Code samples for JoinBitmaps.
Automatically generated by the Every Method demo.
// Automated test of JoinBitmaps - Horizontal
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clWhite );



// Automated test of JoinBitmaps - Horizontal - Alpha Channel
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clWhite );



// Automated test of JoinBitmaps - Horizontal - 32-Bit RGBA
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clWhite );



// Automated test of JoinBitmaps - Horizontal - 1-bit
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clWhite );



// Automated test of JoinBitmaps - Vertical
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clWhite );



// Automated test of JoinBitmaps - Vertical - Alpha Channel
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clWhite );



// Automated test of JoinBitmaps - Vertical - 32-Bit RGBA
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clWhite );



// Automated test of JoinBitmaps - Vertical - 1-bit
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clWhite );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - Alpha Channel - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - 32-Bit RGBA - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - 1-bit - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - Alpha Channel - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - 32-Bit RGBA - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - 1-bit - Typical Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.99, false );



// Automated test of JoinBitmaps - Horizontal - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clNone );



// Automated test of JoinBitmaps - Horizontal - Alpha Channel - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clNone );



// Automated test of JoinBitmaps - Horizontal - 32-Bit RGBA - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clNone );



// Automated test of JoinBitmaps - Horizontal - 1-bit - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare width: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, False, clNone );



// Automated test of JoinBitmaps - Vertical - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clNone );



// Automated test of JoinBitmaps - Vertical - Alpha Channel - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clNone );



// Automated test of JoinBitmaps - Vertical - 32-Bit RGBA - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clNone );



// Automated test of JoinBitmaps - Vertical - 1-bit - Random Values
// JoinBitmaps - Join image with negative version of itself (Compare height: 800 vs 800)
bmp2.Negative();
ImageEnView2.Proc.JoinBitmaps( bmp, bmp2, True, clNone );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.49, true );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - Alpha Channel - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.49, true );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - 32-Bit RGBA - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.49, true );



// Automated test of JoinBitmaps - Remove Overlap - Horizontal - 1-bit - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare width: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, False, clWhite, True, 0.49, true );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.49, true );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - Alpha Channel - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.49, true );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - 32-Bit RGBA - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.49, true );



// Automated test of JoinBitmaps - Remove Overlap - Vertical - 1-bit - Random Values
// JoinBitmaps - Split into two overlapping images and join back (Compare height: 400 vs 400)
ImageEnView1.Proc.JoinBitmaps( bmp, bmp2, True, clWhite, True, 0.49, true );

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