IDS Peak comfortSDK, genericSDK, IPL, and AFL developer manuals are external documents. Please contact us if you need them.
Querying and setting BrightnessAutoTarget
comfortC
|
peak_status status = PEAK_STATUS_SUCCESS;
uint32_t target = 0;
peak_access_status accessStatus = peak_AutoBrightness_GetAccessStatus(hCam);
if (PEAK_IS_READABLE(accessStatus))
{
// Auto brightness is readable
// Read the target
status = peak_AutoBrightness_Target_Get(hCam, &target);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
}
if (PEAK_IS_WRITEABLE(accessStatus))
{
// Auto brightness is writeable
uint32_t targetMin = 0;
uint32_t targetMax = 0;
uint32_t targetInc = 0;
// Query the minimum, maximum and increment of the target
status = peak_AutoBrightness_Target_GetRange(hCam, &targetMin, &targetMax, &targetInc);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
// Set the target to 150
status = peak_AutoBrightness_Target_Set(hCam, 150);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
}
|
genericC++
|
// Get the current BrightnessAutoTarget
auto target = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTarget")->Value();
// Query the minimum, maximum and increment of BrightnessAutoTarget
auto targetMin = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTarget")->Minimum();
auto targetMax = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTarget")->Maximum();
auto targetInc = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTarget")->Increment();
// Set BrightnessAutoTarget to 150
m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTarget")->SetValue(150);
|
Querying and setting BrightnessAutoPercentile
comfortC
|
peak_status status = PEAK_STATUS_SUCCESS;
double percentile = 0.0;
peak_access_status accessStatus = peak_AutoBrightness_GetAccessStatus(hCam);
if (PEAK_IS_READABLE(accessStatus))
{
// Auto brightness is readable
// Get the current target percentile
status = peak_AutoBrightness_TargetPercentile_Get(hCam, &percentile);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
}
if (PEAK_IS_WRITEABLE(accessStatus))
{
// Auto brightness is writeable
double percentileMin = 0.0;
double percentileMax = 0.0;
double percentileInc = 0.0;
// Query the minimum, maximum and increment of the target percentile
status = peak_AutoBrightness_TargetPercentile_GetRange(hCam, &percentileMin, &percentileMax, &percentileInc);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
// Set the target percentile to 15
status = peak_AutoBrightness_TargetPercentile_Set(hCam, 15.0);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
}
|
genericC++
|
// Get the current BrightnessAutoPercentile
auto percentile = m_nodemapRemoteDevice->FindNode<peak::core::nodes::FloatNode>("BrightnessAutoPercentile")->Value();
// Query the minimum, maximum and increment of BrightnessAutoPercentile
auto percentileMin = m_nodemapRemoteDevice->FindNode<peak::core::nodes::FloatNode>("BrightnessAutoPercentile")->Minimum();
auto percentileMax = m_nodemapRemoteDevice->FindNode<peak::core::nodes::FloatNode>("BrightnessAutoPercentile")->Maximum();
auto percentileInc = m_nodemapRemoteDevice->FindNode<peak::core::nodes::FloatNode>("BrightnessAutoPercentile")->Increment();
// Set BrightnessAutoPercentile to 15.0
m_nodemapRemoteDevice->FindNode<peak::core::nodes::FloatNode>("BrightnessAutoPercentile")->SetValue(15.0);
|
Querying and setting BrightnessAutoTargetTolerance
comfortC
|
peak_status status = PEAK_STATUS_SUCCESS;
uint32_t targetTolerance = 0;
peak_access_status accessStatus = peak(hCam);
if (PEAK_IS_READABLE(accessStatus))
{
// Auto brightness is readable
// Read the target tolerance
status = peak_AutoBrightness_TargetTolerance_Get(hCam, &targetTolerance);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
}
if (PEAK_IS_WRITEABLE(accessStatus))
{
// Auto brightness is writeable
uint32_t targetToleranceMin = 0;
uint32_t targetToleranceMax = 0;
uint32_t targetToleranceInc = 0;
// Query the minimum, maximum and increment of the target tolerance
status = peak_AutoBrightness_TargetTolerance_GetRange(hCam, &targetToleranceMin, &targetToleranceMax, &targetToleranceInc);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
// Set the target tolerance to 3
status = peak_AutoBrightness_TargetTolerance_Set(hCam, 3);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
}
|
genericC++
|
// Get the current BrightnessAutoTargetTolerance
auto targetTolerance = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTargetTolerance")->Value();
// Query the minimum, maximum and increment of BrightnessAutoTargetTolerance
auto targetToleranceMin = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTargetTolerance")->Minimum();
auto targetToleranceMax = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTargetTolerance")->Maximum();
auto targetToleranceInc = m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTargetTolerance")->Increment();
// Set BrightnessAutoTargetTolerance to 3
m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("BrightnessAutoTargetTolerance")->SetValue(3);
|
Brightness parameters: Querying and setting sub-region
You can set an image area (sub-region) for the brightness control to be applied. Normally, the total image ROI is used for the brightness ROI. To set a different sub-region, first disable SubRegionFollowSource of the brightness ROI. Then you can set the new values for the position and size.
comfortC
|
peak_status status = PEAK_STATUS_SUCCESS;
peak_access_status accessStatus = peak_AutoBrightness_GetAccessStatus(hCam);
if (PEAK_IS_WRITEABLE(accessStatus))
{
status = peak_AutoBrightness_ROI_Mode_Set(hCam, PEAK_AUTO_FEATURE_ROI_MODE_MANUAL);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
peak_roi roi = { { 16, 16 }, { 256, 256 } };
status = peak_AutoBrightness_ROI_Set(hCam, roi);
if (PEAK_ERROR(status)) { /* Error handling ... */ }
}
|
genericC++
|
m_nodemapRemoteDevice->FindNode<peak::core::nodes::EnumerationNode>("SubRegionSelector")->SetCurrentEntry("AutoFeatureBrightnessAuto");
m_nodemapRemoteDevice->FindNode<peak::core::nodes::BooleanNode>("SubRegionFollowSource")->SetValue(false);
m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("SubRegionOffsetX")->SetValue(10);
m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("SubRegionOffsetY")->SetValue(10);
m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("SubRegionOffsetWidth")->SetValue(100);
m_nodemapRemoteDevice->FindNode<peak::core::nodes::IntegerNode>("SubRegionOffsetHeight")->SetValue(100);
|
