It is multicore driven and also can use many threads to do the job per one processor

If you think that your program libraries process images fast you can change your opinion by looking at Fine Graphics.

All Fine Graphics image processing routines are written in either Assembler, MMX and SSE2 variants so they can process image data extremely fast.

More then one year optimisation of the Assembler code gives ultra-high performance

Fine Graphics is optimised for batch image processing in multithreaded environment.

Fine Graphics can be used in DirectShow video codecs for processing video in real time.

Fine Graphics is part of the KA FINE (Fast Is Not Enough) project which targets batch processing of Image and Video data at ultra-high speed.

Delphi users receive an additional TFineGraphics component for easy usage of FineGraphics library.

CSharp users receive an additional FineGraphics class for easy usage of FineGraphics library.

C++ users receive a header file and .cpp api file for easy usage of FineGraphics library.

Fine Graphics can do the following tasks:

• Flip Horizontal Bitmaps
• Flip Vertical Bitmaps
• Crop Bitmaps
• Convert Bitmaps from-to following colorspaces: RGB8, RGB565, RGB555, RGB24, RGB32, ARGB32, UYVY, YUY2, YVYU, YV12, IYUV, NV12
• Save all mentioned colorspaces by encapsulating them in standard Bitmap file format (even non-standard colorspces as YV12)
• Resizing Bitmaps using more than 30 Resampling methods:
Fast, FastBiLinear, Nearest neighbour, BiLinear, Spline, Hermite, Bell, Cosine, BiCubic, Gaussian, Blackman, Hann, Hamming, Sinsh, Quadratic, QuadraticBSpline, CubicConvolution, CatmullRom, Mitchell, Lanczos, Lanczos3, Lanczos8, DirectDraw (Using Video Memory), DirectDraw (Using System Memory), GDIPlus_Default, GDIPlus_LowQuality, GDIPlus_HighQuality, GDIPlus_Bilinear, GDIPlus_Bicubic, GDIPlus_NearestNeighbor, GDIPlus_HighQualityBilinear, GDIPlus_HighQualityBicubic, GDI
• Rotating Bitmaps by any degree in Cropping or Resizing mode using more then 10 methods:
Fast, FastBilinear, GDIPlus_Default, GDIPlus_LowQuality, GDIPlus_HighQuality, GDIPlus_Bilinear, GDIPlus_Bicubic, GDIPlus_NearestNeighbor, GDIPlus_HighQualityBilinear, GDIPlus_HighQualityBicubic, GDI
• Filter Bitmaps by using more than 30 special effects image processing filters:
Brightness, Contrast, Lightness, Darkness, Gamma, Saturation, Posterize, Solorize, RemoveRed, RemoveGreen, RemoveBlue, AndMask, OrMask, XorMask, Negative, GrayScale, Sepia, SepiaStrong, Threshold, SplitLight, AntiAlias , SplitBlur, GausianBlur, MonoNoise, ColorNoise, Emboss, Pixelate, Cell, Tile.

If you think that your program libraries process images fast you can change your opinion by looking at Fine Graphics.

All Fine Graphics image processing routines are written in either Assembler, MMX and SSE2 variants so they can process image data extremely fast.

More then one year optimisation of the Assembler code gives ultra-high performance

Fine Graphics is optimised for batch image processing in multithreaded environment.

Fine Graphics can be used in DirectShow video codecs for processing video in real time.

Fine Graphics is part of the KA FINE (Fast Is Not Enough) project which targets batch processing of Image and Video data at ultra-high speed.

Delphi users receive an additional TFineGraphics component for easy usage of FineGraphics library.

CSharp users receive an additional FineGraphics class for easy usage of FineGraphics library.

C++ users receive a header file and .cpp api file for easy usage of FineGraphics library.

Fine Graphics can do the following tasks:

• Flip Horizontal Bitmaps
• Flip Vertical Bitmaps
• Crop Bitmaps
• Convert Bitmaps from-to following colorspaces: RGB8, RGB565, RGB555, RGB24, RGB32, ARGB32, UYVY, YUY2, YVYU, YV12, IYUV, NV12
• Save all mentioned colorspaces by encapsulating them in standard Bitmap file format (even non-standard colorspces as YV12)
• Resizing Bitmaps using more than 30 Resampling methods:
Fast, FastBiLinear, Nearest neighbour, BiLinear, Spline, Hermite, Bell, Cosine, BiCubic, Gaussian, Blackman, Hann, Hamming, Sinsh, Quadratic, QuadraticBSpline, CubicConvolution, CatmullRom, Mitchell, Lanczos, Lanczos3, Lanczos8, DirectDraw (Using Video Memory), DirectDraw (Using System Memory), GDIPlus_Default, GDIPlus_LowQuality, GDIPlus_HighQuality, GDIPlus_Bilinear, GDIPlus_Bicubic, GDIPlus_NearestNeighbor, GDIPlus_HighQualityBilinear, GDIPlus_HighQualityBicubic, GDI
• Rotating Bitmaps by any degree in Cropping or Resizing mode using more then 10 methods:
Fast, FastBilinear, GDIPlus_Default, GDIPlus_LowQuality, GDIPlus_HighQuality, GDIPlus_Bilinear, GDIPlus_Bicubic, GDIPlus_NearestNeighbor, GDIPlus_HighQualityBilinear, GDIPlus_HighQualityBicubic, GDI
• Filter Bitmaps by using more than 30 special effects image processing filters:
Brightness, Contrast, Lightness, Darkness, Gamma, Saturation, Posterize, Solorize, RemoveRed, RemoveGreen, RemoveBlue, AndMask, OrMask, XorMask, Negative, GrayScale, Sepia, SepiaStrong, Threshold, SplitLight, AntiAlias , SplitBlur, GausianBlur, MonoNoise, ColorNoise, Emboss, Pixelate, Cell, Tile.

• Real-time zooming
• Real-time rotation
• Real-time alpha masking
• 3 x 3 filter matrice application (blur, sharpen, emboss, etc).

Found as a feature in many high-end photo editing applications, this Component lets you adjust the tonal range for the RGB channels and separate R,G,B and Alpha channels too. Outputs a Look-up table (TLUT8) for each RGB, Red, Green, Blue and Alpha channel.

Current version (2.0) lets you draw free hand to define the curves.

Extremely easy to set up; create an Input TBitmap32 for the component and assign a TImage32 or any other TBitmap32 as output. Saves and loads custom data to and from disk.

Now also Available for Kylix 3 (Check home page for updated demos and upgrades from v1.1).
 
Fully functional
Source: On request
Price: $54.50
Exe-Demo Included

Works in conjunction with ImageEnView or any descendant (i.e. imageEn).

TImageEnPaintEngine is a delphi class that descends from TThread. It relies on a separate thread in order to offer high real-time painting performances.

The engine has been specifically designed to interact with any TImageenView component. By simply calling the StartPainting / StopPainting methods, you will be able to provide powerful digital painting abilities to the users of your image editing application.

A very detailed demo project will show you how to program and customize the engine's behavior at its best.

Main Features:

• Beside using the default round brush, it's possible to load one from any picture file.
• Works in different modes: Color, Texture, Retouch (Sharpen, Blur, Lighten, Darken, Dodge, Burn, Saturate, Desaturate), Clone, Erase, History tool
• Supports ImageEn's Layers and Selections.
• Automatically scroll the imageenview component when mouse is near the window borders.
• Very Easy to use and setup
• Supports Pressure Sensitive Tablets
• Highly precise and fast
• Supports many blending modes and you can set the Transparence level you need.
• Supports Dithering for high quality painting.
• Ability to add your own custom retouch function

Since PDF is rendered by Ghostscript to a bitmap there is no way to search inside PDF or show a table of content..This class is intended to view small PDF or PDF resulting from a scanned document and for printing.

Extended properties for PDF / multi page PDF:

• zoom
• resolution
• pagecount
• currentpage.

NEW in version 1.2:

• faster loading due to optimized page counting for PDF > 200 pages
• gostscript API rewritten to dynamic loading
• eglish manual included
• required runtime files for ghostscript dll included
• path to gsdll and /lib and /fonts folders now customizable

Demo project included that shows how to build a small pdf viewer.
 
Fully functional
Source: Included

The component provides convenient methods to apply color and luminance correction curves to both full color (24/32 bits) and grayscale  pictures. RGB Mode and individual channel mode are supported.

"Curve Correction" is used in professional image editors, such as Adobe Photoshop and Corel Paint Shop Pro.

The component can be just dropped on a form and requires very few code to apply the curves to a digital image or to preview and apply changes using a TImageenView component.

No coding is required to create the curves, the component knows how to do that by itself. The user clicks on the diagram to set a new curve point, can move it around and remove it, interacting with the mouse to change the curve appearance. A simple right-click removes a point. The user can also add/remove and move points by code of course.

Changes to a TBitmap, TIEBitmap, TImageEnview image are applied just calling a method of the component.

Beside creating curves by points it is also possible to create mathematical curves, based on formulas, for example it easy to make a gamma correction curve, knowing the gamma correction formula.

The Component is also able to display histograms from any picture.
 
Partially restricted
Source: On purchase/registration
Price: $89
Exe-Demo Included

The component provides convenient methods to apply the curves to both full color 24/32 bits and grayscale  pictures.

"Curve Correction" is used in professional image editors, such as Adobe Photoshop and Corel Paint Shop Pro.

The component can be easily dropped onto any form, it takes very few lines of code to integrate the component into your project. No coding is required to create curves.

The user clicks on the diagram to create a new curve point, can click on a point and move it, interacting with the mouse to change the curve appearance. A simple right-click removes a point.

Changes to the attached Bitmap image can be invoked any time the curve changes. A OnCurveChange event notification is delivered for this purpose.

Beside the standard method to create curves, it is also possible to create mathematical curves, based on formulas.  It is possible for example to create a gamma correction curve, knowing the gamma correction formula.

Main Features:

• Creates a curve for each color channel and for the luminance channel as well.
• Smooth curve shapes because of the spline interpolation.
• Native support for ImageEn TIEBitmap
• Native Support for ImageEn TImageEnView (Selections and Layers as well), with fast preview
• Supports standard TBitmap as well
• Curves can also be built from Mathematical functions
• Displays Histograms from pictures. A method to load the histogram from picture
• Saves and Reloads Curves To/From a text file or to/from a INI file.