Update proj1.html

Author: cjxthecoder

project-1/proj1.html

@@ -28,7 +28,7 @@ <h2 id="s2-title" class="title">NCC & Naive alignment</h2>
       <br>
       [#image]
       <br>
-      Therefore, if we only want to compare the blue and green plates, we can add a second displacement (0, -H/3) to limit the comparison area to the center plate. Likewise, when comparing the red and green plates, we can have the second displacement be (0, H/3).
+      Therefore, if we only want to compare the blue and green plates, we can add a second displacement (0, -H/3) to limit the comparison area to the center plate. Likewise, when comparing the red and green plates, we can have the second displacement be (0, H/3). Once the best displacements for the blue & red plates are computed, we can use the formula above to compute the final composite of the 3 plates.
   </p>
 </section>
 
@@ -42,9 +42,9 @@ <h2 id="s2-title" class="title">Naive search</h2>
   <!-- Text BEFORE the comparison images -->
   <p class="lead" contenteditable="false" 
      data-placeholder="Describe what you’re comparing (this text appears before both images)">
-    In the previous section, we have seen that while naive search works on small images, it becomes computationally inefficient on larger ones. Is there a way to extend what works on smaller images so that it will still work on larger ones?
+    In the previous section, we saw that while naive search works well on small images, it becomes computationally inefficient on larger ones. Is there a way to extend what works on smaller images so that it will still work on larger ones?
     <br><br>
-    The answer is yes.
+    The answer is yes. Instead of searching for
   </p>
 </section>