/**
* Validation Metric for the Spatial Similarity Effect.
*
* @param aImageEffectDisable [TAlgoImage] The image with Effect Disable.
* @param aImageEffectEnable [TAlgoImage] The image with Effect Enable.
* @param aMetricParams [TAlgoMetricParams] The metric parameters to be applied.
*
* @return [TAlgoError] EErrorNone if the validation is passed.
*/
TAlgoError ValidationMetricRotationEffect( const TAlgoImage* aImageEffectDisable,
const TAlgoImage* aImageEffectEnable,
const TAlgoMetricParams* aMetricParams )
{
TAlgoError errorCode = EErrorNone ;
ALGO_Log_1("entering %s\n", __FUNCTION__);
ALGO_Log_3("ToleranceR = %f, ToleranceG = %f, ToleranceB = %f\n", aMetricParams->iErrorTolerance.iErrorToleranceR, aMetricParams->iErrorTolerance.iErrorToleranceG, aMetricParams->iErrorTolerance.iErrorToleranceB);
errorCode = GetLumaOn_R_Channel_And_Normalize(aImageEffectDisable, aImageEffectEnable);
if(errorCode!= EErrorNone)
{
return EErrorNotValidated;
}
if (EType0degreesRotation == aMetricParams->iType) //For 0 degrees Rotation Image Metrices.
return ValidationMetric0degreesRotationEffect(aImageEffectDisable,aImageEffectEnable,aMetricParams);
else if (EType90degreesRotation == aMetricParams->iType) //For 90 degrees Rotation Image Metrices.
return ValidationMetric90degreesRotationEffect(aImageEffectDisable,aImageEffectEnable,aMetricParams);
else if (EType180degreesRotation == aMetricParams->iType) //For 180 degrees Rotation Image Metrices.
return ValidationMetric180degreesRotationEffect(aImageEffectDisable,aImageEffectEnable,aMetricParams);
else if (EType270degreesRotation == aMetricParams->iType) //For 270 degrees Rotation Image Metrices.
return ValidationMetric270degreesRotationEffect(aImageEffectDisable,aImageEffectEnable,aMetricParams);
return EErrorNone;
}
/**
* Validation Metric for the Auto Focus Effect.
*
* @param aImageEffectDisable [TAlgoImage] The image with Effect Disable.
* @param aImageEffectEnable [TAlgoImage] The image with Effect Enable.
* @param aMetricParams [TAlgoMetricParams] The metric parameters to be applied.
*
* @return [TAlgoError] EErrorNone if the validation is passed.
*/
TAlgoError ValidationMetricAutoFocusEffect( const TAlgoImage* aImageEffectDisable,
const TAlgoImage* aImageEffectEnable,
const TAlgoMetricParams* aMetricParams )
{
TReal64 HorizPixelDiffEffectEnableR = 0;
//TReal64 HorizPixelDiffEffectEnableG = 0;
//TReal64 HorizPixelDiffEffectEnableB = 0;
TReal64 VertPixelDiffEffectEnableR = 0;
//TReal64 VertPixelDiffEffectEnableG = 0;
//TReal64 VertPixelDiffEffectEnableB = 0;
TReal64 HorizPixelDiffEffectDisableR = 0;
//TReal64 HorizPixelDiffEffectDisableG = 0;
//TReal64 HorizPixelDiffEffectDisableB = 0;
TReal64 VertPixelDiffEffectDisableR = 0;
//TReal64 VertPixelDiffEffectDisableG = 0;
//TReal64 VertPixelDiffEffectDisableB = 0;
//TReal64 HorizPixelDiffEffectEnableLuminance = 0;
//TReal64 VertPixelDiffEffectEnableLuminance = 0;
//TReal64 HorizPixelDiffEffectDisableLuminance = 0;
//TReal64 VertPixelDiffEffectDisableLuminance = 0;
//TReal64 HorizPixelDiffEffectEnableLuminanceFullImage = 0;
//TReal64 VertPixelDiffEffectEnableLuminanceFullImage = 0;
//TReal64 HorizPixelDiffEffectDisableLuminanceFullImage = 0;
//TReal64 VertPixelDiffEffectDisableLuminanceFullImage = 0;
TReal64 tolerance = 0;
TReal64 threshold = 0;
ALGO_Log_1("entering %s\n", __FUNCTION__);
ALGO_Log_3("ToleranceR = %f, ToleranceG = %f, ToleranceB = %f\n", aMetricParams->iErrorTolerance.iErrorToleranceR, aMetricParams->iErrorTolerance.iErrorToleranceG, aMetricParams->iErrorTolerance.iErrorToleranceB);
ALGO_Log_2("iPixelsToGrabX = %d, iPixelsToGrabY = %d\n", aMetricParams->iTestCoordinates.iPixelsToGrabX, aMetricParams->iTestCoordinates.iPixelsToGrabY);
/*
CalculateImageHorizontalDiff( aImageEffectEnable,
&HorizPixelDiffEffectEnableR,
&HorizPixelDiffEffectEnableG,
&HorizPixelDiffEffectEnableB,
&HorizPixelDiffEffectEnableLuminance,
&aMetricParams->iTestCoordinates );
CalculateImageVerticalDiff( aImageEffectEnable,
&VertPixelDiffEffectEnableR,
&VertPixelDiffEffectEnableG,
&VertPixelDiffEffectEnableB,
&VertPixelDiffEffectEnableLuminance,
&aMetricParams->iTestCoordinates );
CalculateImageHorizontalDiff( aImageEffectDisable,
&HorizPixelDiffEffectDisableR,
&HorizPixelDiffEffectDisableG,
&HorizPixelDiffEffectDisableB,
&HorizPixelDiffEffectDisableLuminance,
&aMetricParams->iTestCoordinates );
CalculateImageVerticalDiff( aImageEffectDisable,
&VertPixelDiffEffectDisableR,
&VertPixelDiffEffectDisableG,
&VertPixelDiffEffectDisableB,
&VertPixelDiffEffectDisableLuminance,
&aMetricParams->iTestCoordinates );
ALGO_Log_1("HorizPixelDiffEffectEnableLuminance/HorizPixelDiffEffectDisableLuminance = %1.2lf\n\n", (double)(HorizPixelDiffEffectEnableLuminance/HorizPixelDiffEffectDisableLuminance));
ALGO_Log_1("VertPixelDiffEffectEnableLuminance/VertPixelDiffEffectDisableLuminance = %1.2lf\n\n", (double)(VertPixelDiffEffectEnableLuminance/VertPixelDiffEffectDisableLuminance));
tolerance = ((aMetricParams->iErrorTolerance.iErrorToleranceR) * (AUTO_FOCUS_THRESHOLD - 1))/100;
threshold = AUTO_FOCUS_THRESHOLD - tolerance;
ALGO_Log_1("threshold = %f\n", threshold);
if(((HorizPixelDiffEffectEnableLuminance/HorizPixelDiffEffectDisableLuminance) > threshold) &&
((VertPixelDiffEffectEnableLuminance/VertPixelDiffEffectDisableLuminance) > threshold))
{
return EErrorNone;
}
else
{
return EErrorNotValidated;
}
*/
{
TAlgoError errorCode = EErrorNone ;
errorCode = GetLumaOn_R_Channel_And_Normalize(aImageEffectDisable, aImageEffectEnable);
if(errorCode!= EErrorNone)
{
return EErrorNotValidated;
}
}
CalculateImageHorizontalDiff_R( aImageEffectEnable,
&HorizPixelDiffEffectEnableR,
&aMetricParams->iTestCoordinates );
CalculateImageVerticalDiff_R( aImageEffectEnable,
&VertPixelDiffEffectEnableR,
&aMetricParams->iTestCoordinates );
CalculateImageHorizontalDiff_R( aImageEffectDisable,
&HorizPixelDiffEffectDisableR,
&aMetricParams->iTestCoordinates );
CalculateImageVerticalDiff_R( aImageEffectDisable,
&VertPixelDiffEffectDisableR,
&aMetricParams->iTestCoordinates );
ALGO_Log_1("HorizPixelDiffEffectDisableR = %1.2lf\n\n", (double)(HorizPixelDiffEffectDisableR));
ALGO_Log_1("VertPixelDiffEffectDisableR = %1.2lf\n\n", (double)(VertPixelDiffEffectDisableR));
ALGO_Log_1("HorizPixelDiffEffectEnableR = %1.2lf\n\n", (double)(HorizPixelDiffEffectEnableR));
ALGO_Log_1("VertPixelDiffEffectEnableR = %1.2lf\n\n", (double)(VertPixelDiffEffectEnableR));
ALGO_Log_1("HorizPixelDiffEffectEnableR/HorizPixelDiffEffectDisableR = %1.2lf\n\n", (double)(HorizPixelDiffEffectEnableR/HorizPixelDiffEffectDisableR));
ALGO_Log_1("VertPixelDiffEffectEnableR/VertPixelDiffEffectDisableR = %1.2lf\n\n", (double)(VertPixelDiffEffectEnableR/VertPixelDiffEffectDisableR));
tolerance = ((aMetricParams->iErrorTolerance.iErrorToleranceR) * (AUTO_FOCUS_THRESHOLD - 1))/100;
threshold = AUTO_FOCUS_THRESHOLD - tolerance;
ALGO_Log_1("AUTO_FOCUS_THRESHOLD = %f\n", AUTO_FOCUS_THRESHOLD);
ALGO_Log_1("tolerance_param in percent = %d\n", aMetricParams->iErrorTolerance.iErrorToleranceR);
ALGO_Log_1("threshold = %f\n", threshold);
if(((HorizPixelDiffEffectEnableR/HorizPixelDiffEffectDisableR) > threshold) &&
((VertPixelDiffEffectEnableR/VertPixelDiffEffectDisableR) > threshold))
{
return EErrorNone;
}
else
{
return EErrorNotValidated;
}
}
