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With just a little exaggeration, I can say that without him few people would be using the NetBeans Platform today On the other hand, his work is just a part of the documentation our project offers It s the initial part, used by newcomers However, in addition to that, we have the documentation written by our API writers; that is, the developers This includes the Javadoc, use cases, and so on Although these kinds of documentation are of different complexities, they address the same issue: documenting the NetBeans Platform usage In spite of that, there is little to no connection between these types of documentation That is a shame, because they are all targeted at our users, and our users want to have as much information as possible They want to have this information constantly at the ready.

Multiplexing is a very common way of driving LEDs, particularly when they are assembled as either a dot matrix display or a number of seven-segment/numeric displays. Multiplexing relies on the fact that if a light source is switched on and off fast enough, the human eye perceives it as being continuously lit even though it is in fact only on for a brief period. Figure 16-2 shows a two-digit seven-segment display connected to an Arduino. Note that the seven segments are connected directly to the Arduino output pins and the common cathode of the display (all the LED cathodes) are connected through a transistor to ground. These bases of the transistors are, in turn, connected to an output pin on the Arduino.

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When coding in the IDE and using code completion, wouldn t it be useful to jump from there straight to a tutorial related to the usage of the current method Indeed it would be, and the only required task is to enhance the Javadoc method with a pointer to a related tutorial However, we are facing a typical us-versus-them problem Developers don t know about tutorials, so they cannot add a link to them when writing the Javadoc Moreover, the tutorials are usually written later.

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Figure 16-2. Schematic for a two-digit seven-segment multiplexed display In order to display two different numbers on each display, we use a procedure much like the following: repeat { Set Outputs 3 to 9 as required for first digit; Turn Output 1 On; Delay; Turn Output 1 Off; Set Outputs 3 to 9 as required for second digit; Turn Output 2 On; Delay; Turn Output 2 Off; } If we repeat this rapidly enough, our eye will perceive both displays as being continually lit showing the digits we want. The general idea can, of course, be expanded to more digits four or six for a clock, for example, and this is precisely how most LED clocks work. Multiplexing doesn t come entirely free. Because the LEDs aren t on all the time, they appear dimmer. In our example, the duty cycle (ratio of on time to off time) for each display is 50%. For a four-digit display, it would be 25%, and so on. To get around this, we can increase the current being sent to each display, this being where the peak current rating of the display becomes important. For a typical seven-segment display, it s likely to be acceptable to increase the current to 50mA per segment. Higher than that, start checking datasheets and doing some calculations to ensure you don t overstress the devices. By driving the LEDs with a higher

than the Javadoc. From another perspective, Geertjan seems to be afraid of changing the Javadoc himself. In various discussions, I ve tried to convince him that this is needed, but so far I ve failed. So, while developers are afraid of writing documentation, documenters are afraid of changing anything written by developers. As a result, we have two sets of documentation, written more or less independently. I am sure this situation is not good. I am unsure what to do about it. Maybe we should apply a working from roots methodology and not let anyone write a tutorial unless there is a link to it from the Javadoc. That might fix the situation and remove Geertjan s fear to edit it. However, I still need to find out if that would work.

peak current, they output more LED for the time they are on so they appear brighter. They also have time to cool during the off time, hence avoiding damage. There is a caveat with driving LEDs at their peak, rather than constant, current rating: it s very important that your software doesn t inadvertently leave them on too long, or the device can be damaged. This can be problematic during development/debugging if your code crashes with the LEDs in an on state. It is prudent to do initial coding with the LED or display run with resistors chosen to keep it at its constant current rating. The next issue with multiplexing is that, of course, the ATMega must update the state of the LED or display at regular intervals. This reduces the amount of processor time available for other tasks. With careful design, the impact of this can be minimized, but should be taken into account. Consider using a periodic interrupt to do the display updates.

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