Skip to content

PLCamera.BslBlackLevelCompensationModeEnum Class#

Configures black level compensation.

Applies to: boost CoaXPress

Visibility: Expert

The feature documentation may provide more information.

Inheritance Hierarchy#

System.Object
  Basler.Pylon.ParameterListEnum
    Basler.Pylon.PLCamera.BslBlackLevelCompensationModeEnum

Constructors#

 NameDescription
Public methodPLCamera.BslBlackLevelCompensationModeEnum Initializes a new instance of the PLCamera.BslBlackLevelCompensationModeEnum class
 

Properties#

 NameDescription
Public propertyName The full name of BslBlackLevelCompensationMode (Overrides ParameterListEnum.Name.)
Public propertyOff

Black level compensation is disabled. This is useful, e.g., for quantitative analysis of weak light signals or if you need raw image data without dark current correction.

Applies to: boost CoaXPress

Public propertySensor

Black level compensation is performed by the imaging sensor. The sensor tries to compensate for thermally generated voltages that would falsify the signals (dark current).

Applies to: boost CoaXPress

 

Methods#

 NameDescription
Public methodToString The full name of BslBlackLevelCompensationMode (Overrides Object.ToString()()()().)
 

PLCamera.BslBlackLevelCompensationModeEnum.ToString Method#

The full name of BslBlackLevelCompensationMode

Return Value#

Type: String
Returns the full name of BslBlackLevelCompensationMode

PLCamera.BslBlackLevelCompensationModeEnum Constructor#

Initializes a new instance of the PLCamera.BslBlackLevelCompensationModeEnum class

PLCamera.BslBlackLevelCompensationModeEnum.Name Property#

The full name of BslBlackLevelCompensationMode

PLCamera.BslBlackLevelCompensationModeEnum.Off Property#

Black level compensation is disabled. This is useful, e.g., for quantitative analysis of weak light signals or if you need raw image data without dark current correction.

Applies to: boost CoaXPress

PLCamera.BslBlackLevelCompensationModeEnum.Sensor Property#

Black level compensation is performed by the imaging sensor. The sensor tries to compensate for thermally generated voltages that would falsify the signals (dark current).

Applies to: boost CoaXPress