feat: yarn install node@18 + update benchmark node version to 18 (#71)

Co-authored-by: Jacek Pietal <[email protected]>

.github/workflows/benchmark.yml

@@ -30,7 +30,7 @@ jobs:
       - name: Setting up Node.js
         uses: actions/setup-node@v3
         with:
-          node-version: 16
+          node-version: 18
 
       - run: |
           npm install

README.md

@@ -155,10 +155,10 @@ Check collisions for all bodies or a single body:
 
 ```ts
 // check if any body collides, end after first collision and return true
-const collided = system.checkAll(() => true)
+const collided = system.checkAll()
 
 // check if 1 body collides, end after first collision and return true
-const collided = system.checkOne(body, () => true)
+const collided = system.checkOne(body)
 ```
 
 For a direct collision check without broad-phase search, use `system.checkCollision(body1, body2)`. However, this isn't recommended due to efficiency loss.
@@ -222,7 +222,7 @@ const testCollision = ({ x, y }, radius = 10) => {
   // create and add to tree
   const circle = system.createCircle({ x, y }, radius)
   // init as false
-  const collided = system.checkOne(circle, () => true)
+  const collided = system.checkOne(circle)
 
   // remove from tree
   system.remove(circle)

docs/index.html

@@ -89,7 +89,7 @@
 </li>
 </ul>
 <a id="md:step-5-collision-detection-and-resolution" class="tsd-anchor"></a><h3><a href="#md:step-5-collision-detection-and-resolution">Step 5: Collision Detection and Resolution</a></h3><p>Check collisions for all bodies or a single body:</p>
-<pre><code class="language-ts"><span class="hl-7">// check if any body collides, end after first collision and return true</span><br/><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">collided</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">checkAll</span><span class="hl-1">(() </span><span class="hl-3">=&gt;</span><span class="hl-1"> </span><span class="hl-3">true</span><span class="hl-1">)</span><br/><br/><span class="hl-7">// check if 1 body collides, end after first collision and return true</span><br/><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">collided</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">checkOne</span><span class="hl-1">(</span><span class="hl-5">body</span><span class="hl-1">, () </span><span class="hl-3">=&gt;</span><span class="hl-1"> </span><span class="hl-3">true</span><span class="hl-1">)</span>
+<pre><code class="language-ts"><span class="hl-7">// check if any body collides, end after first collision and return true</span><br/><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">collided</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">checkAll</span><span class="hl-1">()</span><br/><br/><span class="hl-7">// check if 1 body collides, end after first collision and return true</span><br/><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">collided</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">checkOne</span><span class="hl-1">(</span><span class="hl-5">body</span><span class="hl-1">)</span>
 </code><button>Copy</button></pre>
 <p>For a direct collision check without broad-phase search, use <code>system.checkCollision(body1, body2)</code>. However, this isn&#39;t recommended due to efficiency loss.</p>
 <p>Access detailed collision information in the system.response object, which includes properties like <code>a, b, overlap, overlapN, overlapV, aInB, and bInA</code>.</p>
@@ -110,7 +110,7 @@
 <p>This will remove the body from the system&#39;s internal data structures, preventing it from being included in future collision checks. If you keep a reference to the body, you can insert it again later with <code>system.insert(body)</code>.</p>
 <p>Remember to always keep your collision system as clean as possible. This means removing bodies when they&#39;re not needed, and avoiding unnecessary updates. Following these guidelines will help ensure your project runs smoothly and efficiently.</p>
 <p>And that&#39;s it! You&#39;re now ready to use the Detect-Collisions library in your project. Whether you&#39;re making a game, a simulation, or any other kind of interactive experience, Detect-Collisions provides a robust, efficient, and easy-to-use solution for collision detection. Happy coding!</p>
-<a id="md:detecting-collision-after-insertion" class="tsd-anchor"></a><h2><a href="#md:detecting-collision-after-insertion">Detecting collision after insertion</a></h2><pre><code class="language-ts"><span class="hl-7">// create self-destructing collider</span><br/><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-0">testCollision</span><span class="hl-1"> = ({ </span><span class="hl-5">x</span><span class="hl-1">, </span><span class="hl-5">y</span><span class="hl-1"> }, </span><span class="hl-5">radius</span><span class="hl-1"> = </span><span class="hl-6">10</span><span class="hl-1">) </span><span class="hl-3">=&gt;</span><span class="hl-1"> {</span><br/><span class="hl-1">  </span><span class="hl-7">// create and add to tree</span><br/><span class="hl-1">  </span><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">circle</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">createCircle</span><span class="hl-1">({ </span><span class="hl-5">x</span><span class="hl-1">, </span><span class="hl-5">y</span><span class="hl-1"> }, </span><span class="hl-5">radius</span><span class="hl-1">)</span><br/><span class="hl-1">  </span><span class="hl-7">// init as false</span><br/><span class="hl-1">  </span><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">collided</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">checkOne</span><span class="hl-1">(</span><span class="hl-5">circle</span><span class="hl-1">, () </span><span class="hl-3">=&gt;</span><span class="hl-1"> </span><span class="hl-3">true</span><span class="hl-1">)</span><br/><br/><span class="hl-1">  </span><span class="hl-7">// remove from tree</span><br/><span class="hl-1">  </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">remove</span><span class="hl-1">(</span><span class="hl-5">circle</span><span class="hl-1">)</span><br/><br/><span class="hl-1">  </span><span class="hl-9">return</span><span class="hl-1"> </span><span class="hl-5">collided</span><span class="hl-1"> ? </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-5">response</span><span class="hl-1"> : </span><span class="hl-3">null</span><br/><span class="hl-1">}</span>
+<a id="md:detecting-collision-after-insertion" class="tsd-anchor"></a><h2><a href="#md:detecting-collision-after-insertion">Detecting collision after insertion</a></h2><pre><code class="language-ts"><span class="hl-7">// create self-destructing collider</span><br/><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-0">testCollision</span><span class="hl-1"> = ({ </span><span class="hl-5">x</span><span class="hl-1">, </span><span class="hl-5">y</span><span class="hl-1"> }, </span><span class="hl-5">radius</span><span class="hl-1"> = </span><span class="hl-6">10</span><span class="hl-1">) </span><span class="hl-3">=&gt;</span><span class="hl-1"> {</span><br/><span class="hl-1">  </span><span class="hl-7">// create and add to tree</span><br/><span class="hl-1">  </span><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">circle</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">createCircle</span><span class="hl-1">({ </span><span class="hl-5">x</span><span class="hl-1">, </span><span class="hl-5">y</span><span class="hl-1"> }, </span><span class="hl-5">radius</span><span class="hl-1">)</span><br/><span class="hl-1">  </span><span class="hl-7">// init as false</span><br/><span class="hl-1">  </span><span class="hl-3">const</span><span class="hl-1"> </span><span class="hl-4">collided</span><span class="hl-1"> = </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">checkOne</span><span class="hl-1">(</span><span class="hl-5">circle</span><span class="hl-1">)</span><br/><br/><span class="hl-1">  </span><span class="hl-7">// remove from tree</span><br/><span class="hl-1">  </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-0">remove</span><span class="hl-1">(</span><span class="hl-5">circle</span><span class="hl-1">)</span><br/><br/><span class="hl-1">  </span><span class="hl-9">return</span><span class="hl-1"> </span><span class="hl-5">collided</span><span class="hl-1"> ? </span><span class="hl-5">system</span><span class="hl-1">.</span><span class="hl-5">response</span><span class="hl-1"> : </span><span class="hl-3">null</span><br/><span class="hl-1">}</span>
 </code><button>Copy</button></pre>
 <a id="md:handling-concave-polygons" class="tsd-anchor"></a><h2><a href="#md:handling-concave-polygons">Handling Concave Polygons</a></h2><p>As of version 6.8.0, Detect-Collisions fully supports non-convex or hollow polygons*, provided they are valid. Learn more about this feature from <a href="https://github.com/Prozi/detect-collisions/issues/45">GitHub Issue #45</a> or experiment with it on <a href="https://stackblitz.com/edit/detect-collisions">Stackblitz</a>.</p>
 <a id="md:visual-debugging-with-rendering" class="tsd-anchor"></a><h2><a href="#md:visual-debugging-with-rendering">Visual Debugging with Rendering</a></h2><p>To facilitate debugging, Detect-Collisions allows you to visually represent the collision bodies. By invoking the <code>draw()</code> method and supplying a 2D context of a <code>&lt;canvas&gt;</code> element, you can draw all the bodies within a collision system.</p>

package.json

@@ -1,6 +1,6 @@
 {
   "name": "detect-collisions",
-  "version": "9.4.2",
+  "version": "9.4.3",
   "description": "detecting collisions between bodies: Points, Lines, Boxes, Polygons (Concave too), Ellipses and Circles. Also RayCasting. All bodies can have offset, rotation, scale, bounding box padding, can be static (non moving) or be trigger bodies (non colliding).",
   "main": "dist/index.js",
   "types": "dist/index.d.ts",