revert autoawesome change

CHANGELOG.md

@@ -7,13 +7,13 @@
   user interface, which is activated whenever the user selects a subpath, segment, and/or point.
 * Added a new *pair subpaths* mode, which allows the user to specify how subpaths in the start
   canvas should morph into subpaths in the end canvas.
-* Added two new export formats for the web:
+* Added three new export formats for the web:
     * Export to *SVG spritesheet* (30fps and 60fps).
+    * Export to standalone *SVG frames* (30fps and 60fps).
     * Export to *CSS keyframes* (note that Chrome is the only browser that supports them
       as of April, 2017).
 * Added the ability to import `VectorDrawable` files into the workspace.
 * Added the ability to delete subpaths and split segments directly from the canvas.
-* Made improvements to the "auto fix" algorithm which now gives more accurate results.
 
 # [v0.2.0](https://github.com/alexjlockwood/ShapeShifter/compare/v0.1.3...v0.2.0) (2017-04-10)
 

src/app/scripts/algorithms/AutoAwesome.ts

@@ -36,11 +36,12 @@ export function autoFix(
     return fromPaths;
   };
 
+  // TODO: experiment with this... need to test this more
   // Approximate the centers of the start and end subpaths. We'll use this information
   // to achieve a more accurate alignment score.
-  const fromCenter = srcFromPath.getPoleOfInaccessibility(subIdx);
-  const toCenter = srcToPath.getPoleOfInaccessibility(subIdx);
-  const centerOffset = new Point(toCenter.x - fromCenter.x, toCenter.y - fromCenter.y);
+  // const fromCenter = srcFromPath.getPoleOfInaccessibility(subIdx);
+  // const toCenter = srcToPath.getPoleOfInaccessibility(subIdx);
+  // const centerOffset = new Point(toCenter.x - fromCenter.x, toCenter.y - fromCenter.y);
 
   // The scoring function to use to calculate the alignment. Convert-able
   // commands are considered matches. However, the farther away the points
@@ -52,7 +53,9 @@ export function autoFix(
       return MISMATCH;
     }
     const { x, y } = cmdA.getEnd();
-    const start = new Point(x + centerOffset.x, y + centerOffset.y);
+    // TODO: experiment with this... need to test this more
+    // const start = new Point(x + centerOffset.x, y + centerOffset.y);
+    const start = new Point(x, y);
     const end = cmdB.getEnd();
     const distance = Math.max(MATCH, MathUtil.distance(start, end));
     return 1 / distance;