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not used, superceeded by numparam code

This commit is contained in:
Holger Vogt 2020-11-14 16:32:09 +01:00
parent d399ba5ecd
commit ba9d4554e5
22 changed files with 0 additions and 2075 deletions
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17
contrib/ChangeLog
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2000-10-10 Arno W. Peters <A.W.Peters@ieee.org>
* mslib, spiceprm: Michael Widlok released new version of his
programs.
2000-03-22 Paolo Nenzi <p.nenzi@ieee.org>
* mslib: Major update. M. Widlok sent the new version of it's
programs.
* spiceprm: Major update. See above line.
1999-09-14 Arno W. Peters <A.W.Peters@ieee.org>
* mslib: Added.
* spiceprm: Added.

5
contrib/mslib/COPYING
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@ -1,5 +0,0 @@
Mslib is free for everyone who think that it might by useful for
him. If someone makes it better please e-mail me.
Michael Widlok
widlok@uci.agh.edu.pl

87
contrib/mslib/datadef.h
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/*
* MW. Include for spice
*/
#ifndef ngspice_DATADEF_H
#define ngspice_DATADEF_H
/*
* Program defaults
*
* *Directory for input file and input libraries
*/
#define DECKPATH "./"
#define LIBPATH "/usr/local/lib/"
/*
* Name for output library file
*/
#define TMPLIBNAME ".lib" /*
* * * * actual name is "deck.TMPLIBNAME"
*/
/*
* Command for libraries, subckts and models declaration
*/
#define LIBINVL "*LIB"
#define SUBINVL "*SUB"
#define MODINVL "*MOD"
/*
* Keywords for subckt start, end and model
*/
#define SUBLINE ".SUBCKT"
#define SUBEND ".ENDS"
#define MODLINE ".MODEL"
#define MODEND
#define LIBMESSAGE "* MW Library include for Spice"
#define BSIZE 255
#define MODDLINE 1
#define SUBDLINE 4
#define LIBDLINE 8
#define SUBLLINE 16
#define MODLLINE 32
#define ENDSLLINE 64
#define CONTLLINE 128
#define NORMLINE 0
#define WRITESUB 0xffff
#define WRITEMOD 0x1111
#define NOWRITE 0x0
#define FAILED 0xffffff
#define SUCCESS 0
#define IS_LIB 0x1
#define LIB_OPEN 0x2
#define IS_MOD 0x10
#define IS_SUB 0x100
#define FINDED 0x400
#define DUPLICATE 0x800
#define DECK_OPEN 0x20000
#define TLIB_OPEN 0x100000
#define NAMEVALID 0xfff
#define NAMENOTV 0x0
struct LSData
{
char name[BSIZE];
FILE *filedes;
int flag;
struct LSData *prevLS;
struct LSData *nextLS;
};
struct LSData *LSinsert(struct LSData *LS, struct LSData *where);
struct LSData *LSclear(struct LSData *LS);
struct LSData *Backfree(struct LSData *LS);
int readdeck(FILE * tdeck, struct LSData *lib, \
struct LSData *sub, struct LSData *mod);
int readlib(struct LSData *lib, FILE * tlib, \
struct LSData *firstSUB, struct LSData *firstMOD);
int checkname(struct LSData *smp, char *name);
#endif

93
contrib/mslib/inc_LSD.c
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@ -1,93 +0,0 @@
/*
* MW. Include for spice - LSData functions
*/
#include <stdlib.h>
#include <stdio.h>
#include <sys/types.h>
#include <string.h>
#include "datadef.h"
char *Message = "Michael Widlok, all rights reserved \n"
"mslib - MW include for Spice models/subckts\n";
/*
* Add or cretate new LS structure just after where pointer
*/
struct LSData *
LSinsert(struct LSData *LS, struct LSData *where)
{
if (!(LS))
{
LS = (struct LSData *) malloc(sizeof(struct LSData));
if (!(LS))
{
fprintf(stderr, "LSinsert: Can't allocate LSData srtucture.\n");
exit(FAILED);
}
LS->filedes = NULL;
}
/*
* If where is given we must set nextLS and prevLS correctly
*/
if (where)
{
LS->prevLS = where;
if (LS->nextLS = where->nextLS)
where->nextLS->prevLS = LS;
where->nextLS = LS;
} else
LS->nextLS = LS->prevLS = NULL;
return LS;
}
/*
* Clear all LS list from end. This also closes opened files
*/
struct LSData *
LSclear(struct LSData *LS)
{
while (LS->nextLS)
LS = LS->nextLS;
return Backfree(LS);
}
/*
* Used by LSclear
*/
struct LSData *
Backfree(struct LSData *LS)
{
if (LS->filedes)
fclose(LS->filedes);
return (LS->prevLS) ? Backfree(LS->prevLS) : free(LS), LS;
}
/*
* Check if sub/mod name should by included
*/
int
checkname(struct LSData *smp, char *name)
{
do
{
if (!(strcmp(smp->name, name)))
{
if (smp->flag != FINDED)
{
smp->flag = FINDED;
return NAMEVALID;
} else
{
smp->flag = DUPLICATE;
return NAMEVALID;
}
}
smp = smp->nextLS;
}
while (smp);
return NAMENOTV;
}

217
contrib/mslib/inc_inp.c
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/*
* MW. Include for spice
*/
#include <stdlib.h>
#include <stdio.h>
#include <sys/types.h>
#include <string.h>
#include "datadef.h"
static int whatdline(char *tbuf, char *firstname);
static int whatlline(char *tbuf, char *name);
extern int bsizer;
extern char buf[BSIZE];
/*
* Read deck and search for *MOD, *LIB, *SUB commands
*/
int
readdeck(FILE * tdeck, struct LSData *lib, \
struct LSData *sub, struct LSData *mod)
{
char firstname[BSIZE];
char *names, *smlp;
struct LSData *which;
while (fgets(buf, bsizer, tdeck))
{
smlp = buf;
/*
* Ignore control chars at the end of line
*/
do
{
smlp++;
}
while ((!(iscntrl(*smlp))) && (*smlp != '\0'));
*smlp = '\0';
switch (whatdline(buf, firstname))
{
case LIBDLINE:
lib->flag = IS_LIB;
which = lib;
break;
case SUBDLINE:
sub->flag = IS_SUB;
which = sub;
break;
case MODDLINE:
mod->flag = IS_MOD;
which = mod;
break;
default:
which = NULL;
}
/*
* If we finded something
*/
if (which)
{
names = buf;
strsep(&names, " ");
while (smlp = strsep(&names, " "))
{
if (*smlp)
{
which = LSinsert(NULL, which);
strcpy(which->name, smlp);
}
}
}
}
return ((lib->flag != IS_LIB) && (mod->flag != IS_MOD) \
&&(sub->flag != IS_SUB)) ? FAILED : SUCCESS;
}
/*
* Read library and write specififed models/subckts to tmplib
*/
int
readlib(struct LSData *lib, FILE * tlib, \
struct LSData *sub, struct LSData *mod)
{
char name[BSIZE];
int numi, wflag, nextsub;
numi = 0;
wflag = NOWRITE;
nextsub = 0;
while (fgets(buf, bsizer, lib->filedes))
{
/*
* Now we must check what line is it and if it should be written to tmplib
*/
switch (whatlline(buf, name))
{
case (MODLLINE):
if (wflag == WRITESUB)
fputs(buf, tlib);
else
{
if (mod)
{
if (checkname(mod, name))
{
wflag = WRITEMOD;
numi++;
fprintf(tlib, "* Model: %s, from: %s.\n", \
name, lib->name);
fputs(buf, tlib);
}
}
}
break;
case (SUBLLINE):
if (sub)
{
if (wflag==WRITESUB)
{
/* subckt inside subckt
not so funny */
nextsub++;
fputs(buf, tlib);
break;
}
if (checkname(sub, name))
{
wflag = WRITESUB;
numi++;
fprintf(tlib, "* Subckt: %s, from: %s.\n", \
name, lib->name);
fputs(buf, tlib);
}
}
break;
case (NORMLINE):
if (wflag == WRITEMOD)
{
wflag = NOWRITE;
fputs("\n* End Model.\n\n", tlib);
}
if (wflag == WRITESUB)
fputs(buf, tlib);
break;
case (ENDSLLINE):
if (nextsub)
{
nextsub--;
fputs(buf, tlib);
break;
} else {
if (wflag == WRITESUB)
{
fprintf(tlib, "%s\n* End Subckt\n\n", buf);
}
wflag = NOWRITE;
break;
}
case (CONTLLINE):
if (wflag != NOWRITE)
fputs(buf, tlib);
}
}
return numi;
}
/*
* Check what line in deck it is
*/
int
whatdline(char *tbuf, char *firstname)
{
if (sscanf(tbuf, "*LIB %s", firstname) == 1)
return LIBDLINE;
if (sscanf(tbuf, "*SUB %s", firstname) == 1)
return SUBDLINE;
if (sscanf(tbuf, "*MOD %s", firstname) == 1)
return MODDLINE;
return NORMLINE;
}
/*
* Check what line it is. If we have model or subckt line we also read its name
*/
int
whatlline(char *tbuf, char *name)
{
if (sscanf(tbuf, ".SUBCKT %s %*s", name) == 1)
return SUBLLINE;
if (sscanf(tbuf, ".MODEL %s %*s", name) == 1)
return MODLLINE;
if (sscanf(tbuf, ".ENDS%c", name) == 1)
return ENDSLLINE;
if (sscanf(tbuf, "+%s", name) == 1)
return CONTLLINE;
return NORMLINE;
}

208
contrib/mslib/inc_main.c
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/*
* MW. Include - main functions
*/
#include <stdlib.h>
#include <stdio.h>
#include <unistd.h>
#include <string.h>
#include "datadef.h"
struct LSData *firstLIB;
struct LSData *firstSUB;
struct LSData *firstMOD;
struct LSData *deck;
struct LSData *tmplib;
int bsize, bsizer;
char buf[BSIZE];
int
main(int argc, char *argv[])
{
/*
* Initialize everything
*/
struct LSData *subp, *libp, *modp;
char tch[BSIZE];
int mswritten;
tmplib = LSinsert(NULL, NULL);
deck = LSinsert(NULL, NULL);
*tch = '\0';
mswritten = 0;
switch (argc)
{
case 3:
strcpy(tmplib->name, argv[--argc]);
strcpy(tch, tmplib->name);
case 2:
strcpy(deck->name, argv[--argc]);
if (!(*tch))
{
sprintf(tmplib->name, "%s%s", deck->name, TMPLIBNAME);
strcpy(tch, tmplib->name);
}
break;
case 1:
fprintf(stdout, "Usage: mslib deck [tmplib]\n");
return FAILED;
default:
fprintf(stderr, "mslib: Incorrect parameters count.\n");
return FAILED;
}
/*
* Open deck
*/
if (!(deck->filedes = fopen(deck->name, "r")))
{
sprintf(deck->name, "%s%s", DECKPATH, argv[1]);
sprintf(tmplib->name, "%s%s", DECKPATH, tch);
if (!(deck->filedes = fopen(deck->name, "r")))
{
fprintf(stderr, "mslib: Can't open deck %s.\n", deck->name);
LSclear(deck);
LSclear(tmplib);
return FAILED;
}
}
bsizer = BSIZE;
bsize = bsizer--;
deck->flag = DECK_OPEN;
/*
* Create tmplib and write first line to it
*/
if (!(tmplib->filedes = fopen(tmplib->name, "w")))
{
fprintf(stderr, "mslib: Can't creat tmplib %s.\n", tmplib->name);
LSclear(tmplib);
LSclear(deck);
return FAILED;
}
tmplib->flag = TLIB_OPEN;
fprintf(tmplib->filedes, "%s\n* Tmp library: %s,\n* For deck: %s.\n\n", \
LIBMESSAGE, tmplib->name, deck->name);
firstLIB = LSinsert(NULL, NULL);
firstSUB = LSinsert(NULL, NULL);
firstMOD = LSinsert(NULL, NULL);
/*
* Find commands in deck
*/
readdeck(deck->filedes, firstLIB, firstSUB, firstMOD);
if (firstLIB->flag = IS_LIB)
{
libp = firstLIB->nextLS;
do
{
if (!(libp->filedes = fopen(libp->name, "r")))
{
strcpy(tch, libp->name);
sprintf(libp->name, "%s%s", LIBPATH, tch);
if (!(libp->filedes = fopen(libp->name, "r")))
{
libp->flag = FAILED;
}
}
/*
* Read libraries if everything is OK
*/
if (libp->flag != FAILED)
{
libp->flag = LIB_OPEN;
modp = (firstMOD->flag == IS_MOD) ? firstMOD->nextLS : NULL;
subp = (firstSUB->flag == IS_SUB) ? firstSUB->nextLS : NULL;
mswritten += readlib(libp, tmplib->filedes, subp, modp);
}
libp = libp->nextLS;
}
while (libp);
}
fprintf(stdout, "mslib: Written %d items to tmplib %s.\n", \
mswritten, tmplib->name);
if (libp = firstLIB->nextLS)
{
do
{
if (libp->flag != LIB_OPEN)
fprintf(stderr, " Can't open lib %s.\n", libp->name);
libp = libp->nextLS;
}
while (libp);
}
/*
* Check is models or subckts were find and
* * are not duplicated
*/
if (modp = firstMOD->nextLS)
{
do
{
switch (modp->flag)
{
case DUPLICATE:
fprintf(stderr, " Model duplicated %s.\n", \
modp->name);
break;
default:
fprintf(stderr, " Can't find model %s.\n", \
modp->name);
break;
case FINDED:
}
modp = modp->nextLS;
}
while (modp);
}
if (subp = firstSUB->nextLS)
{
do
{
switch (subp->flag)
{
case DUPLICATE:
fprintf(stderr, " Subckt duplicated %s.\n", \
subp->name);
break;
default:
fprintf(stderr, " Can't find subckt %s.\n", \
subp->name);
break;
case FINDED:
}
subp = subp->nextLS;
}
while (subp);
}
/*
* Clear all data and close files
*/
LSclear(tmplib);
LSclear(deck);
LSclear(firstLIB);
LSclear(firstSUB);
return SUCCESS;
}

77
contrib/mslib/liblook
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#!/bin/bash
#set -x -v
# MW. Lib search / show program
# usage liblook libname [text_to_find] [l_before] [l_after]
LIBPATH=/usr/local/lib
function trapper()
{
echo User break!
echo Exiting . . .
unset LIBPATH
exit 1
}
trap trapper SIGINT SIGQUIT
function operror()
{
echo Incorrect parameters: $*, $#
echo Usage: liblook libname [text_to_find] [l_before] [l_after]
unset LIBPATH
exit 2
}
function showlib()
{
if test -f $LIBPATH/$1; then
less $LIBPATH/$1; exit 0; fi
if test -f [C./$1; then
less ./$1; exit 0; fi
echo Searching $1 in ~/ . . .
less $(find ~/ -name $1)
}
function searchlib()
{
if test -f $LIBPATH/$1; then
echo File: $1; echo;
grep -B"$3" -A"$4" --ignore-case -e "$2" $LIBPATH/$1;
echo; exit 0; fi
if test -f ./$1; then
echo File: $1; echo;
grep -B"$3" -A"$4" --ignore-case -e "$2" ./$1;
echo; exit 0; fi
#if *.lib or sth like this
echo Searching $1 in ~/ . . .;echo;
if (grep -B"$3" -A"$4" --ignore-case -e "$2" $(find ~/ -name $1)); then
echo; exit 0; fi
echo Searching $1 in $LIBPATH;echo;
if (grep -B"$3" -A"$4" --ignore-case -e "$2" $(find $LIBPATH -name $1)); then
echo; exit 0; fi
}
# Main body
if test $# -lt 1 -o $# -gt 4; then operror $*; fi
case $# in
1) showlib $*;;
2) searchlib $1 $2 2 2;;
3) searchlib $1 $2 $3 2;;
4) searchlib $1 $2 $3 $4;;
esac
unset LIBPATH
exit 0

70
contrib/mslib/libprm
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#!/bin/bash
#set -x -v
# MW. Lip / Param parsing program for spice
# -n normal, -f full (keep everything), -r replace original file
# -e new addition start with editor, then like normal
export TMPLP=/tmp/LibPrm.$$-
function trapper()
{
echo User break!
echo Exiting . . .
rm -f -v ${TMPLP}*
unset TMPLP
exit 1
}
trap trapper SIGINT SIGQUIT
function operror()
{
echo Incorrect parameters: $*, $#
unset TMPLP
exit 2
}
function repnormpl()
{
mslib $1 ${TMPLP}1
sed -n -e 'p' -e "1r ${TMPLP}1" $1 >${TMPLP}2
spiceprm ${TMPLP}2 $2
}
function keepall()
{
mslib $1
sed -n -e 'p' -e "1r $1.lib" $1 >${TMPLP}2
spiceprm ${TMPLP}2 $2
}
function withedit()
{
joe $1
mslib $1 ${TMPLP}1
sed -n -e 'p' -e "1r ${TMPLP}1" $1 >${TMPLP}2
spiceprm ${TMPLP}2 $2
}
# Main body
if test $# -lt 2 -o $# -gt 3; then operror $*; fi
if !(test -f $2); then operror $*; fi
case $1$# in
-r3) operror $*;;
-n2) repnormpl $2 ${2%.cir}.ckt;;
-n3) repnormpl $2 $3;;
-r2) repnormpl $2 $2;;
-f2) keepall $2 ${2%.cir}.ckt;;
-f3) keepall $2 $3;;
-e2) withedit $2 ${2%.cir}.ckt;;
-e3) withedit $2 $3;;
esac
rm -f ${TMPLP}*
unset TMPLP
exit 0

13
contrib/mslib/libprm_readme
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So, this is my idea of using parametrized subckts with spice3f4.
First I create an input file like foo.cir and I include commands for
mslib (*MOD, *SUB, *LIB) in it. Then I run "libprm -n foo.cir". Libprm then
runs mslib first to get all models and subckts form given libraries and then
runs spiceprm to evaluate all used parameters.
This works quite right for me, and I hope that You will find my idea
useful. Spiceprm is not my program (I get it from Internet), but I think
that it will better to enclose all used programs in this packet. Spiceprm
has it's own directory with very good readme and examples. If You want to
find out more about libprm or mslib look for the source code. These are rather
short and easy programs - they are all that I could write in quite short
time.

15
contrib/mslib/makefile
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# MW. Include libs for Spice
CFLAGS= -O2 -s
LDFLAGS= -s
OBJS= inc_main.o inc_inp.o inc_LSD.o
HDRS= datadef.h
SRCC= inc_main.c inc_inp.c inc_LSD.c
mslib: $(OBJS)
$(CC) $(LDFLAGS) -o $@ $(OBJS)
clean:
$(RM) $(OBJS) mslib
$(OBJS): $(HDRS)

31
contrib/mslib/mslib_readme
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Mslib can create a small tmp library which can be .include to spice deck or
used as tmp file with libprm.
You invoke it like this: mslib deck_name [tmp_lib_name]. If second argument
is not given mslib uses deck_name.lib. Mslib then reads deck and looks for
special commands in it. This commands are:
*SUB name1 name2 ... - what subckts are used
*MOD name1 name2 ... - what models are used
*LIB name1 name2 ... - what libraries should be searched
You can give full path for libraries or just the name. Mslib tries to
find them in current directory and then in directory specified in datadef.h
file. There are also some other default options defined there. Check them
After all a tmp. library for the deck is created. It consist only the models
and subckts that were specified in *MOD and *SUB commands.
This is all.
Mslib is _NOT_ a good program. It should automatically recognize what models
or subckts were used and it should be written with flex or bison. Now it
just indicates what is my level of programming in C.
There are some options that You can set for mslib in datadef.h. I tried to
document all of them there, so when want to know more look to the sources.
And one more thing. There is a perl program "spiceprm" that lets You use
parameters in subckts. Many Intusoft's libraries use this feature. To use
parameters I have written a small shell script "libprm". This program
automatic runs spiceprm and mslib on Your's deck to give a working spice
input file. To see how this all works please read "libprm_readme" and
spiceprm readme.

5
contrib/scripts/COPYING
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These scripts are free for everyone who think that they might by useful for
him. If someone makes them better please e-mail me.
Michael Widlok
widlok@uci.agh.edu.pl

77
contrib/scripts/liblook
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#!/bin/bash
#set -x -v
# MW. Lib search / show program
# usage liblook libname [text_to_find] [l_before] [l_after]
LIBPATH=/usr/local/lib
function trapper()
{
echo User break!
echo Exiting . . .
unset LIBPATH
exit 1
}
trap trapper SIGINT SIGQUIT
function operror()
{
echo Incorrect parameters: $*, $#
echo Usage: liblook libname [text_to_find] [l_before] [l_after]
unset LIBPATH
exit 2
}
function showlib()
{
if test -f $LIBPATH/$1; then
less $LIBPATH/$1; exit 0; fi
if test -f [C./$1; then
less ./$1; exit 0; fi
echo Searching $1 in ~/ . . .
less $(find ~/ -name $1)
}
function searchlib()
{
if test -f $LIBPATH/$1; then
echo File: $LIBNMAE; echo;
grep -B"$3" -A"$4" --ignore-case -e "$2" $LIBPATH/$LIBNAME1;
echo; exit 0; fi
if test -f ./$1; then
echo File: $1; echo;
grep -B"$3" -A"$4" --ignore-case -e "$2" ./$1;
echo; exit 0; fi
#if *.lib or sth like this
echo Searching $1 in ~/ . . .;echo;
if (grep -B"$3" -A"$4" --ignore-case -e "$2" $(find ~/ -name $1)); then
echo; exit 0; fi
echo Searching $1 in $LIBPATH;echo;
if (grep -B"$3" -A"$4" --ignore-case -e "$2" $(find $LIBPATH -name $1)); then
echo; exit 0; fi
}
# Main body
if test $# -lt 1 -o $# -gt 4; then operror $*; fi
case $# in
1) showlib $*;;
2) searchlib $1 $2 2 2;;
3) searchlib $1 $2 $3 2;;
4) searchlib $1 $2 $3 $4;;
esac
unset LIBPATH
exit 0

9
contrib/scripts/liblook_readme
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Liblook is a script that can show specified model or sub-circuit entry in
spice library. Common use look like this:
liblook lib_name [text_to_find] [lines_before] [lines_after]
lines_before and lines_after are used when you want to specify how many lines
you want to see before or after given text. Look to he source for more
details.

58
contrib/scripts/libprm
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#!/bin/bash
#set -x -v
# MW. Lip / Param parsing program for spice
# -n normal, -f full (keep everything), -r replace original file
export TMPLP=/tmp/LibPrm.$$-
function trapper()
{
echo User break!
echo Exiting . . .
rm -f -v ${TMPLP}*
unset TMPLP
exit 1
}
trap trapper SIGINT SIGQUIT
function operror()
{
echo Incorrect parameters: $*, $#
unset TMPLP
exit 2
}
function repnormpl()
{
mslib $1 ${TMPLP}1
sed -n -e 'p' -e "1r ${TMPLP}1" $1 >${TMPLP}2
spiceprm ${TMPLP}2 $2
}
function keepall()
{
mslib $1
sed -n -e 'p' -e "1r $1.lib" $1 >${TMPLP}2
spiceprm ${TMPLP}2 $2
}
# Main body
if test $# -lt 2 -o $# -gt 3; then operror $*; fi
case $1$# in
-r3) operror $*;;
-n2) repnormpl $2 ${2%.cir}.ckt;;
-n3) repnormpl $2 $3;;
-r2) repnormpl $2 $2;;
-f2) keepall $2 ${2%.cir}.ckt;;
-f3) keepall $2 $3;;
esac
rm -f ${TMPLP}*
unset TMPLP
exit 0

13
contrib/scripts/libprm_readme
View File

@ -1,13 +0,0 @@
So, this is my idea of using parametrized subckts with spice.
First I create an input file like foo.cir and I include commands for
mslib (*MOD, *SUB, *LIB) in it. Then I run "libprm -n foo.cir". Libprm then
runs mslib first to get all models and subckts form given libraries and then
runs spiceprm to evaluate all used parameters.
This works quite right for me, and I hope that You will find my idea
useful. Spiceprm is not my program (I get it from Internet), but I think
that it will better to enclose all used programs in this packet. Spiceprm
has it's own directory with very good readme and examples. If You want to
find out more about libprm or mslib look for the source code. These are rather
short and easy programs - they are all that I could write in quite short
time.

25
contrib/spiceprm/CHANGES
View File

@ -1,25 +0,0 @@
-------------------------------
MW. 01-10-2000
Bugs Fixes -
-----------
.subckt inside another parametrized .subckt works right now.
----------------------------------------------------------------------
Version 0.11 January 2, 1996
----------------------------------------------------------------------
No new features.
Bug Fixes -
-----------
1. Duplicate name clash problem with parameterized subckt calls from
within a .subckt....ends block.
2. Writing continuation lines to the output file occaisionally choked.
----------------------------------------------------------------------
Version 0.10 October 10, 1996
----------------------------------------------------------------------
Original release.

339
contrib/spiceprm/COPYING
View File

@ -1,339 +0,0 @@
GNU GENERAL PUBLIC LICENSE
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Copyright (C) 1989, 1991 Free Software Foundation, Inc.
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Also add information on how to contact you by electronic and paper mail.
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The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, the commands you use may
be called something other than `show w' and `show c'; they could even be
mouse-clicks or menu items--whatever suits your program.
You should also get your employer (if you work as a programmer) or your
school, if any, to sign a "copyright disclaimer" for the program, if
necessary. Here is a sample; alter the names:
Yoyodyne, Inc., hereby disclaims all copyright interest in the program
`Gnomovision' (which makes passes at compilers) written by James Hacker.
<signature of Ty Coon>, 1 April 1989
Ty Coon, President of Vice
This General Public License does not permit incorporating your program into
proprietary programs. If your program is a subroutine library, you may
consider it more useful to permit linking proprietary applications with the
library. If this is what you want to do, use the GNU Library General
Public License instead of this License.

176
contrib/spiceprm/EXAMPLES
View File

@ -1,176 +0,0 @@
****************************************************************
* Pi attenuator pad.
* Parameters: R0 = impedance
* DB = attenuation in dB (positive)
.SUBCKT PIPAD 1 2 { R0 DB }
R1 1 0 {R0*(1+2/(10**(DB/20)-1))}
R2 1 2 {(R0/2)*(10**(DB/20)-10**(DB/-20))}
R3 2 0 {R0*(1+2/(10**(DB/20)-1))}
.ENDS
****************************************************************
* PCB Via inductance + extra L.
* H = substrate height in inches
* D = via diameter in inches
* L = extra inductance in henries.
.SUBCKT VIA 1 2 { H D L }
LV 1 2 {L+
+ 5.08E-9*H*(log((2+sqrt(4+D*D/(H*H)))*H/D)+
+ .75*(D/H-sqrt(4+D*D/(H*H))))}
.ENDS
****************************************************************
* Voltage-controlled oscillator.
* Parameters: F = frequency @ Vc = 0 in Hz
* KV = tuning sensitivity in Hz/volt
* A = peak output amplitude
* RO = output port resistance
* Connections: Vc Out
.SUBCKT VCO 20 2 { F KV A RO }
RIN1 20 0 1E12
VSW 30 0 DC 0 PULSE 0 1
RSW 30 0 1E12
BIN 3 0 V=(V(20)+{F/KV})*V(30)
R3 3 0 1E6
GSIN 2 0 22 0 {1/RO}
RSIN 2 0 {RO}
B1 1 0 I=-(V(22)*V(3))
B2 22 0 I=V(1)*V(3)
R2 1 0 1E9
I1 0 1 PULSE {1E-9*A} 0
C2 1 0 {.159154943/KV}
C1 22 0 {.159154943/KV}
R1 22 0 1E9
.ENDS
****************************************************************
* Ideal Frequency converter.
* Parameters: F = Oscillator frequency
* RI = input port resistance
* RO = output port resistance
* Connections: In Out
.SUBCKT FCNVT 1 2 { F RI RO }
RIN 1 0 {RI}
VLO 3 0 DC 0 SIN 0 1 {F}
RLO 3 0 1E12
BMIX 0 2 I=(V(1)*V(3))/{RO}
RO 2 0 {RO}
.ENDS
****************************************************************
* Sine wave RF power source.
* Parameters: F = Frequency
* R = Output resistance
* P = Power in dBm
* V = DC (EMF)
.SUBCKT RFGEN 1 2 { F R P V }
* + -
Is 2 1 DC {V/R} SIN {V/R} {sqrt((10**(P/10))/(125*R))} {F}
Ro 1 2 {R}
.ENDS
****************************************************************
* Sine wave 2-tone RF power source.
* Parameters: F1 = 1st tone frequency
* F2 = 2nd tone frequency
* R = output resistance
* P = power per tone in dBm
* V = DC (EMF)
.SUBCKT 2TGEN 1 2 { F1 F2 R P V }
* + -
I1 2 1 DC {V/R} SIN {V/R} {sqrt((10**(P/10))/(125*R))} {F1}
I2 2 1 DC 0 SIN 0 {sqrt((10**(P/10))/(125*R))} {F2}
Ro 1 2 {R}
.ENDS
****************************************************************
* Transmission lines
* All ports must have external connections.
* Parameters: Z0 = impedance
* L = length in inches
* VP = velocity-of-propagation rel. to air
* Connections: 1+ 1- 2+ 2-
.SUBCKT TXL 1 2 3 4 { Z0 L VP }
T1 1 2 3 4 Z0={Z0} TD={L/(1.180315E10*VP)}
.ENDS
****************************************************************
* Lossy transmission line.
* All ports must have external connections.
* Parameters: Z0 = impedance
* L = length in inches
* VP = velocity-of-propagation rel. to air
* A = loss in dB/inch
* Connections: 1+ 1- 2+ 2-
.SUBCKT LTXL 1 2 3 4 { Z0 L VP A }
O1 1 2 3 4 LOSSY
.MODEL LOSSY LTRA LEN={L}
+ R={5.848492e-3*A*Z0}
+ L={Z0/(1.180315E10*VP)}
+ C={1/(1.180315E10*VP*Z0)}
.ENDS
****************************************************************
* 2 coupled transmission lines
* All ports must have external connections.
* Parameters: Z0E = even-mode impedance
* Z0O = odd-mode impedance
* L = length in inches
* VP = velocity-of-propagation rel. to air
* Connections: 1+ 1- 2+ 2- { Z0E Z0O L VP }
.SUBCKT CPL2 1 2 3 4
T1 1 0 3 0 Z0={Z0E} TD={L/(1.180315E10*VP)}
T2 1 2 3 4 Z0={2*Z0E*Z0O/(Z0E-Z0O)} TD={L/(1.180315E10*VP)}
T3 2 0 4 0 Z0={Z0E} TD={L/(1.180315E10*VP)}
.ENDS
****************************************************************
* Generic Bipolar OpAmp - linear model
* Parameters: G = open-loop gain in dB
* FT = unity gain frequency in Hz
* IOS = input offset current in amps
* VOS = input offset voltage
* IB = input bias current in amps
.SUBCKT BIPOPA 2 3 6 7 4 { G FT IOS VOS IB }
* - In + Out Vcc Vee
RP 4 7 10K
RXX 4 0 10MEG
IBP 3 0 {IB-IOS}
RIP 3 0 10MEG
CIP 3 0 1.4PF
IBN 2 0 {IB}
RIN 2 0 10MEG
CIN 2 0 1.4PF
VOFST 2 10 {VOS}
RID 10 3 200K
EA 11 0 10 3 1
R1 11 12 5K
R2 12 13 50K
C1 12 0 {13E-6/FT}
GA 0 14 0 13 {0.0135*(10**(G/20))}
C2 13 14 {2.7E-6/FT}
RO 14 0 75
L 14 6 {30/FT}
RL 14 6 1000
CL 6 0 3PF
.ENDS
****************************************************************
* Generic FET OpAmp - linear model
* Parameters: G = open-loop gain in dB
* FT = unity gain frequency in Hz
* VOS = input offset voltage
.SUBCKT FETOPA 2 3 6 7 4 { G FT VOS }
* - In + Out Vcc Vee
RP 4 7 6K
RXX 4 0 10MEG
IBP 3 0 33E-12
RIP 3 0 1E12
CIP 3 0 3PF
IBN 2 0 30E-12
RIN 2 0 1E12
CIN 2 0 3PF
VOFST 2 10 {VOS}
RID 10 3 1E12
EA 11 0 10 3 1
R1 11 12 5K
R2 12 13 50K
C1 12 0 {24E-6/FT}
GA 0 14 0 13 {0.0135*(10**(G/20))}
C2 13 14 {2.33E-6/FT}
RO 14 0 75
L 14 6 {4E-6/FT}
RL 14 6 100
CL 6 0 3PF
.ENDS
****************************************************************

216
contrib/spiceprm/README
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@ -1,216 +0,0 @@
------------------------------------------------------------------------
SPICEPRM - A Spice preprocessor for parameterized subcircuits (v 0.11)
Copyright (C) 1996 Andrew J. Borsa <andy@moose.mv.com>
------------------------------------------------------------------------
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
------------------------------------------------------------------------
Spiceprm was written in the course of moving my engineering activities
to the Linux operating system. My previous MSDOS spice package
permitted passing parameters to subcircuits. The raw Berkely Spice
doesn't. Anyone used to this feature knows the frustration of trying
to use a simulator without it. This script is the result of my
desperation. It translates a circuit file containing parameterized
subcircuits with math expressions into another circuit file meeting raw
spice requirements. You then run spice on the translated output file.
This is an alpha version. It probably has some bugs I haven't caught.
But I have used it in a work environment enough to feel comfortable
about releasing it for comments and improvement suggestions.
What's So Great About Subcircuits With Parameters?
--------------------------------------------------
1. You can generalize a model once and then use it without having to
recalculate values of it's internal elements every time.
2. Many electronic devices can be modelled by using mathematical
expressions. The independent variables can be passed to the model as
parameters, evaluated in equations, and used to set the behavior of a
particular model instance.
3. They save mucho time and minimize human calculation error.
Installation
------------
1. Copy the executable script to an accessible directory. I keep mine
in $HOME/bin so it's on my path.
2. Modify the top line if necessary to reflect the path to your Perl
interpreter.
For ex., #! /usr/bin/perl may have to become #! /usr/local/bin/perl or
wherever the perl binary is located.
Usage
-----
spiceprm infile [outfile]
infile: Circuit file name containing parameterized subcircuits.
outfile: Transformed file meeting raw spice netlist conventions.
Optional. If not given, output is produced on standard
output (stdout).
My file name convention: infile = *.cir, outfile = *.ckt
infile == outfile isn't permitted for a coupla good reasons, the
best being you don't want to trash your original source.
Now source outfile from spice.
I always check the output from a new infile just to make sure. This
version only checks for a few obvious errors, so scanning outfile for
reasonable looking values and netlist correctness is wise. Note that
comment and blank lines are discarded in outfile and alphabetic
characters are transformed to lower case.
Parameterized Subcircuit Netlist Convention
-------------------------------------------
Calling a parameterized subcircuit works similarly to a normal spice call
except for the addition of a {} delimited list of parameter value
assignments -
Xname n1 n2 n3 ... ni subname {p1 = val1 ... pj = valj}
p1 thru pj are the parameter assignments to be passed to the
subcircuit.
val is any valid spice value.
{} (braces) must enclose the parameter assignment sequence.
After running the preprocessor on this file, each call in the netlist
will be replaced by the following -
Xname n1 n2 n3 ... ni subname#k
*{p1 = val1 ... pj = valj}
where k is a digit or digits representing a subcircuit with that
specific set of parameter substitutions. k will be incremented for
each unique set of parameters and matched by a new .subckt listing
named subname#k as follows -
.subckt subname#k n1 n2 n3 ... ni
... listing with parameters substituted and equations evaluated
.ends
Creating Parameterized Subcircuits
----------------------------------
Below is a simple example. See the EXAMPLES file for a number of
illustrative and useful models for Spice3.
This model creates an RF power source specified using the natural
output power units of dBm (dB referenced to 1 milliwatt). Note that
the model parameters must be declared on the ".subckt" definition line
inside curly braces {}.
****************************************************************
* Sine wave RF power source.
* Parameters: F = Frequency
* R = Output resistance
* P = Power in dBm
* V = DC (EMF)
.SUBCKT RFGEN 1 2 {F R P V}
* + -
Is 2 1 DC {V/R} SIN {V/R} {sqrt((10**(P/10))/(125*R))} {F}
Ro 1 2 {R}
.ENDS
****************************************************************
Note that independent current source Is has it's literal spice
parameters replaced by equations that calculate the required values
from the passed parameters. Each equation must be enclosed by {} to
inform the preprocessor that a substitution and calculation must be
performed for whatever appears between the braces.
Equations may span multiple lines by using the spice line continuation
symbol "+" as the first character of the following line.
.MODEL statements inside subcircuits may also use passed parameters.
In fact, anything between {} inside a subcircuit will be evaluated and
replaced with a result.
Be careful in situations like the following:
Bx 3 0 v = {v(1)*sgn(v(2))*frick/frack} WRONG!!!
The Spice3 nonlinear source element "B" also accepts equations
describing it's output dependency on functions of circuit voltages
and currents. If "frick" and "frack" are parameters, you must
separate them from the element's equation as follows -
Bx 3 0 v = v(1)*sgn(v(2))*{frick/frack}
Just remember that preprocessor equations and spice functions must
never meld.
The parameter substitution first replaces all parameters between any {}
with their numerical values and then uses Perl's eval() function to
produce a final numerical value. Theoretically at least, you could
execute a Perl program within those braces. I haven't explored this
yet so feel free. Realize though, that whatever's inside the braces
gets a ";" appended at the end to make a valid Perl statement from the
usual equation. Also, Perl's block delimiters are braces, so extra
one's could confuse the current parsing which is simply oriented to
equations. Ah well.
Known Bugs, Anomalies, and Perl Gotcha's
----------------------------------------
1. Minimal error checking! Be forewarned!
2. Don't use ".ends subckt_name" with parameters. Use ".ends" only.
The preprocessor modifies subckt_name to subckt_name#k.
3. Spice unit representations like "k", "meg", etc, are not recognized
inside the {} equation sections of .subckt listings. They may,
however, be used in the parameter assignment section of a .subckt call.
4. "-" as part of .subckt name doesn't work but "_" does. Stick to
alphanumeric names with optional underscore characters.
5. Equations must use Perl math operators and functions.
The following lists operator differences I'm aware of -
Exponentiation - Perl : **
Spice3 : ^
Logical AND, OR - Perl : &&, ||
Spice3 : &, |
Equality, Inequality - Perl : ==, !=
Spice3 : =, <>
These operators are the same for Perl and Spice3 -
+ - * / % ! < > <= >=
These operators are unique to Perl -
& | ^ ~ : bitwise AND, OR, exclusive OR, complement
Perl math functions -
abs(EXPR) : absolute value of EXPR
atan2(Y,X) : arctangent of Y/X in the range of -pi to +pi
cos(EXPR) : cosine of EXPR in radians
exp(EXPR) : e raised to EXPR
int(EXPR) : integer portion of EXPR
log(EXPR) : natural logarithm (base e) of EXPR
rand[(EXPR)]: returns a random fractional number between 0 and the
value of EXPR. If EXPR is omitted, returns a value
between 0 and 1.
sin(EXPR) : sine of EXPR in radians
sqrt(EXPR) : square root of EXPR
Finally, if you could make use of a language allowing you to do neat
things like this with minimal pain, give Perl a try. It's naturally
suited for text processing and transformation tasks like pre and post
processors, along with any math manipulation required.

305
contrib/spiceprm/spiceprm
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@ -1,305 +0,0 @@
#!/usr/bin/env perl
# spiceprm
# Pass parameters to spice subcircuits.
# Usage: spiceprm infile [outfile]
# infile and outfile must be different.
# Output written to STDOUT if outfile not given.
$BANNER = "Spiceprm version 0.11, Copyright (C) 1996 Andrew J. Borsa";
# NOTES:
# 1. Units not recognized inside .subckt {} expressions.
# 2. Perl exponent operator: "**", Spice exp op: "^".
# 3. "-" as part of subckt name doesn't work but "_" does.
# Netlist convention
# Xname n1 n2 n3 ... ni subname {p1 = val1 ... pj = valj}
# p1 thru pj are the parameters to be passed to the subcircuit.
# val is any valid spice value.
#
# .subckt name n1 n2 ... ni {p1 p2 ... pj}
# parameter expressions must be enclosed in {}.
# After substitution -
# Xname n1 n2 n3 ... ni subname#k
# *{p1 = val1 ... pj = valj}
# .subckt subname#k n1 n2 n3 ... ni
# ... listing with parameters substituted
# .ends
# %subckt: key = subname
# value = startline, endline, listing(.subckt ... .ends)
# Only for .subckts with parameters.
# %subprm: key = subname
# value = parameter name list
# %subcall: key = Xname[#subname0#subname1...]
# value = subname#k
# NOTE: IF Xname is called from within a .subckt, it will have calling
# .subckt names appended, delimited by #'s.
# %sub: key = subname#k
# value = p1 val1 ... pj valj, where val is a pure
# numeric with no units.
$MAXLEN = 70; # Max output file line length.
$DMAXLEN = 10; # Amount to increment if necessary.
$linenum = 0;
%units = ('f','1e-15','p','1e-12','n','1e-9','u','1e-6','mil','25.4e-6',
'm','1e-3','k','1e3','meg','1e6','g','1e9','t','1e12');
$* = 1; # Pattern match with multi-line strings.
($infile, $outfile) = @ARGV;
print "\n$BANNER\ninfile: $infile\noutfile: $outfile\n\n";
$#ARGV && ($infile eq $outfile)
&& die "Input and Output filenames must be different\n";
open(INFILE, $infile) || die "Can't open source file: $infile\n";
$hasprm = $depth = 0;
&prm_scan;
close(INFILE);
open(INFILE, $infile) || die "Can't open source file: $infile\n";
unlink $outfile if $#ARGV;
open(OUTFILE, $#ARGV ? ">$outfile" : ">-")
|| die "Can't open output file: $outfile\n";
$depth = 0;
&prm_wr;
close(INFILE);
close(OUTFILE);
# Get a line from the input file, combining any continuation lines into
# one long line. Skip comment and blank lines.
sub prm_getline {
local($line);
chop($line = defined($nxtline) ? $nxtline : <INFILE>);
$linenum = $.;
while ($nxtline = <INFILE>) {
if ($line =~ /^\*|^\s/) { $line = ''; }
if ($line eq '' || $nxtline =~ s/^(\+)/ /) {
chop($nxtline);
$line .= $nxtline;
}
else { last; }
}
$line;
}
# Scan the input file looking for subcircuit calls with parameter list and
# any subcircuits with defined parameters.
sub prm_scan {
local(@w, @tmp, @list);
local($xnm, $subnm, $i, $max, $m, $s, $n, $tmp, $start);
local($sublist) = '';
PRM_SCAN: while ($_ = &prm_getline) {
# skip .control - .endc blocks
if (/^\.control/i) {
while ($_ = &prm_getline) { next PRM_SCAN if (/^\.endc/i); }
}
tr/A-Z/a-z/;
PRM_TST: {
if (/^x/ && s/(\{([^\}]+)\})//) {
@w = split(' ');
@tmp = @w[0 .. $#w-1];
$xnm = $w[0] . $sublist; $subnm = $w[$#w];
$_ = $2; $i = 0;
while (/(\w+)\s*\=\s*([+-]?\d*(\.\d*)?([Ee][+-]?\d+)?)([a-z]\w*)?/) {
# 1 2 3 4 5
$prmval{$1} = $2*($5 ? &unit2mult($5) : 1);
$_ = $';
$i += 2;
}
$max = -1; $m = '';
CHKDUP: foreach $s (keys %sub) {
$s =~ /(\w+)\#(\d+)/;
if ($subnm eq $1) {
if ($max < $2) { $max = $2; }
$n = (@w = split(' ', $sub{$s}));
if ($n == $i) {
for ($i = 0; $i < $n; $i += 2) {
last if $w[$i+1] ne $prmval{$w[$i]};
}
if ($i >= $n) {
$m = 1;
$subcall{$xnm} = $s;
last CHKDUP;
}
}
}
}
if ($m eq '') {
foreach $n (keys %prmval) {
$m = join(' ', $m, $n, $prmval{$n});
}
$sub{($s = join('', $subnm, '#', $max+1))} = $m;
$subcall{$xnm} = $s;
}
push(@list, join(' ', @tmp, $subcall{$xnm})) if $depth;
undef %prmval;
last PRM_TST;
}
if (/^\.subckt\s+(\w+)/) {
$depth++; $tmp = $1;
$sublist .= '#' . $1;
if (s/(\{([^\}]+)\})//) {
if ($hasprm) {
print "Line $linenum: ",
"Nested parameterized subckt definitions not permitted\n\n";
}
else {
$hasprm = 1; $start = $.;
$subprm{$psubnm = $tmp} = $2;
}
}
push(@list, $_); # With {} parameter defs removed.
last PRM_TST;
}
if (/^\.ends/) {
$sublist =~ s/(\#\w+)$//;
if (--$depth == 0) {
if ($hasprm) {
$subckt{$psubnm} = join("\n",join(' ',$start,$.),@list,$_);
}
$hasprm = 0;
undef @list; $sublist = '';
last PRM_TST;
}
# MW. 'last PRM_TST' should be inside 'if' loop to allow nestle subckts.
}
if ($depth) {
push(@list, $_);
last PRM_TST;
}
}
}
}
# Write the output file.
sub prm_wr {
local(@w, @pnms, @list, @line);
local($xnm, $subnm, $n, $m, $i, $s);
local($sublist) = '';
PRMWR_SCAN: while ($_ = &prm_getline) {
# write .control - .endc blocks
if (/^\.control/i) {
print OUTFILE "$_\n";
while ($_ = &prm_getline) {
prm_wrline($_);
next PRMWR_SCAN if (/^\.endc/i);
}
}
tr/A-Z/a-z/;
if (/^x/ && s/(\{([^\}]+)\})//) {
@w = split(' '); $subnm = pop(@w);
$xnm = $w[0] . $sublist;
prm_wrline(join(' ', @w, $subcall{$xnm}));
print OUTFILE "* $1\n";
if (!defined($subprm{$subnm})) {
print "Line $linenum: Subckt \"$subnm\" has no defined parameters\n\n";
next PRMWR_SCAN;
}
$n = @pnms = sort(split(' ', $subprm{$subnm}));
$m = (@w = split(' ', $sub{$subcall{$xnm}}));
if ($n == $m/2) {
for ($i = 0, undef(@list); $i < $m; $i += 2) {
push(@list, $w[$i]);
}
for ($i = 0, @w = sort(@list); $i < $n; ++$i) {
if ($pnms[$i] ne $w[$i]) {
print "Line $linenum: ",
"Undefined parameter \"$w[$i]\"",
"in subckt \"$subnm\" call\n\n";
next PRMWR_SCAN;
}
}
}
else {
print "Line $linenum: ",
"Incorrect number of parameters in subckt \"$subnm\" call\n\n";
}
next PRMWR_SCAN;
}
if (/^\.subckt\s+(\w+)/) {
if ($s = $subckt{$1}) {
$s =~ /\d+\s+(\d+)/;
$n = $1;
&prm_getline until $. == $n;
}
else {
$depth++; $sublist .= '#' . $1;
prm_wrline($_);
}
next PRMWR_SCAN;
}
if (/^\.end\b/) {
foreach $s (keys %sub) {
($subnm = $s) =~ s/\#\d+//;
@line = split(/\n/, $subckt{$subnm});
shift(@line);
$line[0] =~ s/$subnm/$s/;
%prmval = split(' ', $sub{$s});
foreach (@line) {
s/\{([^\}]+)\}/&prm_eval($1, %prmval)/eg;
prm_wrline($_);
}
}
print OUTFILE ".end\n";
last PRMWR_SCAN;
}
if (/^\.ends/) {
if (--$depth == 0) { $sublist = ''; }
else { $sublist =~ s/(\#\w+)$//; }
}
prm_wrline($_);
}
}
# Translate a possible unit into a multiplier factor.
# Parameter is the unit letter string assumed lower case.
sub unit2mult {
local($u) = shift;
$u = ($u =~ /^(mil|meg)/ ? $1 : substr($u, 0, 1));
$u = defined($units{$u}) ? $units{$u} : 1;
}
# Evaluate a parameter expression.
# Arguments: expression, parameter & value assoc. array.
sub prm_eval {
local($x,%prm) = @_;
foreach $key (keys %prm) {
$x =~ s/\b$key\b/$prm{$key}/eg;
}
eval($x . ';');
}
# Write an output file line with a max length. The line is split on
# whitespace or '=' at a point less than or equal to the max length
# and output as a spice continuation line.
# If a splitting delimiter is not found within $MAXLEN, then allowable
# length is increased, potentially up to the actual line length.
# NOTE: outputs '\n'.
# $MAXLEN sets the max value, $DMAXLEN the increment.
# File handle = OUTFILE.
sub prm_wrline {
local($line) = shift;
local($max, $s, $m);
$max = $MAXLEN;
until ($line eq '') {
if (length($line) > $max) {
$m = substr($line, 0, $max);
if ($m =~ /((\s|\=)[^(\s|\=)]*)$/) {
$s = $` . $2;
$line = '+' . substr($line, length($s));
}
else { $max += $DMAXLEN; next; }
}
else { $s = $line; $line = ''; }
print OUTFILE "$s\n";
$max = $MAXLEN;
}
}

19
contrib/spiceprm/spiceprm-0.11.lsm
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@ -1,19 +0,0 @@
Begin3
Title: spiceprm-0.11.tar.gz
Version: 0.11
Entered-date: 02JAN97
Description: A Perl script preprocessor adding parameterized
subcircuit capability to the Berkeley Spice circuit
simulator. Should also work with any spice lacking
this feature.
Keywords: spice cad simulation preprocessor perl script
Author: andy@moose.mv.com (Andy Borsa)
Maintained-by:
Primary-site: sunsite.unc.edu /pub/Linux/apps/circuits
15.6kB spiceprm-0.11.tar.gz
Alternate-site:
Original-site:
Platforms: Linux or most any unix, Perl 4 or greater.
Tested with Linux and Perl 5.
Copying-policy: GNU General Public License. See file COPYING.
End