// Load test image ImageEnView1.IO.LoadFromFile( 'D:\TestImage.jpg' );
ConvertTo // Convert to a 4-color ordered palette ImageEnView1.Proc.ConvertTo( 4, ieOrdered );
// Convert to a 4-color dithered palette ImageEnView1.Proc.ConvertTo( 4, ieDithering );
// Convert to a 16-color ordered palette ImageEnView1.Proc.ConvertTo( 16, ieOrdered );
// Convert to a 16-color dithered palette ImageEnView1.Proc.ConvertTo( 16, ieDithering );
// Convert to a 64-color ordered palette ImageEnView1.Proc.ConvertTo( 64, ieOrdered );
// Convert to a 64-color dithered palette ImageEnView1.Proc.ConvertTo( 64, ieDithering );
ConvertToBW_FloydSteinberg // Convert true color image to black & white using the Floyd-Steinberg algorithm ImageEnView1.Proc.ConvertToBW_FloydSteinberg();
ConvertToBWLocalThreshold // Convert true color image to black & white using a local threshold algorithm (mean) ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMean );
// Convert true color image to black & white using a local threshold algorithm (median) ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMedian );
// Convert true color image to black & white using a local threshold algorithm (min/max mean) ImageEnView1.Proc.ConvertToBWLocalThreshold( 4, ietMeanMinMax );
ConvertToBWOrdered // Convert true color image to black & white with an ordered dithering method ImageEnView1.Proc.ConvertToBWOrdered();
ConvertToBWThreshold // Convert true color image to black & white using a thresholding algorithm ImageEnView1.Proc.ConvertToBWThreshold( 128 );
// Convert true color image to black & white using a thresholding algorithm (using the average level) ImageEnView1.Proc.ConvertToBWThreshold( -1 );
// Convert true color image to black & white using a thresholding algorithm (using maximum entropy) ImageEnView1.Proc.ConvertToBWThreshold( -2 );