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Even though TanZen was highly ranked, the fact that the game s reviews were peppered with players complaining about the two-finger rotation was starting to bug me, so I decided to revisit the issue I needed to design a single-finger rotation scheme that closely resembled the old scheme, so I could please old and new players Lindi and I really liked the move and rotate controls in TanZen They were clean, fingernail-proof, and best of all, didn t involve a bunch of buttons and interface doodads Plus, accidentally activating a move instead of a rotate was impossible So, how could I take this nearly perfect solution and make it perfect for everyone The solution had to satisfy a set of conditions: Piece movement had to be fingernail friendly Rotation feedback had to remain the same And most importantly, Lindi had to like it.

try { if(orgPStr.length() != 0 numPayStr.length() != rateStr.length() != 0 payStr.length() != 0)

Most inexpensive key duplicating machines are designed to duplicate only cylinder keys, but a few inexpensive models can also duplicate flat keys. More sophisticated models duplicate other types of keys. The most expensive ones can duplicate bit keys, tubular lock keys, angle keys (such as Medeco), and dimple keys. You can save money by purchasing a machine that duplicates only the types of keys you re most interested in duplicating. Critical Design Factors When evaluating a key duplicating machine, look carefully at the pivot mechanism. The key should meet the cutter wheel squarely on a dead parallel with

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Being the wise (lazy) programmer that I am, I decided to modify what I already had instead of creating something new What would happen if I eliminated the second finger requirement, mapped movement to touches inside the selection ring, and mapped rotation to touches directly on the ring I quickly coded up that idea and gave it to Lindi to try She hated it She kept accidentally rotating a shape, when she meant to move it The problem was that she had always moved pieces by dragging with the ring itself, never inside it Now, I knew that not everyone was playing that way; instead, some were.

Figure 21.1 Key cutting machines. (Ilco Unican Corp.)

orgPrincipal = Double.parseDouble(orgPStr); numPayments = Double.parseDouble(numPayStr); intRate = Double.parseDouble(rateStr) / 100; payment = Double.parseDouble(payStr);

moving their fingers directly on top of the pieces. But I still had to satisfy the players my wife represented. My next idea was to make the ring bigger, offering more room around the piece to activate a move without being on top of it. It was a little better, but Lindi was still making mistakes. So I made the ring even bigger. This process repeated a few times, until finally the ring was big enough to grab pieces the way she wanted to, yet still rotate without making mistakes. Amazingly, with just a few simple tweaks, I managed to cover all the required conditions, keep the exact same interface look (see Figures 5-25 and 5-26), and still eliminate the evil second finger. Mission accomplished! But would current players accept it

result = compute(); remBalText.setText(nf.format(result)); } showStatus(""); // erase any previous error message } catch (NumberFormatException exc) { showStatus("Invalid Data"); remBalText.setText(""); } } // Compute the loan balance. double compute() { double bal = orgPrincipal; double rate = intRate / payPerYear; for(int i = 0; i < numPayments; i++) bal -= payment - (bal * rate); return bal; } }

the axis of the wheel. A slight angle is enough to upset the dimension of the duplicated key (Fig. 21.2). Some machines don t have pivots and arrange matters so the vises move laterally into the cutter. As long as the bearings are true, this ensures that the duplicated key is a faithful copy of the original. The jaws of the vises must be carefully engineered to ensure that both the key and key blank do not shift during the duplication process and that the key and key blank are held squarely against the cutter.

Figure 9-6

There are three basic types of cutters. Filing and milling cutters are both used to duplicate cylinder keys. A slotter cutter is used for square-ended keys (such as bit keys and flat keys). Figure 21.3 shows some examples. The diameter of the cutter is important. Large-diameter cutters leave a very slight concave on the newly cut key. Smaller cutters make a deeper concave. The most useful key duplicating machines allow you to use various sizes and types of cutters.

Figure 5-25. The original selection ring was compact and allowed movement or rotation based on the number of fingers being used.

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