
   RUNNING THE PV-WAVE CL 4.0 DEMONSTRATION SYSTEM :
--------------------------------------------------------------------------------

   $ source $WAVE_DIR/bin/wvsetup                (Where "$WAVE_DIR" is the
                                                  directory where PV-WAVE
                                                  is installed.)
   $ wave_gallery

       OR

   $ wave
   WAVE> wave_gallery



   AN INDIVIDUAL DEMO CAN BE RUN OUTSIDE OF THE GALLERY BY ENTERING ANY OF
   THE FOLLOWING COMMANDS :
--------------------------------------------------------------------------------

   $ wave wd_demo00.com                         (Introductory screen.)
   $ wave wd_demo01.com                         (BASIC FUNCTIONS.)
   $ wave wd_demo02.com                         (NUMERIC COMPUTATION.)
   $ wave wd_demo03.com                         (MULTI-VARIATE ANALYSIS.)
   $ wave wd_demo04.com                         (TIME SERIES.)
   $ wave wd_demo05.com                         (4-D DATA DISPLAY.)
   $ wave wd_demo06.com                         (MAPPING.)
   $ wave wd_demo07.com                         (ADVANCED RENDERING.)
   $ wave wd_demo08.com                         (SIMULATIONS.)
   $ wave wd_demo09.com                         (24-BIT TRUE COLOR.)
   $ wave wd_demo00.com                         (TABLE TOOLS, DATE / TIME.)
   $ wave wd_demo11.com                         (PV-WAVE COMPUTE OPTIONS.)
   $ wave wd_demo12.com                         (PV-WAVE INTERFACE OPTIONS.)
   $ wave wd_demo13.com                         (FINANCIAL ANALYSIS.)
   $ wave wd_demo14.com                         (MEDICAL IMAGING.)
   $ wave wd_demo15.com                         (OIL / GAS EXPLORATION.)
   $ wave wd_demo16.com                         (EARTH SCIENCES.)
   $ wave wd_demo17.com                         (TEST ENGINEERING.)
   $ wave wd_demo18.com                         (CFD, AEROSPACE.)
   $ wave wd_demo19.com                         (SIGNAL, IMAGE PROCESSING.)
   $ wave wd_demo20.com                         (PROCESS MONITORING, CONTROL.)


**************************************************************************
To:  DEC VAX VMS WAVE Users


The way in which WAVE searches for user library routines is documented
in this file.  Suppose a user types the following WAVE:CL command :

    WAVE> z = USERFUNC()

Under VAX/VMS, WAVE searches for .pro files utilizing the following
algorithm :

    1)  looks for the file USERFUNC.PRO in the current default
        directory, or,
    
    2)  looks for entry USERFUNC in the .TLB files specified in
        WAVE_PATH.

The .pro files that are located in the directories WAVE_DIR:[LIB.STD] or
WAVE_DIR:[LIB.USER] are not used, UNLESS your current DEFAULT directory
is on of these two.

WAVE_PATH is a logical definition that is a comma separated list of
.TLB files; These entries must have a '@' preceeding them or they will
not be recognized as being Text Libraries.  A typical definition is

    VMS> sho log WAVE_PATH

    "WAVE_PATH" = "@WAVE_DIR:[LIB.STD]STDLIB.TLB" (LNM$PROCESS_TABLE)
        = "@WAVE_DIR:[LIB.USER]USERLIB.TLB"
        = "@WAVE_DIR:[DEMO.APPLICATIONS.ARL.LIB]ARL.TLB"
        = "@WAVE_DEMO:GALLERY.TLB"

This logical assignment is made upon execution of
WAVE_DIR:[BIN]WVSETUP.COM

To insert a new .pro in a .TLB file issue the following DCL command

    VMS> LIBRARY/REPLACE/TEXT filename.TLB userlib.PRO /log


To extract a .pro file from a .TLB file issue the following DCL command

    VMS> LIBRARY/EXTRACT=proname/TEXT/OUTPUT=proname.PRO filename.TLB 


See also pp. 11-16, et. al., in the PV-WAVE CL Users' Guide.

