Device synchronization configuration. More...

#include <ObTypes.h>

Public Attributes
OBSyncMode	syncMode
	Device synchronize mode.

uint16_t	irTriggerSignalInDelay
	IR Trigger signal input delay: Used to configure the delay between the IR/Depth/TOF Sensor receiving the trigger signal and starting exposure, Unit: microsecond.

uint16_t	rgbTriggerSignalInDelay
	RGB trigger signal input delay is used to configure the delay from the time when an RGB Sensor receives the trigger signal to the time when the exposure starts. Unit: microsecond.

uint16_t	deviceTriggerSignalOutDelay
	Device trigger signal output delay, used to control the delay configuration of the host device to output trigger signals or the slave device to output trigger signals. Unit: microsecond.

uint16_t	deviceTriggerSignalOutPolarity
	The device trigger signal output polarity is used to control the polarity configuration of the trigger signal output from the host device or the trigger signal output from the slave device.

uint16_t	mcuTriggerFrequency
	MCU trigger frequency, used to configure the output frequency of MCU trigger signal in MCU master mode, unit: Hz.

uint16_t	deviceId
	Device number. Users can mark the device with this number.

Detailed Description

Device synchronization configuration.

Deprecated: This structure is deprecated, please use ob_multi_device_sync_config instead

Definition at line 864 of file ObTypes.h.

Member Data Documentation

◆ syncMode

OBSyncMode OBDeviceSyncConfig::syncMode

Device synchronize mode.

Definition at line 868 of file ObTypes.h.

◆ irTriggerSignalInDelay

uint16_t OBDeviceSyncConfig::irTriggerSignalInDelay

IR Trigger signal input delay: Used to configure the delay between the IR/Depth/TOF Sensor receiving the trigger signal and starting exposure, Unit: microsecond.

Attention: This parameter is invalid when the synchronization MODE is set to OB_SYNC_MODE_PRIMARY_IR_TRIGGER

Definition at line 876 of file ObTypes.h.

◆ rgbTriggerSignalInDelay

uint16_t OBDeviceSyncConfig::rgbTriggerSignalInDelay

RGB trigger signal input delay is used to configure the delay from the time when an RGB Sensor receives the trigger signal to the time when the exposure starts. Unit: microsecond.

Attention: This parameter is invalid when the synchronization MODE is set to OB_SYNC_MODE_PRIMARY

Definition at line 884 of file ObTypes.h.

◆ deviceTriggerSignalOutDelay

uint16_t OBDeviceSyncConfig::deviceTriggerSignalOutDelay

Device trigger signal output delay, used to control the delay configuration of the host device to output trigger signals or the slave device to output trigger signals. Unit: microsecond.

Attention: This parameter is invalid when the synchronization MODE is set to OB_SYNC_MODE_CLOSE or OB_SYNC_MODE_STANDALONE

Definition at line 892 of file ObTypes.h.

◆ deviceTriggerSignalOutPolarity

uint16_t OBDeviceSyncConfig::deviceTriggerSignalOutPolarity

The device trigger signal output polarity is used to control the polarity configuration of the trigger signal output from the host device or the trigger signal output from the slave device.

0: forward pulse; 1: negative pulse

Attention: This parameter is invalid when the synchronization MODE is set to OB_SYNC_MODE_CLOSE or OB_SYNC_MODE_STANDALONE

Definition at line 901 of file ObTypes.h.

◆ mcuTriggerFrequency

uint16_t OBDeviceSyncConfig::mcuTriggerFrequency

MCU trigger frequency, used to configure the output frequency of MCU trigger signal in MCU master mode, unit: Hz.

This configuration will directly affect the image output frame rate of the Sensor. Unit: FPS (frames per second)

Attention: This parameter is invalid only when the synchronization MODE is set to OB_SYNC_MODE_PRIMARY_MCU_TRIGGER

Definition at line 909 of file ObTypes.h.

◆ deviceId

uint16_t OBDeviceSyncConfig::deviceId

Device number. Users can mark the device with this number.

Definition at line 914 of file ObTypes.h.

The documentation for this struct was generated from the following file:

C:/Users/hzcyf/Projects/openorbbecsdkgroup/OpenOrbbecSDK/include/libobsensor/h/ObTypes.h

Public Attributes