richb@Aus.Sun.COM (Rich Burridge) (01/16/90)
Posting-number: Volume 10, Issue 6
Submitted-by: richb@Aus.Sun.COM (Rich Burridge)
Archive-name: calctool24/part01
This is V2.4 of a desktop calculator for the Sun workstation.
This version works under SunView, XView, X11, NeWS, MGR and for
dumb tty terminals.
It is almost visually identical to V2.1 which was released in August
1988, but internally most of the code has been reworked to include a
level of graphics abstraction, to make porting this code to other
window systems a trivial task.
V2.4 includes display in scientific notation, color icons, a correct
factorial function and fixes for a few minor bugs. It introduces the
new versions for XView, X11, MGR and dumb terminals. New functions
include hyperbolic and inverse hyperbolic trigonometrical functions,
register exchange, constants and the input of numbers in exponential
notation. You can also have a .calctoolrc file in your home directory,
which can define upto ten new values for constants, and ten function
definitions which are used in conjunction with the FUN key.
**IMPORTANT NOTE**
Several of the keyboard equivalents for various calctool functions
have been changed to allow for the new functionality and to be more
intuitive.
See the online help, the README file or the manual pages for more details.
Suggestions for furthur improvement would be most welcome, plus bugs,
comments and flames.
Rich Burridge, DOMAIN: richb@sunaus.oz.au
PHONE: +61 2 413 2666 UUCP: {uunet,mcvax,ukc}!munnari!sunaus.oz!richb
---- Cut Here and unpack ----
#!/bin/sh
# shar: Shell Archiver (v1.22)
# Packed Tue Jan 9 12:17:18 EST 1990 by stard!richb
# from directory /extra/richb/rich_stuff/calctool
#
# This is part 1 of a multipart archive
# do not concatenate these parts, unpack them in order with /bin/sh
#
# Run the following text with /bin/sh to create:
# README
# Makefile
# TODO
# calctool.help
# calctool.1
# calctool.ps
# patchlevel.h
# .calctoolrc
# graphics.c
# display.c
# functions.c
# get.c
# calctool.c
# mgr.c
# news.c
# sunview.c
# tty.c
# x11.c
# xview.c
# calctool.h
# color.h
# extern.h
# calctool.icon
# calctool.color.icon
# help.cursor
#
if test -r s2_seq_.tmp
then echo "Must unpack archives in sequence!"
next=`cat s2_seq_.tmp`; echo "Please unpack part $next next"
exit 1; fi
echo "x - extracting README (Text)"
sed 's/^X//' << 'SHAR_EOF' > README &&
X
Xcalctool - README - November 1989.
X
XThis is V2.4 of a desktop calculator for the Sun workstation.
XThis version works under SunView, XView, X11, NeWS, MGR and for
Xdumb tty terminals.
X
XIt is almost visually identical to V2.1 which was released in August
X1988, but internally most of the code has been reworked to include a
Xlevel of graphics abstraction, to make porting this code to other
Xwindow systems a trivial task.
X
XV2.4 includes display in scientific notation, color icons, a correct
Xfactorial function and fixes for a few minor bugs. It introduces the
Xnew versions for XView, X11, MGR and dumb terminals. New functions
Xinclude hyperbolic and inverse hyperbolic trigonometrical functions,
Xregister exchange, constants and the input of numbers in exponential
Xnotation. You can also have a .calctoolrc file in your home directory,
Xwhich can define upto ten new values for constants, and ten function
Xdefinitions which are used in conjunction with the FUN key.
X
X**IMPORTANT NOTE**
X
XSeveral of the keyboard equivalents for various calctool functions
Xhave been changed to allow for the new functionality and to be more
Xintuitive.
X
XSee the online help or the manual pages for more details.
X
XThis code has been tested on a range of different Sun machines under a
Xvariety of O/Ss. See the beginning of the Makefile for details of what
Xyou might have to tweak in order to get it working under different O/Ss
Xor on other machines, and also how to compile and link for the different
Xversions. Note that calctool creates a library before generating the
Xappropriate calctool binary. By default, this is a normal 'ar' type
Xlibrary, but with SunOS v4.x it is possible to create a shared library.
XIn order to do this, you should type 'make shared' before making the
Xcalctool of your choice. It will install this library in the directory
Xdefined by the Makefile macro definition LIBDIR, so you might need root
Xpermission to successfully do this.
X
XThere is a TODO file included, which lists the current known bugs, and
Xa set of possible enhancements, some relatively trivial, others that
Xare fairly major enhancements which would make interesting future
Xprojects.
X
X
XAcknowledgements.
X
XThanks to Ed Falk at Sun Microsystems (Mountain View) for most of the
Xbasic arithmetical algorithms used, to Andrew Nicholson for revising the
Xprevious version of the NeWS code, to Sriram Ramachandran for fixing up
Xthe XView code, and Hala Abdalla for the original implementation of the
Xpopup menu and function keyboard support.
X
XThanks go also to James Buster, David Weaver, Steve Damron, Mike Bender,
XCharles Tierney, Trevor Watson and Marla Berg for bug reports and sugggested
Xenhancements.
X
XSuggestions for furthur improvement would be most welcome, plus bugs,
Xcomments and flames.
X
XRich Burridge, DOMAIN: richb@sunaus.oz.au
XPHONE: +61 2 413 2666 UUCP: {uunet,mcvax,ukc}!munnari!sunaus.oz!richb
SHAR_EOF
chmod 0444 README || echo "restore of README fails"
set `wc -c README`;Sum=$1
if test "$Sum" != "2888"
then echo original size 2888, current size $Sum;fi
echo "x - extracting Makefile (Text)"
sed 's/^X//' << 'SHAR_EOF' > Makefile &&
X#
X# Makefile for calctool, a calculator program.
X#
X# @(#)Makefile 1.16 89/12/21
X#
X# Copyright (c) Rich Burridge.
X# Sun Microsystems, Australia - All rights reserved.
X#
X# Permission is given to distribute these sources, as long as the
X# copyright messages are not removed, and no monies are exchanged.
X#
X# No responsibility is taken for any errors inherent either in the comments
X# or the code of this program, but if reported to me then an attempt will
X# be made to fix them.
X#
X#======================================================================
X#
X# There are various small changes needed when compiling calctool on
X# different systems. These have been isolated here, and should
X# be uncommented if needed.
X#
X#======================================================================
X#
X# Calctool uses an helpfile to supply online help for each key.
X# By default this file is called "calctool.help", and is looked
X# for in every directory on the users search path. You can also
X# override it's location and name at runtime with the -h option.
X# It can also be specified here by uncommenting the following
X# macro definition and setting appropriately.
X#
X#HELPNAME = -DHELPGIVEN -DHELPNAME=\"$(LIBDIR)/calctool.help\"
X#
X# If you are compiling the MGR version, then the following three
X# definitions should be uncommented.
X#
X#MGRHOME = /usr/mgr
X#MGRPARAM = -DMGRHOME=\"$(MGRHOME)\"
X#MGRINCDIR = -I$(MGRHOME)/include
X#
X# If you are compiling the NeWS version, then the following definition
X# should be uncommented and set to the default location for the calctool
X# PostScript file, which is downloaded to the NeWS server.
X#
X#NEWSFILE = -DNEWSGIVEN -DNEWSFILE=\"$(LIBDIR)/calctool.ps\"
X#
X# Calctool loads a run control file when it starts. By default
X# this file is called ".calctoolrc", and is taken from the users
X# home directory. If there is a similar file in the current directory,
X# then these values override the default ones. Its name and location
X# can also be specified here by uncommenting the following macro
X# definition and setting appropriately.
X#
X#RCNAME = -DRCGIVEN -DRCNAME=\".calctoolrc\"
X#
X# If you not running under a BSD4.3 derived system, the parameters
X# to the select call are different, and this definition should be
X# uncommented. You need to uncomment this for SunOS v3.x.
X#
X#SELTYPE = -DNO_4.3SELECT
X#
X# Note that with SunOS v4.x it is possible to create a shared library
X# for the calctool routines. If you wish to do this, then you should
X# change LIBNAME below to libcalctool.so.1.1, and uncomment the SHLIB
X# line.
X#
XLIBNAME = libcalctool.a
X#
X#LIBNAME = libcalctool.so.1.1
X#SHLIB = -pic
X#
X# If you are not running under a BSD4.3 derived system, then the
X# second parameter to a select call is a pointer to an integer function,
X# and this definition needs to be uncommented. You need to uncomment this
X# for SunOS v3.x.
X#
X#SIGRET = -DNO_4.3SIGNAL
X#
X# Calctool endevours to provide a numeric keypad using the right function
X# keypad. The Sun3 keyboard has a different pad setup to the Sun4 keyboard.
X# If you wish to use these function keys with a Sun4 keyboard, then you
X# need to uncomment the following definition.
X#
X#SUN4_KEYBOARD = -DSUN4_KEYBOARD
X#
X# If you are running SunOS v3.x, then pr_ttext doesn't exist, and
X# you must uncomment this definition.
X#
X#TTEXT = -DNO_PR_TTEXT
X#
X# If you are compiling the X11 version and the X11 include and
X# library files are not in a standard place, then the following
X# two lines should be uncommented, and set appropriately.
X#
X#X11INCDIR = -I$(XNEWSHOME)/include
X#X11LIBDIR = -L$(XNEWSHOME)/lib
X#
X# If you are compiling the XView version, then the following two lines
X# should be uncommented.
X#
X#XVIEWINCDIR = -I$(XNEWSHOME)/include
X#XVIEWLIBDIR = -L$(XNEWSHOME)/lib
X#
X#=========================================================================
X#
X# Default locations where calctool files will be installed.
X# You might wish to alter these values.
X#
XBINDIR = /usr/local/bin
XLIBDIR = /usr/local/lib
XMANDIR = /usr/man/man$(MANSECT)
XMANSECT = l
X#
X# Compilation flags and standard macro definitions.
X#
XCFLAGS = -g $(HELPNAME) $(NEWSFILE) $(RCNAME) $(SELTYPE) $(SHLIB) \
X $(SIGRET) $(SUN4_KEYBOARD) $(TTEXT) \
X $(MGRPARAM) $(MGRINCDIR) $(X11INCDIR) $(XVIEWINCDIR)
X#
X#=========================================================================
X
XBINARIES = mgr_calctool ps_calctool sv_calctool \
X tty_calctool xcalctool xv_calctool
X
XLIBSRCS = graphics.c display.c functions.c get.c
XLIBOBJS = graphics.o display.o functions.o get.o
XSTDSRCS = calctool.c
XSTDOBJS = calctool.o
XOBJS = $(STDOBJS) $(LIBNAME)
X
XGSRCS = mgr.c news.c sunview.c tty.c x11.c xview.c
XHDRS = calctool.h color.h extern.h
XIMAGES = calctool.icon calctool.color.icon help.cursor
XOTHERS = Makefile README TODO calctool.help calctool.1 \
X calctool.ps patchlevel.h .calctoolrc
X
XSFILES1 = $(LIBSRCS) $(STDSRCS)
XSFILES2 = $(GSRCS)
XSFILES3 = $(HDRS) $(IMAGES)
XSFILES4 = $(OTHERS)
X
XCALCLIB = -L. -lcalctool
XMGRLIBS = $(CALCLIB) $(MGRHOME)/lib/libmgr.a -lm
XNEWSLIBS = $(CALCLIB) $$NEWSHOME/lib/libcps.a -lm
XSVIEWLIBS = $(CALCLIB) -lsuntool -lsunwindow -lpixrect -lm
XTTYLIBS = $(CALCLIB) -ltermcap -lm
XX11LIBS = $(CALCLIB) -lX11 -lm
XXVIEWLIBS = $(CALCLIB) -lxview -lX11 -lm
X
X.PRECIOUS: $(LIBNAME)
X
Xhelp:
X @echo
X @echo "You need to specify one of the following options:"
X @echo
X @echo " make mgr - to make the MGR version."
X @echo " make news - to make the NeWS version."
X @echo " make sunview - to make the SunView version."
X @echo " make tty - to make the dumb tty version."
X @echo " make x11 - to make the X11 version."
X @echo " make xview - to make the XView version."
X @echo
X @echo "This should be followed by:"
X @echo
X @echo " make install"
X @echo " make clean"
X @echo
X
Xall: $(BINARIES)
X
Xmgr: $(OBJS) mgr.o
X cc -o mgr_calctool $(CFLAGS) $(STDOBJS) mgr.o $(MGRLIBS)
X -cp mgr_calctool calctool
X
Xnews: $(OBJS) news.o
X cc -o ps_calctool $(CFLAGS) $(STDOBJS) news.o $(NEWSLIBS)
X -cp ps_calctool calctool
X
Xsunview: $(OBJS) sunview.o
X cc -o sv_calctool $(CFLAGS) $(STDOBJS) sunview.o $(SVIEWLIBS)
X -cp sv_calctool calctool
X
Xtty: $(OBJS) tty.o
X cc -o tty_calctool $(CFLAGS) $(STDOBJS) tty.o $(TTYLIBS)
X -cp tty_calctool calctool
X
Xx11: $(OBJS) x11.o
X cc -o xcalctool $(X11LIBDIR) $(CFLAGS) $(STDOBJS) x11.o \
X $(X11LIBS)
X -cp xcalctool calctool
X
Xxview: $(OBJS) xview.o
X cc -o xv_calctool $(XVIEWLIBDIR) $(CFLAGS) $(STDOBJS) xview.o \
X $(XVIEWLIBS)
X -cp xv_calctool calctool
X
Xlibcalctool.a: $(LIBOBJS)
X ar rv $@ $?
X ranlib $@
X
X# These are the library creation rules for making the shared calctool
X# library (available with SunOS v4.x).
X
Xlibcalctool.so.1.1: $(LIBOBJS)
X ld -o libcalctool.so.1.1 -assert pure-text $?
X
Xinstall:
X install -c -m 644 $(LIBNAME) $(LIBDIR)
X install -s -m 751 calctool $(BINDIR)
X install -c -m 644 calctool.help $(LIBDIR)
X install -c -m 644 calctool.ps $(LIBDIR)
X install -c -m 644 calctool.1 $(MANDIR)/calctool.$(MANSECT)
X
Xclean:; rm -f *.o archive.* *~ *.a $(BINARIES) core
X
Xlint:; lint $(CFLAGS) $(STDSRCS) $(LIBSRCS) tty.c $(TTYLIBS)
X lint $(CFLAGS) $(STDSRCS) $(LIBSRCS) sunview.c $(SVIEWLIBS)
X lint $(CFLAGS) $(STDSRCS) $(LIBSRCS) xview.c $(XVIEWLIBS)
X lint $(CFLAGS) $(STDSRCS) $(LIBSRCS) x11.c $(X11LIBS)
X lint $(CFLAGS) $(STDSRCS) $(LIBSRCS) news.c $(NEWSLIBS)
X lint $(CFLAGS) $(STDSRCS) $(LIBSRCS) mgr.c $(MGRLIBS)
X
Xshar:; shar.script $(SFILES1) > archive.1
X shar.script $(SFILES2) > archive.2
X shar.script $(SFILES3) > archive.3
X shar.script $(SFILES4) > archive.4
X
Xcreate: SCCS
X -sccs create $(STDSRCS) $(GSRCS) $(HDRS) $(IMAGES) $(OTHERS)
XSCCS:
X -mkdir SCCS
X chmod 755 SCCS
SHAR_EOF
chmod 0444 Makefile || echo "restore of Makefile fails"
set `wc -c Makefile`;Sum=$1
if test "$Sum" != "8158"
then echo original size 8158, current size $Sum;fi
echo "x - extracting TODO (Text)"
sed 's/^X//' << 'SHAR_EOF' > TODO &&
XBugs:
X
X1/ The following problems exist for the NeWS v1.1 version:
X
X a) The calctool icon (color and mono) is not being displayed correctly.
X
X b) The initial position of the icon should be settable via the
X -WP flag.
X
X c) It should be possible for calctool to start iconically.
X
X d) Popup menu support needs to be fully implemented.
X
X e) The NeWS code should be commented.
X
X
X2/ The following problems exist with the mgr version:
X
X a) The fonts aren't being loaded correctly.
X
X b) After a reshape, the "panel items" are not being redisplayed.
X
X c) The right button popup menu support is not correctly working.
X
X
X3/ The following problem exists with the SunView version:
X
X a) The ENTER key (Right function keypad) is not recognised.
X
X
X4/ The following problems exist with the XView version:
X
X a) The memory register window is coming up in the wrong place.
X This is because of bug 1022495 (xview/library).
X
X b) The following right keypad function keys are currently not recognised:
X 0 . - + ENTER
X
X
X5/ The following problems exist with the X11 version.
X
X a) The size of the calctool icon on the monochrome version is incorrect.
X
X
XEnhancements:
X
X1/ Incorporate a multi-precision arithmetic package as the basis of all
X calculations. The display could then include two little arrow icons,
X one at each side of the numeric display, which would shift the contents
X to the left or the right.
X
X2/ Add some more functions. Some suggested functions are:
X
X a) Common antilogarithm and natural antilogarithm.
X
X b) Cube root key.
X
X c) Root key. The y root of x.
X
X d) Rectangular to polar and polar to rectangular keys.
X
X e) Random number key. Return a random number between 0.0 and < 1.0.
X
X3/ Add Reverse Polish notation.
X
X4/ Support multiple graphics version in the same binary or write a front-end
X shell script that with select the appropriate binary depending on the
X environment [MGR/NeWS/SunView/tty/X11] [Sun3/Sun4/Sun386i] etc..
X
X5/ See if it's possible to get the GET and PUT function keys working with
X the NeWS and the X11 versions.
SHAR_EOF
chmod 0444 TODO || echo "restore of TODO fails"
set `wc -c TODO`;Sum=$1
if test "$Sum" != "2100"
then echo original size 2100, current size $Sum;fi
echo "x - extracting calctool.help (Text)"
sed 's/^X//' << 'SHAR_EOF' > calctool.help &&
X_calctool.help_
X_EXCH_
XRegister exchange n ( ^e ).
X
XThis must be followed by a digit
Xin the range 0 - 9 to indicate
Xwhich register should be inter-
Xchanged with the current display.
X_CON _
XConstant n ( # ).
X
XThis must be followed by a digit
Xin the range 0 - 9 to indicate
Xwhich constant should be shown.
X
XThe ten default constants are:
X
X0 - kms per hour / miles per hour.
X1 - square root of 2.
X2 - e.
X3 - pi.
X4 - cms / inches.
X5 - degrees in a radian.
X4 - 2 ^ 20.
X6 - gms / oz.
X8 - kilojoules / British thermals.
X9 - cubic cms / cubic inches.
X_BIN _
XChange base to binary ( B ).
X
XThe display value is shown in
Xbinary. A maximum of 32 digits
Xare allowed.
X_MEM _
XToggle register window ( M ).
X
XDisplay popup window with the
Xvalues of the ten memory
Xregisters given in the current
Xbase, to the current accuracy.
X_OCT _
XChange base to octal ( O ).
X
XThe display value is shown in
Xoctal. A maximum of 15 digits
Xare allowed.
X_D _
XHex D (decimal 13) ( d ).
X
XThis selection is valid only if
Xthe current base is hexidecimal.
X_DEC _
XChange base to decimal ( D ).
X
XThe display value is shown in
Xdecimal. This is the default
Xbase. A maximum of 12 digits
Xare allowed.
X_E _
XHex E (decimal 14) ( e ).
X
XThis selection is valid only if
Xthe current base is hexidecimal.
X_HEX _
XChange base to hexidecimal ( H ).
X
XThe display value is shown in
Xhexidecimal. A maximum of 12
Xdigits are allowed.
X_F _
XHex F (decimal 15) ( f ).
X
XThis selection is valid only if
Xthe current base is hexidecimal.
X_FIX _
XFixed Notation ( ^n ).
X
XNumerical values will be
Xdisplayed in fixed point
Xnotation. This button toggles
Xbetween fixed and scientific
Xnotation.
X_SCI _
XScientific notation ( ^n ).
X
XNumerical values will be
Xdisplayed in scientific notation.
XThis button toggles between
Xscientific and fixed point
Xnotation.
X_FUN _
XFunction key n ( ^f ).
X
XThis must be followed by a digit
Xin the range 0 - 9, to indicate
Xwhich user defined function is
Xto be performed.
X
XThese functions are defined in a
X.calctoolrc file, in your home
Xdirectory. See the calctool
Xmanual page for the format of
Xthis file.
X_&32 _
XGet 32 bit unsigned int ( [ ).
X
XThis is a logical function, that
Xwill truncate the given number to
Xreturn a 32 bit unsigned integer.
X_STO _
XStore memory register n ( s ).
X
XThis must be followed by an
Xarithmetic operation (addition,
Xsubtraction, multiplication or
Xdivision), then a digit in the
Xrange 0 to 9 to indicate the
Xmemory register in which to
Xstore the current display value.
XThe arithmetic operator is
Xoptional in which case the
Xcurrent display is stored in the
Xmemory register.
X_&16 _
XGet 16 bit unsigned int ( ] ).
X
XThis is a logical function, that
Xwill truncate the given number to
Xreturn a 16 bit unsigned integer.
X_RCL _
XRetrieve memory register n ( r ).
X
XThis must be followed by a digit
Xin the range 0 to 9 to indicate
Xthe memory register from which
Xdata is to be to retrieved.
X_< _
XLeft shift n ( < ).
X
XThis must be followed by a digit
Xin the range 0 to 9 to indicate
Xhow many places to shift.
X_A _
XHex A (decimal 10) ( a ).
X
XThis selection is valid only if
Xthe current base is hexidecimal.
X_> _
XRight shift n ( > ).
X
XThis must be followed by a digit
Xin the range 0 to 9 to indicate
Xhow many places to shift.
X_B _
XHex B (decimal 11) ( b ).
X
XThis selection is valid only if
Xthe current base is hexidecimal.
X_% _
XPercentage ( % ).
X
XThis calculation takes the last
Xnumber enter and the next number
Xgiven, and performs a percentage
Xcalculation on them.
X_C _
XHex C (decimal 12) ( c ).
X
XThis selection is valid only if
Xthe current base is hexidecimal.
X_clr _
XClear display ( Delete ).
X
XThis will clear the value of the
Xcalculators display.
X_bsp _
XErase character ( BackSpace ).
X
XThe right most character of the
Xcurrent calculator display value
Xis removed, and the value of the
Xdisplay is recalculated. (Note:
Xinternal accuracy is lost with
Xthis operation.)
X_OR _
XLogical OR ( | ).
X
XThis operation takes the last
Xnumber and the next number
Xentered, and performs a logical
XOR operation on them, treating
Xboth numbers as unsigned long
Xintegers.
X_AND _
XLogical AND ( & ).
X
XThis operation takes the last
Xnumber and the next number
Xentered, and performs a logical
XAND operation on them, treating
Xboth numbers as unsigned long
Xintegers.
X_HYP _
XHyperbolic flag. ( h ).
X
XThis button is a toggle for
Xsetting or unsetting the
Xhyperbolic function flag. This
Xflag affects SIN, COS and TAN
Xtrigonometrical functions.
X_SIN _
XSine function ( ^s ).
X
XReturns the trigonometric sine,
Xarc sine, hyperbolic sine or
Xinverse hyperbolic sine of
Xthe current value, depending
Xupon the settings of the
XHYP and INV flags. The result
Xis displayed in the current
Xunits (degrees, radians or
Xgradients).
X_e^x _
Xe to the x power ( { ).
X
XReturn e raised to the power of
Xthe current display value.
X_7 _
XNumeric 7 ( 7 ).
X
XThis selection is ignored if
Xthe current base is binary.
X_10^x_
X10 to the x power ( } ).
X
XReturn 10 raised to the power of
Xthe current display value.
X_8 _
XNumeric 8 ( 8 ).
X
XThis selection is ignored if
Xthe current base is octal or
Xbinary.
X_y^x _
Xy to the power of x ( Y ).
X
XThe operation takes the last
Xnumber and raises it to the power
Xof the next number given.
X_9 _
XNumeric 9 ( 9 ).
X
XThis selection is ignored if
Xthe current base is octal or
Xbinary.
X_INT _
XInteger portion ( I ).
X
XReturn the integer portion of the
Xcurrent displayed value.
X_X _
XMultiplication ( * or x or X ).
X
XThis operation takes the last
Xnumber and the next number
Xentered, and performs an
Xarithmetic multiplication on
Xthem.
X_XNOR_
XLogical XNOR ( n or N ).
X
XThis operation takes the last
Xnumber and the next number
Xentered, and performs a logical
XXNOR operation on them, treating
Xboth numbers as unsigned long
Xintegers.
X_XOR _
XLogical XOR ( ^ ).
X
XThis operation takes the last
Xnumber and the next number
Xentered, and performs a logical
XXOR operation on them, treating
Xboth numbers as unsigned long
Xintegers.
X_INV _
XInverse function flag ( i ).
X
XThis button is a toggle for
Xsetting or unsetting the
Xinverse function flag. This
Xflag affects SIN, COS and TAN
Xtrigonometrical functions.
X_COS _
XCosine function ( ^c ).
X
XReturns the trigonometric cosine,
Xarc cosine, hyperbolic cosine or
Xinverse hyperbolic cosine of
Xthe current value, depending
Xupon the settings of the
XHYP and INV flags. The result
Xis displayed in the current
Xunits (degrees, radians or
Xgradients).
X_ln _
XNatural log ( N ).
X
XThis operation returns the
Xnatural logarithm of the current
Xdisplayed value.
X_4 _
XNumeric 4 ( 4 ).
X
XThis selection is ignored if
Xthe current base is binary.
X_log _
XBase 10 log ( G ).
X
XThis operation returns the base
X10 logarithm of the current
Xdisplayed value.
X_5 _
XNumeric 5 ( 5 ).
X
XThis selection is ignored if
Xthe current base is binary.
X_SQRT_
XSquare root ( S ).
X
XThis operation will perform a
Xsquare root operation on the
Xcurrent value of the calculator
Xdisplay.
X_6 _
XNumeric 6 ( 6 ).
X
XThis selection is ignored if
Xthe current base is binary.
X_FRAC_
XFractional portion ( F ).
X
XReturn the fractional portion of
Xthe current displayed value.
X_/ _
XDivision ( / ).
X
XThis operation takes the last
Xnumber and performs an
Xarithemetic division by the
Xnext number entered.
X_NOT _
XLogical NOT ( ~ ).
X
XThis operation will perform the
Xlogical NOT operation of the
Xcurrent value of the calculators
Xdisplay.
X_ACC _
XAccuracy n ( A ).
X
XThis must be followed by a digit
Xin the range 0 to 9 to indicate
Xhow many digits of precision are
Xto be displayed.
X_EXP _
XEnter exponental number ( E ).
X
XThis operation starts exponential
Xinput. Any numbers typed from now
Xon are the exponent. If no
Xnumerical input had occured upto
Xthis point, then a mantissa of
X1.0 is assumed.
X_TAN _
XTangent function ( ^t ).
X
XReturns the trigonometric tangent,
Xarc tangent, hyperbolic tangent or
Xinverse hyperbolic tangent of
Xthe current value, depending
Xupon the settings of the
XHYP and INV flags. The result
Xis displayed in the current
Xunits (degrees, radians or
Xgradients).
X_1/x _
XReciprocal ( R ).
X
XThe will return the current the
Xvalue of 1 divided by the current
Xdisplay value.
X_1 _
XNumeric 1 ( 1 ).
X_x! _
XFactorial ( ! ).
X
XThis will return the factorial of
Xthe current displayed value.
X_2 _
XNumeric 2 ( 2 ).
X
XThis selection is ignored if
Xthe current base is binary.
X_x^2 _
XSquare ( @ ).
X
XThis will reurn the square of the
Xcurrent displayed value.
X_3 _
XNumeric 3 ( 3 ).
X
XThis selection is ignored if
Xthe current base is binary.
X_CHS _
XChange sign ( C ).
X
XChange the arithmetic sign of the
Xcurrent displayed value or the
Xexponent being entered.
X_- _
XSubtraction ( - ).
X
XThis operation takes the last
Xnumber and performs an
Xarithemetic subtraction of the
Xnext number entered.
X_QUIT_
XQuit calctool ( q or Q ).
X
XThe calctool program is exited,
Xwithout user verification.
X_OFF _
XTurn calctool iconic ( o ).
X_KEYS_
XToggle button labels ( K ).
X
XToggle the labels on the calctool
Xbuttons between the mouse and
Xkeyboard equivalents.
X_? _
XCalctool Help v2.4. ( ? ).
X
XAll calculations are in double
Xprecision. The display can be
Xused with the [Get] and [Put]
Xfunction keys with other Sunview
Xwindows. For every mouse
Xselection, there is an equivalent
Xkeystroke. These can be found by
Xselecting the KEYS button.
X
XIf an error condition occurs, you
Xmust clear the calculator.
X
XAfter this, when you select [?]
Xyou will get help on the next
Xselection you make.
X_DEG _
XTrig base to degrees ( ^d ).
X
XChange the current trigonometrical
Xbase to degrees.
X_0 _
XNumeric 0 ( 0 ).
X_RAD _
XTrig base to radians ( ^r ).
X
XChange the current trigonometrical
Xbase to radians.
X_. _
XNumeric point ( . ).
X
XSelecting this starts the
Xfractional part of numeric entry.
X_GRAD_
XTrig base to gradients ( ^g ).
X
XChange the current trigonometrical
Xbase to gradients.
X_= _
XCalculate result ( = or Return ).
X
XThe result of the current
Xcalculation is displayed in
Xthe current base.
X_ABS _
XAbsolute value. ( U ).
X
XReturn the absolute value of the
Xcurrent displayed value.
X_+ _
XAddition ( + ).
X
XThis operation takes the last
Xnumber and the next number
Xentered, and performs an
Xarithmetic addition on them.
X______
SHAR_EOF
chmod 0444 calctool.help || echo "restore of calctool.help fails"
set `wc -c calctool.help`;Sum=$1
if test "$Sum" != "10856"
then echo original size 10856, current size $Sum;fi
echo "x - extracting calctool.1 (Text)"
sed 's/^X//' << 'SHAR_EOF' > calctool.1 &&
X.\" @(#)calctool.1 1.8 89/12/13
X.TH CALCTOOL 1L "13 December 1989"
X.SH NAME
Xcalctool \- a simple calculator
X.SH SYNOPSIS
X.B "calctool
X[
X.B -a
X.I accuracy
X]
X[
X.B -d
X.I display
X]
X[
X.B -g
X.I geometry
X]
X[
X.B -h
X.I helpfile
X]
X[
X.B -i
X]
X[
X.B -v
X]
X[
X.B \-Wi
X]
X[
X.B \-Wp
X.I x y
X]
X[
X.B \-WP
X.I x y
X]
X.SH DESCRIPTION
X.I Calctool
Xis a simple calculator. It contains graphical interfaces for MGR, NeWS,
XSunView, X11 and XView, as well as being able to function on normal display
Xterminals using a termcap interface. It can receive input via the keyboard,
Xor the mouse where applicable. Each calculator button has two functions
Xassociated with it.
X.LP
XInternal arithmetic is done with double precision floating point numbers.
XAccuracy can be adjusted from zero to nine numeric places in fixed notation,
Xbut numbers can be displayed in scientific notation as well. The calculator
Xreverts to scientific notation when the number is larger than the display
Xwould allow in fixed notation. The base of operation can be changed between
Xbinary, octal, decimal and hexidecimal. Numbers are initially displayed in
Xfixed notation to two numeric places, in the decimal base.
X.LP
XYou can use the SunView / XView
X.I Put
Xand
X.I Get
Xfunction keys in conjunction with the numeric display to store or retrieve
Xcharacters from the text shelf. The previous digit entered can be removed
Xand the whole display cleared.
X.LP
XThere are ten memory registers; numbers can be retrieved or stored in
Xthese locations, and arithmetic can be performed upon register contents.
X.LP
XThe display windows contains the current numerical value plus the current
Xbase and trigonometric type. There are also indicators which show if the
Xhyperbolic and inverse function switches are set, and which numerical mode
Xis currently in operation. If an operation needing more than one numerical
Xinput is partially complete, the operation is also displayed in this window
Xas a reminder.
X.LP
XThe calculator has arithmetical, logical and trigonometrical functions.
XThese are grouped together and color coded on color workstations.
X.LP
XWith the SunView and XView versions, there is support for popup menus with
Xthe right mouse button. Only certain buttons which have multiple options
Xhave this ability. These are the ACC, CON, EXCH, FUN, <, >, RCL and STO keys.
X.LP
XOnline help is provided via a help button. Select this button, and then
Xthe function you wish to be described. The calctool windows can be redrawn
Xby typing ^L (control-l). This is very useful with the tty version after
Xsomebody has written system messages all over your screen.
X.LP
XOn startup,
X.I calctool
Xwill look for a
X.I .calctoolrc
Xfile in the users' home directory. This file allows the user to define
Xtheir own constants and function definitions. It then looks for a
X.I .calctoolrc
Xfile in the current directory. With the
X.I .calctoolrc
Xfile, there are currently four valid record types; comments, constants,
Xfunction definitions and initial memory register values.
X.LP
XLines starting with a '#' are treated as comments and ignored.
X.LP
XLines starting with 'c' or 'C' in the first column are definitions for
Xconstants. The cC is followed by a digit in the range 0-9, then a space.
XThis is followed by a number in fixed or scientific notation. Following
Xthis is an optional comment, which if found, will be used in the popup
Xmenu for the constants. If the comment is present, then there must be at
Xleast one space between this and the preceding number.
X.LP
XLines starting with 'f' or 'F' in the first column are definitions
Xfor functions. The fF is followed by a digit in the range 0-9, then a
Xspace. This is followed by a function definition. Following this is an
Xoptional comment, which if found, will be used in the popup menu for the
Xfunctions. If the comment is present, then there must be at least one
Xspace between this and the preceding function definition.
X.LP
XLines starting with 'r' or 'R' in the first column are definitions
Xfor the initial contents of the memory registers. The rR is followed
Xby a digit in the range 0-9, then a space. This is followed by a number
Xin fixed or scientific notation. The rest of the line is ignored.
X.LP
XAll other lines are ignored. There should be no embedded spaces in the
Xfunction definitions. Whenever a backslash is found, this and the following
Xcharacter signify a control character, for example \\g would be ASCII 7.
X.SH OPTIONS
X.TP
X.BI \-a " accuracy"
XInitial number of significant digits displayed. This value must be in
Xthe range 0 to 9. If not specified, this value defaults to 2.
X.TP
X.BI \-d " display"
XUsed with the X11 variant of calctool to give a display type.
X.TP
X.BI \-g " geometry"
XUsed with the X11 variant of calctool to give geometry information.
X.TP
X.BI \-h " helpfile"
XUse an alternate helpfile.
X.TP
X.B \-i
XInvert the calctool window before displaying it. For use by people who
Xstarted their graphics environment in inverse mode.
X.TP
X.B \-v
XPrint the version number of this release of the
X.B calctool
Xprogram.
X.TP
X.B \-Wi
XStart the
X.B calctool
Xprogram up in iconic form. SunView automatically uses this flag, but the
XNeWS version will also.
X.TP
X.BI \-Wp " x y"
XStart the open window position at
X.I x y
X.TP
X.BI \-WP " x y"
XStart the icon position at
X.I x y
X.SH CALCULATOR BUTTONS
X[Keyboard equivalents appear in brackets]
X.SS "Numerical Keys [ 0-9 a-f . = <RETURN> ]."
X.LP
XEnter a digit (decimal digits 0-9 or hexidecimal digits A-F) in the display.
XThe . acts as the decimal point and = is used for completion of numerical
Xentry (<RETURN> can be also be used from the keyboard to terminate numerical
Xentry).
X.SS "Arithmetical Operations [ + - x X * / ]."
X.LP
XPerform an arithmetical operation using the previous entry and the next entry
Xas operands. Addition, subtraction, multiplication and division are denoted
Xby the buttons +, \-, x and / respectively (the keyboard keys * and X are
Xsynonymous with x for multiplication).
X.SS Base Changes.
X.LP
X.IP "\fBBIN [ B ]\fP" 18
XChange display base to binary (maximum: 32 digits).
X.IP "\fBOCT [ O ]\fP" 18
XChange display base to octal (maximum: 15 digits). are allowed.
X.IP "\fBDEC [ D ]\fP" 18
XChange display base to decimal (default; maximum: 12 digits).
X.IP "\fBHEX [ H ]\fP" 18
XChange display base to hexidecimal (maximum: 12 digits).
X.SS Trigonometric Unit Changes.
X.LP
X.IP "\fBDEG [ ^d ]\fP" 18
XChange current trigonometrical base to degrees.
X.IP "\fBRAD [ ^r ]\fP" 18
XChange the current trigonometrical base to radians.
X.IP "\fBGRAD [ ^g ]\fP" 18
XChange the current trigonometrical base to gradients.
X.SS Logical Operations.
X.LP
X.IP "\fBAND [ & ]\fP" 18
XPerform a logical AND operation on the current entry and the next entry,
Xtreating both numbers as unsigned long integers.
X.IP "\fBNOT [ ~ ]\fP" 18
XPerform the logical NOT operation of the current entry.
X.IP "\fBOR [ | ]\fP" 18
XPerform a logical OR operation on the current entry and the next entry,
Xtreating both numbers as unsigned long integers.
X.IP "\fBXNOR [ n or N ]\fP" 18
XPerform a logical XNOR operation on the current entry and the next entry,
Xtreating both numbers as unsigned long integers.
X.IP "\fBXOR [ ^ ]\fP" 18
XPerform a logical XOR operation on the current entry and the next entry,
Xtreating both numbers as unsigned long integers.
X.SS Trigonometrical Operators.
X.LP
X.IP "\fBSIN [ ^s ]\fP" 18
XReturn the trigonometric sine, arc sine hyperbolic sine or inverse
Xhyperbolic sine of the current display, depending upon the current
Xsettings of the hyperbolic and inverse function switches. The result
Xis displayed in the current trigonometric units (degrees, radians or
Xgradients).
X.IP "\fBCOS [ ^c ]\fP" 18
XReturn the trigonometric cosine, arc cosine hyperbolic cosine or inverse
Xhyperbolic cosine of the current display, depending upon the current
Xsettings of the hyperbolic and inverse function switches. The result
Xis displayed in the current trigonometric units (degrees, radians or
Xgradients).
X.IP "\fBTAN [ ^t ]\fP" 18
XReturn the trigonometric tangent, arc tangent hyperbolic tangent or inverse
Xhyperbolic tangent of the current display, depending upon the current
Xsettings of the hyperbolic and inverse function switches. The result
Xis displayed in the current trigonometric units (degrees, radians or
Xgradients).
X.SS Memory Register Operators.
X.LP
X.IP "\fBRCL [ r ]\fP" 18
XRetrieve memory register n. This selection must be followed by a digit
Xin the range 0 to 9 to indicate a memory register.
X.IP "\fBSTO [ s ]\fP" 18
XStore memory register n. This must be followed by a digit in the range
X0 to 9 to indicate a memory register. The register number may be preceded
Xby an arithmetic operation (addition, subtraction, multiplication or division),
Xin which case the specifed operation is carred out between the
Xdisplayed entry and the value currently in register n, and the result is placed
Xin register n.
X.IP "\fBEXCH [ ^e ]\fP" 18
XExchange the current display with the contents of memory register n.
XThis selection must be followed by a digit in the range 0 to 9, to
Xindicate a memory register.
X.SS Mathematical Operators.
X.LP
X.IP "\fB% [ % ]\fP" 18
XPerform a percentage calculation using the last entry and the next entry.
X.IP "\fBe^x [ { ]\fP" 18
XReturn e raised to the power of the current entry.
X.IP "\fB10^x [ } ]\fP" 18
XReturn 10 raised to the power of the current entry.
X.IP "\fBy^x [ Y ]\fP" 18
XTake the last entry and raise it to the power of the next entry.
X.IP "\fBln [ N ]\fP" 18
XReturn the natural logarithm of the current entry.
X.IP "\fBlog [ G ]\fP" 18
XReturns the base 10 logarithm of the current entry.
X.IP "\fBSQRT [ S ]\fP" 18
XPerform a square root operation on the current entry.
X.IP "\fB1/x [ R ]\fP" 18
XReturn the value of 1 divided by the current entry.
X.IP "\fBx! [ ! ]\fP" 18
XReturn the factorial of the current entry.
X.IP "\fBx^2 [ @ ]\fP" 18
XReturn the square of the current entry.
X.SS Number Manipulation Operators.
X.LP
X.IP "\fB< [ < ]\fP" 18
XLeft shift n places. This must be followed by a digit
Xin the range 0 to 9 to indicate the number of places to shift.
X.IP "\fB> [ > ]\fP" 18
XRight shift n places. This must be followed by a digit
Xin the range 0 to 9 to indicate the number of places to shift.
X.IP "\fB&32 [ [ ]\fP" 18
XTruncate the current entry to a 32 bit unsigned integer
X(logical function).
X.IP "\fB&16 [ ] ]\fP" 18
XTruncate the given number to a 16 bit unsigned integer
X(logical function).
X.IP "\fBclr [ Delete ]\fP" 18
XClear the calculator display.
X.IP "\fBbsp [ BackSpace ]\fP" 18
XRemove the rightmost character of the current entry
Xand recalculate the the displayed value (note: internal accuracy is
Xlost with this operation).
X.IP "\fBINT [ I ]\fP" 18
XReturn the integer portion of the current entry.
X.IP "\fBFRAC [ F ]\fP" 18
XReturn the fractional portion of the current entry.
X.IP "\fBACC [ A ]\fP" 18
XSet accuracy. This must be followed by a digit in the range 0 to 9 to
Xindicate how many digits are to be displayed.
X.IP "\fBCHS [ C ]\fP" 18
XChange the arithmetic sign of the current entry.
X.IP "\fBABS [ U ]\fP" 18
XReturn the absolute value of the current entry.
X.SS Other keys.
X.LP
X.IP "\fBMEM [ M ]\fP" 18
XToggle the display of the popup register window.
XValues of the ten memory registers are displayed in the current
Xbase, to the current accuracy.
X.IP "\fBFIX / SCI [ ^n ]\fP" 18
XToggles the numerical display mode between fixed point and scientific
Xnotation. This affects the current display and the contents of the
Xmemory registers.
X.IP "\fBCON [ # ]\fP" 18
XRetrieve and display constant value n. This selection must be followed
Xby a digit in the range 0 to 9.
X.br
XThe ten default constants are:
X.sp
X0 - kms per hour / miles per hour.
X.br
X1 - square root of 2.
X.br
X2 - e.
X.br
X3 - pi.
X.br
X4 - cms / inches.
X.br
X5 - degrees in a radian.
X.br
X4 - 2 ^ 20.
X.br
X6 - gms / oz.
X.br
X8 - kilojoules / British thermals.
X.br
X9 - cubic cms / cubic inches.
X.IP "\fBHYP [ h ]\fP" 18
XSet or unset the hyperbolic function indicator. This switch affects the
Xtype of sine, cosine and tangent trigonometric functions performed.
X.IP "\fBINV [ i ]\fP" 18
XSet or unset the inverse function indicator. This switch affects the
Xtype of sine, cosine and tangent trigonometric functions performed.
X.IP "\fBKEYS [ K ]\fP" 18
XToggle the labels on the calctool buttons between mouse and
Xkeyboard equivalents.
X.IP "\fB? [ ? ]\fP" 18
XDisplay a help message for a particular button. First select this key, then
Xthe key to be described.
X.IP "\fBQUIT [q or Q]\fP" 18
XExit (without user verification).
X.IP "\fBOFF [ o ]\fP" 18
XChange \fIcalctool\fP to an icon.
X.SH FILES
X.TP
X/usr/local/lib/calctool.help
X.TP
X/usr/local/lib/calctool.ps
X.TP
X~/.calctoolrc
X.SH BUGS
XHandling of errors generated by the mathematical routines is poorly
Xdone.
X.SH AUTHOR
XRich Burridge, Domain: richb@sunaus.oz.au
X.nf
XPHONE: +61 2 413 2666 Path: {uunet,mcvax,ukc}!munnari!sunaus.oz!richb
X.fi
X.br
XOriginal manual page modified by R. P. C. Rodgers, UCSF School of Pharmacy, San
XFrancisco, CA 94143.
SHAR_EOF
chmod 0444 calctool.1 || echo "restore of calctool.1 fails"
set `wc -c calctool.1`;Sum=$1
if test "$Sum" != "12952"
then echo original size 12952, current size $Sum;fi
echo "x - extracting calctool.ps (Text)"
sed 's/^X//' << 'SHAR_EOF' > calctool.ps &&
X
X% These are the NeWS dependent graphics routines used by calctool.
X% They make use of the tnt toolkit distributed with OpenWindows.
X%
X% Copyright (c) Rich Burridge - Sun Microsystems, Australia.
X% All rights reserved.
X%
X% @(#)calctool.ps 1.5 89/12/21
X%
X% Permission is given to distribute these sources, as long as the
X% copyright messages are not removed, and no monies are exchanged.
X%
X% No responsibility is taken for any errors or inaccuracies inherent
X% either to the comments or the code of this program, but if
X% reported to me then an attempt will be made to fix them.
X%
X
X% Define a class for the main calctool window. The following events
X% are handled:
X%
X% Left mouse button (down and up).
X% Middle mouse button (down and up).
X% Right mouse button (down and up).
X% Keyboard press.
X% Window damage.
X%
X% For each of these events, an appropriate tag is sent back to the C code.
X
X/KeyClass ClassCanvas []
Xclassbegin
X /PaintCanvas
X {
X CFRAME_REPAINT typedprint
X } def
X
X /MakeInterests
X {
X /MakeInterests super send
X LeftMouseButton {LEFT_DOWN SendEvent} /DownTransition self MakeInterest
X MiddleMouseButton {MIDDLE_DOWN SendEvent} /DownTransition self MakeInterest
X LeftMouseButton {LEFT_UP SendEvent} /UpTransition self MakeInterest
X MiddleMouseButton {MIDDLE_UP SendEvent} /UpTransition self MakeInterest
X {KbdEvent} Canvas /defaultkeys ClassKeysInterest send
X } def
Xclassend def
X
X
X% Define a class for the memory register window.
X% Handle window damage in the same way as the main calctool window.
X
X/RegClass ClassCanvas []
Xclassbegin
X /PaintCanvas
X {
X RFRAME_REPAINT typedprint
X } def
Xclassend def
X
X
X% Clear the whole of either the main calctool canvas or the memory
X% register canvas to a specific color.
X
X/PSClearCanvas % color canvas => -
X{
X dup setcanvas
X ColorTable 3 -1 roll get
X /fillcanvas 3 -1 roll send
X} def
X
X
X% Close the main calctool window and unmap the memory register window.
X
X/PSCloseFrame % - => -
X{
X /flipiconic KFrame send
X /unmap RFrame send
X} def
X
X
X% Color a rectangular area in the main calctool window.
X
X/PSColorArea % color x width height y => -
X{
X KC setcanvas
X KCHeight exch sub exch dup 3 1 roll sub 3 1 roll rectpath
X ColorTable exch get setcolor
X fill
X} def
X
X
X% Draw a line in the main calctool window.
X
X/PSDrawLine % x1 x2 y1 y2 => -
X{
X KCHeight exch sub
X exch KCHeight exch sub 3 1 roll
X KC setcanvas
X newpath
X moveto lineto
X 0 setgray
X stroke
X} def
X
X
X% Draw (map) the memory register window.
X
X/PSDrawRegs
X{
X /map RFrame send
X} def
X
X
X% Load the small, normal and bold fonts used by calctool.
X
X/PSInitFonts % - => -
X{
X /SFont /Courier findfont 10 scalefont def
X /NFont /Courier-Bold findfont 14 scalefont def
X /BFont /Courier-Bold findfont 18 scalefont def
X} def
X
X
X% Set up the various tags that are passed back to the C code.
X% Note that at present, some of these tags are not used.
X
X/PSInitialise % - => -
X{
X /CFRAME_REPAINT 100 def
X /RFRAME_REPAINT 101 def
X /ENTER_WINDOW 102 def
X /EXIT_WINDOW 103 def
X /KEYBOARD 104 def
X /LEFT_DOWN 105 def
X /LEFT_UP 106 def
X /MIDDLE_DOWN 107 def
X /MIDDLE_UP 108 def
X /RIGHT_DOWN 109 def
X /RIGHT_UP 110 def
X /TAKE_FROM_SHELF 111 def
X /PUT_ON_SHELF 112 def
X} def
X
X
X% Test if calctool is running on a color framebuffer.
X
X/PSIsColor % - => iscolorscreen
X{
X /Color? framebuffer /Color get def
X Color? {1} {0} ifelse typedprint
X} def
X
X
X% Load a red green blue triplet into the appropriate entry in the colortable.
X
X/PSLoadColor % index blue green red => -
X{
X 255 div
X exch 255 div
X 3 -1 roll 255 div
X rgbcolor
X ColorTable 3 1 roll put
X} def
X
X
X% Create an array big enough for all the colors used by calctool.
X
X/PSMakeColorTable % size => -
X{
X /ColorTable exch array def
X} def
X
X
X/KbdEvent
X{
X begin
X Action /DownTransition eq
X {
X KEYBOARD typedprint Name SendEvent
X } if
X end
X} def
X
X
X/SendEvent
X{
X KC setcanvas
X typedprint
X currentcursorlocation KCHeight exch sub exch
X typedprint typedprint
X} def
X
X
X/PaintIcon
X{
X clippath pathbbox
X scale pop pop
X 0 setgray
X false calctoolIcon imagemaskcanvas
X} def
X
X
X% Create the main calctool frame and the memory registers property sheet.
X% Set the size of these items, and place the open frame and icon at the
SHAR_EOF
echo "End of part 1"
echo "File calctool.ps is continued in part 2"
echo "2" > s2_seq_.tmp
exit 0