UNIX SHELL PROMPT # FULLCMD=/opt/ASPLv1.00/bin/aspl -wsname SYSINTERRUPTS -groupingclass SYSINTERRUPTSGROUP
ASPL:1 > ints = ggsysinterrupts(grp1,ViennaInts3,delay,1000)
ABOUT THIS COMMAND:
get system interrupts in variable ints
4:2:0 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:1 > ints = ggsysinterrupts(grp1,ViennaInts3,delay,1000)
There are 1 sets representing: ViennaInts3
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU0)
g_ f+) CPU0 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=1281 SPU=0 PMI=0 IWI=0 RES=11 CAL=183 TLB=17 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU0 aelm=(2025-04-02 04:02:27)(CPU0)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU1)
g_ f+) CPU1 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=5288 SPU=0 PMI=0 IWI=0 RES=10 CAL=84 TLB=47 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU1 aelm=(2025-04-02 04:02:27)(CPU1)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU10)
g_ f+) CPU10 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=443 SPU=0 PMI=0 IWI=0 RES=12 CAL=785 TLB=1132 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU10 aelm=(2025-04-02 04:02:27)(CPU10)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU11)
g_ f+) CPU11 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=10032 SPU=0 PMI=0 IWI=0 RES=11 CAL=119 TLB=333 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU11 aelm=(2025-04-02 04:02:27)(CPU11)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU2)
g_ f+) CPU2 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=4902 SPU=0 PMI=0 IWI=0 RES=10 CAL=529 TLB=755 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU2 aelm=(2025-04-02 04:02:27)(CPU2)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU3)
g_ f+) CPU3 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=4426 SPU=0 PMI=0 IWI=0 RES=14 CAL=383 TLB=401 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU3 aelm=(2025-04-02 04:02:27)(CPU3)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU4)
g_ f+) CPU4 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=1654 SPU=0 PMI=0 IWI=0 RES=10 CAL=38 TLB=3 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU4 aelm=(2025-04-02 04:02:27)(CPU4)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU5)
g_ f+) CPU5 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=2325 SPU=0 PMI=0 IWI=0 RES=3 CAL=192 TLB=195 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU5 aelm=(2025-04-02 04:02:27)(CPU5)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU6)
g_ f+) CPU6 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=4002 SPU=0 PMI=0 IWI=0 RES=4 CAL=101 TLB=39 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU6 aelm=(2025-04-02 04:02:27)(CPU6)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU7)
g_ f+) CPU7 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=407 SPU=0 PMI=0 IWI=0 RES=13 CAL=355 TLB=212 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU7 aelm=(2025-04-02 04:02:27)(CPU7)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU8)
g_ f+) CPU8 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=1792 SPU=0 PMI=0 IWI=0 RES=9 CAL=77 TLB=117 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU8 aelm=(2025-04-02 04:02:27)(CPU8)
** g_:+f) ** ONLYIN F) fl onlyd pL ViennaInts3 (<Core/> / CPU9)
g_ f+) CPU9 INT0=0 INT1=123 INT4=123 INT8=0 INT9=0 INT12=123 INT16=123 INT18=0 INT19=123 INT21=0 INT23=0 INT40=0 INT41=0 INT69=123 INT70=123 INT71=123 INT73=123 INT74=123 NMI=0 LOC=2111 SPU=0 PMI=0 IWI=0 RES=12 CAL=134 TLB=79 TRM=0 THR=0 MCE=0 MCP=0 chksum=0 ppdd=ViennaInts3 ffl=Core/CPU9 aelm=(2025-04-02 04:02:27)(CPU9)
ViennaInts3 12 entries
DONE PROCESSING ints = ggsysinterrupts(grp1,ViennaInts3,delay,1000)
ASPL:1 > ?9,0 ints
ABOUT THIS COMMAND:
interrogate ints none times with a delay
of 1000 millis already implied in ggsysinterrupts()
4:2:0 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:2 > ?9,0 ints
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
INTERROGATING/1: ints RESULTED IN A CHANGE AND THE VARIABLE ints HAS BEEN ASSIGNED THE NEW RESULT OF THE ggsysinterrupts(grp1,ViennaInts3,delay,1000)
ASPL:2 > dm 5
ABOUT THIS COMMAND:
set display mode to 5
4:2:37 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:3 > dm 5
DISPLAY MODE SET TO 5
ASPL:3 > @ ints
ABOUT THIS COMMAND:
print differential group variable ints
4:3:2 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:4 > @ ints
VARIABLES ARC TYPE 1: ints has 9 arc's
@1 1/10 vlb=ints ndx=0
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (1)root
Time: 2025-04-02 04:02:27.871682
L.S.T: 1743580947 0 0
2025-04-02 04:02:27 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@2 2/10 vlb=ints ndx=1
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (2)root
Time: 2025-04-02 04:02:28.944794
L.S.T: 1743580948 0 0
2025-04-02 04:02:28 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@3 3/10 vlb=ints ndx=2
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (3)root
Time: 2025-04-02 04:02:29.991700
L.S.T: 1743580949 0 0
2025-04-02 04:02:29 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@4 4/10 vlb=ints ndx=3
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (4)root
Time: 2025-04-02 04:02:31.040504
L.S.T: 1743580951 0 0
2025-04-02 04:02:31 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@5 5/10 vlb=ints ndx=4
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (5)root
Time: 2025-04-02 04:02:32.088260
L.S.T: 1743580952 0 0
2025-04-02 04:02:32 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@6 6/10 vlb=ints ndx=5
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (6)root
Time: 2025-04-02 04:02:33.135351
L.S.T: 1743580953 0 0
2025-04-02 04:02:33 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@7 7/10 vlb=ints ndx=6
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (7)root
Time: 2025-04-02 04:02:34.180233
L.S.T: 1743580954 0 0
2025-04-02 04:02:34 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@8 8/10 vlb=ints ndx=7
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (8)root
Time: 2025-04-02 04:02:35.232461
L.S.T: 1743580955 0 0
2025-04-02 04:02:35 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
@9 9/10 vlb=ints ndx=8
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (9)root
Time: 2025-04-02 04:02:36.274929
L.S.T: 1743580956 0 0
2025-04-02 04:02:36 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
* vlb=ints ndx=9
ints TyP_GADsop ggfunc
Src: ggsysinterrupts(grp1,ViennaInts3,delay,1000)
Lop: g_
Lvr: ints
Lgn: ViennaInts3
#12/1, ch#(1,1,1) chk(12=12,0=0)
User: (10)root
Time: 2025-04-02 04:02:37.314000
L.S.T: 1743580957 0 0
2025-04-02 04:02:37 1969-12-31 19:00:00 1969-12-31 19:00:00
TTL.BT 0,0
ASPL:4 > ks NMI PMI LOC RES CAL aelm
ABOUT THIS COMMAND:
set ks vector to NMI PMI LOC RES CAL aelm
4:3:5 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:5 > ks NMI PMI LOC RES CAL aelm
aStat = NMI PMI LOC RES CAL aelm
bStat = NMI PMI LOC RES CAL aelm
ASPL:5 > differentialallarc 1
ABOUT THIS COMMAND:
set differential on all instances of the differential variables
4:3:13 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:6 > differentialallarc 1
1
ASPL:6 > g@,`ks~ ints
ABOUT THIS COMMAND:
show changes in the differential group variable using
the differential group operator g@, labinated with varying ks
4:3:22 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:7 > g@,`ks~ ints
INFO -- DIFFERENTIAL g@ FOLLOWED BY ints SO THE VARIABLE ints HAS BEEN EXPANDED TO ints ints@9 ints@8 ints@7 ints@6 ints@5 ints@4 ints@3 ints@2 ints@1
INFO -- DIFFERENTIAL g@ ON VARIABLES ints ints@9 ints@8 ints@7 ints@6 ints@5 ints@4 ints@3 ints@2 ints@1
HINT -- YOU CAN SET differentialallarc 0 TO COMPARE VARIABLE TO ITS LAST ARCHIVED INSTANCE
There are 10 sets representing: ViennaInts3(ints.5) ViennaInts3(ints.2) ViennaInts3(ints.4) ViennaInts3(ints.9) ViennaInts3(ints.1) ViennaInts3(ints) ViennaInts3(ints.8) ViennaInts3(ints.3) ViennaInts3(ints.7) ViennaInts3(ints.6)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=1196 RES=10 CAL=161 aelm=(2025-04-02 04:02:37)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=1281 RES=11 CAL=183 aelm=(2025-04-02 04:02:27)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=6950 RES=63 CAL=115 aelm=(2025-04-02 04:02:28)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=2017 RES=26 CAL=3 aelm=(2025-04-02 04:02:29)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=1162 RES=34 CAL=4 aelm=(2025-04-02 04:02:31)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=1147 RES=4 CAL=0 aelm=(2025-04-02 04:02:32)(CPU0)
g@ f~) CPU0 NMI=1 PMI=1 LOC=1138 RES=13 CAL=4 aelm=(2025-04-02 04:02:33)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=1136 RES=22 CAL=1 aelm=(2025-04-02 04:02:34)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=1165 RES=1350 CAL=9 aelm=(2025-04-02 04:02:35)(CPU0)
g@ f~) CPU0 NMI=0 PMI=0 LOC=514 RES=9 CAL=95 aelm=(2025-04-02 04:02:36)(CPU0)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1079 RES=17 CAL=135 aelm=(2025-04-02 04:02:37)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=5288 RES=10 CAL=84 aelm=(2025-04-02 04:02:27)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1345 RES=109 CAL=63 aelm=(2025-04-02 04:02:28)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1192 RES=95 CAL=5 aelm=(2025-04-02 04:02:29)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1136 RES=181 CAL=16 aelm=(2025-04-02 04:02:31)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1037 RES=66 CAL=2 aelm=(2025-04-02 04:02:32)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1081 RES=424 CAL=11 aelm=(2025-04-02 04:02:33)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1059 RES=80 CAL=1 aelm=(2025-04-02 04:02:34)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=1097 RES=42 CAL=0 aelm=(2025-04-02 04:02:35)(CPU1)
g@ f~) CPU1 NMI=0 PMI=0 LOC=331 RES=5 CAL=139 aelm=(2025-04-02 04:02:36)(CPU1)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=1827 RES=0 CAL=60 aelm=(2025-04-02 04:02:37)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=443 RES=12 CAL=785 aelm=(2025-04-02 04:02:27)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=861 RES=6 CAL=14 aelm=(2025-04-02 04:02:28)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=1009 RES=2 CAL=3 aelm=(2025-04-02 04:02:29)(CPU10)
g@ f~) CPU10 NMI=1 PMI=1 LOC=1018 RES=77 CAL=0 aelm=(2025-04-02 04:02:31)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=1029 RES=31 CAL=8 aelm=(2025-04-02 04:02:32)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=3331 RES=74 CAL=4 aelm=(2025-04-02 04:02:33)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=1247 RES=116 CAL=7 aelm=(2025-04-02 04:02:34)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=1052 RES=2 CAL=0 aelm=(2025-04-02 04:02:35)(CPU10)
g@ f~) CPU10 NMI=0 PMI=0 LOC=381 RES=8 CAL=480 aelm=(2025-04-02 04:02:36)(CPU10)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=2538 RES=4 CAL=57 aelm=(2025-04-02 04:02:37)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=10032 RES=11 CAL=119 aelm=(2025-04-02 04:02:27)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=877 RES=70 CAL=56 aelm=(2025-04-02 04:02:28)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=1068 RES=107 CAL=0 aelm=(2025-04-02 04:02:29)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=1059 RES=88 CAL=4 aelm=(2025-04-02 04:02:31)(CPU11)
g@ f~) CPU11 NMI=1 PMI=1 LOC=1029 RES=10 CAL=1 aelm=(2025-04-02 04:02:32)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=1048 RES=16 CAL=14 aelm=(2025-04-02 04:02:33)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=1154 RES=174 CAL=31 aelm=(2025-04-02 04:02:34)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=1134 RES=109 CAL=52 aelm=(2025-04-02 04:02:35)(CPU11)
g@ f~) CPU11 NMI=0 PMI=0 LOC=372 RES=16 CAL=216 aelm=(2025-04-02 04:02:36)(CPU11)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=287 RES=4 CAL=35 aelm=(2025-04-02 04:02:37)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=4902 RES=10 CAL=529 aelm=(2025-04-02 04:02:27)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=894 RES=15 CAL=7 aelm=(2025-04-02 04:02:28)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=1025 RES=76 CAL=10 aelm=(2025-04-02 04:02:29)(CPU2)
g@ f~) CPU2 NMI=1 PMI=1 LOC=29827 RES=415 CAL=19 aelm=(2025-04-02 04:02:31)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=1085 RES=70 CAL=0 aelm=(2025-04-02 04:02:32)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=1036 RES=19 CAL=37 aelm=(2025-04-02 04:02:33)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=1019 RES=32 CAL=4 aelm=(2025-04-02 04:02:34)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=1036 RES=138 CAL=9 aelm=(2025-04-02 04:02:35)(CPU2)
g@ f~) CPU2 NMI=0 PMI=0 LOC=348 RES=8 CAL=314 aelm=(2025-04-02 04:02:36)(CPU2)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=1009 RES=2 CAL=167 aelm=(2025-04-02 04:02:37)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=4426 RES=14 CAL=383 aelm=(2025-04-02 04:02:27)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=945 RES=169 CAL=28 aelm=(2025-04-02 04:02:28)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=1068 RES=243 CAL=3 aelm=(2025-04-02 04:02:29)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=4738 RES=91 CAL=6 aelm=(2025-04-02 04:02:31)(CPU3)
g@ f~) CPU3 NMI=1 PMI=1 LOC=2621 RES=73 CAL=10 aelm=(2025-04-02 04:02:32)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=1203 RES=95 CAL=30 aelm=(2025-04-02 04:02:33)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=1157 RES=23 CAL=2 aelm=(2025-04-02 04:02:34)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=1195 RES=338 CAL=6 aelm=(2025-04-02 04:02:35)(CPU3)
g@ f~) CPU3 NMI=0 PMI=0 LOC=988 RES=5 CAL=475 aelm=(2025-04-02 04:02:36)(CPU3)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=271 RES=3 CAL=22 aelm=(2025-04-02 04:02:37)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=1654 RES=10 CAL=38 aelm=(2025-04-02 04:02:27)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=840 RES=17 CAL=100 aelm=(2025-04-02 04:02:28)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=1013 RES=134 CAL=11 aelm=(2025-04-02 04:02:29)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=1038 RES=249 CAL=9 aelm=(2025-04-02 04:02:31)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=1013 RES=11 CAL=0 aelm=(2025-04-02 04:02:32)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=1022 RES=11 CAL=4 aelm=(2025-04-02 04:02:33)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=1054 RES=19 CAL=8 aelm=(2025-04-02 04:02:34)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=1085 RES=862 CAL=3 aelm=(2025-04-02 04:02:35)(CPU4)
g@ f~) CPU4 NMI=0 PMI=0 LOC=273 RES=24 CAL=1291 aelm=(2025-04-02 04:02:36)(CPU4)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=251 RES=4 CAL=39 aelm=(2025-04-02 04:02:37)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=2325 RES=3 CAL=192 aelm=(2025-04-02 04:02:27)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=826 RES=66 CAL=66 aelm=(2025-04-02 04:02:28)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=1050 RES=100 CAL=4 aelm=(2025-04-02 04:02:29)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=1044 RES=102 CAL=2 aelm=(2025-04-02 04:02:31)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=1033 RES=32 CAL=0 aelm=(2025-04-02 04:02:32)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=1068 RES=102 CAL=2 aelm=(2025-04-02 04:02:33)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=1064 RES=55 CAL=2 aelm=(2025-04-02 04:02:34)(CPU5)
g@ f~) CPU5 NMI=0 PMI=0 LOC=1030 RES=144 CAL=1 aelm=(2025-04-02 04:02:35)(CPU5)
g@ f~) CPU5 NMI=1 PMI=1 LOC=247 RES=10 CAL=58 aelm=(2025-04-02 04:02:36)(CPU5)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=216 RES=8 CAL=226 aelm=(2025-04-02 04:02:37)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=4002 RES=4 CAL=101 aelm=(2025-04-02 04:02:27)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=2039 RES=124 CAL=2 aelm=(2025-04-02 04:02:28)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=3039 RES=94 CAL=3 aelm=(2025-04-02 04:02:29)(CPU6)
g@ f~) CPU6 NMI=1 PMI=1 LOC=1626 RES=111 CAL=9 aelm=(2025-04-02 04:02:31)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=6 CAL=0 aelm=(2025-04-02 04:02:32)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=11 CAL=3 aelm=(2025-04-02 04:02:33)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=4 CAL=1 aelm=(2025-04-02 04:02:34)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=1014 RES=4 CAL=0 aelm=(2025-04-02 04:02:35)(CPU6)
g@ f~) CPU6 NMI=0 PMI=0 LOC=143 RES=7 CAL=104 aelm=(2025-04-02 04:02:36)(CPU6)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=328 RES=2 CAL=37 aelm=(2025-04-02 04:02:37)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=407 RES=13 CAL=355 aelm=(2025-04-02 04:02:27)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=5405 RES=51 CAL=479 aelm=(2025-04-02 04:02:28)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=1020 RES=1 CAL=3 aelm=(2025-04-02 04:02:29)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=1028 RES=99 CAL=16 aelm=(2025-04-02 04:02:31)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=1055 RES=312 CAL=52 aelm=(2025-04-02 04:02:32)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=1097 RES=241 CAL=5 aelm=(2025-04-02 04:02:33)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=1092 RES=200 CAL=0 aelm=(2025-04-02 04:02:34)(CPU7)
g@ f~) CPU7 NMI=1 PMI=1 LOC=1092 RES=164 CAL=1 aelm=(2025-04-02 04:02:35)(CPU7)
g@ f~) CPU7 NMI=0 PMI=0 LOC=260 RES=6 CAL=241 aelm=(2025-04-02 04:02:36)(CPU7)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=116 RES=6 CAL=23 aelm=(2025-04-02 04:02:37)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=1792 RES=9 CAL=77 aelm=(2025-04-02 04:02:27)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=1461 RES=509 CAL=127 aelm=(2025-04-02 04:02:28)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=1062 RES=400 CAL=8 aelm=(2025-04-02 04:02:29)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=2016 RES=9 CAL=0 aelm=(2025-04-02 04:02:31)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=1069 RES=40 CAL=0 aelm=(2025-04-02 04:02:32)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=1026 RES=39 CAL=13 aelm=(2025-04-02 04:02:33)(CPU8)
g@ f~) CPU8 NMI=1 PMI=1 LOC=1062 RES=464 CAL=8 aelm=(2025-04-02 04:02:34)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=3137 RES=445 CAL=4 aelm=(2025-04-02 04:02:35)(CPU8)
g@ f~) CPU8 NMI=0 PMI=0 LOC=188 RES=20 CAL=1596 aelm=(2025-04-02 04:02:36)(CPU8)
** g@:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.1) ViennaInts3(ints.2) ViennaInts3(ints.3) ViennaInts3(ints.4) ViennaInts3(ints.5) ViennaInts3(ints.6) ViennaInts3(ints.7) ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=2605 RES=1 CAL=29 aelm=(2025-04-02 04:02:37)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=2111 RES=12 CAL=134 aelm=(2025-04-02 04:02:27)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=904 RES=19 CAL=89 aelm=(2025-04-02 04:02:28)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=3694 RES=22 CAL=4 aelm=(2025-04-02 04:02:29)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=10171 RES=78 CAL=0 aelm=(2025-04-02 04:02:31)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=5883 RES=144 CAL=11 aelm=(2025-04-02 04:02:32)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=6057 RES=56 CAL=3 aelm=(2025-04-02 04:02:33)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=3561 RES=32 CAL=0 aelm=(2025-04-02 04:02:34)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=34090 RES=19 CAL=0 aelm=(2025-04-02 04:02:35)(CPU9)
g@ f~) CPU9 NMI=0 PMI=0 LOC=4537 RES=5 CAL=22 aelm=(2025-04-02 04:02:36)(CPU9)
ViennaInts3(ints.5) 12 entries
ViennaInts3(ints.2) 12 entries
ViennaInts3(ints.4) 12 entries
ViennaInts3(ints.9) 12 entries
ViennaInts3(ints.1) 12 entries
ViennaInts3(ints) 12 entries
ViennaInts3(ints.8) 12 entries
ViennaInts3(ints.3) 12 entries
ViennaInts3(ints.7) 12 entries
ViennaInts3(ints.6) 12 entries
DONE PROCESSING g@,`ks~ ints
ASPL:7 > intermittentarc 1
ABOUT THIS COMMAND:
set intermittence on archived data to 1
4:3:28 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:8 > intermittentarc 1
1
ASPL:8 > playchanges ints
ABOUT THIS COMMAND:
show changes and rate of change in ints
4:3:33 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:9 > playchanges ints
INFO // PLAYCHANGES USING IMPLIED SETOP gD,`ks~ ON EXPANDED VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
gD,`ks~ ints@1 ints@2
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794
INFO -- REGULAR SETOP gD ON VARIABLES ints@1 ints@2
INFO -- SETOP gD ON VARIABLES ints@1 ints@2
There are 2 sets representing: ViennaInts3(ints.2) ViennaInts3(ints.1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1281 RES=11 CAL=183 aelm=(2025-04-02 04:02:27)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=6950 RES=63 CAL=115 aelm=(2025-04-02 04:02:28)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=5288 RES=10 CAL=84 aelm=(2025-04-02 04:02:27)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1345 RES=109 CAL=63 aelm=(2025-04-02 04:02:28)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=443 RES=12 CAL=785 aelm=(2025-04-02 04:02:27)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=861 RES=6 CAL=14 aelm=(2025-04-02 04:02:28)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=10032 RES=11 CAL=119 aelm=(2025-04-02 04:02:27)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=877 RES=70 CAL=56 aelm=(2025-04-02 04:02:28)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=4902 RES=10 CAL=529 aelm=(2025-04-02 04:02:27)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=894 RES=15 CAL=7 aelm=(2025-04-02 04:02:28)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=4426 RES=14 CAL=383 aelm=(2025-04-02 04:02:27)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=945 RES=169 CAL=28 aelm=(2025-04-02 04:02:28)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1654 RES=10 CAL=38 aelm=(2025-04-02 04:02:27)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=840 RES=17 CAL=100 aelm=(2025-04-02 04:02:28)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=2325 RES=3 CAL=192 aelm=(2025-04-02 04:02:27)(CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=826 RES=66 CAL=66 aelm=(2025-04-02 04:02:28)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=4002 RES=4 CAL=101 aelm=(2025-04-02 04:02:27)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=2039 RES=124 CAL=2 aelm=(2025-04-02 04:02:28)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=407 RES=13 CAL=355 aelm=(2025-04-02 04:02:27)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=5405 RES=51 CAL=479 aelm=(2025-04-02 04:02:28)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1792 RES=9 CAL=77 aelm=(2025-04-02 04:02:27)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1461 RES=509 CAL=127 aelm=(2025-04-02 04:02:28)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.1) ViennaInts3(ints.2) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=2111 RES=12 CAL=134 aelm=(2025-04-02 04:02:27)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=904 RES=19 CAL=89 aelm=(2025-04-02 04:02:28)(CPU9)
ViennaInts3(ints.2) 12 entries
ViennaInts3(ints.1) 12 entries
DONE PROCESSING gD,`ks~ ints@1 ints@2
gD,`ks~ ints@2 ints@3
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700
INFO -- REGULAR SETOP gD ON VARIABLES ints@2 ints@3
INFO -- SETOP gD ON VARIABLES ints@2 ints@3
There are 2 sets representing: ViennaInts3(ints.3) ViennaInts3(ints.2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=6950 RES=63 CAL=115 aelm=(2025-04-02 04:02:28)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=2017 RES=26 CAL=3 aelm=(2025-04-02 04:02:29)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1345 RES=109 CAL=63 aelm=(2025-04-02 04:02:28)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1192 RES=95 CAL=5 aelm=(2025-04-02 04:02:29)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=861 RES=6 CAL=14 aelm=(2025-04-02 04:02:28)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1009 RES=2 CAL=3 aelm=(2025-04-02 04:02:29)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=877 RES=70 CAL=56 aelm=(2025-04-02 04:02:28)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1068 RES=107 CAL=0 aelm=(2025-04-02 04:02:29)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=894 RES=15 CAL=7 aelm=(2025-04-02 04:02:28)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1025 RES=76 CAL=10 aelm=(2025-04-02 04:02:29)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=945 RES=169 CAL=28 aelm=(2025-04-02 04:02:28)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1068 RES=243 CAL=3 aelm=(2025-04-02 04:02:29)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=840 RES=17 CAL=100 aelm=(2025-04-02 04:02:28)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1013 RES=134 CAL=11 aelm=(2025-04-02 04:02:29)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=826 RES=66 CAL=66 aelm=(2025-04-02 04:02:28)(CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1050 RES=100 CAL=4 aelm=(2025-04-02 04:02:29)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=2039 RES=124 CAL=2 aelm=(2025-04-02 04:02:28)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=3039 RES=94 CAL=3 aelm=(2025-04-02 04:02:29)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=5405 RES=51 CAL=479 aelm=(2025-04-02 04:02:28)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1020 RES=1 CAL=3 aelm=(2025-04-02 04:02:29)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1461 RES=509 CAL=127 aelm=(2025-04-02 04:02:28)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1062 RES=400 CAL=8 aelm=(2025-04-02 04:02:29)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.2) ViennaInts3(ints.3) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=904 RES=19 CAL=89 aelm=(2025-04-02 04:02:28)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=3694 RES=22 CAL=4 aelm=(2025-04-02 04:02:29)(CPU9)
ViennaInts3(ints.3) 12 entries
ViennaInts3(ints.2) 12 entries
DONE PROCESSING gD,`ks~ ints@2 ints@3
gD,`ks~ ints@3 ints@4
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504
INFO -- REGULAR SETOP gD ON VARIABLES ints@3 ints@4
INFO -- SETOP gD ON VARIABLES ints@3 ints@4
There are 2 sets representing: ViennaInts3(ints.3) ViennaInts3(ints.4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=2017 RES=26 CAL=3 aelm=(2025-04-02 04:02:29)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1162 RES=34 CAL=4 aelm=(2025-04-02 04:02:31)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1192 RES=95 CAL=5 aelm=(2025-04-02 04:02:29)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1136 RES=181 CAL=16 aelm=(2025-04-02 04:02:31)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1009 RES=2 CAL=3 aelm=(2025-04-02 04:02:29)(CPU10)
gD f~) CPU10 NMI=1 PMI=1 LOC=1018 RES=77 CAL=0 aelm=(2025-04-02 04:02:31)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1068 RES=107 CAL=0 aelm=(2025-04-02 04:02:29)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1059 RES=88 CAL=4 aelm=(2025-04-02 04:02:31)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1025 RES=76 CAL=10 aelm=(2025-04-02 04:02:29)(CPU2)
gD f~) CPU2 NMI=1 PMI=1 LOC=29827 RES=415 CAL=19 aelm=(2025-04-02 04:02:31)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1068 RES=243 CAL=3 aelm=(2025-04-02 04:02:29)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=4738 RES=91 CAL=6 aelm=(2025-04-02 04:02:31)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1013 RES=134 CAL=11 aelm=(2025-04-02 04:02:29)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1038 RES=249 CAL=9 aelm=(2025-04-02 04:02:31)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1050 RES=100 CAL=4 aelm=(2025-04-02 04:02:29)(CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1044 RES=102 CAL=2 aelm=(2025-04-02 04:02:31)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=3039 RES=94 CAL=3 aelm=(2025-04-02 04:02:29)(CPU6)
gD f~) CPU6 NMI=1 PMI=1 LOC=1626 RES=111 CAL=9 aelm=(2025-04-02 04:02:31)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1020 RES=1 CAL=3 aelm=(2025-04-02 04:02:29)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1028 RES=99 CAL=16 aelm=(2025-04-02 04:02:31)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1062 RES=400 CAL=8 aelm=(2025-04-02 04:02:29)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=2016 RES=9 CAL=0 aelm=(2025-04-02 04:02:31)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=3694 RES=22 CAL=4 aelm=(2025-04-02 04:02:29)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=10171 RES=78 CAL=0 aelm=(2025-04-02 04:02:31)(CPU9)
ViennaInts3(ints.3) 12 entries
ViennaInts3(ints.4) 12 entries
DONE PROCESSING gD,`ks~ ints@3 ints@4
gD,`ks~ ints@4 ints@5
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260
INFO -- REGULAR SETOP gD ON VARIABLES ints@4 ints@5
INFO -- SETOP gD ON VARIABLES ints@4 ints@5
There are 2 sets representing: ViennaInts3(ints.4) ViennaInts3(ints.5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1162 RES=34 CAL=4 aelm=(2025-04-02 04:02:31)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1147 RES=4 CAL=0 aelm=(2025-04-02 04:02:32)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1136 RES=181 CAL=16 aelm=(2025-04-02 04:02:31)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1037 RES=66 CAL=2 aelm=(2025-04-02 04:02:32)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU10)
gD f~) CPU10 NMI=1 PMI=1 LOC=1018 RES=77 CAL=0 aelm=(2025-04-02 04:02:31)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1029 RES=31 CAL=8 aelm=(2025-04-02 04:02:32)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1059 RES=88 CAL=4 aelm=(2025-04-02 04:02:31)(CPU11)
gD f~) CPU11 NMI=1 PMI=1 LOC=1029 RES=10 CAL=1 aelm=(2025-04-02 04:02:32)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU2)
gD f~) CPU2 NMI=1 PMI=1 LOC=29827 RES=415 CAL=19 aelm=(2025-04-02 04:02:31)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1085 RES=70 CAL=0 aelm=(2025-04-02 04:02:32)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=4738 RES=91 CAL=6 aelm=(2025-04-02 04:02:31)(CPU3)
gD f~) CPU3 NMI=1 PMI=1 LOC=2621 RES=73 CAL=10 aelm=(2025-04-02 04:02:32)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1038 RES=249 CAL=9 aelm=(2025-04-02 04:02:31)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1013 RES=11 CAL=0 aelm=(2025-04-02 04:02:32)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1044 RES=102 CAL=2 aelm=(2025-04-02 04:02:31)(CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1033 RES=32 CAL=0 aelm=(2025-04-02 04:02:32)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU6)
gD f~) CPU6 NMI=1 PMI=1 LOC=1626 RES=111 CAL=9 aelm=(2025-04-02 04:02:31)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=6 CAL=0 aelm=(2025-04-02 04:02:32)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1028 RES=99 CAL=16 aelm=(2025-04-02 04:02:31)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1055 RES=312 CAL=52 aelm=(2025-04-02 04:02:32)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=2016 RES=9 CAL=0 aelm=(2025-04-02 04:02:31)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1069 RES=40 CAL=0 aelm=(2025-04-02 04:02:32)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=10171 RES=78 CAL=0 aelm=(2025-04-02 04:02:31)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=5883 RES=144 CAL=11 aelm=(2025-04-02 04:02:32)(CPU9)
ViennaInts3(ints.4) 12 entries
ViennaInts3(ints.5) 12 entries
DONE PROCESSING gD,`ks~ ints@4 ints@5
gD,`ks~ ints@5 ints@6
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351
INFO -- REGULAR SETOP gD ON VARIABLES ints@5 ints@6
INFO -- SETOP gD ON VARIABLES ints@5 ints@6
There are 2 sets representing: ViennaInts3(ints.6) ViennaInts3(ints.5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1147 RES=4 CAL=0 aelm=(2025-04-02 04:02:32)(CPU0)
gD f~) CPU0 NMI=1 PMI=1 LOC=1138 RES=13 CAL=4 aelm=(2025-04-02 04:02:33)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1037 RES=66 CAL=2 aelm=(2025-04-02 04:02:32)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1081 RES=424 CAL=11 aelm=(2025-04-02 04:02:33)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1029 RES=31 CAL=8 aelm=(2025-04-02 04:02:32)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=3331 RES=74 CAL=4 aelm=(2025-04-02 04:02:33)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU11)
gD f~) CPU11 NMI=1 PMI=1 LOC=1029 RES=10 CAL=1 aelm=(2025-04-02 04:02:32)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1048 RES=16 CAL=14 aelm=(2025-04-02 04:02:33)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1085 RES=70 CAL=0 aelm=(2025-04-02 04:02:32)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1036 RES=19 CAL=37 aelm=(2025-04-02 04:02:33)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU3)
gD f~) CPU3 NMI=1 PMI=1 LOC=2621 RES=73 CAL=10 aelm=(2025-04-02 04:02:32)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1203 RES=95 CAL=30 aelm=(2025-04-02 04:02:33)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1013 RES=11 CAL=0 aelm=(2025-04-02 04:02:32)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1022 RES=11 CAL=4 aelm=(2025-04-02 04:02:33)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1033 RES=32 CAL=0 aelm=(2025-04-02 04:02:32)(CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1068 RES=102 CAL=2 aelm=(2025-04-02 04:02:33)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=6 CAL=0 aelm=(2025-04-02 04:02:32)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=11 CAL=3 aelm=(2025-04-02 04:02:33)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1055 RES=312 CAL=52 aelm=(2025-04-02 04:02:32)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1097 RES=241 CAL=5 aelm=(2025-04-02 04:02:33)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1069 RES=40 CAL=0 aelm=(2025-04-02 04:02:32)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1026 RES=39 CAL=13 aelm=(2025-04-02 04:02:33)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=5883 RES=144 CAL=11 aelm=(2025-04-02 04:02:32)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=6057 RES=56 CAL=3 aelm=(2025-04-02 04:02:33)(CPU9)
ViennaInts3(ints.6) 12 entries
ViennaInts3(ints.5) 12 entries
DONE PROCESSING gD,`ks~ ints@5 ints@6
gD,`ks~ ints@6 ints@7
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233
INFO -- REGULAR SETOP gD ON VARIABLES ints@6 ints@7
INFO -- SETOP gD ON VARIABLES ints@6 ints@7
There are 2 sets representing: ViennaInts3(ints.7) ViennaInts3(ints.6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU0)
gD f~) CPU0 NMI=1 PMI=1 LOC=1138 RES=13 CAL=4 aelm=(2025-04-02 04:02:33)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1136 RES=22 CAL=1 aelm=(2025-04-02 04:02:34)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1081 RES=424 CAL=11 aelm=(2025-04-02 04:02:33)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1059 RES=80 CAL=1 aelm=(2025-04-02 04:02:34)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=3331 RES=74 CAL=4 aelm=(2025-04-02 04:02:33)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1247 RES=116 CAL=7 aelm=(2025-04-02 04:02:34)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1048 RES=16 CAL=14 aelm=(2025-04-02 04:02:33)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1154 RES=174 CAL=31 aelm=(2025-04-02 04:02:34)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1036 RES=19 CAL=37 aelm=(2025-04-02 04:02:33)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1019 RES=32 CAL=4 aelm=(2025-04-02 04:02:34)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1203 RES=95 CAL=30 aelm=(2025-04-02 04:02:33)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1157 RES=23 CAL=2 aelm=(2025-04-02 04:02:34)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1022 RES=11 CAL=4 aelm=(2025-04-02 04:02:33)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1054 RES=19 CAL=8 aelm=(2025-04-02 04:02:34)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1068 RES=102 CAL=2 aelm=(2025-04-02 04:02:33)(CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1064 RES=55 CAL=2 aelm=(2025-04-02 04:02:34)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=11 CAL=3 aelm=(2025-04-02 04:02:33)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=4 CAL=1 aelm=(2025-04-02 04:02:34)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1097 RES=241 CAL=5 aelm=(2025-04-02 04:02:33)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1092 RES=200 CAL=0 aelm=(2025-04-02 04:02:34)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=1026 RES=39 CAL=13 aelm=(2025-04-02 04:02:33)(CPU8)
gD f~) CPU8 NMI=1 PMI=1 LOC=1062 RES=464 CAL=8 aelm=(2025-04-02 04:02:34)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=6057 RES=56 CAL=3 aelm=(2025-04-02 04:02:33)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=3561 RES=32 CAL=0 aelm=(2025-04-02 04:02:34)(CPU9)
ViennaInts3(ints.7) 12 entries
ViennaInts3(ints.6) 12 entries
DONE PROCESSING gD,`ks~ ints@6 ints@7
gD,`ks~ ints@7 ints@8
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461
INFO -- REGULAR SETOP gD ON VARIABLES ints@7 ints@8
INFO -- SETOP gD ON VARIABLES ints@7 ints@8
There are 2 sets representing: ViennaInts3(ints.8) ViennaInts3(ints.7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1136 RES=22 CAL=1 aelm=(2025-04-02 04:02:34)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1165 RES=1350 CAL=9 aelm=(2025-04-02 04:02:35)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1059 RES=80 CAL=1 aelm=(2025-04-02 04:02:34)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1097 RES=42 CAL=0 aelm=(2025-04-02 04:02:35)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1247 RES=116 CAL=7 aelm=(2025-04-02 04:02:34)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1052 RES=2 CAL=0 aelm=(2025-04-02 04:02:35)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1154 RES=174 CAL=31 aelm=(2025-04-02 04:02:34)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1134 RES=109 CAL=52 aelm=(2025-04-02 04:02:35)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1019 RES=32 CAL=4 aelm=(2025-04-02 04:02:34)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1036 RES=138 CAL=9 aelm=(2025-04-02 04:02:35)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1157 RES=23 CAL=2 aelm=(2025-04-02 04:02:34)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1195 RES=338 CAL=6 aelm=(2025-04-02 04:02:35)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1054 RES=19 CAL=8 aelm=(2025-04-02 04:02:34)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1085 RES=862 CAL=3 aelm=(2025-04-02 04:02:35)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1064 RES=55 CAL=2 aelm=(2025-04-02 04:02:34)(CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1030 RES=144 CAL=1 aelm=(2025-04-02 04:02:35)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1012 RES=4 CAL=1 aelm=(2025-04-02 04:02:34)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1014 RES=4 CAL=0 aelm=(2025-04-02 04:02:35)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=1092 RES=200 CAL=0 aelm=(2025-04-02 04:02:34)(CPU7)
gD f~) CPU7 NMI=1 PMI=1 LOC=1092 RES=164 CAL=1 aelm=(2025-04-02 04:02:35)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU8)
gD f~) CPU8 NMI=1 PMI=1 LOC=1062 RES=464 CAL=8 aelm=(2025-04-02 04:02:34)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=3137 RES=445 CAL=4 aelm=(2025-04-02 04:02:35)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=3561 RES=32 CAL=0 aelm=(2025-04-02 04:02:34)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=34090 RES=19 CAL=0 aelm=(2025-04-02 04:02:35)(CPU9)
ViennaInts3(ints.8) 12 entries
ViennaInts3(ints.7) 12 entries
DONE PROCESSING gD,`ks~ ints@7 ints@8
gD,`ks~ ints@8 ints@9
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929
INFO -- REGULAR SETOP gD ON VARIABLES ints@8 ints@9
INFO -- SETOP gD ON VARIABLES ints@8 ints@9
There are 2 sets representing: ViennaInts3(ints.9) ViennaInts3(ints.8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1165 RES=1350 CAL=9 aelm=(2025-04-02 04:02:35)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=514 RES=9 CAL=95 aelm=(2025-04-02 04:02:36)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1097 RES=42 CAL=0 aelm=(2025-04-02 04:02:35)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=331 RES=5 CAL=139 aelm=(2025-04-02 04:02:36)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1052 RES=2 CAL=0 aelm=(2025-04-02 04:02:35)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=381 RES=8 CAL=480 aelm=(2025-04-02 04:02:36)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=1134 RES=109 CAL=52 aelm=(2025-04-02 04:02:35)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=372 RES=16 CAL=216 aelm=(2025-04-02 04:02:36)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=1036 RES=138 CAL=9 aelm=(2025-04-02 04:02:35)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=348 RES=8 CAL=314 aelm=(2025-04-02 04:02:36)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1195 RES=338 CAL=6 aelm=(2025-04-02 04:02:35)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=988 RES=5 CAL=475 aelm=(2025-04-02 04:02:36)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=1085 RES=862 CAL=3 aelm=(2025-04-02 04:02:35)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=273 RES=24 CAL=1291 aelm=(2025-04-02 04:02:36)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=1030 RES=144 CAL=1 aelm=(2025-04-02 04:02:35)(CPU5)
gD f~) CPU5 NMI=1 PMI=1 LOC=247 RES=10 CAL=58 aelm=(2025-04-02 04:02:36)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=1014 RES=4 CAL=0 aelm=(2025-04-02 04:02:35)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=143 RES=7 CAL=104 aelm=(2025-04-02 04:02:36)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU7)
gD f~) CPU7 NMI=1 PMI=1 LOC=1092 RES=164 CAL=1 aelm=(2025-04-02 04:02:35)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=260 RES=6 CAL=241 aelm=(2025-04-02 04:02:36)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=3137 RES=445 CAL=4 aelm=(2025-04-02 04:02:35)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=188 RES=20 CAL=1596 aelm=(2025-04-02 04:02:36)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=34090 RES=19 CAL=0 aelm=(2025-04-02 04:02:35)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=4537 RES=5 CAL=22 aelm=(2025-04-02 04:02:36)(CPU9)
ViennaInts3(ints.9) 12 entries
ViennaInts3(ints.8) 12 entries
DONE PROCESSING gD,`ks~ ints@8 ints@9
gD,`ks~ ints@9 ints
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000
INFO -- REGULAR SETOP gD ON VARIABLES ints@9 ints
INFO -- SETOP gD ON VARIABLES ints@9 ints
There are 2 sets representing: ViennaInts3(ints) ViennaInts3(ints.9)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=1196 RES=10 CAL=161 aelm=(2025-04-02 04:02:37)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 LOC=514 RES=9 CAL=95 aelm=(2025-04-02 04:02:36)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=1079 RES=17 CAL=135 aelm=(2025-04-02 04:02:37)(CPU1)
gD f~) CPU1 NMI=0 PMI=0 LOC=331 RES=5 CAL=139 aelm=(2025-04-02 04:02:36)(CPU1)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=1827 RES=0 CAL=60 aelm=(2025-04-02 04:02:37)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 LOC=381 RES=8 CAL=480 aelm=(2025-04-02 04:02:36)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=2538 RES=4 CAL=57 aelm=(2025-04-02 04:02:37)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 LOC=372 RES=16 CAL=216 aelm=(2025-04-02 04:02:36)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=287 RES=4 CAL=35 aelm=(2025-04-02 04:02:37)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 LOC=348 RES=8 CAL=314 aelm=(2025-04-02 04:02:36)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=1009 RES=2 CAL=167 aelm=(2025-04-02 04:02:37)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 LOC=988 RES=5 CAL=475 aelm=(2025-04-02 04:02:36)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=271 RES=3 CAL=22 aelm=(2025-04-02 04:02:37)(CPU4)
gD f~) CPU4 NMI=0 PMI=0 LOC=273 RES=24 CAL=1291 aelm=(2025-04-02 04:02:36)(CPU4)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 LOC=251 RES=4 CAL=39 aelm=(2025-04-02 04:02:37)(CPU5)
gD f~) CPU5 NMI=1 PMI=1 LOC=247 RES=10 CAL=58 aelm=(2025-04-02 04:02:36)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=216 RES=8 CAL=226 aelm=(2025-04-02 04:02:37)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 LOC=143 RES=7 CAL=104 aelm=(2025-04-02 04:02:36)(CPU6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=328 RES=2 CAL=37 aelm=(2025-04-02 04:02:37)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 LOC=260 RES=6 CAL=241 aelm=(2025-04-02 04:02:36)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=116 RES=6 CAL=23 aelm=(2025-04-02 04:02:37)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 LOC=188 RES=20 CAL=1596 aelm=(2025-04-02 04:02:36)(CPU8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=2605 RES=1 CAL=29 aelm=(2025-04-02 04:02:37)(CPU9)
gD f~) CPU9 NMI=0 PMI=0 LOC=4537 RES=5 CAL=22 aelm=(2025-04-02 04:02:36)(CPU9)
ViennaInts3(ints) 12 entries
ViennaInts3(ints.9) 12 entries
DONE PROCESSING gD,`ks~ ints@9 ints
PLAYCHANGES BETWEEN INSTANCES MARKED INCREMENTALLY BY VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
instance var1 instance var2 instance time1 instance time2 delta seconds Selm Changes Changes %
----------------- ----------------- -------------------------- -------------------------- ------------- -------- --------- ----------
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794 1 24 12 50.00%
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700 1 24 12 50.00%
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504 2 24 12 50.00%
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260 1 24 12 50.00%
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351 1 24 12 50.00%
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233 1 24 12 50.00%
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461 1 24 12 50.00%
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929 1 24 12 50.00%
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000 1 24 12 50.00%
HINT -- YOU CAN SET intermittentarc 0 TO PLAY THE OPERATOR ON THE VARIABLE AND ITS LAST ARCHIVED INSTANCE
Total changes=108 State iterations = 9 Total cardinality = 216 Cumulative time = 10 seconds
RATE OF SUBGROUP AND ELEMENT CHANGING ON THE GROUP PURE SYMMETRIC DIFFERENCE PER STATE: 12.00
PERCENT OF SUBGROUP AND ELEMENT CHANGING ON THE GROUP PURE SYMMETRIC DIFFERENCE PER STATE: 5.56 %
PERCENT OF SUBGROUP AND ELEMENT CHANGING ON THE GROUP PURE SYMMETRIC DIFFERENCE OVER TIME: 5.00 %
DONE PROCESSING playchanges ints
ASPL:9 > playsim ints
ABOUT THIS COMMAND:
show rate of dissimilarity in ints
4:3:39 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:10 > playsim ints
INFO // PLAYSIMILARITY BETWEEN INTERMITTENT STATE VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
sim`fflz ints@1 ints@2
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@1 ints@2
INFO -- similarity`fflz BETWEEN ints@1 ints@2
subset1 vs subset2 similarity
ViennaInts3(2.ints@2) | ViennaInts3(1.ints@1) 0.00000
DONE PROCESSING sim`fflz ints@1 ints@2
sim`fflz ints@2 ints@3
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@2 ints@3
INFO -- similarity`fflz BETWEEN ints@2 ints@3
subset1 vs subset2 similarity
ViennaInts3(1.ints@2) | ViennaInts3(2.ints@3) 0.00000
DONE PROCESSING sim`fflz ints@2 ints@3
sim`fflz ints@3 ints@4
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@3 ints@4
INFO -- similarity`fflz BETWEEN ints@3 ints@4
subset1 vs subset2 similarity
ViennaInts3(2.ints@4) | ViennaInts3(1.ints@3) 0.00000
DONE PROCESSING sim`fflz ints@3 ints@4
sim`fflz ints@4 ints@5
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@4 ints@5
INFO -- similarity`fflz BETWEEN ints@4 ints@5
subset1 vs subset2 similarity
ViennaInts3(2.ints@5) | ViennaInts3(1.ints@4) 0.00000
DONE PROCESSING sim`fflz ints@4 ints@5
sim`fflz ints@5 ints@6
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@5 ints@6
INFO -- similarity`fflz BETWEEN ints@5 ints@6
subset1 vs subset2 similarity
ViennaInts3(1.ints@5) | ViennaInts3(2.ints@6) 0.00000
DONE PROCESSING sim`fflz ints@5 ints@6
sim`fflz ints@6 ints@7
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@6 ints@7
INFO -- similarity`fflz BETWEEN ints@6 ints@7
subset1 vs subset2 similarity
ViennaInts3(1.ints@6) | ViennaInts3(2.ints@7) 0.00000
DONE PROCESSING sim`fflz ints@6 ints@7
sim`fflz ints@7 ints@8
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@7 ints@8
INFO -- similarity`fflz BETWEEN ints@7 ints@8
subset1 vs subset2 similarity
ViennaInts3(2.ints@8) | ViennaInts3(1.ints@7) 0.00000
DONE PROCESSING sim`fflz ints@7 ints@8
sim`fflz ints@8 ints@9
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@8 ints@9
INFO -- similarity`fflz BETWEEN ints@8 ints@9
subset1 vs subset2 similarity
ViennaInts3(1.ints@8) | ViennaInts3(2.ints@9) 0.00000
DONE PROCESSING sim`fflz ints@8 ints@9
sim`fflz ints@9 ints
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES ints@9 ints
INFO -- similarity`fflz BETWEEN ints@9 ints
subset1 vs subset2 similarity
ViennaInts3(2.ints) | ViennaInts3(1.ints@9) 0.00000
DONE PROCESSING sim`fflz ints@9 ints
PLAYSIM BETWEEN INSTANCES MARKED INCREMENTALLY BY VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
instance var1 instance var2 instance time1 instance time2 delta seconds similarity change %
----------------- ----------------- -------------------------- -------------------------- ------------- ---------- --------
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794 1 0.00000 100.00%
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700 1 0.00000 100.00%
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504 2 0.00000 100.00%
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260 1 0.00000 100.00%
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351 1 0.00000 100.00%
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233 1 0.00000 100.00%
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461 1 0.00000 100.00%
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929 1 0.00000 100.00%
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000 1 0.00000 100.00%
RATE OF DISSIMARITY CHANGE 90.00 % PER SECOND
DONE PROCESSING playsim ints
ASPL:10 > intermittentarc 1
ABOUT THIS COMMAND:
set intermittence on archived data to 1
4:4:0 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:11 > intermittentarc 1
1
ASPL:11 > playop fU,`ks~ ints
ABOUT THIS COMMAND:
play changes in the elements of ints
4:4:20 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:12 > playop fU,`ks~ ints
INFO // PLAYOP WITH SETOP fU,`ks~ ON VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
fU,`ks~ ints@1 ints@2
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794
INFO -- REGULAR SETOP fU ON VARIABLES ints@1 ints@2
INFO -- SETOP fU ON VARIABLES ints@1 ints@2
There are 2 sets representing: ViennaInts3(ints.2) ViennaInts3(ints.1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=6950 RES=63 CAL=115 aelm=(2025-04-02 04:02:28)(CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1281 RES=11 CAL=183 aelm=(2025-04-02 04:02:27)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1345 RES=109 CAL=63 aelm=(2025-04-02 04:02:28)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=5288 RES=10 CAL=84 aelm=(2025-04-02 04:02:27)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=861 RES=6 CAL=14 aelm=(2025-04-02 04:02:28)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=443 RES=12 CAL=785 aelm=(2025-04-02 04:02:27)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=877 RES=70 CAL=56 aelm=(2025-04-02 04:02:28)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=10032 RES=11 CAL=119 aelm=(2025-04-02 04:02:27)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=894 RES=15 CAL=7 aelm=(2025-04-02 04:02:28)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=4902 RES=10 CAL=529 aelm=(2025-04-02 04:02:27)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=945 RES=169 CAL=28 aelm=(2025-04-02 04:02:28)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=4426 RES=14 CAL=383 aelm=(2025-04-02 04:02:27)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=840 RES=17 CAL=100 aelm=(2025-04-02 04:02:28)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1654 RES=10 CAL=38 aelm=(2025-04-02 04:02:27)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=826 RES=66 CAL=66 aelm=(2025-04-02 04:02:28)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=2325 RES=3 CAL=192 aelm=(2025-04-02 04:02:27)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=2039 RES=124 CAL=2 aelm=(2025-04-02 04:02:28)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=4002 RES=4 CAL=101 aelm=(2025-04-02 04:02:27)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=5405 RES=51 CAL=479 aelm=(2025-04-02 04:02:28)(CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=407 RES=13 CAL=355 aelm=(2025-04-02 04:02:27)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1461 RES=509 CAL=127 aelm=(2025-04-02 04:02:28)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1792 RES=9 CAL=77 aelm=(2025-04-02 04:02:27)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.2) ViennaInts3(ints.1) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=904 RES=19 CAL=89 aelm=(2025-04-02 04:02:28)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=2111 RES=12 CAL=134 aelm=(2025-04-02 04:02:27)(CPU9)
ViennaInts3(ints.2) 12 entries
ViennaInts3(ints.1) 12 entries
DONE PROCESSING fU,`ks~ ints@1 ints@2
fU,`ks~ ints@2 ints@3
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700
INFO -- REGULAR SETOP fU ON VARIABLES ints@2 ints@3
INFO -- SETOP fU ON VARIABLES ints@2 ints@3
There are 2 sets representing: ViennaInts3(ints.3) ViennaInts3(ints.2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=2017 RES=26 CAL=3 aelm=(2025-04-02 04:02:29)(CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=6950 RES=63 CAL=115 aelm=(2025-04-02 04:02:28)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1192 RES=95 CAL=5 aelm=(2025-04-02 04:02:29)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1345 RES=109 CAL=63 aelm=(2025-04-02 04:02:28)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1009 RES=2 CAL=3 aelm=(2025-04-02 04:02:29)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=861 RES=6 CAL=14 aelm=(2025-04-02 04:02:28)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1068 RES=107 CAL=0 aelm=(2025-04-02 04:02:29)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=877 RES=70 CAL=56 aelm=(2025-04-02 04:02:28)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1025 RES=76 CAL=10 aelm=(2025-04-02 04:02:29)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=894 RES=15 CAL=7 aelm=(2025-04-02 04:02:28)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1068 RES=243 CAL=3 aelm=(2025-04-02 04:02:29)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=945 RES=169 CAL=28 aelm=(2025-04-02 04:02:28)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1013 RES=134 CAL=11 aelm=(2025-04-02 04:02:29)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=840 RES=17 CAL=100 aelm=(2025-04-02 04:02:28)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1050 RES=100 CAL=4 aelm=(2025-04-02 04:02:29)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=826 RES=66 CAL=66 aelm=(2025-04-02 04:02:28)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=3039 RES=94 CAL=3 aelm=(2025-04-02 04:02:29)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=2039 RES=124 CAL=2 aelm=(2025-04-02 04:02:28)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1020 RES=1 CAL=3 aelm=(2025-04-02 04:02:29)(CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=5405 RES=51 CAL=479 aelm=(2025-04-02 04:02:28)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1062 RES=400 CAL=8 aelm=(2025-04-02 04:02:29)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1461 RES=509 CAL=127 aelm=(2025-04-02 04:02:28)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.3) ViennaInts3(ints.2) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=3694 RES=22 CAL=4 aelm=(2025-04-02 04:02:29)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=904 RES=19 CAL=89 aelm=(2025-04-02 04:02:28)(CPU9)
ViennaInts3(ints.3) 12 entries
ViennaInts3(ints.2) 12 entries
DONE PROCESSING fU,`ks~ ints@2 ints@3
fU,`ks~ ints@3 ints@4
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504
INFO -- REGULAR SETOP fU ON VARIABLES ints@3 ints@4
INFO -- SETOP fU ON VARIABLES ints@3 ints@4
There are 2 sets representing: ViennaInts3(ints.4) ViennaInts3(ints.3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1162 RES=34 CAL=4 aelm=(2025-04-02 04:02:31)(CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=2017 RES=26 CAL=3 aelm=(2025-04-02 04:02:29)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1136 RES=181 CAL=16 aelm=(2025-04-02 04:02:31)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1192 RES=95 CAL=5 aelm=(2025-04-02 04:02:29)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU10)
fU~) CPU10 NMI=1 PMI=1 LOC=1018 RES=77 CAL=0 aelm=(2025-04-02 04:02:31)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1009 RES=2 CAL=3 aelm=(2025-04-02 04:02:29)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1059 RES=88 CAL=4 aelm=(2025-04-02 04:02:31)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1068 RES=107 CAL=0 aelm=(2025-04-02 04:02:29)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU2)
fU~) CPU2 NMI=1 PMI=1 LOC=29827 RES=415 CAL=19 aelm=(2025-04-02 04:02:31)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1025 RES=76 CAL=10 aelm=(2025-04-02 04:02:29)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=4738 RES=91 CAL=6 aelm=(2025-04-02 04:02:31)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1068 RES=243 CAL=3 aelm=(2025-04-02 04:02:29)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1038 RES=249 CAL=9 aelm=(2025-04-02 04:02:31)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1013 RES=134 CAL=11 aelm=(2025-04-02 04:02:29)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1044 RES=102 CAL=2 aelm=(2025-04-02 04:02:31)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1050 RES=100 CAL=4 aelm=(2025-04-02 04:02:29)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU6)
fU~) CPU6 NMI=1 PMI=1 LOC=1626 RES=111 CAL=9 aelm=(2025-04-02 04:02:31)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=3039 RES=94 CAL=3 aelm=(2025-04-02 04:02:29)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1028 RES=99 CAL=16 aelm=(2025-04-02 04:02:31)(CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1020 RES=1 CAL=3 aelm=(2025-04-02 04:02:29)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=2016 RES=9 CAL=0 aelm=(2025-04-02 04:02:31)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1062 RES=400 CAL=8 aelm=(2025-04-02 04:02:29)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.3) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=10171 RES=78 CAL=0 aelm=(2025-04-02 04:02:31)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=3694 RES=22 CAL=4 aelm=(2025-04-02 04:02:29)(CPU9)
ViennaInts3(ints.4) 12 entries
ViennaInts3(ints.3) 12 entries
DONE PROCESSING fU,`ks~ ints@3 ints@4
fU,`ks~ ints@4 ints@5
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260
INFO -- REGULAR SETOP fU ON VARIABLES ints@4 ints@5
INFO -- SETOP fU ON VARIABLES ints@4 ints@5
There are 2 sets representing: ViennaInts3(ints.4) ViennaInts3(ints.5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1162 RES=34 CAL=4 aelm=(2025-04-02 04:02:31)(CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1147 RES=4 CAL=0 aelm=(2025-04-02 04:02:32)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1136 RES=181 CAL=16 aelm=(2025-04-02 04:02:31)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1037 RES=66 CAL=2 aelm=(2025-04-02 04:02:32)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU10)
fU~) CPU10 NMI=1 PMI=1 LOC=1018 RES=77 CAL=0 aelm=(2025-04-02 04:02:31)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1029 RES=31 CAL=8 aelm=(2025-04-02 04:02:32)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1059 RES=88 CAL=4 aelm=(2025-04-02 04:02:31)(CPU11)
fU~) CPU11 NMI=1 PMI=1 LOC=1029 RES=10 CAL=1 aelm=(2025-04-02 04:02:32)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU2)
fU~) CPU2 NMI=1 PMI=1 LOC=29827 RES=415 CAL=19 aelm=(2025-04-02 04:02:31)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1085 RES=70 CAL=0 aelm=(2025-04-02 04:02:32)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=4738 RES=91 CAL=6 aelm=(2025-04-02 04:02:31)(CPU3)
fU~) CPU3 NMI=1 PMI=1 LOC=2621 RES=73 CAL=10 aelm=(2025-04-02 04:02:32)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1038 RES=249 CAL=9 aelm=(2025-04-02 04:02:31)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1013 RES=11 CAL=0 aelm=(2025-04-02 04:02:32)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1044 RES=102 CAL=2 aelm=(2025-04-02 04:02:31)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1033 RES=32 CAL=0 aelm=(2025-04-02 04:02:32)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU6)
fU~) CPU6 NMI=1 PMI=1 LOC=1626 RES=111 CAL=9 aelm=(2025-04-02 04:02:31)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1012 RES=6 CAL=0 aelm=(2025-04-02 04:02:32)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1028 RES=99 CAL=16 aelm=(2025-04-02 04:02:31)(CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1055 RES=312 CAL=52 aelm=(2025-04-02 04:02:32)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=2016 RES=9 CAL=0 aelm=(2025-04-02 04:02:31)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1069 RES=40 CAL=0 aelm=(2025-04-02 04:02:32)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=10171 RES=78 CAL=0 aelm=(2025-04-02 04:02:31)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=5883 RES=144 CAL=11 aelm=(2025-04-02 04:02:32)(CPU9)
ViennaInts3(ints.4) 12 entries
ViennaInts3(ints.5) 12 entries
DONE PROCESSING fU,`ks~ ints@4 ints@5
fU,`ks~ ints@5 ints@6
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351
INFO -- REGULAR SETOP fU ON VARIABLES ints@5 ints@6
INFO -- SETOP fU ON VARIABLES ints@5 ints@6
There are 2 sets representing: ViennaInts3(ints.5) ViennaInts3(ints.6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1147 RES=4 CAL=0 aelm=(2025-04-02 04:02:32)(CPU0)
fU~) CPU0 NMI=1 PMI=1 LOC=1138 RES=13 CAL=4 aelm=(2025-04-02 04:02:33)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1037 RES=66 CAL=2 aelm=(2025-04-02 04:02:32)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1081 RES=424 CAL=11 aelm=(2025-04-02 04:02:33)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1029 RES=31 CAL=8 aelm=(2025-04-02 04:02:32)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=3331 RES=74 CAL=4 aelm=(2025-04-02 04:02:33)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU11)
fU~) CPU11 NMI=1 PMI=1 LOC=1029 RES=10 CAL=1 aelm=(2025-04-02 04:02:32)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1048 RES=16 CAL=14 aelm=(2025-04-02 04:02:33)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1085 RES=70 CAL=0 aelm=(2025-04-02 04:02:32)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1036 RES=19 CAL=37 aelm=(2025-04-02 04:02:33)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU3)
fU~) CPU3 NMI=1 PMI=1 LOC=2621 RES=73 CAL=10 aelm=(2025-04-02 04:02:32)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1203 RES=95 CAL=30 aelm=(2025-04-02 04:02:33)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1013 RES=11 CAL=0 aelm=(2025-04-02 04:02:32)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1022 RES=11 CAL=4 aelm=(2025-04-02 04:02:33)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1033 RES=32 CAL=0 aelm=(2025-04-02 04:02:32)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1068 RES=102 CAL=2 aelm=(2025-04-02 04:02:33)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1012 RES=6 CAL=0 aelm=(2025-04-02 04:02:32)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1012 RES=11 CAL=3 aelm=(2025-04-02 04:02:33)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1055 RES=312 CAL=52 aelm=(2025-04-02 04:02:32)(CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1097 RES=241 CAL=5 aelm=(2025-04-02 04:02:33)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1069 RES=40 CAL=0 aelm=(2025-04-02 04:02:32)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1026 RES=39 CAL=13 aelm=(2025-04-02 04:02:33)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=5883 RES=144 CAL=11 aelm=(2025-04-02 04:02:32)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=6057 RES=56 CAL=3 aelm=(2025-04-02 04:02:33)(CPU9)
ViennaInts3(ints.5) 12 entries
ViennaInts3(ints.6) 12 entries
DONE PROCESSING fU,`ks~ ints@5 ints@6
fU,`ks~ ints@6 ints@7
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233
INFO -- REGULAR SETOP fU ON VARIABLES ints@6 ints@7
INFO -- SETOP fU ON VARIABLES ints@6 ints@7
There are 2 sets representing: ViennaInts3(ints.7) ViennaInts3(ints.6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1136 RES=22 CAL=1 aelm=(2025-04-02 04:02:34)(CPU0)
fU~) CPU0 NMI=1 PMI=1 LOC=1138 RES=13 CAL=4 aelm=(2025-04-02 04:02:33)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1059 RES=80 CAL=1 aelm=(2025-04-02 04:02:34)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1081 RES=424 CAL=11 aelm=(2025-04-02 04:02:33)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1247 RES=116 CAL=7 aelm=(2025-04-02 04:02:34)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=3331 RES=74 CAL=4 aelm=(2025-04-02 04:02:33)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1154 RES=174 CAL=31 aelm=(2025-04-02 04:02:34)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1048 RES=16 CAL=14 aelm=(2025-04-02 04:02:33)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1019 RES=32 CAL=4 aelm=(2025-04-02 04:02:34)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1036 RES=19 CAL=37 aelm=(2025-04-02 04:02:33)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1157 RES=23 CAL=2 aelm=(2025-04-02 04:02:34)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1203 RES=95 CAL=30 aelm=(2025-04-02 04:02:33)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1054 RES=19 CAL=8 aelm=(2025-04-02 04:02:34)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1022 RES=11 CAL=4 aelm=(2025-04-02 04:02:33)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1064 RES=55 CAL=2 aelm=(2025-04-02 04:02:34)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1068 RES=102 CAL=2 aelm=(2025-04-02 04:02:33)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1012 RES=4 CAL=1 aelm=(2025-04-02 04:02:34)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1012 RES=11 CAL=3 aelm=(2025-04-02 04:02:33)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1092 RES=200 CAL=0 aelm=(2025-04-02 04:02:34)(CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1097 RES=241 CAL=5 aelm=(2025-04-02 04:02:33)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU8)
fU~) CPU8 NMI=1 PMI=1 LOC=1062 RES=464 CAL=8 aelm=(2025-04-02 04:02:34)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=1026 RES=39 CAL=13 aelm=(2025-04-02 04:02:33)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.6) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=3561 RES=32 CAL=0 aelm=(2025-04-02 04:02:34)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=6057 RES=56 CAL=3 aelm=(2025-04-02 04:02:33)(CPU9)
ViennaInts3(ints.7) 12 entries
ViennaInts3(ints.6) 12 entries
DONE PROCESSING fU,`ks~ ints@6 ints@7
fU,`ks~ ints@7 ints@8
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461
INFO -- REGULAR SETOP fU ON VARIABLES ints@7 ints@8
INFO -- SETOP fU ON VARIABLES ints@7 ints@8
There are 2 sets representing: ViennaInts3(ints.7) ViennaInts3(ints.8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1136 RES=22 CAL=1 aelm=(2025-04-02 04:02:34)(CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1165 RES=1350 CAL=9 aelm=(2025-04-02 04:02:35)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1059 RES=80 CAL=1 aelm=(2025-04-02 04:02:34)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1097 RES=42 CAL=0 aelm=(2025-04-02 04:02:35)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1247 RES=116 CAL=7 aelm=(2025-04-02 04:02:34)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1052 RES=2 CAL=0 aelm=(2025-04-02 04:02:35)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1154 RES=174 CAL=31 aelm=(2025-04-02 04:02:34)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1134 RES=109 CAL=52 aelm=(2025-04-02 04:02:35)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1019 RES=32 CAL=4 aelm=(2025-04-02 04:02:34)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1036 RES=138 CAL=9 aelm=(2025-04-02 04:02:35)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1157 RES=23 CAL=2 aelm=(2025-04-02 04:02:34)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1195 RES=338 CAL=6 aelm=(2025-04-02 04:02:35)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1054 RES=19 CAL=8 aelm=(2025-04-02 04:02:34)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1085 RES=862 CAL=3 aelm=(2025-04-02 04:02:35)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1064 RES=55 CAL=2 aelm=(2025-04-02 04:02:34)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1030 RES=144 CAL=1 aelm=(2025-04-02 04:02:35)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1012 RES=4 CAL=1 aelm=(2025-04-02 04:02:34)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1014 RES=4 CAL=0 aelm=(2025-04-02 04:02:35)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=1092 RES=200 CAL=0 aelm=(2025-04-02 04:02:34)(CPU7)
fU~) CPU7 NMI=1 PMI=1 LOC=1092 RES=164 CAL=1 aelm=(2025-04-02 04:02:35)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU8)
fU~) CPU8 NMI=1 PMI=1 LOC=1062 RES=464 CAL=8 aelm=(2025-04-02 04:02:34)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=3137 RES=445 CAL=4 aelm=(2025-04-02 04:02:35)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=3561 RES=32 CAL=0 aelm=(2025-04-02 04:02:34)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=34090 RES=19 CAL=0 aelm=(2025-04-02 04:02:35)(CPU9)
ViennaInts3(ints.7) 12 entries
ViennaInts3(ints.8) 12 entries
DONE PROCESSING fU,`ks~ ints@7 ints@8
fU,`ks~ ints@8 ints@9
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929
INFO -- REGULAR SETOP fU ON VARIABLES ints@8 ints@9
INFO -- SETOP fU ON VARIABLES ints@8 ints@9
There are 2 sets representing: ViennaInts3(ints.9) ViennaInts3(ints.8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=514 RES=9 CAL=95 aelm=(2025-04-02 04:02:36)(CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1165 RES=1350 CAL=9 aelm=(2025-04-02 04:02:35)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=331 RES=5 CAL=139 aelm=(2025-04-02 04:02:36)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1097 RES=42 CAL=0 aelm=(2025-04-02 04:02:35)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=381 RES=8 CAL=480 aelm=(2025-04-02 04:02:36)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1052 RES=2 CAL=0 aelm=(2025-04-02 04:02:35)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=372 RES=16 CAL=216 aelm=(2025-04-02 04:02:36)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=1134 RES=109 CAL=52 aelm=(2025-04-02 04:02:35)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=348 RES=8 CAL=314 aelm=(2025-04-02 04:02:36)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=1036 RES=138 CAL=9 aelm=(2025-04-02 04:02:35)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=988 RES=5 CAL=475 aelm=(2025-04-02 04:02:36)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1195 RES=338 CAL=6 aelm=(2025-04-02 04:02:35)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=273 RES=24 CAL=1291 aelm=(2025-04-02 04:02:36)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=1085 RES=862 CAL=3 aelm=(2025-04-02 04:02:35)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU5)
fU~) CPU5 NMI=1 PMI=1 LOC=247 RES=10 CAL=58 aelm=(2025-04-02 04:02:36)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=1030 RES=144 CAL=1 aelm=(2025-04-02 04:02:35)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=143 RES=7 CAL=104 aelm=(2025-04-02 04:02:36)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=1014 RES=4 CAL=0 aelm=(2025-04-02 04:02:35)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=260 RES=6 CAL=241 aelm=(2025-04-02 04:02:36)(CPU7)
fU~) CPU7 NMI=1 PMI=1 LOC=1092 RES=164 CAL=1 aelm=(2025-04-02 04:02:35)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=188 RES=20 CAL=1596 aelm=(2025-04-02 04:02:36)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=3137 RES=445 CAL=4 aelm=(2025-04-02 04:02:35)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints.8) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=4537 RES=5 CAL=22 aelm=(2025-04-02 04:02:36)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=34090 RES=19 CAL=0 aelm=(2025-04-02 04:02:35)(CPU9)
ViennaInts3(ints.9) 12 entries
ViennaInts3(ints.8) 12 entries
DONE PROCESSING fU,`ks~ ints@8 ints@9
fU,`ks~ ints@9 ints
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000
INFO -- REGULAR SETOP fU ON VARIABLES ints@9 ints
INFO -- SETOP fU ON VARIABLES ints@9 ints
There are 2 sets representing: ViennaInts3(ints.9) ViennaInts3(ints)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=514 RES=9 CAL=95 aelm=(2025-04-02 04:02:36)(CPU0)
fU~) CPU0 NMI=0 PMI=0 LOC=1196 RES=10 CAL=161 aelm=(2025-04-02 04:02:37)(CPU0)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=331 RES=5 CAL=139 aelm=(2025-04-02 04:02:36)(CPU1)
fU~) CPU1 NMI=0 PMI=0 LOC=1079 RES=17 CAL=135 aelm=(2025-04-02 04:02:37)(CPU1)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=381 RES=8 CAL=480 aelm=(2025-04-02 04:02:36)(CPU10)
fU~) CPU10 NMI=0 PMI=0 LOC=1827 RES=0 CAL=60 aelm=(2025-04-02 04:02:37)(CPU10)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=372 RES=16 CAL=216 aelm=(2025-04-02 04:02:36)(CPU11)
fU~) CPU11 NMI=0 PMI=0 LOC=2538 RES=4 CAL=57 aelm=(2025-04-02 04:02:37)(CPU11)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=348 RES=8 CAL=314 aelm=(2025-04-02 04:02:36)(CPU2)
fU~) CPU2 NMI=0 PMI=0 LOC=287 RES=4 CAL=35 aelm=(2025-04-02 04:02:37)(CPU2)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=988 RES=5 CAL=475 aelm=(2025-04-02 04:02:36)(CPU3)
fU~) CPU3 NMI=0 PMI=0 LOC=1009 RES=2 CAL=167 aelm=(2025-04-02 04:02:37)(CPU3)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=273 RES=24 CAL=1291 aelm=(2025-04-02 04:02:36)(CPU4)
fU~) CPU4 NMI=0 PMI=0 LOC=271 RES=3 CAL=22 aelm=(2025-04-02 04:02:37)(CPU4)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU5)
fU~) CPU5 NMI=1 PMI=1 LOC=247 RES=10 CAL=58 aelm=(2025-04-02 04:02:36)(CPU5)
fU~) CPU5 NMI=0 PMI=0 LOC=251 RES=4 CAL=39 aelm=(2025-04-02 04:02:37)(CPU5)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=143 RES=7 CAL=104 aelm=(2025-04-02 04:02:36)(CPU6)
fU~) CPU6 NMI=0 PMI=0 LOC=216 RES=8 CAL=226 aelm=(2025-04-02 04:02:37)(CPU6)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=260 RES=6 CAL=241 aelm=(2025-04-02 04:02:36)(CPU7)
fU~) CPU7 NMI=0 PMI=0 LOC=328 RES=2 CAL=37 aelm=(2025-04-02 04:02:37)(CPU7)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=188 RES=20 CAL=1596 aelm=(2025-04-02 04:02:36)(CPU8)
fU~) CPU8 NMI=0 PMI=0 LOC=116 RES=6 CAL=23 aelm=(2025-04-02 04:02:37)(CPU8)
** fU:f!=) -- CHANGED F) fl'changed pL ViennaInts3(ints.9) ViennaInts3(ints) (<Core/> / CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=4537 RES=5 CAL=22 aelm=(2025-04-02 04:02:36)(CPU9)
fU~) CPU9 NMI=0 PMI=0 LOC=2605 RES=1 CAL=29 aelm=(2025-04-02 04:02:37)(CPU9)
ViennaInts3(ints.9) 12 entries
ViennaInts3(ints) 12 entries
DONE PROCESSING fU,`ks~ ints@9 ints
PLAYOP BETWEEN INSTANCES MARKED INCREMENTALLY BY VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
instance var1 instance var2 instance time1 instance time2 delta seconds
----------------- ----------------- -------------------------- -------------------------- -------------
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794 1
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700 1
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504 2
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260 1
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351 1
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233 1
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461 1
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929 1
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000 1
HINT -- YOU CAN SET intermittentarc 0 TO PLAYOP fU,`ks~ ON THE VARIABLE TO ITS LAST ARCHIVED INSTANCE
DONE PROCESSING playop fU,`ks~ ints
ASPL:12 > ks NMI PMI aelm
ABOUT THIS COMMAND:
set ks to NMI PMI aelm
4:4:39 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:13 > ks NMI PMI aelm
aStat = NMI PMI aelm
bStat = NMI PMI aelm
ASPL:13 > playchanges ints
ABOUT THIS COMMAND:
show changes and rate of change in ints
4:4:45 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:14 > playchanges ints
INFO // PLAYCHANGES USING IMPLIED SETOP gD,`ks~ ON EXPANDED VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
gD,`ks~ ints@1 ints@2
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794
INFO -- REGULAR SETOP gD ON VARIABLES ints@1 ints@2
INFO -- SETOP gD ON VARIABLES ints@1 ints@2
There are 0 sets representing:
DONE PROCESSING gD,`ks~ ints@1 ints@2
gD,`ks~ ints@2 ints@3
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700
INFO -- REGULAR SETOP gD ON VARIABLES ints@2 ints@3
INFO -- SETOP gD ON VARIABLES ints@2 ints@3
There are 0 sets representing:
DONE PROCESSING gD,`ks~ ints@2 ints@3
gD,`ks~ ints@3 ints@4
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504
INFO -- REGULAR SETOP gD ON VARIABLES ints@3 ints@4
INFO -- SETOP gD ON VARIABLES ints@3 ints@4
There are 2 sets representing: ViennaInts3(ints.4) ViennaInts3(ints.3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU10)
gD f~) CPU10 NMI=0 PMI=0 aelm=(2025-04-02 04:02:29)(CPU10)
gD f~) CPU10 NMI=1 PMI=1 aelm=(2025-04-02 04:02:31)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU2)
gD f~) CPU2 NMI=0 PMI=0 aelm=(2025-04-02 04:02:29)(CPU2)
gD f~) CPU2 NMI=1 PMI=1 aelm=(2025-04-02 04:02:31)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.3) ViennaInts3(ints.4) (<Core/> / CPU6)
gD f~) CPU6 NMI=0 PMI=0 aelm=(2025-04-02 04:02:29)(CPU6)
gD f~) CPU6 NMI=1 PMI=1 aelm=(2025-04-02 04:02:31)(CPU6)
ViennaInts3(ints.4) 3 entries
ViennaInts3(ints.3) 3 entries
DONE PROCESSING gD,`ks~ ints@3 ints@4
gD,`ks~ ints@4 ints@5
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260
INFO -- REGULAR SETOP gD ON VARIABLES ints@4 ints@5
INFO -- SETOP gD ON VARIABLES ints@4 ints@5
There are 2 sets representing: ViennaInts3(ints.4) ViennaInts3(ints.5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU10)
gD f~) CPU10 NMI=1 PMI=1 aelm=(2025-04-02 04:02:31)(CPU10)
gD f~) CPU10 NMI=0 PMI=0 aelm=(2025-04-02 04:02:32)(CPU10)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU11)
gD f~) CPU11 NMI=0 PMI=0 aelm=(2025-04-02 04:02:31)(CPU11)
gD f~) CPU11 NMI=1 PMI=1 aelm=(2025-04-02 04:02:32)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU2)
gD f~) CPU2 NMI=1 PMI=1 aelm=(2025-04-02 04:02:31)(CPU2)
gD f~) CPU2 NMI=0 PMI=0 aelm=(2025-04-02 04:02:32)(CPU2)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU3)
gD f~) CPU3 NMI=0 PMI=0 aelm=(2025-04-02 04:02:31)(CPU3)
gD f~) CPU3 NMI=1 PMI=1 aelm=(2025-04-02 04:02:32)(CPU3)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.4) ViennaInts3(ints.5) (<Core/> / CPU6)
gD f~) CPU6 NMI=1 PMI=1 aelm=(2025-04-02 04:02:31)(CPU6)
gD f~) CPU6 NMI=0 PMI=0 aelm=(2025-04-02 04:02:32)(CPU6)
ViennaInts3(ints.4) 5 entries
ViennaInts3(ints.5) 5 entries
DONE PROCESSING gD,`ks~ ints@4 ints@5
gD,`ks~ ints@5 ints@6
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351
INFO -- REGULAR SETOP gD ON VARIABLES ints@5 ints@6
INFO -- SETOP gD ON VARIABLES ints@5 ints@6
There are 2 sets representing: ViennaInts3(ints.6) ViennaInts3(ints.5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU0)
gD f~) CPU0 NMI=0 PMI=0 aelm=(2025-04-02 04:02:32)(CPU0)
gD f~) CPU0 NMI=1 PMI=1 aelm=(2025-04-02 04:02:33)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU11)
gD f~) CPU11 NMI=1 PMI=1 aelm=(2025-04-02 04:02:32)(CPU11)
gD f~) CPU11 NMI=0 PMI=0 aelm=(2025-04-02 04:02:33)(CPU11)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.5) ViennaInts3(ints.6) (<Core/> / CPU3)
gD f~) CPU3 NMI=1 PMI=1 aelm=(2025-04-02 04:02:32)(CPU3)
gD f~) CPU3 NMI=0 PMI=0 aelm=(2025-04-02 04:02:33)(CPU3)
ViennaInts3(ints.6) 3 entries
ViennaInts3(ints.5) 3 entries
DONE PROCESSING gD,`ks~ ints@5 ints@6
gD,`ks~ ints@6 ints@7
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233
INFO -- REGULAR SETOP gD ON VARIABLES ints@6 ints@7
INFO -- SETOP gD ON VARIABLES ints@6 ints@7
There are 2 sets representing: ViennaInts3(ints.7) ViennaInts3(ints.6)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU0)
gD f~) CPU0 NMI=1 PMI=1 aelm=(2025-04-02 04:02:33)(CPU0)
gD f~) CPU0 NMI=0 PMI=0 aelm=(2025-04-02 04:02:34)(CPU0)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.6) ViennaInts3(ints.7) (<Core/> / CPU8)
gD f~) CPU8 NMI=0 PMI=0 aelm=(2025-04-02 04:02:33)(CPU8)
gD f~) CPU8 NMI=1 PMI=1 aelm=(2025-04-02 04:02:34)(CPU8)
ViennaInts3(ints.7) 2 entries
ViennaInts3(ints.6) 2 entries
DONE PROCESSING gD,`ks~ ints@6 ints@7
gD,`ks~ ints@7 ints@8
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461
INFO -- REGULAR SETOP gD ON VARIABLES ints@7 ints@8
INFO -- SETOP gD ON VARIABLES ints@7 ints@8
There are 2 sets representing: ViennaInts3(ints.8) ViennaInts3(ints.7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU7)
gD f~) CPU7 NMI=0 PMI=0 aelm=(2025-04-02 04:02:34)(CPU7)
gD f~) CPU7 NMI=1 PMI=1 aelm=(2025-04-02 04:02:35)(CPU7)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.7) ViennaInts3(ints.8) (<Core/> / CPU8)
gD f~) CPU8 NMI=1 PMI=1 aelm=(2025-04-02 04:02:34)(CPU8)
gD f~) CPU8 NMI=0 PMI=0 aelm=(2025-04-02 04:02:35)(CPU8)
ViennaInts3(ints.8) 2 entries
ViennaInts3(ints.7) 2 entries
DONE PROCESSING gD,`ks~ ints@7 ints@8
gD,`ks~ ints@8 ints@9
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929
INFO -- REGULAR SETOP gD ON VARIABLES ints@8 ints@9
INFO -- SETOP gD ON VARIABLES ints@8 ints@9
There are 2 sets representing: ViennaInts3(ints.9) ViennaInts3(ints.8)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 aelm=(2025-04-02 04:02:35)(CPU5)
gD f~) CPU5 NMI=1 PMI=1 aelm=(2025-04-02 04:02:36)(CPU5)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints.8) ViennaInts3(ints.9) (<Core/> / CPU7)
gD f~) CPU7 NMI=1 PMI=1 aelm=(2025-04-02 04:02:35)(CPU7)
gD f~) CPU7 NMI=0 PMI=0 aelm=(2025-04-02 04:02:36)(CPU7)
ViennaInts3(ints.9) 2 entries
ViennaInts3(ints.8) 2 entries
DONE PROCESSING gD,`ks~ ints@8 ints@9
gD,`ks~ ints@9 ints
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000
INFO -- REGULAR SETOP gD ON VARIABLES ints@9 ints
INFO -- SETOP gD ON VARIABLES ints@9 ints
There are 2 sets representing: ViennaInts3(ints.9) ViennaInts3(ints)
** gD:f!=) ** CHANGED F) fl changed pL ViennaInts3(ints) ViennaInts3(ints.9) (<Core/> / CPU5)
gD f~) CPU5 NMI=0 PMI=0 aelm=(2025-04-02 04:02:37)(CPU5)
gD f~) CPU5 NMI=1 PMI=1 aelm=(2025-04-02 04:02:36)(CPU5)
ViennaInts3(ints.9) 1 entries
ViennaInts3(ints) 1 entries
DONE PROCESSING gD,`ks~ ints@9 ints
PLAYCHANGES BETWEEN INSTANCES MARKED INCREMENTALLY BY VARIABLES ints@1 ints@2 ints@3 ints@4 ints@5 ints@6 ints@7 ints@8 ints@9 ints
instance var1 instance var2 instance time1 instance time2 delta seconds Selm Changes Changes %
----------------- ----------------- -------------------------- -------------------------- ------------- -------- --------- ----------
ints@1 ints@2 2025-04-02 04:02:27.871682 2025-04-02 04:02:28.944794 1 24 0 0.00%
ints@2 ints@3 2025-04-02 04:02:28.944794 2025-04-02 04:02:29.991700 1 24 0 0.00%
ints@3 ints@4 2025-04-02 04:02:29.991700 2025-04-02 04:02:31.040504 2 24 3 12.50%
ints@4 ints@5 2025-04-02 04:02:31.040504 2025-04-02 04:02:32.088260 1 24 5 20.83%
ints@5 ints@6 2025-04-02 04:02:32.088260 2025-04-02 04:02:33.135351 1 24 3 12.50%
ints@6 ints@7 2025-04-02 04:02:33.135351 2025-04-02 04:02:34.180233 1 24 2 8.33%
ints@7 ints@8 2025-04-02 04:02:34.180233 2025-04-02 04:02:35.232461 1 24 2 8.33%
ints@8 ints@9 2025-04-02 04:02:35.232461 2025-04-02 04:02:36.274929 1 24 2 8.33%
ints@9 ints 2025-04-02 04:02:36.274929 2025-04-02 04:02:37.314000 1 24 1 4.17%
HINT -- YOU CAN SET intermittentarc 0 TO PLAY THE OPERATOR ON THE VARIABLE AND ITS LAST ARCHIVED INSTANCE
Total changes=18 State iterations = 9 Total cardinality = 216 Cumulative time = 10 seconds
RATE OF SUBGROUP AND ELEMENT CHANGING ON THE GROUP PURE SYMMETRIC DIFFERENCE PER STATE: 2.00
PERCENT OF SUBGROUP AND ELEMENT CHANGING ON THE GROUP PURE SYMMETRIC DIFFERENCE PER STATE: 0.93 %
PERCENT OF SUBGROUP AND ELEMENT CHANGING ON THE GROUP PURE SYMMETRIC DIFFERENCE OVER TIME: 0.83 %
DONE PROCESSING playchanges ints
ASPL:14 > bye
ABOUT THIS COMMAND:
4:4:50 root@vienna /public/teeaspl/ASPLCMD_SYSINTERRUPTS aspl:15 > bye
SAVING SYSINTERRUPTS. so long..