perfect-freehand - npm Package Compare versions

Comparing version 0.3.0 to 0.3.1

CHANGELOG.md

@@ -0,1 +1,5 @@
+# 0.3.1
+
+- Improves sharp corners that aren't sharp enough for caps, but are still sharp enough to confuse the distance-checking part of the algorithm.
+
 # 0.3.0
@@ -2,0 +6,0 @@

dist/perfect-freehand.cjs.development.js

@@ -84,3 +84,4 @@ 'use strict';
     TAU = PI$1 / 2,
-    SHARP = PI$1 * 0.7;
+    SHARP = PI$1 * 0.8,
+    DULL = SHARP / 2;
 /**
@@ -121,8 +122,8 @@ * ## getStrokePoints
 
-    x = px + (ix - px) * (1 - streamline);
-    y = py + (iy - py) * (1 - streamline); // Distance
+    x = lerp(px, ix, 1 - streamline);
+    y = lerp(py, iy, 1 - streamline); // Distance
 
     distance = getDistance([x, y], prev); // Angle
 
-    angle = getAngle(prev, [x, y]); // Increment total length
+    angle = getAngle([x, y], prev); // Increment total length
 
@@ -187,3 +188,3 @@ totalLength += distance;
 
-  if (len === 1 || totalLength < size / 2) {
+  if (len === 1 || totalLength <= size / 4) {
     var first = points[0],
@@ -194,4 +195,4 @@ last = points[len - 1],
     if (thinning) {
-      var pressure = last[3] ? clamp(last[3], 0, 1) : 0.5;
-      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(pressure, 0, 1)) : lerp(size, size + size * thinning, clamp(pressure, 0, 1))) / 2;
+      var pressure = last[2] ? clamp(last[2], 0, 1) : 0.5;
+      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(pressure, 0.01, 0.99)) : lerp(size, size + size * thinning, clamp(pressure, 0.01, 0.99))) / 2;
     }
@@ -231,3 +232,3 @@
 
-      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(_pressure, 0, 1)) : lerp(size, size + size * thinning, clamp(_pressure, 0, 1))) / 2;
+      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(_pressure, 0.05, 0.95)) : lerp(size, size + size * thinning, clamp(_pressure, 0.05, 0.95))) / 2;
     } // 2.
@@ -238,3 +239,3 @@ // Draw a cap once we've reached the minimum length.
     if (_short) {
-      if (clen < size / 2) {
+      if (clen < size / 4) {
         continue;
@@ -249,3 +250,3 @@ } // The first point after we've reached the minimum length.
       for (var _t = 0, _step = 0.1; _t <= 1; _t += _step) {
-        tl = projectPoint(_first, _angle + TAU + _t * PI$1, r - 1);
+        tl = projectPoint(_first, _angle + TAU - _t * PI$1, r - 1);
         leftPts.push(tl);
@@ -264,3 +265,3 @@ }
       for (var _t2 = 0, _step2 = 0.1; _t2 <= 1; _t2 += _step2) {
-        tr = projectPoint([x, y], _angle + TAU - _t2 * PI$1, r - 1);
+        tr = projectPoint([x, y], _angle + TAU + _t2 * PI$1, r * 0.9);
         rightPts.push(tr);
@@ -270,12 +271,13 @@ }
       // Find the delta between the current and previous angle.
-      var delta = getAngleDelta(prev[3], _angle);
+      var delta = getAngleDelta(prev[3], _angle),
+          absDelta = abs(delta);
 
-      if (abs(delta) > SHARP && clen > r) {
+      if (absDelta > SHARP && clen > r) {
         // A sharp corner.
         // Project points (left and right) for a cap.
-        var mid = getPointBetween(prev, [x, y], 0.5);
+        var mid = getPointBetween(prev, [x, y]);
 
         for (var _t3 = 0, _step3 = 0.25; _t3 <= 1; _t3 += _step3) {
-          tl = projectPoint(mid, pa - TAU + _t3 * PI$1, r - 1);
-          tr = projectPoint(mid, pa + TAU + _t3 * -PI$1, r - 1);
+          tl = projectPoint(mid, pa - TAU + _t3 * -PI$1, r * 0.9);
+          tr = projectPoint(mid, pa + TAU + _t3 * PI$1, r * 0.9);
           leftPts.push(tl);
@@ -290,4 +292,4 @@ rightPts.push(tr);
 
-        if (getDistance(pl, tl) > minDist) {
-          leftPts.push(getPointBetween(tl, pl, 0.5));
+        if (absDelta > DULL || getDistance(pl, tl) > minDist) {
+          leftPts.push(getPointBetween(tl, pl));
           tl = pl;
@@ -297,4 +299,4 @@ } // Add point if far enough away from last right point
 
-        if (getDistance(pr, tr) > minDist) {
-          rightPts.push(getPointBetween(tr, pr, 0.5));
+        if (absDelta > DULL || getDistance(pr, tr) > minDist) {
+          rightPts.push(getPointBetween(tr, pr));
           tr = pr;
@@ -301,0 +303,0 @@ }

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

@@ -1,2 +0,2 @@
-"use strict";Object.defineProperty(exports,"__esModule",{value:!0});var r=Math.hypot,t=Math.cos,n=Math.max,e=Math.min,i=Math.sin,u=Math.atan2,o=Math.PI;function a(r,t,n){return r*(1-n)+t*n}function s(r,n,e){return[t(n)*e+r[0],i(n)*e+r[1]]}function f(r,t,n){return void 0===n&&(n=.5),[r[0]+(t[0]-r[0])*n,r[1]+(t[1]-r[1])*n]}function v(r,t){return u(t[1]-r[1],t[0]-r[0])}function h(t,n){return r(n[1]-t[1],n[0]-t[0])}function c(r,t,i){return n(t,e(i,r))}var p=Math.abs,d=Math.min,M=Math.PI,l=M/2,m=.7*M;function g(r,t){void 0===t&&(t=.5);var n,e,i,u=function(r){return Array.isArray(r[0])?r.map((function(r){var t=r[2];return[r[0],r[1],void 0===t?.5:t]})):r.map((function(r){var t=r.pressure;return[r.x,r.y,void 0===t?.5:t]}))}(r),o=0,a=.01,s=u.length,f=[].concat(u[0],[0,0,0]),c=[f];if(0===s)return[];for(var p=1;p<s;p++){var d=u[p],M=d[2],l=f[0],m=f[1];a=h([n=l+(d[0]-l)*(1-t),e=m+(d[1]-m)*(1-t)],f),i=v(f,[n,e]),c.push(f=[n,e,M,i,a,o+=a])}return c}function x(r,t){void 0===t&&(t={});var n=t.size,e=void 0===n?8:n,i=t.thinning,u=void 0===i?.5:i,g=t.smoothing,x=t.simulatePressure,P=void 0===x||x,y=r.length,b=e*(void 0===g?.5:g),k=[],A=[],I=r[0],O=r[0],S=I,_=O,j=0,z=e/2,q=!0;if(0===y)return[];if(1===y||r[y-1][5]<e/2){var w=r[0],B=r[y-1],C=v(w,B);if(u){var D=B[3]?c(B[3],0,1):.5;z=(u>0?a(e-e*u,e,c(D,0,1)):a(e,e+e*u,c(D,0,1)))/2}for(var E=0;E<=1;E+=.1)S=s(w,C+M+l-E*M,z-1),_=s(B,C+l-E*M,z-1),k.push(S),A.push(_);return k.concat(A)}for(var F=1;F<y;F++){var G=r[F-1],H=G[3],J=r[F],K=J[0],L=J[1],N=J[2],Q=J[3],R=J[4],T=J[5];if(u){if(P){var U=d(1-R/e,1),V=d(R/e,1);N=d(1,j+V/2*(U-j))}z=(u>0?a(e-e*u,e,c(N,0,1)):a(e,e+e*u,c(N,0,1)))/2}if(q){if(T<e/2)continue;q=!1;for(var W=r[0],X=0;X<=1;X+=.1)S=s(W,Q+l+X*M,z-1),k.push(S);_=s(W,Q+l,z-1),A.push(_)}if(F===y-1)for(var Y=0;Y<=1;Y+=.1)_=s([K,L],Q+l-Y*M,z-1),A.push(_);else{var Z=function(r,t){var n=2*o,e=(t-r)%n;return 2*e%n-e}(G[3],Q);if(p(Z)>m&&T>z)for(var $=f(G,[K,L],.5),rr=0;rr<=1;rr+=.25)S=s($,H-l+rr*M,z-1),_=s($,H+l+rr*-M,z-1),k.push(S),A.push(_);else I=s([K,L],Q-l,z),O=s([K,L],Q+l,z),h(I,S)>b&&(k.push(f(S,I,.5)),S=I),h(O,_)>b&&(A.push(f(_,O,.5)),_=O);j=N}}return k.concat(A.reverse())}exports.default=function(r,t){return void 0===t&&(t={}),x(g(r,t.streamline),t)},exports.getStrokeOutlinePoints=x,exports.getStrokePoints=g;
+"use strict";Object.defineProperty(exports,"__esModule",{value:!0});var r=Math.hypot,t=Math.cos,n=Math.max,e=Math.min,i=Math.sin,u=Math.atan2,o=Math.PI;function a(r,t,n){return r*(1-n)+t*n}function s(r,n,e){return[t(n)*e+r[0],i(n)*e+r[1]]}function f(r,t,n){return void 0===n&&(n=.5),[r[0]+(t[0]-r[0])*n,r[1]+(t[1]-r[1])*n]}function v(r,t){return u(t[1]-r[1],t[0]-r[0])}function h(t,n){return r(n[1]-t[1],n[0]-t[0])}function c(r,t,i){return n(t,e(i,r))}var p=Math.abs,d=Math.min,M=Math.PI,l=M/2,m=.8*M,g=m/2;function x(r,t){void 0===t&&(t=.5);var n,e,i,u=function(r){return Array.isArray(r[0])?r.map((function(r){var t=r[2];return[r[0],r[1],void 0===t?.5:t]})):r.map((function(r){var t=r.pressure;return[r.x,r.y,void 0===t?.5:t]}))}(r),o=0,s=.01,f=u.length,c=[].concat(u[0],[0,0,0]),p=[c];if(0===f)return[];for(var d=1;d<f;d++){var M=u[d],l=M[1],m=M[2],g=c[1];s=h([n=a(c[0],M[0],1-t),e=a(g,l,1-t)],c),i=v([n,e],c),p.push(c=[n,e,m,i,s,o+=s])}return p}function P(r,t){void 0===t&&(t={});var n=t.size,e=void 0===n?8:n,i=t.thinning,u=void 0===i?.5:i,x=t.smoothing,P=t.simulatePressure,y=void 0===P||P,b=r.length,k=e*(void 0===x?.5:x),A=[],I=[],O=r[0],S=r[0],_=O,j=S,z=0,q=e/2,w=!0;if(0===b)return[];if(1===b||r[b-1][5]<=e/4){var B=r[0],C=r[b-1],D=v(B,C);if(u){var E=C[2]?c(C[2],0,1):.5;q=(u>0?a(e-e*u,e,c(E,.01,.99)):a(e,e+e*u,c(E,.01,.99)))/2}for(var F=0;F<=1;F+=.1)_=s(B,D+M+l-F*M,q-1),j=s(C,D+l-F*M,q-1),A.push(_),I.push(j);return A.concat(I)}for(var G=1;G<b;G++){var H=r[G-1],J=H[3],K=r[G],L=K[0],N=K[1],Q=K[2],R=K[3],T=K[4],U=K[5];if(u){if(y){var V=d(1-T/e,1),W=d(T/e,1);Q=d(1,z+W/2*(V-z))}q=(u>0?a(e-e*u,e,c(Q,.05,.95)):a(e,e+e*u,c(Q,.05,.95)))/2}if(w){if(U<e/4)continue;w=!1;for(var X=r[0],Y=0;Y<=1;Y+=.1)_=s(X,R+l-Y*M,q-1),A.push(_);j=s(X,R+l,q-1),I.push(j)}if(G===b-1)for(var Z=0;Z<=1;Z+=.1)j=s([L,N],R+l+Z*M,.9*q),I.push(j);else{var $=function(r,t){var n=2*o,e=(t-r)%n;return 2*e%n-e}(H[3],R),rr=p($);if(rr>m&&U>q)for(var tr=f(H,[L,N]),nr=0;nr<=1;nr+=.25)_=s(tr,J-l+nr*-M,.9*q),j=s(tr,J+l+nr*M,.9*q),A.push(_),I.push(j);else O=s([L,N],R-l,q),S=s([L,N],R+l,q),(rr>g||h(O,_)>k)&&(A.push(f(_,O)),_=O),(rr>g||h(S,j)>k)&&(I.push(f(j,S)),j=S);z=Q}}return A.concat(I.reverse())}exports.default=function(r,t){return void 0===t&&(t={}),P(x(r,t.streamline),t)},exports.getStrokeOutlinePoints=P,exports.getStrokePoints=x;
 //# sourceMappingURL=perfect-freehand.cjs.production.min.js.map

dist/perfect-freehand.esm.js

@@ -80,3 +80,4 @@ var hypot = Math.hypot,
     TAU = PI$1 / 2,
-    SHARP = PI$1 * 0.7;
+    SHARP = PI$1 * 0.8,
+    DULL = SHARP / 2;
 /**
@@ -117,8 +118,8 @@ * ## getStrokePoints
 
-    x = px + (ix - px) * (1 - streamline);
-    y = py + (iy - py) * (1 - streamline); // Distance
+    x = lerp(px, ix, 1 - streamline);
+    y = lerp(py, iy, 1 - streamline); // Distance
 
     distance = getDistance([x, y], prev); // Angle
 
-    angle = getAngle(prev, [x, y]); // Increment total length
+    angle = getAngle([x, y], prev); // Increment total length
 
@@ -183,3 +184,3 @@ totalLength += distance;
 
-  if (len === 1 || totalLength < size / 2) {
+  if (len === 1 || totalLength <= size / 4) {
     var first = points[0],
@@ -190,4 +191,4 @@ last = points[len - 1],
     if (thinning) {
-      var pressure = last[3] ? clamp(last[3], 0, 1) : 0.5;
-      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(pressure, 0, 1)) : lerp(size, size + size * thinning, clamp(pressure, 0, 1))) / 2;
+      var pressure = last[2] ? clamp(last[2], 0, 1) : 0.5;
+      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(pressure, 0.01, 0.99)) : lerp(size, size + size * thinning, clamp(pressure, 0.01, 0.99))) / 2;
     }
@@ -227,3 +228,3 @@
 
-      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(_pressure, 0, 1)) : lerp(size, size + size * thinning, clamp(_pressure, 0, 1))) / 2;
+      r = (thinning > 0 ? lerp(size - size * thinning, size, clamp(_pressure, 0.05, 0.95)) : lerp(size, size + size * thinning, clamp(_pressure, 0.05, 0.95))) / 2;
     } // 2.
@@ -234,3 +235,3 @@ // Draw a cap once we've reached the minimum length.
     if (_short) {
-      if (clen < size / 2) {
+      if (clen < size / 4) {
         continue;
@@ -245,3 +246,3 @@ } // The first point after we've reached the minimum length.
       for (var _t = 0, _step = 0.1; _t <= 1; _t += _step) {
-        tl = projectPoint(_first, _angle + TAU + _t * PI$1, r - 1);
+        tl = projectPoint(_first, _angle + TAU - _t * PI$1, r - 1);
         leftPts.push(tl);
@@ -260,3 +261,3 @@ }
       for (var _t2 = 0, _step2 = 0.1; _t2 <= 1; _t2 += _step2) {
-        tr = projectPoint([x, y], _angle + TAU - _t2 * PI$1, r - 1);
+        tr = projectPoint([x, y], _angle + TAU + _t2 * PI$1, r * 0.9);
         rightPts.push(tr);
@@ -266,12 +267,13 @@ }
       // Find the delta between the current and previous angle.
-      var delta = getAngleDelta(prev[3], _angle);
+      var delta = getAngleDelta(prev[3], _angle),
+          absDelta = abs(delta);
 
-      if (abs(delta) > SHARP && clen > r) {
+      if (absDelta > SHARP && clen > r) {
         // A sharp corner.
         // Project points (left and right) for a cap.
-        var mid = getPointBetween(prev, [x, y], 0.5);
+        var mid = getPointBetween(prev, [x, y]);
 
         for (var _t3 = 0, _step3 = 0.25; _t3 <= 1; _t3 += _step3) {
-          tl = projectPoint(mid, pa - TAU + _t3 * PI$1, r - 1);
-          tr = projectPoint(mid, pa + TAU + _t3 * -PI$1, r - 1);
+          tl = projectPoint(mid, pa - TAU + _t3 * -PI$1, r * 0.9);
+          tr = projectPoint(mid, pa + TAU + _t3 * PI$1, r * 0.9);
           leftPts.push(tl);
@@ -286,4 +288,4 @@ rightPts.push(tr);
 
-        if (getDistance(pl, tl) > minDist) {
-          leftPts.push(getPointBetween(tl, pl, 0.5));
+        if (absDelta > DULL || getDistance(pl, tl) > minDist) {
+          leftPts.push(getPointBetween(tl, pl));
           tl = pl;
@@ -293,4 +295,4 @@ } // Add point if far enough away from last right point
 
-        if (getDistance(pr, tr) > minDist) {
-          rightPts.push(getPointBetween(tr, pr, 0.5));
+        if (absDelta > DULL || getDistance(pr, tr) > minDist) {
+          rightPts.push(getPointBetween(tr, pr));
           tr = pr;
@@ -297,0 +299,0 @@ }

package.json

 {
-  "version": "0.3.0",
+  "version": "0.3.1",
   "license": "MIT",
@@ -4,0 +4,0 @@ "main": "dist/index.js",

README.md

@@ -79,4 +79,2 @@ # Perfect Freehand
 ```js
-import getStroke from 'perfect-freehand'
-
 // Create SVG path data using the points from perfect-freehand.
@@ -109,3 +107,3 @@ function getSvgPathFromStroke(stroke) {
 import getStroke from 'perfect-freehand'
-import getSvgPathFromStroke from './utils' // See "Rendering" section above.
+import { getSvgPathFromStroke } from './utils'
 
@@ -116,7 +114,5 @@ export default function Example() {
   function handlePointerDown(e) {
-    const point = [e.pageX, e.pageY, e.pressure]
-
     setCurrentMark({
       type: e.pointerType,
-      points: [point],
+      points: [[e.pageX, e.pageY, e.pressure]],
     })
@@ -126,8 +122,6 @@ }
   function handlePointerMove(e) {
-    const point = [e.pageX, e.pageY, e.pressure]
-
     if (e.buttons === 1) {
       setCurrentMark({
         ...currentMark,
-        points: [...currentMark.points, point],
+        points: [...currentMark.points, [e.pageX, e.pageY, e.pressure]],
       })
@@ -137,9 +131,11 @@ }
 
-  const stroke = getStroke(currentMark.points, {
-    size: 8,
-    thinning: 0.5,
-    smoothing: 0.5,
-    streamline: 0.5,
-    simulatePressure: currentMark.type !== 'pen',
-  })
+  const stroke = currentMark
+    ? getStroke(currentMark.points, {
+        size: 16,
+        thinning: 0.75,
+        smoothing: 0.5,
+        streamline: 0.5,
+        simulatePressure: currentMark.type !== 'pen',
+      })
+    : []
 
@@ -146,0 +142,0 @@ return (

src/index.ts

@@ -15,3 +15,4 @@ import {
   TAU = PI / 2,
-  SHARP = PI * 0.7
+  SHARP = PI * 0.8,
+  DULL = SHARP / 2
 
@@ -44,8 +45,8 @@ /**
   for (let i = 1; i < len; i++) {
-    let [ix, iy, ip] = aPoints[i]
-    let [px, py] = prev
+    const [ix, iy, ip] = aPoints[i]
+    const [px, py] = prev
 
     // Point
-    x = px + (ix - px) * (1 - streamline)
-    y = py + (iy - py) * (1 - streamline)
+    x = lerp(px, ix, 1 - streamline)
+    y = lerp(py, iy, 1 - streamline)
 
@@ -56,3 +57,3 @@ // Distance
     // Angle
-    angle = getAngle(prev, [x, y])
+    angle = getAngle([x, y], prev)
 
@@ -111,3 +112,3 @@ // Increment total length
   // If the point is only one point long, draw two caps at either end.
-  if (len === 1 || totalLength < size / 2) {
+  if (len === 1 || totalLength <= size / 4) {
     let first = points[0],
@@ -118,8 +119,8 @@ last = points[len - 1],
     if (thinning) {
-      const pressure = last[3] ? clamp(last[3], 0, 1) : 0.5
+      const pressure = last[2] ? clamp(last[2], 0, 1) : 0.5
 
       r =
         (thinning > 0
-          ? lerp(size - size * thinning, size, clamp(pressure, 0, 1))
-          : lerp(size, size + size * thinning, clamp(pressure, 0, 1))) / 2
+          ? lerp(size - size * thinning, size, clamp(pressure, 0.01, 0.99))
+          : lerp(size, size + size * thinning, clamp(pressure, 0.01, 0.99))) / 2
     }
@@ -157,4 +158,4 @@
         (thinning > 0
-          ? lerp(size - size * thinning, size, clamp(pressure, 0, 1))
-          : lerp(size, size + size * thinning, clamp(pressure, 0, 1))) / 2
+          ? lerp(size - size * thinning, size, clamp(pressure, 0.05, 0.95))
+          : lerp(size, size + size * thinning, clamp(pressure, 0.05, 0.95))) / 2
     }
@@ -165,3 +166,3 @@
     if (short) {
-      if (clen < size / 2) {
+      if (clen < size / 4) {
         continue
@@ -177,3 +178,3 @@ }
       for (let t = 0, step = 0.1; t <= 1; t += step) {
-        tl = projectPoint(first, angle + TAU + t * PI, r - 1)
+        tl = projectPoint(first, angle + TAU - t * PI, r - 1)
         leftPts.push(tl)
@@ -193,3 +194,3 @@ }
       for (let t = 0, step = 0.1; t <= 1; t += step) {
-        tr = projectPoint([x, y], angle + TAU - t * PI, r - 1)
+        tr = projectPoint([x, y], angle + TAU + t * PI, r * 0.9)
         rightPts.push(tr)
@@ -199,13 +200,14 @@ }
       // Find the delta between the current and previous angle.
-      const delta = getAngleDelta(prev[3], angle)
+      const delta = getAngleDelta(prev[3], angle),
+        absDelta = abs(delta)
 
-      if (abs(delta) > SHARP && clen > r) {
+      if (absDelta > SHARP && clen > r) {
         // A sharp corner.
 
         // Project points (left and right) for a cap.
-        const mid = getPointBetween(prev, [x, y], 0.5)
+        const mid = getPointBetween(prev, [x, y])
 
         for (let t = 0, step = 0.25; t <= 1; t += step) {
-          tl = projectPoint(mid, pa - TAU + t * PI, r - 1)
-          tr = projectPoint(mid, pa + TAU + t * -PI, r - 1)
+          tl = projectPoint(mid, pa - TAU + t * -PI, r * 0.9)
+          tr = projectPoint(mid, pa + TAU + t * PI, r * 0.9)
 
@@ -223,4 +225,4 @@ leftPts.push(tl)
         // Add projected point if far enough away from last left point
-        if (getDistance(pl, tl) > minDist) {
-          leftPts.push(getPointBetween(tl, pl, 0.5))
+        if (absDelta > DULL || getDistance(pl, tl) > minDist) {
+          leftPts.push(getPointBetween(tl, pl))
           tl = pl
@@ -230,4 +232,4 @@ }
         // Add point if far enough away from last right point
-        if (getDistance(pr, tr) > minDist) {
-          rightPts.push(getPointBetween(tr, pr, 0.5))
+        if (absDelta > DULL || getDistance(pr, tr) > minDist) {
+          rightPts.push(getPointBetween(tr, pr))
           tr = pr
@@ -234,0 +236,0 @@ }

New alerts

License Policy Violation

License

This package is not allowed per your license policy. Review the package's license to ensure compliance.

Found 1 instance in 1 package

Fixed alerts

License Policy Violation

License

This package is not allowed per your license policy. Review the package's license to ensure compliance.

Found 1 instance in 1 package

Major refactor

Supply chain risk

Package has recently undergone a major refactor. It may be unstable or indicate significant internal changes. Use caution when updating to versions that include significant changes.

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Improved metrics

Total package byte prevSize

95977

increased by0.99%

Lines of code

914

increased by0.66%

Number of medium supply chain risk alerts

0

decreased by-100%

Worsened metrics

Number of lines in readme file

202

decreased by-1.94%

No dependency changes