What files are included in the ANZ/TELIO/SHOW3D package and how to obtain and dearchive them. The Analyze gait analysis and display package consists of three programs: 1) Analyze, usually referred to as ANZ, which carries out the analysis of the marker trajectories, force plate data, and EMG data. 2) Telio which produces graphs of the results of ANZ analyses 3) Show3d which displays 3d images of the measured motions Files available via FTP anz_b.zip Archive file of ANZ executable anz_s.zip Archive file of ANZ source code tel_b.zip Archive file of TELIO executable tel_s.zip Archive file of TELIO source code shw_b.zip Archive file of SHOW3D executable shw_s.zip Archive file of SHOW3D source code data.zip Archive file of sample data docs.zip Archive file of text files wvogle.zip Archive file of vogle graphics library for WATCOM pkzip_d.exe Self extracting archive of PKZIP package anz_cmnd.txt Summary of ANZ commands brief.txt Brief description of all 3 programs legalise.txt Description of ANZ distribution/availability policy readme.txt This file start.txt A tour of ANZ, TELIO, and SHOW3D tel_cmnd.txt Summary of TELIO commands outline.txt Outline from course on ANZ overview.txt Overview of ANZ's calculation capabilities VAX/VMS distribution These programs were originally written in VAX Fortran and were orginally developed to run under VMS. The VAX version of this package is no longer being supported. All further development will be on the PC. PC distribution The programs have been converted to DOS on PC compatibles. All archive files should be transfered by ftp using binary mode. When the files are dearchived they should be dearchived with the program PKZIP which is available at most internet file servers. A copy of the PKZIP distribution should be in the same directory as the ANZ archive files. This is a self extracting archive file. FTP it in binary mode and then run the program which will produce a number files for the PKZIP distribution. When dearchiving the files place them on the disk that you wish them to be installed on and then dearchive with PKUNZIP using the -d option flag to force the files into the directory structure stored in the archives. The final total distribution should have the following directory tree. ANZ DATA DOCS SHOW3D TELIO VOGLE\SRC VOGLE\DRIVERS VOGLE\CEX VOGLE\FEX The version of the VOGLE graphics distributed here has been modified to work with WATCOM compilers. A more general version the package which works on numerous machines (X11,Sun,VMS,...) including complete documentation can be FTP'd from gondwana.ecr.mu.oz.au under the /pub directory. What the file's are... .for or .f the fortran source code files .inc the include files for the fortran source- mainly common blocks & constants .anz data files containing the results of ANZ analyses- its a binary file .mac macro files for use with Telio to automate graph generation .txt various text files .c3d Combined video and analog data file from AMASS marker tracking software .p3d Marker trajectory files produced with Motion Analysis Co. EV3D program .ana Analog data files collected with Motion Analysis Co. ADS program .cmd VMS command files .exe Executable programs for VMS makefile directive files for the make utility of WATCOM to create the programs Where to from here Read the brief description of the programs (brief.txt), then the more detailed overview of ANZ. Then, Try the tutorial first (start.txt). This will provide an overview of ANZ, TELIO, and SHOW3D. After this look over the command summaries. After this you can look over the derivation notes and the source code to figure out how the program works. Suggestions on looking over the source code -Look at the make files to see how the source code files go together. -Look over the history contained in the .anz sample data files (command HIStory) to see the order of commands given in an ANZ analysis -Look over the macros for TELIO to see sample graphics command sequences -Check the derivation notes for coordinate system definitions -Look over the connectivity structures to see the flexibility of the kinetic chain calculations