Help me - please!

Tue Jun 13 10:19:00 AEST 1989

Dear readers of this newsgroup,

First I want to thank you all for your replies. I am really happy that
so many people answered me. But I also got some flames (via mail) and I
want to apologize for my stupidity to post my shout for help in this
newsgroup. In one flame (from Larry Campbell - campbell at bsw.com) I
received the whole German uucp-map and Larry told me that my request
was selfish and rude. I think I must explain why I asked to reply by
news not by mail. My system here is NO official uucp host, because I am
only a student and I can't afford to pay several hundred German Marks
per month to get news and mail from our backbone "unido". So I am no
official uucp host. I hope you can imagine that in Germany it is very
difficult to get access to uucp if you are no university or big
company. This was my first posting in this newsgroup. I now do uucp for
about 2 years, and I really didn't want to bother anyone with my
posting. But when I received some of the flames this morning, I very
nearly started weeping. It seems to me that some of the people who send
me really offending flames don't see that I am only a human with
feelings, and it really hurts if you are called disgraceful, selfish,
rude. I only wanted to hear from the pople who read this newsgroup. So
I ask you not to reply my cry for help any longer. If you want to send
me a mail, please consider that I am already charged lots of bucks for
the flames.

Frank
(with tears in the eyes)

P.S.: Because this is a source-group, here is one short program that prints
a biorhythm. It is in BASIC 09, but there should be no problems to
make it run on other systems.

-----------------------------CUT HERE ----------------------------------------
#! /bin/sh
# This is a shell archive.  Remove anything before this line, then unpack
# it by saving it into a file and typing "sh file".  To overwrite existing
# files, type "sh file -c".  You can also feed this as standard input via
# unshar, or by typing "sh <file", e.g..  If this archive is complete, you
# will see the following message at the end:
#		"End of shell archive."
# Contents:  br
# Wrapped by root at stasys on Mon Jun 12 16:04:23 1989
PATH=/bin:/usr/bin:/usr/ucb ; export PATH
if test -f 'br' -a "${1}" != "-c" ; then 
  echo shar: Will not clobber existing file \"'br'\"
else
echo shar: Extracting \"'br'\" \(6692 characters\)
sed "s/^X//" >'br' <<'END_OF_FILE'
XPROCEDURE bre
XREM --------------------------------------------------------------------
XREM Biorhythmus (c) by F.K. 1987 V 2.2e
XREM --------------------------------------------------------------------
XON ERROR GOTO 5
XDIM Wochentag(7):STRING
XDIM Monatstage(12):INTEGER
XREM --------------------------------------------------------------------
XREM Daten aus den Datazeilen lesen
XREM --------------------------------------------------------------------
XFOR I=1 TO 7
XREAD Wochentag(I)
XNEXT I
XFOR I=1 TO 12
XREAD Monatstage(I)
XNEXT I
XREM --------------------------------------------------------------------
XREM Daten
XREM --------------------------------------------------------------------
XDATA "Sunday","Monday","Tuesday","Wednesday","Thursday"
XDATA "Friday","Saturday"
XDATA 31,28,31,30,31,30,31,31,30,31,30,31
XREM --------------------------------------------------------------------
XREM Start
XREM --------------------------------------------------------------------
X1 REM
XPRINT #2
XPRINT #2,"Biorhythm (c) 1987 by F.Kaefer V2.2e"
XREM --------------------------------------------------------------------
XREM Eingabe des heutigen Datums
XREM --------------------------------------------------------------------
X10 REM
XPRINT #2
XPRINT #2,"Date [<RETURN> for Systemdate] (DD.MM.YYYY) : ";
XREM alt:INPUT #0,T,M,J
XINPUT #0,Dtmp$
XIF LEN(Dtmp$) <> 10 THEN
XREM Systemdatum einsetzen
XDtmp$=MID$(Date$,7,2)+"."+MID$(Date$,4,2)+".19"+LEFT$(Date$,2)
XENDIF
XT=VAL(LEFT$(Dtmp$,2))
XM=VAL(MID$(Dtmp$,4,2))
XJ=VAL(RIGHT$(Dtmp$,4))
XTh=T
XMh=M
XJh=J
XREM --------------------------------------------------------------------
XREM Eingabe des Geburtstages
XREM --------------------------------------------------------------------
X11 REM
XPRINT #2,"Birthday (DD.MM.YYYY) : ";
XREM alt:INPUT #0,T,M,J
XINPUT #0,Dtmp$
XIF LEN(Dtmp$) <> 10 THEN
XPRINT #2,"Wrong input!"
XGOTO 11
XENDIF
XT=VAL(LEFT$(Dtmp$,2))
XM=VAL(MID$(Dtmp$,4,2))
XJ=VAL(RIGHT$(Dtmp$,4))
XTg=T
XMg=M
XJg=J
XGOSUB 2
XTa=Ta-INT(Ta/7)*7
XGtag=Ta+1
XREM --------------------------------------------------------------------
XREM Ueberpruefung der Eingaben
XREM --------------------------------------------------------------------
XIF Jg>Jh THEN
XPRINT #2,"Wrong input!"
XGOTO 1
XENDIF
XIF Jg=Jh THEN
XIF Mg>Mh THEN
XPRINT #2,"Wrong input!"
XGOTO 1
XENDIF
XIF Mg=Mh THEN
XIF Tg>Th THEN
XPRINT #2,"Wrong input!"
XGOTO 1
XENDIF
XENDIF
XENDIF
XREM --------------------------------------------------------------------
XREM Abfrage, ob Kurve oder Tageswerte ausgegeben werden sollen
XREM --------------------------------------------------------------------
X20 REM
XPRINT #2,"Values of today or Graph (v/g) ";
XINPUT #0,Ausgabeart$
XIF Ausgabeart$="g" THEN
XGOTO 4
XENDIF
XIF Ausgabeart$ <> "v" THEN
XGOTO 20
XENDIF
XREM --------------------------------------------------------------------
XREM Berechnung der vergangenen Tage
XREM --------------------------------------------------------------------
XJ=Jg
XM=Mg
XT=Tg
XGOSUB 2
XTag=Ta
XJ=Jh
XM=Mh
XT=Th
XGOSUB 2
XTah=Ta
XTage=Tah-Tag
XGOSUB 100
XPRINT #1
XPRINT #1,"The birthday "; Tg; Mg; Jg; " is a "; Wochentag(Gtag)
XPRINT #1,"Age in days: "; Tage
XREM --------------------------------------------------------------------
XREM Berechnung der drei Werte fuer das angegebene Datum
XREM --------------------------------------------------------------------
XPhys=INT(50*(1+SIN((Tage/23-INT(Tage/23))*360*PI/180)))
XEmot=INT(50*(1+SIN((Tage/28-INT(Tage/28))*360*PI/180)))
XGeist=INT(50*(1+SIN((Tage/33-INT(Tage/33))*360*PI/180)))
XREM --------------------------------------------------------------------
XREM Ausgabe der Werte
XREM --------------------------------------------------------------------
XPRINT #1,"Biorhythm "; Th; Mh; Jh
XPRINT #1,"Physical:  "; Phys; "%"
XPRINT #1,"Emotional: "; Emot; "%"
XPRINT #1,"Mental:   "; Geist; "%"
XPRINT #1
XEND
XREM --------------------------------------------------------------------
XREM Unterprogramm zur Berechnung der vergangenen Tage
XREM --------------------------------------------------------------------
X2 REM
XTa=0
XIF M<=2 THEN
XTa=(M-1)*31
XGOTO 3
XENDIF
XIF J/4=INT(J/4) THEN
XTa=1
XIF J/100=INT(J/100) THEN
XTa=0
XIF J/400=INT(J/400) THEN
XTa=1
XENDIF
XENDIF
XENDIF
XTa=Ta+INT((306*M-324)/10)
X3 REM
XTa=Ta+(J-1)*365+INT((J-1)/4)
XTa=Ta-INT((J-1)/100)+INT((J-1)/400)
XTa=Ta+T
XRETURN
XREM --------------------------------------------------------------------
XREM Ausgabe einer Kurve
XREM --------------------------------------------------------------------
X4 REM
XPRINT #2,"How many days : ";
XINPUT #0,Ktage
XKtage=Ktage-1
XDIM Line$(51):STRING
XREM --------------------------------------------------------------------
XREM Berechnung der vergangenen Tage
XREM --------------------------------------------------------------------
XJ=Jg
XM=Mg
XT=Tg
XGOSUB 2
XTag=Ta
XJ=Jh
XM=Mh
XT=Th
XGOSUB 2
XTah=Ta
XTage=Tah-Tag
XGOSUB 100
XPRINT #1
XPRINT #1,"The birthday "; Tg; Mg; Jg; " is a "; Wochentag(Gtag)
XPRINT #1,"Age in days: "; Tage
XPRINT #1
XPRINT #1,TAB(15); "P=Physical, E=Emotional, M=Mental"
XPRINT #1
XPRINT #1,TAB(15); "bad condition"; TAB(52); "good condition"
XREM --------------------------------------------------------------------
XREM Schleife fuer die Ausgabe der Kurve
XREM --------------------------------------------------------------------
XFOR Z=Tage TO Tage+Ktage
XPhys=INT(50*(1+SIN((Z/23-INT(Z/23))*360*PI/180)))
XEmot=INT(50*(1+SIN((Z/28-INT(Z/28))*360*PI/180)))
XGeist=INT(50*(1+SIN((Z/33-INT(Z/33))*360*PI/180)))
XREM --------------------------------------------------------------------
XREM Ausgabe der Werte als Kurve
XREM --------------------------------------------------------------------
XPRINT #1,Th; Mh; Jh;
XPRINT #1,TAB(15);
XPhys=INT(INT(Phys)/2+.5)
XEmot=INT(INT(Emot)/2+.5)
XGeist=INT(INT(Geist)/2+.5)
XP=Phys+1
XE=Emot+1
XG=Geist+1
XREM --------------------------------------------------------------------
XFOR Cl=1 TO 51
XLine$(Cl)="."
XNEXT Cl
XLine$(P)="P"
XLine$(E)="E"
XLine$(G)="M"
XLIne$(25)="|"
XFOR Pl=1 TO 51
XPRINT #1,Line$(Pl);
XNEXT Pl
XPRINT
XREM --------------------------------------------------------------------
XTh=Th+1
XIF Th>Monatstage(Mh) THEN
XMh=Mh+1
XTh=1
XENDIF
XIF Mh>12 THEN
XJh=Jh+1
XMh=1
XENDIF
XNEXT Z
XPRINT #1
XEND
XREM --------------------------------------------------------------------
XREM Kopf BIORHYTHMUS
XREM --------------------------------------------------------------------
X100 REM
XPRINT #2
XPRINT #1,TAB(32);"BIORHYTHM"
XPRINT #1,TAB(32);"========="
XPRINT #1
XPRINT #1,TAB(23);"(c) 1987,1988 by F.Kaefer"
XRETURN 
XREM --------------------------------------------------------------------
XREM Error Routine
XREM --------------------------------------------------------------------
X5 REM
XPRINT #2
XEND
XREM --------------------------------------------------------------------
XREM End of Program
XREM --------------------------------------------------------------------
X
END_OF_FILE
if test 6692 -ne `wc -c <'br'`; then
    echo shar: \"'br'\" unpacked with wrong size!
fi
# end of 'br'
fi
echo shar: End of shell archive.
exit 0
-----------------------------CUT HERE ----------------------------------------

--
+--------------------------------+  You look at every face in a crowd
| Frank Kaefer | fkk at stasys.UUCP |  Some shine and some keep you guessin'
|   (Compuserve: 72427,2101)     |  ( OU812 )
+--------------------------------+