load monitor stuff

[deadlykitten]

all this starts at post28 ...

i have entered parameters area and set " number of avg. load monitor value collection " to 80, and after i used auto-set to get some values

i changed to monitoring and i have attached the effort diagram .... it obvious that recorded efforts are way too much ...

[deadlykitten]

hello, i have an issue with load monitoring : after "autoset", i got 10 11 12 ... however, when changing to " monitoring ", machine stops before cutting ... to avoid this :
.... i raised imune time from 0.4 to 0.8 > nothing
.... i changed limits from 10 11 12 to 18 18 19 ...

why does machine stops in air, before cutting, on values delivered by " autoset " ?

i removed load monitor at proces start, because of the " drop effort curve ", so there is no monitoring on first 5mm

i set " number of avg. load monitor value collection = 4" and o declare load monitor limits : 11 11 11

machine cuts without stopping this time ... however :

.... let's hope that nothing happens on 1st cut, because there is no monitoring, and material crust is hard, and tool is long and vibrates when engaging the material

.... changing this parameter " number of avg. load monitor value collection " worked, but i don't like the way it works; machine should check at specific intervals, and not by " average number of checks "

.... that " drop effort curve " is still a mistery for me

.... i attached the diagram for the ISO code; monitoring is missing for 1st cut ... is interesting that now, there is no " drop effort curve "

[deadlykitten]

i manage to " monitor 1st cut " and also get rid of " drop effort curve " ( atached diagram )

on the other side, i think i got only 4 load checks during cutting 5mm, because " number of avg. load monitor value collection = 4 " ( nalmvc )

i don't know exactly what this "nalmvc" does ... in this case, 4 checks are done where ? anyone into this ?

i will be back with data about this ... so far i can say that the " drop effort curve " :
.... influences " 1st cut monitor values "
.... it can be delayed
.... it depends on turret position before coming at process start point
.... it depends on aproach speed
.... it drastically influences " autoset values " when tools are little

it's a mess ... i hope to put it back clear

[deadlykitten]

hello, after damaging some tools, and after trials, i can say that there is a particular aspect when monitoring a groove insert

in image 1 is effort diagram for code generated by igf

G270
CLEAR
DRAW
N0001 M216
N0002 G00 X500 Z200
N0003 G50 S2000
NAT09
N0100 VLMON[1]=1
N0101 G97 S997 M42 M03 M08
N0102 G00 X65 Z-29.4 T090909
N0103 G73 X5 Z-29.4 D5 L100 F0.072 E0.12
N0104 VLMON[1]=0
N0105 M05 M09
N0106 G00 X500 Z200 T0900
N0107 M215
N0108 M02

in image 2 is effort diagram for iso code

OS02

V2 = 0.09*0.8    ( f )

 G00 X190-VETFX Z220-VETFZ
T090909 M66

  G97 S750 M03 M08
  G00 X65 Z=VSIOZ
  G01     Z-26.3-3.1 F8000 G94

  G04 F2

    VLMON[1]=1
G01 X55        F0.067 G95
    VLMON[1]=0
    X=VSIOX+0.6

    X=VSIOX+2
G97 S1000 M03 M08

CALL OQ02 V3=50
CALL OQ02 V3=45
CALL OQ02 V3=40
CALL OQ02 V3=35
CALL OQ02 V3=30
CALL OQ02 V3=25
CALL OQ02 V3=20
CALL OQ02 V3=15
CALL OQ02 V3=10
CALL OQ02 V3=5
CALL OQ02 V3=3

G00 X65

M05 M09

G00 X375-VETFX Z220-VETFZ

RTS

OQ02

    VLMON[1]=1
G01 X=V3 F=V2 G95
    VLMON[1]=0
    X=VSIOX+0.6

RTS

in image 1, there is a " drop effort curve ", and values delivered by autoset are way too high

in image 2, there is no " drop effort curve ", and values delivered by autoset are ok; iso code also generates a smooth entrance inside the part, and after the crust is penetrated, cutting specs increase

i think this " drop effort curve " appears because of machine dynamics; it can be avoided by :
...stoping the machine for a while before the cut :
....... press step-by-step and wait
....... or use G04 ...
...changing turret aproach from "diagonal" (X&Z) to "2 axis"(X + Z, or no syncro if you wish)

all this to delay the moment between "turret aproach" and "process start", so there is a window during which, i believe, turret reduces inertia and motors have no more a transit behaviour

window duration depends on :
.... load monitor parameter : nr of average value collection
.... turret approach speed

- this aspect comes into play when values that must be monitorized are low
- also, same load monitor values do not apply if turret has more or less holders on it, so it must be checked each time the setup is started again
- in this case, on G73, auto-set delivered limits to high, and so, is important to know when limits can be trusted or not
- to avoid this check, which is done by inspecting the effort diagram, is required :
...... a function that must ring a bell when cutting value is way much smaller than the load monitor limit
...... a better auto-set function ... kindly !

[deadlykitten]

hello, during autoset, there are recorded several values ... "final limit" is equal with the maximum ? or average ?

i am not sure, but i think is the maximum; if so, this explains why auto-set delivers huge limits on G73

[deadlykitten]

hello, during autoset, there are recorded several values ... "final limit" is equal with the maximum ? or average ?

.... 1 month later ( as in movies ) ....

autoset spams a nr of impulses equal with " number of avg. load monitor value collection ", that can be varied between 4 .. 80

interval is 8msec, so duration of spams is [4-1]*8/1000+4impulses ... [80-1]*8/1000+80impulses = 0.024 .. 0.640 seconds, considering impulses as "instantaneous", thus no duration > at least manuals say so

however, if auto-set is used here :
G0 Z_lot_of_clearance
G1 Z-10 F...

than, cutting length is "lot_of_clearance + 10"; duration for the tool to reach Z0 is >> 0.640, but autoset delivers good " load monitor " limits, so duration of spam is not 0.64, and so, i think that "english text" is wrong translated

so, best thing to do is to watch the effort diagram, at least for 1..2 parts, so to be sure that delivered limits are ok especially on tools that the machine can not feel

huge limits on G73 ...

this happend on different codes, and correcting this involves 1st to detect this behaviour by" effort diagram inspection " or by " tools breaking too much " > this takes time; alternative is " load monitor 2 ", which raises an error if cutting effort is too low, comparing to the base limit

using it inside a cycle, is tricky, because will raise an error, for example during rough turning, when tool goes back to front, to prepare for the next cut

LM2 sesizates inapropiate LM values, while it can not be used into cycles ( at least this is what an Okuma tech center replied )

[deadlykitten]

hello, please, how can i setup LM on mill ? mb66vb, osp300

[deadlykitten]

what kind of monitoring is on the mill :
... if time unit is [ 1 second ] ?
... if there is no 1st & 2nd limit, but 1st or 2nd limit, by choosing alarm A or D ?

what means "alarm A" + "load timer = 1 sec" ? means that after nose breaked, it still goes until timer reaches 1 second ... enough to bend/broke a long tool; well, not always, but may happen

again that "ancient japanese technique" ? or mill operators should be more carefull than lathe operators ?

i guess is better to use the mill only on alarm D ... kindly !

[deadlykitten]

hello about low efforts on liveholders, lb3000ex2 osp3oo : M axis effort for :
... endmill o4 z4, 2500 x 0.08
......... 23 before cutting / rotating free
......... 24 while cutting
... endmill o5 z5, 2500 x 0.10
......... 23 before cutting / rotating free
......... 24 .. 25 while cutting

this endmill sometimes broke, and a few parts will be machined without milling until the operator will see that

i thought of load monitor 2 to handle this case, thus avoid machining incomplete parts

if i put same tool in different liveholders, M axis effort for "rotating free state" will vary, especially for straight / simple holders, because of the coolant tight sleves that create friction on the main arbor

of course, this means updating the base monitoring limits as needed . point

[deadlykitten]

this means updating the base monitoring limits as needed . point

what if this would not be required ?

solution would be :

    safe position
    M110 + turret index + coolant
    approach + M rpm
    CALL O****
    load monitor on for M axis
    cut
    load monitor off
    check wife :)

 ( . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . )

O****

N1  record effort when M is rotating free and consider it as a reference, thus base value
N2  limit 1 = base + 1
N3  limit 2 = base + 2

RTS

any ideas for N1 ?

if this would work, than tool wear charts may be generated, thus lowering costs with tools

also this may help the guy posting this thread : http://www.cnczone.com/forums/okuma/201080-cnc.html

[deadlykitten]

.

[deadlykitten]

thx you are great !

ps : if somehow you have a spare Lamborghini, or something, please, i will be honored

[deadlykitten]

hello again folowing posts will be about messing with LM values : clear / save / load

"clear" is simple > all these variables will be initialized with 0 VLM*B [ arg ] , VLM*1 [ arg ] , VLM*2 [ arg ], where
... * = axis = ( X Z C ... )
... arg = argument = ( 1 .. 64 ) = load monitor variable adress / fied

why clearing the variables ? i don't know ... i erasing contacts from phone agenda ? something like this ...

"save" simple, of course : load monitor variables content saved inside a file

why saving the variables ? so to avoid losing time, by seting (again) load monitor values, next time an existing setup is started

"load" : initialize load monitor variables content with values that proved ok

why loading the variables content ? so to avoid losing time by reading the output content delivered by a "save" procedure, and input it manually

ps : folowing codes are for lb3oooEX2 osp3oo

[deadlykitten]

"clear" code variants; all variants take as initial data the LM adress/field to begin with, and the one where to stop

variant 1
... code is looped

variant 2
... code is linear, thus no loops; it performs faster
... it is a bit diagonal, so to say design issues, nothing else

variant 3
... variant 2 without the "diagonal" effect

variants as 2 & 3 :
... take much more time to write compared to variant 1, but they perform faster; linear code is always faster than looped code
... i generate using excel
... i find them boring a lot ...

    V1 =  1
    V2 = 64

  ( * ) ( reset between V1 and V2 )

    NHERE

      VLMXB [ V1 ] = 0
      VLMX1 [ V1 ] = 0
      VLMX2 [ V1 ] = 0

      VLMZB [ V1 ] = 0
      VLMZ1 [ V1 ] = 0
      VLMZ2 [ V1 ] = 0

      VLMSB [ V1 ] = 0
      VLMS1 [ V1 ] = 0
      VLMS2 [ V1 ] = 0

      VLMCB [ V1 ] = 0
      VLMC1 [ V1 ] = 0
      VLMC2 [ V1 ] = 0

      VLMMB [ V1 ] = 0
      VLMM1 [ V1 ] = 0
      VLMM2 [ V1 ] = 0

      V1 = V1 + 1

    IF [ V1-1 LT V2 ] NHERE

    M02

 VLMXB [ 1 ] = 0
  VLMX1 [ 1 ] = 0
   VLMX2 [ 1 ] = 0

 VLMZB [ 1 ] = 0
  VLMZ1 [ 1 ] = 0
    VLMZ2 [ 1 ] = 0

 VLMSB [ 1 ] = 0
  VLMS1 [ 1 ] = 0
   VLMS2 [ 1 ] = 0

 VLMCB [ 1 ] = 0
  VLMC1 [ 1 ] = 0
   VLMC2 [ 1 ] = 0

 VLMMB [ 1 ] = 0
  VLMM1 [ 1 ] = 0
   VLMM2 [ 1 ] = 0

 VLMXB [ 2 ] = 0
  VLMX1 [ 2 ] = 0
   VLMX2 [ 2 ] = 0

 VLMZB [ 2 ] = 0
  VLMZ1 [ 2 ] = 0
    VLMZ2 [ 2 ] = 0

 VLMSB [ 2 ] = 0
  VLMS1 [ 2 ] = 0
   VLMS2 [ 2 ] = 0

 VLMCB [ 2 ] = 0
  VLMC1 [ 2 ] = 0
   VLMC2 [ 2 ] = 0

 VLMMB [ 2 ] = 0
  VLMM1 [ 2 ] = 0
   VLMM2 [ 2 ] = 0

 VLMXB [ 3 ] = 0
  VLMX1 [ 3 ] = 0
   VLMX2 [ 3 ] = 0

 VLMZB [ 3 ] = 0
  VLMZ1 [ 3 ] = 0
    VLMZ2 [ 3 ] = 0

 VLMSB [ 3 ] = 0
  VLMS1 [ 3 ] = 0
   VLMS2 [ 3 ] = 0

 VLMCB [ 3 ] = 0
  VLMC1 [ 3 ] = 0
   VLMC2 [ 3 ] = 0

 VLMMB [ 3 ] = 0
  VLMM1 [ 3 ] = 0
   VLMM2 [ 3 ] = 0

 VLMXB [ 4 ] = 0
  VLMX1 [ 4 ] = 0
   VLMX2 [ 4 ] = 0

 VLMZB [ 4 ] = 0
  VLMZ1 [ 4 ] = 0
    VLMZ2 [ 4 ] = 0

 VLMSB [ 4 ] = 0
  VLMS1 [ 4 ] = 0
   VLMS2 [ 4 ] = 0

 VLMCB [ 4 ] = 0
  VLMC1 [ 4 ] = 0
   VLMC2 [ 4 ] = 0

 VLMMB [ 4 ] = 0
  VLMM1 [ 4 ] = 0
   VLMM2 [ 4 ] = 0

 VLMXB [ 5 ] = 0
  VLMX1 [ 5 ] = 0
   VLMX2 [ 5 ] = 0

 VLMZB [ 5 ] = 0
  VLMZ1 [ 5 ] = 0
    VLMZ2 [ 5 ] = 0

 VLMSB [ 5 ] = 0
  VLMS1 [ 5 ] = 0
   VLMS2 [ 5 ] = 0

 VLMCB [ 5 ] = 0
  VLMC1 [ 5 ] = 0
   VLMC2 [ 5 ] = 0

 VLMMB [ 5 ] = 0
  VLMM1 [ 5 ] = 0
   VLMM2 [ 5 ] = 0

 VLMXB [ 6 ] = 0
  VLMX1 [ 6 ] = 0
   VLMX2 [ 6 ] = 0

 VLMZB [ 6 ] = 0
  VLMZ1 [ 6 ] = 0
    VLMZ2 [ 6 ] = 0

 VLMSB [ 6 ] = 0
  VLMS1 [ 6 ] = 0
   VLMS2 [ 6 ] = 0

 VLMCB [ 6 ] = 0
  VLMC1 [ 6 ] = 0
   VLMC2 [ 6 ] = 0

 VLMMB [ 6 ] = 0
  VLMM1 [ 6 ] = 0
   VLMM2 [ 6 ] = 0

 VLMXB [ 7 ] = 0
  VLMX1 [ 7 ] = 0
   VLMX2 [ 7 ] = 0

 VLMZB [ 7 ] = 0
  VLMZ1 [ 7 ] = 0
    VLMZ2 [ 7 ] = 0

 VLMSB [ 7 ] = 0
  VLMS1 [ 7 ] = 0
   VLMS2 [ 7 ] = 0

 VLMCB [ 7 ] = 0
  VLMC1 [ 7 ] = 0
   VLMC2 [ 7 ] = 0

 VLMMB [ 7 ] = 0
  VLMM1 [ 7 ] = 0
   VLMM2 [ 7 ] = 0

 VLMXB [ 8 ] = 0
  VLMX1 [ 8 ] = 0
   VLMX2 [ 8 ] = 0

 VLMZB [ 8 ] = 0
  VLMZ1 [ 8 ] = 0
    VLMZ2 [ 8 ] = 0

 VLMSB [ 8 ] = 0
  VLMS1 [ 8 ] = 0
   VLMS2 [ 8 ] = 0

 VLMCB [ 8 ] = 0
  VLMC1 [ 8 ] = 0
   VLMC2 [ 8 ] = 0

 VLMMB [ 8 ] = 0
  VLMM1 [ 8 ] = 0
   VLMM2 [ 8 ] = 0

 VLMXB [ 9 ] = 0
  VLMX1 [ 9 ] = 0
   VLMX2 [ 9 ] = 0

 VLMZB [ 9 ] = 0
  VLMZ1 [ 9 ] = 0
    VLMZ2 [ 9 ] = 0

 VLMSB [ 9 ] = 0
  VLMS1 [ 9 ] = 0
   VLMS2 [ 9 ] = 0

 VLMCB [ 9 ] = 0
  VLMC1 [ 9 ] = 0
   VLMC2 [ 9 ] = 0

 VLMMB [ 9 ] = 0
  VLMM1 [ 9 ] = 0
   VLMM2 [ 9 ] = 0

 VLMXB [ 10 ] = 0
  VLMX1 [ 10 ] = 0
   VLMX2 [ 10 ] = 0

 VLMZB [ 10 ] = 0
  VLMZ1 [ 10 ] = 0
    VLMZ2 [ 10 ] = 0

 VLMSB [ 10 ] = 0
  VLMS1 [ 10 ] = 0
   VLMS2 [ 10 ] = 0

 VLMCB [ 10 ] = 0
  VLMC1 [ 10 ] = 0
   VLMC2 [ 10 ] = 0

 VLMMB [ 10 ] = 0
  VLMM1 [ 10 ] = 0
   VLMM2 [ 10 ] = 0

 VLMXB [ 11 ] = 0
  VLMX1 [ 11 ] = 0
   VLMX2 [ 11 ] = 0

 VLMZB [ 11 ] = 0
  VLMZ1 [ 11 ] = 0
    VLMZ2 [ 11 ] = 0

 VLMSB [ 11 ] = 0
  VLMS1 [ 11 ] = 0
   VLMS2 [ 11 ] = 0

 VLMCB [ 11 ] = 0
  VLMC1 [ 11 ] = 0
   VLMC2 [ 11 ] = 0

 VLMMB [ 11 ] = 0
  VLMM1 [ 11 ] = 0
   VLMM2 [ 11 ] = 0

 VLMXB [ 12 ] = 0
  VLMX1 [ 12 ] = 0
   VLMX2 [ 12 ] = 0

 VLMZB [ 12 ] = 0
  VLMZ1 [ 12 ] = 0
    VLMZ2 [ 12 ] = 0

 VLMSB [ 12 ] = 0
  VLMS1 [ 12 ] = 0
   VLMS2 [ 12 ] = 0

 VLMCB [ 12 ] = 0
  VLMC1 [ 12 ] = 0
   VLMC2 [ 12 ] = 0

 VLMMB [ 12 ] = 0
  VLMM1 [ 12 ] = 0
   VLMM2 [ 12 ] = 0

 VLMXB [ 13 ] = 0
  VLMX1 [ 13 ] = 0
   VLMX2 [ 13 ] = 0

 VLMZB [ 13 ] = 0
  VLMZ1 [ 13 ] = 0
    VLMZ2 [ 13 ] = 0

 VLMSB [ 13 ] = 0
  VLMS1 [ 13 ] = 0
   VLMS2 [ 13 ] = 0

 VLMCB [ 13 ] = 0
  VLMC1 [ 13 ] = 0
   VLMC2 [ 13 ] = 0

 VLMMB [ 13 ] = 0
  VLMM1 [ 13 ] = 0
   VLMM2 [ 13 ] = 0

 VLMXB [ 14 ] = 0
  VLMX1 [ 14 ] = 0
   VLMX2 [ 14 ] = 0

 VLMZB [ 14 ] = 0
  VLMZ1 [ 14 ] = 0
    VLMZ2 [ 14 ] = 0

 VLMSB [ 14 ] = 0
  VLMS1 [ 14 ] = 0
   VLMS2 [ 14 ] = 0

 VLMCB [ 14 ] = 0
  VLMC1 [ 14 ] = 0
   VLMC2 [ 14 ] = 0

 VLMMB [ 14 ] = 0
  VLMM1 [ 14 ] = 0
   VLMM2 [ 14 ] = 0

 VLMXB [ 15 ] = 0
  VLMX1 [ 15 ] = 0
   VLMX2 [ 15 ] = 0

 VLMZB [ 15 ] = 0
  VLMZ1 [ 15 ] = 0
    VLMZ2 [ 15 ] = 0

 VLMSB [ 15 ] = 0
  VLMS1 [ 15 ] = 0
   VLMS2 [ 15 ] = 0

 VLMCB [ 15 ] = 0
  VLMC1 [ 15 ] = 0
   VLMC2 [ 15 ] = 0

 VLMMB [ 15 ] = 0
  VLMM1 [ 15 ] = 0
   VLMM2 [ 15 ] = 0

 VLMXB [ 16 ] = 0
  VLMX1 [ 16 ] = 0
   VLMX2 [ 16 ] = 0

 VLMZB [ 16 ] = 0
  VLMZ1 [ 16 ] = 0
    VLMZ2 [ 16 ] = 0

 VLMSB [ 16 ] = 0
  VLMS1 [ 16 ] = 0
   VLMS2 [ 16 ] = 0

 VLMCB [ 16 ] = 0
  VLMC1 [ 16 ] = 0
   VLMC2 [ 16 ] = 0

 VLMMB [ 16 ] = 0
  VLMM1 [ 16 ] = 0
   VLMM2 [ 16 ] = 0

 VLMXB [ 17 ] = 0
  VLMX1 [ 17 ] = 0
   VLMX2 [ 17 ] = 0

 VLMZB [ 17 ] = 0
  VLMZ1 [ 17 ] = 0
    VLMZ2 [ 17 ] = 0

 VLMSB [ 17 ] = 0
  VLMS1 [ 17 ] = 0
   VLMS2 [ 17 ] = 0

 VLMCB [ 17 ] = 0
  VLMC1 [ 17 ] = 0
   VLMC2 [ 17 ] = 0

 VLMMB [ 17 ] = 0
  VLMM1 [ 17 ] = 0
   VLMM2 [ 17 ] = 0

 VLMXB [ 18 ] = 0
  VLMX1 [ 18 ] = 0
   VLMX2 [ 18 ] = 0

 VLMZB [ 18 ] = 0
  VLMZ1 [ 18 ] = 0
    VLMZ2 [ 18 ] = 0

 VLMSB [ 18 ] = 0
  VLMS1 [ 18 ] = 0
   VLMS2 [ 18 ] = 0

 VLMCB [ 18 ] = 0
  VLMC1 [ 18 ] = 0
   VLMC2 [ 18 ] = 0

 VLMMB [ 18 ] = 0
  VLMM1 [ 18 ] = 0
   VLMM2 [ 18 ] = 0

 VLMXB [ 19 ] = 0
  VLMX1 [ 19 ] = 0
   VLMX2 [ 19 ] = 0

 VLMZB [ 19 ] = 0
  VLMZ1 [ 19 ] = 0
    VLMZ2 [ 19 ] = 0

 VLMSB [ 19 ] = 0
  VLMS1 [ 19 ] = 0
   VLMS2 [ 19 ] = 0

 VLMCB [ 19 ] = 0
  VLMC1 [ 19 ] = 0
   VLMC2 [ 19 ] = 0

 VLMMB [ 19 ] = 0
  VLMM1 [ 19 ] = 0
   VLMM2 [ 19 ] = 0

 VLMXB [ 20 ] = 0
  VLMX1 [ 20 ] = 0
   VLMX2 [ 20 ] = 0

 VLMZB [ 20 ] = 0
  VLMZ1 [ 20 ] = 0
    VLMZ2 [ 20 ] = 0

 VLMSB [ 20 ] = 0
  VLMS1 [ 20 ] = 0
   VLMS2 [ 20 ] = 0

 VLMCB [ 20 ] = 0
  VLMC1 [ 20 ] = 0
   VLMC2 [ 20 ] = 0

 VLMMB [ 20 ] = 0
  VLMM1 [ 20 ] = 0
   VLMM2 [ 20 ] = 0

 VLMXB [ 21 ] = 0
  VLMX1 [ 21 ] = 0
   VLMX2 [ 21 ] = 0

 VLMZB [ 21 ] = 0
  VLMZ1 [ 21 ] = 0
    VLMZ2 [ 21 ] = 0

 VLMSB [ 21 ] = 0
  VLMS1 [ 21 ] = 0
   VLMS2 [ 21 ] = 0

 VLMCB [ 21 ] = 0
  VLMC1 [ 21 ] = 0
   VLMC2 [ 21 ] = 0

 VLMMB [ 21 ] = 0
  VLMM1 [ 21 ] = 0
   VLMM2 [ 21 ] = 0

 VLMXB [ 22 ] = 0
  VLMX1 [ 22 ] = 0
   VLMX2 [ 22 ] = 0

 VLMZB [ 22 ] = 0
  VLMZ1 [ 22 ] = 0
    VLMZ2 [ 22 ] = 0

 VLMSB [ 22 ] = 0
  VLMS1 [ 22 ] = 0
   VLMS2 [ 22 ] = 0

 VLMCB [ 22 ] = 0
  VLMC1 [ 22 ] = 0
   VLMC2 [ 22 ] = 0

 VLMMB [ 22 ] = 0
  VLMM1 [ 22 ] = 0
   VLMM2 [ 22 ] = 0

 VLMXB [ 23 ] = 0
  VLMX1 [ 23 ] = 0
   VLMX2 [ 23 ] = 0

 VLMZB [ 23 ] = 0
  VLMZ1 [ 23 ] = 0
    VLMZ2 [ 23 ] = 0

 VLMSB [ 23 ] = 0
  VLMS1 [ 23 ] = 0
   VLMS2 [ 23 ] = 0

 VLMCB [ 23 ] = 0
  VLMC1 [ 23 ] = 0
   VLMC2 [ 23 ] = 0

 VLMMB [ 23 ] = 0
  VLMM1 [ 23 ] = 0
   VLMM2 [ 23 ] = 0

 VLMXB [ 24 ] = 0
  VLMX1 [ 24 ] = 0
   VLMX2 [ 24 ] = 0

 VLMZB [ 24 ] = 0
  VLMZ1 [ 24 ] = 0
    VLMZ2 [ 24 ] = 0

 VLMSB [ 24 ] = 0
  VLMS1 [ 24 ] = 0
   VLMS2 [ 24 ] = 0

 VLMCB [ 24 ] = 0
  VLMC1 [ 24 ] = 0
   VLMC2 [ 24 ] = 0

 VLMMB [ 24 ] = 0
  VLMM1 [ 24 ] = 0
   VLMM2 [ 24 ] = 0

 VLMXB [ 25 ] = 0
  VLMX1 [ 25 ] = 0
   VLMX2 [ 25 ] = 0

 VLMZB [ 25 ] = 0
  VLMZ1 [ 25 ] = 0
    VLMZ2 [ 25 ] = 0

 VLMSB [ 25 ] = 0
  VLMS1 [ 25 ] = 0
   VLMS2 [ 25 ] = 0

 VLMCB [ 25 ] = 0
  VLMC1 [ 25 ] = 0
   VLMC2 [ 25 ] = 0

 VLMMB [ 25 ] = 0
  VLMM1 [ 25 ] = 0
   VLMM2 [ 25 ] = 0

 VLMXB [ 26 ] = 0
  VLMX1 [ 26 ] = 0
   VLMX2 [ 26 ] = 0

 VLMZB [ 26 ] = 0
  VLMZ1 [ 26 ] = 0
    VLMZ2 [ 26 ] = 0

 VLMSB [ 26 ] = 0
  VLMS1 [ 26 ] = 0
   VLMS2 [ 26 ] = 0

 VLMCB [ 26 ] = 0
  VLMC1 [ 26 ] = 0
   VLMC2 [ 26 ] = 0

 VLMMB [ 26 ] = 0
  VLMM1 [ 26 ] = 0
   VLMM2 [ 26 ] = 0

 VLMXB [ 27 ] = 0
  VLMX1 [ 27 ] = 0
   VLMX2 [ 27 ] = 0

 VLMZB [ 27 ] = 0
  VLMZ1 [ 27 ] = 0
    VLMZ2 [ 27 ] = 0

 VLMSB [ 27 ] = 0
  VLMS1 [ 27 ] = 0
   VLMS2 [ 27 ] = 0

 VLMCB [ 27 ] = 0
  VLMC1 [ 27 ] = 0
   VLMC2 [ 27 ] = 0

 VLMMB [ 27 ] = 0
  VLMM1 [ 27 ] = 0
   VLMM2 [ 27 ] = 0

 VLMXB [ 28 ] = 0
  VLMX1 [ 28 ] = 0
   VLMX2 [ 28 ] = 0

 VLMZB [ 28 ] = 0
  VLMZ1 [ 28 ] = 0
    VLMZ2 [ 28 ] = 0

 VLMSB [ 28 ] = 0
  VLMS1 [ 28 ] = 0
   VLMS2 [ 28 ] = 0

 VLMCB [ 28 ] = 0
  VLMC1 [ 28 ] = 0
   VLMC2 [ 28 ] = 0

 VLMMB [ 28 ] = 0
  VLMM1 [ 28 ] = 0
   VLMM2 [ 28 ] = 0

 VLMXB [ 29 ] = 0
  VLMX1 [ 29 ] = 0
   VLMX2 [ 29 ] = 0

 VLMZB [ 29 ] = 0
  VLMZ1 [ 29 ] = 0
    VLMZ2 [ 29 ] = 0

 VLMSB [ 29 ] = 0
  VLMS1 [ 29 ] = 0
   VLMS2 [ 29 ] = 0

 VLMCB [ 29 ] = 0
  VLMC1 [ 29 ] = 0
   VLMC2 [ 29 ] = 0

 VLMMB [ 29 ] = 0
  VLMM1 [ 29 ] = 0
   VLMM2 [ 29 ] = 0

 VLMXB [ 30 ] = 0
  VLMX1 [ 30 ] = 0
   VLMX2 [ 30 ] = 0

 VLMZB [ 30 ] = 0
  VLMZ1 [ 30 ] = 0
    VLMZ2 [ 30 ] = 0

 VLMSB [ 30 ] = 0
  VLMS1 [ 30 ] = 0
   VLMS2 [ 30 ] = 0

 VLMCB [ 30 ] = 0
  VLMC1 [ 30 ] = 0
   VLMC2 [ 30 ] = 0

 VLMMB [ 30 ] = 0
  VLMM1 [ 30 ] = 0
   VLMM2 [ 30 ] = 0

 VLMXB [ 31 ] = 0
  VLMX1 [ 31 ] = 0
   VLMX2 [ 31 ] = 0

 VLMZB [ 31 ] = 0
  VLMZ1 [ 31 ] = 0
    VLMZ2 [ 31 ] = 0

 VLMSB [ 31 ] = 0
  VLMS1 [ 31 ] = 0
   VLMS2 [ 31 ] = 0

 VLMCB [ 31 ] = 0
  VLMC1 [ 31 ] = 0
   VLMC2 [ 31 ] = 0

 VLMMB [ 31 ] = 0
  VLMM1 [ 31 ] = 0
   VLMM2 [ 31 ] = 0

 VLMXB [ 32 ] = 0
  VLMX1 [ 32 ] = 0
   VLMX2 [ 32 ] = 0

 VLMZB [ 32 ] = 0
  VLMZ1 [ 32 ] = 0
    VLMZ2 [ 32 ] = 0

 VLMSB [ 32 ] = 0
  VLMS1 [ 32 ] = 0
   VLMS2 [ 32 ] = 0

 VLMCB [ 32 ] = 0
  VLMC1 [ 32 ] = 0
   VLMC2 [ 32 ] = 0

 VLMMB [ 32 ] = 0
  VLMM1 [ 32 ] = 0
   VLMM2 [ 32 ] = 0

 VLMXB [ 33 ] = 0
  VLMX1 [ 33 ] = 0
   VLMX2 [ 33 ] = 0

 VLMZB [ 33 ] = 0
  VLMZ1 [ 33 ] = 0
    VLMZ2 [ 33 ] = 0

 VLMSB [ 33 ] = 0
  VLMS1 [ 33 ] = 0
   VLMS2 [ 33 ] = 0

 VLMCB [ 33 ] = 0
  VLMC1 [ 33 ] = 0
   VLMC2 [ 33 ] = 0

 VLMMB [ 33 ] = 0
  VLMM1 [ 33 ] = 0
   VLMM2 [ 33 ] = 0

 VLMXB [ 34 ] = 0
  VLMX1 [ 34 ] = 0
   VLMX2 [ 34 ] = 0

 VLMZB [ 34 ] = 0
  VLMZ1 [ 34 ] = 0
    VLMZ2 [ 34 ] = 0

 VLMSB [ 34 ] = 0
  VLMS1 [ 34 ] = 0
   VLMS2 [ 34 ] = 0

 VLMCB [ 34 ] = 0
  VLMC1 [ 34 ] = 0
   VLMC2 [ 34 ] = 0

 VLMMB [ 34 ] = 0
  VLMM1 [ 34 ] = 0
   VLMM2 [ 34 ] = 0

 VLMXB [ 35 ] = 0
  VLMX1 [ 35 ] = 0
   VLMX2 [ 35 ] = 0

 VLMZB [ 35 ] = 0
  VLMZ1 [ 35 ] = 0
    VLMZ2 [ 35 ] = 0

 VLMSB [ 35 ] = 0
  VLMS1 [ 35 ] = 0
   VLMS2 [ 35 ] = 0

 VLMCB [ 35 ] = 0
  VLMC1 [ 35 ] = 0
   VLMC2 [ 35 ] = 0

 VLMMB [ 35 ] = 0
  VLMM1 [ 35 ] = 0
   VLMM2 [ 35 ] = 0

 VLMXB [ 36 ] = 0
  VLMX1 [ 36 ] = 0
   VLMX2 [ 36 ] = 0

 VLMZB [ 36 ] = 0
  VLMZ1 [ 36 ] = 0
    VLMZ2 [ 36 ] = 0

 VLMSB [ 36 ] = 0
  VLMS1 [ 36 ] = 0
   VLMS2 [ 36 ] = 0

 VLMCB [ 36 ] = 0
  VLMC1 [ 36 ] = 0
   VLMC2 [ 36 ] = 0

 VLMMB [ 36 ] = 0
  VLMM1 [ 36 ] = 0
   VLMM2 [ 36 ] = 0

 VLMXB [ 37 ] = 0
  VLMX1 [ 37 ] = 0
   VLMX2 [ 37 ] = 0

 VLMZB [ 37 ] = 0
  VLMZ1 [ 37 ] = 0
    VLMZ2 [ 37 ] = 0

 VLMSB [ 37 ] = 0
  VLMS1 [ 37 ] = 0
   VLMS2 [ 37 ] = 0

 VLMCB [ 37 ] = 0
  VLMC1 [ 37 ] = 0
   VLMC2 [ 37 ] = 0

 VLMMB [ 37 ] = 0
  VLMM1 [ 37 ] = 0
   VLMM2 [ 37 ] = 0

 VLMXB [ 38 ] = 0
  VLMX1 [ 38 ] = 0
   VLMX2 [ 38 ] = 0

 VLMZB [ 38 ] = 0
  VLMZ1 [ 38 ] = 0
    VLMZ2 [ 38 ] = 0

 VLMSB [ 38 ] = 0
  VLMS1 [ 38 ] = 0
   VLMS2 [ 38 ] = 0

 VLMCB [ 38 ] = 0
  VLMC1 [ 38 ] = 0
   VLMC2 [ 38 ] = 0

 VLMMB [ 38 ] = 0
  VLMM1 [ 38 ] = 0
   VLMM2 [ 38 ] = 0

 VLMXB [ 39 ] = 0
  VLMX1 [ 39 ] = 0
   VLMX2 [ 39 ] = 0

 VLMZB [ 39 ] = 0
  VLMZ1 [ 39 ] = 0
    VLMZ2 [ 39 ] = 0

 VLMSB [ 39 ] = 0
  VLMS1 [ 39 ] = 0
   VLMS2 [ 39 ] = 0

 VLMCB [ 39 ] = 0
  VLMC1 [ 39 ] = 0
   VLMC2 [ 39 ] = 0

 VLMMB [ 39 ] = 0
  VLMM1 [ 39 ] = 0
   VLMM2 [ 39 ] = 0

 VLMXB [ 40 ] = 0
  VLMX1 [ 40 ] = 0
   VLMX2 [ 40 ] = 0

 VLMZB [ 40 ] = 0
  VLMZ1 [ 40 ] = 0
    VLMZ2 [ 40 ] = 0

 VLMSB [ 40 ] = 0
  VLMS1 [ 40 ] = 0
   VLMS2 [ 40 ] = 0

 VLMCB [ 40 ] = 0
  VLMC1 [ 40 ] = 0
   VLMC2 [ 40 ] = 0

 VLMMB [ 40 ] = 0
  VLMM1 [ 40 ] = 0
   VLMM2 [ 40 ] = 0

 VLMXB [ 41 ] = 0
  VLMX1 [ 41 ] = 0
   VLMX2 [ 41 ] = 0

 VLMZB [ 41 ] = 0
  VLMZ1 [ 41 ] = 0
    VLMZ2 [ 41 ] = 0

 VLMSB [ 41 ] = 0
  VLMS1 [ 41 ] = 0
   VLMS2 [ 41 ] = 0

 VLMCB [ 41 ] = 0
  VLMC1 [ 41 ] = 0
   VLMC2 [ 41 ] = 0

 VLMMB [ 41 ] = 0
  VLMM1 [ 41 ] = 0
   VLMM2 [ 41 ] = 0

 VLMXB [ 42 ] = 0
  VLMX1 [ 42 ] = 0
   VLMX2 [ 42 ] = 0

 VLMZB [ 42 ] = 0
  VLMZ1 [ 42 ] = 0
    VLMZ2 [ 42 ] = 0

 VLMSB [ 42 ] = 0
  VLMS1 [ 42 ] = 0
   VLMS2 [ 42 ] = 0

 VLMCB [ 42 ] = 0
  VLMC1 [ 42 ] = 0
   VLMC2 [ 42 ] = 0

 VLMMB [ 42 ] = 0
  VLMM1 [ 42 ] = 0
   VLMM2 [ 42 ] = 0

 VLMXB [ 43 ] = 0
  VLMX1 [ 43 ] = 0
   VLMX2 [ 43 ] = 0

 VLMZB [ 43 ] = 0
  VLMZ1 [ 43 ] = 0
    VLMZ2 [ 43 ] = 0

 VLMSB [ 43 ] = 0
  VLMS1 [ 43 ] = 0
   VLMS2 [ 43 ] = 0

 VLMCB [ 43 ] = 0
  VLMC1 [ 43 ] = 0
   VLMC2 [ 43 ] = 0

 VLMMB [ 43 ] = 0
  VLMM1 [ 43 ] = 0
   VLMM2 [ 43 ] = 0

 VLMXB [ 44 ] = 0
  VLMX1 [ 44 ] = 0
   VLMX2 [ 44 ] = 0

 VLMZB [ 44 ] = 0
  VLMZ1 [ 44 ] = 0
    VLMZ2 [ 44 ] = 0

 VLMSB [ 44 ] = 0
  VLMS1 [ 44 ] = 0
   VLMS2 [ 44 ] = 0

 VLMCB [ 44 ] = 0
  VLMC1 [ 44 ] = 0
   VLMC2 [ 44 ] = 0

 VLMMB [ 44 ] = 0
  VLMM1 [ 44 ] = 0
   VLMM2 [ 44 ] = 0

 VLMXB [ 45 ] = 0
  VLMX1 [ 45 ] = 0
   VLMX2 [ 45 ] = 0

 VLMZB [ 45 ] = 0
  VLMZ1 [ 45 ] = 0
    VLMZ2 [ 45 ] = 0

 VLMSB [ 45 ] = 0
  VLMS1 [ 45 ] = 0
   VLMS2 [ 45 ] = 0

 VLMCB [ 45 ] = 0
  VLMC1 [ 45 ] = 0
   VLMC2 [ 45 ] = 0

 VLMMB [ 45 ] = 0
  VLMM1 [ 45 ] = 0
   VLMM2 [ 45 ] = 0

 VLMXB [ 46 ] = 0
  VLMX1 [ 46 ] = 0
   VLMX2 [ 46 ] = 0

 VLMZB [ 46 ] = 0
  VLMZ1 [ 46 ] = 0
    VLMZ2 [ 46 ] = 0

 VLMSB [ 46 ] = 0
  VLMS1 [ 46 ] = 0
   VLMS2 [ 46 ] = 0

 VLMCB [ 46 ] = 0
  VLMC1 [ 46 ] = 0
   VLMC2 [ 46 ] = 0

 VLMMB [ 46 ] = 0
  VLMM1 [ 46 ] = 0
   VLMM2 [ 46 ] = 0

 VLMXB [ 47 ] = 0
  VLMX1 [ 47 ] = 0
   VLMX2 [ 47 ] = 0

 VLMZB [ 47 ] = 0
  VLMZ1 [ 47 ] = 0
    VLMZ2 [ 47 ] = 0

 VLMSB [ 47 ] = 0
  VLMS1 [ 47 ] = 0
   VLMS2 [ 47 ] = 0

 VLMCB [ 47 ] = 0
  VLMC1 [ 47 ] = 0
   VLMC2 [ 47 ] = 0

 VLMMB [ 47 ] = 0
  VLMM1 [ 47 ] = 0
   VLMM2 [ 47 ] = 0

 VLMXB [ 48 ] = 0
  VLMX1 [ 48 ] = 0
   VLMX2 [ 48 ] = 0

 VLMZB [ 48 ] = 0
  VLMZ1 [ 48 ] = 0
    VLMZ2 [ 48 ] = 0

 VLMSB [ 48 ] = 0
  VLMS1 [ 48 ] = 0
   VLMS2 [ 48 ] = 0

 VLMCB [ 48 ] = 0
  VLMC1 [ 48 ] = 0
   VLMC2 [ 48 ] = 0

 VLMMB [ 48 ] = 0
  VLMM1 [ 48 ] = 0
   VLMM2 [ 48 ] = 0

 VLMXB [ 49 ] = 0
  VLMX1 [ 49 ] = 0
   VLMX2 [ 49 ] = 0

 VLMZB [ 49 ] = 0
  VLMZ1 [ 49 ] = 0
    VLMZ2 [ 49 ] = 0

 VLMSB [ 49 ] = 0
  VLMS1 [ 49 ] = 0
   VLMS2 [ 49 ] = 0

 VLMCB [ 49 ] = 0
  VLMC1 [ 49 ] = 0
   VLMC2 [ 49 ] = 0

 VLMMB [ 49 ] = 0
  VLMM1 [ 49 ] = 0
   VLMM2 [ 49 ] = 0

 VLMXB [ 50 ] = 0
  VLMX1 [ 50 ] = 0
   VLMX2 [ 50 ] = 0

 VLMZB [ 50 ] = 0
  VLMZ1 [ 50 ] = 0
    VLMZ2 [ 50 ] = 0

 VLMSB [ 50 ] = 0
  VLMS1 [ 50 ] = 0
   VLMS2 [ 50 ] = 0

 VLMCB [ 50 ] = 0
  VLMC1 [ 50 ] = 0
   VLMC2 [ 50 ] = 0

 VLMMB [ 50 ] = 0
  VLMM1 [ 50 ] = 0
   VLMM2 [ 50 ] = 0

 VLMXB [ 51 ] = 0
  VLMX1 [ 51 ] = 0
   VLMX2 [ 51 ] = 0

 VLMZB [ 51 ] = 0
  VLMZ1 [ 51 ] = 0
    VLMZ2 [ 51 ] = 0

 VLMSB [ 51 ] = 0
  VLMS1 [ 51 ] = 0
   VLMS2 [ 51 ] = 0

 VLMCB [ 51 ] = 0
  VLMC1 [ 51 ] = 0
   VLMC2 [ 51 ] = 0

 VLMMB [ 51 ] = 0
  VLMM1 [ 51 ] = 0
   VLMM2 [ 51 ] = 0

 VLMXB [ 52 ] = 0
  VLMX1 [ 52 ] = 0
   VLMX2 [ 52 ] = 0

 VLMZB [ 52 ] = 0
  VLMZ1 [ 52 ] = 0
    VLMZ2 [ 52 ] = 0

 VLMSB [ 52 ] = 0
  VLMS1 [ 52 ] = 0
   VLMS2 [ 52 ] = 0

 VLMCB [ 52 ] = 0
  VLMC1 [ 52 ] = 0
   VLMC2 [ 52 ] = 0

 VLMMB [ 52 ] = 0
  VLMM1 [ 52 ] = 0
   VLMM2 [ 52 ] = 0

 VLMXB [ 53 ] = 0
  VLMX1 [ 53 ] = 0
   VLMX2 [ 53 ] = 0

 VLMZB [ 53 ] = 0
  VLMZ1 [ 53 ] = 0
    VLMZ2 [ 53 ] = 0

 VLMSB [ 53 ] = 0
  VLMS1 [ 53 ] = 0
   VLMS2 [ 53 ] = 0

 VLMCB [ 53 ] = 0
  VLMC1 [ 53 ] = 0
   VLMC2 [ 53 ] = 0

 VLMMB [ 53 ] = 0
  VLMM1 [ 53 ] = 0
   VLMM2 [ 53 ] = 0

 VLMXB [ 54 ] = 0
  VLMX1 [ 54 ] = 0
   VLMX2 [ 54 ] = 0

 VLMZB [ 54 ] = 0
  VLMZ1 [ 54 ] = 0
    VLMZ2 [ 54 ] = 0

 VLMSB [ 54 ] = 0
  VLMS1 [ 54 ] = 0
   VLMS2 [ 54 ] = 0

 VLMCB [ 54 ] = 0
  VLMC1 [ 54 ] = 0
   VLMC2 [ 54 ] = 0

 VLMMB [ 54 ] = 0
  VLMM1 [ 54 ] = 0
   VLMM2 [ 54 ] = 0

 VLMXB [ 55 ] = 0
  VLMX1 [ 55 ] = 0
   VLMX2 [ 55 ] = 0

 VLMZB [ 55 ] = 0
  VLMZ1 [ 55 ] = 0
    VLMZ2 [ 55 ] = 0

 VLMSB [ 55 ] = 0
  VLMS1 [ 55 ] = 0
   VLMS2 [ 55 ] = 0

 VLMCB [ 55 ] = 0
  VLMC1 [ 55 ] = 0
   VLMC2 [ 55 ] = 0

 VLMMB [ 55 ] = 0
  VLMM1 [ 55 ] = 0
   VLMM2 [ 55 ] = 0

 VLMXB [ 56 ] = 0
  VLMX1 [ 56 ] = 0
   VLMX2 [ 56 ] = 0

 VLMZB [ 56 ] = 0
  VLMZ1 [ 56 ] = 0
    VLMZ2 [ 56 ] = 0

 VLMSB [ 56 ] = 0
  VLMS1 [ 56 ] = 0
   VLMS2 [ 56 ] = 0

 VLMCB [ 56 ] = 0
  VLMC1 [ 56 ] = 0
   VLMC2 [ 56 ] = 0

 VLMMB [ 56 ] = 0
  VLMM1 [ 56 ] = 0
   VLMM2 [ 56 ] = 0

 VLMXB [ 57 ] = 0
  VLMX1 [ 57 ] = 0
   VLMX2 [ 57 ] = 0

 VLMZB [ 57 ] = 0
  VLMZ1 [ 57 ] = 0
    VLMZ2 [ 57 ] = 0

 VLMSB [ 57 ] = 0
  VLMS1 [ 57 ] = 0
   VLMS2 [ 57 ] = 0

 VLMCB [ 57 ] = 0
  VLMC1 [ 57 ] = 0
   VLMC2 [ 57 ] = 0

 VLMMB [ 57 ] = 0
  VLMM1 [ 57 ] = 0
   VLMM2 [ 57 ] = 0

 VLMXB [ 58 ] = 0
  VLMX1 [ 58 ] = 0
   VLMX2 [ 58 ] = 0

 VLMZB [ 58 ] = 0
  VLMZ1 [ 58 ] = 0
    VLMZ2 [ 58 ] = 0

 VLMSB [ 58 ] = 0
  VLMS1 [ 58 ] = 0
   VLMS2 [ 58 ] = 0

 VLMCB [ 58 ] = 0
  VLMC1 [ 58 ] = 0
   VLMC2 [ 58 ] = 0

 VLMMB [ 58 ] = 0
  VLMM1 [ 58 ] = 0
   VLMM2 [ 58 ] = 0

 VLMXB [ 59 ] = 0
  VLMX1 [ 59 ] = 0
   VLMX2 [ 59 ] = 0

 VLMZB [ 59 ] = 0
  VLMZ1 [ 59 ] = 0
    VLMZ2 [ 59 ] = 0

 VLMSB [ 59 ] = 0
  VLMS1 [ 59 ] = 0
   VLMS2 [ 59 ] = 0

 VLMCB [ 59 ] = 0
  VLMC1 [ 59 ] = 0
   VLMC2 [ 59 ] = 0

 VLMMB [ 59 ] = 0
  VLMM1 [ 59 ] = 0
   VLMM2 [ 59 ] = 0

 VLMXB [ 60 ] = 0
  VLMX1 [ 60 ] = 0
   VLMX2 [ 60 ] = 0

 VLMZB [ 60 ] = 0
  VLMZ1 [ 60 ] = 0
    VLMZ2 [ 60 ] = 0

 VLMSB [ 60 ] = 0
  VLMS1 [ 60 ] = 0
   VLMS2 [ 60 ] = 0

 VLMCB [ 60 ] = 0
  VLMC1 [ 60 ] = 0
   VLMC2 [ 60 ] = 0

 VLMMB [ 60 ] = 0
  VLMM1 [ 60 ] = 0
   VLMM2 [ 60 ] = 0

 VLMXB [ 61 ] = 0
  VLMX1 [ 61 ] = 0
   VLMX2 [ 61 ] = 0

 VLMZB [ 61 ] = 0
  VLMZ1 [ 61 ] = 0
    VLMZ2 [ 61 ] = 0

 VLMSB [ 61 ] = 0
  VLMS1 [ 61 ] = 0
   VLMS2 [ 61 ] = 0

 VLMCB [ 61 ] = 0
  VLMC1 [ 61 ] = 0
   VLMC2 [ 61 ] = 0

 VLMMB [ 61 ] = 0
  VLMM1 [ 61 ] = 0
   VLMM2 [ 61 ] = 0

 VLMXB [ 62 ] = 0
  VLMX1 [ 62 ] = 0
   VLMX2 [ 62 ] = 0

 VLMZB [ 62 ] = 0
  VLMZ1 [ 62 ] = 0
    VLMZ2 [ 62 ] = 0

 VLMSB [ 62 ] = 0
  VLMS1 [ 62 ] = 0
   VLMS2 [ 62 ] = 0

 VLMCB [ 62 ] = 0
  VLMC1 [ 62 ] = 0
   VLMC2 [ 62 ] = 0

 VLMMB [ 62 ] = 0
  VLMM1 [ 62 ] = 0
   VLMM2 [ 62 ] = 0

 VLMXB [ 63 ] = 0
  VLMX1 [ 63 ] = 0
   VLMX2 [ 63 ] = 0

 VLMZB [ 63 ] = 0
  VLMZ1 [ 63 ] = 0
    VLMZ2 [ 63 ] = 0

 VLMSB [ 63 ] = 0
  VLMS1 [ 63 ] = 0
   VLMS2 [ 63 ] = 0

 VLMCB [ 63 ] = 0
  VLMC1 [ 63 ] = 0
   VLMC2 [ 63 ] = 0

 VLMMB [ 63 ] = 0
  VLMM1 [ 63 ] = 0
   VLMM2 [ 63 ] = 0

 VLMXB [ 64 ] = 0
  VLMX1 [ 64 ] = 0
   VLMX2 [ 64 ] = 0

 VLMZB [ 64 ] = 0
  VLMZ1 [ 64 ] = 0
    VLMZ2 [ 64 ] = 0

 VLMSB [ 64 ] = 0
  VLMS1 [ 64 ] = 0
   VLMS2 [ 64 ] = 0

 VLMCB [ 64 ] = 0
  VLMC1 [ 64 ] = 0
   VLMC2 [ 64 ] = 0

 VLMMB [ 64 ] = 0
  VLMM1 [ 64 ] = 0
   VLMM2 [ 64 ] = 0

 M02

 VLMXB [ 1 ] = 0
 VLMX1 [ 1 ] = 0
 VLMX2 [ 1 ] = 0

 VLMZB [ 1 ] = 0
 VLMZ1 [ 1 ] = 0
 VLMZ2 [ 1 ] = 0

 VLMSB [ 1 ] = 0
 VLMS1 [ 1 ] = 0
 VLMS2 [ 1 ] = 0

 VLMCB [ 1 ] = 0
 VLMC1 [ 1 ] = 0
 VLMC2 [ 1 ] = 0

 VLMMB [ 1 ] = 0
 VLMM1 [ 1 ] = 0
 VLMM2 [ 1 ] = 0

 VLMXB [ 2 ] = 0
 VLMX1 [ 2 ] = 0
 VLMX2 [ 2 ] = 0

 VLMZB [ 2 ] = 0
 VLMZ1 [ 2 ] = 0
 VLMZ2 [ 2 ] = 0

 VLMSB [ 2 ] = 0
 VLMS1 [ 2 ] = 0
 VLMS2 [ 2 ] = 0

 VLMCB [ 2 ] = 0
 VLMC1 [ 2 ] = 0
 VLMC2 [ 2 ] = 0

 VLMMB [ 2 ] = 0
 VLMM1 [ 2 ] = 0
 VLMM2 [ 2 ] = 0

 VLMXB [ 3 ] = 0
 VLMX1 [ 3 ] = 0
 VLMX2 [ 3 ] = 0

 VLMZB [ 3 ] = 0
 VLMZ1 [ 3 ] = 0
 VLMZ2 [ 3 ] = 0

 VLMSB [ 3 ] = 0
 VLMS1 [ 3 ] = 0
 VLMS2 [ 3 ] = 0

 VLMCB [ 3 ] = 0
 VLMC1 [ 3 ] = 0
 VLMC2 [ 3 ] = 0

 VLMMB [ 3 ] = 0
 VLMM1 [ 3 ] = 0
 VLMM2 [ 3 ] = 0

 VLMXB [ 4 ] = 0
 VLMX1 [ 4 ] = 0
 VLMX2 [ 4 ] = 0

 VLMZB [ 4 ] = 0
 VLMZ1 [ 4 ] = 0
 VLMZ2 [ 4 ] = 0

 VLMSB [ 4 ] = 0
 VLMS1 [ 4 ] = 0
 VLMS2 [ 4 ] = 0

 VLMCB [ 4 ] = 0
 VLMC1 [ 4 ] = 0
 VLMC2 [ 4 ] = 0

 VLMMB [ 4 ] = 0
 VLMM1 [ 4 ] = 0
 VLMM2 [ 4 ] = 0

 VLMXB [ 5 ] = 0
 VLMX1 [ 5 ] = 0
 VLMX2 [ 5 ] = 0

 VLMZB [ 5 ] = 0
 VLMZ1 [ 5 ] = 0
 VLMZ2 [ 5 ] = 0

 VLMSB [ 5 ] = 0
 VLMS1 [ 5 ] = 0
 VLMS2 [ 5 ] = 0

 VLMCB [ 5 ] = 0
 VLMC1 [ 5 ] = 0
 VLMC2 [ 5 ] = 0

 VLMMB [ 5 ] = 0
 VLMM1 [ 5 ] = 0
 VLMM2 [ 5 ] = 0

 VLMXB [ 6 ] = 0
 VLMX1 [ 6 ] = 0
 VLMX2 [ 6 ] = 0

 VLMZB [ 6 ] = 0
 VLMZ1 [ 6 ] = 0
 VLMZ2 [ 6 ] = 0

 VLMSB [ 6 ] = 0
 VLMS1 [ 6 ] = 0
 VLMS2 [ 6 ] = 0

 VLMCB [ 6 ] = 0
 VLMC1 [ 6 ] = 0
 VLMC2 [ 6 ] = 0

 VLMMB [ 6 ] = 0
 VLMM1 [ 6 ] = 0
 VLMM2 [ 6 ] = 0

 VLMXB [ 7 ] = 0
 VLMX1 [ 7 ] = 0
 VLMX2 [ 7 ] = 0

 VLMZB [ 7 ] = 0
 VLMZ1 [ 7 ] = 0
 VLMZ2 [ 7 ] = 0

 VLMSB [ 7 ] = 0
 VLMS1 [ 7 ] = 0
 VLMS2 [ 7 ] = 0

 VLMCB [ 7 ] = 0
 VLMC1 [ 7 ] = 0
 VLMC2 [ 7 ] = 0

 VLMMB [ 7 ] = 0
 VLMM1 [ 7 ] = 0
 VLMM2 [ 7 ] = 0

 VLMXB [ 8 ] = 0
 VLMX1 [ 8 ] = 0
 VLMX2 [ 8 ] = 0

 VLMZB [ 8 ] = 0
 VLMZ1 [ 8 ] = 0
 VLMZ2 [ 8 ] = 0

 VLMSB [ 8 ] = 0
 VLMS1 [ 8 ] = 0
 VLMS2 [ 8 ] = 0

 VLMCB [ 8 ] = 0
 VLMC1 [ 8 ] = 0
 VLMC2 [ 8 ] = 0

 VLMMB [ 8 ] = 0
 VLMM1 [ 8 ] = 0
 VLMM2 [ 8 ] = 0

 VLMXB [ 9 ] = 0
 VLMX1 [ 9 ] = 0
 VLMX2 [ 9 ] = 0

 VLMZB [ 9 ] = 0
 VLMZ1 [ 9 ] = 0
 VLMZ2 [ 9 ] = 0

 VLMSB [ 9 ] = 0
 VLMS1 [ 9 ] = 0
 VLMS2 [ 9 ] = 0

 VLMCB [ 9 ] = 0
 VLMC1 [ 9 ] = 0
 VLMC2 [ 9 ] = 0

 VLMMB [ 9 ] = 0
 VLMM1 [ 9 ] = 0
 VLMM2 [ 9 ] = 0

 VLMXB [ 10 ] = 0
 VLMX1 [ 10 ] = 0
 VLMX2 [ 10 ] = 0

 VLMZB [ 10 ] = 0
 VLMZ1 [ 10 ] = 0
 VLMZ2 [ 10 ] = 0

 VLMSB [ 10 ] = 0
 VLMS1 [ 10 ] = 0
 VLMS2 [ 10 ] = 0

 VLMCB [ 10 ] = 0
 VLMC1 [ 10 ] = 0
 VLMC2 [ 10 ] = 0

 VLMMB [ 10 ] = 0
 VLMM1 [ 10 ] = 0
 VLMM2 [ 10 ] = 0

 VLMXB [ 11 ] = 0
 VLMX1 [ 11 ] = 0
 VLMX2 [ 11 ] = 0

 VLMZB [ 11 ] = 0
 VLMZ1 [ 11 ] = 0
 VLMZ2 [ 11 ] = 0

 VLMSB [ 11 ] = 0
 VLMS1 [ 11 ] = 0
 VLMS2 [ 11 ] = 0

 VLMCB [ 11 ] = 0
 VLMC1 [ 11 ] = 0
 VLMC2 [ 11 ] = 0

 VLMMB [ 11 ] = 0
 VLMM1 [ 11 ] = 0
 VLMM2 [ 11 ] = 0

 VLMXB [ 12 ] = 0
 VLMX1 [ 12 ] = 0
 VLMX2 [ 12 ] = 0

 VLMZB [ 12 ] = 0
 VLMZ1 [ 12 ] = 0
 VLMZ2 [ 12 ] = 0

 VLMSB [ 12 ] = 0
 VLMS1 [ 12 ] = 0
 VLMS2 [ 12 ] = 0

 VLMCB [ 12 ] = 0
 VLMC1 [ 12 ] = 0
 VLMC2 [ 12 ] = 0

 VLMMB [ 12 ] = 0
 VLMM1 [ 12 ] = 0
 VLMM2 [ 12 ] = 0

 VLMXB [ 13 ] = 0
 VLMX1 [ 13 ] = 0
 VLMX2 [ 13 ] = 0

 VLMZB [ 13 ] = 0
 VLMZ1 [ 13 ] = 0
 VLMZ2 [ 13 ] = 0

 VLMSB [ 13 ] = 0
 VLMS1 [ 13 ] = 0
 VLMS2 [ 13 ] = 0

 VLMCB [ 13 ] = 0
 VLMC1 [ 13 ] = 0
 VLMC2 [ 13 ] = 0

 VLMMB [ 13 ] = 0
 VLMM1 [ 13 ] = 0
 VLMM2 [ 13 ] = 0

 VLMXB [ 14 ] = 0
 VLMX1 [ 14 ] = 0
 VLMX2 [ 14 ] = 0

 VLMZB [ 14 ] = 0
 VLMZ1 [ 14 ] = 0
 VLMZ2 [ 14 ] = 0

 VLMSB [ 14 ] = 0
 VLMS1 [ 14 ] = 0
 VLMS2 [ 14 ] = 0

 VLMCB [ 14 ] = 0
 VLMC1 [ 14 ] = 0
 VLMC2 [ 14 ] = 0

 VLMMB [ 14 ] = 0
 VLMM1 [ 14 ] = 0
 VLMM2 [ 14 ] = 0

 VLMXB [ 15 ] = 0
 VLMX1 [ 15 ] = 0
 VLMX2 [ 15 ] = 0

 VLMZB [ 15 ] = 0
 VLMZ1 [ 15 ] = 0
 VLMZ2 [ 15 ] = 0

 VLMSB [ 15 ] = 0
 VLMS1 [ 15 ] = 0
 VLMS2 [ 15 ] = 0

 VLMCB [ 15 ] = 0
 VLMC1 [ 15 ] = 0
 VLMC2 [ 15 ] = 0

 VLMMB [ 15 ] = 0
 VLMM1 [ 15 ] = 0
 VLMM2 [ 15 ] = 0

 VLMXB [ 16 ] = 0
 VLMX1 [ 16 ] = 0
 VLMX2 [ 16 ] = 0

 VLMZB [ 16 ] = 0
 VLMZ1 [ 16 ] = 0
 VLMZ2 [ 16 ] = 0

 VLMSB [ 16 ] = 0
 VLMS1 [ 16 ] = 0
 VLMS2 [ 16 ] = 0

 VLMCB [ 16 ] = 0
 VLMC1 [ 16 ] = 0
 VLMC2 [ 16 ] = 0

 VLMMB [ 16 ] = 0
 VLMM1 [ 16 ] = 0
 VLMM2 [ 16 ] = 0

 VLMXB [ 17 ] = 0
 VLMX1 [ 17 ] = 0
 VLMX2 [ 17 ] = 0

 VLMZB [ 17 ] = 0
 VLMZ1 [ 17 ] = 0
 VLMZ2 [ 17 ] = 0

 VLMSB [ 17 ] = 0
 VLMS1 [ 17 ] = 0
 VLMS2 [ 17 ] = 0

 VLMCB [ 17 ] = 0
 VLMC1 [ 17 ] = 0
 VLMC2 [ 17 ] = 0

 VLMMB [ 17 ] = 0
 VLMM1 [ 17 ] = 0
 VLMM2 [ 17 ] = 0

 VLMXB [ 18 ] = 0
 VLMX1 [ 18 ] = 0
 VLMX2 [ 18 ] = 0

 VLMZB [ 18 ] = 0
 VLMZ1 [ 18 ] = 0
 VLMZ2 [ 18 ] = 0

 VLMSB [ 18 ] = 0
 VLMS1 [ 18 ] = 0
 VLMS2 [ 18 ] = 0

 VLMCB [ 18 ] = 0
 VLMC1 [ 18 ] = 0
 VLMC2 [ 18 ] = 0

 VLMMB [ 18 ] = 0
 VLMM1 [ 18 ] = 0
 VLMM2 [ 18 ] = 0

 VLMXB [ 19 ] = 0
 VLMX1 [ 19 ] = 0
 VLMX2 [ 19 ] = 0

 VLMZB [ 19 ] = 0
 VLMZ1 [ 19 ] = 0
 VLMZ2 [ 19 ] = 0

 VLMSB [ 19 ] = 0
 VLMS1 [ 19 ] = 0
 VLMS2 [ 19 ] = 0

 VLMCB [ 19 ] = 0
 VLMC1 [ 19 ] = 0
 VLMC2 [ 19 ] = 0

 VLMMB [ 19 ] = 0
 VLMM1 [ 19 ] = 0
 VLMM2 [ 19 ] = 0

 VLMXB [ 20 ] = 0
 VLMX1 [ 20 ] = 0
 VLMX2 [ 20 ] = 0

 VLMZB [ 20 ] = 0
 VLMZ1 [ 20 ] = 0
 VLMZ2 [ 20 ] = 0

 VLMSB [ 20 ] = 0
 VLMS1 [ 20 ] = 0
 VLMS2 [ 20 ] = 0

 VLMCB [ 20 ] = 0
 VLMC1 [ 20 ] = 0
 VLMC2 [ 20 ] = 0

 VLMMB [ 20 ] = 0
 VLMM1 [ 20 ] = 0
 VLMM2 [ 20 ] = 0

 VLMXB [ 21 ] = 0
 VLMX1 [ 21 ] = 0
 VLMX2 [ 21 ] = 0

 VLMZB [ 21 ] = 0
 VLMZ1 [ 21 ] = 0
 VLMZ2 [ 21 ] = 0

 VLMSB [ 21 ] = 0
 VLMS1 [ 21 ] = 0
 VLMS2 [ 21 ] = 0

 VLMCB [ 21 ] = 0
 VLMC1 [ 21 ] = 0
 VLMC2 [ 21 ] = 0

 VLMMB [ 21 ] = 0
 VLMM1 [ 21 ] = 0
 VLMM2 [ 21 ] = 0

 VLMXB [ 22 ] = 0
 VLMX1 [ 22 ] = 0
 VLMX2 [ 22 ] = 0

 VLMZB [ 22 ] = 0
 VLMZ1 [ 22 ] = 0
 VLMZ2 [ 22 ] = 0

 VLMSB [ 22 ] = 0
 VLMS1 [ 22 ] = 0
 VLMS2 [ 22 ] = 0

 VLMCB [ 22 ] = 0
 VLMC1 [ 22 ] = 0
 VLMC2 [ 22 ] = 0

 VLMMB [ 22 ] = 0
 VLMM1 [ 22 ] = 0
 VLMM2 [ 22 ] = 0

 VLMXB [ 23 ] = 0
 VLMX1 [ 23 ] = 0
 VLMX2 [ 23 ] = 0

 VLMZB [ 23 ] = 0
 VLMZ1 [ 23 ] = 0
 VLMZ2 [ 23 ] = 0

 VLMSB [ 23 ] = 0
 VLMS1 [ 23 ] = 0
 VLMS2 [ 23 ] = 0

 VLMCB [ 23 ] = 0
 VLMC1 [ 23 ] = 0
 VLMC2 [ 23 ] = 0

 VLMMB [ 23 ] = 0
 VLMM1 [ 23 ] = 0
 VLMM2 [ 23 ] = 0

 VLMXB [ 24 ] = 0
 VLMX1 [ 24 ] = 0
 VLMX2 [ 24 ] = 0

 VLMZB [ 24 ] = 0
 VLMZ1 [ 24 ] = 0
 VLMZ2 [ 24 ] = 0

 VLMSB [ 24 ] = 0
 VLMS1 [ 24 ] = 0
 VLMS2 [ 24 ] = 0

 VLMCB [ 24 ] = 0
 VLMC1 [ 24 ] = 0
 VLMC2 [ 24 ] = 0

 VLMMB [ 24 ] = 0
 VLMM1 [ 24 ] = 0
 VLMM2 [ 24 ] = 0

 VLMXB [ 25 ] = 0
 VLMX1 [ 25 ] = 0
 VLMX2 [ 25 ] = 0

 VLMZB [ 25 ] = 0
 VLMZ1 [ 25 ] = 0
 VLMZ2 [ 25 ] = 0

 VLMSB [ 25 ] = 0
 VLMS1 [ 25 ] = 0
 VLMS2 [ 25 ] = 0

 VLMCB [ 25 ] = 0
 VLMC1 [ 25 ] = 0
 VLMC2 [ 25 ] = 0

 VLMMB [ 25 ] = 0
 VLMM1 [ 25 ] = 0
 VLMM2 [ 25 ] = 0

 VLMXB [ 26 ] = 0
 VLMX1 [ 26 ] = 0
 VLMX2 [ 26 ] = 0

 VLMZB [ 26 ] = 0
 VLMZ1 [ 26 ] = 0
 VLMZ2 [ 26 ] = 0

 VLMSB [ 26 ] = 0
 VLMS1 [ 26 ] = 0
 VLMS2 [ 26 ] = 0

 VLMCB [ 26 ] = 0
 VLMC1 [ 26 ] = 0
 VLMC2 [ 26 ] = 0

 VLMMB [ 26 ] = 0
 VLMM1 [ 26 ] = 0
 VLMM2 [ 26 ] = 0

 VLMXB [ 27 ] = 0
 VLMX1 [ 27 ] = 0
 VLMX2 [ 27 ] = 0

 VLMZB [ 27 ] = 0
 VLMZ1 [ 27 ] = 0
 VLMZ2 [ 27 ] = 0

 VLMSB [ 27 ] = 0
 VLMS1 [ 27 ] = 0
 VLMS2 [ 27 ] = 0

 VLMCB [ 27 ] = 0
 VLMC1 [ 27 ] = 0
 VLMC2 [ 27 ] = 0

 VLMMB [ 27 ] = 0
 VLMM1 [ 27 ] = 0
 VLMM2 [ 27 ] = 0

 VLMXB [ 28 ] = 0
 VLMX1 [ 28 ] = 0
 VLMX2 [ 28 ] = 0

 VLMZB [ 28 ] = 0
 VLMZ1 [ 28 ] = 0
 VLMZ2 [ 28 ] = 0

 VLMSB [ 28 ] = 0
 VLMS1 [ 28 ] = 0
 VLMS2 [ 28 ] = 0

 VLMCB [ 28 ] = 0
 VLMC1 [ 28 ] = 0
 VLMC2 [ 28 ] = 0

 VLMMB [ 28 ] = 0
 VLMM1 [ 28 ] = 0
 VLMM2 [ 28 ] = 0

 VLMXB [ 29 ] = 0
 VLMX1 [ 29 ] = 0
 VLMX2 [ 29 ] = 0

 VLMZB [ 29 ] = 0
 VLMZ1 [ 29 ] = 0
 VLMZ2 [ 29 ] = 0

 VLMSB [ 29 ] = 0
 VLMS1 [ 29 ] = 0
 VLMS2 [ 29 ] = 0

 VLMCB [ 29 ] = 0
 VLMC1 [ 29 ] = 0
 VLMC2 [ 29 ] = 0

 VLMMB [ 29 ] = 0
 VLMM1 [ 29 ] = 0
 VLMM2 [ 29 ] = 0

 VLMXB [ 30 ] = 0
 VLMX1 [ 30 ] = 0
 VLMX2 [ 30 ] = 0

 VLMZB [ 30 ] = 0
 VLMZ1 [ 30 ] = 0
 VLMZ2 [ 30 ] = 0

 VLMSB [ 30 ] = 0
 VLMS1 [ 30 ] = 0
 VLMS2 [ 30 ] = 0

 VLMCB [ 30 ] = 0
 VLMC1 [ 30 ] = 0
 VLMC2 [ 30 ] = 0

 VLMMB [ 30 ] = 0
 VLMM1 [ 30 ] = 0
 VLMM2 [ 30 ] = 0

 VLMXB [ 31 ] = 0
 VLMX1 [ 31 ] = 0
 VLMX2 [ 31 ] = 0

 VLMZB [ 31 ] = 0
 VLMZ1 [ 31 ] = 0
 VLMZ2 [ 31 ] = 0

 VLMSB [ 31 ] = 0
 VLMS1 [ 31 ] = 0
 VLMS2 [ 31 ] = 0

 VLMCB [ 31 ] = 0
 VLMC1 [ 31 ] = 0
 VLMC2 [ 31 ] = 0

 VLMMB [ 31 ] = 0
 VLMM1 [ 31 ] = 0
 VLMM2 [ 31 ] = 0

 VLMXB [ 32 ] = 0
 VLMX1 [ 32 ] = 0
 VLMX2 [ 32 ] = 0

 VLMZB [ 32 ] = 0
 VLMZ1 [ 32 ] = 0
 VLMZ2 [ 32 ] = 0

 VLMSB [ 32 ] = 0
 VLMS1 [ 32 ] = 0
 VLMS2 [ 32 ] = 0

 VLMCB [ 32 ] = 0
 VLMC1 [ 32 ] = 0
 VLMC2 [ 32 ] = 0

 VLMMB [ 32 ] = 0
 VLMM1 [ 32 ] = 0
 VLMM2 [ 32 ] = 0

 VLMXB [ 33 ] = 0
 VLMX1 [ 33 ] = 0
 VLMX2 [ 33 ] = 0

 VLMZB [ 33 ] = 0
 VLMZ1 [ 33 ] = 0
 VLMZ2 [ 33 ] = 0

 VLMSB [ 33 ] = 0
 VLMS1 [ 33 ] = 0
 VLMS2 [ 33 ] = 0

 VLMCB [ 33 ] = 0
 VLMC1 [ 33 ] = 0
 VLMC2 [ 33 ] = 0

 VLMMB [ 33 ] = 0
 VLMM1 [ 33 ] = 0
 VLMM2 [ 33 ] = 0

 VLMXB [ 34 ] = 0
 VLMX1 [ 34 ] = 0
 VLMX2 [ 34 ] = 0

 VLMZB [ 34 ] = 0
 VLMZ1 [ 34 ] = 0
 VLMZ2 [ 34 ] = 0

 VLMSB [ 34 ] = 0
 VLMS1 [ 34 ] = 0
 VLMS2 [ 34 ] = 0

 VLMCB [ 34 ] = 0
 VLMC1 [ 34 ] = 0
 VLMC2 [ 34 ] = 0

 VLMMB [ 34 ] = 0
 VLMM1 [ 34 ] = 0
 VLMM2 [ 34 ] = 0

 VLMXB [ 35 ] = 0
 VLMX1 [ 35 ] = 0
 VLMX2 [ 35 ] = 0

 VLMZB [ 35 ] = 0
 VLMZ1 [ 35 ] = 0
 VLMZ2 [ 35 ] = 0

 VLMSB [ 35 ] = 0
 VLMS1 [ 35 ] = 0
 VLMS2 [ 35 ] = 0

 VLMCB [ 35 ] = 0
 VLMC1 [ 35 ] = 0
 VLMC2 [ 35 ] = 0

 VLMMB [ 35 ] = 0
 VLMM1 [ 35 ] = 0
 VLMM2 [ 35 ] = 0

 VLMXB [ 36 ] = 0
 VLMX1 [ 36 ] = 0
 VLMX2 [ 36 ] = 0

 VLMZB [ 36 ] = 0
 VLMZ1 [ 36 ] = 0
 VLMZ2 [ 36 ] = 0

 VLMSB [ 36 ] = 0
 VLMS1 [ 36 ] = 0
 VLMS2 [ 36 ] = 0

 VLMCB [ 36 ] = 0
 VLMC1 [ 36 ] = 0
 VLMC2 [ 36 ] = 0

 VLMMB [ 36 ] = 0
 VLMM1 [ 36 ] = 0
 VLMM2 [ 36 ] = 0

 VLMXB [ 37 ] = 0
 VLMX1 [ 37 ] = 0
 VLMX2 [ 37 ] = 0

 VLMZB [ 37 ] = 0
 VLMZ1 [ 37 ] = 0
 VLMZ2 [ 37 ] = 0

 VLMSB [ 37 ] = 0
 VLMS1 [ 37 ] = 0
 VLMS2 [ 37 ] = 0

 VLMCB [ 37 ] = 0
 VLMC1 [ 37 ] = 0
 VLMC2 [ 37 ] = 0

 VLMMB [ 37 ] = 0
 VLMM1 [ 37 ] = 0
 VLMM2 [ 37 ] = 0

 VLMXB [ 38 ] = 0
 VLMX1 [ 38 ] = 0
 VLMX2 [ 38 ] = 0

 VLMZB [ 38 ] = 0
 VLMZ1 [ 38 ] = 0
 VLMZ2 [ 38 ] = 0

 VLMSB [ 38 ] = 0
 VLMS1 [ 38 ] = 0
 VLMS2 [ 38 ] = 0

 VLMCB [ 38 ] = 0
 VLMC1 [ 38 ] = 0
 VLMC2 [ 38 ] = 0

 VLMMB [ 38 ] = 0
 VLMM1 [ 38 ] = 0
 VLMM2 [ 38 ] = 0

 VLMXB [ 39 ] = 0
 VLMX1 [ 39 ] = 0
 VLMX2 [ 39 ] = 0

 VLMZB [ 39 ] = 0
 VLMZ1 [ 39 ] = 0
 VLMZ2 [ 39 ] = 0

 VLMSB [ 39 ] = 0
 VLMS1 [ 39 ] = 0
 VLMS2 [ 39 ] = 0

 VLMCB [ 39 ] = 0
 VLMC1 [ 39 ] = 0
 VLMC2 [ 39 ] = 0

 VLMMB [ 39 ] = 0
 VLMM1 [ 39 ] = 0
 VLMM2 [ 39 ] = 0

 VLMXB [ 40 ] = 0
 VLMX1 [ 40 ] = 0
 VLMX2 [ 40 ] = 0

 VLMZB [ 40 ] = 0
 VLMZ1 [ 40 ] = 0
 VLMZ2 [ 40 ] = 0

 VLMSB [ 40 ] = 0
 VLMS1 [ 40 ] = 0
 VLMS2 [ 40 ] = 0

 VLMCB [ 40 ] = 0
 VLMC1 [ 40 ] = 0
 VLMC2 [ 40 ] = 0

 VLMMB [ 40 ] = 0
 VLMM1 [ 40 ] = 0
 VLMM2 [ 40 ] = 0

 VLMXB [ 41 ] = 0
 VLMX1 [ 41 ] = 0
 VLMX2 [ 41 ] = 0

 VLMZB [ 41 ] = 0
 VLMZ1 [ 41 ] = 0
 VLMZ2 [ 41 ] = 0

 VLMSB [ 41 ] = 0
 VLMS1 [ 41 ] = 0
 VLMS2 [ 41 ] = 0

 VLMCB [ 41 ] = 0
 VLMC1 [ 41 ] = 0
 VLMC2 [ 41 ] = 0

 VLMMB [ 41 ] = 0
 VLMM1 [ 41 ] = 0
 VLMM2 [ 41 ] = 0

 VLMXB [ 42 ] = 0
 VLMX1 [ 42 ] = 0
 VLMX2 [ 42 ] = 0

 VLMZB [ 42 ] = 0
 VLMZ1 [ 42 ] = 0
 VLMZ2 [ 42 ] = 0

 VLMSB [ 42 ] = 0
 VLMS1 [ 42 ] = 0
 VLMS2 [ 42 ] = 0

 VLMCB [ 42 ] = 0
 VLMC1 [ 42 ] = 0
 VLMC2 [ 42 ] = 0

 VLMMB [ 42 ] = 0
 VLMM1 [ 42 ] = 0
 VLMM2 [ 42 ] = 0

 VLMXB [ 43 ] = 0
 VLMX1 [ 43 ] = 0
 VLMX2 [ 43 ] = 0

 VLMZB [ 43 ] = 0
 VLMZ1 [ 43 ] = 0
 VLMZ2 [ 43 ] = 0

 VLMSB [ 43 ] = 0
 VLMS1 [ 43 ] = 0
 VLMS2 [ 43 ] = 0

 VLMCB [ 43 ] = 0
 VLMC1 [ 43 ] = 0
 VLMC2 [ 43 ] = 0

 VLMMB [ 43 ] = 0
 VLMM1 [ 43 ] = 0
 VLMM2 [ 43 ] = 0

 VLMXB [ 44 ] = 0
 VLMX1 [ 44 ] = 0
 VLMX2 [ 44 ] = 0

 VLMZB [ 44 ] = 0
 VLMZ1 [ 44 ] = 0
 VLMZ2 [ 44 ] = 0

 VLMSB [ 44 ] = 0
 VLMS1 [ 44 ] = 0
 VLMS2 [ 44 ] = 0

 VLMCB [ 44 ] = 0
 VLMC1 [ 44 ] = 0
 VLMC2 [ 44 ] = 0

 VLMMB [ 44 ] = 0
 VLMM1 [ 44 ] = 0
 VLMM2 [ 44 ] = 0

 VLMXB [ 45 ] = 0
 VLMX1 [ 45 ] = 0
 VLMX2 [ 45 ] = 0

 VLMZB [ 45 ] = 0
 VLMZ1 [ 45 ] = 0
 VLMZ2 [ 45 ] = 0

 VLMSB [ 45 ] = 0
 VLMS1 [ 45 ] = 0
 VLMS2 [ 45 ] = 0

 VLMCB [ 45 ] = 0
 VLMC1 [ 45 ] = 0
 VLMC2 [ 45 ] = 0

 VLMMB [ 45 ] = 0
 VLMM1 [ 45 ] = 0
 VLMM2 [ 45 ] = 0

 VLMXB [ 46 ] = 0
 VLMX1 [ 46 ] = 0
 VLMX2 [ 46 ] = 0

 VLMZB [ 46 ] = 0
 VLMZ1 [ 46 ] = 0
 VLMZ2 [ 46 ] = 0

 VLMSB [ 46 ] = 0
 VLMS1 [ 46 ] = 0
 VLMS2 [ 46 ] = 0

 VLMCB [ 46 ] = 0
 VLMC1 [ 46 ] = 0
 VLMC2 [ 46 ] = 0

 VLMMB [ 46 ] = 0
 VLMM1 [ 46 ] = 0
 VLMM2 [ 46 ] = 0

 VLMXB [ 47 ] = 0
 VLMX1 [ 47 ] = 0
 VLMX2 [ 47 ] = 0

 VLMZB [ 47 ] = 0
 VLMZ1 [ 47 ] = 0
 VLMZ2 [ 47 ] = 0

 VLMSB [ 47 ] = 0
 VLMS1 [ 47 ] = 0
 VLMS2 [ 47 ] = 0

 VLMCB [ 47 ] = 0
 VLMC1 [ 47 ] = 0
 VLMC2 [ 47 ] = 0

 VLMMB [ 47 ] = 0
 VLMM1 [ 47 ] = 0
 VLMM2 [ 47 ] = 0

 VLMXB [ 48 ] = 0
 VLMX1 [ 48 ] = 0
 VLMX2 [ 48 ] = 0

 VLMZB [ 48 ] = 0
 VLMZ1 [ 48 ] = 0
 VLMZ2 [ 48 ] = 0

 VLMSB [ 48 ] = 0
 VLMS1 [ 48 ] = 0
 VLMS2 [ 48 ] = 0

 VLMCB [ 48 ] = 0
 VLMC1 [ 48 ] = 0
 VLMC2 [ 48 ] = 0

 VLMMB [ 48 ] = 0
 VLMM1 [ 48 ] = 0
 VLMM2 [ 48 ] = 0

 VLMXB [ 49 ] = 0
 VLMX1 [ 49 ] = 0
 VLMX2 [ 49 ] = 0

 VLMZB [ 49 ] = 0
 VLMZ1 [ 49 ] = 0
 VLMZ2 [ 49 ] = 0

 VLMSB [ 49 ] = 0
 VLMS1 [ 49 ] = 0
 VLMS2 [ 49 ] = 0

 VLMCB [ 49 ] = 0
 VLMC1 [ 49 ] = 0
 VLMC2 [ 49 ] = 0

 VLMMB [ 49 ] = 0
 VLMM1 [ 49 ] = 0
 VLMM2 [ 49 ] = 0

 VLMXB [ 50 ] = 0
 VLMX1 [ 50 ] = 0
 VLMX2 [ 50 ] = 0

 VLMZB [ 50 ] = 0
 VLMZ1 [ 50 ] = 0
 VLMZ2 [ 50 ] = 0

 VLMSB [ 50 ] = 0
 VLMS1 [ 50 ] = 0
 VLMS2 [ 50 ] = 0

 VLMCB [ 50 ] = 0
 VLMC1 [ 50 ] = 0
 VLMC2 [ 50 ] = 0

 VLMMB [ 50 ] = 0
 VLMM1 [ 50 ] = 0
 VLMM2 [ 50 ] = 0

 VLMXB [ 51 ] = 0
 VLMX1 [ 51 ] = 0
 VLMX2 [ 51 ] = 0

 VLMZB [ 51 ] = 0
 VLMZ1 [ 51 ] = 0
 VLMZ2 [ 51 ] = 0

 VLMSB [ 51 ] = 0
 VLMS1 [ 51 ] = 0
 VLMS2 [ 51 ] = 0

 VLMCB [ 51 ] = 0
 VLMC1 [ 51 ] = 0
 VLMC2 [ 51 ] = 0

 VLMMB [ 51 ] = 0
 VLMM1 [ 51 ] = 0
 VLMM2 [ 51 ] = 0

 VLMXB [ 52 ] = 0
 VLMX1 [ 52 ] = 0
 VLMX2 [ 52 ] = 0

 VLMZB [ 52 ] = 0
 VLMZ1 [ 52 ] = 0
 VLMZ2 [ 52 ] = 0

 VLMSB [ 52 ] = 0
 VLMS1 [ 52 ] = 0
 VLMS2 [ 52 ] = 0

 VLMCB [ 52 ] = 0
 VLMC1 [ 52 ] = 0
 VLMC2 [ 52 ] = 0

 VLMMB [ 52 ] = 0
 VLMM1 [ 52 ] = 0
 VLMM2 [ 52 ] = 0

 VLMXB [ 53 ] = 0
 VLMX1 [ 53 ] = 0
 VLMX2 [ 53 ] = 0

 VLMZB [ 53 ] = 0
 VLMZ1 [ 53 ] = 0
 VLMZ2 [ 53 ] = 0

 VLMSB [ 53 ] = 0
 VLMS1 [ 53 ] = 0
 VLMS2 [ 53 ] = 0

 VLMCB [ 53 ] = 0
 VLMC1 [ 53 ] = 0
 VLMC2 [ 53 ] = 0

 VLMMB [ 53 ] = 0
 VLMM1 [ 53 ] = 0
 VLMM2 [ 53 ] = 0

 VLMXB [ 54 ] = 0
 VLMX1 [ 54 ] = 0
 VLMX2 [ 54 ] = 0

 VLMZB [ 54 ] = 0
 VLMZ1 [ 54 ] = 0
 VLMZ2 [ 54 ] = 0

 VLMSB [ 54 ] = 0
 VLMS1 [ 54 ] = 0
 VLMS2 [ 54 ] = 0

 VLMCB [ 54 ] = 0
 VLMC1 [ 54 ] = 0
 VLMC2 [ 54 ] = 0

 VLMMB [ 54 ] = 0
 VLMM1 [ 54 ] = 0
 VLMM2 [ 54 ] = 0

 VLMXB [ 55 ] = 0
 VLMX1 [ 55 ] = 0
 VLMX2 [ 55 ] = 0

 VLMZB [ 55 ] = 0
 VLMZ1 [ 55 ] = 0
 VLMZ2 [ 55 ] = 0

 VLMSB [ 55 ] = 0
 VLMS1 [ 55 ] = 0
 VLMS2 [ 55 ] = 0

 VLMCB [ 55 ] = 0
 VLMC1 [ 55 ] = 0
 VLMC2 [ 55 ] = 0

 VLMMB [ 55 ] = 0
 VLMM1 [ 55 ] = 0
 VLMM2 [ 55 ] = 0

 VLMXB [ 56 ] = 0
 VLMX1 [ 56 ] = 0
 VLMX2 [ 56 ] = 0

 VLMZB [ 56 ] = 0
 VLMZ1 [ 56 ] = 0
 VLMZ2 [ 56 ] = 0

 VLMSB [ 56 ] = 0
 VLMS1 [ 56 ] = 0
 VLMS2 [ 56 ] = 0

 VLMCB [ 56 ] = 0
 VLMC1 [ 56 ] = 0
 VLMC2 [ 56 ] = 0

 VLMMB [ 56 ] = 0
 VLMM1 [ 56 ] = 0
 VLMM2 [ 56 ] = 0

 VLMXB [ 57 ] = 0
 VLMX1 [ 57 ] = 0
 VLMX2 [ 57 ] = 0

 VLMZB [ 57 ] = 0
 VLMZ1 [ 57 ] = 0
 VLMZ2 [ 57 ] = 0

 VLMSB [ 57 ] = 0
 VLMS1 [ 57 ] = 0
 VLMS2 [ 57 ] = 0

 VLMCB [ 57 ] = 0
 VLMC1 [ 57 ] = 0
 VLMC2 [ 57 ] = 0

 VLMMB [ 57 ] = 0
 VLMM1 [ 57 ] = 0
 VLMM2 [ 57 ] = 0

 VLMXB [ 58 ] = 0
 VLMX1 [ 58 ] = 0
 VLMX2 [ 58 ] = 0

 VLMZB [ 58 ] = 0
 VLMZ1 [ 58 ] = 0
 VLMZ2 [ 58 ] = 0

 VLMSB [ 58 ] = 0
 VLMS1 [ 58 ] = 0
 VLMS2 [ 58 ] = 0

 VLMCB [ 58 ] = 0
 VLMC1 [ 58 ] = 0
 VLMC2 [ 58 ] = 0

 VLMMB [ 58 ] = 0
 VLMM1 [ 58 ] = 0
 VLMM2 [ 58 ] = 0

 VLMXB [ 59 ] = 0
 VLMX1 [ 59 ] = 0
 VLMX2 [ 59 ] = 0

 VLMZB [ 59 ] = 0
 VLMZ1 [ 59 ] = 0
 VLMZ2 [ 59 ] = 0

 VLMSB [ 59 ] = 0
 VLMS1 [ 59 ] = 0
 VLMS2 [ 59 ] = 0

 VLMCB [ 59 ] = 0
 VLMC1 [ 59 ] = 0
 VLMC2 [ 59 ] = 0

 VLMMB [ 59 ] = 0
 VLMM1 [ 59 ] = 0
 VLMM2 [ 59 ] = 0

 VLMXB [ 60 ] = 0
 VLMX1 [ 60 ] = 0
 VLMX2 [ 60 ] = 0

 VLMZB [ 60 ] = 0
 VLMZ1 [ 60 ] = 0
 VLMZ2 [ 60 ] = 0

 VLMSB [ 60 ] = 0
 VLMS1 [ 60 ] = 0
 VLMS2 [ 60 ] = 0

 VLMCB [ 60 ] = 0
 VLMC1 [ 60 ] = 0
 VLMC2 [ 60 ] = 0

 VLMMB [ 60 ] = 0
 VLMM1 [ 60 ] = 0
 VLMM2 [ 60 ] = 0

 VLMXB [ 61 ] = 0
 VLMX1 [ 61 ] = 0
 VLMX2 [ 61 ] = 0

 VLMZB [ 61 ] = 0
 VLMZ1 [ 61 ] = 0
 VLMZ2 [ 61 ] = 0

 VLMSB [ 61 ] = 0
 VLMS1 [ 61 ] = 0
 VLMS2 [ 61 ] = 0

 VLMCB [ 61 ] = 0
 VLMC1 [ 61 ] = 0
 VLMC2 [ 61 ] = 0

 VLMMB [ 61 ] = 0
 VLMM1 [ 61 ] = 0
 VLMM2 [ 61 ] = 0

 VLMXB [ 62 ] = 0
 VLMX1 [ 62 ] = 0
 VLMX2 [ 62 ] = 0

 VLMZB [ 62 ] = 0
 VLMZ1 [ 62 ] = 0
 VLMZ2 [ 62 ] = 0

 VLMSB [ 62 ] = 0
 VLMS1 [ 62 ] = 0
 VLMS2 [ 62 ] = 0

 VLMCB [ 62 ] = 0
 VLMC1 [ 62 ] = 0
 VLMC2 [ 62 ] = 0

 VLMMB [ 62 ] = 0
 VLMM1 [ 62 ] = 0
 VLMM2 [ 62 ] = 0

 VLMXB [ 63 ] = 0
 VLMX1 [ 63 ] = 0
 VLMX2 [ 63 ] = 0

 VLMZB [ 63 ] = 0
 VLMZ1 [ 63 ] = 0
 VLMZ2 [ 63 ] = 0

 VLMSB [ 63 ] = 0
 VLMS1 [ 63 ] = 0
 VLMS2 [ 63 ] = 0

 VLMCB [ 63 ] = 0
 VLMC1 [ 63 ] = 0
 VLMC2 [ 63 ] = 0

 VLMMB [ 63 ] = 0
 VLMM1 [ 63 ] = 0
 VLMM2 [ 63 ] = 0

 VLMXB [ 64 ] = 0
 VLMX1 [ 64 ] = 0
 VLMX2 [ 64 ] = 0

 VLMZB [ 64 ] = 0
 VLMZ1 [ 64 ] = 0
 VLMZ2 [ 64 ] = 0

 VLMSB [ 64 ] = 0
 VLMS1 [ 64 ] = 0
 VLMS2 [ 64 ] = 0

 VLMCB [ 64 ] = 0
 VLMC1 [ 64 ] = 0
 VLMC2 [ 64 ] = 0

 VLMMB [ 64 ] = 0
 VLMM1 [ 64 ] = 0
 VLMM2 [ 64 ] = 0

 M02

[deadlykitten]

"save" code will output LM values between desired LM adresses / fields

    V1 =  1
    V2 = 64

  ( * ) ( save between V1 and V2 )

    FWRITC LM-register1.txt;A
    PUT ' '
    WRITE C

    PUT '	'
    PUT ' -'
    PUT '	'
    PUT '     [ X ]  '
    PUT '	'
    PUT '     [ Z ]  '
    PUT '	'
    PUT '     [ S ]  '
    PUT '	'
    PUT '     [ C ]  '
    PUT '	'
    PUT '     [ M ]  '
    WRITE C
    PUT ' '
    WRITE C


    NHERE

      PUT '	'
      PUT V1 , 2

      PUT '	'
      PUT VLMXB [ V1 ] , 4
      PUT VLMX1 [ V1 ] , 4
      PUT VLMX2 [ V1 ] , 4

      PUT '	'
      PUT VLMZB [ V1 ] , 4
      PUT VLMZ1 [ V1 ] , 4
      PUT VLMZ2 [ V1 ] , 4

      PUT '	'
      PUT VLMSB [ V1 ] , 4
      PUT VLMS1 [ V1 ] , 4
      PUT VLMS2 [ V1 ] , 4

      PUT '	'
      PUT VLMCB [ V1 ] , 4
      PUT VLMC1 [ V1 ] , 4
      PUT VLMC2 [ V1 ] , 4

      PUT '	'
      PUT VLMMB [ V1 ] , 4
      PUT VLMM1 [ V1 ] , 4
      PUT VLMM2 [ V1 ] , 4

      WRITE C

      V1 = V1 + 1

    IF [ V1-1 LT V2 ] NHERE

    CLOSE C

    M02

this is the content of the output file

 
	 -	     [ X ]  	     [ Z ]  	     [ S ]  	     [ C ]  	     [ M ]  
 
	 1	  16  17  21	  48  52  57	   0   0   0	   0   0   0	  56  61  67
	 2	  17  18  20	  48  52  57	   0   0   0	   0   0   0	  31  34  37
	 3	  16  17  18	  90  99 106	   0   0   0	   0   0   0	   0   0   0
	 4	   0   0   0	  17  18  20	   0   0   0	   0   0   0	   0   0   0
	 5	   0   0   0	  12  13  14	   0   0   0	   0   0   0	   0   0   0
	 6	   0   0   0	  12  13  14	   0   0   0	   0   0   0	   0   0   0
	 7	   0   0   0	  12  13  14	   0   0   0	   0   0   0	   0   0   0
	 8	   0   0   0	  20  24  26	   0   0   0	   0   0   0	   0   0   0
	 9	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	10	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	11	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	12	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	13	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	14	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	15	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	16	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	17	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	18	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	19	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	20	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	21	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	22	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	23	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	24	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	25	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	26	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	27	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	28	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	29	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	30	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	31	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	32	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	33	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	34	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	35	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	36	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	37	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	38	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	39	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	40	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	41	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	42	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	43	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	44	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	45	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	46	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	47	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	48	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	49	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	50	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	51	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	52	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	53	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	54	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	55	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	56	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	57	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	58	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	59	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	60	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	61	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	62	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	63	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0
	64	   0   0   0	   0   0   0	   0   0   0	   0   0   0	   0   0   0

[deadlykitten]

"load" code : simple and obvious i suppose this code is not general, but specific ...

thus a bit useles to share; please consider it "theoretical"

    VLMZB [ 1 ] = 48
    VLMZ1 [ 1 ] = 52
    VLMZ2 [ 1 ] = 57

    VLMZB [ 2 ] = 48
    VLMZ1 [ 2 ] = 52
    VLMZ2 [ 2 ] = 57

    VLMZB [ 3 ] = 90
    VLMZ1 [ 3 ] = 99
    VLMZ2 [ 3 ] = 106

    VLMZB [ 4 ] = 17
    VLMZ1 [ 4 ] = 18
    VLMZ2 [ 4 ] = 20

    VLMZB [ 5 ] = 12
    VLMZ1 [ 5 ] = 13
    VLMZ2 [ 5 ] = 14

    VLMZB [ 6 ] = 12
    VLMZ1 [ 6 ] = 13
    VLMZ2 [ 6 ] = 14

    VLMZB [ 7 ] = 12
    VLMZ1 [ 7 ] = 13
    VLMZ2 [ 7 ] = 14

    VLMZB [ 8 ] = 20
    VLMZ1 [ 8 ] = 24
    VLMZ2 [ 8 ] = 26

    M02

[deadlykitten]

tadda, this is all ... or is it ?

please stand by for next version codes for " clear / save / load "... all shared so far are not so impressive

i will delay this a bit, because i don't wanna flood this forum with posts all the best !

[deadlykitten]

tadda, this is all ... or is it ? please stand by for next version codes for " clear / save / load "

this thread ( and the next one ) is about reducing duration for :
... saving LM values for futher usage
... loading LM values, when a previous setup is reloaded on the cnc, thus skipping the AutoSet procedure

not only reducing duration, but simplifying things; how ?

... once a setup with LM values is stable, save all LM data by running a program : thus few seconds
... time passes ... stuff happens ... etc
... after a while, when same setup is prepared once more on the cnc, load all data by runing a program : thus, again, only a few seconds

so, i can deliver "save / load" in just a few seconds

"clear", as i said in previous post, is like erasing contacts from phone agenda ... i always felt sorry for those that have a drink in front, cleaning the mobile / smart phone, like those contacts are inside their head .... and such a 300% relief when agenda is finally refreshed ...

i also did that now i don't care ... actually, there is a dead person / relative in my agenda, but i still go to more weddings than funerals, so is "still" ok

[deadlykitten]

so, i can deliver "save / load" in just a few seconds

this code will generate a *.min file, with LM values output file is stable, available for input anytime

build for osp300L, tested on LB3oooex2

    V1 =  1  V2 = 64  ( save between V1 and V2 )

    CALL OSTRT
     CALL OCORE
      CALL OEND

    M02

 ( . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . )

OSTRT

    FWRITC LM-register5.min;A
    PUT ' '
    WRITE C

RTS

 ( . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . )

OCORE

    NHERE

      CALL OMAIN  LV01 = VLMXB [ V1 ]  LV02 = VLMX1 [ V1 ]  LV03 = VLMX2 [ V1 ]  LV04 = 1
      CALL OMAIN  LV01 = VLMZB [ V1 ]  LV02 = VLMZ1 [ V1 ]  LV03 = VLMZ2 [ V1 ]  LV04 = 2
      CALL OMAIN  LV01 = VLMSB [ V1 ]  LV02 = VLMS1 [ V1 ]  LV03 = VLMS2 [ V1 ]  LV04 = 3
      CALL OMAIN  LV01 = VLMCB [ V1 ]  LV02 = VLMC1 [ V1 ]  LV03 = VLMC2 [ V1 ]  LV04 = 4
      CALL OMAIN  LV01 = VLMMB [ V1 ]  LV02 = VLMM1 [ V1 ]  LV03 = VLMM2 [ V1 ]  LV04 = 5

      V1 = V1 + 1

    IF [ V1-1 LT V2 ] NHERE

RTS

 ( . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . )

OEND

    PUT '    '
    PUT 'M02'
    WRITE C

    CLOSE C

RTS

 ( . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . )

OMAIN

    IF [ LV01 EQ 0 ] NJUMP

    PUT '    '
     PUT 'VLM'
      CALL OHELP
       PUT 'B     [ '
        PUT V1 , 2
         PUT ' ] =     '
          PUT LV01 , 3
                                 WRITE C

    PUT '    '
     PUT ' VLM'
      CALL OHELP
       PUT '1   [ '
        PUT V1 , 2
         PUT ' ]   =   '
          PUT LV02 , 3
                                 WRITE C

    PUT '    '
     PUT '  VLM'
      CALL OHELP
       PUT '2 [ '
        PUT V1 , 2
         PUT ' ]     = '
          PUT LV03 , 3
                                 WRITE C

    PUT ' '
                                 WRITE C

    NJUMP

RTS

 ( . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . )

OHELP

    IF [ LV04 EQ 1 ] N1
    IF [ LV04 EQ 2 ] N2
    IF [ LV04 EQ 3 ] N3
    IF [ LV04 EQ 4 ] N4
    IF [ LV04 EQ 5 ] N5

     N1 PUT $58
        GOTO NEND

     N2 PUT $5A
        GOTO NEND

     N3 PUT $53
        GOTO NEND

     N4 PUT $43
        GOTO NEND

     N5 PUT $4D
        GOTO NEND

    NEND

RTS

 ( . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . )

this is all ... or is it ? kindly !

[deadlykitten]

this code will generate a *.min file, with LM values output file is stable, available for input anytime

please check attached ~2 minutes movie, so to see how this works

... main file is loaded at 0:15
... output file is inspected at 0:48, and loaded at 0:53
... after 1:10 is shown that output file content is the same as the values inside :
......... Auto \ Display_change \ Load_monitor \ Limit_levels \ #1

ps : it took a bit too much, because i had to run between desktop and cnc kindly !