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Because the SpeakJet has a 64-byte input buffer and the command size is one byte per allophone, it doesn't take many words to fill up the input buffer on the SpeakJet Of course it also takes more time for the SpeakJet to sound out the allophones than it takes for the Arduino to send them to it, so using appropriate delay times or waiting for the Buffer Half Full signal to clear before sending more allophones to it is important Once the SpeakJet buffer is full any additional bytes sent to it are simply ignored If you try to send a large sequence of allophones to it very fast you may find the buffer fills up quite quickly.

As it knows the linkage information, it can find out that some virtual method isn t overridden at all, or that, for example, two other classes override it twice Then it can replace the regular call directly with the method s body Alternatively, if there is more than one, but less than many, it can replace the memory indirection with a simple switch This is a lot faster than the plain virtual methods table that static compilation or a programmer trying to simulate this in C has to use Though it s true that interpreted code is unlikely to be faster than code that is compiled, if we correct the statement I had heard in Berlin a bit, we can justifiably say, Dynamically compiled code can be faster than code that is statically compiled, which was likely the point of the talk to begin with.

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The red LED on D2 (pin 15) can be handy to give you a quick visual indicator that you're sending data to the SpeakJet faster than it can keep up with speaking it At the end of the project we'll discuss use of this output to provide feedback to the Arduino so the software can automatically detect when to stop sending data and wait a little while before sending any more You can also see in Figure 9-5 a small 100nF power supply decoupling capacitor near the top center, mounted between the +5V rail and the GND connection used by the LEDs Once again that's optional, but there's no harm in having additional decoupling capacitors They can help prevent unexplained glitches and noise caused by supply fluctuations, so it's always good practice to fit them when possible.

Object-oriented languages that use subclassing typically need to provide a way to access features of a parent class, even if those features are being overridden. Conventions for this vary from language to language, but in Python the standard practice is to use super, as shown in the preceding code.

Line-Level Output A "line-level" signal is generally a larger signal than you would get from a device such as a microphone, but a lower level than would be used to directly drive a speaker or headphones Line level is the connection that is typically fed into a mixer, amplifier, powered computer speakers, or other pieces of audio equipment Without going into all the technicalities of unusual units such as decibel volts (dBV), as a general rule of thumb a line-level signal in consumer-grade audio equipment has a nominal amplitude of about 05V By creating a simple two-pole low-pass filter we can generate a clean output from the SpeakJet that can be fed straight to other audio equipment A "low-pass" filter is a circuit that allows signals below a certain nominated frequency to pass through, but attenuates (decreases the level) of signals above that frequency.

We can, with the help of the HotSpot compiler, see that this statement has turned out to be true Remember that the HotSpot virtual machine is capable of inlining method calls, including virtual method calls if the method is being called too often As a result, frequently used getters and setters have no performance impact, as HotSpot eliminates them Thus, there is no need to sacrifice API encapsulation for performance in Java..

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