Types

Classes
struct	OWLIFT.OwDecodeRange
struct	OWLIFT.OwDateTime

Enumerations
enum	OWLIFT.OwHostErrorCode : int { OWLIFT.OwHostErrorCode.OK = 0 }
enum	OWLIFT.OwSensorErrorCode : int { OWLIFT.OwSensorErrorCode.OK = 0 }
enum	OWLIFT.OwFirmwareErrorCode : byte { OWLIFT.OwFirmwareErrorCode.OK = 0 }
enum	OWLIFT.OwFrameRate : int { OWLIFT.OwFrameRate.DEFAULT = 0, OWLIFT.OwFrameRate.F8P6 = 0, OWLIFT.OwFrameRate.F25P9 = 1 }
enum	OWLIFT.OwStatus : int {   OWLIFT.OwStatus.OK = 0, OWLIFT.OwStatus.INTERNAL_ERROR = 1, OWLIFT.OwStatus.NO_MEMORY = 2, OWLIFT.OwStatus.DEVICE_NOT_FOUND = 3,   OWLIFT.OwStatus.DEVICE_NOT_READY = 4, OWLIFT.OwStatus.DEVICE_UNSUPPORTED = 5, OWLIFT.OwStatus.NOT_ENOUGH_SIZE = 6, OWLIFT.OwStatus.NOT_YET = 7,   OWLIFT.OwStatus.FIRMWARE_ERROR = 10, OWLIFT.OwStatus.SENSOR_ERROR = 11, OWLIFT.OwStatus.DIRECTSHOW_ERROR = 12, OWLIFT.OwStatus.NULL_POINTER = 20,   OWLIFT.OwStatus.INVALID_VALUE = 21, OWLIFT.OwStatus.INVALID_STATE = 22, OWLIFT.OwStatus.FILE_IO_ERROR = 23, OWLIFT.OwStatus.INVALID_FILE_FORMAT = 24,   OWLIFT.OwStatus.END_OF_FILE = 25, OWLIFT.OwStatus.INCOMPATIBLE = 26 }
enum	OWLIFT.OwDecodeType : int {   OWLIFT.OwDecodeType.UNKNOWN = -1, OWLIFT.OwDecodeType.RAW_14 = 0, OWLIFT.OwDecodeType.TEMPERATURE_16 = 1, OWLIFT.OwDecodeType.GRAY_8 = 10,   OWLIFT.OwDecodeType.NON_LINEAR_AGC_GRAY_8 = 11, OWLIFT.OwDecodeType.AGC_GRAY_8 = 11, OWLIFT.OwDecodeType.LINEAR_AGC_GRAY_8 = 12, OWLIFT.OwDecodeType.BLUE_ORANGE_24 = 20,   OWLIFT.OwDecodeType.NON_LINEAR_AGC_BLUE_ORANGE_24 = 21, OWLIFT.OwDecodeType.AGC_BLUE_ORANGE_24 = 21, OWLIFT.OwDecodeType.LINEAR_AGC_BLUE_ORANGE_24 = 22, OWLIFT.OwDecodeType.BLUE_ORANGE_32 = 30,   OWLIFT.OwDecodeType.NON_LINEAR_AGC_BLUE_ORANGE_32 = 31, OWLIFT.OwDecodeType.AGC_BLUE_ORANGE_32 = 31, OWLIFT.OwDecodeType.LINEAR_AGC_BLUE_ORANGE_32 = 32, OWLIFT.OwDecodeType.RAINBOW_24 = 40,   OWLIFT.OwDecodeType.NON_LINEAR_AGC_RAINBOW_24 = 41, OWLIFT.OwDecodeType.AGC_RAINBOW_24 = 41, OWLIFT.OwDecodeType.LINEAR_AGC_RAINBOW_24 = 42, OWLIFT.OwDecodeType.RAINBOW_32 = 50,   OWLIFT.OwDecodeType.NON_LINEAR_AGC_RAINBOW_32 = 51, OWLIFT.OwDecodeType.AGC_RAINBOW_32 = 51, OWLIFT.OwDecodeType.LINEAR_AGC_RAINBOW_32 = 52, OWLIFT.OwDecodeType.GRAY_16 = 60,   OWLIFT.OwDecodeType.NON_LINEAR_AGC_GRAY_16 = 61, OWLIFT.OwDecodeType.LINEAR_AGC_GRAY_16 = 62, OWLIFT.OwDecodeType.BLUE_ORANGE_16 = 70, OWLIFT.OwDecodeType.NON_LINEAR_AGC_BLUE_ORANGE_16 = 71,   OWLIFT.OwDecodeType.LINEAR_AGC_BLUE_ORANGE_16 = 72, OWLIFT.OwDecodeType.RAINBOW_16 = 80, OWLIFT.OwDecodeType.NON_LINEAR_AGC_RAINBOW_16 = 81, OWLIFT.OwDecodeType.LINEAR_AGC_RAINBOW_16 = 82 }
enum	OWLIFT.OwWindowCorrectionType : int { OWLIFT.OwWindowCorrectionType.NONE, OWLIFT.OwWindowCorrectionType.GAT05_STD_HOUSING }
enum	OWLIFT.OwConfigFlag : ushort { OWLIFT.OwConfigFlag.ALWAYS_ON = (1 << 0) }

Detailed Description

Enumeration Type Documentation

OwConfigFlag

enum OWLIFT.OwConfigFlag : ushort

strong

Represents flags of the device configuration.

Enumerator
ALWAYS_ON	Always turn on the sensor's power while not playing (default value).

OwDecodeType

enum OWLIFT.OwDecodeType : int

strong

Represents the image decoding type.

Enumerator
UNKNOWN	Not specified.
RAW_14	Converts byte order of raw data to host endian. The format of raw data is 2 bytes per pixel, 14 effective bits, big-endian.
TEMPERATURE_16	Converts raw data to 16-bit temperature data.
GRAY_8	Converts raw data to 8bit gray scale data with Manual Gain Control.
NON_LINEAR_AGC_GRAY_8	Converts raw data to 8bit gray scale data with Nonlinear Auto Gain Control.
AGC_GRAY_8	Same as NON_LINEAR_AGC_GRAY_8.
LINEAR_AGC_GRAY_8	Converts raw data to 8bit gray scale data with Linear Auto Gain Control.
BLUE_ORANGE_24	Converts raw data to 24-bit RGB data with "Blue Orange" color table and Manual Gain Control.
NON_LINEAR_AGC_BLUE_ORANGE_24	Converts raw data to 24-bit RGB data with "Blue Orange" color table and Nonlinear Auto Gain Control.
AGC_BLUE_ORANGE_24	Same as NON_LINEAR_AGC_BLUE_ORANGE_24.
LINEAR_AGC_BLUE_ORANGE_24	Converts raw data to 24-bit RGB data with "Blue Orange" color table and Linear Auto Gain Control.
BLUE_ORANGE_32	Converts raw data to 32-bit RGB data with "Blue Orange" color table and Manual Gain Control.
NON_LINEAR_AGC_BLUE_ORANGE_32	Converts raw data to 32-bit RGB data with "Blue Orange" color table and Nonlinear Auto Gain Control.
AGC_BLUE_ORANGE_32	Same as NON_LINEAR_AGC_BLUE_ORANGE_32.
LINEAR_AGC_BLUE_ORANGE_32	Converts raw data to 32-bit RGB data with "Blue Orange" color table and Linear Auto Gain Control.
RAINBOW_24	Converts raw data to 24-bit RGB data with "Rainbow" color table and Manual Gain Control.
NON_LINEAR_AGC_RAINBOW_24	Converts raw data to 24-bit RGB data with "Rainbow" color table and Nonlinear Gain Control.
AGC_RAINBOW_24	Same as NON_LINEAR_AGC_RAINBOW_24.
LINEAR_AGC_RAINBOW_24
RAINBOW_32	Converts raw data to 32-bit RGB data with "Rainbow" color table and Manual Gain Control.
NON_LINEAR_AGC_RAINBOW_32	Converts raw data to 32-bit RGB data with "Rainbow" color table and Nonlinear Gain Control.
AGC_RAINBOW_32	Same as NON_LINEAR_AGC_RAINBOW_32.
LINEAR_AGC_RAINBOW_32	Converts raw data to 32-bit RGB data with "Rainbow" color table and Linear Gain Control.
GRAY_16	Converts raw data to gray scale data as RGB565 with Manual Gain Control.
NON_LINEAR_AGC_GRAY_16	Converts raw data to gray scale data as RGB565 with Nonlinear Auto Gain Control.
LINEAR_AGC_GRAY_16	Converts raw data to gray scale data as RGB565 with Linear Auto Gain Control.
BLUE_ORANGE_16	Converts raw data to RGB565 data with "Blue Orange" color table and Manual Gain Control.
NON_LINEAR_AGC_BLUE_ORANGE_16	Converts raw data to RGB565 data with "Blue Orange" color table and Nonlinear Auto Gain Control.
LINEAR_AGC_BLUE_ORANGE_16	Converts raw data to RGB565 data with "Blue Orange" color table and Linear Auto Gain Control.
RAINBOW_16	Converts raw data to RGB565 data with "Rainbow" color table and Manual Gain Control.
NON_LINEAR_AGC_RAINBOW_16	Converts raw data to RGB565 data with "Rainbow" color table and Nonlinear Gain Control.
LINEAR_AGC_RAINBOW_16	Converts raw data to RGB565 data with "Rainbow" color table and Linear Gain Control.

OwFirmwareErrorCode

enum OWLIFT.OwFirmwareErrorCode : byte

strong

Represents a device error code.

Enumerator
OK

OwFrameRate

enum OWLIFT.OwFrameRate : int

strong

Represents a frame rate for image output.

Enumerator
DEFAULT	Default value (8.6fps)
F8P6	8.6fps
F25P9	25.9fps As the sensor's performance is 8.6 fps, 3 continuous frames are same data if 25.9 fps is specified. That is substantially 8.6 fps. However Telemetry Data is updated in every frame. This value works only for OWLIFT Type-A/B.

OwHostErrorCode

enum OWLIFT.OwHostErrorCode : int

strong

Represents a host error code (HRESULT). See the documents of MSDN (Microsoft Developer Network) about HRESULT type.

Enumerator
OK

OwSensorErrorCode

enum OWLIFT.OwSensorErrorCode : int

strong

Represents an IR sensor error code. This type defines only one consntant that means no-error, but if an error occurred this type means "Response Error Code" in "CCI/TWI Status Register". See this document for detail.

Enumerator
OK	No error.

OwStatus

enum OWLIFT.OwStatus : int

strong

Represents a library error code.

Enumerator
OK	Success.
INTERNAL_ERROR	Library's internal error.
NO_MEMORY	Not enough memory.
DEVICE_NOT_FOUND	No device was found.
DEVICE_NOT_READY	Device is not ready.
DEVICE_UNSUPPORTED	Unsupported device.
NOT_ENOUGH_SIZE	Not enough size of the area.
NOT_YET	Processing is not completed.
FIRMWARE_ERROR	Error occurred in device firmware.
SENSOR_ERROR	Error occurred in device sensor.
DIRECTSHOW_ERROR	Error occurred in DirectShow.
NULL_POINTER	Argument as a pointer type is NULL.
INVALID_VALUE	Value of argument is invalid.
INVALID_STATE	Function is called in invalid state.
FILE_IO_ERROR	File I/O error occurred.
INVALID_FILE_FORMAT	Invalid file format.
END_OF_FILE	End of file.
INCOMPATIBLE	Incompatible.

OwWindowCorrectionType

enum OWLIFT.OwWindowCorrectionType : int

strong

Enumerator
NONE	No protection window.
GAT05_STD_HOUSING	GAT-05 / Standard housing