David Alm: Automated Syncronization with Documentation

2012-10-18T17:19:46Z

Automated Syncronization with Documentation

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'''Class:''' [[Class SLWaterfall.TSLWaterfallCursor|TSLWaterfallCursor]]

== Syntax ==
=== Delphi: ===
<code>
'''property''' XOutputPin : [[Class SLStreamTypes.TSLOWRealSourcePin|TSLOWRealSourcePin]] '''read''' FXOutputPin '''write''' FXOutputPin;
</code>

=== C++ Builder: ===
<code>
'''__property''' [[Class SLStreamTypes.TSLOWRealSourcePin|TSLOWRealSourcePin]] * XOutputPin = { '''read'''=FXOutputPin, '''write'''=FXOutputPin };
</code>

== Summary ==
The Real(double) output pin of the cursor for X data.

== Description ==
<code>
</code>
XOutputPin is the signal output pin of the cursor.

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

This pin will send the waterfall data currently under the
vertical cursor. By connecting a Scope component you can
observe the data under the cursor in greater detail.

Delphi example:
<pre>
<c>SLWaterfall1.Cursors[ 0 ].XOutputPin.Connect( SLScope1.InputPins[0] );</c>

</pre>
C++ Builder example:
<pre>
<c>SLWaterfall1->Cursors->Items[ 0 ]->XOutputPin->Connect( SLScope1->InputPins->Pins[0] );</c>

</pre>
Visual C++(MFC/Win32) example:
<pre>
<c>SLWaterfall1.Cursors[ 0 ].XOutputPin.Connect( SLScope1.InputPins[0] );</c>

</pre>
Visual C++/CLI example:
<pre>
<c>waterfall1->Cursors[ 0 ]->XOutputPin->Connect( scope1->InputPins[0] );</c>

</pre>
C# example:
<pre>
<c>waterfall1.Cursors[ 0 ].XOutputPin.Connect( scope1.InputPins[0] );</c>

</pre>
VB example:
<pre>
<c>Waterfall1.Cursors[ 0 ].XOutputPin.Connect( Scope1.InputPins(0) )</c>

</pre>

Pin SLWaterfall.TSLWaterfallCursor.XOutputPin - Revision history

David Alm: Automated Syncronization with Documentation