rI
~ ~r~A:(~~~~~
8$(275)
9 CLS sPRINT"T0 CREATE A NEW TAPE TYPE 0","
12 PRINT"T0 UPDATE AN SLD TAPE TYPE '"
15 IboIPUT X
'8 If X-I G0T0 63
21 CLS :PRINT"PUT 8LAfoJI{ DATA TAPE IN REC0RDER"
24 PR INT aPR I~T
27 INPUT"ENTER PURP0SE 0f TAPE";Q$
~ INPUT'tENTER THE STARTING N VALUE (111)"1}<
32 INPUT"ENTER THE I~TERVAL BETWEEN N'S"lE
33 feR I-I T0 275
34 LET A( 1 )-}<
35 PR INT "Nt. 1A <I)J
36 PR IfoJT'·ENiER REMAINDER SF LINE" If D0NE E}JTER ••• "
~ INPUT B$ <I)
INPUT"IS THE DATA CeRRECT (Y/N)"lD$
39 IF DS-"N" G0Te 35
~ IF B5(1).".**" G0T0 45
41 LET J<=K+E
4A NEXT I
45 LET C-I-I
~ INPUT"PUT REceRDER IN REC0RD MeDE, HIT ENTER";X
1$ PRINTt'THE DATA IS BEING REC0RDED"
52 PRINT 1-I,Q5,C
as
55 f sa I -I . T 8 C
57 PR I NT 1 -1 , A ( I )" B5 ( 1 )
59 l\iEXT 1 .
61 CLS
:G0T0 100
.
63 CLS.INPUT"PUT REceRDER IN PLAY THEN HIT ENTER";X
65 PRINT"WAIT 0NE M0HENT PLEASE"
67 INPUT 1-1, QS, C
69 PRINT"TAPE T0 "lQ5
'72 If.;PUT"IS THIS THE ceRRECT TAPE <Y 0R N)";Z$
'7S If Z$- <>"N" THEt.i 84
~ PRINT"PLEASE REWIND AND PUT CeRRECT TAPE IN"
81 INPUT"HIT ENTER";X:G0T0 63
84 PRINT"WAIT 0tJE JiS0MENT PLEASE"
f51 FiR 1=1 T0 C
~ I NPtrr 1-1" A <1 ) " B$ ( I )
(jG NEXT 1 .
96 CLS:lIiPUT"TURN 0fF REC0RDER" HIT ENTER";X
100 CLS: PRINT"T0 DISPLAY ENTIRE FILE TYPE 1"
110
120
130
140
150
160
170
180
200
210
220
230
PRINT"T0 DISPLAY A S IhGLE LilIlE TYPE 2"
PRINT"T0 INSERT A NEW LINE TYPE 3"
PR INTttT0 CHANGE Alii 0LD LINE TYPE 4"
PRI~T"T0 DELETE AN eLD LINE TYPE 5"
PRINT"T0 CREATE NEW FILE TYPE 6"
PRINP'T0 GET PRINT0UT TYP£' 7"
PRINThiF D0AiE TYPE 8"
INPUT-g:eN Q G0T0 2001300140015001600170018001999
CLS: PRINT: PRINT
F0R I-I T0 C
IF 1/11-F1X(I/ll)<>0 THEN 240
U/PUt"lilT ENTER KEY T0 C0111TUNUE PRINTING FILE"JX:CLS
~O PRINT "N"JA(I)J" "lBS(l)
250 ~EXT I
260 UiPUT"HIT ENTER KEY"lX
:G0T0 100
300 CLSa
INPUT"ENTER THE t.,/-IIiUMBER (III)";J
31 0 F 0R 1 I T 0 C
320. IF J-AU) THEil! 350
=
330 hEXf
1
340 PRINT"NU~~ER N0T IN FILE":G0T0 360
350 PRINT "N";A(I)J" "JBS(I)
360 PRINT:
INPUT"FIJR AN0THER NUMBER TYPE 11 eTliERWISE O"JX
370 . IF XcI G0T0 300 ELSE 100
~o CLS
410 IIIiPUT "ENTER N-NUMBER (III)"HJ
415 INPUT"ENTER REST eF LINE"JN2S
420 INPUT"IS THE DATA C0RRECT (Y SR III)";DS
~5 IF tiS."N"SeT0 400
100 F0R Q=1 T0 C
4'35
IF N < A(Q) TJiEN 445
~O NEXT
445 F0R B-C T0 Q STEP -I
450
A(B+I)=A(B)
455
B$(2+1)=2$(2)
.,0 NEXT
1fl0 I-Q:
ACl)=N:
B$(1)=N2S: LET C=C+l
480 INPUT"F0R AN0THER ADDITI0N TYPE 11 0TliERWISE O";X
490 IF X=I G0T0 400 ELSE 100
!CO CLS:
INPUT"ENTER THE N-L1Jl'lBER F0R LIlliE T0 BE CHANGED";.)
510 F0R 1=1 T0 C:
IF cJ=A( 1) THEN 540
seo IIIEXT
530 PRINTHIII-NUMBER N0T IN FILE":GeT0 570
540 PRINThTliE LINE N0W READS":
~5 PRINT-"N"JA(I)J" "SBS(I)
550 1fVPUT ·'ENTER THE ceRRECT LINE (W/O THE N-tWtBER)";BS(l)
560 PRIIIlT"THE C0RRECTED LINE REAJ;lS":PRINT"1I/ttIACl)J" ";BS(I)
570 INPUT"FeR AN0THER C£RRECTI0N TYPE II 0THERWISE O";X
580 IF X:l G0T0 500 ELSE 100
600 CLS :PRINT"E~i'ER THE N-NUMBER F 0R LIt.iE T 0 BE DELETED"
610 INPUT W
615 F0R 1-=1 T0 C:
IF W-=A( 1) THE ... 640
620 NEXT
630
640
650
660
670
PRIt.;T .. lIl-NU .....sER NeT IN FILE" :G0T0 690
PRltIlTt'TIiE LINE PRESENTLY READS":
PRINT"N";A<I)J" ";SS(I)
C-C-l
F0R' N=I T0 C
LET A(N)=A(N+I): ' LET BS(N)=BS(N+I)
680 NEXT
685 PH INT'-THE -LINE HAS t-;0W BEEt-; DELETED'·
INPUT"F0R AN0THER DELETI011l TYPE 11 0THERWISE oe,;x
IF X=I G0T0 600 ELSE 100
CLS :PRUIT"INSERT BLANK TAPE I PUSH RECiRD AND PLAY"
INPUT"WHEN READY HIT Et.lTER":;X
~O PRINT"C0PYING ••• "
725 PRINT- I-IIQSIC"·
"130 F0R 1'1=1' T0 C·
690
695
700
710
r
30
Rlrpose:
Rocords hours for each Shop Order number and detail
number for each area of machining and totals the
hours for the entire shop
Explanation of output:
(Seo sample output i'ollowing prosram listinB)
12j4
Shop Order number
3 1+,5, LI5
Detail numbers assocj.ated with this particular
Shop Order number
Hours spent on Lathe
HITJ,
Hours spent Eilling
80urs spont drilling, tapping, reaming or boring
s.Gn.
Hours spent surface Grinding
Hours spent Cylindrical grinding
1 CLEAR 200
2 DIf".A(20,,20)
4 DI t' At (20)
6 DIM C(30)
10 CLS
20 INPUT"SH0P 0RDER" JA$
~ INPUT ttlllU!-.BER 9F I TEf-:S",; C
JIJ FeR 1=1 T 10 C
50 CLS
55 LET A ( I" 7 ) :()
'S7 LET D$ :"Y"
~ INPUT "DETAIL"JA$(I)
70
F 0R J =1 T 9 6
00
READ B$(J)
~
PRI~T BS(J)J
100
I NPUT ,A ( I" J)
11 0
NEXT J
120 RESTfORE
130 CLS
140 PRIt\T"DETAIL"",A$(l)
150
F0R J=1 T9 6
160
PR I t.T BS (J)" A ( 1" J)
170
NEXT ..1
180
FeR tiel T0 6
190
LET A ( 1" 7) =A ( 1" 7 ) +A ( I" J )
200
NEXT J
210 PH INT"T0TAU' "A( I" 7)
220 I~PUT "IS THE DATA CeRRECT (Y 0R lII)"JDS
230 IF D!="N" THEN GeTe 50
240 ~EXT I
250 DATA TURfIi --- -" rw,ILL ----" DTRB --- -" S. GR .---" C. GR .---"
MISC ~----~
26 0 F 0R ..1 1 T e' 7 .
270
FER 1=1 T 10 C
28 0
LE T V ( ..1 ) =V ( J ) +A ( I " ..1 )
290
NEXT 1
~O NEXT ..1
310 LPRINT
320 LPRINT A$
330 LPRINT
";"DTRB
340 LPR I "'.,." DE TA 1 L" ,,"T URN
"
h;hMISC.
its .GR.
";"C.GR.
It ;"TeTAL"
345 LPR lll:T
350 F0R 1=1 1'10 C
355 LPR ltv,
360
LPRINTA$(J)"
370
FOO ..1=1 T0 7
";A(I"J)';
380
LPRlNT USI~G"".I
NEXT ..1
390
~O
LPRINT
410 NEXT 1
412 LPHlJo.T
414 LPRINT
""0 LPH I t.iT·'T tOTAL·'"
430 F0R J'"'l T0 7
"';V(..1);
440
LPRIIllT USING"',.,
450 NEXT J
=
...
#8
Purpose:
Figures cost of cylindrical and rectangular cold
roll steel stock.
INP\JT it of PIE:C.E S
ES
INPUT: LEoNI!:.11-1. WIDTH. WE 161-1 T
C.OMPUTE VOLUME
PRINT DIMENS10NS
C.OM PUTE COST
PRI~T
i:t OF PIECES .x, C.O'5T
PRINT NEW AMOUNT
INPJT:
DlAME"TER & LEN<=>TH
2 CLS
3 INPUT·', 0F P0UNDS".iN
4 IF N>O THEN 6
5 IJ.4PUT"IS THE STeCl{ CYLllliDRICAL CO) ~R RECTANGULAR (1
6 INPUT h PRICE/P0UND·',;P
7 I~PUT"CUTT 1M; CH!UiGE";R
8 IF N > 0 THEN 64
10 CLS
aJ INPUT"'L t ' , ; L
3) INPUT"W" Hi
I() 1 NPUT"H",; H
:c LET It =L*W*H
58 CLS
59 PR UiT"DI tENS I 0NS="'; L"X·· ;W"X".iH
60 LETC=R+ (P*V*.283)
62 G0T0 70
64 ClS
65 LET C=CN*P)+R
67 IF N>O THEN 68 ELSE 70
68 PR I NT ·'NU I-'l3ER 0F P 0U NDS" HJ
10 PH INTC
71 LET D=CC*.15)+C
72 PRINT D
73 PRINT"PRICE/P0UND";P
74 PR INT"CUTT ING CHARGE";R
75 INPUT"IS IT 0.K. T0 C0NTINUE".iA5
79 RUlli
ff) El\iD
100 INPUT"D";D
11 0 INPUThLh.i L
120 LET VcL*C3.14*CCD/2)*CD/2»)
125 PRINT'·DIl-:ENSI0NS=";D"DU~. X";L
130 G0T060
)tt;S$
32
Purpose:
Ac1e.s uJl the hours for each employee under various
categories for each week
Explanation of output:
(see sCl.ffiple output following
rrogram lisU.l1g)
m
1. •
T'l
1.\ •
Tool
nOOE1
Tool ::loon llaint onane 0
Tool Room Supervision
D.
Broderick
Broderick
D}~.
S.
OVBD.
l~aint
enanc (;
Broderick Supervision
Overhead
1 CLEAR 200
2 DIl(, A(20,,20)
~ DIM AS (20)
6 nUl C(30)
10 CLS
m UlPUT"DATE eR El"J'L0YEE";CS
3j l~PUT"toU1"'.BER eF Et'lFL0YEc.S 0R DAYS"';C
32 F0R 1-=1 T0 C
34
INPUT"NAME 0R DAY "JAS(I)
36 NEXT I
38_INPUT"IS IT e.K. T0 PR0CEED"';Z$
.tC FeR 1=1 T0 C
45 Cl.S
J$ LET DS"'Y"
!:O PRINTJA$(I)
52 LET A( I" 8)=0
55 FeR J=l T0 7
~
READ S$(J)
70
PRINTS! ( J ) ;
f()
INPUT ACI"J)
90 NEXT J
100 REST0RE
105 CLS
110 PRUIT"NAl"'£""A$(l)
120 FeR J=I T0 7
130
PRINT BS (,J)"A(1" J)
1~0 NEXT J
.145 F0R J=1 T0 7
146
LET A ( I ,,8) =A ( I "S ) +A ( I" J )
1~7 .. EXT J
150 PRINT"T0TAL""A(I"S)
156 llliPUTulS THE DATA C0RRECT (Y lOR N)";DS
157 IF D$~"~" THE .. GeT0 45
158 ~EXTI
160 DATA T.R.----"T.R.~.--"T.R.S.--"BRD.----"BR.M.---"BR.S.---"
WHD. __ _
' __ , . _
. _".
_ ....
170
180
190
000
210
211
212
214
220
230
235
240
250
~o
~5
280
282
285
290
300
FeR- J=1 T0 8
F 0R 1 1 T 0 C
LET V (J ) =V (J ) +,A (1" J )
NEXT 1
NEXT J
LPRINT
LPRINT C$
LPRINT
LPR I NT" NAME
";" T.R.
";"T.R.M.
to; ··T .R. S.
"BR.....
., J uSR.5. . '0 -; "eVliD-. "; "T0TAL"F lOR I I T e' CLPRINT-U5ING"%
% ";AS(l);
F0R J=I T0 8
LPRl~T USING"'".,
";A(l"J);
l\IEXT J
LPRINT
NEXT I
LPRlt-JT
LPR I~T"T0TAL "';
F0R J =1 T0 8
LPRINT USING"'".,
";V(J);
=
=
";"BRD.
"
.
"
~HN
T.R.
T.R.M.
T .R.S.
8.0
4-'0
4-'0
'0.0'
2-';0
BR.S.
0.0
O~O
0".0
S".O
0'.0
fRl
5-'0
4'.0
1'.0
1'.0
BRD.
0.0'
2.0
1;'0
0'.0
0-';0
1'.0
BR.M.
0.0
THU
0.0
0-'0
0.0
0".0
0'.0'
0'.0
0;'0
0-'0
0'.0
0'.0
33.0
5.0
0.0
4.0
BRD.
S.O'
4-'0
4.0
2-'0
6'.0
_ME
MiN
roE
~D
SAT
TeTAL
1~0
eWD. T8l' AL
8.0
8".0
0'.0
0-'0
0.0
0-';0
2'.0
0'.0
0'.0
2'.0
8".0
0-'0
2'.0
S-'O
0.0
0.0
6.0
48.0
SR.M.
SR.S.
eVHD. TeTAL
0.0
4.0
0.0
0'.0
0-'0
4.0
8'.0
8-'0
2'.0
0.0
0'.0
0".0
0.0
0'.0
0-'0
8-'0
12.0
0.0
4.0
40.0
8'.0
8'.0
TeM
lAME
.eN
T .R.
0.0
T.R.M.
" 0'.0'
T.R.S.
0.0
WE
0-'0
O~O
O~O
\ED
TH
flU
0'.0
0.0
0-'0
0'.0
0'.0
0'.0
0-'0
0-'0
0'.0
NTAL
0.0
0.0
0.0
24.0
4".0
2-'0
s.o
8'.0
1234
IETAIL
TURl\
l';ILL
DTRB
S.GR.
C.GR.
1>:ISC.
T~TAL
34
12.0
12.0
12.0
12.0
12.0
12.0
72.0
5
5.0
5.0
5.0
5.0
5.0
5.0
30.0
~
6.0
3.0
4.0
2.0
7.0
1 .0
23.0
23.0
20.0
21.0
19 .0
2i.1.0
18.0
T0TAL
%125.0
3)
#10
Purpose:
Using the information produc ed by progran ;;:9
this program computes the shop's profit or loss
for the wee>:
Explanation of output:
TOOL ROeM RATE
(See
sample output following program listing)
Amount charged per hour
Amount charged per hour for Broderick work
SHOP
Lists the data from which the rest of the
information is derived
COST
Cost per hour to run the shop
PEeD.
Cost per hour for production (manufacturing)
NOLJPROD.
Cost per hour for nonproduction
(supervision, etc.)
OVHD.
Cost per hour for overhead (lights, heat, etc.)
Total overhead to run shop for week
Percentage of hours in nonproduction
Frofi t or loss for wee',,\.
:;~
FROFI'l'
;ercentage on return on money spent
(Note: Tho example uses fictitious
data, the shop could not function very
loni:'; with figures like these!)
COS'I'
Cost shop would have to charge to break even
1 O;~,
Cost shop would have to charge to mah:e 10;
20;
Cost shop Vlould have to charge to make 20;j
Same brea~\.dovrn as above except specifically
for the tool room
Same breal"dovm as above except specifically
for 3roderick: work
---------_..--
-
---
---._--------
1 CLEAR 200
DIt A(20"10)"AS(20)"BS(20)"D(20)"E(20)"G(20)"H(20),,L(20)
20 DIt 00(20),EE(20)
100 CLS
110 INPUT"DATE ";CS
112 INPUT"T00L R00~ RATE";U
W
114 I NPUTtlBR "DER I CX RATE"; V
120
125
126
127
128
INPUT"tliU ..lBER fiR EMPL0YEES ";C
INPUT u 0VERHEAD ";F
F 0R I == 1 T 0 C
INPUT"NAME ";AS (1)
IIIEXT I
~9 INPUT"IS IT 0.K. T0 PR0CEED";ES
130 F0R 1=1 T0 C ' ,
132
LET DS ="Y"
134
LET A ( I" 8 ) =0
135
ClS
~6
PRIIIITJAS(I)
140
FaR .J e l- T0 7
150
READ BS(.J)
~O
PRIIIIT BS(.J);
170
I NPUT A ( I".J )
180
NEXT .J
190
RE5T0RE
200
CL5
210
220
230
240
25 0
260
270
280
290
300
310
320
330
340
350
360
~0
380
390
J()O
41 0
415
leO
430
440
450
460
1lI0
IlI5
PRINT".NA~E",AS(I)
FeR .Jel T0- 7
PRINT BS(.J),A(I,.J)
NEXT .J
F SR J e 1 T 0 7
LET' ACI .. 8)=A(l .. S)+A(I,.J)
NEXT J
PRINT
PRINT"TeTAL·· .. A (l,S)
II11PUT"I5 THE DATA C eRRECT (Y eR N)tt ;OS
IF DS,=uN" THEN G0T 0 132
NEXT I
DATA T.R~----"T.R.M.--,T.R.5.-OATA B~D'. ;.;.;.:., BfiO'.I·f. :.;." BfiO~ 5. ;."- .. 0VRHO.-FeR ..1=1 T~' 8'
. . ...
F0R 1=1 T0 C
LET V (..1 ) =V (..1 ) +A ( 1 .. ..1)
f..IEXT I
NEXT ..1
FeR 1=1 T0 C
CLS
LET DS -"Y"
PRINT AS(I)JA(I,S)
UiPUT··R";A( 1 .. 9)
U.PUT"B" ; A<I, 10)
INPUT"IS THE DATA C0RRECT (Y eR N)"JOS
IF OS=uN-' THEt.l GeT0 410
NEXT I
CL5
14J.i0 RE,.
1450 LPRINT
....
490 FeR 1 =1 1'10 C
500
LET 6CI>=ACIII0)/ACIIS)
510 NEXT I
=eO RE~
C0ST 01' 3000
530 F0R 1=1 1'0 C
540
H(I)-A(117>*(A(II9)+G(I»
.
550 NEXT I
560 FeR 1=1 1'10 C
SlO
580
590
600
610
620
630
640
650
660
670
680
690
100
H=H+IH
I)
~E.XTI
REI':
C0ST 3000 AND
f0R 1=1 1'0 C
LCI)=ACII1)+A(II4)
0VERHEAD/~RODUCT
NEXT 1
FeR 1=1 Te C
MII:~+L(I)
NEXTI
LET N=CK+F)/}/i
RE tt:
CALC. T.R. C eST /PR 0D. liR.
FeR I-I 1'0 C
DCI)-A(Ill)*(A(119)+G(I»
NEXT I
710 FeR 1=1 T0 C
720
,
E ( I ) = (A (112) +A ( I I 3) ) * (A (119) +6 ( I ) >
725 NEXT I
730 FeR I-I T0 C
0=0+D( I)
740
750 NEXT I
760 FeR 1=1 T0 C
P=P+E(I)
TlO
7S0 IliEXT 1 - 790 feR I z:1 T0 C
5 =S +A (II I )
£00
S10 NEXT 1
~O LET Q =0/5
830 LET R-P/S
840 LET t z:Q +R+N
850 RE.;
CALC. BRD. C0ST/PD~ li0UR
1:60 FeR 1=1 Te C
LEt DD(I)=A(114)*(A(119)+G(I»
810
880 NEXT I
890 F0R I-I T0 C
roo
LET EE(I)=(A(II5)+A(II6»*(A(119)+G(I»
910 NEXT 1
920 feR 1=1 T0 C
LET Sf) &00+DD( 1 )
sao
940 lIJEXT I
~O FeR 1 =1 T0 C
LET PPcPP+EE( I)
960
rno NEXT I
980 FeR 1=1 T0 C
990
LET SS =SS+A( 114)
1000 NEXT I
1010 LET QQ =00/SS
1020 LET RR=PP/SS
1030 LET T1 SQ+RR+N
leN li0UR
1050
1060
1070
1080
1090
1100
1110
1120
1130
1140
. LET W-S *U
LET X aSS.V
UTY-W-(T*S)
LET Z.X:'(TT*S5)
LPRUiT .LPRurr
LPBI»T
LPBlIiT"
LPRINTLPRINT"DATE -'CS
1150
LPR~NT"T'lt R"~
1160
LPRI~~BR'DERICK
SHIP
RATE~
PR8FIT~L8$S
TABLES"
RATE"IV
RAT£-JV
11 10 LPR n.T'
SHIP"
1180 LPR Uri'"
1190 LPRUiT1200 LPRl»T"~AME
1220
1230
1240
1250
1260
"I" T.R. "J"T.R.M. ";"T.R.S. ";"BRD.
"BR.M. ~;"BR~S~ "i"IVHD.-"J"TITAL~
FIR 1.1 T' C
LPRINT USUIS"I
FIR "alTI 8
, LPRINT USl ..." ' , ' . ' "IA(I~~)J
NEXT"
"I
1265
LPRIJ~T
1270 liEXTl
1280
1290
1300
1310
'1320
1321
LPRINT
LPJUNT"TITAL ";
FIR eJ8. TI 8
LPRINT US1.6"",.,
NEXT
.J
"JV(~);
-
LPRINT
1322 LPR 1 In'
1324 LPJUNT"CIST"" "PRID.-" "NINPRD." ,,"IVHD.-'
'"J «I"+i+P+PP)I)l)+tH
1326 LPRINT USING-i,.,,-·· -
(11+'")/'0 (P+PP)/MUJ
1327 LPRIaiT
1328 LPRINT"CST. 8F .PRT•• • .. JF
1330 LPRINT"S ~~PR.DUCTI.~a";USINGH ".'"J«V(2)+V(3)+
V(S)+V(6)+V(7»/V(S»*100 1350 LPRIaJT"SHIP PH'" IT·-~-US 1N&""" ." .. ;Y+Z
1360 LPRINTMI PRIFITa""USIN6" ,i,."h;«Y+Z)/«T*S)+(TT*SS»)*
100
1370
1375
1390
1400
1405
1410
-
,
CALC. IF I.D. RATE
LPRINT
.
LPR 1 NT-' tilAME" " "e eST" , "I 0 I." , "20 I"
FeR 1.1 Te. C' LET BScO
IF A(I"I»O IR AC1,4»0
THE. LET BB8C(DCl)+DD(I»/(A(I~I)+A(I~4»)+~+«P+PP)/M)
ELSE 1420
RE~
1415
£LSE1430
1420
LPBINTAS(I)JA(I,9)"USING""."
.. (BS*-;'I », -(B8+ (BS*.2) )
1430 »EXT 1
1440 REtr;
TilL Reet:
1450 LPRINT
~ ..,--~--~.~.-.~---.------.~----~~------~--~-------------
"SCI,.S
. .t"n'
Gi".=
lit
=
j~;)C::
j.,Jo'I(
UVJ
1454.LPRUIT
1456 LPRIM'
TieL Re8M"
1460 LPB INT"
1470 LPR UIT1480 LPRINT"CeST",,"PReD.",,"NPRD.",,"iV~D."
1.1& 90 LPJU til' - US I NG" " .,,' . .
. " J T J Q)liI N
1500 'LPR I til'
.
1510 LPRINT"S T.R.H.-T.R.S.~";USING" ".'";«V(2)+V(3»/
-(V ( 1 }+V (2) +V (3» ).100
1520 LPRUIT"T.R. PRiY 1Th" US ING"'", .,,";y
lS30 LPRINT"S- PR.FIT""USING'·
(V/(T.S) ).100
-.
1540 L~I~'
1550 LPRINT"~ME",,"CeST",,"IOS",,"20S"
1560 LPRINT"DEPTftiUSINGft,i.,,--"ITI(T+(T •• l » ;
,i,."ft;
J
(T+(T.~a»-
.----
1570 RE-Ill
BReDERICK
1572 LPRINT
1580 LPRUIT"
BR8DEBICK"
1590 LPB Ul1"
1600 LPR INT"CeST"" "PBeD ."" "NPRD.",,"eVHD e"
. -. h;TT ;QQ;RRnl
1610 LPBUIT USING"" .,,' _. 1620 LPRINT
1630 LPRINT"S BR.H.-BR.S.-"JUSING" ".'"J«V(5)+V(6»/
. (V(4}+\1,(S)+V,,(6»).100'
1640 LPRINT"BBD. PRIFIT"iUSING""".,,"JZ
1650 LP1UNTt'S PR8FI~ ~""USUI6" " , .,ft; (2/(TT.SS) ).100
1660 LPRINT1670 LPR I NT" NA ME"" "CeST", "lOS" ,,"20S"
"ITTJ(TT+(TT*.I»;
1680 LPBINT"DEPT"iUSING"i'."--(TT+(T1 •• 2) )
1690 EAJD
TilL R.eM
teST
24.13
PRID.
~PRD.
8.~3
IVHD.
1.28
14.43
S T.R.H.-T.R.S ••
13.2
T.R~
28~69
PRIF IT
S" PlilFIT
. . ..E
IEPT
3".60
ceST
24.13
lOS
26.54
201
28.96
.
BRID£RICJ<
teST
25.15
PReD.
7.55
18R ••• -BR.S.&tD.· PlliF It .
S PReFIT-
30.0
-14Ji.29
• ~0·.5
--
.IEPT
NPRD.
3.11
IVHD.
14.~3
.
CIST
25.15
lOS
27.67
201
30.18
Purposo:
ri.lo create: uo.ta tapes to
l~eep
tracl-:: of the .sh09
Order Dunbers, l)ric e charged, mat erial cost,
hours
sp~nt,
shop order.
and rate per hour made for each
A separate data tape is produced
for each company
Variable Dictionary
Two dimonGional array of price, materials, and
hours for each shop order number
A.' (T)
Array of shop order numbers
Dumber of shop orders
c
Customer llame
:,( -T)
Rate per hour for each shop order number
~,
35
PRINT IN~TRULTION~
INPUT= GVS1"oMER NAME
NUMBER of JO~
YES
INPUT:
--~\JJCRE:M ENT INbEX
es
...- - - - - 1
INC.REME NT
rtJDE~
36
LOMPtJTE RATE PER !-lOuR
REc.ORD C.USTOME R NM1E "
#
OF .JOB':>
REU)RD 'SJ..k)P ORbER NOM 6fR
PRK.E. ~ATERIAL J !-lOURS l RATE
I
10 CLEAR 1500
20 Illf-. A(300",3)", E(300)
30 DU'. A$(300)
~ CLS
:PRINTnpUT BLANK DATA TAPE l~ REC0RIlER"
16 PR INT"PUT REC0RDER 1111 REC0RD M0DE"
:PRINT
:PRINT
SO I I\iPUThCUS T 0!"£R t-lAt-:E"; C$
60 INPUTttNUMBER .JeBS",; C
65 PRIl\]T" UiPU.T .J0B NU~BERS It.; NUMERICAL 0RDER tt
10 F 0R I &: 1 T e C
Ef)
INPUT".J0B NUl-.BER (II")";A$(I)
~ NEXT I
100 INPUT"HIT ENTER HEY"; X
110 FeR 1=1 T~ C
120 CLS
..
130 LET DS="Y"
140 PRINTJAS(I)
150 FeR .J=1 T 0 3
~O
READ BS(.J)
170
PRINT BS(.J);
180
INPUT A <I",.J)
190 NEXT .J
200 REST0RE
210 CLS
220 PR INTt.tNAl-'.E" ",A$ (I)
23 0 F 0R .J" 1 T 0 3
240
PRINT BS(.J)",A(I",.J)
250 NEXT .J
a60 INPUT··IS THE DATA ceRRECT (Y eR N)"'';DS
270 IF DS="~" THEN G0T0 130
280 NEXT. I
290 DATA PRICE ",!"lAT.",HRS.
300 F0R 1=1 T0 C
310
LET E(l)=(A(l",1 )-A(I",2»/A(I",3)
320 NEXT I
325 PRINT"THE INFeRl-ATI0N", INCLUDING THE RATE", IS BEING REC0RDED"
330 PRINT I-l",C$",C
340 F0R 1&1- 19 C
~o
PRINT 1-1",AS(I)",A(I,1)",ACI",2)",ACI,3),E(I)
360 NEXT I
370 END
37
,/12
2urpose:
To update the data tapes created by the eleventh
program.
Tho program reads the old data tape
and then the operator can do several things.
They can display the entire file or just a single
Ij_ne (ref8rCnCeo. by tLc s1;.o;-; orewr
nUli~ter),
they
can insert a new line - the new line will be
placed in the correct numerical location (shop
order nWr1bers are listed numerically), change an
existing line, delete an old line, display
average rate :per hour for that IJarticular company, or create a new data tape with the necessary changes.
Irate:
necause data tapes may be lost, damaged, or improperly recorded there will be two data tapes for each
company.
The old data tape will be updated and
a new tape will be created.
If the new tape is
not recorded properly or is lost or damaced the
operator can rerun the program using the old data
tape.
':i'1en another update becomes necessary the
newest tape is read in and updated creating a
third tape.
Tho first tape can then be erased
and used over again.
38
Variable
A(I,3)
Dictionar~
Two dimensional array of price, materials and
hours for each shop order number
A:1;( 1)
Array of shop order numbers
C
lJine Counter
Customer ['lame
E(I)
Rate per hour for each shop order number
Format for output of shop order numbers
FS
Format for output of prices, material cost
Format for output of hours
Format for output of rate per hour
1TH
Temporary variable for new hours
HE
Temporary variable for neVi material
ITP
Temporary variable for new price
}!l~
Temporary variable for new rate per hour
COE;t
Temporary variable for new shop order number
V( 1)
Totals prices
V(2)
Totals material cost
V(3)
Totals hJurs
-----_.--_ -.
..
CLEAR 5TRlN6 5PAc.e
READ C.US.TOMER hlAME Z
# or: 5Hop ORDER i* I ~
PRINT CUS,oME.R NAME
YES
PRINT ERROR MES5A6E
**
R~AD Si-ioP ORDER
PRICE.
MATE RIAL, HOUR'S iRATE"
f
Li 1
Dl5PLAY
ENTIRE FILE
YES
5
NO
C.LEAR S(REEN
PRINT LINE
INCREMENT I NOE)(
!f2
D\5PLAY
SINGLE LINE
S('REEN
INPUT SHOP ORDER ~
YES
Sequential
search for
shop order
number
Subroutine to
print line
t--------I
YE5
PRINT ERROR MESSAbE
iNSERT
NE\rJ LINE
INPUT;
SHOP
OltDER t:t:,
PRIC.~,
&. HOURS
MATERIAL.
NO
*
ORDER
II\lSERT/oN
PoIN T F oUND
~~"--...,
"}
INDEx
=-----------1 DELRE M~NT I NDE 'X.
l~seRT
If end of array is
reached then the
shop order number to
be inserted is larger
than any of the
numbers presently in
the file
Search for correct
insertion position
for new line to
maintain correct
numerical ordering
of lines
Renumber the indexes for the lines
in the file after
the new inserted
line
NEW' UNE
INCREMENT LINE COUNTER
Subroutine to print line
C\-\ANGE
OLD LINE
INPUT ~~OP ORbER i:t
ES
Sequential search
for shop order
number
Subroutine to print
line
It.,IPUT coRREC.T~1>
LINE
C.OMPUTE NEW RATE
~-------IPR.INT
ER.RDR MESSA6t:
:';5
DELETE
OLD LINE
tt:
INPVT SHOP ORbER
Shop order number
for line to be
deleted
INDEX
Subroutine to print line
YES
DEcR£MENT UNE c.ouNTER.
YES
----tINC.REMENT INDEX
Renumber lines
following deleted
line
D\SPLAY AVERAGE
RATE PER HOUR
YES
YES
C.OMPuTE TOTALS
O~
PRICE. MATE'RIAL. &-
HOURS
,
~-
'
C.OMPUTE lit
PRINT RATE
Nested Loop:
V~ll -- totals price
V 2 -- totale mater.
V 3 -- totals hours
CREATE
NE\N FILE
RECORD C.USTOMER NAME
8, LINE COUNTER
NO
ReCORD LINES
PR1NTOUT
i(5i\r?""::~'(1!~~"5L----I
PRINT
OF FILE
CUSToMER
NAME
PRINT ~!;ADERS
l'RINi LINES
ES
COMPUTE loi ALS OF
PRICE. MAiER IAL, "
HOUR~
1~"aMfNi INDE~
'----I
2
INC.REMENT INDEX 1. ~--'
P~INT ToTAL
MATERIAL
PRIC.E.
2, HOURS
c.oMPLJTe g PRINT
OVERALL AVf:RA~E
RATE PE~ HOuR
DONE
1 CLEAR 1500
2 LET FS;=""",.""
3 LET GS=·'II".I" '
4 LET HS=·"".I,,,
5 LET £$="%
%"
8 DI~ AS(300)"AC300"3),,E(300)
to CLS : INPUT"PUT RECeRtlER 1111 PLAY TIiEN HI T E~TERtt;X
ro PR I NT" INPUT ING ••• It
30 INPUT '-I"CS"C ...
3S LET CI =0
4J PR INT"IiATA FeR "; CS
S) INPUT"IS THIS THE ceRFECT DATA TAPECY 0R N)"; ZS
60 IF Z.$<>"~" TIiEN 65
62 PR l~T"PLEASE REWIND THIS DATA TAPE AND PUT THE C 0RRECT TAPE IN"
63 INPUTt'HIT ENTER";X
:G0T0 1
65 PRINT"WAIT 0NE tr:0tw:ENT PLEASE"
70 F0R 1'=1 Te C
75 INPUT '-I"ASCI)"A(I"1)"ACI"2),,ACI,,3),,E(1)
8) NEXT
<;0 CLS
:INPUT"TURN £IFF THE REC0RDER" HIT E~TER··iX
WO CLS
:PRI~T' 10,,"**. "iCSi" ••• "
sPRINT
:PRINT
11 0 PR 1 NT':T0 DISPLAY ENT IRE FILE TypE 1 It
120 PRINT"'T0 DISPLAY A SINGLE LINE TYP£'- 2"
130 PRINT"'T0 INSERT A l-4EW LINE TYPE 3"
~o PRINThT0 CHANGE AN 0LD LI~E TYPE 4"
150 PRINT"T0 DELETE AN 0LD LINE TYPE 5"
160 PRINTt'T0 DISPLAY AVERAGE RATE PER HeUR TYPE 6"
170 PR INT"T0 CREATE NEW FILE TYPE 7"
175 PRINTt'T0 GET PRINT0UT TYPE 8" "
180 PR I fliT" IF De1\lE TYPE 9 0 •
190 INPUT Q
:011i Q GeT0 200,,300,,400,,500,,600,,700,,800,,900,,999
roo CLS aPR INT"S. 0.1
PR ICE
MAT. .
HRS.
RATE"
rol PRINT :FfOR- 1=1" T0 C
002 IF 1/10 -F IX (1/10) <>0 THEN 204
ro3 INPUT"HIT ENTE~ T0 CeNTINUE PRINTING FILE";X
ICLS
004 PRINT USltIlG ESiAS(I)';"
u;
005 PRINT USING F$iA(I"I);
ro6 PRINT"
.. ;
ro7 PRINT USING FSJACI,,2);
208 PRINT"
It.;
009 PH IlI.T US IlliG GS';A (1,,3)';
210 PRINT"
H;
212 PRINT USIl\.~ HSlEeI)
214 NEXT
220 INPUT"l1IT EfliTER KEY";X
:GeT0 100
300 CLS
:INPUT"ENTER TIiE SIHIP 0RDER NUMBERC"")";uS
310 F 0R I == 1 T £I C
313
IF uS=ASCI) THEN 325
317 NEXT
~O PRINT"NU~BER N0T IN FILE"
:G0T0 340
~5 G0SU13- 1000
340 PR INT
: I NPUT"F eH AN0TliER NU l".BER TYPE I" 0THERW 1 SE 0 H; X
350 IF X=1 G0T0 300 ELSE. 100
4)0 CLS
4)5 PRINTtlENTER S.0. NUMBERC'",)" PRICE" MAT." HRS-<SEPARATED BY C0MJ>AS'
410 INPUT iii!" NP,,' N~" NH
415 INPUT"IS THE- DATA CeRRECT CY 0R N)"';DS
~5 LET fliR=(~P-Nft':)/fI;Ji
1430 FeR Q=1 T0" C
435
If "S <AS (Q) THEN 442
440 IIlEXT
442 feR N-C Te Q STEP -1
444
LET AS(N+l)=AS(N)
446
LET A(lv+I,1 )=A(N,l)
448
LET A(N+I,2)=A(~,2)
~O
LET A(N+I~3)-A(N,3)
452
LET EO~+l) =E(N)
i65 NEXT
460 LET IcQ
462 LET AS (1) =NS
464 LET A(lll)=~P
466 LET A( I~2) =Nti
468 LET A(I,3)=~H
470 LET E'( I )aNR
ifl2 LE T C =C + 1
Jfl5 PRINT"THE LINE READS:
..
~O 'G0SUB 1000
482 INPUT"F0R AN0THER ADDIT10N TYPE. I, (oTHERWISE O";X
~O IF X-I G0T0 400 ELSE 100
~O CL5
:PRllv~"ENTER THE S.0. NUMBER("") f0R LINE T0 BE CHANGED"
510 I~UT ~S
:t20 FeR I -I T0 C
: IF ~$ =AS (I) THEtI; 540
525 NEXT
530 PRINT"SH0P 0RDER NUMBER NeT IN F ILEn
: G0T" 589
540 PRINT"THE LIt-E 1II0W READS"
:G0SUB 1000
545 PR INT"ENTER THE C0RREeT S. 0. NUMBER (,,,,) I PRICE, MAT q
HRS. to
547 PRUITf'(5EPARATED BY C0trlMAS)"
~O INPUT AS(I),A(III)IA(I,2),A(I,3)
~O LET E(I)=(A(I,I)-ACI,2»/A(I,3)
570 PRINT"THE C0RRECTED LINE READS:
..
580 G0SUB 1000
589 INPUT"F0R AN0THER C0RRECTI0N TYPE 1, 0THERWISE O";X
590 IF X=l GeT0 500 ELSE 100
WO CLS
:PRINT"ENTER THE 5.0. lv1JMBER('"I) F0R LIa-.E T0 BE DELETED"
610 INPUT WS
620 F0R 1=1 T0 C
:IF WS=AS(I) THEN 640
625 NEXT
630 PRINT"SH0P 0RDER NUMBER N0T IN FILE·'
:G0T 0 670
640 PRlhTtlTHE LINE PRESENTLY READS:u
642 G0SUB 1000
643 INPUT"ARE Y00 SURE Y00 WANT T0 DELETE THIS LIlvE(Y 0R NU;XS
645 IF XSi;:ttN" THEN 100
647 LET C=C-l
650 FeR N=I' T0 C
652
LET AS(N)=AS,(N+l)
654
LET A(N,l)=A(N+l,l)
656
LET AO,j,2)=A(N+I,2)
658
LET A(N,3>=A(N+113)
660
LET E(N)=E(N+l)
662 NEXT
665' PRUJTttTHE LINE HAS New BEEN DELETED"
670 INPUT"FeR AN0THER DELETI0N TYPE 11 0ThERWISE O";X
675 IF X=l G0T0 600 ELSE 100
700 CLS
705 F0R K=1 T0 3
707
LET V (K) =0
710
F 0R L =1 T 0 C
720
LET V (K)=V(}{)+A(LIK)
730
}.IEXT L
I
/"
71.0
745
750
155
760
8)0
E05
810
820
830
835
840
(60
e60
fS10
<;00
so 1
S02
S04
S05
910
c;e 0
NEXT K
CLS
PRINT"AVG. RATE PER HR. FeR ";CS;" IS ";(V(1)-V(2»/V(3)
INPUT"Te CSNT INUE HIT ENTER";X
GeTS 100
CLS
:PRINT"INSERT BLANK TAPE~ PUSH REC0RD AND PLAY"
INPUT"WHEN READY HIT ENTER";X
PRINT u C0PYING ••• I t
PRINTI-1~CS~(t~t1)
FSR Mal' TS C
PRINT #-I~A$(M)~A(M~I)~A(M~2)~A(~~3)~E(M)
NEXT,
PR INT"C0t<.PLETE --N0TE TAPE"
INPUT"Te CeNT INUE HIT ENTeR";X
GeT0 100
INPUT"ARE Y0U SURE THE LINE PRIlliTER IS 0N <Y 0R N)";XS
IF XS<>"N" THEN 904
PRINTt'TURN C0lW'.PUTER eFF AND START WER"
aG0T 0 999
PRINT"THE PRINTER IS New PRINTING--IN CASE yeu CANT HEAR IT'·
LPRINT"DATA FeR ";CS
:LPRINT
:LPAINT
LPRINT"S.·S.'
- PRICE
YAT.
HRS.
RATE"
LPR I lilT
c;co FeR M-l T0 C
940
.!.PRINT USI.NG ES;AS(M);n
tt;
94S
!.PR INT US ING F$;A <t1~ 1);
~7
LPRINT"
tt;
950
LPR INT USING FiiA (M~2);
955
LPR UJT"
•• ;
~O
LPRINT USING G$;A(M~3);
~5
LPRUtr"
";
VlO
LPRUtT' USING HSiE(M)
VIS NEXT
~o FeR KlCl T0 3
982
LET V(K)=O
984
F 0R L 1 T e C
986
LET V(K)IIi:V(K)+A(L~K)
987
NEXT L
988 NEXT K
989 LPRIlI.1'f: LPRINT"T eTAL
.. i
WO LPRINT USING FSJV(l)i
991 LPR UiT"
";
LPRINT-USING FSJV(2);
993 LPR INT"
t.;
994 LPRINT-USING GS;V(3)
W5 LPRUIT
:LPRINT"AVE. RATE PER HR. FeR ";CS;" IS ";(V(1).fl<2»/V(3>
W6 INPUT"Te C8NTINUE HIT ENTEW'iX
997 GeTS -100
999 END
1000 PR INT US ING ES;AS <I);"
.. ;
1010 PRINT USING FSJA(Ill>;
1020 PR IN,"
.. J
1030 PRI~T-USING FSiA(I~2)J
1035 PRIm"
"i
1040 PR INT US UIG GSlA( 113);
1050 PRINT"
.. ;
1060 PR INT US ING liSJE (1)
1070 RETURN
=
wa
·
~
.
,
I
50
Any upgrading of the
rl'[~S-80
I,evel II micro-computer
requires the purchase of an expansion interface.
terface with no additional memory sells for
The in-
~299.00,
an additional 16K $398.00 and with an additional 32K
with
~~97.00.
The interface allows tho use of an additional cassette
recorder (~59.95) and up to four mini-disks ($499.00 each).
The additional cassette recorder would allow easier updating of data stored on cassette tape.
The mini-disks
would create much more storage - 80,000 bytes for the
first disk and 89,000 bytes for each additional disk.
The
first disk drive includes Radio Shack's Disk Operating
C's·te m ('T'TlSDr.C)
0Y",~_n
1_,0.
The use of disks would allow for much
quicker storage and retrieval of information.
A plotter/prj.nter is also available from Padio Shack,
and could be used on the
TI~S-80
of the expansion interface.
1.evel II with the addition
The printer, costing
1~1,460.00,
would enable a programmer to draw various lines, curves
and geometric shapes.
would enable Mr.
}~aryan
The use of the plotter/printer
to test his programs on paper be-
fore actually manufacturing a part.
These additions to
the present system at Hiatt l·letal Products would be greatly appreciated, however the cost is prohibitive.
There is still a great deal more Mr. Maryan can do
with his Radio Shack system as it exists now, and if the
need arises he can expand his system.
His present 16K
RAH can be expandEjd up to h8K and with tb e addition of
four disk drives maximum storage capacity is 307K bytes.
Even without the disl-<: drives there is an unlimited amount
of off-line storage via the cassette tapes.
The TRS-80 at Hiatt I/etal rroducts is becomming
more and more valuable as new programs and uses are
found for it.
As more
ene
machines are purchased by
fliatt IljE)tal IToducts the l\adio Shack
Tr~s-80
will be
needed more and more as an interface between man and
machine.