IC Imaging Control .NET
VideoFormatDesc
VideoFormatDesc
A VideoFormatDesc describes an available video format using the media subtype, horizontal and vertical binning and skipping factors and size constraints. The size constraints are described by a minimum size, a maximum size and a step size.
To set a video format for a device, a VideoFormat instance has to be created by using VideoFormatDesc.CreateVideoFormat.
Information
Namespace: TIS.Imaging
Introduced in version 3.2
Properties
| Property | Description | ||
| BinningFactor |
[Deprecated] Returns the binning factor of the VideoFormatDesc. |
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| BinningFactorHorizontal |
Returns the horizontal binning factor of the VideoFormatDesc. |
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| BinningFactorVertical |
Returns the vertical binning factor of the VideoFormatDesc. |
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| IsROIFormat |
Returns whether this VideoFormatDesc describes a ROI format. |
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| MaxSize |
Returns the maximum possible size for video formats created from this VideoFormatDesc. |
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| MinSize |
Returns the minimum possible size for video formats created from this VideoFormatDesc. |
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| Name |
Returns a text representation of the VideoFormatDesc. |
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| SkippingFactorHorizontal |
Returns the horizontal skipping factor of the VideoFormatDesc. |
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| SkippingFactorVertical |
Returns the vertical skipping factor of the VideoFormatDesc. |
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| StepSize |
Returns the step size for video formats created from this VideoFormatDesc. |
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| Subtype |
Returns the GUID of the media subtype of this video format description. |
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Methods
| Method | Description | ||
| CreateVideoFormat |
This method creates a VideoFormat with the specified size based on the specification of this VideoFormatDesc. |
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| IsValidSize |
This method checks whether a specified size matches the size constraints of this VideoFormatDesc. |
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About The Imaging Source
Established in 1990, The Imaging Source is one of the leading manufacturers of industrial cameras, frame grabbers and video converters for production automation, quality assurance, logistics, medicine, science and security.
Our comprehensive range of cameras with USB 3.1, USB 3.0, USB 2.0, GigE interfaces and other innovative machine vision products are renowned for their high quality and ability to meet the performance requirements of demanding applications.
