Code samples for RemoveIsolatedPixels.
Automatically generated by the Every Method demo.
// Automated test of RemoveIsolatedPixels - Typical Values
// RemoveIsolatedPixels - Remove Pixels of Size < 2
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 2 );



// Automated test of RemoveIsolatedPixels - Alpha Channel - Typical Values
// RemoveIsolatedPixels - Remove Pixels of Size < 2
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 2 );



// Automated test of RemoveIsolatedPixels - 32-Bit RGBA - Typical Values
// RemoveIsolatedPixels - Remove Pixels of Size < 2
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 2 );



// Automated test of RemoveIsolatedPixels - 1-bit - Typical Values
// RemoveIsolatedPixels - Remove Pixels of Size < 2
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 2 );



// Automated test of Monochrome: RemoveIsolatedPixels - Typical Values
// Convert to B+W then RemoveIsolatedPixels - Remove Black Pixels of Size < 2
ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMean );
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 2 );



// Automated test of Monochrome: RemoveIsolatedPixels - Alpha Channel - Typical Values
// Convert to B+W then RemoveIsolatedPixels - Remove Black Pixels of Size < 2
ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMean );
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 2 );



// Automated test of Monochrome: RemoveIsolatedPixels - 32-Bit RGBA - Typical Values
// Convert to B+W then RemoveIsolatedPixels - Remove Black Pixels of Size < 2
ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMean );
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 2 );



// Automated test of Monochrome: RemoveIsolatedPixels - 1-bit - Typical Values
// RemoveIsolatedPixels - Remove Black Pixels of Size < 2
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 2 );



// Automated test of RemoveIsolatedPixels - Random Values
// RemoveIsolatedPixels - Remove Pixels of Size < 16
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 16 );



// Automated test of RemoveIsolatedPixels - Alpha Channel - Random Values
// RemoveIsolatedPixels - Remove Pixels of Size < 16
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 16 );



// Automated test of RemoveIsolatedPixels - 32-Bit RGBA - Random Values
// RemoveIsolatedPixels - Remove Pixels of Size < 16
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 16 );



// Automated test of RemoveIsolatedPixels - 1-bit - Random Values
// RemoveIsolatedPixels - Remove Pixels of Size < 16
ImageEnView1.Proc.RemoveIsolatedPixels( -1, 16 );



// Automated test of Monochrome: RemoveIsolatedPixels - Random Values
// Convert to B+W then RemoveIsolatedPixels - Remove Black Pixels of Size < 16
ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMean );
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 16 );



// Automated test of Monochrome: RemoveIsolatedPixels - Alpha Channel - Random Values
// Convert to B+W then RemoveIsolatedPixels - Remove Black Pixels of Size < 16
ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMean );
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 16 );



// Automated test of Monochrome: RemoveIsolatedPixels - 32-Bit RGBA - Random Values
// Convert to B+W then RemoveIsolatedPixels - Remove Black Pixels of Size < 16
ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMean );
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 16 );



// Automated test of Monochrome: RemoveIsolatedPixels - 1-bit - Random Values
// RemoveIsolatedPixels - Remove Black Pixels of Size < 16
ImageEnView1.Proc.RemoveIsolatedPixels( 0, 16 );

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