Camera Control

Introduction

These functions are responsible for controlling various parameters of the camera.

VxResetUVC

Function:

C++
Python
C#

int VxResetUVC(std::shared_ptr<VxCamera> vxcam)

def VxResetUVC(vxcam)

int VxResetUVC(VxCamera vxcam)

Function Description:

This function is for resetting the UVC device.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
return 0 = PASS, return -1 = FAIL.

Example:

C++
Python
C#

// reset the UVC device
VxResetUVC(vxcam);

# reset the UVC device
pyvizionsdk.VxResetUVC(vxcam)

// reset the UVC device
CSVizionSDK.VxResetUVC(vxcam);

VxGetUVCImageProcessingRange

Function:

C++
Python
C#

int VxGetUVCImageProcessingRange(std::shared_ptr<VxCamera> vxcam,
                                    VX_UVC_IMAGE_PROPERTIES propId,
                                    long& min,
                                    long& max,
                                    long& step,
                                    long& def)

def VxGetUVCImageProcessingRange(vxcam, propId)

int VxGetUVCImageProcessingRange(VxCamera vxcam,
                                  VX_UVC_IMAGE_PROPERTIES propId,
                                  out long min,
                                  out long max,
                                  out long step,
                                  out long def)

Function Description:

This function is for the UVC device to get the range of image processing parameters.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
propId : A VX_UVC_IMAGE_PROPERTIES format UVC image processing property for which the range is being queried.
min : A long type variable to store the minimum allowable value for the property.
max : A long type variable to store the maximum allowable value for the property.
step : A long type variable to store the step value for the property.
def : A long type variable to store the default value for the property.
Return:
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : tuple(return_code, min, max, step, def)
  
  return_code : return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

long min = 0, max = 0, step = 0, def = 0;
auto propId = static_cast<VX_UVC_IMAGE_PROPERTIES>(0);
// get the UVC image processing range
VxGetUVCImageProcessingRange(vxcam, propId, min, max, step, def);

from pyvizionsdk import VX_UVC_IMAGE_PROPERTIES
# get the UVC image processing range
result, brightness_min, brightness_max, brightness_step, brightness_def = pyvizionsdk.VxGetUVCImageProcessingRange(vxcam, VX_UVC_IMAGE_PROPERTIES.UVC_IMAGE_BRIGHTNESS)
print("UVC brightness range:", brightness_min, brightness_max, brightness_step, brightness_def)
print("Return code:", result)

long min, max, step, def;
VX_UVC_IMAGE_PROPERTIES propId = VX_UVC_IMAGE_PROPERTIES.UVC_IMAGE_BRIGHTNESS;
// get the UVC image processing range
CSVizionSDK.VxGetUVCImageProcessingRange(vxcam, propId, out min, out max, out step, out def);

VxGetUVCImageProcessing

Function:

C++
Python
C#

int VxGetUVCImageProcessing(std::shared_ptr<VxCamera> vxcam,
                                VX_UVC_IMAGE_PROPERTIES propId,
                                long& value,
                                int& flag)

def VxGetUVCImageProcessing(vxcam, propId)

int VxGetUVCImageProcessing(VxCamera vxcam,
                            VX_UVC_IMAGE_PROPERTIES propId,
                            out long value,
                            out int flag)

Function Description:

This function is for the UVC device to get the image processing parameters’ current value and the flag to indicate whether the property is in auto mode or not.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
propId : A VX_UVC_IMAGE_PROPERTIES format UVC image processing property for which being queried.
value : A long type variable to store the current value of the property.
flag : An int type variable to indicate whether the property is read only or not. If the flag is 1, it means the property is in auto mode for read-only.
Return:
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : tuple(return_code, value, flag)
  
  return_code : return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

long value = 0;
int flag = 0;
auto propId = static_cast<VX_UVC_IMAGE_PROPERTIES>(0);
// get the UVC image processing
VxGetUVCImageProcessing(vxcam, propId, value, flag);

from pyvizionsdk import VX_UVC_IMAGE_PROPERTIES
# get the UVC image processing
result, brightness, flag = pyvizionsdk.VxGetUVCImageProcessing(vxcam, VX_UVC_IMAGE_PROPERTIES.UVC_IMAGE_BRIGHTNESS)
print("UVC brightness:", brightness)
print("Flag:", flag)
print("Return code:", result)

long value;
int flag;
VX_UVC_IMAGE_PROPERTIES propId = VX_UVC_IMAGE_PROPERTIES.UVC_IMAGE_BRIGHTNESS;
// get the UVC image processing
CSVizionSDK.VxGetUVCImageProcessing(vxcam, propId, out value, out flag);

VxSetUVCImageProcessing

Function:

C++
Python
C#

int VxSetUVCImageProcessing(std::shared_ptr<VxCamera> vxcam,
                                VX_UVC_IMAGE_PROPERTIES propId,
                                long value,
                                int flag)

def VxSetUVCImageProcessing(vxcam, propId, value, flag)

int VxSetUVCImageProcessing(VxCamera vxcam,
                            VX_UVC_IMAGE_PROPERTIES propId,
                            long value,
                            int flag)

Function Description:

This function is for the UVC device to set image processing parameters value and the flag.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
propId : A VX_UVC_IMAGE_PROPERTIES format UVC image processing property for which being queried.
value : A long type variable to set the value of the property.
flag : A int type variable to indicate whether the property is read only or not. If the flag is 1, it means the property is in auto mode for read-only.
return 0 = PASS, return -1 = FAIL.

Example:

C++
Python
C#

// set the brightness to 16
VxSetUVCImageProcessing(vxcam, VX_UVC_IMAGE_PROPERTIES::UVC_IMAGE_BRIGHTNESS, 16, 0);

from pyvizionsdk import VX_UVC_IMAGE_PROPERTIES
# set the UVC image processing
result = pyvizionsdk.VxSetUVCImageProcessing(vxcam, VX_UVC_IMAGE_PROPERTIES.UVC_IMAGE_BRIGHTNESS, 16, 0)
print("Set UVC brightness return code:", result)

// set the brightness to 16
CSVizionSDK.VxSetUVCImageProcessing(vxcam, VX_UVC_IMAGE_PROPERTIES.UVC_IMAGE_BRIGHTNESS, 16, 0);

VxGetISPImageProcessingRange

Function:

C++
Python
C#

int VxGetISPImageProcessingRange(std::shared_ptr<VxCamera> vxcam,
                                    VX_ISP_IMAGE_PROPERTIES propId,
                                    int& min,
                                    int& max,
                                    int& step,
                                    int& def)

def VxGetISPImageProcessingRange(vxcam, propId)

int VxGetISPImageProcessingRange(VxCamera vxcam,
                                  VX_ISP_IMAGE_PROPERTIES propId,
                                  out int min,
                                  out int max,
                                  out int step,
                                  out int def)

Function Description:

This function is for the ISP device to get the range of image processing parameters.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
propId : A VX_ISP_IMAGE_PROPERTIES format ISP image processing property for which the range is being queried.
min : An integer type variable to store the minimum allowable value for the property.
max : An integer type variable to store the maximum allowable value for the property.
step : An integer type variable to store the step value for the property.
def : An integer type variable to store the default value for the property.
Return:
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : tuple(return_code, min, max, step, def)
  
  return_code : return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

int min = 0, max = 0, step = 0, def = 0;
auto propId = static_cast<VX_ISP_IMAGE_PROPERTIES>(0);
// get the ISP image processing range
VxGetISPImageProcessingRange(vxcam, propId, min, max, step, def);

from pyvizionsdk import VX_ISP_IMAGE_PROPERTIES
# get the ISP image processing range
result, brightness_min, brightness_max, brightness_step, brightness_def = pyvizionsdk.VxGetISPImageProcessingRange(vxcam, VX_ISP_IMAGE_PROPERTIES.ISP_IMAGE_BRIGHTNESS)
print("ISP brightness range:", brightness_min, brightness_max, brightness_step, brightness_def)
print("Return code:", result)

int min, max, step, def;
VX_ISP_IMAGE_PROPERTIES propId = VX_ISP_IMAGE_PROPERTIES.ISP_IMAGE_BRIGHTNESS;
// get the ISP image processing range
CSVizionSDK.VxGetISPImageProcessingRange(vxcam, propId, out min, out max, out step, out def);

VxGetISPImageProcessing

Function:

C++
Python
C#

int VxGetISPImageProcessing(std::shared_ptr<VxCamera> vxcam,
                                VX_ISP_IMAGE_PROPERTIES propId,
                                int& value,
                                int& flag)

def VxGetISPImageProcessing(vxcam, propId)

int VxGetISPImageProcessing(VxCamera vxcam,
                            VX_ISP_IMAGE_PROPERTIES propId,
                            out int value,
                            out int flag)

Function Description:

This function is for the ISP device to get an image processing parameter value and the flag.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
propId : A VX_ISP_IMAGE_PROPERTIES format ISP image processing property for which being queried.
value : An integer type variable to store the current value of the property.
flag : An integer type variable to indicate whether the property is read only or not. If the flag is 1, it means the property is read-only.
Return:
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : tuple(return_code, value, flag)
  
  return_code : return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

int value;
int flag = 0;
// get the ISP image processing value and flag
VxGetISPImageProcessing(vxcam, VX_ISP_IMAGE_PROPERTIES::ISP_IMAGE_BRIGHTNESS, value, flag);

from pyvizionsdk import VX_ISP_IMAGE_PROPERTIES
# get the ISP image processing value and flag
result, brightness, flag = pyvizionsdk.VxGetISPImageProcessing(vxcam, VX_ISP_IMAGE_PROPERTIES.ISP_IMAGE_BRIGHTNESS)
print("ISP brightness:", brightness)
print("Flag:", flag)
print("Return code:", result)

int value, flag;
// get the ISP image processing value and flag
CSVizionSDK.VxGetISPImageProcessing(vxcam, VX_ISP_IMAGE_PROPERTIES.ISP_IMAGE_BRIGHTNESS, out value, out flag);

VxSetISPImageProcessing

Function:

C++
Python
C#

int VxSetISPImageProcessing(std::shared_ptr<VxCamera> vxcam,
                            VX_ISP_IMAGE_PROPERTIES propId,
                            int value)

def VxSetISPImageProcessing(vxcam, propId, value)

int VxSetISPImageProcessing(VxCamera vxcam,
                            VX_ISP_IMAGE_PROPERTIES propId,
                            int value)

Function Description:

This function is for the ISP device to set an image processing parameter value.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
propId : A VX_ISP_IMAGE_PROPERTIES format ISP image processing property for which being queried.
value : An integer type variable to set the value of the property.
return 0 = PASS, return -1 = FAIL.

Example:

C++
Python
C#

// set the brightness to 16
VxSetISPImageProcessing(vxcam, VX_ISP_IMAGE_PROPERTIES::ISP_IMAGE_BRIGHTNESS, 16);

from pyvizionsdk import VX_ISP_IMAGE_PROPERTIES
# set the brightness to 16
result = pyvizionsdk.VxSetISPImageProcessing(vxcam, VX_ISP_IMAGE_PROPERTIES.ISP_IMAGE_BRIGHTNESS, 16)
print("Set ISP brightness return code:", result)

// set the brightness to 16
CSVizionSDK.VxSetISPImageProcessing(vxcam, VX_ISP_IMAGE_PROPERTIES.ISP_IMAGE_BRIGHTNESS, 16);

VxSetISPImageProcessingDefault

Function:

C++
Python
C#

int VxSetISPImageProcessingDefault(std::shared_ptr<VxCamera> vxcam)

def VxSetISPImageProcessingDefault(vxcam)

int VxSetISPImageProcessingDefault(VxCamera vxcam)

Function Description:

This function is for the ISP device to set an image processing parameter to the default value.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
return 0 = PASS, return -1 = FAIL.

Example:

C++
Python
C#

// set the ISP image processing to default value
VxSetISPImageProcessingDefault(vxcam);

# set the ISP image processing to default value
result = pyvizionsdk.VxSetISPImageProcessingDefault(vxcam)
print("Return code:", result)

// set the ISP image processing to default value
CSVizionSDK.VxSetISPImageProcessingDefault(vxcam);

VxGetCurrentGain

Function:

C++
Python
C#

int VxGetCurrentGain(std::shared_ptr<VxCamera> vxcam, uint8_t& gain)

def VxGetCurrentGain(vxcam)

int VxGetCurrentGain(VxCamera vxcam, out byte gain)

Function Description:

This function is for the device to obtain the current exposure gain value.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
gain : A reference of the uint8_t(byte) variable that stores the gain value.
Return:
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : tuple(return_code, gain)
  
  return_code : return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

uint8_t gain;
// get the gain value
VxGetCurrentGain(vxcam, gain);

# get the gain value
result, gain = pyvizionsdk.VxGetCurrentGain(vxcam)
print("Gain value:", gain)
print("Return code:", result)

byte gain;
// get the gain value
CSVizionSDK.VxGetCurrentGain(vxcam, out gain);

VxGetCurrentExposure

Function:

C++
Python
C#

int VxGetCurrentExposure(std::shared_ptr<VxCamera> vxcam, uint32_t& exp)

def VxGetCurrentExposure(vxcam)

int VxGetCurrentExposure(VxCamera vxcam, out uint exp)

Function Description:

This function is for the device to obtain the current exposure time value.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
exp : A reference of the uint32_t(uint) variable which stored the exposure value.
Return:
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : tuple(return_code, exp)
  
  return_code : return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

uint32_t exp;
// get the exposure time value
VxGetCurrentGain(vxcam, exp);

# get the exposure value
result, exp = pyvizionsdk.VxGetCurrentExposure(vxcam)
print("Exposure value:", exp)
print("Return code:", result)

uint exp;
// get the exposure time value
CSVizionSDK.VxGetCurrentGain(vxcam, out exp);

VxGetMaxFPS & VxSetMaxFPS

Function:

C++
Python
C#

int VxGetMaxFPS(std::shared_ptr<VxCamera> vxcam, uint8_t& fps)
int VxSetMaxFPS(std::shared_ptr<VxCamera> vxcam, uint8_t fps)

def VxGetMaxFPS(vxcam)
def VxSetMaxFPS(vxcam, fps)

int VxGetMaxFPS(VxCamera vxcam, out byte fps)
int VxSetMaxFPS(VxCamera vxcam, byte fps)

Function Description:

VxGetMaxFPS : This function is for retrieving the maximum frame rate supported by the camera.
VxSetMaxFPS : This function is for the device to set the maximum frame rate

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
fps : A reference of a uint8_t(byte) variable that will be used to get or set the maximum frame rate.
VxGetMaxFPS :
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : return tuple(return_code, fps)
  
  return_code: return 0 = PASS, return -1 = FAIL
- VxSetMaxFPS : return 0 = PASS, return -1 = FAIL.

Example:

C++
Python
C#

uint8_t max_fps;
// get the maximum frame rate
VxGetMaxFPS(vxcam, max_fps);
// Set the frame rate to the maximum value
VxSetMaxFPS(vxcam, max_fps);

# get the maximum frame rate
result, max_fps = pyvizionsdk.VxGetMaxFPS(vxcam, max_fps)
print("Max FPS:", max_fps)
print("Return code:", result)
# Set the frame rate to the maximum value
result = pyvizionsdk.VxSetMaxFPS(vxcam, max_fps)
print("Return code:", result)

byte max_fps;
// get the maximum frame rate
CSVizionSDK.VxGetMaxFPS(vxcam, out max_fps);
// Set the frame rate to the maximum value
CSVizionSDK.VxSetMaxFPS(vxcam, max_fps);

VxGetThroughPut & VxSetThroughPut

Function:

C++
Python
C#

int VxGetThroughPut(std::shared_ptr<VxCamera> vxcam, uint16_t& throughPut)
int VxSetThroughPut(std::shared_ptr<VxCamera> vxcam, uint16_t throughPut)

def VxGetThroughPut(vxcam)
def VxSetThroughPut(vxcam, throughPut)

int VxGetThroughPut(VxCamera vxcam, out ushort throughPut)
int VxSetThroughPut(VxCamera vxcam, ushort throughPut)

Function Description:

VxGetThroughPut : This function is for retrieving the throughput value from the camera.
VxSetThroughPut : This function is for the device to set the throughput value.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
throughPut : A uint16_t(ushort) variable that will be used to get or set the throughput value.
VxGetThroughPut :
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python : return tuple(return_code, throughPut)
  
  return_code : return 0 = PASS, return -1 = FAIL
VxSetThroughPut : return 0 = PASS, return -1 = FAIL.

Example:

C++
Python
C#

uint16_t throughPut;
// get the throughPut
VxGetThroughPut(vxcam, throughPut);
// set the throughPut
VxSetThroughPut(vxcam, throughPut);

# get the throughput value
result, throughPut = pyvizionsdk.VxGetThroughPut(vxcam)
print("ThroughPut:", throughPut)
print("Return code:", result)
# Set the throughput value
result = pyvizionsdk.VxSetThroughPut(vxcam, throughPut)
print("Return code:", result)

ushort throughPut;
// get the throughPut
CSVizionSDK.VxGetThroughPut(vxcam, out throughPut);
// set the throughPut
CSVizionSDK.VxSetThroughPut(vxcam, throughPut);

VxGetTimestamp & VxGetFrameCount

Function:

C++
Python
C#

int VxGetTimestamp(std::shared_ptr<VxCamera> vxcam, float& timestamp)
int VxGetFrameCount(std::shared_ptr<VxCamera> vxcam, uint8_t& frameCount)

def VxGetTimestamp(vxcam)
def VxGetFrameCount(vxcam)

int VxGetTimestamp(VxCamera vxcam, out float timestamp)
int VxGetFrameCount(VxCamera vxcam, out byte frameCount)

Function Description:

VxGetTimeStamp : This function is for retrieving the timestamp value from the camera.
VxGetFrameCount : This function is for retrieving the frame count value from the camera.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
timestamp : A float variable that will be used to get the timestamp value.
frameCount : A uint8_t(byte) variable that will be used to get the frame count value.
VxGetTimestamp & VxGetFrameCount:
- C++ / C# : return 0 = PASS, return -1 = FAIL
- Python :
  1. VxGetTimestamp : return tuple(return_code, timestamp)
  2. VxGetFrameCount : return tuple(return_code, frameCount)
  return_code : return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

// get image
uint8_t* raw_data = new uint8_t[3840 * 2160 * 2];
int raw_size = 0;
VxGetImage(vxcam, raw_data, &raw_size, 3000)

// get the timestamp and frame count value after getting image
float timestamp;
uint8_t framecnt;
VxGetTimestamp(vxcam, timestamp);
VxGetFrameCount(vxcam, framecnt);
std::cout << "TimeStamp: " << timestamp << std::endl;
std::cout << "framecnt: " << framecnt << std::endl;

# get image
result, format_list = pyvizionsdk.VxGetFormatList(vxcam)
mjpg_format = None
min_resolution = float('inf')
for format in format_list:
    # get mjpg format and minimum resolution
    if format.format == VX_IMAGE_FORMAT.VX_IMAGE_FORMAT_MJPG:
        resolution = format.width * format.height
        if resolution < min_resolution:
            min_resolution = resolution
            mjpg_format = format
result, image = pyvizionsdk.VxGetImage(vxcam, 1000, mjpg_format)

# get the timestamp and frame count value after getting image
result, timestamp = pyvizionsdk.VxGetTimestamp(vxcam)
print("Timestamp: ", timestamp)
result, frameCount = pyvizionsdk.VxGetFrameCount(vxcam)
print("FrameCount: ", frameCount)

// get image
int dataSize;
byte[] buffer = new byte[width * height * 2];
VX_CAPTURE_RESULT result = CSVizionSDK.VxGetImage(cam, buffer, out dataSize, 3000);

// get the timestamp and frame count value after getting image
float timestamp;
byte framecnt;
CSVizionSDK.VxGetTimestamp(vxcam, out timestamp);
CSVizionSDK.VxGetFrameCount(vxcam, out framecnt);
Console.WriteLine($"Timestamp / FrameCount: {timestamp} / {framecnt}");

VxResetTimestamp & VxResetFrameCount

warning

These reset functions must be used when the camera is not in standby mode.

Function:

C++
Python
C#

int VxResetTimestamp(std::shared_ptr<VxCamera> vxcam)
int VxResetFrameCount(std::shared_ptr<VxCamera> vxcam)

def VxResetTimestamp(vxcam)
def VxResetFrameCount(vxcam)

int VxResetTimestamp(VxCamera vxcam)
int VxResetFrameCount(VxCamera vxcam)

Function Description:

VxResetTimeStamp : This function is for resetting the timestamp value from the camera.
VxResetFrameCount : This function is for resetting the frame count value from the camera.

Parameter Description:

vxcam : A pointer shared ownership of a camera obtained from VxInitialCameraDevice().
VxResetTimestamp & VxResetFrameCount: return 0 = PASS, return -1 = FAIL

Example:

C++
Python
C#

// start streaming
VxStartStreaming(vxcam);
// reset the timestamp and frame count
VxResetTimestamp(vxcam);
VxResetFrameCount(vxcam);

# start streaming
pyvizionsdk.VxStartStreaming(vxcam)
# reset the timestamp and frame count
pyvizionsdk.VxResetTimestamp(vxcam)
pyvizionsdk.VxResetFrameCount(vxcam)

// start streaming
CSVizionSDK.VxStartStreaming(vxcam);
// reset the timestamp and frame count
CSVizionSDK.VxResetTimestamp(vxcam);
CSVizionSDK.VxResetFrameCount(vxcam);

Parameter Structure

VX_UVC_IMAGE_PROPERTIES

C++
Python
C#

enum class VX_UVC_IMAGE_PROPERTIES {
    UVC_IMAGE_BRIGHTNESS,
    UVC_IMAGE_CONTRAST,
    UVC_IMAGE_HUE,
    UVC_IMAGE_SATURATION,
    UVC_IMAGE_SHARPNESS,
    UVC_IMAGE_GAMMA,
    UVC_IMAGE_COLORENABLE,
    UVC_IMAGE_WHITEBALANCE,
    UVC_IMAGE_BACKLIGHT_COMPENSATION,
    UVC_IMAGE_GAIN,
    UVC_IMAGE_PAN,
    UVC_IMAGE_TILT,
    UVC_IMAGE_ROLL,
    UVC_IMAGE_ZOOM,
    UVC_IMAGE_EXPOSURE,
    UVC_IMAGE_IRIS,
    UVC_IMAGE_FOCUS,
    UVC_IMAGE_PROP_MAX
}

class VX_UVC_IMAGE_PROPERTIES(Enum):
    UVC_IMAGE_BRIGHTNESS = 0
    UVC_IMAGE_CONTRAST = 1
    UVC_IMAGE_HUE = 2
    UVC_IMAGE_SATURATION = 3
    UVC_IMAGE_SHARPNESS = 4
    UVC_IMAGE_GAMMA = 5
    UVC_IMAGE_COLORENABLE = 6
    UVC_IMAGE_WHITEBALANCE = 7
    UVC_IMAGE_BACKLIGHT_COMPENSATION = 8
    UVC_IMAGE_GAIN = 9
    UVC_IMAGE_PAN = 10
    UVC_IMAGE_TILT = 11
    UVC_IMAGE_ROLL = 12
    UVC_IMAGE_ZOOM = 13
    UVC_IMAGE_EXPOSURE = 14
    UVC_IMAGE_IRIS = 15
    UVC_IMAGE_FOCUS = 16
    UVC_IMAGE_PROP_MAX = 17

public enum VX_UVC_IMAGE_PROPERTIES {
    UVC_IMAGE_BRIGHTNESS,
    UVC_IMAGE_CONTRAST,
    UVC_IMAGE_HUE,
    UVC_IMAGE_SATURATION,
    UVC_IMAGE_SHARPNESS,
    UVC_IMAGE_GAMMA,
    UVC_IMAGE_COLORENABLE,
    UVC_IMAGE_WHITEBALANCE,
    UVC_IMAGE_BACKLIGHT_COMPENSATION,
    UVC_IMAGE_GAIN,
    UVC_IMAGE_PAN,
    UVC_IMAGE_TILT,
    UVC_IMAGE_ROLL,
    UVC_IMAGE_ZOOM,
    UVC_IMAGE_EXPOSURE,
    UVC_IMAGE_IRIS,
    UVC_IMAGE_FOCUS,
    UVC_IMAGE_PROP_MAX
}

VX_ISP_IMAGE_PROPERTIES

ISP Image Properties	min	max	step	default	Description	Notes
BRIGHTNESS	-10	10	1	0
CONTRAST	-50	50	1	0
SATURATION	0	50	1	10
WHITEBALANCE_MODE	0	1	1	1	Manual Temperature (0) Auto (1)
WHITEBALANCE_TEMPERATURE	2300	15000	1	5000
EXPOSURE_MODE	0	2	1	1	Manual Mode (0) Auto Mode (1) Auto gain (2)
EXPOSURE_TIME	1	1000000	1	33333
EXPOSURE_MIN_TIME	1	1000000	1			The default value is followed by VxExposure.yaml min value
EXPOSURE_MAX_TIME	1	1000000	1			The default value is followed by VxExposure.yaml max value
EXPOSURE_GAIN	1	64	1	1
GAMMA	4	79	1	22
SHARPNESS	-20	20	1	0
BACKLIGHT_COMPENSATION	-150	150	1	10
SPECIAL_EFFECT_MODE	0	4	1	0	Normal Mode (0) Black White Mode (1) Grayscale Mode (2) Negative Mode (3) Sketch Mode (4)
DENOISE	-20	20	1	0
FLIP_MODE	0	3	1	0	Normal (0) H-Mirror (1) V-Mirror (2) Rotate-180 (3)
PAN	0	10	1	5
TILT	0	10	1	5
ZOOM	10	80	1	10
FLICK_MODE	0	3	1	0	Disable (0) 50Hz (1) 60Hz (2) Auto (3)
JPEG_QUALITY	0	255	1	233
TRIGGER_MODE	0	3	1	0	Disable (0) Sync (1) Periodic (2) Non Periodic(3)	Supported Device: TEVS cameras
EHDR_MODE	0	1	1	0	Enable (0) Disable (1)	Disable mode will turn off the eHDR effect
EHDR_EXPOSURE_MIN_NUMBER	1	4	1	1
EHDR_EXPOSURE_MAX_NUMBER	1	4	1	4

info

eHDR features are only supported on the following devices:

VCS-AR0821 / VCS-AR0822
VC-VLS-AR0821 / VC-VLS-AR0822
VC-VL-GM2-AR0821 / VC-VL-GM2-AR0822

C++
Python
C#

enum class VX_ISP_IMAGE_PROPERTIES {
    ISP_IMAGE_BRIGHTNESS,
    ISP_IMAGE_CONTRAST,
    ISP_IMAGE_SATURATION,
    ISP_IMAGE_WHITEBALANCE_MODE,
    ISP_IMAGE_WHITEBALANCE_TEMPERATURE,
    ISP_IMAGE_EXPOSURE_MODE,
    ISP_IMAGE_EXPOSURE_TIME,
    ISP_IMAGE_EXPOSURE_MIN_TIME,
    ISP_IMAGE_EXPOSURE_MAX_TIME,
    ISP_IMAGE_EXPOSURE_GAIN,
    ISP_IMAGE_GAMMA,
    ISP_IMAGE_SHARPNESS,
    ISP_IMAGE_BACKLIGHT_COMPENSATION,
    ISP_IMAGE_SPECIAL_EFFECT_MODE,
    ISP_IMAGE_DENOISE,
    ISP_IMAGE_FLIP_MODE,
    ISP_IMAGE_PAN,
    ISP_IMAGE_TILT,
    ISP_IMAGE_ZOOM,
    ISP_IMAGE_FLICK_MODE,
    ISP_IMAGE_JPEG_QUALITY,
    ISP_IMAGE_TRIGGER_MODE,
    ISP_IMAGE_EHDR_MODE,
    ISP_EHDR_EXPOSURE_MIN_NUMBER,
    ISP_EHDR_EXPOSURE_MAX_NUMBER,
    ISP_IMAGE_PROP_MAX
}

class VX_ISP_IMAGE_PROPERTIES(Enum):
    ISP_IMAGE_BRIGHTNESS = 0
    ISP_IMAGE_CONTRAST = 1
    ISP_IMAGE_SATURATION = 2
    ISP_IMAGE_WHITEBALANCE_MODE = 3
    ISP_IMAGE_WHITEBALANCE_TEMPERATURE = 4
    ISP_IMAGE_EXPOSURE_MODE = 5
    ISP_IMAGE_EXPOSURE_TIME = 6
    ISP_IMAGE_EXPOSURE_MIN_TIME = 7
    ISP_IMAGE_EXPOSURE_MAX_TIME = 8
    ISP_IMAGE_EXPOSURE_GAIN = 9
    ISP_IMAGE_GAMMA = 10
    ISP_IMAGE_SHARPNESS = 11
    ISP_IMAGE_BACKLIGHT_COMPENSATION = 12
    ISP_IMAGE_SPECIAL_EFFECT_MODE = 13
    ISP_IMAGE_DENOISE = 14
    ISP_IMAGE_FLIP_MODE = 15
    ISP_IMAGE_PAN = 16
    ISP_IMAGE_TILT = 17
    ISP_IMAGE_ZOOM = 18
    ISP_IMAGE_FLICK_MODE = 19
    ISP_IMAGE_JPEG_QUALITY = 20
    ISP_IMAGE_TRIGGER_MODE = 21
    ISP_IMAGE_EHDR_MODE = 22
    ISP_EHDR_EXPOSURE_MAX_NUMBER = 23
    ISP_EHDR_EXPOSURE_MIN_NUMBER = 24
    ISP_IMAGE_PROP_MAX = 25

public enum VX_ISP_IMAGE_PROPERTIES {
    ISP_IMAGE_BRIGHTNESS,
    ISP_IMAGE_CONTRAST,
    ISP_IMAGE_SATURATION,
    ISP_IMAGE_WHITEBALANCE_MODE,
    ISP_IMAGE_WHITEBALANCE_TEMPERATURE,
    ISP_IMAGE_EXPOSURE_MODE,
    ISP_IMAGE_EXPOSURE_TIME,
    ISP_IMAGE_EXPOSURE_MIN_TIME,
    ISP_IMAGE_EXPOSURE_MAX_TIME,
    ISP_IMAGE_EXPOSURE_GAIN,
    ISP_IMAGE_GAMMA,
    ISP_IMAGE_SHARPNESS,
    ISP_IMAGE_BACKLIGHT_COMPENSATION,
    ISP_IMAGE_SPECIAL_EFFECT_MODE,
    ISP_IMAGE_DENOISE,
    ISP_IMAGE_FLIP_MODE,
    ISP_IMAGE_PAN,
    ISP_IMAGE_TILT,
    ISP_IMAGE_ZOOM,
    ISP_IMAGE_FLICK_MODE,
    ISP_IMAGE_JPEG_QUALITY,
    ISP_IMAGE_TRIGGER_MODE,
    ISP_IMAGE_EHDR_MODE,
    ISP_EHDR_EXPOSURE_MIN_NUMBER,
    ISP_EHDR_EXPOSURE_MAX_NUMBER,
    ISP_IMAGE_PROP_MAX
}

Introduction​

VxResetUVC​

VxGetUVCImageProcessingRange​

VxGetUVCImageProcessing​

VxSetUVCImageProcessing​

VxGetISPImageProcessingRange​

VxGetISPImageProcessing​

VxSetISPImageProcessing​

VxSetISPImageProcessingDefault​

VxGetCurrentGain​

VxGetCurrentExposure​

VxGetMaxFPS & VxSetMaxFPS​

VxGetThroughPut & VxSetThroughPut​

VxGetTimestamp & VxGetFrameCount​

VxResetTimestamp & VxResetFrameCount​

Parameter Structure​

VX_UVC_IMAGE_PROPERTIES​

VX_ISP_IMAGE_PROPERTIES​

Introduction

VxResetUVC

VxGetUVCImageProcessingRange

VxGetUVCImageProcessing

VxSetUVCImageProcessing

VxGetISPImageProcessingRange

VxGetISPImageProcessing

VxSetISPImageProcessing

VxSetISPImageProcessingDefault

VxGetCurrentGain

VxGetCurrentExposure

VxGetMaxFPS & VxSetMaxFPS

VxGetThroughPut & VxSetThroughPut

VxGetTimestamp & VxGetFrameCount

VxResetTimestamp & VxResetFrameCount

Parameter Structure

VX_UVC_IMAGE_PROPERTIES

VX_ISP_IMAGE_PROPERTIES