文件列表:

FW_1.0_Win32\dll (0, 2008-02-15)
FW_1.0_Win32\dll\fwBase.dll (184320, 2008-01-29)
FW_1.0_Win32\dll\fwBase.lib (4904, 2008-01-29)
FW_1.0_Win32\dll\fwImage.dll (6909952, 2008-01-29)
FW_1.0_Win32\dll\fwImage.lib (473562, 2008-01-29)
FW_1.0_Win32\dll\fwJPEG.dll (212992, 2008-01-29)
FW_1.0_Win32\dll\fwJPEG.lib (36272, 2008-01-29)
FW_1.0_Win32\dll\fwSignal.dll (2285568, 2008-01-29)
FW_1.0_Win32\dll\fwSignal.lib (161304, 2008-01-29)
FW_1.0_Win32\dll\fwVideo.dll (344064, 2008-01-29)
FW_1.0_Win32\dll\fwVideo.lib (25854, 2008-01-29)
FW_1.0_Win32\fwBase.h (19633, 2008-02-14)
FW_1.0_Win32\fwImage.h (369474, 2008-02-14)
FW_1.0_Win32\fwJPEG.h (37820, 2008-02-14)
FW_1.0_Win32\fwSignal.h (91809, 2008-02-14)
FW_1.0_Win32\fwVideo.h (47730, 2008-02-14)
FW_1.0_Win32\LICENSE (9218, 2008-01-14)
FW_1.0_Win32 (0, 2008-02-15)

Copyright (c) 2007-2008, The Framewave Group. All Rights Reserved. Framewave Version 1.0.0 ================================================= GENERAL INFORMATION Framewave(TM) is a collection of low-level software routines for x86 processors. Framewave (FW) is designed to aid and accelerate application development, debugging, and optimization. Framewave function capabilities extend from simple arithmetic operations to rich, complex domain specific tasks, such as image, video, and signal processing. ================================================= WEB RESOURCES Plase visit the Framewave home page at http://framewave.sourceforge.net/ for news, code samples, documentation, FAQ, and additional information. Updates are posted periodically. Online documentation for Framewave is available at http://framewave.sourceforge.net/dev_guide.html and http://framewave.sourceforge.net/Manual/. Visit the Framewave forum at http://sourceforge.net/forum/?group_id=212624. The forum can also be visited from http://framewave.sourceforge.net/. * Developers forum - This forum is for those who develop or enhance the Framewave APIs. * Open Discussion forum - This forum is for those who use the Framewave library. ================================================= FILES Directory Hierarchy Installation directory | |--Header files | |-DLL | |-lib I) The DLL sub-directory contents are as follows. Microsoft(R) Windows(R) operating system: DLL Directory a. fwImage/fwSignal/fwBase/fwJPEG/fwVideo.lib The LIB files contains the Import Address Table (IAT) for their respective FW function. Rather than fetching the address of the function during run time, the LIB files are used to link against a DLL at compile-time. b. fwImage/fwSignal/fwBase/fwJPEG/fwVideo.dll The DLL files contain the implemented FW functions. II) The lib sub-directory contents are as follows. Linux(R), Sun(R) Solaris(R), and Apple(R) Mac OS(R) operating systems: lib Directory a. fwImage/fwSignal/fwBase/fwJPEG/fwVideo.so/.dylib This directory contains all FW dynamic linked libraries. III) The following header files are in the installion directory. 1. fwBase.h contains definitions of data types, data structures, enumerations, and declarations for core functions. 2. fwSignal.h contains function declarations for signal processing. a. Essential Vector Calculation (Add, Sub, Or, Xor, etc.) b. Fixed Accuracy Arithmetic (Inverse, Divide, Ln, etc.) c. Vector Initialization Tasks (Copy, Move, etc.) d. Domain Transform (Multiplication of vectors, etc.) 3. fwImage.h contains function declarations for image processing. a. Arithmetic and Logic operations (Add, Sub, Or, etc.) b. Digital Filter Functions (Box Filter, Sobel Filter, etc.) c. Color Model Conversion (RGBToYUV, RGBToYCbCr, etc.) d. Threshold & Compare e. Morphologic Operations f. Geometric Operations 4. fwVideo.h contains function declarations for video processing. a. H.2*** Decoder b. H.2*** Inverse Transform c. H.2*** Reconstruction d. H.2*** Intra-predict e. H.2*** Interpolation f. H.2*** Deblock filters g. Motion Compensation h. Motion Estimation i. MPEG-1:Decoder, Inverse DCT, Inverse Quantization, Reconstruction of DCT block, Variable Lenght decoding j. MPEG-2:Decoder, Inverse DCT, Inverse Quantization, Reconstruction of DCT block, Variable Length decoding 5. fwJPEG.h contains function declarations for JPEG processing. a. JPEG Color Conversion b. JPEG Sampling c. JPEG Level Shift, Planar-to-Pixel and Pixel-to-Planar d. Quantization and Combined DCT e. Huffman Codec ================================================= HOW TO USE FRAMEWAVE: Microsoft(R) Windows(R) Operating System: ----------------------------------------- 1. Make sure that DLL files are in the search PATH using one of the following methods. a. Copy the DLL files to the same folder as the project executable. b. Copy the DLL files to a folder that in the search path (for example, the Windows folder). c. Modify the PATH environment variable to include the location of the FW DLLs (control panel -> system -> advanced -> environment variables). 2. Add the FW folder to the include search path within Microsoft Visual Studio. a. Project -> properties -> Configuration Properties -> C/C++, General -> Additional Include Directories. 3. Add the FW lib folder to the libraries search path within Microsoft Visual Studio. a. Project -> properties -> Configuration Properties -> Linker -> General -> Additional Library Directories. Linux(R) Operating System: -------------------------- Do the following for both 32-bit and ***-bit installations (assuming the installation directory is "ExampleDir"). 1. To use the shared libraries, create the following symbolic links. For *** bit installation cd ExampleDir/FW_1.0_Lin***/lib For 32 bit installation cd ExampleDir/FW_1.0_Lin32/lib Then create the following soft links using the following commands. ln -sf ./libfwBase.so.1.0.0 libfwBase.so.1 ln -sf ./libfwImage.so.1.0.0 libfwImage.so.1 ln -sf ./libfwJPEG.so.1.0.0 libfwJPEG.so.1 ln -sf ./libfwSignal.so.1.0.0 libfwSignal.so.1 ln -sf ./libfwVideo.so.1.0.0 libfwVideo.so.1 ln -sf ./libfwBase.so.1 libfwBase.so ln -sf ./libfwImage.so.1 libfwImage.so ln -sf ./libfwJPEG.so.1 libfwJPEG.so ln -sf ./libfwSignal.so.1 libfwSignal.so ln -sf ./libfwVideo.so.1 libfwVideo.so 2. Compile a cpp file that uses FW (for example, test.cpp) as follows. To create *** bit binaries: g++ -m*** -c -IExampleDir/FW_1.0_Lin*** test.cpp To create 32 bit binaries: g++ -m32 -c -IExampleDir/FW_1.0_Lin32 test.cpp 3. All FW libraries have dependency on fwBase. For example, link with the Image library as follows. To link to *** bit binaries: g++ -m*** -LExampleDir/FW_1.0_Lin***/lib test.o -lfwImage -lfwBase To link to 32 bit binaries: g++ -m32 -LExampleDir/FW_1.0_Lin32/lib test.o -lfwImage -lfwBase 4. It may be necessary to explicitly link in the stdc++, pthreads, or math libraries if they are not automatically linked in. 5. Before running the application, make sure the ExampleDir/FW_1.0_Lin***/lib (for ***-bit installation) or ExampleDir/FW_1.0_Lin32/lib (for 32-bit installation) is in the environment's shared library (LD_LIBRARY_PATH) search path. The following example shows the correct bash shell command syntax. $ export LD_LIBRARY_PATH=ExampleDir/FW_1.0_Lin***/lib:$LD_LIBRARY_PATH For 32 bit installation: $ export LD_LIBRARY_PATH=ExampleDir/FW_1.0_Lin32/lib:$LD_LIBRARY_PATH Sun(R) Solaris(R) Operating System: ----------------------------------- For both 32 bit and ***-bit installation assuming that the installation directory is "ExampleDir" 1. To use the shared libraries, create the following symbolic links. For *** bit installation cd ExampleDir/FW_1.0_Sol***/lib For 32 bit installation cd ExampleDir/FW_1.0_Sol32/lib ln -sf ./libfwBase.so.1.0.0 libfwBase.so ln -sf ./libfwImage.so.1.0.0 libfwImage.so ln -sf ./libfwJPEG.so.1.0.0 libfwJPEG.so ln -sf ./libfwSignal.so.1.0.0 libfwSignal.so ln -sf ./libfwVideo.so.1.0.0 libfwVideo.so ln -sf ./libfwBase.so.1 libfwBase.so ln -sf ./libfwImage.so.1 libfwImage.so ln -sf ./libfwJPEG.so.1 libfwJPEG.so ln -sf ./libfwSignal.so.1 libfwSignal.so ln -sf ./libfwVideo.so.1 libfwVideo.so 2. Compile a cpp file that uses FW (for example, test.cpp) as follows. To create *** bit binaries: CC -m*** -c -IExampleDir/FW_1.0_Sol*** test.cpp To create 32 bit binaries: CC -m32 -c -IExampleDir/FW_1.0_Sol32 test.cpp 3. All FW libraries have dependency on fwBase. For example, link with the Image library as follows. To link to *** bit binaries: CC -m*** -LExampleDir/FW_1.0_Sol***/lib test.o -lfwImage -lfwBase -lrt To link to 32 bit binaries: CC -m32 -LExampleDir/FW_1.0_Sol32/lib test.o -lfwImage -lfwBase -lrt 4. It may be necessary to explicitly link in the stdc++, pthreads, or math libraries if they are not automatically linked in. 5. Before running the application, ensure the ExampleDir/FW_1.0_Sol***/lib (for *** bit installation) or ExampleDir/FW_1.0_Sol32/lib (for 32 bit installation) is in the environment's shared library (LD_LIBRARY_PATH) search path. The following example shows the correct bash shell command syntax. For *** bit installation: $ export LD_LIBRARY_PATH=ExampleDir/FW_1.0_Sol***/lib:$LD_LIBRARY_PATH For 32 bit installation: $ export LD_LIBRARY_PATH=ExampleDir/FW_1.0_Sol32/lib:$LD_LIBRARY_PATH Apple(R) Mac OS(R) Operating System: ------------------------------------ For both 32-bit and ***-bit installation assuming that the installation directory is "ExampleDir" 1. To use the shared libraries, create the following symbolic links. For *** bit installation cd ExampleDir/FW_1.0_Mac***/lib For 32 bit installation cd ExampleDir/FW_1.0_Mac32/lib ln -sf ./libfwBase-1.0.dylib libfwBase.1.dylib ln -sf ./libfwImage-1.0.dylib libfwImage.1.dylib ln -sf ./libfwJPEG-1.0.dylib libfwJPEG.1.dylib ln -sf ./libfwSignal-1.0.dylib libfwSignal.1.dylib ln -sf ./libfwVideo-1.0.dylib libfwVideo.1.dylib ln -sf ./libfwBase.1.dylib libfwBase.dylib ln -sf ./libfwImage.1.dylib libfwImage.dylib ln -sf ./libfwJPEG.1.dylib libfwJPEG.dylib ln -sf ./libfwSignal.1.dylib libfwSignal.dylib ln -sf ./libfwVideo.1.dylib libfwVideo.dylib 2. Compile a cpp file that uses FW (for example, test.cpp) as follows. To create *** bit binaries: g++ -m*** -c -IExampleDir/FW_1.0_Mac*** test.cpp To create 32 bit binaries: g++ -m32 -c -IExampleDir/FW_1.0_Mac32 test.cpp 3. All FW libraries have dependency on fwBase. For example, link with the Image library as follows. To link to *** bit binaries: g++ -m*** -LExampleDir/FW_1.0_Mac***/lib test.o -lfwImage -lfwBase To link to 32 bit binaries: g++ -m32 -LExampleDir/FW_1.0_Mac32/lib test.o -lfwImage -lfwBase 4. It may be necessary to explicitly link in the stdc++, pthreads, or math libraries if they are not automatically linked in. 5. Before running the application, make sure the ExampleDir/FW_1.0_Mac***/lib (for *** bit installation) or ExampleDir/FW_1.0_Mac32/lib (for 32 bit installation) is in the environment's shared library (DYLD_LIBRARY_PATH) search path. The following example shows the correct command syntax. For *** bit installation: $ export DYLD_LIBRARY_PATH=ExampleDir/FW_1.0_Mac***/lib:$DYLD_LIBRARY_PATH For 32 bit installation: $ export DYLD_LIBRARY_PATH=ExampleDir/FW_1.0_Mac32/lib:$DYLD_LIBRARY_PATH ======================================================================================================= Framewave is a trademark of The Framewave Group. Microsoft and Windows are registered trademarks of Microsoft Corporation. Sun and Solaris are registered trademarks of Sun Microsystems, Inc. Linux is a registered trademark of Linus Torvalds. Apple and Mac OS are registered trademarks of Apple, Inc. For Framewave licensing and code copyright information, see the LICENSE file in the same directory as this file. Framewave software is subject to the Apache v2.0 License.

近期下载者：

相关文件：

评论：[我要评论] [举报此文件]

收藏者：