David Alm: Automated Syncronization with Documentation

2011-11-22T00:24:35Z

Automated Syncronization with Documentation

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'''Class:''' [[Class SLDivide.TSLDivide|TSLDivide]]

== Syntax ==
=== Delphi: ===
<code>
'''property''' DividerInputPin : [[Class SLMultiInput.TSLOWQueuedRealSinkPin|TSLOWQueuedRealSinkPin]] '''read''' FDividerInputPin '''write''' FDividerInputPin;
</code>

=== C++ Builder: ===
<code>
'''__property''' [[Class SLMultiInput.TSLOWQueuedRealSinkPin|TSLOWQueuedRealSinkPin]] * DividerInputPin = { '''read'''=FDividerInputPin, '''write'''=FDividerInputPin };
</code>

== Summary ==
The divider input pin for the subtraction.

== Description ==
<code>
</code>
DividerInputPin is the Real(double) buffer data input pin of
the [[Class SLDivide.TSLDivide|TSLDivide]] component providing Divider samples.

You can connect this pin to any pin providing Real(double)
buffer data.

Delphi example:

<code>
SLDivide1.DividerInputPin.Connect( SLSignalGen1.OutputPin );

</code>
C++ Builder example:

<code>
SLDivide1->DividerInputPin->Connect( SLSignalGen1->OutputPin );

</code>
Visual C++(MFC) example:

<code>
SLDivide1.DividerInputPin.Connect( SLSignalGen1.OutputPin );

</code>
C# example:

<code>
divide1.DividerInputPin.Connect( signalGen1.OutputPin );

</code>

Pin SLDivide.TSLDivide.DividerInputPin - Revision history

David Alm: Automated Syncronization with Documentation