Seq # *Modification Id* Act
----------------------------+
00001 M01S00001.comssru +++| CTEXT COMSSRU - DEFINE SRU PARAMETERS.
00002 M01S00002.comssru +++| SPACE 4
00003 M01S00003.comssru +++| BASE D
| Line S00004 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | 281l803 |
Seq # *Modification Id* Act
----------------------------+
00004 M02S00004.281l803 ---|* COMMENT COPYRIGHT CONTROL DATA CORP. 1974.
00005 M01S00001.281l803 +++|* COMMENT COPYRIGHT CONTROL DATA SYSTEMS INC. 1992.
00006 M01S00005.comssru +++| SPACE 4
00007 M01S00006.comssru +++|*** COMSSRU - SRU ACCOUNTING EQUIVALENCES.
00008 M01S00007.comssru +++|* R. E. SEABOLD. 74/12/03.
00009 M01S00008.comssru +++|* D. D. SADLER 75/02/01.
00010 M01S00009.comssru +++| SPACE 4
00011 M01S00010.comssru +++|*** COMSSRU DEFINES THE RANGES AND DEFAULT VALUES FOR THE
00012 M01S00011.comssru +++|* PARAMETERS USED IN THE SYSTEM RESOURCE UNIT (SRU) FORMULA.
00013 M01S00012.comssru +++|* IT ALSO DEFINES THE INCREMENTS THAT ARE APPLIED TO THE IO
00014 M01S00013.comssru +++|* ACCUMULATORS (MS, MT AND PF).
00015 M01S00014.comssru +++| SPACE 4
00016 M01S00015.comssru +++|*** SRU FORMULA.
00017 M01S00016.comssru +++|*
| Line S00017 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00018 M02S00017.ns22000 ---|* SRU = M1(CP + M2*IO + M3(CP + IO)CM + M4(CP + IO)EC) + AD
| Line S00018 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00019 M02S00018.ns22000 ---|*
| Line S00019 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00020 M02S00019.ns22000 ---|* = M1(1 + M3*CM + M4*EC)CP +
| Line S00020 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00021 M02S00020.ns22000 ---|* M1(M2 + M3*CM + M4*EC)IO + AD
| Line S00021 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00022 M02S00021.ns22000 ---|*
| Line S00022 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00023 M02S00022.ns22000 ---|* = (M1 + M1*M3*CM + M1*M4*EC)CP +
| Line S00023 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00024 M02S00023.ns22000 ---|* (M1*M2 + M1*M3*CM + M1*M4*EC)IO + AD
| Line S00024 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00025 M02S00024.ns22000 ---|*
| Line S00025 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00026 M02S00025.ns22000 ---|* = CPM*CP + IOM*IO + AD
00027 M01S00001.ns22000 +++|* SRU = M1(CP + M2*IO + M3(CP+IO)CM +
00028 M01S00002.ns22000 +++|* M4(CP+IO)EC + MM*MP + AUC) + AD
00029 M01S00003.ns22000 +++|*
00030 M01S00004.ns22000 +++|* = M1(1 + M3*CM + M4*EC)CP + M1(M2 + M3*CM + M4*EC)IO +
00031 M01S00005.ns22000 +++|* M1*MM*MP + M1*AUC + AD
00032 M01S00006.ns22000 +++|*
00033 M01S00007.ns22000 +++|* = (M1 + M1*M3*CM + M1*M4*EC)CP +
00034 M01S00008.ns22000 +++|* (M1*M2 + M1*M3*CM + M1*M4*EC)IO +
00035 M01S00009.ns22000 +++|* M1*MM*MP + M1*AUC + AD
00036 M01S00010.ns22000 +++|*
| Line S00011 Modification History |
M01 (Added by) | ns22000 |
M02 (Updated by) | ssru1 |
Seq # *Modification Id* Act
----------------------------+
00037 M02S00011.ssru1 ---|* = CPM*CP + IOM*IO + M1M*MP + M1*AUC + AD.
00038 M01S00001.ssru1 +++|* = CPM*CP + IOM*IO + M1*MM*MP + M1*AUC + AD.
00039 M01S00026.comssru +++|*
00040 M01S00027.comssru +++|*
00041 M01S00028.comssru +++|* CP = (S0)*CP0 + (S1)*CP1
| Line S00029 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00042 M02S00029.ns2753 ---|* IO = S2*MS + S3*MT + S4*PF
00043 M01S00001.ns2753 +++|* IO = S2*MS + S3*MT + S4*PF +S5*OD
00044 M01S00030.comssru +++|* CM = (CM FL + 777B) / 1000B (WORDS)
| Line S00031 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | 252l678 |
Seq # *Modification Id* Act
----------------------------+
00045 M02S00031.252l678 ---|* EC = (ECS FL) = (TRACKS) = (2020B WORDS).
00046 M01S00001.252l678 +++|* EC = (EM FL) = (TRACKS) = (101*SLDE WORDS).
00047 M01S00032.comssru +++|*
00048 M01S00002.ssru1 +++|* AD = INCREMENTAL ADDER WHICH IS APPLIED TO THE SRU
00049 M01S00003.ssru1 +++|* VALUE DURING ACCOUNTING INITIALIZATION.
00050 M01S00004.ssru1 +++|* MM = MULTIPLIER USED TO SCALE *MAP* USAGE.
00051 M01S00005.ssru1 +++|* MP = ACCUMULATED *MAP* ACTIVITY FOR A USER.
00052 M01S00006.ssru1 +++|* AUC = ACCUMULATED APPLICATION ACTIVITY FOR A USER.
00053 M01S00007.ssru1 +++|*
00054 M01S00033.comssru +++|* CPM = M1 + M1*M3*CM + M1*M4*EC
00055 M01S00034.comssru +++|* IOM = M1*M2 + M1*M3*CM + M1*M4*EC
00056 M01S00035.comssru +++|*
00057 M01S00036.comssru +++|*
00058 M01S00037.comssru +++|* FIXED PARAMETERS -
00059 M01S00038.comssru +++|*
| Line S00039 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00060 M02S00039.ns22000 ---|* S0, S1, S2, S3 AND S4 ARE FIXED PARAMETERS AND DO NOT
| Line S00012 Modification History |
M01 (Added by) | ns22000 |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00061 M02S00012.ns2753 ---|* S0, S1, S2, S3, S4 AND MM ARE FIXED PARAMETERS AND DO NOT
| Line S00040 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00062 M02S00040.ns2753 ---|* VARY DURING SYSTEM EXECUTION. S0 AND S1 ARE SET TO ONE OF
| Line S00041 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns21000 |
M03 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00063 M03S00041.ns2753 ---|* THE FOLLOWING VALUES AT DEAD START TIME, CP62, CP64, CP66,
| Line S00042 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns21000 |
M03 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00064 M03S00042.ns2753 ---|* C172, C173, OR C175 DEPENDING ON WHAT TYPE OF CPU IS
| Line S00043 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns21000 |
M03 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00065 M03S00043.ns2753 ---|* PRESENT.
| Line S00001 Modification History |
M01 (Added by) | ns21000 |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00066 M02S00001.ns2753 ---|* THE FOLLOWING HARDWARE DETECTABLE CPU TYPE DEFAULT
00067 M01S00002.ns2753 +++|* S0, S1, S2, S3, S4, S5 AND MM ARE FIXED PARAMETERS AND DO
00068 M01S00003.ns2753 +++|* NOT VARY DURING SYSTEM EXECUTION. S0 AND S1 ARE SET TO ONE
00069 M01S00004.ns2753 +++|* OF THE FOLLOWING HARDWARE DETECTABLE CPU TYPE DEFAULT
| Line S00002 Modification History |
M01 (Added by) | ns21000 |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00070 M02S00002.ns22000 ---|* MULTIPLIERS AT DEAD START TIME - CP64, CP66, C173,
| Line S00003 Modification History |
M01 (Added by) | ns21000 |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00071 M02S00003.ns22000 ---|* C175, C176, C825, C835, C855, C865, C875. DIFFERENT
00072 M01S00013.ns22000 +++|* MULTIPLIERS AT DEAD START TIME - CP64, CP66, C173, C175,
00073 M01S00014.ns22000 +++|* C176, C815, C825, C835, C845, C855, C865, C875. DIFFERENT
00074 M01S00004.ns21000 +++|* S0 AND S1 CPU MULTIPLIERS CAN BE SELECTED VIA THE
00075 M01S00005.ns21000 +++|* *CPM* *IPRDECK* DIRECTIVE.
00076 M01S00044.comssru +++|*
00077 M01S00045.comssru +++|* VARIABLE PARAMETERS -
00078 M01S00046.comssru +++|*
00079 M01S00047.comssru +++|* THE DEFAULT VALUES FOR M1, M2, M3, M4 AND AD ARE SET AT JOB
00080 M01S00048.comssru +++|* INITIALIZATION. THEY MAY BE RE-DEFINED UPON ENTRY OF A
00081 M01S00049.comssru +++|* CHARGE/PROJECT NUMBER OR DURING EXECUTION OF AN APPLICATION
00082 M01S00050.comssru +++|* PROGRAM. THE VALUE AD IS APPLIED TO THE SRU AND AD
00083 M01S00051.comssru +++|* ACCUMULATOR ONLY WHEN A SPECIFIC REQUEST TO DO SO IS MADE.
00084 M01S00052.comssru +++|*
00085 M01S00053.comssru +++|* NOTE - THE APPLICATION PROGRAM CAPABILITY TO INCREMENT THE AD
| Line S00054 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00086 M02S00054.ns22000 ---|* ACCUMULATOR IS NOT CURRENTLY AVALIABLE. THIS CAPABILITY WILL
00087 M01S00015.ns22000 +++|* ACCUMULATOR IS NOT CURRENTLY AVAILABLE. THIS CAPABILITY WILL
00088 M01S00055.comssru +++|* BE PROVIDED IN FUTURE SYSTEMS.
00089 M01S00056.comssru +++|*
| Line S00057 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00090 M02S00057.ns22000 ---|* THE AD INCREMENT VALUE PROVIDED AT THE BEGINING OF AN ACCOUNT
00091 M01S00016.ns22000 +++|* THE AD INCREMENT VALUE PROVIDED AT THE BEGINNING OF ACCOUNT
| Line S00058 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00092 M02S00058.ns2753 ---|* BLOCK IS INCREMENTED INTO THE SRU ACCUMULATOR AND NOT INTO THE
| Line S00059 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00093 M02S00059.ns2753 ---|* AD ACCUMULATOR. THUS, THE AD INCREMENT MAYBE USED AS AN
00094 M01S00005.ns2753 +++|* BLOCK IS INCREMENTED INTO THE SRU ACCUMULATOR AND NOT INTO
00095 M01S00006.ns2753 +++|* THE AD ACCUMULATOR. THUS, THE AD INCREMENT MAYBE USED AS AN
| Line S00060 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00096 M02S00060.ns22000 ---|* OVERHEAD CHARGE AT THE BEGINING OF ACCOUNT BLOCK.
00097 M01S00017.ns22000 +++|* OVERHEAD CHARGE AT THE BEGINNING OF AN ACCOUNT BLOCK.
00098 M01S00061.comssru +++|*
00099 M01S00062.comssru +++|* CALCULATION -
00100 M01S00063.comssru +++|*
| Line S00064 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00101 M02S00064.ns22000 ---|* THE MULTIPLIERS M1, M1*M2, M1*M3 AND M1*M4 ARE MAINTAINED IN
| Line S00065 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00102 M02S00065.ns22000 ---|* THE CONTROL POINT AREA. WHEN A NEW CM OR ECS FIELD LENGTH IS
| Line S00066 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00103 M02S00066.ns22000 ---|* INTRODUCED, THE WORKING MULTIPLIERS CPM AND IOM ARE CALCULATED
| Line S00067 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00104 M02S00067.ns22000 ---|* AND SAVED IN THE CONTROL POINT AREA. WHEN CP TIME IS
| Line S00068 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns22000 |
Seq # *Modification Id* Act
----------------------------+
00105 M02S00068.ns22000 ---|* INCREMENTED, CPM*CP IS CALCULATED AND THE RESULT IS ADDED
00106 M01S00018.ns22000 +++|* THE MULTIPLIERS M1, M1*M2, M1*M3, M1*M4 AND M1*MM ARE
00107 M01S00019.ns22000 +++|* MAINTAINED IN THE CONTROL POINT AREA. WHEN A NEW CM OR ECS
00108 M01S00020.ns22000 +++|* FIELD LENGTH IS SET, THE WORKING MULTIPLIERS CPM AND IOM ARE
00109 M01S00021.ns22000 +++|* CALCULATED AND SAVED IN THE CONTROL POINT AREA. WHEN CP TIME
00110 M01S00022.ns22000 +++|* IS INCREMENTED, CPM*CP IS CALCULATED AND THE RESULT IS ADDED
00111 M01S00069.comssru +++|* TO THE SRU ACCUMULATOR. WHEN MS, MT OR PF IS INCREMENTED,
00112 M01S00070.comssru +++|* IO USAGE AND IOM*IO ARE CALCULATED AND THE LATTER IS ADDED
00113 M01S00071.comssru +++|* TO THE SRU ACCUMULATOR.
00114 M01S00072.comssru +++|* IF MT$ IS DEFINED, ONLY MT INCREMENTS WILL
00115 M01S00073.comssru +++|* BE ASSEMBLED.
00116 M01S00074.comssru +++| EXTR SPACE 4,10
00117 M01S00075.comssru +++|** EXTR - EXTRACT INTEGER AND FRACTION.
00118 M01S00076.comssru +++|*
00119 M01S00077.comssru +++|* EXTR NUM
00120 M01S00078.comssru +++|*
00121 M01S00079.comssru +++|* THE INTEGER AND FRACTIONAL PORTIONS ARE EXTRACTED FROM THE
00122 M01S00080.comssru +++|* GIVEN NUMBER. THE SIZE OF THE FRACTION IS DETERMINED AND A
00123 M01S00081.comssru +++|* MULTIPLIER IS COMPUTED SO THAT THE NUMBER CAN BE REPRESENTED
00124 M01S00082.comssru +++|* AS AN INTEGER VALUE.
00125 M01S00083.comssru +++|*
00126 M01S00084.comssru +++|* ENTRY NUM = ANY REAL NUMBER.
00127 M01S00085.comssru +++|*
00128 M01S00086.comssru +++|* EXIT IP (MICRO) = INTEGER PORTION.
00129 M01S00087.comssru +++|* FP (MICRO) = FRACTIONAL PORTION.
00130 M01S00088.comssru +++|* DV (MICRO) = POWER OF 10 MULTIPLIER.
00131 M01S00089.comssru +++|*
00132 M01S00090.comssru +++|* EXAMPLE
00133 M01S00091.comssru +++|* EXTR 1.32
00134 M01S00092.comssru +++|* IP = 1
00135 M01S00093.comssru +++|* FP = 32
00136 M01S00094.comssru +++|* DV = 100
00137 M01S00095.comssru +++|* INTEGER REPRESENTATION = IP*DV+FP = 1*100+32 = 132.
00138 M01S00096.comssru +++|
00139 M01S00097.comssru +++|
00140 M01S00098.comssru +++| EXTR MACRO NUM
00141 M01S00099.comssru +++| LOCAL DP,IS,FS,NM,NS,CX,PT
00142 M01S00100.comssru +++|
00143 M01S00101.comssru +++|* SEARCH FOR DECIMAL POINT.
00144 M01S00102.comssru +++|
00145 M01S00103.comssru +++| DP SET 0
00146 M01S00104.comssru +++| IS SET 0
00147 M01S00105.comssru +++| FS SET 0
00148 M01S00106.comssru +++| NM MICRO 1,,*NUM*
00149 M01S00107.comssru +++| NS MICCNT NM
00150 M01S00108.comssru +++|
00151 M01S00109.comssru +++| DUP NS
00152 M01S00110.comssru +++| DP SET DP+1
00153 M01S00111.comssru +++| CX MICRO DP,1,*NUM*
00154 M01S00112.comssru +++| IFC EQ,*"CX"*.*
00155 M01S00113.comssru +++| FS SET NS-IS-1
00156 M01S00114.comssru +++| STOPDUP
00157 M01S00115.comssru +++| ELSE
00158 M01S00116.comssru +++| IS SET IS+1
00159 M01S00117.comssru +++| ENDIF
00160 M01S00118.comssru +++| ENDD
00161 M01S00119.comssru +++|
00162 M01S00120.comssru +++|* COMPUTE POWER OF 10 MULTIPLIER.
00163 M01S00121.comssru +++|
00164 M01S00122.comssru +++| PT SET 1
00165 M01S00123.comssru +++| IFGT FS,0
00166 M01S00124.comssru +++| DUP FS
00167 M01S00125.comssru +++| PT SET PT*10
00168 M01S00126.comssru +++| ENDD
00169 M01S00127.comssru +++| ENDIF
00170 M01S00128.comssru +++| DV MICRO 1,,*PT*
00171 M01S00129.comssru +++|
00172 M01S00130.comssru +++|* EXTRACT INTEGER AND FRACTION.
00173 M01S00131.comssru +++|
00174 M01S00132.comssru +++| IFGT IS,0
00175 M01S00133.comssru +++| IP MICRO 1,IS,*NUM*
00176 M01S00134.comssru +++| ELSE
00177 M01S00135.comssru +++| IP MICRO 1,1,*0*
00178 M01S00136.comssru +++| ENDIF
00179 M01S00137.comssru +++|
00180 M01S00138.comssru +++| IFGT FS,0
00181 M01S00139.comssru +++| FP MICRO DP+1,FS,*NUM*
00182 M01S00140.comssru +++| ELSE
00183 M01S00141.comssru +++| FP MICRO 1,1,*0*
00184 M01S00142.comssru +++| ENDIF
00185 M01S00143.comssru +++|
00186 M01S00144.comssru +++| ENDM
00187 M01S00145.comssru +++| SPACE 4
00188 M01S00146.comssru +++|** RANGE - DEFINE LOWER AND UPPER LIMITS.
00189 M01S00147.comssru +++|*
00190 M01S00148.comssru +++|* TAG RANGE NUML,NUMU
00191 M01S00149.comssru +++|*
00192 M01S00150.comssru +++|* THE LOWER AND UPPER LIMITS ARE CONVERTED TO INTEGER FORMAT
00193 M01S00151.comssru +++|* AND EQUATED TO APPROPRIATE TAGS. THE FRACTIONAL PORTIONS OF
00194 M01S00152.comssru +++|* THE LIMITS MUST CONTAIN THE SAME NUMBER OF DIGITS. THE SIZE
00195 M01S00153.comssru +++|* OF THE FRACTION IS REPRESENTED AS A POWER OF 10.
00196 M01S00154.comssru +++|*
00197 M01S00155.comssru +++|* ENTRY NUML = LOWER LIMIT - ANY REAL NUMBER.
00198 M01S00156.comssru +++|* NUMU = UPPER LIMIT - ANY REAL NUMBER.
00199 M01S00157.comssru +++|*
00200 M01S00158.comssru +++|* EXIT TAG_L (MICRO) = LOWER LIMIT IN INTEGER FORMAT.
00201 M01S00159.comssru +++|* TAG_U (MICRO) = UPPER LIMIT IN INTEGER FORMAT.
00202 M01S00160.comssru +++|* TAG_D (MICRO) = POWER OF 10 MULTIPLIER.
00203 M01S00161.comssru +++|*
00204 M01S00162.comssru +++|* EXAMPLE
00205 M01S00163.comssru +++|* TAG RANGE 1.3,5.6
00206 M01S00164.comssru +++|* TAG_L = 13
00207 M01S00165.comssru +++|* TAG_U = 56
00208 M01S00166.comssru +++|* TAG_D = 10
00209 M01S00167.comssru +++|
00210 M01S00168.comssru +++|
00211 M01S00169.comssru +++| MACRO RANGE,TAG,NUML,NUMU
00212 M01S00170.comssru +++| LOCAL DL,NL,DU,NU
00213 M01S00171.comssru +++|
00214 M01S00172.comssru +++|* EXTRACT INTEGER AND FRACTION FROM LOWER LIMIT.
00215 M01S00173.comssru +++|
00216 M01S00174.comssru +++| EXTR NUML
00217 M01S00175.comssru +++| DL SET "DV"
00218 M01S00176.comssru +++| NL SET "IP"*"DV"+"FP"
00219 M01S00177.comssru +++| TAG_L MICRO 1,,*NL*
00220 M01S00178.comssru +++|
00221 M01S00179.comssru +++|* EXTRACT INTEGER AND FRACTION FROM UPPER LIMIT.
00222 M01S00180.comssru +++|
00223 M01S00181.comssru +++| EXTR NUMU
00224 M01S00182.comssru +++| DU SET "DV"
00225 M01S00183.comssru +++| NU SET "IP"*"DV"+"FP"
00226 M01S00184.comssru +++| TAG_U MICRO 1,,*NU*
00227 M01S00185.comssru +++|
00228 M01S00186.comssru +++|* VALIDATE LIMITS.
00229 M01S00187.comssru +++|
00230 M01S00188.comssru +++| IFGT NL,NU,1
00231 M01S00189.comssru +++| ERR RANGE ERROR.
00232 M01S00190.comssru +++| IFNE DL,DU,1
00233 M01S00191.comssru +++| ERR FORMAT ERROR.
00234 M01S00192.comssru +++| TAG_D MICRO 1,,*DU*
00235 M01S00193.comssru +++|
00236 M01S00194.comssru +++| ENDM
00237 M01S00195.comssru +++| SPACE 4
00238 M01S00196.comssru +++|*** DEFVL - DEFINE PARAMETER VALUE.
00239 M01S00197.comssru +++|*
00240 M01S00198.comssru +++|* TAG DEFVL NUM,R
00241 M01S00199.comssru +++|*
00242 M01S00200.comssru +++|* THE GIVEN VALUE IS CONVERTED TO INTEGER FORMAT AND EQUATED
00243 M01S00201.comssru +++|* TO THE ASSOCIATED TAG. THE CONVERTED VALUE IS COMPARED TO
00244 M01S00202.comssru +++|* THE PREVIOUSLY DEFINED LOWER (TAG_L) AND UPPER (TAG_U)
00245 M01S00203.comssru +++|* LIMITS. THE FRACTIONAL SIZE MUST BE THE SAME AS THAT
00246 M01S00204.comssru +++|* DEFINED FOR THE LIMITS.
00247 M01S00205.comssru +++|*
00248 M01S00206.comssru +++|* ENTRY NUM = ANY REAL NUMBER.
00249 M01S00207.comssru +++|* R = OMMITTED IF -
00250 M01S00208.comssru +++|* TAG_L = LOWER LIMIT. (SEE RANGE MACRO).
00251 M01S00209.comssru +++|* TAG_U = UPPER LIMIT.
00252 M01S00210.comssru +++|* TAG_D = POWER OF 10 MULTIPLIER.
00253 M01S00211.comssru +++|* R = RANGE VALUES TO CHECK AGAINST -
00254 M01S00212.comssru +++|* R_L = LOWER LIMIT. (SEE RANGE MACRO).
00255 M01S00213.comssru +++|* R_U = UPPER LIMIT.
00256 M01S00214.comssru +++|* R_D = POWER OF 10 MULTIPLIER.
00257 M01S00215.comssru +++|*
00258 M01S00216.comssru +++|* EXIT TAG (EQUATE) = NUMBER IN INTEGER FORMAT.
00259 M01S00217.comssru +++|* TAG_M (MICRO) = NUMBER IN MICRO FORMAT.
00260 M01S00218.comssru +++|*
00261 M01S00219.comssru +++| MACRO DEFVL,TAG,NUM,R
00262 M01S00220.comssru +++|
00263 M01S00221.comssru +++|* EXTRACT INTEGER AND FRACTION.
00264 M01S00222.comssru +++|
00265 M01S00223.comssru +++| EXTR NUM
00266 M01S00224.comssru +++| TAG EQU "IP"*"DV"+"FP"
00267 M01S00225.comssru +++| TAG_M MICRO 1,,*NUM*
00268 M01S00226.comssru +++| A IFC EQ,*R**
00269 M01S00227.comssru +++|
00270 M01S00228.comssru +++|* VALIDATE NUMBER.
00271 M01S00229.comssru +++|
00272 M01S00230.comssru +++| B IFNE TAG,0
00273 M01S00231.comssru +++| IFNE "TAG_D","DV",1
00274 M01S00232.comssru +++| ERR FORMAT ERROR.
00275 M01S00233.comssru +++| IFLT TAG,"TAG_L",1
00276 M01S00234.comssru +++| ERR RANGE ERROR.
00277 M01S00235.comssru +++| IFGT TAG,"TAG_U",1
00278 M01S00236.comssru +++| ERR RANGE ERROR.
00279 M01S00237.comssru +++|
00280 M01S00238.comssru +++| B ENDIF
00281 M01S00239.comssru +++| A ELSE
00282 M01S00240.comssru +++|
00283 M01S00241.comssru +++|* VALIDATE NUMBER.
00284 M01S00242.comssru +++|
00285 M01S00243.comssru +++| IFNE TAG,0
00286 M01S00244.comssru +++| IFNE "R_D","DV",1
00287 M01S00245.comssru +++| ERR FORMAT ERROR.
00288 M01S00246.comssru +++| IFLT TAG,"R_L",1
00289 M01S00247.comssru +++| ERR RANGE ERROR.
00290 M01S00248.comssru +++| IFGT TAG,"R_U",1
00291 M01S00249.comssru +++| ERR RANGE ERROR.
00292 M01S00250.comssru +++| A ENDIF
00293 M01S00251.comssru +++| ENDM
00294 M01S00252.comssru +++| CPRG SPACE 4
00295 M01S00253.comssru +++|*** DEFINE RANGES FOR SRU PARAMETERS.
00296 M01S00254.comssru +++|* THE FOLLOWING RANGES DEFINE BOTH THE MAGNITUDE AND FORMAT OF
00297 M01S00255.comssru +++|* THE PARAMETERS. THEY ARE DEFINED FOR VALIDATION PURPOSES AND
00298 M01S00256.comssru +++|* CAN NOT BE TREATED AS INSTALLATION OPTIONS. THEY MUST
00299 M01S00257.comssru +++|* REMAIN AS SHOWN.
00300 M01S00258.comssru +++|
00301 M01S00259.comssru +++|
00302 M01S00260.comssru +++| CPRG RANGE .1,50.0 CPU TIME MULTIPLIER RANGE
00303 M01S00261.comssru +++|
| Line S00262 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00304 M02S00262.ns2753 ---| SMRG RANGE .1,50.0 S2 THRU S4 MULTIPLIER RANGE
00305 M01S00007.ns2753 +++| SMRG RANGE .1,50.0 S2 THRU S5 MULTIPLIER RANGE
00306 M01S00263.comssru +++|
00307 M01S00264.comssru +++| M1SR RANGE .1,25.5 M1 MULTIPLIER RANGE
00308 M01S00265.comssru +++|
00309 M01S00266.comssru +++| M2SR RANGE .001,1.023 M2 MULTIPLIER RANGE
00310 M01S00267.comssru +++|
00311 M01S00268.comssru +++| M3SR RANGE .001,1.023 M3 MULTIPLIER RANGE
00312 M01S00269.comssru +++|
00313 M01S00270.comssru +++| M4SR RANGE .001,1.023 M4 MULTIPLIER RANGE
00314 M01S00271.comssru +++|
00315 M01S00272.comssru +++| ADSR RANGE 1,100 ADDER RANGE
00316 M01S00273.comssru +++|
00317 M01S00274.comssru +++| MDSR RANGE .001,1.000 MINIMUM DISPLAY RANGE
00318 M01S00275.comssru +++|
| Line S00276 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | v22l602 |
Seq # *Modification Id* Act
----------------------------+
00319 M02S00276.v22l602 ---| MCSR RANGE .001,10.000 MINIMUM CHARGE RANGE
00320 M01S00001.v22l602 +++| MCSR RANGE .001,10.000 MINIMUM CHARGE RANGE
00321 M01S00277.comssru +++|
00322 M01S00278.comssru +++| ICRG RANGE 0,63 INCREMENT RANGE
00323 M01S00279.comssru +++|
| Line S00280 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00324 M02S00280.ns2753 ---| IMPT RANGE 0,4 PRUS TRANSFERRED INCREMENT RANGE
00325 M01S00008.ns2753 +++| IMPT RANGE 0,4 MS PRUS TRANSFERRED INCREMENT RANGE
00326 M01S00009.ns2753 +++|
00327 M01S00010.ns2753 +++| IODT RANGE 0,4 OD PRUS TRANSFERRED INCREMENT RANGE
00328 M01S00281.comssru +++|
| Line S00282 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | v22l602 |
Seq # *Modification Id* Act
----------------------------+
00329 M02S00282.v22l602 ---| MPSR RANGE 1,100 MAP III MULTIPLIER RANGE
00330 M01S00002.v22l602 +++| MPSR RANGE 1,100 MAP MULTIPLIER RANGE
00331 M01S00283.comssru +++| CPU SPACE 4
00332 M01S00284.comssru +++| MT1 IF -DEF,MT$
00333 M01S00285.comssru +++|
00334 M01S00286.comssru +++|*** DEFINE FIXED MULTIPLIER VALUES FOR CPU TIME.
00335 M01S00287.comssru +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00336 M01S00288.comssru +++|* CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE RANGE
00337 M01S00289.comssru +++|* PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT (NUMBER OF
00338 M01S00290.comssru +++|* DECIMAL PLACES) AS THE LIMITS. IN ALL CASES, A VALUE OF 0
00339 M01S00291.comssru +++|* IS ACCEPTABLE.
00340 M01S00292.comssru +++|*
00341 M01S00293.comssru +++|* THESE MULTIPLIERS DEFINE THE VALUES TO BE USED
00342 M01S00294.comssru +++|* FOR THE S0 AND S1 MULTIPLIERS (CPU TIME ACTIVITY).
00343 M01S00295.comssru +++|* WHEN CPU MONITOR INITIALIZES, TWO PARAMETERS ARE
00344 M01S00296.comssru +++|* CHECKED TO DETERMINE WHICH MULTIPLIER TO USE FOR
00345 M01S00297.comssru +++|* S0 AND S1. THE FIRST IS THE IPRDECK PARAMETER
00346 M01S00298.comssru +++|* AND SECOND, THE HARDWARE OPTION CONTROL BITS SET
00347 M01S00299.comssru +++|* AT SYSTEM DEAD START.
00348 M01S00300.comssru +++|*
00349 M01S00301.comssru +++|* THE FORMAT OF THE IPRDECK ENTRY IS
00350 M01S00302.comssru +++|*
00351 M01S00303.comssru +++|* CPM,N = XX,N = XX.
00352 M01S00304.comssru +++|*
00353 M01S00305.comssru +++|* WHERE N = 0 OR 1 FOR CPU0 OR CPU1
00354 M01S00306.comssru +++|* XX = INDEX VALUE INTO TIPR TABLE IN CPUMTR PRESET.
00355 M01S00307.comssru +++|*
00356 M01S00308.comssru +++|*
00357 M01S00309.comssru +++|* IF THERE IS NO IPRDECK ENTRY, THEN THE FOLLOWING
00358 M01S00310.comssru +++|* MULTIPLIERS ARE USED -
00359 M01S00311.comssru +++|*
| Line S00312 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns21000 |
Seq # *Modification Id* Act
----------------------------+
00360 M02S00312.ns21000 ---|* 1.) CYBER 170-8X5 CPU ONLY.
00361 M01S00313.comssru +++|* CP64 - 6200, 6400, 6500, 6700 (CPU1),
00362 M01S00314.comssru +++|* CYBER 71, CYBER 72, CYBER 73, CYBER 74 (CPU1).
00363 M01S00315.comssru +++|*
00364 M01S00316.comssru +++|* CP66 - 6600, 6700 (CPU0), CYBER 74 (CPU0).
00365 M01S00317.comssru +++|*
00366 M01S00318.comssru +++|* C173 - CYBER 171, CYBER 172, CYBER 173, CYBER 174,
00367 M01S00319.comssru +++|* CYBER 170-720, CYBER 170-730.
00368 M01S00320.comssru +++|*
00369 M01S00321.comssru +++|* C175 - CYBER 175 (ALL MODELS).
00370 M01S00322.comssru +++|* CYBER 170-740, CYBER 170-750, CYBER 170-760.
00371 M01S00323.comssru +++|*
00372 M01S00324.comssru +++|* C176 - CYBER 176 (ALL MODELS).
00373 M01S00325.comssru +++|*
00374 M01S00001.v23l617 +++|* C810 - CYBER 180-810.
00375 M01S00002.v23l617 +++|*
00376 M01S00006.ns21000 +++|* C815 - CYBER 170-815.
00377 M01S00007.ns21000 +++|*
00378 M01S00326.comssru +++|* C825 - CYBER 170-825.
00379 M01S00327.comssru +++|*
00380 M01S00003.v23l617 +++|* C810 - CYBER 180-830.
00381 M01S00004.v23l617 +++|*
00382 M01S00328.comssru +++|* C835 - CYBER 170-835.
00383 M01S00001.241l630 +++|*
00384 M01S00002.241l630 +++|* C840 - CYBER 180-840.
00385 M01S00329.comssru +++|*
00386 M01S00023.ns22000 +++|* C845 - CYBER 170-845.
00387 M01S00024.ns22000 +++|*
00388 M01S00003.241l630 +++|* C850 - CYBER 180-850.
00389 M01S00004.241l630 +++|*
00390 M01S00330.comssru +++|* C855 - CYBER 170-855.
00391 M01S00005.241l630 +++|*
00392 M01S00006.241l630 +++|* C860 - CYBER 180-860.
00393 M01S00008.ns21000 +++|*
00394 M01S00009.ns21000 +++|* C865 - CYBER 170-865.
00395 M01S00010.ns21000 +++|*
00396 M01S00011.ns21000 +++|* C875 - CYBER 170-875.
00397 M01S00007.241l630 +++|*
00398 M01S00001.ns2642 +++|* C961 - CYBER 180-960-11.
00399 M01S00002.ns2642 +++|*
00400 M01S00003.ns2642 +++|* C963 - CYBER 180-960-31/32.
00401 M01S00004.ns2642 +++|*
00402 M01S00008.241l630 +++|* C990 - CYBER 180-990.
00403 M01S00331.comssru +++|*
00404 M01S00332.comssru +++|* NOTE -
00405 M01S00333.comssru +++|* IF A MULTIPLIER IS DEFINED TO BE 0.0 OR 1.0, NO MULTIPLY IS
00406 M01S00334.comssru +++|* PERFORMED. A MULTIPLY BY 0.0 NEGATES CP ACCUMULATION AND
00407 M01S00335.comssru +++|* PREVENTS TIME-SLICING. A MULTIPLIER OF 1.0 IS REDUNDANT. IN
00408 M01S00336.comssru +++|* BOTH CASES, UNFACTORED CP TIME IS ACCUMULATED.
00409 M01S00337.comssru +++|*
00410 M01S00338.comssru +++|* ALSO, IF A NON INTEGER CP MULTIPLIER IS SELECTED, CP TIME ACCU
00411 M01S00339.comssru +++|* WILL BE INACCURATE BECAUSE THE LEAST SIGNIFICANT DIGITS AFTER
00412 M01S00340.comssru +++|* MULTIPLICATION ARE LOST. HOWEVER, THE SRU ACCUMULATION IS NOT
00413 M01S00341.comssru +++|* AFFECTED AT ALL IN THE SAME WAY.
00414 M01S00342.comssru +++|
00415 M01S00343.comssru +++|
00416 M01S00344.comssru +++|** TCPM - TABLE OF CPU MULTIPLIERS.
00417 M01S00345.comssru +++|
| Line S00346 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns21000 |
Seq # *Modification Id* Act
----------------------------+
00418 M02S00346.ns21000 ---| CPS2 DEFVL 1.0,CPRG CYBER 170-8X5 CPU
00419 M01S00347.comssru +++| CP62 DEFVL 1.0,CPRG 6200
00420 M01S00348.comssru +++| CP64 DEFVL 1.0,CPRG 6400
00421 M01S00349.comssru +++| CP65 DEFVL 1.0,CPRG 6500
00422 M01S00350.comssru +++| CP66 DEFVL 1.0,CPRG 6600
00423 M01S00351.comssru +++| CP67 DEFVL 1.0,CPRG 6700
00424 M01S00352.comssru +++| CP71 DEFVL 1.0,CPRG CYBER 71
00425 M01S00353.comssru +++| CP72 DEFVL 1.0,CPRG CYBER 72
00426 M01S00354.comssru +++| CP73 DEFVL 1.0,CPRG CYBER 73
00427 M01S00355.comssru +++| CP74 DEFVL 1.0,CPRG CYBER 74
00428 M01S00356.comssru +++| C171 DEFVL 1.0,CPRG CYBER 171
00429 M01S00357.comssru +++| C172 DEFVL 1.0,CPRG CYBER 172
00430 M01S00358.comssru +++| C173 DEFVL 1.0,CPRG CYBER 173
00431 M01S00359.comssru +++| C174 DEFVL 1.0,CPRG CYBER 174
00432 M01S00360.comssru +++| C175 DEFVL 1.0,CPRG CYBER 175
00433 M01S00361.comssru +++| C176 DEFVL 1.0,CPRG CYBER 176
00434 M01S00362.comssru +++| C720 DEFVL 1.0,CPRG CYBER 170-720
00435 M01S00363.comssru +++| C730 DEFVL 1.0,CPRG CYBER 170-730
00436 M01S00364.comssru +++| C740 DEFVL 1.0,CPRG CYBER 170-740
00437 M01S00365.comssru +++| C750 DEFVL 1.0,CPRG CYBER 170-750
00438 M01S00366.comssru +++| C760 DEFVL 1.0,CPRG CYBER 170-760
00439 M01S00005.v23l617 +++| C810 DEFVL 1.0,CPRG CYBER 180-810
00440 M01S00012.ns21000 +++| C815 DEFVL 1.0,CPRG CYBER 170-815
00441 M01S00367.comssru +++| C825 DEFVL 1.0,CPRG CYBER 170-825
00442 M01S00006.v23l617 +++| C830 DEFVL 1.0,CPRG CYBER 180-830
00443 M01S00368.comssru +++| C835 DEFVL 1.0,CPRG CYBER 170-835
00444 M01S00009.241l630 +++| C840 DEFVL 1.0,CPRG CYBER 180-840
00445 M01S00025.ns22000 +++| C845 DEFVL 1.0,CPRG CYBER 170-845
00446 M01S00010.241l630 +++| C850 DEFVL 1.0,CPRG CYBER 180-850
00447 M01S00369.comssru +++| C855 DEFVL 1.0,CPRG CYBER 170-855
00448 M01S00011.241l630 +++| C860 DEFVL 1.0,CPRG CYBER 180-860
00449 M01S00013.ns21000 +++| C865 DEFVL 1.0,CPRG CYBER 170-865
00450 M01S00014.ns21000 +++| C875 DEFVL 1.0,CPRG CYBER 170-875
00451 M01S00005.ns2642 +++| C961 DEFVL 1.0,CPRG CYBER 180-960-11
00452 M01S00006.ns2642 +++| C963 DEFVL 1.0,CPRG CYBER 180-960-31/32
00453 M01S00012.241l630 +++| C990 DEFVL 1.0,CPRG CYBER 180-990
00454 M01S00370.comssru +++| ICM1 DEFVL 1.0,CPRG INSTALLATION DEFINED - 1
00455 M01S00371.comssru +++| ICM2 DEFVL 2.0,CPRG INSTALLATION DEFINED - 2
00456 M01S00372.comssru +++| ICM3 DEFVL 3.0,CPRG INSTALLATION DEFINED - 3
00457 M01S00373.comssru +++| ICM4 DEFVL 4.0,CPRG INSTALLATION DEFINED - 4
00458 M01S00374.comssru +++| ICM5 DEFVL 5.0,CPRG INSTALLATION DEFINED - 5
00459 M01S00001.ns2068 +++|
00460 M01S00002.ns2068 +++|
00461 M01S00003.ns2068 +++|** TIPRL - SIZE OF *TIPRL* TABLE IN *CPUMTR*.
00462 M01S00004.ns2068 +++|*
00463 M01S00005.ns2068 +++|* *TIPRL* IS USED BY *SET* TO ENSURE THE CPU INDEX
00464 M01S00006.ns2068 +++|* SPECIFIED ON THE *CPM* IPRDECK ENTRY IS WITHIN RANGE.
00465 M01S00007.ns2068 +++|
00466 M01S00008.ns2068 +++|
| Line S00009 Modification History |
M01 (Added by) | ns2068 |
M02 (Updated by) | 241l630 |
Seq # *Modification Id* Act
----------------------------+
00467 M02S00009.241l630 ---| TIPRL EQU 46B
| Line S00013 Modification History |
M01 (Added by) | 241l630 |
M02 (Updated by) | ns2642 |
Seq # *Modification Id* Act
----------------------------+
00468 M02S00013.ns2642 ---| TIPRL EQU 47B
00469 M01S00007.ns2642 +++| TIPRL EQU 51B
00470 M01S00375.comssru +++| SNSR SPACE 4
| Line S00376 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | ns2753 |
Seq # *Modification Id* Act
----------------------------+
00471 M02S00376.ns2753 ---|*** DEFINE FIXED MULTIPLIER VALUES FOR THE S2 THRU S4 MULTIPLIERS.
00472 M01S00011.ns2753 +++|*** DEFINE FIXED MULTIPLIER VALUES FOR THE S2 THRU S5 MULTIPLIERS.
00473 M01S00377.comssru +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00474 M01S00378.comssru +++|* CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE RANGE
00475 M01S00379.comssru +++|* PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT (NUMBER OF
00476 M01S00380.comssru +++|* DECIMAL PLACES) AS THE LIMITS. IN ALL CASES, A VALUE
00477 M01S00381.comssru +++|* OF ZERO (0) IS ACCEPTABLE.
00478 M01S00382.comssru +++|
00479 M01S00383.comssru +++|
00480 M01S00384.comssru +++| S2SR DEFVL 1.0,SMRG MS MULTIPLIER
00481 M01S00385.comssru +++|
00482 M01S00386.comssru +++| S3SR DEFVL 1.0,SMRG MT MULTIPLIER
00483 M01S00387.comssru +++|
00484 M01S00388.comssru +++| S4SR DEFVL 1.0,SMRG PF MULTIPLIER
00485 M01S00012.ns2753 +++|
00486 M01S00013.ns2753 +++| S5SR DEFVL 1.0,SMRG OD MULTIPLIER
00487 M01S00389.comssru +++| SRU SPACE 4
00488 M01S00390.comssru +++|*** DEFINE DEFAULT VALUES FOR VARIABLE MULTIPLIERS.
00489 M01S00391.comssru +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00490 M01S00392.comssru +++|* CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE RANGE
00491 M01S00393.comssru +++|* PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT (NUMBER OF
00492 M01S00394.comssru +++|* DECIMAL PLACES) AS THE LIMITS. IN ALL CASES, A VALUE
00493 M01S00395.comssru +++|* OF ZERO (0) IS ACCEPTABLE.
00494 M01S00396.comssru +++|
00495 M01S00397.comssru +++|
00496 M01S00398.comssru +++| M1SR DEFVL 1.0 M1 MULTIPLIER (OVERALL)
00497 M01S00399.comssru +++|
00498 M01S00400.comssru +++| M2SR DEFVL 0.100 M2 MULTIPLIER (IO)
00499 M01S00401.comssru +++|
00500 M01S00402.comssru +++| M3SR DEFVL 0.003 M3 MULTIPLIER (CM)
00501 M01S00403.comssru +++|
00502 M01S00404.comssru +++| M4SR DEFVL 0.003 M4 MULTIPLIER (ECS)
00503 M01S00405.comssru +++|
00504 M01S00406.comssru +++| ADSR DEFVL 0 ADDER
00505 M01S00407.comssru +++|
| Line S00408 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | v22l602 |
Seq # *Modification Id* Act
----------------------------+
00506 M02S00408.v22l602 ---| MPSR DEFVL 1 MAP III MULTIPLIER DEFAULT
| Line S00409 Modification History |
M01 (Added by) | comssru |
M02 (Updated by) | v22l602 |
Seq # *Modification Id* Act
----------------------------+
00507 M02S00409.v22l602 ---|
00508 M01S00003.v22l602 +++| MPSR DEFVL 1 MAP MULTIPLIER DEFAULT
00509 M01S00410.comssru +++| SRU SPACE 4,10
00510 M01S00411.comssru +++|*** DEFINE SRU DISPLAY CONTROLS.
00511 M01S00412.comssru +++|* THE FOLLOWING VALUES ARE INSTALLATION OPTIONS AND CAN BE
00512 M01S00413.comssru +++|* CHANGED BY THE CENTRAL SITE. THEY MUST FALL WITHIN THE
00513 M01S00414.comssru +++|* RANGE PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT
00514 M01S00415.comssru +++|* AS THE LIMITS. IN ALL CASES A VALUE OF 0 (ZERO) IS
00515 M01S00416.comssru +++|* ACCEPTABLE.
00516 M01S00417.comssru +++|*
00517 M01S00418.comssru +++|* THE FOLLOWING VALUE DEFINES THE MINIMUM CHARGE TO BE MADE
00518 M01S00419.comssru +++|* AGAINST A CHARGE/PROJECT NUMBER. IF THE ACCUMULATED SRUS ARE
00519 M01S00420.comssru +++|* LESS THAN *MCSR*, THE A CHARGE OF *MCSR* IS DISPLAYED.
00520 M01S00421.comssru +++|
00521 M01S00422.comssru +++|
00522 M01S00423.comssru +++| MCSR DEFVL 1.000 MINIMUM CHARGE
00523 M01S00424.comssru +++|
00524 M01S00425.comssru +++|* THE FOLLOWING VALUE DEFINES THE MIMINUM VALUE TO BE DISPLAYED
00525 M01S00426.comssru +++|* FOR EACH TELEX JOB STEP. IF THE ACCUMULATED SRUS FOR A JOB
00526 M01S00427.comssru +++|* STEP IS BELOW *MDSR*, THEN SRUS ARE NOT DISPLAYED.
00527 M01S00428.comssru +++|
00528 M01S00429.comssru +++| MDSR DEFVL .100 MINIMUM DISPLAY SRU
00529 M01S00430.comssru +++| AD SPACE 4
00530 M01S00431.comssru +++|*** DEFINE INCREMENTS FOR THE *ADDER* ACCUMULATOR.
00531 M01S00432.comssru +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN
00532 M01S00433.comssru +++|* BE CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE
00533 M01S00434.comssru +++|* RANGE PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT AS
00534 M01S00435.comssru +++|* THE LIMITS.
00535 M01S00436.comssru +++|*
00536 M01S00437.comssru +++|* THE FOLLOWING INCREMENTS ARE FOR EACH OPERATION
00537 M01S00438.comssru +++|
00538 M01S00439.comssru +++| IAAC DEFVL 1,ICRG ACCFAM OPERATION
00539 M01S00440.comssru +++|
00540 M01S00441.comssru +++| IACH DEFVL 1,ICRG CHARGE OPERATION
00541 M01S00442.comssru +++|
00542 M01S00443.comssru +++| IARX DEFVL 1,ICRG RESEX OPERATION
00543 M01S00444.comssru +++| MS SPACE 4
00544 M01S00445.comssru +++|*** DEFINE INCREMENTS FOR THE *MS* IO ACCUMULATOR.
00545 M01S00446.comssru +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00546 M01S00447.comssru +++|* CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE RANGE
00547 M01S00448.comssru +++|* PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT
00548 M01S00449.comssru +++|* AS THE LIMITS.
00549 M01S00450.comssru +++|*
00550 M01S00451.comssru +++|* THE FORMULA FOR CALCULATING THE MS INCREMENT IS -
00551 M01S00452.comssru +++|*
00552 M01S00453.comssru +++|* MS INCREMENT = OPERATION CHARGE + PENALTY +
00553 M01S00454.comssru +++|* PRUS TRANSFERRED * (2**IMPT)
00554 M01S00455.comssru +++|
00555 M01S00456.comssru +++|
00556 M01S00457.comssru +++|* THE FOLLOWING OPERATION CHARGES ARE APPLIED FOR THE
00557 M01S00458.comssru +++|* DEFINED FUNCTIONS.
00558 M01S00459.comssru +++|
00559 M01S00460.comssru +++|
00560 M01S00461.comssru +++| IMLL DEFVL 1,ICRG LIBRARY LOAD (LDR)
00561 M01S00462.comssru +++| IMCS DEFVL 1,ICRG CONTROL STATEMENT (1AJ)
00562 M01S00463.comssru +++| IMMS DEFVL 1,ICRG DAYFILE MESSAGE (1MA)
00563 M01S00464.comssru +++|
00564 M01S00465.comssru +++| IMRD DEFVL 2,ICRG READ (CIO)
00565 M01S00466.comssru +++| IMWT DEFVL 2,ICRG WRITE (CIO)
00566 M01S00467.comssru +++| IMSK DEFVL 2,ICRG SKIP (CIO)
00567 M01S00468.comssru +++| IMOP DEFVL 1,ICRG OPEN (CIO)
00568 M01S00469.comssru +++| IMCL DEFVL 1,ICRG CLOSE (CIO)
00569 M01S00470.comssru +++| IMRU DEFVL 1,ICRG RETURN/UNLOAD/EVICT (CIO)
00570 M01S00471.comssru +++|
00571 M01S00472.comssru +++|
00572 M01S00473.comssru +++|* REWIND IS A FREE FUNCTION (ALSO SKIP BACKWARD WITH SKIP
00573 M01S00474.comssru +++|* COUNT = 777777B, WHICH IS TREATED SIMILAR TO REWIND).
00574 M01S00475.comssru +++|* *CLOSE/RETURN* AND *CLOSE/UNLOAD* FUNCTIONS INCUR AN
00575 M01S00476.comssru +++|* OPERATION CHARGE OF *IMCL* + *IMRU*.
00576 M01S00477.comssru +++|
00577 M01S00478.comssru +++|
00578 M01S00479.comssru +++|* AN ADDITIONAL PENALTY OF *IMRL* IF ADDED FOR EACH
00579 M01S00480.comssru +++|* RANDOM REPOSITIONING OPERATION FOR A READ-WITH-LIST
00580 M01S00481.comssru +++|* FUNCTION (*READLS*/*RPHRLS*), IF THE RANDOM ADDRESS
00581 M01S00482.comssru +++|* SPECIFIED BY THE NEXT LIST ENTRY IF LESS THAN THE PRIOR
00582 M01S00483.comssru +++|* RANDOM ADDRESS (REQUIRES BACKWARD REPOSITIONING)
00583 M01S00484.comssru +++|* OR EXCEEDS *IMPL* PRUS FORWARD FROM THE PREVIOUS POSITION.
00584 M01S00485.comssru +++|
00585 M01S00486.comssru +++| IMRL DEFVL 3,ICRG READ WITH LIST (CIO)
00586 M01S00487.comssru +++| IMPL EQU 128 POSITION INTERVAL (CIO)
00587 M01S00488.comssru +++|
00588 M01S00489.comssru +++|
00589 M01S00490.comssru +++|* INCREMENTS FOR CIO PRU TRANSFER OPERATIONS ARE
00590 M01S00491.comssru +++|* (PRUS TRANSFERRED * (2**IMPT)).
00591 M01S00492.comssru +++|
00592 M01S00493.comssru +++| IMPT DEFVL 2 PRUS TRANSFERRED INCREMENT (CIO)
00593 M01S00494.comssru +++|
00594 M01S00495.comssru +++|* PRUS TRANSFERRED ARE ACCUMULATED FOR ALL OPERATIONS
00595 M01S00496.comssru +++|* REQUIRING A DATA TRANSFER, INCLUDING *CIO* READ, WRITE,
00596 M01S00497.comssru +++|* AND SKIP (EXCEPT BACKSPACE PRU AND SKIPEI), AND RANDOM
00597 M01S00498.comssru +++|* FILE DIRECTORY POSITIONING AND TRANSFER FOR *CIO* OPEN
00598 M01S00499.comssru +++|* AND CLOSE OPERATIONS. SKIP BACKWARD TO EOR/EOF (AND
00599 M01S00500.comssru +++|* RANDOM OPEN DIRECTORY POSITIONING) CHARGES FOR PRUS THAT
00600 M01S00501.comssru +++|* ARE SKIPPED BACKWARDS, BUT NOT FOR THE EXCESS PRUS READ
00601 M01S00502.comssru +++|* TO DETERMINE EOR AND EOF BOUNDARIES.
00602 M01S00014.ns2753 +++| OD SPACE 4
00603 M01S00015.ns2753 +++|*** DEFINE INCREMENTS FOR THE *OD* IO ACCUMULATOR.
00604 M01S00016.ns2753 +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00605 M01S00017.ns2753 +++|* CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE RANGE
00606 M01S00018.ns2753 +++|* PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT
00607 M01S00019.ns2753 +++|* AS THE LIMITS.
00608 M01S00020.ns2753 +++|*
00609 M01S00021.ns2753 +++|* THE FORMULA FOR CALCULATING THE OD INCREMENT IS -
00610 M01S00022.ns2753 +++|*
00611 M01S00023.ns2753 +++|* OD INCREMENT = OPERATION CHARGE +
00612 M01S00024.ns2753 +++|* PRUS TRANSFERRED * (2**IODT)
00613 M01S00025.ns2753 +++|
00614 M01S00026.ns2753 +++|
00615 M01S00027.ns2753 +++|* THE FOLLOWING OPERATION CHARGES ARE APPLIED FOR THE
00616 M01S00028.ns2753 +++|* DEFINED FUNCTIONS.
00617 M01S00029.ns2753 +++|
00618 M01S00030.ns2753 +++|
00619 M01S00031.ns2753 +++| IORD DEFVL 2,ICRG READ (CIO)
00620 M01S00032.ns2753 +++| IOWT DEFVL 2,ICRG WRITE (CIO)
00621 M01S00033.ns2753 +++| IOSK DEFVL 2,ICRG SKIP (CIO)
00622 M01S00034.ns2753 +++| IOOP DEFVL 1,ICRG OPEN (CIO)
00623 M01S00035.ns2753 +++| IOCL DEFVL 1,ICRG CLOSE (CIO)
00624 M01S00036.ns2753 +++| IORU DEFVL 1,ICRG RETURN/UNLOAD/EVICT (CIO)
00625 M01S00037.ns2753 +++|
00626 M01S00038.ns2753 +++|
00627 M01S00039.ns2753 +++|* REWIND IS A FREE FUNCTION (ALSO SKIP BACKWARD WITH SKIP
00628 M01S00040.ns2753 +++|* COUNT = 777777B, WHICH IS TREATED SIMILAR TO REWIND).
00629 M01S00041.ns2753 +++|* *CLOSE/RETURN* AND *CLOSE/UNLOAD* FUNCTIONS INCUR AN
00630 M01S00042.ns2753 +++|* OPERATION CHARGE OF *IOCL* + *IORU*.
00631 M01S00043.ns2753 +++|
00632 M01S00044.ns2753 +++|
00633 M01S00045.ns2753 +++|* INCREMENTS FOR CIO PRU TRANSFER OPERATIONS ARE
00634 M01S00046.ns2753 +++|* (PRUS TRANSFERRED * (2**IODT)).
00635 M01S00047.ns2753 +++|
00636 M01S00048.ns2753 +++| IODT DEFVL 2 PRUS TRANSFERRED INCREMENT (CIO)
00637 M01S00049.ns2753 +++|
00638 M01S00050.ns2753 +++|* PRUS TRANSFERRED ARE ACCUMULATED FOR ALL OPERATIONS
00639 M01S00051.ns2753 +++|* REQUIRING A DATA TRANSFER, INCLUDING *CIO* READ, WRITE,
00640 M01S00052.ns2753 +++|* AND SKIP (EXCEPT BACKSPACE PRU AND SKIPEI), AND RANDOM
00641 M01S00053.ns2753 +++|* FILE DIRECTORY POSITIONING AND TRANSFER FOR *CIO* OPEN
00642 M01S00054.ns2753 +++|* AND CLOSE OPERATIONS. SKIP BACKWARD TO EOR/EOF (AND
00643 M01S00055.ns2753 +++|* RANDOM OPEN DIRECTORY POSITIONING) CHARGES FOR PRUS THAT
00644 M01S00056.ns2753 +++|* ARE SKIPPED BACKWARDS, BUT NOT FOR THE EXCESS PRUS READ
00645 M01S00057.ns2753 +++|* TO DETERMINE EOR AND EOF BOUNDARIES.
00646 M01S00503.comssru +++| MT SPACE 4
00647 M01S00504.comssru +++| MT1 ENDIF
00648 M01S00505.comssru +++|
00649 M01S00506.comssru +++|*** DEFINE INCREMENTS FOR THE *MT* IO ACCUMULATOR.
00650 M01S00507.comssru +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00651 M01S00508.comssru +++|* CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE RANGE
00652 M01S00509.comssru +++|* PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT
00653 M01S00510.comssru +++|* AS THE LIMITS.
00654 M01S00511.comssru +++|*
00655 M01S00512.comssru +++|* THE FOLLOWING INCREMENTS ARE FOR EACH PRU PROCESSED OR
00656 M01S00513.comssru +++|* FOR EACH OPERATION.
00657 M01S00514.comssru +++|
00658 M01S00515.comssru +++|
00659 M01S00516.comssru +++| ITRW DEFVL 4,ICRG READ/WRITE (CIO/1MT)
00660 M01S00517.comssru +++| ITRL DEFVL 5,ICRG READ L TAPE (CIO/1MT)
00661 M01S00518.comssru +++| ITPO DEFVL 2,ICRG POSITION (CIO/1MT)
00662 M01S00519.comssru +++| ITCL DEFVL 1,ICRG OPEN/CLOSE (CIO/1MT)
00663 M01S00520.comssru +++| ITWL DEFVL 6,ICRG WRITE L TAPE (CIO/1MT)
00664 M01S00521.comssru +++| PF SPACE 4
00665 M01S00522.comssru +++| MT2 IF -DEF,MT$
00666 M01S00523.comssru +++|
00667 M01S00524.comssru +++|*** DEFINE INCREMENTS FOR THE *PF* IO ACCUMULATOR.
00668 M01S00525.comssru +++|* THE FOLLOWING PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00669 M01S00526.comssru +++|* CHANGED BY THE CENTRAL SITE. THEY MUST LIE WITHIN THE RANGE
00670 M01S00527.comssru +++|* PREVIOUSLY DEFINED AND MUST BE IN THE SAME FORMAT
00671 M01S00528.comssru +++|* AS THE LIMITS. THE INCREMENTS ARE FOR EACH OPERATION.
00672 M01S00529.comssru +++|
00673 M01S00530.comssru +++|
00674 M01S00531.comssru +++|* PFM FUNCTIONS.
00675 M01S00532.comssru +++|
00676 M01S00533.comssru +++| IPSV DEFVL 1,ICRG SAVE
00677 M01S00534.comssru +++| IPRP DEFVL 1,ICRG REPLACE
00678 M01S00535.comssru +++| IPGT DEFVL 1,ICRG GET
00679 M01S00536.comssru +++| IPAP DEFVL 20,ICRG APPEND
00680 M01S00537.comssru +++| IPDF DEFVL 4,ICRG DEFINE
00681 M01S00538.comssru +++| IPAT DEFVL 4,ICRG ATTACH
00682 M01S00539.comssru +++| IPPM DEFVL 1,ICRG PERMIT
00683 M01S00540.comssru +++| IPCG DEFVL 1,ICRG CHANGE
00684 M01S00541.comssru +++| IPPG DEFVL 1,ICRG PURGE
00685 M01S00542.comssru +++| IPCT DEFVL 1,ICRG CATLIST
00686 M01S00543.comssru +++| IPUA DEFVL 1,ICRG UATTACH
00687 M01S00544.comssru +++| IPSA DEFVL 1,ICRG SETASA
00688 M01S00545.comssru +++| IPAF DEFVL 1,ICRG SETAF
00689 M01S00546.comssru +++| IPSD DEFVL 1,ICRG SETDA
00690 M01S00547.comssru +++| IPDD DEFVL 1,ICRG DROPDS
00691 M01S00548.comssru +++| IPAN DEFVL 1,ICRG ASSIGNPF
00692 M01S00026.ns22000 +++| IPAC DEFVL 1,ICRG SETPFAC
00693 M01S00027.ns22000 +++| IPAL DEFVL 1,ICRG SETPFAL
00694 M01S00007.v23l617 +++| IPUG DEFVL 1,ICRG UGET
00695 M01S00008.v23l617 +++| IPUR DEFVL 1,ICRG UREPLACE
00696 M01S00009.v23l617 +++| IPDI DEFVL 1,ICRG DROPIDS
00697 M01S00010.v23l617 +++| IPDP DEFVL 1,ICRG DELPFC
00698 M01S00011.v23l617 +++| IPRS DEFVL 1,ICRG RPFSTAT
00699 M01S00001.253l688 +++| IPSP DEFVL 1,ICRG STAGEPF
00700 M01S00012.v23l617 +++|
00701 M01S00549.comssru +++|
00702 M01S00550.comssru +++|* CHARGES MADE ON ALL PFM FUNCTIONS.
00703 M01S00551.comssru +++|
00704 M01S00552.comssru +++| IPCS DEFVL 4,ICRG CATALOG SEARCH
00705 M01S00553.comssru +++| IPCE DEFVL 0,ICRG CATALOG ENTRY RETURNED
00706 M01S00554.comssru +++| IPVA DEFVL 1,ICRG VALIDUX ACCESS
00707 M01S00555.comssru +++| IPPA DEFVL 1,ICRG PERMIT FILE ACCESS
00708 M01S00556.comssru +++| IPAD DEFVL 1,ICRG ALTERNATE DEVICE ACCESS
00709 M01S00013.v23l617 +++|
00710 M01S00557.comssru +++|
00711 M01S00558.comssru +++|* INDIRECT FILE DEVICE TRANSFER CHARGES.
00712 M01S00559.comssru +++|
00713 M01S00560.comssru +++| IPPR DEFVL 4,ICRG INCREMENT APPLIED AT PRU TRANSFER INTERVAL
00714 M01S00561.comssru +++| IPPN DEFVL 10,ICRG INTERVAL (IN PRUS) FOR APPLYING INCREMENT
00715 M01S00562.comssru +++| CHARGE SPACE 4
00716 M01S00563.comssru +++|*** CHARGE CONTROL CONVERSION PARAMETERS.
00717 M01S00564.comssru +++|* THESE PARAMETERS ARE INSTALLATION OPTIONS AND CAN BE
00718 M01S00565.comssru +++|* CHANGED BY THE CENTRAL SITE.
00719 M01S00566.comssru +++|* THE FOLLOWING VALUES ARE USED TO COVERT THE SRU
00720 M01S00567.comssru +++|* INDICES IN PROFILO TO THE SRU MULTIPLIER VALUES.
00721 M01S00568.comssru +++|* THESE VALUES MUST FALL WITHIN THE APPROPRIATE
00722 M01S00569.comssru +++|* PREDEFINED MULTIPLIER RANGE AND MUST BE OF THE SAME
00723 M01S00570.comssru +++|* FORMAT (NUMBER OF DECIMAL PLACES) AS THE PREDEFINED
00724 M01S00571.comssru +++|* RANGES.
00725 M01S00572.comssru +++|*
00726 M01S00573.comssru +++| CHARGE SPACE 4
00727 M01S00574.comssru +++|*** THE FOLLOWING ALGORITHM IS USED TO CONVERT THE
00728 M01S00575.comssru +++|* PROFILO SRU INDICES TO THE SRU MULTIPLIER.
00729 M01S00576.comssru +++|*
00730 M01S00577.comssru +++|* MI = I(MISU-MISL)/64 + MISL
00731 M01S00578.comssru +++|*
00732 M01S00579.comssru +++|* MISU = UPPER BOUND.
00733 M01S00580.comssru +++|* MISL = LOWER BOUND.
00734 M01S00581.comssru +++|* I = PROFILO INDEX.
00735 M01S00582.comssru +++|*
00736 M01S00583.comssru +++|* EXAMPLE -
00737 M01S00584.comssru +++|* M2SL = .O50.
00738 M01S00585.comssru +++|* M2SU = .150.
00739 M01S00586.comssru +++|* I = 32.
00740 M01S00587.comssru +++|* M2 = 32(.150-.050)/64 + .050
00741 M01S00588.comssru +++|* = 3.200/64 + .050
00742 M01S00589.comssru +++|* = .050 +.050
00743 M01S00590.comssru +++|* = .100
00744 M01S00591.comssru +++|*
00745 M01S00592.comssru +++|* TWO EXCEPTIONS EXIST -
00746 M01S00593.comssru +++|* 1.) IF THE INDEX IS 77B, THEN THE DEFAULT SRU MULTIPLIER
00747 M01S00594.comssru +++|* VALUE IS USED ( M1SR, M2SR, ETC.)
00748 M01S00595.comssru +++|* 2.) IF THE INDEX IS 0, THEN THE SRU MULTIPLIER IS
00749 M01S00596.comssru +++|* ZERO.
00750 M01S00597.comssru +++|*
00751 M01S00598.comssru +++|* TO DETERMINE THE INDICES FOR THE APPROPRIATE
00752 M01S00599.comssru +++|* MULTIPLIERS, FIRST ASSIGN A RANGE THAT COVERS ALL
00753 M01S00600.comssru +++|* OF THE VALUES FOR A MULTIPLIER. AND SECOND,
00754 M01S00601.comssru +++|* SOLVE THE ABOVE EQUATION FOR I OR -
00755 M01S00602.comssru +++|*
00756 M01S00603.comssru +++|* I = 64(MI - MISL)/(MISU - MISL)
00757 M01S00604.comssru +++|* MI = MULTIPLIER VALUE.
00758 M01S00605.comssru +++|* MISU = UPPER BOUND OF CONVERSION RANGE.
00759 M01S00606.comssru +++|* MISL = LOWER BOUND OF CONVERSION RANGE.
00760 M01S00607.comssru +++|*
00761 M01S00608.comssru +++|* EXAMPLE -
00762 M01S00609.comssru +++|* M2 = .100
00763 M01S00610.comssru +++|* M2SL = .050
00764 M01S00611.comssru +++|* M2SU = .150
00765 M01S00612.comssru +++|* I = 64(.100 - .050)/(.150 - .050)
00766 M01S00613.comssru +++|* = 64(.050)/(.100)
00767 M01S00614.comssru +++|* = 64*.5
00768 M01S00615.comssru +++|* = 32
00769 M01S00616.comssru +++|*
00770 M01S00617.comssru +++|* NOTE - WHEN THE SRU INDICES ARE ENTERED INTO PROFILE, THE SRU
00771 M01S00618.comssru +++|* MULTIPLIERS ARE DISPLAYED.
00772 M01S00619.comssru +++|
00773 M01S00620.comssru +++|
00774 M01S00621.comssru +++| M1SL DEFVL 0.5,M1SR M1 LOWER BOUND
00775 M01S00622.comssru +++| M1SU DEFVL 1.5,M1SR M1 UPPER BOUND
00776 M01S00623.comssru +++|
00777 M01S00624.comssru +++| M2SL DEFVL .050,M2SR M2 LOWER BOUND
00778 M01S00625.comssru +++| M2SU DEFVL .150,M2SR M2 UPPER BOUND
00779 M01S00626.comssru +++|
00780 M01S00627.comssru +++| M3SL DEFVL .001,M3SR M3 LOWER BOUND
00781 M01S00628.comssru +++| M3SU DEFVL .064,M3SR M3 UPPER BOUND
00782 M01S00629.comssru +++|
00783 M01S00630.comssru +++| M4SL DEFVL .001,M4SR M4 LOWER BOUND
00784 M01S00631.comssru +++| M4SU DEFVL .064,M4SR M4 UPPER BOUND
00785 M01S00632.comssru +++|
00786 M01S00633.comssru +++| MASL DEFVL 1,ADSR ADDER LOWER BOUND
00787 M01S00634.comssru +++| MASU DEFVL 64,ADSR ADDER UPPER BOUND
00788 M01S00635.comssru +++|
00789 M01S00636.comssru +++| MT2 ENDIF
00790 M01S00028.ns22000 +++| FSE SPACE 4,15
00791 M01S00029.ns22000 +++|*** FULL SCREEN EDITOR ACCOUNTING PARAMETERS.
00792 M01S00030.ns22000 +++|*
00793 M01S00031.ns22000 +++|* THE *IFCO* PARAMETER DEFINES THE ESTIMATED NUMBER OF *CP*
00794 M01S00032.ns22000 +++|* MILLISECONDS TO BE CHARGED FOR EACH WORD OF TERMINAL OUTPUT
00795 M01S00033.ns22000 +++|* PRODUCED BY THE *SMFEX* SUBSYSTEM. THIS ESTIMATE WILL BE
00796 M01S00034.ns22000 +++|* USED BY FSE TO INCLUDE THE PROCESSING DONE BY *SMFEX*,
00797 M01S00035.ns22000 +++|* WHICH FSE CAN NOT DETERMINE DIRECTLY.
00798 M01S00637.comssru +++|
00799 M01S00036.ns22000 +++| IFCO RANGE .001,1.000 FSE MSEC CP PER OUTPUT WORD RANGE
00800 M01S00037.ns22000 +++| IFCO DEFVL .100 FSE CP MSEC PER OUTPUT WORD
00801 M01S00638.comssru +++|
00802 M01S00038.ns22000 +++|
00803 M01S00639.comssru +++| BASE *
00804 M01S00640.comssru +++| ENDX