perfect-arrows - npm Package Compare versions

Comparing version 0.3.4 to 0.3.5

CHANGELOG.md

@@ -0,1 +1,5 @@
+# 0.3.5
+
+- Reduces precision to fix bug on angles.
+
 # 0.3.4
@@ -2,0 +6,0 @@

dist/perfect-arrows.cjs.development.js

@@ -617,14 +617,15 @@ 'use strict';
 
-  var finalAngle0 = overlapEffect >= 0.5 ? (PI2 + (angle + PI$1 * rot)) % PI2 : (PI2 + (angle + Math.max(MIN_ANGLE, combinedOffset) * rot)) % PI2; // Deltas of starting angle
+  var finalAngle0 = overlapEffect >= 0.5 ? angle + PI$1 * rot : angle + Math.max(MIN_ANGLE, combinedOffset) * rot; // Deltas of starting angle
 
-  var _getDelta = getDelta(finalAngle0),
+  var _getDelta = getDelta(+(finalAngle0 % PI2).toPrecision(3)),
       dx0 = _getDelta[0],
-      dy0 = _getDelta[1];
+      dy0 = _getDelta[1]; // Get ray intersection with rounded rectangle
 
-  var intersectionsA = getRayRoundedRectangleIntersection(cx0, cy0, dx0, dy0, px0, py0, pw0, ph0, padStart); // Get ray intersection with rounded rectangle
 
-  var _intersectionsA$ = intersectionsA[0],
-      tsx = _intersectionsA$[0],
-      tsy = _intersectionsA$[1]; // Get midpoint of startingintersected segment
+  var _getRayRoundedRectang = getRayRoundedRectangleIntersection(cx0, cy0, dx0, dy0, px0, py0, pw0, ph0, padStart),
+      _getRayRoundedRectang2 = _getRayRoundedRectang[0],
+      tsx = _getRayRoundedRectang2[0],
+      tsy = _getRayRoundedRectang2[1]; // Get midpoint of startingintersected segment
 
+
   var startSeg = getRectangleSegmentIntersectedByRay(px0, py0, pw0, ph0, cx0, cy0, dx0, dy0);
@@ -662,7 +663,7 @@ if (!startSeg) throw Error; // Find start point (quarter way between segment midpoint and ray intersection)
 
-    var _getRayRoundedRectang = getRayRoundedRectangleIntersection(cx1, cy1, dx1, dy1, px1, py1, pw1, ph1, padEnd);
+    var _getRayRoundedRectang3 = getRayRoundedRectangleIntersection(cx1, cy1, dx1, dy1, px1, py1, pw1, ph1, padEnd);
 
-    var _getRayRoundedRectang2 = _getRayRoundedRectang[0];
-    ex = _getRayRoundedRectang2[0];
-    ey = _getRayRoundedRectang2[1];
+    var _getRayRoundedRectang4 = _getRayRoundedRectang3[0];
+    ex = _getRayRoundedRectang4[0];
+    ey = _getRayRoundedRectang4[1];
   } else {
@@ -676,5 +677,5 @@ // Calculate an angle based on distance, overlap and intermediacy
 
-    var finalAngle1 = overlapEffect >= 0.5 ? (PI2 + (angle + PI$1 * rot)) % PI2 : (PI2 + (angle + Math.max(MIN_ANGLE, _combinedOffset) * rot)) % PI2; // Deltas of ending angle
+    var finalAngle1 = overlapEffect >= 0.5 ? angle + PI$1 * rot : angle + PI$1 - Math.max(_combinedOffset, MIN_ANGLE) * rot; // Deltas of ending angle
 
-    var _getDelta3 = getDelta(finalAngle1),
+    var _getDelta3 = getDelta(+(finalAngle1 % PI2).toPrecision(3)),
         _dx = _getDelta3[0],
@@ -684,6 +685,6 @@ _dy = _getDelta3[1]; // Get ray intersection with ending rounded rectangle
 
-    var _getRayRoundedRectang3 = getRayRoundedRectangleIntersection(cx1, cy1, _dx, _dy, px1, py1, pw1, ph1, padEnd),
-        _getRayRoundedRectang4 = _getRayRoundedRectang3[0],
-        tex = _getRayRoundedRectang4[0],
-        tey = _getRayRoundedRectang4[1]; // Get midpoint of ending intersected segment
+    var _getRayRoundedRectang5 = getRayRoundedRectangleIntersection(cx1, cy1, _dx, _dy, px1, py1, pw1, ph1, padEnd),
+        _getRayRoundedRectang6 = _getRayRoundedRectang5[0],
+        tex = _getRayRoundedRectang6[0],
+        tey = _getRayRoundedRectang6[1]; // Get midpoint of ending intersected segment
 
@@ -690,0 +691,0 @@

dist/perfect-arrows.cjs.production.min.js

@@ -1,2 +0,2 @@
-"use strict";Object.defineProperty(exports,"__esModule",{value:!0});var t=Math.PI;function r(t,r,n,a){void 0===a&&(a=!1);var i=r[0],o=n[0],u=n[1],e=o+(t-i)/(r[1]-i)*(u-o);if(!0===a)if(o<u){if(e<o)return o;if(e>u)return u}else{if(e>o)return o;if(e<u)return u}return e}function n(t,r,n,a,i){var o=Math.sin(i),u=Math.cos(i),e=t-n,h=r-a;return[e*u-h*o+n,e*o+h*u+a]}function a(t,r,n,a){return Math.hypot(a-r,n-t)}function i(t,r,n,a){return Math.atan2(a-r,n-t)}function o(t,r,n,a){return[Math.cos(n)*a+t,Math.sin(n)*a+r]}function u(t,r,n,a,i){return void 0===i&&(i=.5),[t+(n-t)*i,r+(a-r)*i]}function e(r,n){return void 0===n&&(n=8),Math.floor(n*(.5+r/(2*t)%n))}function h(r){return r-2*t*Math.floor(r/(2*t))}function f(t,r,n,a,i,o,u,e){var h,f,v;if(a*(u-i)!=n*(e-o)&&0!=(v=n*(e-o)-a*(u-i))&&(f=((r-o)*n-(t-i)*a)/v,(h=((r-o)*(u-i)-(t-i)*(e-o))/v)>=0&&f>=0&&f<=1))return[t+h*n,r+h*a]}function v(t){return[Math.cos(t),Math.sin(t)]}function M(t,r,n,a,o,u,e,v,M){var c=o+e,s=u+v,d=o+M-1,x=u+M-1,m=o+e-M+1,p=u+v-M+1,I=[[d,x,Math.PI,1.5*Math.PI],[m,x,1.5*Math.PI,2*Math.PI],[m,p,0,.5*Math.PI],[d,p,.5*Math.PI,Math.PI]],P=[];return[[o,p,o,x],[d,u,m,u],[c,x,c,p],[m,s,d,s]].forEach((function(o,u){var e=o[0],v=o[1],c=o[2],s=o[3],d=I[u],x=d[0],m=d[1],p=d[2],l=d[3],b=function(t,r,n,a,i,o,u){return function(t,r,n,a,i,o,u){var e,h,f,v,M,c,s,d,x=[o-a,u-i],m=[a-t,i-r];return e=x[0]*m[0]+x[1]*m[1],h=2*(x[0]*x[0]+x[1]*x[1]),e*=-2,f=Math.sqrt(e*e-2*h*(m[0]*m[0]+m[1]*m[1]-n*n)),isNaN(f)?[]:(M=(e+f)/h,s=[],d=[],c=[],(v=(e-f)/h)<=1&&v>=0&&(s[0]=a+x[0]*v,s[1]=i+x[1]*v,c[0]=s),M<=1&&M>=0&&(d[0]=a+x[0]*M,d[1]=i+x[1]*M,c[c.length]=d),c)}(t,r,n,a,i,999999*o,999999*u)}(x,m,M,t,r,n,a);b&&b.filter((function(t){var r=h(i(x,m,t[0],t[1]));return r>p&&r<l})).forEach((function(t){return P.push(t)}));var w=f(t,r,n,a,e,v,c,s);w&&P.push(w)})),P}function c(t,r,n,a,i,o,u,e){return function(t,r,n,a){return[[t,r,t+n,r],[t+n,r,t+n,r+a],[t+n,r+a,t,r+a],[t,r+a,t,r]]}(t,r,n,a).find((function(t){return f(i,o,u,e,t[0],t[1],t[2],t[3])}))}var s=Math.PI,d=2*s,x=s/24;exports.getArrow=function(t,h,f,v,M){void 0===M&&(M={});var c=M.bow,s=void 0===c?0:c,d=M.stretch,x=void 0===d?.5:d,m=M.stretchMin,p=void 0===m?0:m,I=M.stretchMax,P=void 0===I?420:I,l=M.padStart,b=void 0===l?0:l,w=M.padEnd,E=void 0===w?0:w,g=M.flip,y=void 0!==g&&g,A=M.straights,B=void 0===A||A,N=i(t,h,f,v),S=a(t,h,f,v),_=function(t,r,n,a){return Math.abs((n-t)/2/((a-r)/2))}(t,h,f,v);if(S<2*(b+E)||0===s&&0===x||B&&[0,1,Infinity].includes(_)){var j=Math.max(0,Math.min(S-b,b)),q=Math.max(0,Math.min(S-j,E)),O=o(t,h,N,j),T=O[0],k=O[1],z=o(f,v,N+Math.PI,q),C=z[0],D=z[1],F=u(T,k,C,D,.5);return[T,k,F[0],F[1],C,D,N,N,N]}var G=(e(N)%2==0?1:-1)*(y?-1:1),H=s+r(S,[p,P],[1,0],!0)*x,J=u(t,h,f,v,.5),K=J[0],L=J[1],Q=u(t,h,f,v,.5-H),R=Q[0],U=Q[1],V=n(R,U,K,L,Math.PI/2*G),W=o(t,h,i(t,h,R=V[0],U=V[1]),b),X=W[0],Y=W[1],Z=o(f,v,i(f,v,R,U),E),$=Z[0],tt=Z[1],rt=i(R,U,t,h),nt=i(R,U,f,v),at=u(X,Y,$,tt,.5),it=at[0],ot=at[1],ut=u(X,Y,$,tt,.5-H),et=ut[0],ht=ut[1],ft=n(et,ht,it,ot,Math.PI/2*G),vt=u(R,U,et=ft[0],ht=ft[1],.5);return[X,Y,vt[0],vt[1],$,tt,nt,rt,N]},exports.getBoxToBoxArrow=function(o,f,m,p,I,P,l,b,w){var E,g,y,A;void 0===w&&(w={});var B=w.bow,N=void 0===B?0:B,S=w.stretch,_=void 0===S?.25:S,j=w.stretchMin,q=void 0===j?50:j,O=w.stretchMax,T=void 0===O?420:O,k=w.padStart,z=void 0===k?0:k,C=w.padEnd,D=void 0===C?20:C,F=w.flip,G=void 0!==F&&F,H=w.straights,J=void 0===H||H,K=o-z,L=f-z,Q=m+2*z,R=p+2*z,U=I-D,V=P-D,W=l+2*D,X=b+2*D,Y=o+m/2,Z=f+p/2,$=I+l/2,tt=P+b/2,rt=h(i(Y,Z,$,tt)),nt=a(Y,Z,$,tt);if(0===nt){var at=Y,it=L,ot=$,ut=V,et=u(at,it,ot,ut,.5),ht=et[0],ft=et[1],vt=i(at,it,ot,ut);return[at,it,ht,ft,ot,ut,vt,vt,vt]}var Mt=(e(rt)%2==0?-1:1)*(G?-1:1),ct=function(r){return Math.abs(Math.abs(r%(t/2))-t/4)/(t/4)}(rt);ct<1&&ct>.85&&(ct=.99);var st=function(t,r,n,a,i,o,u,e){return!(t>=i+u||i>=t+n||r>=o+e||o>=r+a)}(K,L,Q,R,U,V,W,X),dt=function(t,r,n,a,i,o,u,e,h,f){var v=t+n/2,c=r+a/2,s=o+e/2,d=u+h/2,x=(M(v,c,s-v,d-c,t,r,n,a,i)||[[v,c]])[0],m=x[0],p=x[1],I=(M(s,d,v-s,c-d,o,u,e,h,f)||[[s,d]])[0];return[m,p,I[0],I[1]]}(K,L,Q,R,z,U,V,W,X,D),xt=dt[0],mt=dt[1],pt=dt[2],It=dt[3],Pt=a(xt,mt,pt,It);if(!st&&J&&ct%.5==0){var lt=u(xt,mt,pt,It,.5);return[xt,mt,lt[0],lt[1],pt,It,rt,rt-s,rt]}var bt=st?r(Pt,[0,nt],[0,1],!0):0,wt=1-Pt/nt,Et=N+r(Pt,[q,T],[1,0],!0)*_,gt=r(ct*ct,[0,1],[.125*s,0],!0),yt=st?.5*s*ct:r(wt,[.75,1],[0,.5*s],!0)*ct,At=v(bt>=.5?(d+(rt+s*Mt))%d:(d+(rt+Math.max(x,yt+gt*(st?1-bt:1))*Mt))%d),Bt=At[0],Nt=At[1],St=M(Y,Z,Bt,Nt,K,L,Q,R,z)[0],_t=St[0],jt=St[1],qt=c(K,L,Q,R,Y,Z,Bt,Nt);if(!qt)throw Error;var Ot=u(qt[0],qt[1],qt[2],qt[3],.5),Tt=Ot[0],kt=Ot[1],zt=u(_t,jt,Tt,kt,st?Math.max(bt,.15):.15);if(E=zt[0],g=zt[1],Et*=1+(Math.max(-2,Math.min(wt,2))*ct-bt)/2,st&&(Et=Et<0?Math.min(Et,-.5):Math.max(Et,.5)),bt>=.5){var Ct=v(i(Y,Z,Tt,kt)),Dt=M($,tt,Ct[0],Ct[1],U,V,W,X,D)[0];y=Dt[0],A=Dt[1]}else{var Ft=r(wt,[.75,1],[0,1],!0),Gt=st?r(bt,[0,1],[0,s/8],!0):0,Ht=r(ct*Ft,[0,1],[0,s/16],!0),Jt=v(bt>=.5?(d+(rt+s*Mt))%d:(d+(rt+Math.max(x,wt*(s/12)+(Ht+Gt)+(yt+gt)/2)*Mt))%d),Kt=Jt[0],Lt=Jt[1],Qt=M($,tt,Kt,Lt,U,V,W,X,D)[0],Rt=Qt[0],Ut=Qt[1],Vt=c(U,V,W,X,$,tt,Kt,Lt);if(!Vt)throw Error;var Wt=u(Vt[0],Vt[1],Vt[2],Vt[3],.5),Xt=u(Rt,Ut,Wt[0],Wt[1],.25+.25*bt);y=Xt[0],A=Xt[1]}var Yt=u(E,g,y,A,.5),Zt=Yt[0],$t=Yt[1],tr=u(E,g,y,A,Math.max(-1,Math.min(1,.5+Et))),rr=tr[0],nr=tr[1],ar=n(rr,nr,Zt,$t,s/2*Mt),ir=ar[0],or=ar[1],ur=n(rr,nr,Zt,$t,s/2*-Mt),er=ur[0],hr=ur[1],fr=st&&a(ir,or,$,tt)<a(er,hr,$,tt)?[er,hr]:[ir,or],vr=fr[0],Mr=fr[1],cr=i(vr,Mr,E,g);return[E,g,vr,Mr,y,A,i(vr,Mr,y,A),cr,i(E,g,y,A)]};
+"use strict";Object.defineProperty(exports,"__esModule",{value:!0});var t=Math.PI;function r(t,r,n,a){void 0===a&&(a=!1);var i=r[0],o=n[0],u=n[1],e=o+(t-i)/(r[1]-i)*(u-o);if(!0===a)if(o<u){if(e<o)return o;if(e>u)return u}else{if(e>o)return o;if(e<u)return u}return e}function n(t,r,n,a,i){var o=Math.sin(i),u=Math.cos(i),e=t-n,h=r-a;return[e*u-h*o+n,e*o+h*u+a]}function a(t,r,n,a){return Math.hypot(a-r,n-t)}function i(t,r,n,a){return Math.atan2(a-r,n-t)}function o(t,r,n,a){return[Math.cos(n)*a+t,Math.sin(n)*a+r]}function u(t,r,n,a,i){return void 0===i&&(i=.5),[t+(n-t)*i,r+(a-r)*i]}function e(r,n){return void 0===n&&(n=8),Math.floor(n*(.5+r/(2*t)%n))}function h(r){return r-2*t*Math.floor(r/(2*t))}function f(t,r,n,a,i,o,u,e){var h,f,v;if(a*(u-i)!=n*(e-o)&&0!=(v=n*(e-o)-a*(u-i))&&(f=((r-o)*n-(t-i)*a)/v,(h=((r-o)*(u-i)-(t-i)*(e-o))/v)>=0&&f>=0&&f<=1))return[t+h*n,r+h*a]}function v(t){return[Math.cos(t),Math.sin(t)]}function M(t,r,n,a,o,u,e,v,M){var c=o+e,s=u+v,d=o+M-1,x=u+M-1,P=o+e-M+1,m=u+v-M+1,p=[[d,x,Math.PI,1.5*Math.PI],[P,x,1.5*Math.PI,2*Math.PI],[P,m,0,.5*Math.PI],[d,m,.5*Math.PI,Math.PI]],I=[];return[[o,m,o,x],[d,u,P,u],[c,x,c,m],[P,s,d,s]].forEach((function(o,u){var e=o[0],v=o[1],c=o[2],s=o[3],d=p[u],x=d[0],P=d[1],m=d[2],l=d[3],b=function(t,r,n,a,i,o,u){return function(t,r,n,a,i,o,u){var e,h,f,v,M,c,s,d,x=[o-a,u-i],P=[a-t,i-r];return e=x[0]*P[0]+x[1]*P[1],h=2*(x[0]*x[0]+x[1]*x[1]),e*=-2,f=Math.sqrt(e*e-2*h*(P[0]*P[0]+P[1]*P[1]-n*n)),isNaN(f)?[]:(M=(e+f)/h,s=[],d=[],c=[],(v=(e-f)/h)<=1&&v>=0&&(s[0]=a+x[0]*v,s[1]=i+x[1]*v,c[0]=s),M<=1&&M>=0&&(d[0]=a+x[0]*M,d[1]=i+x[1]*M,c[c.length]=d),c)}(t,r,n,a,i,999999*o,999999*u)}(x,P,M,t,r,n,a);b&&b.filter((function(t){var r=h(i(x,P,t[0],t[1]));return r>m&&r<l})).forEach((function(t){return I.push(t)}));var w=f(t,r,n,a,e,v,c,s);w&&I.push(w)})),I}function c(t,r,n,a,i,o,u,e){return function(t,r,n,a){return[[t,r,t+n,r],[t+n,r,t+n,r+a],[t+n,r+a,t,r+a],[t,r+a,t,r]]}(t,r,n,a).find((function(t){return f(i,o,u,e,t[0],t[1],t[2],t[3])}))}var s=Math.PI,d=2*s,x=s/24;exports.getArrow=function(t,h,f,v,M){void 0===M&&(M={});var c=M.bow,s=void 0===c?0:c,d=M.stretch,x=void 0===d?.5:d,P=M.stretchMin,m=void 0===P?0:P,p=M.stretchMax,I=void 0===p?420:p,l=M.padStart,b=void 0===l?0:l,w=M.padEnd,E=void 0===w?0:w,g=M.flip,y=void 0!==g&&g,A=M.straights,B=void 0===A||A,N=i(t,h,f,v),S=a(t,h,f,v),_=function(t,r,n,a){return Math.abs((n-t)/2/((a-r)/2))}(t,h,f,v);if(S<2*(b+E)||0===s&&0===x||B&&[0,1,Infinity].includes(_)){var j=Math.max(0,Math.min(S-b,b)),q=Math.max(0,Math.min(S-j,E)),O=o(t,h,N,j),T=O[0],k=O[1],z=o(f,v,N+Math.PI,q),C=z[0],D=z[1],F=u(T,k,C,D,.5);return[T,k,F[0],F[1],C,D,N,N,N]}var G=(e(N)%2==0?1:-1)*(y?-1:1),H=s+r(S,[m,I],[1,0],!0)*x,J=u(t,h,f,v,.5),K=J[0],L=J[1],Q=u(t,h,f,v,.5-H),R=Q[0],U=Q[1],V=n(R,U,K,L,Math.PI/2*G),W=o(t,h,i(t,h,R=V[0],U=V[1]),b),X=W[0],Y=W[1],Z=o(f,v,i(f,v,R,U),E),$=Z[0],tt=Z[1],rt=i(R,U,t,h),nt=i(R,U,f,v),at=u(X,Y,$,tt,.5),it=at[0],ot=at[1],ut=u(X,Y,$,tt,.5-H),et=ut[0],ht=ut[1],ft=n(et,ht,it,ot,Math.PI/2*G),vt=u(R,U,et=ft[0],ht=ft[1],.5);return[X,Y,vt[0],vt[1],$,tt,nt,rt,N]},exports.getBoxToBoxArrow=function(o,f,P,m,p,I,l,b,w){var E,g,y,A;void 0===w&&(w={});var B=w.bow,N=void 0===B?0:B,S=w.stretch,_=void 0===S?.25:S,j=w.stretchMin,q=void 0===j?50:j,O=w.stretchMax,T=void 0===O?420:O,k=w.padStart,z=void 0===k?0:k,C=w.padEnd,D=void 0===C?20:C,F=w.flip,G=void 0!==F&&F,H=w.straights,J=void 0===H||H,K=o-z,L=f-z,Q=P+2*z,R=m+2*z,U=p-D,V=I-D,W=l+2*D,X=b+2*D,Y=o+P/2,Z=f+m/2,$=p+l/2,tt=I+b/2,rt=h(i(Y,Z,$,tt)),nt=a(Y,Z,$,tt);if(0===nt){var at=Y,it=L,ot=$,ut=V,et=u(at,it,ot,ut,.5),ht=et[0],ft=et[1],vt=i(at,it,ot,ut);return[at,it,ht,ft,ot,ut,vt,vt,vt]}var Mt=(e(rt)%2==0?-1:1)*(G?-1:1),ct=function(r){return Math.abs(Math.abs(r%(t/2))-t/4)/(t/4)}(rt);ct<1&&ct>.85&&(ct=.99);var st=function(t,r,n,a,i,o,u,e){return!(t>=i+u||i>=t+n||r>=o+e||o>=r+a)}(K,L,Q,R,U,V,W,X),dt=function(t,r,n,a,i,o,u,e,h,f){var v=t+n/2,c=r+a/2,s=o+e/2,d=u+h/2,x=(M(v,c,s-v,d-c,t,r,n,a,i)||[[v,c]])[0],P=x[0],m=x[1],p=(M(s,d,v-s,c-d,o,u,e,h,f)||[[s,d]])[0];return[P,m,p[0],p[1]]}(K,L,Q,R,z,U,V,W,X,D),xt=dt[0],Pt=dt[1],mt=dt[2],pt=dt[3],It=a(xt,Pt,mt,pt);if(!st&&J&&ct%.5==0){var lt=u(xt,Pt,mt,pt,.5);return[xt,Pt,lt[0],lt[1],mt,pt,rt,rt-s,rt]}var bt=st?r(It,[0,nt],[0,1],!0):0,wt=1-It/nt,Et=N+r(It,[q,T],[1,0],!0)*_,gt=r(ct*ct,[0,1],[.125*s,0],!0),yt=st?.5*s*ct:r(wt,[.75,1],[0,.5*s],!0)*ct,At=v(+((bt>=.5?rt+s*Mt:rt+Math.max(x,yt+gt*(st?1-bt:1))*Mt)%d).toPrecision(3)),Bt=At[0],Nt=At[1],St=M(Y,Z,Bt,Nt,K,L,Q,R,z)[0],_t=St[0],jt=St[1],qt=c(K,L,Q,R,Y,Z,Bt,Nt);if(!qt)throw Error;var Ot=u(qt[0],qt[1],qt[2],qt[3],.5),Tt=Ot[0],kt=Ot[1],zt=u(_t,jt,Tt,kt,st?Math.max(bt,.15):.15);if(E=zt[0],g=zt[1],Et*=1+(Math.max(-2,Math.min(wt,2))*ct-bt)/2,st&&(Et=Et<0?Math.min(Et,-.5):Math.max(Et,.5)),bt>=.5){var Ct=v(i(Y,Z,Tt,kt)),Dt=M($,tt,Ct[0],Ct[1],U,V,W,X,D)[0];y=Dt[0],A=Dt[1]}else{var Ft=r(wt,[.75,1],[0,1],!0),Gt=st?r(bt,[0,1],[0,s/8],!0):0,Ht=r(ct*Ft,[0,1],[0,s/16],!0),Jt=v(+((bt>=.5?rt+s*Mt:rt+s-Math.max(wt*(s/12)+(Ht+Gt)+(yt+gt)/2,x)*Mt)%d).toPrecision(3)),Kt=Jt[0],Lt=Jt[1],Qt=M($,tt,Kt,Lt,U,V,W,X,D)[0],Rt=Qt[0],Ut=Qt[1],Vt=c(U,V,W,X,$,tt,Kt,Lt);if(!Vt)throw Error;var Wt=u(Vt[0],Vt[1],Vt[2],Vt[3],.5),Xt=u(Rt,Ut,Wt[0],Wt[1],.25+.25*bt);y=Xt[0],A=Xt[1]}var Yt=u(E,g,y,A,.5),Zt=Yt[0],$t=Yt[1],tr=u(E,g,y,A,Math.max(-1,Math.min(1,.5+Et))),rr=tr[0],nr=tr[1],ar=n(rr,nr,Zt,$t,s/2*Mt),ir=ar[0],or=ar[1],ur=n(rr,nr,Zt,$t,s/2*-Mt),er=ur[0],hr=ur[1],fr=st&&a(ir,or,$,tt)<a(er,hr,$,tt)?[er,hr]:[ir,or],vr=fr[0],Mr=fr[1],cr=i(vr,Mr,E,g);return[E,g,vr,Mr,y,A,i(vr,Mr,y,A),cr,i(E,g,y,A)]};
 //# sourceMappingURL=perfect-arrows.cjs.production.min.js.map

dist/perfect-arrows.esm.js

@@ -613,14 +613,15 @@ var PI = Math.PI;
 
-  var finalAngle0 = overlapEffect >= 0.5 ? (PI2 + (angle + PI$1 * rot)) % PI2 : (PI2 + (angle + Math.max(MIN_ANGLE, combinedOffset) * rot)) % PI2; // Deltas of starting angle
+  var finalAngle0 = overlapEffect >= 0.5 ? angle + PI$1 * rot : angle + Math.max(MIN_ANGLE, combinedOffset) * rot; // Deltas of starting angle
 
-  var _getDelta = getDelta(finalAngle0),
+  var _getDelta = getDelta(+(finalAngle0 % PI2).toPrecision(3)),
       dx0 = _getDelta[0],
-      dy0 = _getDelta[1];
+      dy0 = _getDelta[1]; // Get ray intersection with rounded rectangle
 
-  var intersectionsA = getRayRoundedRectangleIntersection(cx0, cy0, dx0, dy0, px0, py0, pw0, ph0, padStart); // Get ray intersection with rounded rectangle
 
-  var _intersectionsA$ = intersectionsA[0],
-      tsx = _intersectionsA$[0],
-      tsy = _intersectionsA$[1]; // Get midpoint of startingintersected segment
+  var _getRayRoundedRectang = getRayRoundedRectangleIntersection(cx0, cy0, dx0, dy0, px0, py0, pw0, ph0, padStart),
+      _getRayRoundedRectang2 = _getRayRoundedRectang[0],
+      tsx = _getRayRoundedRectang2[0],
+      tsy = _getRayRoundedRectang2[1]; // Get midpoint of startingintersected segment
 
+
   var startSeg = getRectangleSegmentIntersectedByRay(px0, py0, pw0, ph0, cx0, cy0, dx0, dy0);
@@ -658,7 +659,7 @@ if (!startSeg) throw Error; // Find start point (quarter way between segment midpoint and ray intersection)
 
-    var _getRayRoundedRectang = getRayRoundedRectangleIntersection(cx1, cy1, dx1, dy1, px1, py1, pw1, ph1, padEnd);
+    var _getRayRoundedRectang3 = getRayRoundedRectangleIntersection(cx1, cy1, dx1, dy1, px1, py1, pw1, ph1, padEnd);
 
-    var _getRayRoundedRectang2 = _getRayRoundedRectang[0];
-    ex = _getRayRoundedRectang2[0];
-    ey = _getRayRoundedRectang2[1];
+    var _getRayRoundedRectang4 = _getRayRoundedRectang3[0];
+    ex = _getRayRoundedRectang4[0];
+    ey = _getRayRoundedRectang4[1];
   } else {
@@ -672,5 +673,5 @@ // Calculate an angle based on distance, overlap and intermediacy
 
-    var finalAngle1 = overlapEffect >= 0.5 ? (PI2 + (angle + PI$1 * rot)) % PI2 : (PI2 + (angle + Math.max(MIN_ANGLE, _combinedOffset) * rot)) % PI2; // Deltas of ending angle
+    var finalAngle1 = overlapEffect >= 0.5 ? angle + PI$1 * rot : angle + PI$1 - Math.max(_combinedOffset, MIN_ANGLE) * rot; // Deltas of ending angle
 
-    var _getDelta3 = getDelta(finalAngle1),
+    var _getDelta3 = getDelta(+(finalAngle1 % PI2).toPrecision(3)),
         _dx = _getDelta3[0],
@@ -680,6 +681,6 @@ _dy = _getDelta3[1]; // Get ray intersection with ending rounded rectangle
 
-    var _getRayRoundedRectang3 = getRayRoundedRectangleIntersection(cx1, cy1, _dx, _dy, px1, py1, pw1, ph1, padEnd),
-        _getRayRoundedRectang4 = _getRayRoundedRectang3[0],
-        tex = _getRayRoundedRectang4[0],
-        tey = _getRayRoundedRectang4[1]; // Get midpoint of ending intersected segment
+    var _getRayRoundedRectang5 = getRayRoundedRectangleIntersection(cx1, cy1, _dx, _dy, px1, py1, pw1, ph1, padEnd),
+        _getRayRoundedRectang6 = _getRayRoundedRectang5[0],
+        tex = _getRayRoundedRectang6[0],
+        tey = _getRayRoundedRectang6[1]; // Get midpoint of ending intersected segment
 
@@ -686,0 +687,0 @@

package.json

 {
-  "version": "0.3.4",
+  "version": "0.3.5",
   "license": "MIT",
@@ -4,0 +4,0 @@ "main": "dist/index.js",

src/lib/getBoxToBoxArrow.ts

@@ -186,11 +186,12 @@ import {
   // Angle of the first box
-  const finalAngle0 =
+  let finalAngle0 =
     overlapEffect >= 0.5
-      ? (PI2 + (angle + PI * rot)) % PI2
-      : (PI2 + (angle + Math.max(MIN_ANGLE, combinedOffset) * rot)) % PI2
+      ? angle + PI * rot
+      : angle + Math.max(MIN_ANGLE, combinedOffset) * rot
 
   // Deltas of starting angle
-  const [dx0, dy0] = getDelta(finalAngle0)
+  const [dx0, dy0] = getDelta(+(finalAngle0 % PI2).toPrecision(3))
 
-  const intersectionsA = getRayRoundedRectangleIntersection(
+  // Get ray intersection with rounded rectangle
+  const [[tsx, tsy]] = getRayRoundedRectangleIntersection(
     cx0,
@@ -207,5 +208,2 @@ cy0,
 
-  // Get ray intersection with rounded rectangle
-  const [[tsx, tsy]] = intersectionsA
-
   // Get midpoint of startingintersected segment
@@ -274,9 +272,9 @@ const startSeg = getRectangleSegmentIntersectedByRay(
 
-    const finalAngle1 =
+    let finalAngle1 =
       overlapEffect >= 0.5
-        ? (PI2 + (angle + PI * rot)) % PI2
-        : (PI2 + (angle + Math.max(MIN_ANGLE, combinedOffset) * rot)) % PI2
+        ? angle + PI * rot
+        : angle + PI - Math.max(combinedOffset, MIN_ANGLE) * rot
 
     // Deltas of ending angle
-    const [dx1, dy1] = getDelta(finalAngle1)
+    const [dx1, dy1] = getDelta(+(finalAngle1 % PI2).toPrecision(3))
 
@@ -283,0 +281,0 @@ // Get ray intersection with ending rounded rectangle

No alert changes

Worsened metrics

Total package byte prevSize

269217

decreased by-0.08%

Lines of code

2707

decreased by-0.04%

No dependency changes