|
public CalculateNormalizedMeanError ( |
||
| target | ||
| parallelTaskCount | ||
| return | Double | |
public static Double CalculateImageNormalizedMeanError(ImageBuffer source, ImageBuffer target, Int32 parallelTaskCount = 4)
{
// checks parameters
Guard.CheckNull(source, "source");
// use other override to calculate error
return(source.CalculateNormalizedMeanError(target, parallelTaskCount));
}
public static Double CalculateImageNormalizedMeanError(Image sourceImage, ImageBuffer target, Int32 parallelTaskCount = 4)
{
// checks parameters
Guard.CheckNull(sourceImage, "sourceImage");
// wraps source image to a buffer
using (ImageBuffer source = new ImageBuffer(sourceImage, ImageLockMode.ReadOnly))
{
// use other override to calculate error
return(source.CalculateNormalizedMeanError(target, parallelTaskCount));
}
}
public static Double CalculateImageNormalizedMeanError(Image sourceImage, Image targetImage, Int32 parallelTaskCount = 4)
{
// checks parameters
Guard.CheckNull(sourceImage, "sourceImage");
Guard.CheckNull(targetImage, "targetImage");
// wraps source image to a buffer
using (ImageBuffer source = new ImageBuffer(sourceImage, ImageLockMode.ReadOnly))
using (ImageBuffer target = new ImageBuffer(targetImage, ImageLockMode.ReadOnly))
{
// use other override to calculate error
return source.CalculateNormalizedMeanError(target, parallelTaskCount);
}
}
public static Double CalculateImageNormalizedMeanError(ImageBuffer source, ImageBuffer target, Int32 parallelTaskCount = 4)
{
// checks parameters
Guard.CheckNull(source, "source");
// use other override to calculate error
return source.CalculateNormalizedMeanError(target, parallelTaskCount);
}