index: sync

Signed-off-by: Sean Cross <sean@xobs.io>

index.html

@@ -39,9 +39,9 @@
 	<!-- Start of main presentation -->
 	<div class="reveal">
 		<div class="footer">
-				<a class="url" href="https://p.xobs.io/lca2019/">p.xobs.io/lca2019</a>
-				<span class="theme">The Linux of Things</span><span class="hashtag"> | #LCA2019</span><span class="twitter"> |
-					@linuxconfau</span>
+			<a class="url" href="https://p.xobs.io/lca2019/">p.xobs.io/lca2019</a>
+			<span class="theme">The Linux of Things</span><span class="hashtag"> | #LCA2019</span><span class="twitter"> |
+				@linuxconfau</span>
 		</div>
 		<div class="slides">
 			<section data-background-image="css/theme/lca2019-title-bg.png">
@@ -65,7 +65,7 @@
 
 			<section>
 				<h3>Tomu</h3>
-				<img src="img/tomu-item.png" alt="I'm Tomu!">
+				<img src="img/tomu-item.jpg" alt="I'm Tomu!">
 				<aside class="notes">
 					This is Tomu. If you attended LCA last year, you will have gotten one. Tomu is a fantastic little device -- it's a
 					computer in your USB port! It's a single printed circuit board, but the thing about USB ports is that they're
@@ -75,12 +75,21 @@
 			</section>
 
 			<section>
-				<h3>Tomu + Case</h3>
+				<h3>Case</h3>
+				<img src="img/tomu-case.jpg" alt="I'm Tomu Case!">
 				<aside class="notes">
-					This is the Tomu case. It is made out of Polycarbonate, usually called PC. It fits very snugly, and even has a
-					satisfying "click" when you insert Tomu. For the next 45 minutes or so, I'll talk about what it took to build
-					this, and the motivation for doing it in plastic. I hope to convince some of you out there that plastic is not out
-					of the question when it comes to projects.
+					This is the injection molded case, after production. It's clear, which normally costs a bit extra, but since the
+					material we used is so little there was no extra charge. The case is made from polycarbonate, called PC.
+				</aside>
+			</section>
+
+			<section>
+				<h3>Tomu + Case</h3>
+				<img src="img/tomu-in-case.jpg" alt="I'm in my case!">
+				<aside class="notes">
+					This is a Tomu in its case. It fits very snugly, and even has a satisfying "click" when you insert Tomu. For the
+					next 45 minutes or so, I'll talk about what it took to build this, and the motivation for doing it in plastic. I
+					hope to convince some of you out there that plastic is not out of the question when it comes to projects.
 				</aside>
 			</section>
 
@@ -291,7 +300,8 @@
 					</aside>
 				</section>
 				<section>
-					<h1>Hardware</h1>
+					<h3>Hardware</h3>
+					<img src="img/tools-ruler-calipers.jpg" alt="Ruler and Caliper">
 					<aside class="notes">
 						This PCB ruler is, surprisingly, the most useful ruler I've ever owned. It's great for designing PCBs, but also
 						handy for doing case design. These vernier calipers are also super handy, epsecially when you want to see just
@@ -636,14 +646,21 @@
 					</aside>
 				</section>
 				<section>
-					<h1>Clothes peg</h1>
+					<h3>Clothes peg</h3>
+					<img src="img/clothespeg-side.jpg" alt="A clothes peg (side view)">
 					<aside class="notes">
-						This is a clothes peg from my house. It's very cheap. You can clearly see parting lines along the side here. The
-						texture is effectively free, because this piece is entirely flat. There aren't any fancy tool options here -- no
-						lifters or sliders or anything complicated. You can see the ejector pin marks on the inside, and there are two of
-						them. You can also tell where the gate was, because there's a little bit of material left over. The plastic also
-						has a very rough surface, indicating they probably aren't cleaning the tool very often. One clever piece is that
-						both halves of the clothes peg are identical.
+						This is a clothes peg from my house. It's very cheap. You can clearly see parting lines along the side here.
+					</aside>
+				</section>
+				<section>
+					<h3>Clothes peg</h3>
+					<img src="img/clothespeg-inside.jpg" alt="A clothes peg (inside view)">
+					<aside class="notes">
+						The texture is effectively free, because this piece is entirely flat. There aren't any fancy tool options here --
+						no lifters or sliders or anything complicated. You can see the ejector pin marks on the inside, and there are two
+						of them. You can also tell where the gate was, because there's a little bit of material left over. The plastic
+						also has a very rough surface, indicating they probably aren't cleaning the tool very often. One clever piece is
+						that both halves of the clothes peg are identical.
 					</aside>
 				</section>
 				<section>
@@ -677,7 +694,7 @@
 					</aside>
 				</section>
 				<section>
-					<h1>Wine bottle opener</h1>
+					<h3>Wine bottle opener</h3>
 					<aside class="notes">
 						This wine bottle opener has one very visible parting line. Interestingly, it's overmolded, which is where one
 						piece gets two shots, and the overmolded piece hides the parting line along the top. You can do some pretty cool
@@ -701,7 +718,10 @@
 
 			<section>
 				<section>
-					<h1>Conclusion</h1>
+					<h2>Thank You</h2>
+					<ul>
+						<li>Case: <a href="https://github.com/im-tomu/tomu-hardware/tree/master/case">https://github.com/im-tomu/tomu-hardware/tree/master/case</a></li>
+					</ul>
 				</section>
 			</section>
 		</div>