Pin SLFourier.TSLFourierBase.FrequencyOutputPin

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=== C++ Builder: ===
=== C++ Builder: ===
'''__property''' TOWRealRangedSourcePin * FrequencyOutputPin = { '''read'''=FFrequencyOutputPin,  '''write'''=FFrequencyOutputPin };
'''__property''' TOWRealRangedSourcePin FrequencyOutputPin = { '''read'''=FFrequencyOutputPin,  '''write'''=FFrequencyOutputPin };

Latest revision as of 00:11, 26 June 2013

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Class: TSLFourierBase




property FrequencyOutputPin : TOWRealRangedSourcePin read FFrequencyOutputPin write FFrequencyOutputPin;

C++ Builder:

__property TOWRealRangedSourcePin FrequencyOutputPin = { read=FFrequencyOutputPin, write=FFrequencyOutputPin };


Single Sample Real(double) data Highest Frequency Output Pin.


FrequencyOutputPins is the single sample Real(double) data output pin of the component.

This outputs send value each time the highest amplitude frequency is detected. Effectively it allows implementation of frequency measurement.

You can connect this pin to any pin accepting single sample Real(double) data.

Delphi example:

SLFourier1.OutputPin.Connect( SLScope1.InputPins[0] );

C++ Builder example:

SLFourier1->OutputPin->Connect( SLScope1->InputPins->Pins[0] );

Visual C++(MFC/Win32) example:

SLFourier1.OutputPin.Connect( SLScope1.InputPins[0] );

C# example:

fourier1.OutputPin.Connect( scope1.InputPins[0] );

Note Please note that unlike some other components the Scope is designed to accept single sample data, as well as buffered data, so the connection in this example will work.

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