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Formulas for the DISCOUNT.CASH; Command Calculations PV.FLOW (P.A*) Present Value This action calculates the present value required to produce an annual rate of flow for n periods, leaving a future value of zero. P = A* . ((1 + i) - 1) / ((1 + i) .ln(1+i)) FLOW.PV (A*.P) Annual Rate of Flow This action calculates the annual rate of flow required to reduce the present value to zero in n periods. A*=P.((1+i) . ln(1 + i)) / ((1 + i) -1) FV.FLOW (SN.A*) Future Value This action calculates the future value that will accumulate in n periods from an annual rate of flow. SN=A*.((1+i) -1)/ln(1+i) FLOW.FV (A*.SN) Rate of Flow yielding Future Value This action calculates the Annual Rate of Flow required to produce a nominated future value. A*=SN.ln(1+i)/((1+i) -1) COMPOUND (C, SN.P) Future Value from Present Value This action calculates the future value accumulated in n periods from the present value. SN = P . (1 + i) DISCOUNT (D, P.SN) Present Value yielding Future Value This action calculates the present value required to accumulate into a nominated future value. P=SN/(1+i) MORTGAGE (M, A.P) Annuity to repay Present Value This action calculates the annuity (regular payment) required to amortize the present value in n periods. A=P.i.(1+i) / ((1 + i) -1) PV.ANNUITY (P.A) Present Value yielding Annuity This action calculates the present value required to produce an annuity for n periods, with a zero final balance. A-2 v
P = A . ((1 + i) -1)/(i.(1+i) ) Formulas for the DISCOUNT.CASH; Command FV.ANNUITY (SN.A) Future Value resulting from Annuity This action calculates the future value accumulated in n periods from an annuity (regular savings). SN = A . ((1 + i) -1)/i SINK (A.SN) Annuity yielding Future Value This action calculates the annuity (regular savings) required to accumulate into a nominated future value. A = SN . i / ((1 + i) -1) v A-3
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LINC Programming Reference Manual M
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The names, places, and/or events us
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Contents Syntax :::::::::::::::::::
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Contents DETACH (DET, DTH) ::::::::
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Contents Examples :::::::::::::::::
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Contents Examples :::::::::::::::::
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Contents Example ::::::::::::::::::
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Contents GLB.DESTNOFORM :::::::::::
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Contents GLB.SYSGENTIME :::::::::::
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About This Document Purpose Scope A
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LINC Generate Reference Manual: Pai
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Section 1 LINC Logic Commands Overv
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Conventions for Syntax Diagrams AS;
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profile keys Conventions for Syntax
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ABORT $ If a specified Ispec is rec
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ACCEPT (AX) Syntax ACCEPT (AX) The
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ACCESS.EXT (AEXT) Syntax Note: This
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Examples For example, for an Ispec
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ADD (AD) Syntax Examples Reference
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ADVANCE (AV) ADVANCE (AV) The ADVAN
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ATTACH (ATT) and ATTACH&SPACE (ATS)
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ATTRIBUTE (ATTR) ATTRIBUTE (ATTR) U
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AUTO (AU) and AUTO.ARRAY (AUA) AUTO
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Example DD DDDDDD DDDDDD DDD
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AUTO; CONTRA Syntax Examples Refere
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AUTO.ENTRY (AE) AUTO.ENTRY (AE) The
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References ‘‘AUTO; CO
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AUTO; WRITE and AUTO; WRITE&CLEAR A
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Procedure To send an OLTP transacti
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Settings of GLB.STATUS and GLB.HUBS
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GLB.STATUS is BUSY AUTO; WRITE and
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GLB.HUBSTATUS Meaning AUTO; WRITE a
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References AUTO; WRITE and AUTO; WR
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Reference "Using the Copy.From Faci
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BEGIN.LOOP (BG) ‘‘END’’,
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Syntax Examples References DD DBD
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CALL CALL The CALL; command enables
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eport CALL Indicates that a Report
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LDA Syntax Caution If the EXTERNAL;
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Introduction CALL For MCP based tar
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Examples Value Execution spaces Suc
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CASE (CS) Syntax CASE (CS) The CASE
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Examples References CASE (CS) In th
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COMPUTE (COMP) and COMPUTE.FROM (CM
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References COMPUTE (COMP) and COMPU
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CRITICAL.POINT (CP) CRITICAL.POINT
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Storage of Recovery Data Syntax CRI
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References C
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DATE.CONVERT (DC) The DATE.CONVERT;
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DATE.CONVERT (DC) $ If the year is
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Data Item Formats DATE.CONVERT (DC)
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Simple Form DATE.CONVERT (DC) In th
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DETACH (DET, DTH) DETACH (DET, DTH)
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Reference DETACH (DET, DTH) In the
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continued Variant Summary of Functi
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DETERMINE; (DT) Commands Under cert
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With EXTRACTED.AS; DETERMINE; ACTUA
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Example EAS is a valid abbreviation
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DETERMINE; BACK Syntax References D
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References DETERMINE; EVERY This pr
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References ‘‘GLB.STATUS (GS)’
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Examples DETERMINE; GROUP high-orde
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DETERMINE; LAST Syntax Examples DET
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DETERMINE; TOTAL Syntax Examples DE
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DISCOUNT.CASH (DCF) Syntax DISCOUNT
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DIVIDE (DV) Syntax DIVIDE (DV) The
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DO.WHEN (DW) Syntax DO.WHEN (DW) Th
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Examples References DO.WHEN (DW) In
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References ‘‘DO.WHEN (DW)’’
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END.EXIT (EE) Syntax Examples Refer
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END.USE (EU) Syntax Reference END.U
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EXTRACT (EX) EXTRACT (EX) The EXTRA
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EXTRACT (EX) $ As logic associated
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EXTRACT (EX) These files do not exi
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Examples There are restrictions on
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References EXTRACT (EX) The file wi
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Syntax Truncation of Data FLAG (FL,
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FLAG.ARRAY (FLA) Syntax FLAG.ARRAY
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GET.LENGTH; (GL) Syntax Examples GE
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GLB.STATUS (GS) Syntax GLB.STATUS (
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INITIALIZE (INIT) Syntax INITIALIZE
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INSERT (INS) Syntax Example INSERT
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Reference
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Syntax Example References Caution K
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LEFT.ALIGN (LA) Syntax LEFT.ALIGN (
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Example 2 continued LEFT.ALIGN (LA)
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LOAD LOAD The LOAD; command applies
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LOOK.UP; (LU;) Commands LOOK.UP; (L
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LOOK.UP; Commands for UNIX ORACLE L
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‘‘GLB.STATUS’’. ‘‘GLB.S
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References LOOK.UP; EVERY RANGE 1-9
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LOOK.UP; GROUP Syntax LOOK.UP; GROU
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LOWER.CASE (LC) Syntax Reference LO
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Syntax MATCH; Command DD DD DBD
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Example 2 References MATCH In this
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OLTP MESSAGE (ME) Use of this comma
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Examples References MESSAGE (ME) In
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Syntax Examples DDDD DDDDD DDDD
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Syntax DBD DBDDDDDDDDDDDDDDDDDD
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MOVE.ARRAY (MVA) Syntax MOVE.ARRAY
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MOVE.AUTO (MA), MOVE.AUTO.ARRAY (MA
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MOVE.AUTO (MA), MOVE.AUTO.ARRAY (MA
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MOVE.DATE (MD) Syntax References MO
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MULTI Syntax References MULTI Note:
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ON.CHANGE (OCH) ON.CHANGE (OCH) The
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References continued ON.CHANGE (OCH
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Syntax Number MCP based COBOL Defin
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PAGE (PG) Syntax Example PAGE (PG)
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PERFORM.FRAME.LOGIC (PFL) Syntax PE
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Syntax Examples References DDD DD
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RECALL (RC) The RECALL; command can
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References ‘‘GLB.ERROR’’. R
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RESTART (RT) Syntax Examples There
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ROC.MODE (ROC) Syntax ROC.MODE (ROC
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RUN If the AT device type is not us
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Syntax DD DDD DDD DDDBDDDDDDDDDD
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SECURE SECURE SECURE; is not a full
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SEND.MESSAGE (SEND.STATUS; SM; SMSG
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SEND.PRINT (SEND, SP) Syntax SEND.P
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SENDLIST.DYNAMIC (SLDYN) SENDLIST.D
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Syntax Columns Commonly the downloa
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SENDLIST.STATIC (SLSTA) SENDLIST.ST
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This form indicates that the list b
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Example Reference SERIAL An Event D
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database SET.DB An alphanumeric dat
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References ‘‘GLB.APPNAME’’,
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Syntax On entry to the SET.TITLE; c
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Examples References SET.TITLE (SETT
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SLEEP (SLP) Use of this command wit
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SORT (SO) SORT (SO) The SORT; comma
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Examples SORT (SO) The first ASCEND
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START (ST) START (ST) Depending on
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Syntax Caution On OS 2200 based LIN
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STN.INFO (SI) STN.INFO (SI) This co
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SUBTRACT (SB) Syntax Example Refere
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SWITCH.TO (SWT) Host LINC implement
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SWITCH.TO (SWT) $ For an MCP based
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Examples CLEAR; SWITCH.TO (SWT) Thi
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TRACE (TR) Syntax Example TRACE (TR
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WAKE.UP (WU) WAKE.UP (WU) The WAKE.
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Section 2 System Data Items Overvie
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Recovery of System Data Items Recov
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continued System Data Item Applies
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continued System Data Item Applies
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System Data Item Descriptions ACTMT
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GLB.ALT.USER is a synonym for GLB.A
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GLB.BALANCE System Data Item Descri
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System Data Item Descriptions Date
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GLB.CORSTATUS GLB.DATE System Data
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continued System Data Item Descript
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System Data Item Descriptions To se
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continued Value Description Standar
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MESSAGE; or RECALL; Commands System
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GLB.EXTEXT GLB.FILEINFO GLB.FILLER
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GLB.FORMID System Data Item Descrip
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Page 317 and 318: GLB.LINEUP System Data Item Descrip
Page 319 and 320: GLB.MATCH LENGTH = 1 EDIT = A Value
Page 321 and 322: System Data Item Descriptions $ Ass
Page 323 and 324: GLB.ORIGINPTN System Data Item Desc
Page 325 and 326: GLB.PITCH System Data Item Descript
Page 327 and 328: System Data Item Descriptions The v
Page 329 and 330: OS 2200 environment System Data Ite
Page 331 and 332: GLB.RECOVER System Data Item Descri
Page 333 and 334: GLB.REPVERSION System Data Item Des
Page 335 and 336: GLB.SELFDB GLB.SELFENV System Data
Page 337 and 338: System Data Item Descriptions GLB.S
Page 339 and 340: GLB.STN In Ispecs Overwriting GLB.S
Page 341 and 342: System Data Item Descriptions If th
Page 343 and 344: GLB.SYSGENDATE System Data Item Des
Page 345 and 346: For 2200 Series System Data Item De
Page 347 and 348: System Data Item Descriptions Here
Page 349 and 350: GLB.TODAYS-MONTH A synonym for TODA
Page 351 and 352: System Data Item Descriptions For a
Page 353 and 354: GLB.2PC INPUT-DATE System Data Item
Page 355 and 356: Action Purpose ADD Adds a record to
Page 357 and 358: The following requirements and rest
Page 359 and 360: TODAYS-DAY GLB.TODAYS-DATE-NUM is a
Page 361: Caution System Data Item Descriptio
Page 367 and 368: Appendix B Railroad Diagram Syntax
Page 369: Bridges A bridge indicates the maxi
Page 372 and 373: Glossary B banner A system-generate
Page 374 and 375: Glossary Data item Part of a LINC S
Page 376 and 377: Glossary Generate Set A named set o
Page 378 and 379: Glossary interdatabase access The a
Page 380 and 381: Glossary LINC Generate (1) The LINC
Page 382 and 383: Glossary Memo Data Memo-type, optio
Page 384 and 385: Glossary P pack Painter patch The l
Page 386 and 387: Glossary R relation name For LINC A
Page 388 and 389: Glossary SQL format query AnSQLquer
Page 390 and 391: Glossary Usage Input-Output An Ispe
Page 392 and 393: Index branching logic commands for,
Page 394 and 395: Index EE; logic command, 1-117 ELSE
Page 396 and 397: Index GLB.INPUTDATA, 2-33 GLB.INQ,
Page 398 and 399: Index J JTO; logic command, 1-142,
Page 400 and 401: Index ON.CHANGE; logic command, 1-1
Page 402 and 403: Index GLB.TITLE in, 2-64, 2-65 PRIN
Page 404 and 405: Index database type, 2-18 UNIX shel
Page 406: Addition Deletion Revision Error Pu
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