#---------------------------------- cut here ----------------------------------
# This is a shell archive.  Remove anything before this line,
# then unpack it by saving it in a file and typing "sh file".
#
# This archive contains:
#	time	
#
# Modification/access file times will be preserved.

LANG=""; export LANG
PATH=/bin:/usr/bin:$PATH; export PATH

echo mkdir - time
mkdir time

echo x - time/README
cat >time/README <<'@EOF'
   This directory contains all the material necessary to generate simple chip
for a 24 hour clock.  The root file is "lineclock.bdnet", which consists of the
core of the chip. Data pads and corner pads are added with "linepads.bdnet" and
"linechip.bdnet".  The pads and padframe are of the MOSIS tinychip variety.
   The script to build the chip is "bld"; the script that cleans the directory
for the build is "bldcln".  Individual scripts can be used to invoke individual
tools; these scripts are all named "m<function>".  The build script does not
use all the tools in the m* scripts (such as mps or mstats), but only those
necessary for the build.  A simple simulation of the chip can be run by typing
"msim lineclock".
   Remember that the OCTTOOLS and USER shell variables must be defined for the
build to complete, and that $OCTTOOLS/bin must be in the search path.
   The build takes approximately 20 minutes on a Sun 4/260.  The resulting chip
can be examined in vem by running vem and typing
	"linechip:wired"o
Note that three warning messages may occur in the mosaico step, one from NLE
and the other two from PGcurrent.

   With respect to the chip itself, the input consists of a 60 Hz signal (one
cycle of which is called a "jiffy"), a count up line, a count down line, and a
reset line.  The chip outputs the time in BCD.  It also outputs a second clock
line, and a line that flashes on every other second (for a blinking ":"
display, for example).  It is anticipated that the clock will be set by running
a fast clock in on the 60Hz input line.

   The shar file was created via "shar -Cmv time > timar"
@EOF

touch -m 1117143092 time/README
touch -a 1117143092 time/README
chmod 644 time/README

echo x - time/digitclock.bds
cat >time/digitclock.bds <<'@EOF'
model digitClock carryNext<0>, latchClock<0> =
	enableNext<0>, carryLast<0>, basicClock<0>, clear<0>, jiffy;
routine digitClock;
    begin
	if ((clear EQL 1) AND (jiffy EQL 1))
		OR ((basicClock EQL 1) AND (carryLast EQL 1))
	    then latchClock = 1
	    else latchClock = 0;
	if enableNext EQL 1 AND carryLast EQL 1 then carryNext = 1;
    end;
endroutine;
endmodel;
@EOF

touch -m 0811015792 time/digitclock.bds
touch -a 1116173992 time/digitclock.bds
chmod 644 time/digitclock.bds

echo x - time/mblif
cat >time/mblif <<'@EOF'
bdsyn -A -o $1.blif $1.bds
@EOF

touch -m 0303001292 time/mblif
touch -a 1116173992 time/mblif
chmod 755 time/mblif

echo x - time/mlogic
cat >time/mlogic <<'@EOF'
misII -f script.msu -T oct -o $1:logic $1.blif
@EOF

touch -m 0303001292 time/mlogic
touch -a 1116173992 time/mlogic
chmod 755 time/mlogic

echo x - time/mnet
cat >time/mnet <<'@EOF'
bdnet $1.bdnet
@EOF

touch -m 0303001292 time/mnet
touch -a 1116173992 time/mnet
chmod 755 time/mnet

echo x - time/mplace
cat >time/mplace <<'@EOF'
#/bin/csh
octflatten -t LEAF -o $1\:flat $1\:unplaced >& $1.log
padplace -cv $1\:flat >>& $1.log
wolfe -o $1\:placed $1\:flat >>& $1.log
@EOF

touch -m 0819162392 time/mplace
touch -a 1116173992 time/mplace
chmod 755 time/mplace

echo x - time/msim
cat >time/msim <<'@EOF'
musa -i $1.sim $1:unplaced | more
@EOF

touch -m 0808234992 time/msim
touch -a 1116173992 time/msim
chmod 755 time/msim

echo x - time/second60.bds
cat >time/second60.bds <<'@EOF'
model second60 d<5:0>, second<0> = q<5:0>, reset<0>;
! Output: Babylonian second clock signal
! Input: master reset
!	 (latch is clocked by jiffy source)
routine second60;
    begin
	if (reset EQL 1) then begin d = 0; second = 0; end
	else if (q EQL 59) then begin d = 0; second = 1; end
	else begin d = q + 1; second = 0; end;
    end;
endroutine;
endmodel;
@EOF

touch -m 0812140292 time/second60.bds
touch -a 1116173992 time/second60.bds
chmod 644 time/second60.bds

echo x - time/second.bdnet
cat >time/second.bdnet <<'@EOF'
MODEL second:unplaced;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Declare the formal terminals of this circuit.
INPUT reset<0>;
CLOCK jiffy;
OUTPUT second<0>;
OUTPUT secflash<0>;
SUPPLY Vdd;
GROUND GND;

! Put down an instance of the 60 count logic
INSTANCE second60:logic NAME = c60 PROMOTE;
	d<5:0>:c60d<5:0>;
	q<5:0>:c60q<5:0>;
	second<0>:secondlogic<0>;
	reset<0>:reset<0>;
! Put down latches to hold the count.
ARRAY %i FROM 0 TO 5 OF
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
	DATA1:c60d<%i>;
	CLK2:jiffy;
	Q:c60q<%i>;
	Q_b:UNCONNECTED;
	"Vdd!":Vdd;
	"GND!":GND;
! Put down a latch to hold the output.
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
	DATA1:secondlogic<0>;
	CLK2:jiffy;
	Q:second<0>;
	Q_b:UNCONNECTED;
	"Vdd!":Vdd;
	"GND!":GND;

! Put down logic to flip (flop) every (other) second.
INSTANCE flash:logic NAME = secblink PROMOTE;
	flashIn<0>:secflash<0>;
	flashOut<0>:secflashNext<0>;
	invert<0>:second<0>;
	reset<0>:reset<0>;
! Put down a latch to flip (flop) every (other) second.
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
	DATA1:secflashNext<0>;
	CLK2:jiffy;
	Q:secflash<0>;
	Q_b:UNCONNECTED;
	"Vdd!":Vdd;
	"GND!":GND;

ENDMODEL;
@EOF

touch -m 0810014992 time/second.bdnet
touch -a 1116173992 time/second.bdnet
chmod 644 time/second.bdnet

echo x - time/second.sim
cat >time/second.sim <<'@EOF'
! Make the counter output vectors
mv q60 c60q<5:0>

! Define a single cycle jiffy clock macro
ma c
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh second<0> secflash<0> q60
$end
! Define a many cycle jiffy clock macro
ma cc
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh second<0> secflash<0> q60
$end

! reset
se reset<0> 0
c
se reset<0> 1
rp 2 c
se reset<0> 0

! just do it.
rp 100 c
rp 100 cc
rp 100 c
@EOF

touch -m 0810015092 time/second.sim
touch -a 1116173992 time/second.sim
chmod 644 time/second.sim

echo x - time/bld
cat >time/bld <<'@EOF'
#/bin/csh

echo mblogic digit10count
bdsyn -A -o digit10count.blif digit10count.bds
misII -f script.msu -T oct -o digit10count\:logic digit10count.blif

echo mnet digit10latch
bdnet digit10latch.bdnet

echo mblogic digit24count
bdsyn -A -o digit24count.blif digit24count.bds
misII -f script.msu -T oct -o digit24count\:logic digit24count.blif

echo mnet digit24latch
bdnet digit24latch.bdnet

echo mblogic digit6count
bdsyn -A -o digit6count.blif digit6count.bds
misII -f script.msu -T oct -o digit6count\:logic digit6count.blif

echo mnet digit6latch
bdnet digit6latch.bdnet

echo mblogic digitclock
bdsyn -A -o digitclock.blif digitclock.bds
misII -f script.msu -T oct -o digitclock\:logic digitclock.blif

echo mnet hours
bdnet hours.bdnet

echo mblogic second60
bdsyn -A -o second60.blif second60.bds
misII -f script.msu -T oct -o second60\:logic second60.blif

echo mblogic flash
bdsyn -A -o flash.blif flash.bds
misII -f script.msu -T oct -o flash\:logic flash.blif

echo mnet second
bdnet second.bdnet

echo mblogic udlogic
bdsyn -A -o udlogic.blif udlogic.bds
misII -f script.msu -T oct -o udlogic\:logic udlogic.blif

echo mnet udnet
bdnet udnet.bdnet

echo mnet lineclock
bdnet lineclock.bdnet

echo mplacer lineclock 9
octflatten -t LEAF -o lineclock\:flat lineclock\:unplaced
padplace -cv lineclock\:flat
wolfe -r 9 -o lineclock\:placed lineclock\:flat

echo mnet linepads
bdnet linepads.bdnet

echo mwired linepads
mosaico -c -s -o linepads\:wired linepads\:placed

echo mnet linechip
bdnet linechip.bdnet

echo mfab linechip
# fabprep -cif linechip.cif linechip\:wired
# This doesn't work in a script.
@EOF

touch -m 1115014692 time/bld
touch -a 1116173992 time/bld
chmod 755 time/bld

echo x - time/lineclock.bdnet
cat >time/lineclock.bdnet <<'@EOF'
MODEL lineclock:unplaced;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Note that up, down, clear, second, and jiffy are widely used.

! Declare the formal terminals of this circuit.
!   They are ordered for clockwise pad assignment. 
INPUT up<0>;
INPUT down<0>;
INPUT clear<0>;
CLOCK jiffy;
OUTPUT sec1<3:0>;
OUTPUT sec10<2:0>;
INPUT GndStub<0>;
OUTPUT min1<3:0>;
OUTPUT min10<2:0>;
OUTPUT outStub1<0>;
OUTPUT hour1<3:0>;
OUTPUT hour10<1:0>;
OUTPUT second<0>;
OUTPUT secflash<0>;
OUTPUT outStub2<0>;
INPUT VddStub<0>;
SUPPLY Vdd;
GROUND GND;

! Instantiate the second logic
INSTANCE second:unplaced NAME = secClock PROMOTE;
	reset<0>:clear<0>;
	jiffy:jiffy;
	second<0>:secondon<0>;
	secflash<0>:secflash<0>;

! Instantiate the up/down control logic
INSTANCE udnet:unplaced NAME = updown PROMOTE;
	upin<0>:up<0>;
	downin<0>:down<0>;
	upout<0>:upset<0>;
	downout<0>:downset<0>;
	decin<0>:GndStub<0>;
	secin<0>:secondon<0>;
	decout<0>:outStub1<0>;
	secout<0>:second<0>;
	jiffy:jiffy;

! Instantiate the time display
INSTANCE hours:unplaced NAME = secTime PROMOTE;
	up<0>:upset<0>;
	down<0>:downset<0>;
	clear<0>:clear<0>;
	VddStub<0>:VddStub<0>;
	GndStub<0>:GndStub<0>;
	jiffy:jiffy;
	second<0>:second<0>;
	sec1<3:0>:sec1<3:0>;
	sec10<2:0>:sec10<2:0>;
	min1<3:0>:min1<3:0>;
	min10<2:0>:min10<2:0>;
	hour1<3:0>:hour1<3:0>;
	hour10<1:0>:hour10<1:0>;
	outStub<0>:outStub2<0>;

ENDMODEL;
@EOF

touch -m 1022161592 time/lineclock.bdnet
touch -a 1117135892 time/lineclock.bdnet
chmod 644 time/lineclock.bdnet

echo x - time/sectest.bdnet
cat >time/sectest.bdnet <<'@EOF'
MODEL sectest:unplaced;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Declare the formal terminals of this circuit.
INPUT up<0>;
INPUT down<0>;
INPUT clear<0>;
CLOCK second<0>;
CLOCK jiffy;
OUTPUT sec1<3:0>;
OUTPUT sec10<2:0>;
OUTPUT hour1<3:0>;
OUTPUT hour10<1:0>;
OUTPUT highOut<0>;
SUPPLY Vdd;
GROUND GND;

! Put down an instance of the 10 count logic
INSTANCE digit10count:logic NAME = sec1count PROMOTE;
	d<3:0>:sec1d<3:0>;
	q<3:0>:sec1<3:0>;
	enableNext<0>:enableNext1<0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = sec1clock PROMOTE;
	carryLast<0>:Vdd;
	enableNext<0>:enableNext1<0>;
	basicClock<0>:second<0>;
	carryNext<0>:carry1<0>;
	latchClock<0>:latchClock1<0>;
	jiffy:jiffy;
! Put down 4 latches to hold the state.
INSTANCE digit10latch:logic NAME = sec1latch PROMOTE
	d<3:0>:sec1d<3:0>;
	q<3:0>:sec1<3:0>;
	latchClock:latchClock1<0>;

! Put down an instance of the 6 count logic
INSTANCE digit6count:logic NAME = sec10count PROMOTE;
	d<2:0>:sec10d<2:0>;
	q<2:0>:sec10<2:0>;
	enableNext<0>:enableNext2<0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = sec10clock PROMOTE;
	carryLast<0>:carry1<0>;
	enableNext<0>:enableNext2<0>;
	basicClock<0>:second<0>;
	carryNext<0>:carry2<0>;
	latchClock<0>:latchClock2<0>;
	jiffy:jiffy;
! Put down 3 latches to hold the state.
INSTANCE digit6latch:logic NAME = sec10latch PROMOTE
	d<2:0>:sec10d<2:0>;
	q<2:0>:sec10<2:0>;
	latchClock:latchClock2<0>;

! Put down an instance of the 24 count logic
INSTANCE digit24count:logic NAME = hourcount PROMOTE;
	dlow<3:0>:dlow<3:0>;
	qlow<3:0>:hour1<3:0>;
	dhigh<1:0>:dhigh<1:0>;
	qhigh<1:0>:hour10<1:0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = hourclock PROMOTE;
	carryLast<0>:carry2<0>;
	enableNext<0>:GND;
	basicClock<0>:second<0>;
	carryNext<0>:highOut<0>;
	latchClock<0>:latchClock3<0>;
	jiffy:jiffy;
! Put down the latches to hold the state.
INSTANCE digit24latch:logic NAME = hourlatch PROMOTE
	dlow<3:0>:dlow<3:0>;
	qlow<3:0>:hour1<3:0>;
	dhigh<1:0>:dhigh<1:0>;
	qhigh<1:0>:hour10<1:0>;
	latchClock:latchClock3<0>;

ENDMODEL;
@EOF

touch -m 0812145492 time/sectest.bdnet
touch -a 1116173992 time/sectest.bdnet
chmod 644 time/sectest.bdnet

echo x - time/digit6latch.bdnet
cat >time/digit6latch.bdnet <<'@EOF'
MODEL digit6latch:logic;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Declare the formal terminals of this circuit.
INPUT d<2:0>;
CLOCK latchClock;
OUTPUT q<2:0>;
SUPPLY Vdd;
GROUND GND;

! Put down latches to hold the state.
ARRAY %i FROM 0 TO 2 OF
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
        DATA1:d<%i>;
        CLK2:latchClock;
        Q:q<%i>;
        Q_b:UNCONNECTED;
        "Vdd!":Vdd;
        "GND!":GND;
ENDMODEL;
@EOF

touch -m 0809020592 time/digit6latch.bdnet
touch -a 1116173992 time/digit6latch.bdnet
chmod 644 time/digit6latch.bdnet

echo x - time/sectest.sim
cat >time/sectest.sim <<'@EOF'
! Make output vectors
mv sec1 sec1<3:0>
mv sec10 sec10<2:0>
mv hour1 hour1<3:0>
mv hour10 hour10<1:0>
! Define a jiffy clock macro
ma cj
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh up<0> down<0> hour10 hour1 sec10 sec1 carry1<0> carry2<0>
$end
! Define a single cycle clock macro
ma c
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh up<0> down<0> hour10 hour1 sec10 sec1 carry1<0> carry2<0>
$end
! Define a ten cycle clock macro
ma cc
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh up<0> down<0> hour10 hour1 sec10 sec1 carry1<0> carry2<0>
$end

! clear
se up<0> 0
se down<0> 0
se clear<0> 1
rp 2 cj
se clear<0> 0

! count up 60
se up<0> 1
se down<0> 0
cj
rp 60 c

! count down 60
se up<0> 0
se down<0> 1
cj
rp 60 c

! count up 144*10
se up<0> 1
se down<0> 0
cj
rp 144 cc

! count down 144*10 + 1
se up<0> 0
se down<0> 1
cj
rp 144 cc
c
@EOF

touch -m 0812153792 time/sectest.sim
touch -a 1116173992 time/sectest.sim
chmod 644 time/sectest.sim

echo x - time/hours.sim
cat >time/hours.sim <<'@EOF'
! This is a test of the hour counters, counting up and down one minute.
! Make output vectors
mv sec1 sec1<3:0>
mv sec10 sec10<2:0>
mv min1 min1<3:0>
mv min10 min10<2:0>
mv hour1 hour1<3:0>
mv hour10 hour10<1:0>

! Define a single cycle clock macro
ma c
  se second<0> 1
  se jiffy 1
  ev
  se jiffy 0
  ev
  se second<0> 0
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh up<0> down<0> hour10 hour1 min10 min1 sec10 sec1
$end

! initialize Vdd and Gnd connections
se VddStub<0> 1
se GndStub<0> 1

! clear
se clear<0> 1
rp 2 c
se clear<0> 0

! set to idle
se up<0> 0
se down<0> 0
rp 2 c

! count up 61
se up<0> 1
se down<0> 0
rp 61 c

! count down 61
se up<0> 0
se down<0> 1
rp 61 c
@EOF

touch -m 1022163492 time/hours.sim
touch -a 1116173992 time/hours.sim
chmod 644 time/hours.sim

echo x - time/lineclock.sim
cat >time/lineclock.sim <<'@EOF'
! This test checks basic up/down/count functionality.
!
! Make output vectors
mv sec1 sec1<3:0>
mv sec10 sec10<2:0>
mv min1 min1<3:0>
mv min10 min10<2:0>
mv hour1 hour1<3:0>
mv hour10 hour10<1:0>
! Define a single cycle clock macro
ma c
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh second<0> secflash<0> hour10 hour1 min10 min1 sec10 sec1
$end
! Define a ten cycle clock macro
ma cc
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  se jiffy 1
  ev
  se jiffy 0
  ev
  sh second<0> secflash<0> hour10 hour1 min10 min1 sec10 sec1
$end

! initialize Vdd and Gnd connections
se VddStub<0> 1
se GndStub<0> 0

! clear
se clear<0> 1
se up<0> 0
se down<0> 0
rp 2 c
se clear<0> 0

! count up 61
se up<0> 1
se down<0> 0
rp 61 c

! count down 60 (10 at idle)
se up<0> 0
se down<0> 0
rp 10 c
se up<0> 0
se down<0> 1
rp 50 c

! idle for 60 (flashes will continue)
se up<0> 0
se down<0> 0
rp 60 c
@EOF

touch -m 0827155592 time/lineclock.sim
touch -a 1116173992 time/lineclock.sim
chmod 644 time/lineclock.sim

echo x - time/linechip.bdnet
cat >time/linechip.bdnet <<'@EOF'
MODEL linechip:wired;

TECHNOLOGY scmos;
EDITSTYLE SYMBOLIC;
VIEWTYPE SYMBOLIC;

INSTANCE linepads:wired [0,0] NAME=iopads PROMOTE;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4_cv":physical
	[4200,40500] NAME=pin15;
	"pad":UNCONNECTED;
	"Vdd_ring_LEFT":UNCONNECTED;
	"Vdd_ring_RIGHT":UNCONNECTED;
	"GND_ring_LEFT":UNCONNECTED;
	"GND_ring_RIGHT":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4_cg":physical
	[4200,4500] NAME=pin25;
	"pad":UNCONNECTED;
	"Vdd_ring":UNCONNECTED;
	"GND_ring_LEFT":UNCONNECTED;
	"GND_ring_RIGHT":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4_cg":physical
	[40200,4500,OCT_MIRROR_X] NAME=pin35;
	"pad":UNCONNECTED;
	"Vdd_ring":UNCONNECTED;
	"GND_ring_LEFT":UNCONNECTED;
	"GND_ring_RIGHT":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4_cv":physical
	[40200,40500,OCT_MIRROR_X] NAME=pin5;
	"pad":UNCONNECTED;
	"Vdd_ring_LEFT":UNCONNECTED;
	"Vdd_ring_RIGHT":UNCONNECTED;
	"GND_ring_LEFT":UNCONNECTED;
	"GND_ring_RIGHT":UNCONNECTED;

ENDMODEL;
@EOF

touch -m 1022161892 time/linechip.bdnet
touch -a 1116173992 time/linechip.bdnet
chmod 644 time/linechip.bdnet

echo x - time/linepads.bdnet
cat >time/linepads.bdnet <<'@EOF'
MODEL linepads:placed;

TECHNOLOGY scmos;
EDITSTYLE SYMBOLIC;
VIEWTYPE SYMBOLIC;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4iom":physical
	[40200,28500,OCT_ROT270] NAME=pin1;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[40200,32500,OCT_ROT270] NAME=pin2;
	"pad":UNCONNECTED;
        "OUT":min10<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[40200,36500,OCT_ROT270] NAME=pin3;
	"pad":UNCONNECTED;
        "OUT":min10<1>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[40200,40500,OCT_ROT270] NAME=pin4;
	"pad":UNCONNECTED;
        "OUT":min10<2>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[36200,40800] NAME=pin6;
	"pad":UNCONNECTED;
        "OUT":min1<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[32200,40800] NAME=pin7;
	"pad":UNCONNECTED;
        "OUT":min1<1>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[28200,40800] NAME=pin8;
	"pad":UNCONNECTED;
        "OUT":min1<2>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[24200,40800] NAME=pin9;
	"pad":UNCONNECTED;
        "OUT":min1<3>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4gnd":physical
	[20200,40800] NAME=pin10;
	"pad":UNCONNECTED;
	"GND":GND;
	"Vdd_ring_LEFT":UNCONNECTED;
	"Vdd_ring_RIGHT":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4io":physical
	[16200,40800] NAME=pin11;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[12200,40800] NAME=pin12;
	"pad":UNCONNECTED;
        "OUT":sec10<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[8200,40800] NAME=pin13;
	"pad":UNCONNECTED;
        "OUT":sec10<1>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[4200,40800] NAME=pin14;
	"pad":UNCONNECTED;
        "OUT":sec10<2>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[4200,36500,OCT_ROT90] NAME=pin16;
	"pad":UNCONNECTED;
        "OUT":sec1<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[4200,32500,OCT_ROT90] NAME=pin17;
	"pad":UNCONNECTED;
        "OUT":sec1<1>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[4200,28500,OCT_ROT90] NAME=pin18
	"pad":UNCONNECTED;
        "OUT":sec1<2>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[4200,24500,OCT_ROT90] NAME=pin19;
	"pad":UNCONNECTED;
        "OUT":sec1<3>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4io":physical
	[4200,20500,OCT_ROT90] NAME=pin20;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4in":physical
	[4200,16500,OCT_ROT90] NAME=pin21;
	"pad":UNCONNECTED;
	"IN":jiffy;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4inm":physical
	[4200,12500,OCT_ROT90] NAME=pin22;
	"pad":UNCONNECTED;
	"IN":clear<0>;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4in":physical
	[4200,8500,OCT_ROT90] NAME=pin23;
	"pad":UNCONNECTED;
	"IN":down<0>;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4inm":physical
	[4200,4500,OCT_ROT90] NAME=pin24;
	"pad":UNCONNECTED;
	"IN":up<0>;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4io":physical
	[8200,4200,OCT_ROT180] NAME=pin26;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4io":physical
	[12200,4200,OCT_ROT180] NAME=pin27;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4io":physical
	[16200,4200,OCT_ROT180] NAME=pin28;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4iom":physical
	[20200,4200,OCT_ROT180] NAME=pin29;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4vdd":physical
	[24200,4200,OCT_ROT180] NAME=pin30;
	"pad":UNCONNECTED;
	"Vdd":Vdd;
	"GND_ring_LEFT":UNCONNECTED;
	"GND_ring_RIGHT":UNCONNECTED;
	"Vdd_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[28200,4200,OCT_ROT180] NAME=pin31;
	"pad":UNCONNECTED;
        "OUT":secflash<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[32200,4200,OCT_ROT180] NAME=pin32;
	"pad":UNCONNECTED;
        "OUT":second<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[36200,4200,OCT_ROT180] NAME=pin33;
	"pad":UNCONNECTED;
        "OUT":hour10<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[40200,4200,OCT_ROT180] NAME=pin34;
	"pad":UNCONNECTED;
        "OUT":hour10<1>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[40200,8500,OCT_ROT270] NAME=pin36;
	"pad":UNCONNECTED;
        "OUT":hour1<0>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[40200,12500,OCT_ROT270] NAME=pin37;
	"pad":UNCONNECTED;
        "OUT":hour1<1>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4out":physical
	[40200,16500,OCT_ROT270] NAME=pin38;
	"pad":UNCONNECTED;
        "OUT":hour1<2>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4outm":physical
	[40200,20500,OCT_ROT270] NAME=pin39;
	"pad":UNCONNECTED;
        "OUT":hour1<3>;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE "$OCTTOOLS/tech/scmos/pads/mosis/V4io":physical
	[40200,24500,OCT_ROT270] NAME=pin40;
	"pad":UNCONNECTED;
	"IN":UNCONNECTED;
	"INB":UNCONNECTED;
	"IN_unB":UNCONNECTED;
        "OUT":GND;
        "ENABLE":GND;
	"Vdd_ring":UNCONNECTED;
	"GND_ring":UNCONNECTED;

INSTANCE lineclock:placed
	[10000,9000] NAME=lineclock
	up<0>:up<0>;
	down<0>:down<0>;
	clear<0>:clear<0>;
	jiffy:jiffy;
	sec1<3:0>:sec1<3:0>;
	sec10<2:0>:sec10<2:0>;
	GndStub<0>:GND;
	min1<3:0>:min1<3:0>;
	min10<2:0>:min10<2:0>;
	outStub1<0>:UNCONNECTED;
	hour1<3:0>:hour1<3:0>;
	hour10<1:0>:hour10<1:0>;
	second<0>:second<0>;
	secflash<0>:secflash<0>;
	outStub2<0>:UNCONNECTED;
	VddStub<0>:Vdd;
	Vdd:Vdd;
	GND:GND;

ENDMODEL;

(FACET linepads:placed
	(IPROP PAD_MINIMUM_SEPARATION 0)
	(INSTANCE "pin1" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin2" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin3" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin4" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin6" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin7" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin8" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin9" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin10" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin11" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin12" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin13" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin14" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin16" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin17" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin18" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin19" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin20" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin21" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin22" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin23" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin24" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin26" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin27" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin28" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin29" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin30" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin31" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin32" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin33" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin34" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin36" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin37" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin38" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin39" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
	(INSTANCE "pin40" 
		(SPROP PLACEMENT_CLASS "PAD")
		(SPROP MOBILITY "FIXED"))
)
@EOF

touch -m 1022161792 time/linepads.bdnet
touch -a 1117142292 time/linepads.bdnet
chmod 644 time/linepads.bdnet

echo x - time/mfab
cat >time/mfab <<'@EOF'
fabprep -cif $1.cif $1:wired
@EOF

touch -m 1112152392 time/mfab
touch -a 1116173992 time/mfab
chmod 755 time/mfab

echo x - time/msims
cat >time/msims <<'@EOF'
musa -i $2.sim $1:unplaced
@EOF

touch -m 0811221692 time/msims
touch -a 1116173992 time/msims
chmod 755 time/msims

echo x - time/digit10count.bds
cat >time/digit10count.bds <<'@EOF'
model digit10count d<3:0>, enableNext<0> = q<3:0>, clear<0>, up<0>, down<0>;
routine digit10count;
	if clear EQL 1 then d = 0
	else begin
	    if (up EQL 1) then begin
		if (q EQL 9) then begin d = 0; enableNext = 1; end
		else begin d = q + 1; enableNext = 0; end; end
	    else if (down EQL 1) then begin
		if (q EQL 0) then begin d = 9; enableNext = 1; end
		else begin d = q - 1; enableNext = 0; end; end
	    else begin d = q; enableNext = 0; end;
	end;
endroutine;
endmodel;
@EOF

touch -m 0808232492 time/digit10count.bds
touch -a 1116173992 time/digit10count.bds
chmod 644 time/digit10count.bds

echo x - time/digit6count.bds
cat >time/digit6count.bds <<'@EOF'
model digit6count d<2:0>, enableNext<0> = q<2:0>, clear<0>, up<0>, down<0>;
routine digit6count;
	if clear EQL 1 then d = 0
	else begin
	    if (up EQL 1) then begin
		if (q EQL 5) then begin d = 0; enableNext = 1; end
		else begin d = q + 1; enableNext = 0; end; end
	    else if (down EQL 1) then begin
		if (q EQL 0) then begin d = 5; enableNext = 1; end
		else begin d = q - 1; enableNext = 0; end; end
	    else begin d = q; enableNext = 0; end;
	end;
endroutine;
endmodel;
@EOF

touch -m 0808232392 time/digit6count.bds
touch -a 1116173992 time/digit6count.bds
chmod 644 time/digit6count.bds

echo x - time/digit10latch.bdnet
cat >time/digit10latch.bdnet <<'@EOF'
MODEL digit10latch:logic;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Declare the formal terminals of this circuit.
INPUT d<3:0>;
CLOCK latchClock;
OUTPUT q<3:0>;
SUPPLY Vdd;
GROUND GND;

! Put down latches to hold the state.
ARRAY %i FROM 0 TO 3 OF
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
        DATA1:d<%i>;
        CLK2:latchClock;
        Q:q<%i>;
        Q_b:UNCONNECTED;
        "Vdd!":Vdd;
        "GND!":GND;
ENDMODEL;
@EOF

touch -m 0809020592 time/digit10latch.bdnet
touch -a 1116173992 time/digit10latch.bdnet
chmod 644 time/digit10latch.bdnet

echo x - time/flash.bds
cat >time/flash.bds <<'@EOF'
model flash flashOut<0> = flashIn<0>, invert<0>, reset<0>;
routine flash;
    begin
	if (reset EQL 1) then flashOut = 1
	else if (invert EQL 1) then flashOut = NOT flashIn
	else flashOut = flashIn;
    end;
endroutine;
endmodel;
@EOF

touch -m 0810014192 time/flash.bds
touch -a 1116173992 time/flash.bds
chmod 644 time/flash.bds

echo x - time/digit24count.bds
cat >time/digit24count.bds <<'@EOF'
model digit24count dhigh<1:0>, dlow<3:0> =
	qhigh<1:0>, qlow<3:0>, clear<0>, up<0>, down<0>;
routine digit24count;
	if clear EQL 1 then begin dhigh = 0; dlow = 0; end
	else begin
	    if (up EQL 1) then begin
		if ((qhigh EQL 2) AND (qlow EQL 3))
		    then begin dhigh = 0; dlow = 0; end
		else if (qlow EQL 9)
		    then begin dhigh = qhigh + 1; dlow = 0; end
		else begin dhigh = qhigh; dlow = qlow + 1; end; end
	    else if (down EQL 1) then begin
		if ((qhigh EQL 0) AND (qlow EQL 0))
		    then begin dhigh = 2; dlow = 3; end
		else if (qlow EQL 0)
		    then begin dhigh = qhigh - 1; dlow = 9; end
		else begin dhigh = qhigh; dlow = qlow - 1; end; end
	    else begin dhigh = qhigh; dlow = qlow; end;
	end;
endroutine;
endmodel;
@EOF

touch -m 0809012692 time/digit24count.bds
touch -a 1116173992 time/digit24count.bds
chmod 644 time/digit24count.bds

echo x - time/hours.bdnet
cat >time/hours.bdnet <<'@EOF'
MODEL hours:unplaced;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Declare the formal terminals of this circuit.
INPUT up<0>;
INPUT down<0>;
INPUT clear<0>;
INPUT VddStub<0>;
INPUT GndStub<0>;
CLOCK second<0>;
CLOCK jiffy;
OUTPUT sec1<3:0>;
OUTPUT sec10<2:0>;
OUTPUT min1<3:0>;
OUTPUT min10<2:0>;
OUTPUT hour1<3:0>;
OUTPUT hour10<1:0>;
OUTPUT outStub<0>;
SUPPLY Vdd;
GROUND GND;

! One's digit, second
! Put down an instance of the 10 count logic
INSTANCE digit10count:logic NAME = count1 PROMOTE;
	d<3:0>:d1<3:0>;
	q<3:0>:sec1<3:0>;
	enableNext<0>:enableNext1<0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = clock1 PROMOTE;
	carryLast<0>:VddStub<0>;
	enableNext<0>:enableNext1<0>;
	basicClock<0>:second<0>;
	carryNext<0>:carry1<0>;
	latchClock<0>:latchClock1<0>;
	jiffy:jiffy;
! Put down 4 latches to hold the count.
INSTANCE digit10latch:logic NAME = latch1 PROMOTE
	d<3:0>:d1<3:0>;
	q<3:0>:sec1<3:0>;
	latchClock:latchClock1<0>;

! Ten's digit, second
! Put down an instance of the 6 count logic
INSTANCE digit6count:logic NAME = count2 PROMOTE;
	d<2:0>:d2<2:0>;
	q<2:0>:sec10<2:0>;
	enableNext<0>:enableNext2<0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = clock2 PROMOTE;
	carryLast<0>:carry1<0>;
	enableNext<0>:enableNext2<0>;
	basicClock<0>:second<0>;
	carryNext<0>:carry2<0>;
	latchClock<0>:latchClock2<0>;
	jiffy:jiffy;
! Put down 3 latches to hold the count.
INSTANCE digit6latch:logic NAME = latch2 PROMOTE
	d<2:0>:d2<2:0>;
	q<2:0>:sec10<2:0>;
	latchClock:latchClock2<0>;

! One's digit, minute
! Put down an instance of the 10 count logic
INSTANCE digit10count:logic NAME = count3 PROMOTE;
	d<3:0>:d3<3:0>;
	q<3:0>:min1<3:0>;
	enableNext<0>:enableNext3<0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = clock3 PROMOTE;
	carryLast<0>:carry2<0>;
	enableNext<0>:enableNext3<0>;
	basicClock<0>:second<0>;
	carryNext<0>:carry3<0>;
	latchClock<0>:latchClock3<0>;
	jiffy:jiffy;
! Put down 4 latches to hold the count.
INSTANCE digit10latch:logic NAME = latch3 PROMOTE
	d<3:0>:d3<3:0>;
	q<3:0>:min1<3:0>;
	latchClock:latchClock3<0>;

! Ten's digit, minute
! Put down an instance of the 6 count logic
INSTANCE digit6count:logic NAME = count4 PROMOTE;
	d<2:0>:d4<2:0>;
	q<2:0>:min10<2:0>;
	enableNext<0>:enableNext4<0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = clock4 PROMOTE;
	carryLast<0>:carry3<0>;
	enableNext<0>:enableNext4<0>;
	basicClock<0>:second<0>;
	carryNext<0>:carry4<0>;
	latchClock<0>:latchClock4<0>;
	jiffy:jiffy;
! Put down 3 latches to hold the count.
INSTANCE digit6latch:logic NAME = latch4 PROMOTE
	d<2:0>:d4<2:0>;
	q<2:0>:min10<2:0>;
	latchClock:latchClock4<0>;

! Hour digits
! Put down an instance of the 24 count logic
INSTANCE digit24count:logic NAME = count5 PROMOTE;
	dlow<3:0>:dlow<3:0>;
	qlow<3:0>:hour1<3:0>;
	dhigh<1:0>:dhigh<1:0>;
	qhigh<1:0>:hour10<1:0>;
! Put down an instance of the clock logic
INSTANCE digitclock:logic NAME = clock5 PROMOTE;
	carryLast<0>:carry4<0>;
	enableNext<0>:GndStub<0>;
	basicClock<0>:second<0>;
	carryNext<0>:outStub<0>;
	latchClock<0>:latchClock5<0>;
	jiffy:jiffy;
! Put down the latches to hold the count.
INSTANCE digit24latch:logic NAME = latch5 PROMOTE
	dlow<3:0>:dlow<3:0>;
	qlow<3:0>:hour1<3:0>;
	dhigh<1:0>:dhigh<1:0>;
	qhigh<1:0>:hour10<1:0>;
	latchClock:latchClock5<0>;

ENDMODEL;
@EOF

touch -m 0827160492 time/hours.bdnet
touch -a 1116173992 time/hours.bdnet
chmod 644 time/hours.bdnet

echo x - time/digit24latch.bdnet
cat >time/digit24latch.bdnet <<'@EOF'
MODEL digit24latch:logic;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Declare the formal terminals of this circuit.
INPUT dlow<3:0>;
INPUT dhigh<1:0>;
CLOCK latchClock;
OUTPUT qlow<3:0>;
OUTPUT qhigh<1:0>;
SUPPLY Vdd;
GROUND GND;

! Put down latches to hold the state of the ones.
ARRAY %i FROM 0 TO 3 OF
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
        DATA1:dlow<%i>;
        CLK2:latchClock;
        Q:qlow<%i>;
        Q_b:UNCONNECTED;
        "Vdd!":Vdd;
        "GND!":GND;

! Put down latches to hold the state of the ones.
ARRAY %i FROM 0 TO 1 OF
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
        DATA1:dhigh<%i>;
        CLK2:latchClock;
        Q:qhigh<%i>;
        Q_b:UNCONNECTED;
        "Vdd!":Vdd;
        "GND!":GND;

ENDMODEL;
@EOF

touch -m 0809014892 time/digit24latch.bdnet
touch -a 1116173992 time/digit24latch.bdnet
chmod 644 time/digit24latch.bdnet

echo x - time/bldcln
cat >time/bldcln <<'@EOF'
rm -rf digit10count
rm -rf digit10latch
rm -rf digit24count
rm -rf digit24latch
rm -rf digit6count
rm -rf digit6latch
rm -rf digitclock
rm -rf flash
rm -rf hours
rm -rf linechip
rm -rf lineclock
rm -rf linepads
rm -rf second
rm -rf second60
rm -rf udlogic
rm -rf udnet
rm -f .mosaicolock
rm -f *.blif
rm -f *.cif
rm -f *.log
@EOF

touch -m 1115014492 time/bldcln
touch -a 1116173992 time/bldcln
chmod 755 time/bldcln

echo x - time/mstats
cat >time/mstats <<'@EOF'
chipstats -l 20 $1:placed > $1.stats
@EOF

touch -m 0811220292 time/mstats
touch -a 1116173992 time/mstats
chmod 755 time/mstats

echo x - time/udlogic.bds
cat >time/udlogic.bds <<'@EOF'
! up/down control logic
model udlogic decout<0>, secout<0>, upout<0>, downout<0>
	= decin<0>, secin<0>, upin<0>, downin<0>, uplast<0>, downlast<0>;
routine udlogic;
	! If the up/down input has changed,
	!	inhibit the clocks, but preserve the old up/down values.
	!    This lets carry values propagate properly.
	if (upin NEQ uplast) OR (downin NEQ downlast)
	    then begin decout = 0; secout = 0;
		upout = uplast; downout = downlast; end
	!
	! If both or neither up and down are set, inhibit counting.
	else if ((upin XOR downin) EQL 0)
	    then begin decout = 0; secout = 0; upout = 0; downout = 0; end
	!
	! Enable everything.
	else begin decout = decin; secout = secin;
		upout = upin; downout = downin; end;
endroutine;
endmodel;
@EOF

touch -m 0813023592 time/udlogic.bds
touch -a 1116173992 time/udlogic.bds
chmod 644 time/udlogic.bds

echo x - time/udnet.bdnet
cat >time/udnet.bdnet <<'@EOF'
MODEL udnet:unplaced;

! All these properties are required.
TECHNOLOGY scmos;
VIEWTYPE SYMBOLIC;
EDITSTYLE SYMBOLIC;

! Declare the formal terminals of this circuit.
INPUT upin<0>;
INPUT downin<0>;
INPUT decin<0>;
INPUT secin<0>;
OUTPUT upout<0>;
OUTPUT downout<0>;
OUTPUT decout<0>;
OUTPUT secout<0>;
CLOCK jiffy;
SUPPLY Vdd;
GROUND GND;

! Put down an instance of the count logic
INSTANCE udlogic:logic NAME = udgates PROMOTE;
	upin<0>:upin<0>;
	downin<0>:downin<0>;
	upout<0>:upout<0>;
	downout<0>:downout<0>;
	uplast<0>:uplast<0>;
	downlast<0>:downlast<0>;
	decin<0>:decin<0>;
	secin<0>:secin<0>;
	decout<0>:decout<0>;
	secout<0>:secout<0>;
! Put down latches to hold the last up/down values.
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
        DATA1:upin<0>;
        CLK2:jiffy;
        Q:uplast<0>;
        Q_b:UNCONNECTED;
        "Vdd!":Vdd;
        "GND!":GND;
    INSTANCE "$OCTTOOLS/tech/scmos/msu/stdcell2_2/dfnf311":physical
        DATA1:downin<0>;
        CLK2:jiffy;
        Q:downlast<0>;
        Q_b:UNCONNECTED;
        "Vdd!":Vdd;
        "GND!":GND;
ENDMODEL;
@EOF

touch -m 0813021392 time/udnet.bdnet
touch -a 1116173992 time/udnet.bdnet
chmod 644 time/udnet.bdnet

echo x - time/mmagic
cat >time/mmagic <<'@EOF'
mkdir magic/$1
oct2mag -l magic/$1 $1:wired
@EOF

touch -m 0828013592 time/mmagic
touch -a 1116173992 time/mmagic
chmod 755 time/mmagic

echo x - time/mblogic
cat >time/mblogic <<'@EOF'
bdsyn -A -o $1.blif $1.bds
misII -f script.msu -T oct -o $1:logic $1.blif
@EOF

touch -m 1013014292 time/mblogic
touch -a 1116173992 time/mblogic
chmod 755 time/mblogic

echo x - time/mwired
cat >time/mwired <<'@EOF'
#/bin/csh
mosaico -c -s -o $1\:wired $1\:placed >& $1.log
@EOF

touch -m 0827172292 time/mwired
touch -a 1116173992 time/mwired
chmod 755 time/mwired

echo x - time/mplacer
cat >time/mplacer <<'@EOF'
#/bin/csh
echo "Number of rows:" $2 >& $1.log
octflatten -t LEAF -o $1\:flat $1\:unplaced >>& $1.log
padplace -cv $1\:flat >>& $1.log
wolfe -r $2 -o $1\:placed $1\:flat >>& $1.log
@EOF

touch -m 0819152492 time/mplacer
touch -a 1116173992 time/mplacer
chmod 755 time/mplacer

echo x - time/mps
cat >time/mps <<'@EOF'
oct2ps -o $1.ps $1:wired
@EOF

touch -m 0901011392 time/mps
touch -a 1116173992 time/mps
chmod 755 time/mps

touch -m 1117143092 time
touch -a 1117143092 time
chmod 755 time

exit 0