Property VLBasicFit.TVLBasicFit.SynchronizeType
(Automated Syncronization with Documentation) |
(Automated Syncronization with Documentation) |
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=== Delphi: === | === Delphi: === | ||
<code> | <code> | ||
| − | '''property''' SynchronizeType : TSLSynchronizeType '''read''' FSynchronizeType '''write''' SetSynchronizeType '''default''' [[Enum item | + | '''property''' SynchronizeType : TSLSynchronizeType '''read''' FSynchronizeType '''write''' SetSynchronizeType '''default''' [[Enum item SLTypes.TSLSynchronizeType.stNone|stNone]]; |
</code> | </code> | ||
=== C++ Builder: === | === C++ Builder: === | ||
<code> | <code> | ||
| − | '''__property''' TSLSynchronizeType SynchronizeType = { '''read'''=FSynchronizeType, '''write'''=SetSynchronizeType, '''default'''=[[Enum item | + | '''__property''' TSLSynchronizeType SynchronizeType = { '''read'''=FSynchronizeType, '''write'''=SetSynchronizeType, '''default'''=[[Enum item SLTypes.TSLSynchronizeType.stNone|stNone]] }; |
</code> | </code> | ||
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with the User Interface thread. The synchronization can be | with the User Interface thread. The synchronization can be | ||
done by the developer or the component can do the | done by the developer or the component can do the | ||
| − | synchronization by setting this property to [[Enum item | + | synchronization by setting this property to [[Enum item SLTypes.TSLSynchronizeType.stQueue|stQueue]] or |
| − | [[Enum item | + | [[Enum item SLTypes.TSLSynchronizeType.stSingleBuffer|stSingleBuffer]]. |
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<code> | <code> | ||
| − | VLFitEllipses1.SynchronizeType := [[Enum item | + | VLFitEllipses1.SynchronizeType := [[Enum item SLTypes.TSLSynchronizeType.stSingleBuffer|stSingleBuffer]]; |
</code> | </code> | ||
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<code> | <code> | ||
| − | VLFitEllipses1->SynchronizeType = [[Enum item | + | VLFitEllipses1->SynchronizeType = [[Enum item SLTypes.TSLSynchronizeType.stSingleBuffer|stSingleBuffer]]; |
</code> | </code> | ||
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<code> | <code> | ||
| − | VLFitEllipses1.SynchronizeType = [[Enum item | + | VLFitEllipses1.SynchronizeType = [[Enum item SLTypes.TSLSynchronizeType.stSingleBuffer|stSingleBuffer]]; |
</code> | </code> | ||
Latest revision as of 00:11, 26 June 2013
This is a Beta Read Only version of this page. Please review and send recommendations to mitov@mitov.com. We will enable the editing as soon as we are happy with the overall Wiki site.
Class: TVLBasicFit
Contents |
Syntax
Delphi:
property SynchronizeType : TSLSynchronizeType read FSynchronizeType write SetSynchronizeType default stNone;
C++ Builder:
__property TSLSynchronizeType SynchronizeType = { read=FSynchronizeType, write=SetSynchronizeType, default=stNone };
Summary
Specifies the type of thread buffer synchronization.
Description
VisionLab is fully multi threaded, however for the motion
detector to be able to interact with user interface VCL
components, the processed image will have to be synchronized
with the User Interface thread. The synchronization can be
done by the developer or the component can do the
synchronization by setting this property to stQueue or
stSingleBuffer.
Delphi example:
VLFitEllipses1.SynchronizeType := stSingleBuffer;
C++ Builder example:
VLFitEllipses1->SynchronizeType = stSingleBuffer;
Visual C++(MFC) example:
VLFitEllipses1.SynchronizeType = stSingleBuffer;
Visual C++/CLI example:
fitEllipses1->SynchronizeType = Mitov::SignalLab::SynchronizeType::SingleBuffer;
C# example:
fitEllipses1.SynchronizeType = Mitov.SignalLab.SynchronizeType.SingleBuffer;
VB example:
FitEllipses1.SynchronizeType = Mitov.SignalLab.SynchronizeType.SingleBuffer
