen Tan;
pen Brown; pen Brown;
pen Sepia; pen Sepia;
pen OliveGreen; pen OliveGreen;
pen SeaGreen; pen SeaGreen;
pen JungleGreen; pen JungleGreen;
 End of changes. 31 change blocks. 
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