Basler_UniversalTLParams::CUniversalTLParams_Params#

A parameter class containing all parameters as members that are available for pylon device transport layers. More…

#include <pylon/_BaslerUniversalTLParams.h>

Inherits from Basler_UniversalTLParams::CUniversalTLParams_Params_v8_0_0

Public Attributes#

Detailed Description#

class Basler_UniversalTLParams::CUniversalTLParams_Params;

A parameter class containing all parameters as members that are available for pylon device transport layers.

The parameter class is used by the Pylon::CBaslerUniversalInstantCamera class. The [ParametrizeCamera_NativeParameterAccess] code sample shows how to access camera parameters via the Pylon::CBaslerUniversalInstantCamera class.

Public Attributes Documentation#

variable AreaTriggerMode#

Pylon::IEnumParameterT< AreaTriggerModeEnums > & AreaTriggerMode;

Sets the trigger mode of the area trigger signal - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutputFrequency#

Pylon::IFloatEx & TriggerOutputFrequency;

Maximum trigger output frequency - Applies to: CoaXPress.

Maximum trigger output frequency. If the internal generator is used, it will use the frequency specified there. If an external source is used, this value determines the maximum allowed value. External trigger signals exceeding this value will be discarded. For more information, see the applet documentation.

Visibility: Expert

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variable TriggerState#

Pylon::IEnumParameterT< TriggerStateEnums > & TriggerState;

Sets the state of the trigger system - Applies to: CoaXPress.

Sets the state of the trigger system. The state of the trigger system is related to the trigger mode. This parameter enables or disables the trigger processing.

Visibility: Expert

The feature documentation may provide more information.

variable AutomaticFormatControl#

Pylon::IBooleanEx & AutomaticFormatControl;

Enables/disables automatic control of the pixel format in the device - Applies to: CoaXPress.

Enables/disables automatic control of the pixel format in the device. If enabled, the frame grabber's pixel format and its dependencies are automatically updated to match the camera's pixel format setting.

Visibility: Expert

The feature documentation may provide more information.

variable AutomaticROIControl#

Pylon::IBooleanEx & AutomaticROIControl;

Activates or deactivates the automatic control of the ROI in the Device - Applies to: CoaXPress.

Activates or deactivates the automatic control of the ROI in the Device. If this feature is active, the frame grabber ROI is automatically updated to the camera one.

Visibility: Expert

The feature documentation may provide more information.

variable AutomaticTapGeometryControl#

Pylon::IBooleanEx & AutomaticTapGeometryControl;

Activates or deactivates the automatic control of the Tap Geometry in the Device - Applies to: CoaXPress.

Activates or deactivates the automatic control of the Tap Geometry in the Device. If this feature is active, the frame grabber Tap Geometry is automatically updated to the camera one.

Visibility: Expert

The feature documentation may provide more information.

variable OutputPackedFormats#

Pylon::IBooleanEx & OutputPackedFormats;

Automatically outputs packed formats instead of unpacked ones - Applies to: CoaXPress.

Automatically outputs packed formats instead of unpacked ones. This parameter is only available if the Automatic Format Control parameter is enabled.

Visibility: Expert

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variable BitAlignment#

Pylon::IEnumParameterT< BitAlignmentEnums > & BitAlignment;

Sets the alignment of the bits in the output format - Applies to: CoaXPress.

Visibility: Expert

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variable CustomBitShiftRight#

Pylon::IIntegerEx & CustomBitShiftRight;

User-defined bit shift to the right - Applies to: CoaXPress.

User-defined bit shift to the right. This allows you to shift the pixel data in the output format to the right by a value of your choice. The Alignment parameter has to be set to CustomBitShift for this.

Visibility: Expert

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variable Format#

Pylon::IEnumParameterT< FormatEnums > & Format;

Sets the pixel format of the image that is output to the computer - Applies to: CoaXPress.

Sets the pixel format of the image that is output to the computer. The data is converted from the internal bit width and color format to the output format selected. This setting is not related to the pixel format input from the camera sensor. For more information, see the Pixel Format parameter documentation.

Visibility: Expert

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variable PixelDepth#

Pylon::IIntegerEx & PixelDepth;

Applet-internal processing bit depth - Applies to: CoaXPress.

Applet-internal processing bit depth. This is the maximum bit depth at which pixels are processed. If you select a highter output and input bit depth, data may be truncated.

Visibility: Expert

The feature documentation may provide more information.

variable CommandDuplicationEnable#

Pylon::IBooleanEx & CommandDuplicationEnable;

Enables sending all commands and receiving all acknowledges twice - Applies to: GigE and blaze.

Enables sending all commands and receiving all acknowledges twice. This option should only be enabled in case of network problems.

Visibility: Guru

The feature documentation may provide more information.

variable StatisticReadWriteTimeoutCount#

Pylon::IIntegerEx & StatisticReadWriteTimeoutCount;

Number of timeouts during read and write operations when waiting for a response from the device - Applies to: GigE and blaze.

Visibility: Guru

The feature documentation may provide more information.

variable CompatibilityStatusAutomaticRoiControl#

Pylon::IStringEx & CompatibilityStatusAutomaticRoiControl;

Automatic ROI control status of the device - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable CompatibilityStatusPixelFormat#

Pylon::IStringEx & CompatibilityStatusPixelFormat;

Pixelformat status of the device - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable CompatibilityStatusTapGeometry#

Pylon::IStringEx & CompatibilityStatusTapGeometry;

Tap geometry status of the device - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable ConnectionGuardEnable#

Pylon::IBooleanEx & ConnectionGuardEnable;

Enables the automatic start of the PylonGigEConnectionGuard - Applies to: GigE.

Visibility: Guru

The feature documentation may provide more information.

variable HeartbeatTimeout#

Pylon::IIntegerEx & HeartbeatTimeout;

Heartbeat timeout value on the host side in milliseconds - Applies to: GigE.

Heartbeat timeout value on the host side in milliseconds. This parameter is linked with the Heartbeat Timeout camera parameter. If the camera parameter changes, the host parameter changes accordingly, and vice versa.

Visibility: Beginner

The feature documentation may provide more information.

variable MaxRetryCountRead#

Pylon::IIntegerEx & MaxRetryCountRead;

Maximum number of retries for read operations after a read operation has timed out - Applies to: GigE.

Visibility: Guru

The feature documentation may provide more information.

variable MaxRetryCountWrite#

Pylon::IIntegerEx & MaxRetryCountWrite;

Maximum number of retries for write operations after a write operation has timed out - Applies to: GigE.

Visibility: Guru

The feature documentation may provide more information.

variable MigrationModeEnable#

Pylon::IBooleanEx & MigrationModeEnable;

Enables mapping of certain SFNC 1 x node names to SFNC 2 x node names - Applies to: GigE and USB.

Enables mapping of certain SFNC 1.x node names to SFNC 2.x node names. This allows you to write code for camera devices that are compatible with different SFNC (Standard Features Naming Convention) versions. Available for USB camera devices only.

Visibility: Guru

The feature documentation may provide more information.

variable ReadTimeout#

Pylon::IIntegerEx & ReadTimeout;

Read access timeout value in milliseconds - Applies to: GigE.

Visibility: Beginner

The feature documentation may provide more information.

variable WriteTimeout#

Pylon::IIntegerEx & WriteTimeout;

Write access timeout in milliseconds - Applies to: GigE.

Visibility: Beginner

The feature documentation may provide more information.

variable CorrectedErrorCount#

Pylon::IIntegerEx & CorrectedErrorCount;

Number of errors corrected - Applies to: CoaXPress.

Number of errors corrected. This parameter indicates single-byte error correction in CXP stream packets.

Visibility: Expert

The feature documentation may provide more information.

variable PacketTagErrorCount#

Pylon::IIntegerEx & PacketTagErrorCount;

Number of packet errors - Applies to: CoaXPress.

Number of packet errors. This parameter indicates that CXP stream packets are lost.

Visibility: Expert

The feature documentation may provide more information.

variable PixelFormat#

Pylon::IEnumParameterT< PixelFormatEnums > & PixelFormat;

Sets the format of the pixel data transmitted by the camera - Applies to: CoaXPress.

Sets the format of the pixel data transmitted by the camera. This setting has to match the pixel format set in the camera.

Visibility: Expert

The feature documentation may provide more information.

variable SystemmonitorCxpImageLineMode#

Pylon::IIntegerEx & SystemmonitorCxpImageLineMode;

The current transfer mode used by the camera: area scan or line scan - Applies to: CoaXPress.

This parameter informs about the current transfer mode used by the camera. The transfer mode can be an area scan (= 0) or line scan (= 1) image.

Visibility: Expert

The feature documentation may provide more information.

variable SystemmonitorPacketbufferOverflowCount#

Pylon::IIntegerEx & SystemmonitorPacketbufferOverflowCount;

Number of packet buffer overflows - Applies to: CoaXPress.

The number of overflows that occur due to a not correct package order.

Visibility: Expert

The feature documentation may provide more information.

variable SystemmonitorPacketbufferOverflowSource#

Pylon::IIntegerEx & SystemmonitorPacketbufferOverflowSource;

The source of packet buffer overflows - Applies to: CoaXPress.

The port, which has overflows due to a not correct package order.

Visibility: Expert

The feature documentation may provide more information.

variable SystemmonitorUsedCxpConnections#

Pylon::IIntegerEx & SystemmonitorUsedCxpConnections;

Number of used connections - Applies to: CoaXPress.

The currently used number of CXP ports used in this process.

Visibility: Expert

The feature documentation may provide more information.

variable TapGeometry#

Pylon::IEnumParameterT< TapGeometryEnums > & TapGeometry;

Applies to: CoaXPress.

Select the tap geometry according to the GenICam SFNC.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerAcknowledgementCount#

Pylon::IIntegerEx & TriggerAcknowledgementCount;

Number of trigger acknowledgement packets sent by the camera have been received by the frame grabber - Applies to: CoaXPress.

Number of trigger acknowledgement packets sent by the camera (in response to trigger edge packets sent before) have been received by the frame grabber.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerEventCount#

Pylon::IIntegerEx & TriggerEventCount;

Number of trigger events sent to the camera - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerWaveViolation#

Pylon::IIntegerEx & TriggerWaveViolation;

Indicates a trigger frequency violation - Applies to: CoaXPress.

Indicates a distance of two trigger edges violating the minimum edge frequency.

Visibility: Expert

The feature documentation may provide more information.

variable UncorrectedErrorCount#

Pylon::IIntegerEx & UncorrectedErrorCount;

Number of uncorrected errors - Applies to: CoaXPress.

Number of uncorrected errors. Bit[2] indicates multiple byte errors in CXP stream packets.

Visibility: Expert

The feature documentation may provide more information.

variable CustomSignalEvent0Polarity#

Pylon::IEnumParameterT< CustomSignalEvent0PolarityEnums > & CustomSignalEvent0Polarity;

Select the signal polarity for the custom signal event 0 - Applies to: CoaXPress.

Select the signal polarity for the custom signal event 0

Visibility: Expert

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variable CustomSignalEvent0Source#

Pylon::IEnumParameterT< CustomSignalEvent0SourceEnums > & CustomSignalEvent0Source;

Select the signal source for the custom signal event 0 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable CustomSignalEvent1Polarity#

Pylon::IEnumParameterT< CustomSignalEvent1PolarityEnums > & CustomSignalEvent1Polarity;

Select the signal polarity for the custom signal event 1 - Applies to: CoaXPress.

Select the signal polarity for the custom signal event 1

Visibility: Expert

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variable CustomSignalEvent1Source#

Pylon::IEnumParameterT< CustomSignalEvent1SourceEnums > & CustomSignalEvent1Source;

Select the signal source for the custom signal event 1 - Applies to: CoaXPress.

Select the signal source for the custom signal event 1

Visibility: Expert

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variable CxpLinkConfiguration#

Pylon::IEnumParameterT< CxpLinkConfigurationEnums > & CxpLinkConfiguration;

Sets the link configuration for the communication between the receiver and transmitter device - Applies to: CoaXPress.

Visibility: Beginner

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variable CxpLinkTrigger0Source#

Pylon::IEnumParameterT< CxpLinkTrigger0SourceEnums > & CxpLinkTrigger0Source;

Sets the output source for CXP LinkTrigger0 - Applies to: CoaXPress.

Visibility: Expert

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variable CxpLinkTrigger1Source#

Pylon::IEnumParameterT< CxpLinkTrigger1SourceEnums > & CxpLinkTrigger1Source;

Sets the output source for CXP LinkTrigger1 - Applies to: CoaXPress.

Visibility: Expert

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variable CxpLinkTrigger2Source#

Pylon::IEnumParameterT< CxpLinkTrigger2SourceEnums > & CxpLinkTrigger2Source;

Sets the output source for CXP LinkTrigger2 - Applies to: CoaXPress.

Visibility: Expert

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variable CxpLinkTrigger3Source#

Pylon::IEnumParameterT< CxpLinkTrigger3SourceEnums > & CxpLinkTrigger3Source;

Sets the output source for CXP LinkTrigger3 - Applies to: CoaXPress.

Sets the output source CXP LinkTrigger3.

Visibility: Expert

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variable CxpLinkTrigger0SourceEdge#

Pylon::IEnumParameterT< CxpLinkTrigger0SourceEdgeEnums > & CxpLinkTrigger0SourceEdge;

Selects the signal edge of the output signal on CXP LinkTrigger0 - Applies to: CoaXPress.

Selects the signal edge of the output signal on CXPLinkTrigger0.

Visibility: Expert

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variable CxpLinkTrigger1SourceEdge#

Pylon::IEnumParameterT< CxpLinkTrigger1SourceEdgeEnums > & CxpLinkTrigger1SourceEdge;

Selects the signal edge of the output signal on CXP LinkTrigger1 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable CxpLinkTrigger2SourceEdge#

Pylon::IEnumParameterT< CxpLinkTrigger2SourceEdgeEnums > & CxpLinkTrigger2SourceEdge;

Selects the signal edge of the output signal on CXP LinkTrigger2 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable CxpLinkTrigger3SourceEdge#

Pylon::IEnumParameterT< CxpLinkTrigger3SourceEdgeEnums > & CxpLinkTrigger3SourceEdge;

Selects the signal edge of the output signal on CXP LinkTrigger3 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable DeviceAccessStatus#

Pylon::IEnumParameterT< DeviceAccessStatusEnums > & DeviceAccessStatus;

Returns the device's access status at the moment when the Device Update List command was last executed - Applies to: CoaXPress and blaze.

Returns the device's access status at the moment when the Device Update List command was last executed. This value only changes when the Device Update List command is executed.

Visibility: Expert

The feature documentation may provide more information.

variable DeviceDisplayName#

Pylon::IStringEx & DeviceDisplayName;

User-friendly name of the device - Applies to: CoaXPress and blaze.

Visibility: Expert

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variable DeviceID#

Pylon::IStringEx & DeviceID;

Interface-wide unique ID of the selected device - Applies to: CoaXPress and blaze.

Interface-wide unique ID of the selected device. This value only changes when the Device Update List command is executed.

Visibility: Expert

The feature documentation may provide more information.

variable DeviceManufacturerInfo#

Pylon::IStringEx & DeviceManufacturerInfo;

Additional information about the manufacturer of the device - Applies to: blaze.

Visibility: Beginner

The feature documentation may provide more information.

variable DeviceModelName#

Pylon::IStringEx & DeviceModelName;

Name of the device model - Applies to: CoaXPress and blaze.

Name of the device model. This value only changes when the Device Update List command is executed.

Visibility: Beginner

The feature documentation may provide more information.

variable DeviceSerialNumber#

Pylon::IStringEx & DeviceSerialNumber;

Serial number of the remote device - Applies to: blaze.

Serial number of the remote device. This value only changes when the Device Update List command is executed.

Visibility: Expert

The feature documentation may provide more information.

variable DeviceType#

Pylon::IEnumParameterT< DeviceTypeEnums > & DeviceType;

Returns the transport layer of the device - Applies to: CoaXPress.

Visibility: Expert

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variable DeviceVendorName#

Pylon::IStringEx & DeviceVendorName;

Name of the device vendor - Applies to: CoaXPress and blaze.

Name of the device vendor. This value only changes when the Device Update List command is executed.

Visibility: Beginner

The feature documentation may provide more information.

variable GevDeviceGateway#

Pylon::IIntegerEx & GevDeviceGateway;

Current gateway IP address of the GVCP interface of the remote device - Applies to: blaze.

Visibility: Expert

The feature documentation may provide more information.

variable GevDeviceIPAddress#

Pylon::IIntegerEx & GevDeviceIPAddress;

Current IP address of the GVCP interface of the remote device - Applies to: blaze.

Visibility: Expert

The feature documentation may provide more information.

variable GevDeviceMACAddress#

Pylon::IIntegerEx & GevDeviceMACAddress;

48-bit MAC address of the GVCP interface of the remote device - Applies to: blaze

Visibility: Expert

The feature documentation may provide more information.

variable GevDeviceSubnetMask#

Pylon::IIntegerEx & GevDeviceSubnetMask;

Current subnet mask of the GVCP interface of the remote device - Applies to: blaze.

Visibility: Expert

The feature documentation may provide more information.

variable DeviceEndianessMechanism#

Pylon::IEnumParameterT< DeviceEndianessMechanismEnums > & DeviceEndianessMechanism;

Sets the endianness handling mode - Applies to: blaze.

Visibility: Expert

The feature documentation may provide more information.

variable LinkCommandRetryCount#

Pylon::IIntegerEx & LinkCommandRetryCount;

Specifies maximum number of tries before failing the control channel commands - Applies to: blaze.

Visibility: Guru

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variable LinkCommandTimeout#

Pylon::IFloatEx & LinkCommandTimeout;

Specifies application timeout for the control channel communication - Applies to: blaze.

Specifies application timeout for the control channel communication. Up to DeviceLinkCommandRetryCount attempts with this timeout are made before a command fails with a timeout error.

Visibility: Beginner

The feature documentation may provide more information.

variable DigitalInput#

Pylon::IIntegerEx & DigitalInput;

Read digital input - Applies to: CoaXPress.

Read the current state of all digital inputs. You can read the current state of these inputs using this parameter. LSB Bit 0 of the read value represents input 0, bit 1 represents input 1 and so on. Bits 0 to 7 use GPI 0 to 7. Front GPI 0 to 3 are represented by bits 8 to 11.

Visibility: Expert

The feature documentation may provide more information.

variable EventAcquisitionTrigger#

Pylon::IIntegerEx & EventAcquisitionTrigger;

AcquisitionTrigger - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable EventAcquisitionTriggerSoftCounter#

Pylon::IIntegerEx & EventAcquisitionTriggerSoftCounter;

AcquisitionTrigger SoftCounter - Applies to: CoaXPress.

Software counter for event 'AcquisitionTrigger'

Visibility: Expert

The feature documentation may provide more information.

variable EventAcquisitionTriggerTimestamp#

Pylon::IIntegerEx & EventAcquisitionTriggerTimestamp;

AcquisitionTrigger Timestamp - Applies to: CoaXPress.

Timestamp of event 'AcquisitionTrigger'

Visibility: Expert

The feature documentation may provide more information.

variable EventDeviceLost#

Pylon::IIntegerEx & EventDeviceLost;

Returns the unique identifier of the Device Lost event - Applies to: CoaXPress and blaze.

Returns the unique Identifier of the Device Lost event.

Visibility: Expert

The feature documentation may provide more information.

variable EventDeviceLostSoftCounter#

Pylon::IIntegerEx & EventDeviceLostSoftCounter;

DeviceLost SoftCounter - Applies to: CoaXPress.

Software counter for event 'DeviceLost'

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTransferEnd#

Pylon::IIntegerEx & EventFrameTransferEnd;

FrameTransferEnd - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTransferEndSoftCounter#

Pylon::IIntegerEx & EventFrameTransferEndSoftCounter;

FrameTransferEnd SoftCounter - Applies to: CoaXPress.

Software counter for event 'FrameTransferEnd'

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTransferEndTimestamp#

Pylon::IIntegerEx & EventFrameTransferEndTimestamp;

FrameTransferEnd Timestamp - Applies to: CoaXPress.

Timestamp of event 'FrameTransferEnd'

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTransferStart#

Pylon::IIntegerEx & EventFrameTransferStart;

FrameTransferStart - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTransferStartSoftCounter#

Pylon::IIntegerEx & EventFrameTransferStartSoftCounter;

FrameTransferStart SoftCounter - Applies to: CoaXPress.

Software counter for event 'FrameTransferStart'

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTransferStartTimestamp#

Pylon::IIntegerEx & EventFrameTransferStartTimestamp;

FrameTransferStart Timestamp - Applies to: CoaXPress.

Timestamp of event 'FrameTransferStart'

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTriggerMissed#

Pylon::IIntegerEx & EventFrameTriggerMissed;

FrameTriggerMissed - Applies to: CoaXPress.

Visibility: Expert

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variable EventFrameTriggerMissedSoftCounter#

Pylon::IIntegerEx & EventFrameTriggerMissedSoftCounter;

FrameTriggerMissed SoftCounter - Applies to: CoaXPress.

Software counter for event 'FrameTriggerMissed'

Visibility: Expert

The feature documentation may provide more information.

variable EventFrameTriggerMissedTimestamp#

Pylon::IIntegerEx & EventFrameTriggerMissedTimestamp;

FrameTriggerMissed Timestamp - Applies to: CoaXPress.

Timestamp of event 'FrameTriggerMissed'

Visibility: Expert

The feature documentation may provide more information.

variable EventLineTransferEnd#

Pylon::IIntegerEx & EventLineTransferEnd;

LineTransferEnd - Applies to: CoaXPress.

Visibility: Expert

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variable EventLineTransferEndSoftCounter#

Pylon::IIntegerEx & EventLineTransferEndSoftCounter;

LineTransferEnd SoftCounter - Applies to: CoaXPress.

Software counter for event 'LineTransferEnd'

Visibility: Expert

The feature documentation may provide more information.

variable EventLineTransferEndTimestamp#

Pylon::IIntegerEx & EventLineTransferEndTimestamp;

LineTransferEnd Timestamp - Applies to: CoaXPress.

Timestamp of event 'LineTransferEnd'

Visibility: Expert

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variable EventLineTransferStart#

Pylon::IIntegerEx & EventLineTransferStart;

LineTransferStart - Applies to: CoaXPress.

Visibility: Expert

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variable EventLineTransferStartSoftCounter#

Pylon::IIntegerEx & EventLineTransferStartSoftCounter;

LineTransferStart SoftCounter - Applies to: CoaXPress.

Software counter for event 'LineTransferStart'

Visibility: Expert

The feature documentation may provide more information.

variable EventLineTransferStartTimestamp#

Pylon::IIntegerEx & EventLineTransferStartTimestamp;

LineTransferStart Timestamp - Applies to: CoaXPress.

Timestamp of event 'LineTransferStart'

Visibility: Expert

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variable EventNotification#

Pylon::IEnumParameterT< EventNotificationEnums > & EventNotification;

Sets whether the host application is notified of the selected event - Applies to: CoaXPress and blaze.

Visibility: Expert

Selected by: EventSelector

The feature documentation may provide more information.

variable EventSelector#

Pylon::IEnumParameterT< EventSelectorEnums > & EventSelector;

Sets which event to signal to the host application - Applies to: CoaXPress and blaze.

Visibility: Expert

Selecting Parameters: EventNotification

The feature documentation may provide more information.

variable EventOverflow#

Pylon::IIntegerEx & EventOverflow;

Overflow - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable EventOverflowFrameId#

Pylon::IIntegerEx & EventOverflowFrameId;

Overflow FrameId - Applies to: CoaXPress.

Camera frame-ID for area scan applets or grabber frame-ID for line scan applets.

Visibility: Expert

The feature documentation may provide more information.

variable EventOverflowIsComplete#

Pylon::IBooleanEx & EventOverflowIsComplete;

Overflow Is Complete - Applies to: CoaXPress.

Frame is complete.

Visibility: Expert

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variable EventOverflowIsEndOfSequence#

Pylon::IBooleanEx & EventOverflowIsEndOfSequence;

Overflow Is End of Sequence - Applies to: CoaXPress.

Marks the end of a sequence.

Visibility: Expert

The feature documentation may provide more information.

variable EventOverflowIsLost#

Pylon::IBooleanEx & EventOverflowIsLost;

Overflow Is Lost - Applies to: CoaXPress.

Frame is lost.

Visibility: Expert

The feature documentation may provide more information.

variable EventOverflowIsTruncated#

Pylon::IBooleanEx & EventOverflowIsTruncated;

Overflow Is Truncated - Applies to: CoaXPress.

Frame is truncated.

Visibility: Expert

The feature documentation may provide more information.

variable EventOverflowSoftCounter#

Pylon::IIntegerEx & EventOverflowSoftCounter;

Overflow SoftCounter - Applies to: CoaXPress.

Software counter for event 'Overflow'

Visibility: Expert

The feature documentation may provide more information.

variable EventOverflowTimestamp#

Pylon::IIntegerEx & EventOverflowTimestamp;

Overflow Timestamp - Applies to: CoaXPress.

Timestamp of event 'Overflow'

Visibility: Expert

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variable EventTriggerExceededPeriodLimits#

Pylon::IIntegerEx & EventTriggerExceededPeriodLimits;

TriggerExceededPeriodLimits - Applies to: CoaXPress.

Visibility: Expert

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variable EventTriggerExceededPeriodLimitsSoftCounter#

Pylon::IIntegerEx & EventTriggerExceededPeriodLimitsSoftCounter;

TriggerExceededPeriodLimits SoftCounter - Applies to: CoaXPress.

Software counter for event 'TriggerExceededPeriodLimits'

Visibility: Expert

The feature documentation may provide more information.

variable EventTriggerExceededPeriodLimitsTimestamp#

Pylon::IIntegerEx & EventTriggerExceededPeriodLimitsTimestamp;

TriggerExceededPeriodLimits Timestamp - Applies to: CoaXPress.

Timestamp of event 'TriggerExceededPeriodLimits'

Visibility: Expert

The feature documentation may provide more information.

variable EventTriggerQueueFilllevelThresholdOff#

Pylon::IIntegerEx & EventTriggerQueueFilllevelThresholdOff;

TriggerQueueFilllevelThresholdOff - Applies to: CoaXPress.

Visibility: Expert

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variable EventTriggerQueueFilllevelThresholdOffSoftCounter#

Pylon::IIntegerEx & EventTriggerQueueFilllevelThresholdOffSoftCounter;

TriggerQueueFilllevelThresholdOff SoftCounter - Applies to: CoaXPress.

Software counter for event 'TriggerQueueFilllevelThresholdOff'

Visibility: Expert

The feature documentation may provide more information.

variable EventTriggerQueueFilllevelThresholdOffTimestamp#

Pylon::IIntegerEx & EventTriggerQueueFilllevelThresholdOffTimestamp;

TriggerQueueFilllevelThresholdOff Timestamp - Applies to: CoaXPress.

Timestamp of event 'TriggerQueueFilllevelThresholdOff'

Visibility: Expert

The feature documentation may provide more information.

variable EventTriggerQueueFilllevelThresholdOn#

Pylon::IIntegerEx & EventTriggerQueueFilllevelThresholdOn;

TriggerQueueFilllevelThresholdOn - Applies to: CoaXPress.

Visibility: Expert

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variable EventTriggerQueueFilllevelThresholdOnSoftCounter#

Pylon::IIntegerEx & EventTriggerQueueFilllevelThresholdOnSoftCounter;

TriggerQueueFilllevelThresholdOn SoftCounter - Applies to: CoaXPress.

Software counter for event 'TriggerQueueFilllevelThresholdOn'

Visibility: Expert

The feature documentation may provide more information.

variable EventTriggerQueueFilllevelThresholdOnTimestamp#

Pylon::IIntegerEx & EventTriggerQueueFilllevelThresholdOnTimestamp;

TriggerQueueFilllevelThresholdOn Timestamp - Applies to: CoaXPress.

Timestamp of event 'TriggerQueueFilllevelThresholdOn'

Visibility: Expert

The feature documentation may provide more information.

variable ExSyncOn#

Pylon::IEnumParameterT< ExSyncOnEnums > & ExSyncOn;

Enables or disables the ExSync output to the camera - Applies to: CoaXPress.

Enables or disables the ExSync output to the camera. Make sure that the camera is expecting this signal and interprets it in the expected way. The polarity of this signal is relevant for proper functionality.

Visibility: Expert

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variable LineTriggerMode#

Pylon::IEnumParameterT< LineTriggerModeEnums > & LineTriggerMode;

Sets the operation mode for the Exsync signal generation - Applies to: CoaXPress.

Sets the operation mode for the Exsync signal generation. The source for the external trigger input can be selected via the parameters SourceA and SourceB. Grabber_Controlled: Exsync is generated periodically by the internal signal generator. ASync_Trigger: Each external trigger signal from a peripheral device is used to generate an ExSync based on the defined exposure time. Grabber_Controlled_Gated: Exsync is generated periodically by the internal signal generator during the acquisition of a frame. Extern_Trigger_Gated: An external trigger signal from a peripheral device is used to generate the ExSync during the acquisition of a frame only.

Visibility: Expert

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variable ExSyncPolarity#

Pylon::IEnumParameterT< ExSyncPolarityEnums > & ExSyncPolarity;

Sets the polarity of the ExSync output signal - Applies to: CoaXPress.

Sets the polarity of the ExSync output signal. Adjusts the polarity of the Exsync signal genarator to the polarity accepted by the connected camera. Use LowActive, if the camera starts exposure on a falling edge, otherwise use HighActive.

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variable LineExposure#

Pylon::IFloatEx & LineExposure;

The length of the ExSync signal pulse - Applies to: CoaXPress.

The length of the ExSync signal pulse. This parameter specifies the pulse width of the Exsync signal, which can be used by many cameras as externally defined exposure time. With this parameter it is possible to adjust the exposure time during runtime via software, even while grabbing.

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variable LinePeriod#

Pylon::IFloatEx & LinePeriod;

The length of the ExSync period - Applies to: CoaXPress.

The length of the ExSync period. This parameter defines the line frequency when using the grabber controlled mode to send a trigger signal to the connected camera. The value of the line period needs to be greater than the line delay.

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variable LineTriggerDelay#

Pylon::IFloatEx & LineTriggerDelay;

The delay of the ExSync signal with respect to the trigger input signal - Applies to: CoaXPress.

The delay of the ExSync signal with respect to the trigger input signal. Specifies the delay of the generated ExSync signal, with respect to an external trigger input. The resulting ExSync2 signal is a delayed clone of the ExSync. Polarity, period, etc. are the same as for ExSync. The line delay needs to be less than the line period even for external trigger modes where the internal line period is not used.

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variable FillLevel#

Pylon::IIntegerEx & FillLevel;

Current buffer fill level - Applies to: CoaXPress.

Current buffer fill level. This value allows you to check whether the average input bandwidth of the camera is too high to be processed by the applet.

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variable Overflow#

Pylon::IIntegerEx & Overflow;

Indicates whether the image buffer is currently in overflow state - Applies to: CoaXPress.

Indicates whether if the image buffer is currently in overflow state. An overflow results in the loss of images. The parameter is reset at each readout cycle.

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variable OverflowEventSelect#

Pylon::IEnumParameterT< OverflowEventSelectEnums > & OverflowEventSelect;

Sets the content of the overflow event - Applies to: CoaXPress.

An overflow event can be generated on each incomplete, lost or correct frame. With this enumeration, you can select which permutation of these three events is reported via overflow event.

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variable OverflowOffThreshold#

Pylon::IFloatEx & OverflowOffThreshold;

Overflow handling will be inactive once the buffer filllevel is below this value - Applies to: CoaXPress.

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variable OverflowOnThreshold#

Pylon::IFloatEx & OverflowOnThreshold;

Overflow handling will be active once the buffer filllevel is above this value Frames will be interrupted - Applies to: CoaXPress.

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variable OverflowSyncOnThreshold#

Pylon::IFloatEx & OverflowSyncOnThreshold;

Overflow handling will be active once the buffer filllevel is above this value, after the currently active frame is completed - Applies to: CoaXPress.

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variable FlashOn#

Pylon::IEnumParameterT< FlashOnEnums > & FlashOn;

Switches the flash signal on or off - Applies to: CoaXPress.

Switches the flash signal on or off. The pulse width of the flash signal is equal to one line period. The flash gives a signal between the first and second Exsync rising edge. A single trigger is sent for a full frame.

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variable ImageTriggerAsyncHeight#

Pylon::IIntegerEx & ImageTriggerAsyncHeight;

The total image height in lines in case of multi buffer mode - Applies to: CoaXPress.

The total image height in lines in case of multi buffer mode. Only relevant if a Multibuffer image trigger mode is used.

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variable ImageTriggerIsBusy#

Pylon::IEnumParameterT< ImageTriggerIsBusyEnums > & ImageTriggerIsBusy;

Checks whether the image trigger is busy - Applies to: CoaXPress.

With this read-only value it is possible to check whether the image trigger is busy, i.e. whether an image is currently being acquired. During this time an additional image trigger is ignored.

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variable ImageTriggerMode#

Pylon::IEnumParameterT< ImageTriggerModeEnums > & ImageTriggerMode;

Sets the trigger mode for image generation - Applies to: CoaXPress.

Sets the trigger mode for the image generation. An image trigger can define the start and length of an image. FreeRun: All incoming lines received from the camera are accepted. Image size is defined by the ROI. ASync_External_Trigger: At the rising edge of an accepted image trigger input signal, a new frame is started and incoming lines are appended to an image up to ROI-Height. A new rising edge of the image trigger is only accepted after the current frame is finished. Gated_External_Trigger: In gated mode, the input signal active state Sets the height of the resulting frame. ROI-Height is the maximum height. _Multibuffer modes can handle a certain number of lines for multiple frames of ROI size.

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variable ImageTriggerOn#

Pylon::IEnumParameterT< ImageTriggerOnEnums > & ImageTriggerOn;

Enables or disables the image trigger module - Applies to: CoaXPress.

Enables or disables the image trigger module. The OFF state corresponds to FreeRun.

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variable FlashPolarity#

Pylon::IEnumParameterT< FlashPolarityEnums > & FlashPolarity;

Sets the generated flash signal polarity - Applies to: CoaXPress.

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variable FrontGPI#

Pylon::IIntegerEx & FrontGPI;

Current input signal levels of all front GPI inputs (bit mask) - Applies to: CoaXPress.

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variable GPI#

Pylon::IIntegerEx & GPI;

The digital input at GPI - Applies to: CoaXPress.

The current input signal levels of all GPI inputs (bitmask).

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variable TriggerInDebounce#

Pylon::IFloatEx & TriggerInDebounce;

Input debounce time for trigger input signals (in microseconds) - Applies to: CoaXPress.

Input debounce time for trigger input signals (in microseconds). This parameter allows you to filter out invalid signals by specifying a minimum signal length.

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variable TriggerInDownscale#

Pylon::IIntegerEx & TriggerInDownscale;

Factor by which the trigger input signal is downscaled - Applies to: CoaXPress.

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variable TriggerInDownscalePhase#

Pylon::IIntegerEx & TriggerInDownscalePhase;

Phase for selecting the desired pulse in the sequence - Applies to: CoaXPress.

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variable TriggerInPolarity#

Pylon::IEnumParameterT< TriggerInPolarityEnums > & TriggerInPolarity;

Sets the polarity of the trigger input signal - Applies to: CoaXPress.

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variable TriggerInSource#

Pylon::IEnumParameterT< TriggerInSourceEnums > & TriggerInSource;

Sets the trigger input source - Applies to: CoaXPress.

Sets the trigger input source for external trigger mode.

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variable GentlInfoIgnorefgformat#

Pylon::IStringEx & GentlInfoIgnorefgformat;

Applies to: CoaXPress.

Ignore the FG output format and manage it internally in the GenTL producer

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variable GentlInfoVersion#

Pylon::IStringEx & GentlInfoVersion;

Applies to: CoaXPress.

Version of the GenTL description Interface in the applet.

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variable Height#

Pylon::IIntegerEx & Height;

Height of the image ROI on the host side - Applies to: CoaXPress.

Height of the image ROI on the host side. This parameter is linked with the Height camera parameter. If the camera parameter changes, the host parameter changes accordingly, but not vice versa. The host parameter should not be set to a value different from the camera parameter.

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variable OffsetX#

Pylon::IIntegerEx & OffsetX;

Acquisition ROI x-offset, independent of the camera ROI - Applies to: CoaXPress.

X-offset of the acquisition ROI, independent of the camera ROI.

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variable OffsetY#

Pylon::IIntegerEx & OffsetY;

Acquisition ROI y-offset, independent of the camera ROI - Applies to: CoaXPress.

Y-offset of the acquisition ROI, independent of the camera ROI.

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variable Width#

Pylon::IIntegerEx & Width;

Width of the image ROI on the host side - Applies to: CoaXPress.

Width of the image ROI on the host side. This parameter is linked with the Width camera parameter. If the camera parameter changes, the host parameter changes accordingly, but not vice versa. The host parameter should not be set to a value different from the camera parameter.

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variable ImageSelect#

Pylon::IIntegerEx & ImageSelect;

Defines which image of an image sequence is grabbed - Applies to: CoaXPress.

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variable ImageSelectPeriod#

Pylon::IIntegerEx & ImageSelectPeriod;

Selects the length of an image sequence - Applies to: CoaXPress.

Selects the length of an image sequence. Only one single image of the sequence is grabbed.

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variable ImageTriggerDebouncing#

Pylon::IFloatEx & ImageTriggerDebouncing;

The debouncing time of the input image trigger - Applies to: CoaXPress.

The debouncing time of the input image trigger. Signals must keep the same state during the debounce time to be detected as such. Fast signal changes within the debounce time are filtered out.

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variable ImageTriggerGateDelay#

Pylon::IIntegerEx & ImageTriggerGateDelay;

The delay of the image gate in lines with respect to ExSync - Applies to: CoaXPress.

The delay of the image gate in lines with respect to ExSync. The image trigger is delayed by a defined number of lines.

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variable ImageTriggerInputPolarity#

Pylon::IEnumParameterT< ImageTriggerInputPolarityEnums > & ImageTriggerInputPolarity;

Sets the image trigger input signal polarity - Applies to: CoaXPress.

Sets the polarity of the image trigger input.

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variable ImageTriggerInputSource#

Pylon::IEnumParameterT< ImageTriggerInputSourceEnums > & ImageTriggerInputSource;

Sets the image trigger input signal source - Applies to: CoaXPress.

Sets the image trigger input signal source, which is used to trigger the image acquisition. This is only relevant if the Image Trigger Mode is set to Extern/Gate.

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variable StrobePulseDelay#

Pylon::IIntegerEx & StrobePulseDelay;

The delay of the flash signal with respect to the image trigger input signal - Applies to: CoaXPress.

The delay of the flash signal in lines with respect to the image trigger input signal with respect to ExSync.

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variable LineDownscale#

Pylon::IIntegerEx & LineDownscale;

The downscale factor of the line trigger input signal - Applies to: CoaXPress.

The downscale factor of the line trigger input signal. Specifies the number of external input trigger signals, which are needed to generate a single Exsync. This is only relevant if the TriggerMode is set to an external ASync_trigger mode.

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variable LineDownscaleInit#

Pylon::IIntegerEx & LineDownscaleInit;

The phase of downscaling - Applies to: CoaXPress.

The phase of the downscaling with respect to the image gate. Specifies the number of external input signals, which are needed to generate the first Exsync of a frame. Exsync is used to trigger lines. This is only relevant if the TriggerMode is set to ASync_Trigger_Gated.

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variable LineTriggerDebouncing#

Pylon::IFloatEx & LineTriggerDebouncing;

Specifies the debouncing time of the line trigger signal - Applies to: CoaXPress.

Specifies the debouncing time of the input line trigger, events, IO forwards and analyzers. The signals must keep the same state during the debounce time to be detected as such. Fast signal changes within the debounce time will be filtered out.

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variable LineTriggerInPolarity#

Pylon::IEnumParameterT< LineTriggerInPolarityEnums > & LineTriggerInPolarity;

Sets the polarity of the external line trigger signal - Applies to: CoaXPress.

Sets the polarity of the external input trigger signal encoder source A and source B. When set to LowActive, the Exsync generator starts on a falling edge of the signal specified as frame trigger. Otherwise, the Exsync generation starts on a rising edge. This is only relevant if the TriggerMode is set to Extern_Trigger.

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variable LineTriggerInSource#

Pylon::IEnumParameterT< LineTriggerInSourceEnums > & LineTriggerInSource;

Sets the line trigger input source - Applies to: CoaXPress.

Sets the trigger input signal source for the ExSync generation. This signal is also interpreted as source A when using a shaft encoder. This is only relevant, if the TriggerMode is set to ASync_Trigger.

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variable LutCustomFile#

Pylon::IStringEx & LutCustomFile;

Filename with custom lookup table values - Applies to: CoaXPress.

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variable LutEnable#

Pylon::IEnumParameterT< LutEnableEnums > & LutEnable;

Switch the LUT and processing functionality on or off - Applies to: CoaXPress.

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variable LutSaveFile#

Pylon::IStringEx & LutSaveFile;

Save current lookup table configuration - Applies to: CoaXPress.

Save current LUT configuration.

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variable LutType#

Pylon::IEnumParameterT< LutTypeEnums > & LutType;

Set the type of the lookup table: Custom values or applet processor - Applies to: CoaXPress.

Enables the LUT to be loaded with custom values or uses the applet's processor.

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variable LutValue#

Pylon::IIntegerEx & LutValue;

Field with lookup table values - Applies to: CoaXPress.

Field with LUT Values.

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variable LutValueBlue#

Pylon::IIntegerEx & LutValueBlue;

Field with blue lookup table values - Applies to: CoaXPress.

Field with blue LUT Values.

Visibility: Expert

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variable LutValueBlueSelector#

Pylon::IIntegerEx & LutValueBlueSelector;

Applies to: CoaXPress.

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variable LutValueGreen#

Pylon::IIntegerEx & LutValueGreen;

Field with green looup table values - Applies to: CoaXPress.

Field with green LUT Values.

Visibility: Expert

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variable LutValueGreenSelector#

Pylon::IIntegerEx & LutValueGreenSelector;

Applies to: CoaXPress.

Visibility: Expert

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variable LutValueRed#

Pylon::IIntegerEx & LutValueRed;

Field with red lookup table values - Applies to: CoaXPress.

Field with red LUT Values.

Visibility: Expert

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variable LutValueRedSelector#

Pylon::IIntegerEx & LutValueRedSelector;

Applies to: CoaXPress.

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variable LutValueSelector#

Pylon::IIntegerEx & LutValueSelector;

Applies to: CoaXPress.

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variable LutImplementationType#

Pylon::IEnumParameterT< LutImplementationTypeEnums > & LutImplementationType;

Type of lookup table implementation - Applies to: CoaXPress.

Type of LUT implementation.

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variable LutInputPixelBitDepth#

Pylon::IIntegerEx & LutInputPixelBitDepth;

The pixel's bit depth at the lookup table input - Applies to: CoaXPress.

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variable LutOutputPixelBitDepth#

Pylon::IIntegerEx & LutOutputPixelBitDepth;

The pixel's bit depth at the lookup table output - Applies to: CoaXPress.

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variable MissingCameraFrameResponse#

Pylon::IEnumParameterT< MissingCameraFrameResponseEnums > & MissingCameraFrameResponse;

Returns whether missing frames are reported - Applies to: CoaXPress.

Returns whether missing frames are reported. If no frame is received for a trigger pulse, the parameter is set to Yes.

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variable MissingCameraFrameResponseClear#

Pylon::ICommandEx & MissingCameraFrameResponseClear;

Clears the Missing Camera Frame Response parameter - Applies to: CoaXPress.

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variable TriggerExceededPeriodLimits#

Pylon::IEnumParameterT< TriggerExceededPeriodLimitsEnums > & TriggerExceededPeriodLimits;

Returns whether the input signal frequency exceeded the maximum specified - Applies to: CoaXPress.

Returns whether the input signal frequency exceeded the maximum specified. If the parameter returns Yes, signals were dropped.

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variable TriggerExceededPeriodLimitsClear#

Pylon::ICommandEx & TriggerExceededPeriodLimitsClear;

Clears the Trigger Exceeded Period Limits parameter - Applies to: CoaXPress.

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variable TriggerOutStatisticsPulseCount#

Pylon::IIntegerEx & TriggerOutStatisticsPulseCount;

Number of output pulses - Applies to: CoaXPress.

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variable TriggerOutStatisticsPulseCountClear#

Pylon::ICommandEx & TriggerOutStatisticsPulseCountClear;

Clears the output signal pulse counter - Applies to: CoaXPress.

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variable TriggerOutStatisticsSource#

Pylon::IEnumParameterT< TriggerOutStatisticsSourceEnums > & TriggerOutStatisticsSource;

Sets the output source for statistics - Applies to: CoaXPress.

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variable ProcessingGain#

Pylon::IFloatEx & ProcessingGain;

Gain correction value - Applies to: CoaXPress.

Gain correction value. Available when LUT functionality is enabled.

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variable ProcessingGamma#

Pylon::IFloatEx & ProcessingGamma;

Gamma correction value - Applies to: CoaXPress.

Gamma correction value. Available when LUT functionality is enabled.

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variable ProcessingInvert#

Pylon::IEnumParameterT< ProcessingInvertEnums > & ProcessingInvert;

Invert output - Applies to: CoaXPress.

Invert output. Available when LUT functionality is enabled.

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variable ProcessingOffset#

Pylon::IFloatEx & ProcessingOffset;

Offset correction value - Applies to: CoaXPress.

Offset correction value. Available when LUT functionality is enabled.

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variable ScalingFactorBlue#

Pylon::IFloatEx & ScalingFactorBlue;

The blue gain of the white balancing - Applies to: CoaXPress.

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variable ScalingFactorGreen#

Pylon::IFloatEx & ScalingFactorGreen;

The green gain of the white balancing - Applies to: CoaXPress.

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variable ScalingFactorRed#

Pylon::IFloatEx & ScalingFactorRed;

The red gain of the white balancing - Applies to: CoaXPress.

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variable SendSoftwareTrigger#

Pylon::ICommandEx & SendSoftwareTrigger;

Sends a software trigger pulse - Applies to: CoaXPress.

Sends a software trigger pulse or adds pulses to the trigger queue if it is enabled.

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variable SetSoftwareTrigger#

Pylon::IEnumParameterT< SetSoftwareTriggerEnums > & SetSoftwareTrigger;

Turns software trigger signal on or off - Applies to: CoaXPress.

Turns software trigger signal on or off. With this parameter a software gate can be produced in case of an externally gated image trigger mode.

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variable SoftwareTriggerIsBusy#

Pylon::IEnumParameterT< SoftwareTriggerIsBusyEnums > & SoftwareTriggerIsBusy;

Indicates whether the software trigger is busy - Applies to: CoaXPress.

Indicates whether the software trigger is busy. This allows you to find out whether the trigger system is still processing software trigger pulses.

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variable SoftwareTriggerQueueFillLevel#

Pylon::IIntegerEx & SoftwareTriggerQueueFillLevel;

Number of pulses in queue to be processed - Applies to: CoaXPress.

Number of pulses in queue to be processed. The Queue parameter needs to be enabled for this.

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variable SensorHeight#

Pylon::IIntegerEx & SensorHeight;

The height of the sensor - Applies to: CoaXPress.

The sensor height in selected tap geometry. The value is ignored, if vantage point = TopLeft. Available DRAM and SensorWidth limit the maximum SensorHeight.

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variable SensorWidth#

Pylon::IIntegerEx & SensorWidth;

The width of the sensor - Applies to: CoaXPress.

The sensor width in selected tap geometry. The value is ignored if, Vantage Point = Top-Left. Available DRAM and SensorHeight limit the maximum SensorWidth.

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variable VantagePoint#

Pylon::IEnumParameterT< VantagePointEnums > & VantagePoint;

Sets horizontal and/or vertical mirroring - Applies to: CoaXPress.

Vantage point. Use for mirroring. If VantagePoint is set to TopRight or BottomRight Width + XOffset must be smaller than SensorWidth. If VantagePoint is set to BottomLeft or BottomRight, the Height + YOffset must be smaller than SensorHeight.

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variable ShaftEncoderCompensationCount#

Pylon::IIntegerEx & ShaftEncoderCompensationCount;

Reads or writes the current compensation count - Applies to: CoaXPress.

Reads or writes the current compensation count. Value 0 refers to no compensation. You can reset the compensator by writing 0 to the parameter. Is based on a 20-bit counter enabling a backward movement of up to 1048576 steps.

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variable ShaftEncoderCompensationEnable#

Pylon::IEnumParameterT< ShaftEncoderCompensationEnableEnums > & ShaftEncoderCompensationEnable;

Enables or disables the shaft encoder rollback compensation - Applies to: CoaXPress.

Enables or disables the shaft encoder rollback compensation. This parameter is relevant in case of a shaft encoder AB configuration. If switched to ON, in case of shaft encoder backward movement, the operator counts how many shaft encoder steps the shaft encoder moves backwards. When the shaft encoder moves forwards again, this number of shaft encoder steps (now forward direction) is not transmitted as external trigger signals. Only after the transportation belt is back to the place where the backward movement started, the shaft encoder steps (forward direction) are transmitted as external trigger signals again. If switched to OFF, the operator simply doesn't transmit any trigger signals as long as the transportation belt moves backwards. As soon as the transport belt starts to move forwards again, the operator transmits the shaft encoder steps (forward direction) as trigger signals.

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variable ShaftEncoderInputSource#

Pylon::IEnumParameterT< ShaftEncoderInputSourceEnums > & ShaftEncoderInputSource;

Sets the input signal source for the shaft encoder (source B) - Applies to: CoaXPress.

Sets the trigger input signal source for the ExSync generation. This signal is also interpreted as source B when using a shaft encoder. This is only relevant if the TriggerMode is set to ASync_Trigger.

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variable ShaftEncoderLeading#

Pylon::IEnumParameterT< ShaftEncoderLeadingEnums > & ShaftEncoderLeading;

Sets the direction for the shaft encoder - Applies to: CoaXPress.

Sets the leading signal / direction for the shaft encoder. A foreward movement is defined by a rising edge of signal A before signal B, if the parameter is set to Signal_AB. Source_A: Forward is defined by A before B. Source_B: Forward is defined by B before A.

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variable ShaftEncoderMode#

Pylon::IEnumParameterT< ShaftEncoderModeEnums > & ShaftEncoderMode;

Sets the shaft encoder mode - Applies to: CoaXPress.

Sets the shaft encoder mode. Filter_x1: Exsync is generated for a forward rotation of the shaft encoder in single resolution, i.e., a trigger pulse for a rising edge of LineTrgInSourceA. Filter_x2: Exsync is generated for a forward rotation of the shaft encoder in double resolution, i.e., a trigger pulse for a rising edge of LineTrgInSourceA and a rising edge of LineTrgInSourceB. Filter_x4: Exsync is generated for a forward rotation of the shaft encoder in quad resolution, i.e., a trigger pulse for a rising and a falling edge of LineTrgInSourceA and a rising and a falling edge of LineTrgInSourceB.

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variable ShaftEncoderOn#

Pylon::IEnumParameterT< ShaftEncoderOnEnums > & ShaftEncoderOn;

Enables or disables the shaft encoder - Applies to: CoaXPress.

Enables or disbales the shaft encoder. Sets whether a single trigger input (off = A only) is used for the Exsync generation, or the signals A and B (on).

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variable SignalAnalyzer0CurrentPeriod#

Pylon::IFloatEx & SignalAnalyzer0CurrentPeriod;

Returns the current period of signal analyzer 0 - Applies to: CoaXPress.

Returns the last measured period of the selected source and polarity.

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variable SignalAnalyzer0MaxPeriod#

Pylon::IFloatEx & SignalAnalyzer0MaxPeriod;

Returns the maximum period of signal analyzer 0 - Applies to: CoaXPress.

Returns the maximum measured period of the selected source and polarity after reset.

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variable SignalAnalyzer0MinPeriod#

Pylon::IFloatEx & SignalAnalyzer0MinPeriod;

Returns the minimum period of signal analyzer 0 - Applies to: CoaXPress.

Returns the minimum measured period of the selected source and polarity after reset.

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variable SignalAnalyzer0Polarity#

Pylon::IEnumParameterT< SignalAnalyzer0PolarityEnums > & SignalAnalyzer0Polarity;

Sets the signal analyzer 0 polarity - Applies to: CoaXPress.

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variable SignalAnalyzer0PulseCount#

Pylon::IIntegerEx & SignalAnalyzer0PulseCount;

Returns the pulse count of signal analyzer 0 - Applies to: CoaXPress.

Returns the number of rising edges e.g. pulses of the selected source and of the polarity after reset.

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variable SignalAnalyzer0Source#

Pylon::IEnumParameterT< SignalAnalyzer0SourceEnums > & SignalAnalyzer0Source;

Sets the signal analyzer 0 source - Applies to: CoaXPress.

Sets the signal source analyzer module 0.

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variable SignalAnalyzer1CurrentPeriod#

Pylon::IFloatEx & SignalAnalyzer1CurrentPeriod;

Returns the current period of signal analyzer 1 - Applies to: CoaXPress.

Returns the last measured period of the selected source and polarity.

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variable SignalAnalyzer1MaxPeriod#

Pylon::IFloatEx & SignalAnalyzer1MaxPeriod;

Returns the maximum period of signal analyzer 1 - Applies to: CoaXPress.

Returns the maximum measured period of the selected source and the polarity after reset.

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variable SignalAnalyzer1MinPeriod#

Pylon::IFloatEx & SignalAnalyzer1MinPeriod;

Returns the minimum period of signal analyzer 1 - Applies to: CoaXPress.

Returns the minimum measured period of the selected source and the polarity after reset.

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variable SignalAnalyzer1Polarity#

Pylon::IEnumParameterT< SignalAnalyzer1PolarityEnums > & SignalAnalyzer1Polarity;

Sets the signal analyzer 1 polarity - Applies to: CoaXPress.

Sets the signal analyzer module 0 polarity.

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variable SignalAnalyzer1PulseCount#

Pylon::IIntegerEx & SignalAnalyzer1PulseCount;

Returns the pulse count of signal analyzer 1 - Applies to: CoaXPress.

Returns the number of rising edges e.g. pulses of the selected source and polarity after reset.

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variable SignalAnalyzer1Source#

Pylon::IEnumParameterT< SignalAnalyzer1SourceEnums > & SignalAnalyzer1Source;

Sets the signal source analyzer module 0 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable SignalAnalyzerClear#

Pylon::ICommandEx & SignalAnalyzerClear;

Clears the signal analyzer results - Applies to: CoaXPress.

Clears all measurement results.

Visibility: Expert

The feature documentation may provide more information.

variable SignalAnalyzerPulseCountDifference#

Pylon::IIntegerEx & SignalAnalyzerPulseCountDifference;

The pulse count difference between signal analyzer 0 and 1 - Applies to: CoaXPress.

Use this read-only parameter to check the difference of the signal analyzer 0 and 1 pulse counter values (Analyzer 0 - Analyzer 1 value). This can be used to check for lost trigger signals, if analyzer 0 counts the ExSyc pulses and analyzer 1 counts the returned camera lines. In this case the difference is between 0 and 1 for single line cameras with no extra delay.

Visibility: Expert

The feature documentation may provide more information.

variable Statistic_Last_Error_Status#

Pylon::IIntegerEx & Statistic_Last_Error_Status;

Last error status of a read or write operation - Applies to: USB.

Visibility: Expert

The feature documentation may provide more information.

variable Statistic_Last_Error_Status_Text#

Pylon::IStringEx & Statistic_Last_Error_Status_Text;

Last error status of a read or write operation - Applies to: USB.

Visibility: Expert

The feature documentation may provide more information.

variable Statistic_Read_Operations_Failed_Count#

Pylon::IIntegerEx & Statistic_Read_Operations_Failed_Count;

Number of failed read operations - Applies to: USB.

Visibility: Expert

The feature documentation may provide more information.

variable Statistic_Read_Pipe_Reset_Count#

Pylon::IIntegerEx & Statistic_Read_Pipe_Reset_Count;

Number of read pipe resets - Applies to: USB.

Visibility: Expert

The feature documentation may provide more information.

variable Statistic_Write_Operations_Failed_Count#

Pylon::IIntegerEx & Statistic_Write_Operations_Failed_Count;

Number of failed write operations - Applies to: USB.

Visibility: Expert

The feature documentation may provide more information.

variable Statistic_Write_Pipe_Reset_Count#

Pylon::IIntegerEx & Statistic_Write_Pipe_Reset_Count;

Number of write pipe resets - Applies to: USB.

Visibility: Expert

The feature documentation may provide more information.

variable StreamDisplayName#

Pylon::IStringEx & StreamDisplayName;

User-friendly name of the selected stream - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable StreamID#

Pylon::IStringEx & StreamID;

Device-wide unique ID of the data stream - Applies to: CoaXPress and blaze.

Visibility: Beginner

Selected by: StreamSelector

The feature documentation may provide more information.

variable StreamSelector#

Pylon::IIntegerEx & StreamSelector;

Sets the stream channel - Applies to: CoaXPress and blaze.

Sets the stream channel. The parameter is 0-based in order to match the index of the C interface.

Visibility: Beginner

Selecting Parameters: StreamID

The feature documentation may provide more information.

variable SystemmonitorByteAlignment8b10bLocked#

Pylon::IEnumParameterT< SystemmonitorByteAlignment8b10bLockedEnums > & SystemmonitorByteAlignment8b10bLocked;

Applies to: CoaXPress.

Byte Alignment 8b10b locked

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorChannelCurrent#

Pylon::IFloatEx & SystemmonitorChannelCurrent;

Applies to: CoaXPress.

Returns the Channel Current.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorChannelCurrentSelector#

Pylon::IIntegerEx & SystemmonitorChannelCurrentSelector;

Applies to: CoaXPress.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorChannelVoltage#

Pylon::IFloatEx & SystemmonitorChannelVoltage;

Applies to: CoaXPress.

Returns the Channel Voltage.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorChannelVoltageSelector#

Pylon::IIntegerEx & SystemmonitorChannelVoltageSelector;

Applies to: CoaXPress.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorCurrentLinkSpeed#

Pylon::IFloatEx & SystemmonitorCurrentLinkSpeed;

Applies to: CoaXPress.

Returns the current PCIe link speed in Gibibyte (2^30 byte).

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorDisparity8b10bError#

Pylon::IIntegerEx & SystemmonitorDisparity8b10bError;

Applies to: CoaXPress.

Disparity 8b 10b errors

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorExternalPower#

Pylon::IEnumParameterT< SystemmonitorExternalPowerEnums > & SystemmonitorExternalPower;

Applies to: CoaXPress.

Shows the external power state of the board.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorFpgaTemperature#

Pylon::IFloatEx & SystemmonitorFpgaTemperature;

Applies to: CoaXPress.

Returns the current FPGA die temperature.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorFpgaVccAux#

Pylon::IFloatEx & SystemmonitorFpgaVccAux;

Applies to: CoaXPress.

Returns the current FPGA auxiliary Vcc.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorFpgaVccBram#

Pylon::IFloatEx & SystemmonitorFpgaVccBram;

Applies to: CoaXPress.

Returns the current FPGA BRAM Vcc.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorFpgaVccInt#

Pylon::IFloatEx & SystemmonitorFpgaVccInt;

Applies to: CoaXPress.

Returns the current FPGA internal Vcc.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorNotInTable8b10bError#

Pylon::IIntegerEx & SystemmonitorNotInTable8b10bError;

Applies to: CoaXPress.

Not in table 8b 10b errors

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorPcieTrainedPayloadSize#

Pylon::IIntegerEx & SystemmonitorPcieTrainedPayloadSize;

Applies to: CoaXPress.

Returns the PCIe trained payload size.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorPcieTrainedRequestSize#

Pylon::IIntegerEx & SystemmonitorPcieTrainedRequestSize;

Applies to: CoaXPress.

Returns the PCIe trained request size.

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorPortBitRate#

Pylon::IFloatEx & SystemmonitorPortBitRate;

Applies to: CoaXPress.

Returns the port bit rate

Visibility: Beginner

The feature documentation may provide more information.

variable SystemmonitorPowerOverCxpState#

Pylon::IEnumParameterT< SystemmonitorPowerOverCxpStateEnums > & SystemmonitorPowerOverCxpState;

Applies to: CoaXPress.

Shows the current power over CXP state.

Visibility: Beginner

The feature documentation may provide more information.

variable TriggerCameraOutSelect#

Pylon::IEnumParameterT< TriggerCameraOutSelectEnums > & TriggerCameraOutSelect;

Sets the output source to be connected to a camera signal channel - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerFrontOutGPO0Polarity#

Pylon::IEnumParameterT< TriggerFrontOutGPO0PolarityEnums > & TriggerFrontOutGPO0Polarity;

Sets the front GPO 0 signal polarity - Applies to: CoaXPress.

Sets the front GPO 0 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerFrontOutGPO1Polarity#

Pylon::IEnumParameterT< TriggerFrontOutGPO1PolarityEnums > & TriggerFrontOutGPO1Polarity;

Sets the front GPO 1 signal polarity - Applies to: CoaXPress.

Sets the front GPO 1 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutFrontGPO0Source#

Pylon::IEnumParameterT< TriggerOutFrontGPO0SourceEnums > & TriggerOutFrontGPO0Source;

Sets the front GPO 0 signal source - Applies to: CoaXPress.

Sets the signal source for the front GPO 0 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutFrontGPO1Source#

Pylon::IEnumParameterT< TriggerOutFrontGPO1SourceEnums > & TriggerOutFrontGPO1Source;

Sets the front GPO 1 signal source - Applies to: CoaXPress.

Sets the signal source for the front GPO 1 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO0Polarity#

Pylon::IEnumParameterT< TriggerOutGPO0PolarityEnums > & TriggerOutGPO0Polarity;

Sets the GPO 0 signal polarity - Applies to: CoaXPress.

Sets the GPO 0 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO0Source#

Pylon::IEnumParameterT< TriggerOutGPO0SourceEnums > & TriggerOutGPO0Source;

Sets GPO 0 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 0 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO1Polarity#

Pylon::IEnumParameterT< TriggerOutGPO1PolarityEnums > & TriggerOutGPO1Polarity;

Sets the GPO 1 signal polarity - Applies to: CoaXPress.

Sets the GPO 1 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO1Source#

Pylon::IEnumParameterT< TriggerOutGPO1SourceEnums > & TriggerOutGPO1Source;

Sets GPO 1 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 1 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO2Polarity#

Pylon::IEnumParameterT< TriggerOutGPO2PolarityEnums > & TriggerOutGPO2Polarity;

Sets the GPO 2 signal polarity - Applies to: CoaXPress.

Sets the GPO 2 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO2Source#

Pylon::IEnumParameterT< TriggerOutGPO2SourceEnums > & TriggerOutGPO2Source;

Sets GPO 2 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 2 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO3Polarity#

Pylon::IEnumParameterT< TriggerOutGPO3PolarityEnums > & TriggerOutGPO3Polarity;

Sets the GPO 3 signal polarity - Applies to: CoaXPress.

Sets the GPO 3 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO3Source#

Pylon::IEnumParameterT< TriggerOutGPO3SourceEnums > & TriggerOutGPO3Source;

Sets GPO 3 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 3 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO4Polarity#

Pylon::IEnumParameterT< TriggerOutGPO4PolarityEnums > & TriggerOutGPO4Polarity;

Sets the GPO 4 signal polarity - Applies to: CoaXPress.

Sets the GPO 4 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO4Source#

Pylon::IEnumParameterT< TriggerOutGPO4SourceEnums > & TriggerOutGPO4Source;

Sets GPO 4 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 4 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO5Polarity#

Pylon::IEnumParameterT< TriggerOutGPO5PolarityEnums > & TriggerOutGPO5Polarity;

Sets the GPO 5 signal polarity - Applies to: CoaXPress.

Sets the GPO 5 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO5Source#

Pylon::IEnumParameterT< TriggerOutGPO5SourceEnums > & TriggerOutGPO5Source;

Sets GPO 5 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 5 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO6Polarity#

Pylon::IEnumParameterT< TriggerOutGPO6PolarityEnums > & TriggerOutGPO6Polarity;

Sets the GPO 6 signal polarity - Applies to: CoaXPress.

Sets the GPO 6 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO6Source#

Pylon::IEnumParameterT< TriggerOutGPO6SourceEnums > & TriggerOutGPO6Source;

Sets GPO 6 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 6 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO7Polarity#

Pylon::IEnumParameterT< TriggerOutGPO7PolarityEnums > & TriggerOutGPO7Polarity;

Sets the GPO 7 signal polarity - Applies to: CoaXPress.

Sets the GPO 7 signal polarity. This parameter is ignored if the source is VCC or GND.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutGPO7Source#

Pylon::IEnumParameterT< TriggerOutGPO7SourceEnums > & TriggerOutGPO7Source;

Sets GPO 7 signal source - Applies to: CoaXPress.

Sets the signal source for GPO 7 output.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsFrequency#

Pylon::IFloatEx & TriggerInStatisticsFrequency;

Current frequency of the input pulses - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsMaximumFrequency#

Pylon::IFloatEx & TriggerInStatisticsMaximumFrequency;

Maximum input frequency detected - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsMinMaxFrequencyClear#

Pylon::ICommandEx & TriggerInStatisticsMinMaxFrequencyClear;

Clears the minimum and maximum frequency values - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsMinimumFrequency#

Pylon::IFloatEx & TriggerInStatisticsMinimumFrequency;

Minimum input frequency detected - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsPolarity#

Pylon::IEnumParameterT< TriggerInStatisticsPolarityEnums > & TriggerInStatisticsPolarity;

Sets the polarity of the trigger input signal for statistics - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsPulseCount#

Pylon::IIntegerEx & TriggerInStatisticsPulseCount;

Number of input pulses - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsPulseCountClear#

Pylon::ICommandEx & TriggerInStatisticsPulseCountClear;

Clears the input signal pulse counter - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerInStatisticsSource#

Pylon::IEnumParameterT< TriggerInStatisticsSourceEnums > & TriggerInStatisticsSource;

Sets the input source for statistics - Applies to: CoaXPress.

Sets the trigger input source for statistics.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerMultiplyPulses#

Pylon::IIntegerEx & TriggerMultiplyPulses;

Upscales, i e , duplicates, the number of trigger pulses generated externally or via software with the period specified by the Trigger Output Frequency parameter - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutSelectFrontGPO0#

Pylon::IEnumParameterT< TriggerOutSelectFrontGPO0Enums > & TriggerOutSelectFrontGPO0;

Sets the output source of Front GPO 0 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutSelectFrontGPO1#

Pylon::IEnumParameterT< TriggerOutSelectFrontGPO1Enums > & TriggerOutSelectFrontGPO1;

Sets the output source of Front GPO 1 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutSelectGPO0#

Pylon::IEnumParameterT< TriggerOutSelectGPO0Enums > & TriggerOutSelectGPO0;

Sets the output source of GPO 0 - Applies to: CoaXPress.

Visibility: Expert

The feature documentation may provide more information.

variable TriggerOutSelectGPO1#

Pylon::IEnumParameterT< TriggerOutSelectGPO1Enums > & TriggerOutSelectGPO1;