Pin List VLHistogram.TVLHistogram.OutputPins
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=== C++ Builder: === | === C++ Builder: === | ||
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| − | '''__property''' TOWPinList | + | '''__property''' TOWPinList OutputPins = { '''read'''=FOutputPins, '''write'''=FOutputPins }; |
</code> | </code> | ||
Revision as of 20:29, 10 June 2013
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Class: TVLHistogram
Contents |
Syntax
Delphi:
property OutputPins : TOWPinList read FOutputPins write FOutputPins;
C++ Builder:
__property TOWPinList OutputPins = { read=FOutputPins, write=FOutputPins };
Summary
The three Integer Output Pins for the color frames.
Description
Set of 3 Single Data Output Pins - one for each channel ( R,
G, B etc. ).
Each pin will deliver the result of the Histogram operation.
Connect each of the pins to a pin capable of receiving Integer buffer data of another component.
Delphi example:
VLHistogram1.OutputPins[0].Connect( SLScope1.InputPins[0] ); VLHistogram1.OutputPins[1].Connect( SLScope1.InputPins[1] ); VLHistogram1.OutputPins[2].Connect( SLScope1.InputPins[2] );
C++ Builder example:
VLHistogram1->OutputPins->Pins[0]->Connect( SLScope1->InputPins->Pins[0] ); VLHistogram1->OutputPins->Pins[1]->Connect( SLScope1->InputPins->Pins[1] ); VLHistogram1->OutputPins->Pins[2]->Connect( SLScope1->InputPins->Pins[2] );
Visual C++(MFC) example:
VLHistogram1.OutputPins[0].Connect( SLScope1.InputPins[0] ); VLHistogram1.OutputPins[1].Connect( SLScope1.InputPins[1] ); VLHistogram1.OutputPins[2].Connect( SLScope1.InputPins[2] );
Visual C++/CLI example:
histogram1->OutputPins[0]->Connect( scope1->InputPins[0] ); histogram1->OutputPins[1]->Connect( scope1->InputPins[1] ); histogram1->OutputPins[2]->Connect( scope1->InputPins[2] );
C# example:
histogram1.OutputPins[0].Connect( scope1.InputPins[0] ); histogram1.OutputPins[1].Connect( scope1.InputPins[1] ); histogram1.OutputPins[2].Connect( scope1.InputPins[2] );
VB example:
Histogram1.OutputPins(0).Connect( Scope1.InputPins(0) ) Histogram1.OutputPins(1).Connect( Scope1.InputPins(1) ) Histogram1.OutputPins(2).Connect( Scope1.InputPins(2) )
