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English Iron Rim Lock* A lock, even in basic form, is a minimachine, with accurately fitted parts that move when activated by a key. It must be so constructed that only those elements that are intended to move can do so, thus stabilizing the mechanical movements in their intended paths. The key is the heart of the lock, and its beginning; from its measurements all other dimensions stem. This may seem strange, but it is logical. By first making the key, the locksmith has a gauge with which to try the movements as he fits the lock together. The security of the lock depends upon the impediments that the wards can put in the way of a false key, but through which the true key can pass. Although no traditional warded locks are pickproof by modern standards, during their time they were the best protection the craft could offer, with endless varieties of shapes, wards, and devices. Some medieval keys and their boxes of wards could be compared to passing one fine-toothed comb through another. In locks for passage doors, which must be able to be locked from either side, some means must be taken to assure that the key will rest in its proper position each time it is thrust into the lock either way. With keys with bits of symmetrical profile in section, this is done by providing a collar or shoulder behind the bit, which bears against the lock case or backplate, centering the key in its correct place (Figs. 23.13 and 23.14).

return null; }

*Excerpt from Professional Smithing: Traditional Techniques for Decorative Ironwork, Whitesmithing, Hardware, Toolmaking & Locksmithing by Donald Streeter.

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The basic idea behind a vocabulary flashcard application is to automate the usual process for studying vocabulary words. The usual process goes something like this: Take a stack of index cards, and on each one, write a vocabulary word on the front and its definition on the back. Then, study the words by looking at the cards one at a time, starting with the one on top. Try to recall the definition of the word on the front before looking at the back to check yourself, if necessary. After doing this for one card, put it back in the stack somewhere; put it far back if you don t want to see it again for a while, and not so far back if you re still shaky on the definition and want to test yourself again soon on that word. Then go on to the next card. Continue studying like this until you know all the definitions. Most flashcard applications automate this process in roughly the same way. First, show the user the front of a virtual flashcard, like the one from Flash of Genius shown in Figure 7-1. Allow the user to indicate either that they know the word or that they want to see the definition. If they opt to see the definition, flip the flashcard over to reveal the definition and maybe some other useful information about the word (see Figure 7-2). Next, allow the user to indicate whether or not he or she had correctly recalled this definition before seeing it. Either way, continue by then showing the user another virtual flashcard. All of the user input is passed to an algorithm which dictates which flashcards get seen by the user and when.

In both match( ) and find( ), connections that have the skip field set to 1 are bypassed. Also, if a connection is found, its skip field is set. This manages backtracking from dead ends, preventing the same connections from being tried over and over again. Now consider the code that actually finds the connecting flights. It is contained in the isflight( ) method, the key routine in finding a route between two cities. It is called with the names of the departure and destination cities.

// Determine if there is a route between from and to. void isflight(String from, String to) { int dist; FlightInfo f; // See if at destination. dist = match(from, to); if(dist != 0) { btStack.push(new FlightInfo(from, to, dist)); return; } // Try another connection. f = find(from); if(f != null) { btStack.push(new FlightInfo(from, to, f.distance)); isflight(f.to, to); } else if(btStack.size() > 0) { // Backtrack and try another connection. f = (FlightInfo) btStack.pop(); isflight(f.from, f.to); } }

backplate removed. (Courtesy of Astragal Press, Mendham, NJ)

Figure 7-1. This is the front of a flashcard in Flash of Genius. If the user taps the question mark, the card flips over to reveal the back of the flashcard, shown in Figure 7-2. If the user taps the check, the front of the next flashcard is revealed.

Let s examine this method closely. First, the flight database is checked by match( ) to see if there is a flight between from and to. If there is, the goal has been reached, the connection is pushed onto the stack, and the method returns. Otherwise, it uses find( ) to find a connection between from and any place else. The find( ) method returns the FlightInfo object describing the connection, if one is found, or null if no connecting flights are available. If there is such a flight, this connection is stored in f, the current flight is pushed onto the backtrack stack, and isflight( ) is called recursively, with the city in f.to becoming the new departure city. Otherwise, backtracking takes place. The previous node is removed from the stack and isflight( ) is called recursively. This process continues until the goal is found.

of case, showing stud construction. (Courtesy of Astragal Press, Mendham, NJ)

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