Testing of Other Methods

These images were generated using the demo:
\Demos\InputOutput\EveryMethod\EveryMethod.dpr

All Test Results
- Analysis Methods
- Color Adjustment Methods
- Color Depth Methods
- Alpha and Painting Methods
- Effects Methods
- Geometric Methods
- Filter Methods
- Smoothing Methods
- Other Methods


// Load test image
ImageEnView1.IO.LoadFromFile( 'D:\TestImage.jpg' );

  


 CreateTransitionBitmap

// Random transition from fully black to an image
bmpOut := TIEBitmap.Create( 'D:\TestImage.jpg' );
bmpIn := TIEBitmap.Create( bmpOut.Width, bmpOut.Height, clBlack );

// Prepare transition
trans := TIETransitionType( TIETransitionType( 1 + Random( ord( High( TIETransitionType )) - 2 )));
ImageEnView1.Proc.PrepareTransitionBitmaps( bmpIn, bmpOut, trans );

// Get transition image
ImageEnView1.Proc.CreateTransitionBitmap( percentage, ImageEnView1.IEBitmap );

// Update (because we changed ImageEnView1.IEBitmap)
ImageEnView1.Update();

  

  

  


 EdgeDetect_ShenCastan

// Convert the current color image to black & white (1 bit) using a Shen-Castan (ISEF) edge detection algorithm
ImageEnView1.Proc.EdgeDetect_ShenCastan();

  


 EdgeDetect_Sobel

// Detect the edges of objects within an image using a Sobel filter
ImageEnView1.Proc.EdgeDetect_Sobel();
ImageEnView1.Proc.Negative();

  


 Encrypt

// Encrypt the image
ImageEnView1.Proc.Encrypt( 'MyPassword', ieeaTEA2 );

  


 MakeTile

// Repeat the image 3 times horizontally and vertically
ImageEnView1.Proc.MakeTile( 3, 3 );




 Merge

// Merge image with a horizontally flipped version of itself
bmp.Assign( ienOriginal.IEBitmap );
bmp.Flip( fdHorizontal );
ImageEnView1.Proc.Merge( bmp, 50 );

  


 ProjectDraw

// Project Draw image at 200, 200 (center), inside a box of 150x150, depth 400, rotating by 30° on Y axis, with specular effect
ImageEnView1.IEBitmap.Allocate( 600, 600, clBlack );
ImageEnView1.Proc.ProjectDraw( bmp, // Source
                               300, 160, // Dest pos (Center)
                               300, 300, // Dest size
                               400, // Depth
                               0, 0, // Translation (offset)
                               0, 30 // Rotation
                               0, 100 ); // Alpha Min/Max




 RemoveRedEyes

// Load test image
ImageEnView1.IO.LoadFromFile( 'D:\TestImage.jpg' );



// Remove "Red-Eyes" within image (should only be applied to a selection)
ImageEnView1.Proc.RemoveRedEyes();

See Also

- Analysis Methods
- Color Adjustment Methods
- Color Depth Methods
- Alpha and Painting Methods
- Effects Methods
- Geometric Methods
- Filter Methods
- Smoothing Methods
- Other Methods

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