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A two-circuit jack for the audio input is placed at the rear of the plastic case along with the hole and grommet for the serial programming connector Once the circuit has been mounted in an enclosure, you are now ready for the smoke test Connect your programming computer to the DB-9 connector and apply power to the touch-tone decoder/display unit and you re ready to begin Next locate the STAMP 2 Windows editor titled STAMPWEXE Now locate the DTMF_RCV BS2 (Listing 10-2) program and download it into your touch-tone decoder/display circuit, remove the programming cable, and you re ready to sniff the phone line or radio waves, looking for touch-tone numbers The radio DTMF controller can be used for a number different applications We ve only illustrated two; your imagination may devise more.

The change in length is determined from the longitudinal strain given by = 1 ( h) E (39.17)

where E = modulus of elasticity, and = Poisson s ratio. The change in length L is then given by L = or L = L ( h) E pidi (1 2 )L 4Et (39.18)

That said, you can get some great effects from fully opaque or hard-edged particles as well, such as things like marbles rolling across a floor or leaves falling. Each particle in the system has its own state, and each particle will get its own initial conditions and then behave based on a set of rules. All of this ordered chaos a multitude of particles that are all slightly different but similar can create some amazing fluid, living, organic effects.

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Radial growth or dilatation under internal pressure is an important criterion in pipe and vessel analysis. For a long cylindrical vessel, the change in diameter is determined from consideration of the change in the circumference due to hoop stress.The change in circumference is obtained by multiplying hoop strain h by the original circumference. The changed, or new, circumference is found to be equal ( di + di h). This is the circumference of the circle of diameter di(1 + h). It can be shown easily that the diametral strain equals the hoop or circumferential strain. The change in diameter di is given by di = or di = di ( h ) E pid2 i (2 ) 4Et (39.19)

The change in the internal volume V of the cylindrical vessel is obtained by multiplying the volume strain by the original volume of the vessel and is given by V = pidi (5 4 )Vo 4Et (39.20)

Our project utilizes a VHF/UHF ham radio transceiver, but a scanner could have been used for the receiver This circuit could also be adapted to Family Radio Service (FRS) or the long-range General Mobile Radio Service (GMRS) radios if desired..

where V = change in volume, and Vo = original volume. 39.4.4 Thin Spherical Shell under Internal Pressure A sphere is a symmetrical body.The internal pressure in a thin spherical shell will set up two mutually perpendicular hoop stresses of equal magnitude and a radial stress. When the thickness-to-diameter ratio is less than 1:20, membrane theory permits us to ignore the radial stress component. The stress system then reduces to one of equal biaxial hoop or circumferential stresses. Considering the equilibrium of the half sphere, it can be seen that the force on the half sphere (Fig. 39.3) due to internal pressure pi is F= 2 di pi 4 (39.21)

That is the particle You also need something that generates the particles, and that is known as the emitter The emitter s job is to build new particles at some predetermined rate It has to assign each particle an initial state that meets the requirements for that particular effect These are things such as starting position, size, life span, speed, and direction After a particle has been created, the emitter then has to keep track of each particle, and for every rendered frame, it needs to collect all the vertex and UV and any other rendering data for each particle and build some big arrays to send off to the renderer In many particle effects, each particle has a life span, and once that span is over, the emitter needs to collect those particles and remove them from the scene.

The resisting force due to hoop stress is given by Fh = dit h (39.22)

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