[] (0) Define isPointInPath() uses the non-zero winding number rule. …

…(credit: pt) git-svn-id: http://svn.whatwg.org/webapps@2005 340c8d12-0b0e-0410-8428-c7bf67bfef74
whatwg · Aug 5, 2008 · 251e40f · 251e40f
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diff --git a/index b/index
@@ -22158,10 +22158,10 @@ notes on what would need to be defined for dashed lines:
    true if the point given by the <var title="">x</var> and <var
    title="">y</var> coordinates passed to the method, when treated as
    coordinates in the canvas coordinate space unaffected by the current
-   transformation, is inside the current path; and must return false
-   otherwise. Points on the path itself are considered to be inside the path.
-   If either of the arguments is infinite or NaN, then the method must return
-   false.
+   transformation, is inside the current path as determined by the non-zero
+   winding number rule; and must return false otherwise. Points on the path
+   itself are considered to be inside the path. If either of the arguments is
+   infinite or NaN, then the method must return false.
 
   <h6 id=text><span class=secno>4.7.11.1.9. </span>Text</h6>
   <!-- a v3 feature -->

diff --git a/source b/source
@@ -19392,7 +19392,8 @@ notes on what would need to be defined for dashed lines:
   return true if the point given by the <var title="">x</var> and <var
   title="">y</var> coordinates passed to the method, when treated as
   coordinates in the canvas coordinate space unaffected by the current
-  transformation, is inside the current path; and must return false
+  transformation, is inside the current path as determined by the
+  non-zero winding number rule; and must return false
   otherwise. Points on the path itself are considered to be inside the
   path. If either of the arguments is infinite or NaN, then the method
   must return false.</p>