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1. #SYNCHRONIZED TONEGENERATOR GENERATOR#
2. #SYNCHRONIZED TONEGENERATOR SOFTWARE#
3. #SYNCHRONIZED TONEGENERATOR CODE#

Reverb + Delay: A combined Reverb and Delay. Rotary: A rotary-speaker effect known from Organs. PingPong FB: A PingPong delay with feedback. PingPong: A delay that pans left and right and syncs to BPM. Delay FB: A delay with feedback that syncs to BPM. Delay: An echo-like delay which syncs to BPM. Reverb bright: A bright sounding reverb. Big decay values will result in an infinite reverb-loop. Reverb: A reverb with variable decay-time. You can select from 18 different effect types: It offers stereo archictecture and two modular slots.

#SYNCHRONIZED TONEGENERATOR GENERATOR#

It is written and used in a real environment as a replacement for a simple signal generator (physical device).Warlock comes with an easy-to-use, but high-end quality effects-section. Theoretically, you have right in all points, but this program is not made or used for signal synteshis. Thank you for the valuable discussion and the very good reference. You can test it with Beeper.Beep(440, 1000) in the debug-mode only because, I simply did not want, that the Simple Signal Generator is abused for such purpose. Using (SoundPlayer SP = new SoundPlayer(MS)) SignalGenerator SG = new SignalGenerator() įor ( int i = 0 i <= Header.Length - 1 i++)īW.Write(Convert.ToInt16(SG.GetValue(i * Tick))) Using (BinaryWriter BW = new BinaryWriter(MS)) Using (MemoryStream MS = new MemoryStream( 0x24 + Bytes)) Public SignalGenerator(SignalType initialSignalType) / private long ticksPerSecond = Stopwatch.Frequency

/ private long startTime = Stopwatch.GetTimestamp() / /// Time the signal generator was started Private float invert = 1 // Yes=-1, No=1 /// /// Signal Inverted? Private SignalType signalType = SignalType.Sine

#SYNCHRONIZED TONEGENERATOR SOFTWARE#

The class presented offers a software equivalent for the above described real, simple signal generator device. Hardware developers use an external device, and a test signal is in the time domain, which implies that the test signal varies totally independent from the assembly that will be tested. Note that, there are two very significant differences between the hardware and the software approach. Of course, there are much better and more expensive devices on the market with more functions, more parameters to choose, better range and a finer scale for these parameters, integrated display to show selected settings, user-defined functions, on-board memory, better stability, and two or more independent channels. It is no big problem for hardware dudes to make something such as this, especially with tips from the book. Typically, there are four basic signal types.Īfter customization, the desired output signal can be wired on to the input of the component that should be tested, and we monitor their response function in the time domain using an oscilloscope.ĭisplayed here is a typical low-cost signal generator that has on its front panel, a radio-button with four positions to choose signal types and three potentiometers to adjust frequency, amplitude, and DC-offset. On the device, we can select a built-in periodical function like y=F(t) the variable t represents real time, and we can change some parameters like frequency, amplitude, and the DC-offset. The signal generator is an important piece of electronic test equipment, and should not be missed in any electronics laboratory. For analyzing and troubleshooting electronic systems, they use an additional external device called signal or function or waveform generator. Hardware developers use a totally different technique. These functions are typically periodical, mostly sine, and their variable x will be modified in a loop with constant steps across an interval.

#SYNCHRONIZED TONEGENERATOR CODE#

There are a couple of articles on The Code Project that describe in detail about developing different user defined components for dynamically changing single values or signal shapes such as bars, graphs, charts, gauges, and a diversity of other instruments.įor testing those components, functions like y=F(x) are very often used. It is possible to set an arbitrary amplitude, frequency, DC-offset, and phase shift, and to invert the signal. A generated signal varies across time domains, and by default, is normalized by the amplitude A € and period T €.

The class is provided for testing software and hardware components during the development of measurement applications. The Simple Signal Generator is a C# class designed to generate four simple periodic waveforms including sine, square, triangle, and sawtooth.