Pin List VLColorSplit.TVLColorSplit.OutputPins
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Class: TVLColorSplit
Contents |
Syntax
Delphi:
property OutputPins : TOWPinList read FOutputPins write FOutputPins;
C++ Builder:
__property TOWPinList OutputPins = { read=FOutputPins, write=FOutputPins };
Summary
The three Video Output Pins for the color frames.
Description
List of 3 video output pins - In case of RGB - one for the
red component, one for the green component, and one for the
blue component of the image after the color split.
You can connect each of the pins to any pin accepting video data.
Delphi example:
VLColorSplit1.OutputPins[0].Connect( VLImageDisplay1.InputPin ); VLColorSplit1.OutputPins[1].Connect( VLImageDisplay2.InputPin ); VLColorSplit1.OutputPins[2].Connect( VLImageDisplay3.InputPin );
C++ Builder example:
VLColorSplit1->OutputPins->Pins[0]->Connect( VLImageDisplay1->InputPin ); VLColorSplit1->OutputPins->Pins[1]->Connect( VLImageDisplay2->InputPin ); VLColorSplit1->OutputPins->Pins[2]->Connect( VLImageDisplay3->InputPin );
Visual C++(MFC) example:
VLColorSplit1.OutputPins[0].Connect( VLImageDisplay1.InputPin ); VLColorSplit1.OutputPins[1].Connect( VLImageDisplay2.InputPin ); VLColorSplit1.OutputPins[2].Connect( VLImageDisplay3.InputPin );
Visual C++/CLI example:
colorSplit1->OutputPins[0]->ConnectConnect( imageDisplay1->InputPin ); colorSplit1->OutputPins[1]->ConnectConnect( imageDisplay2->InputPin ); colorSplit1->OutputPins[2]->ConnectConnect( imageDisplay3->InputPin );
C# example:
colorSplit1.OutputPins[0].Connect( imageDisplay1.InputPin ); colorSplit1.OutputPins[1].Connect( imageDisplay2.InputPin ); colorSplit1.OutputPins[2].Connect( imageDisplay3.InputPin );
VB example:
ColorSplit1.OutputPins(0).Connect( ImageDisplay1.InputPin ) ColorSplit1.OutputPins(1).Connect( ImageDisplay2.InputPin ) ColorSplit1.OutputPins(2).Connect( ImageDisplay3.InputPin )
