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1 Digital camera 1 Arduino Duemilanove, Arduino Pro, Seeeduino, or equivalent 1 Prototyping shield 2 Reed relay 2 1N4001 diode or equivalent 1 3.5mm stereo socket 1 Light-dependent resistor (optional) 1 10K resistor (optional) Camera connection for Canon: 2 3.5mm stereo line plug 50cm shielded stereo cable Camera connection for Panasonic: 1 3.5mm stereo line plug 1 2.5mm 4-connection line plug 1 1K8 resistor 1 27K resistor 1 33K resistor

* Create a circuit to evaluate (x1 or not(x1)) and then * verify that its result is true for all values of x1. */ public void testAlwaysTrue() { Circuit alwaysTrue = CircuitFactory.join( CircuitFactory.getTrivialCircuit(), CircuitFactory.getBasicCircuit(Operation.NEG), Operation.OR ); Stack<Character> s = new Stack<Character> (); s.addAll(Arrays.asList('0', '0')); assertEquals ("'1' for '00'", '1', alwaysTrue.evaluate(s)); s.addAll(Arrays.asList('1', '1')); assertEquals ("'1' for '11'", '1', alwaysTrue.evaluate(s)); } This solution required a value of each variable to be specified on input as many times as it was used. As a result, the evaluation of x1 OR NOT(x1) is a tautology, because it s a logical expression that is always true. However, some of the APIs sometimes allowed it to yield false, in case the input of the API was not consistent. Again, this solution satisfied all the tasks for the API Design Fest and was therefore accepted into the next round. However, it s different from the others. Because the starting line for the next round should be the same point for the whole solution, the appropriate action should have been to insert a Day 1 and a half round, during which time the APIs should have been fixed so that they reached a similar level.

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50cm shielded mono cable Camera connection via infrared: 1 IR LED Source code available from www.practicalarduino.com/projects/time-lapsecamera-controller.

The APIs for the representation of boolean circuits created during the first day of the API Design Fest were divided into various groups. The most common group represents a classic example of the defensive programming approach: Never expose more than you need to expose. Although there were small differences, these solutions included day1/alwayscreatenewcircuit, day1/ inputandoperation, day1/pinbasedsolution, day1/elementbasedsolution, and partially also day1/stackbasedsolution. These don t expose constructors. They use factory methods. They provide classes that should not be subclassed. They use package private methods for mutual communication. In other words, these solutions are examples of the less is more design approach. Here is the sample code of day1/elementbasedsolution, which has not yet been discussed: public final class Circuit { private Circuit() { } public static Element and(final Element e1, final Element e2) { return new Element() { public boolean result() { return e1.result() && e2.result(); }

class IfBookmarkedNode(template.Node): def __init__(self, user, snippet, nodelist_true, nodelist_false): self.nodelist_true = nodelist_true self.nodelist_false = nodelist_false self.user = template.Variable(user) self.snippet = template.Variable(snippet) def render(self, context): try: user = self.user.resolve(context) snippet = self.snippet.resolve(context) except template.VariableDoesNotExist: return '' if Bookmark.objects.filter(user__pk=user.id, snippet__pk=snippet.id): return self.nodelist_true.render(context)

Control connections to the camera are made using a pair of reed relays that provide complete electrical isolation between your Arduino and the camera itself. In fact, this project has been designed to use the same pins as the first two outputs on the relay board used in the very first project, Appliance Remote Control, so that if you ve already built that project, you can use the same board without modification. That s exactly what we did, and the only difference is that rather than wiring the 3.5mm stereo socket directly to the relay outputs, we needed to connect it to a pair of headers to plug into the relay outputs.If you re building a shield specifically for this project you can start by following the instructions for the Appliance Remote Control project in 2, but only fit the first two relays that are connected to Arduino digital I/O lines 5 and 6 along with their matching reverse-biased diodes. Then wire up the 3.5mm stereo socket so that the outer (shield) connection goes to one terminal on both relays, the center (ring) connection for the focus trigger goes to the other terminal of the relay on digital pin 5, and the tip connection for the shutter trigger goes to the other terminal of the relay on digital pin 6. The result is a 3.5mm stereo socket with one common connection and a pair of independently switched connections that have one link in common. The two relays will then be connected to focus and shutter release, respectively, in the camera.

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