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<!--
This file is part of adms - http://sourceforge.net/projects/mot-adms.
adms is a code generator for the Verilog-AMS language.
Copyright (C) 2002-2012 Laurent Lemaitre <r29173@users.sourceforge.net>
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 3 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, see <http://www.gnu.org/licenses/>.
-->
<admst version="2.3.0" xmlns:admst="http://mot-adms.svn.sourceforge.net/viewvc/*checkout*/mot-adms/trunk/adms/admst.dtd">
<admst:variable name="m" string="dependency"/>
<admst:open file="$m.trg">
+:
0 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
-:
0 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
*:
0 1 2 3
1 1 2 3
2 2 3 3
3 3 3 3
/:
0 1 3 3
1 1 3 3
2 2 3 3
3 3 3 3
?: arg1=c:
0 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
?: arg1=np:
1 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
?: arg1=l :
1 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
?: arg1=nl:
1 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
sqrt:
0.0 1.0 3.1 3.1
pow:
0.0 1.0 3.1 3.1
1.0 1.0 3.1 3.1
3.1 3.1 3.1 3.1
3.1 3.1 3.1 3.1
ddx:
0.0 1.0 3.1 3.1
branch: p:GND=yes
source: V(p:GND)=yes
source: I(p:GND)=yes
probe: I(p:GND)=yes
probe: V(p:GND)=yes
c: parametertype=model input=no
np: parametertype=model input=no
l: parametertype=model input=no
nl: parametertype=model input=no
P: parametertype=instance input=yes
C01: parametertype=model input=no
C02: parametertype=model input=no
C03: parametertype=model input=no
C04: parametertype=model input=no
C05: parametertype=model input=no
C06: parametertype=model input=no
C07: parametertype=model input=no
C08: parametertype=model input=no
C09: parametertype=model input=no
C10: parametertype=model input=no
C11: parametertype=model input=no
C12: parametertype=model input=no
C13: parametertype=model input=no
C14: parametertype=model input=no
C15: parametertype=model input=no
C16: parametertype=model input=no
A: parametertype=model input=no
B: parametertype=model input=no
AA: parametertype=model input=no
awl: parametertype=model input=no
bwl: parametertype=model input=no
afl: parametertype=model input=no
bfl: parametertype=model input=no
c: input=local OPdependent=no
np: input=local OPdependent=yes
l: input=local OPdependent=yes
nl: input=local OPdependent=yes
P: input=global_instance OPdependent=no
C01: input=local OPdependent=no
C02: input=local OPdependent=yes
C03: input=local OPdependent=yes
C04: input=local OPdependent=yes
C05: input=local OPdependent=yes
C06: input=local OPdependent=yes
C07: input=local OPdependent=yes
C08: input=local OPdependent=yes
C09: input=local OPdependent=yes
C10: input=local OPdependent=yes
C11: input=local OPdependent=yes
C12: input=local OPdependent=yes
C13: input=local OPdependent=yes
C14: input=local OPdependent=yes
C15: input=local OPdependent=yes
C16: input=local OPdependent=yes
A: input=local OPdependent=yes
B: input=local OPdependent=yes
AA: input=global_instance OPdependent=no
awl: input=local OPdependent=yes
bwl: input=local OPdependent=yes
afl: input=local OPdependent=yes
bfl: input=local OPdependent=yes
P from [(0):(1)]
P exclude [(-inf):(+inf)]
I(p:GND)<+(I(p:GND)); wn=no lhswn=no
I(p:GND)<+(V(p:GND)); wn=no lhswn=no
V(p:GND)<+(I(p:GND)); wn=no lhswn=yes
V(p:GND)<+(white_noise(V(p:GND))); wn=yes lhswn=yes
V(p:GND)<+(flicker_noise(V(p:GND),1.0)); wn=no lhswn=yes
I(p:GND)<+(I(p:GND)); lhsfn=no fn=no
I(p:GND)<+(V(p:GND)); lhsfn=no fn=no
V(p:GND)<+(I(p:GND)); lhsfn=yes fn=no
V(p:GND)<+(white_noise(V(p:GND))); lhsfn=yes fn=no
V(p:GND)<+(flicker_noise(V(p:GND),1.0)); lhsfn=yes fn=yes
conditional:
000001002003010011012013020021022023030031032033111111112113111111112113121121122123131131132133211211212213211211212213221221222223231231232233311311312313311311312313321321322323331331332333
C0
0_0_0 1_1_1 1_1_1 1_1_1
1_1_1 1_1_1 1_1_1 1_1_1
2_2_2 2_2_2 2_2_2 2_2_2
3_3_3 3_3_3 3_3_3 3_3_3
C1
0 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
--------
1 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
--------
1 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
--------
1 1 2 3
1 1 2 3
2 2 2 3
3 3 3 3
--------
LOOPS
block.fl: linear
block.FL: linear
block.wl: nonlinear
block.WL: nonlinear
block.main: nonlinear
c: constant
np: noprobe
l: linear
nl: nonlinear
P: constant
C01: constant
C02: noprobe
C03: noprobe
C04: noprobe
C05: noprobe
C06: noprobe
C07: noprobe
C08: noprobe
C09: linear
C10: linear
C11: linear
C12: linear
C13: nonlinear
C14: nonlinear
C15: nonlinear
C16: nonlinear
A: nonlinear
B: nonlinear
AA: constant
awl: noprobe
bwl: nonlinear
afl: noprobe
bfl: linear
</admst:open>
<admst:message format="$m.trg: created\n"/>
<admst:open file="$m.va">
`include "disciplines.vams"
module $m (p);
electrical p;
real c,np,l,nl;
(*type="instance"*) parameter real P=1 from [0:1] exclude [-inf:+inf];
real C01,C02,C03,C04,C05,C06,C07,C08,C09;
real C10,C11,C12,C13,C14,C15,C16;
real A;
real B;
real AA (*ask="yes"*);
real awl,bwl;
real afl,bfl;
analog
begin : main
c=1;
if(V(p)) np=1;
l=V(p);
nl=log(V(p));
(*dbg:name="+"*)
A=c +c ; A=c +np; A=c +l ; (*dbg:nl*) A=c +nl;
A=np+c ; A=np+np; A=np+l ; (*dbg:nl*) A=np+nl;
A=l +c ; A=l +np; A=l +l ; (*dbg:nl*) A=l +nl;
A=nl+c ; A=nl+np; A=nl+l ; (*dbg:nl*) A=nl+nl;
(*dbg:name="-"*)
A=c -c ; A=c -np; A=c -l ; (*dbg:nl*) A=c -nl;
A=np-c ; A=np-np; A=np-l ; (*dbg:nl*) A=np-nl;
A=l -c ; A=l -np; A=l -l ; (*dbg:nl*) A=l -nl;
A=nl-c ; A=nl-np; A=nl-l ; (*dbg:nl*) A=nl-nl;
(*dbg:name="*"*)
A=c *c ; A=c *np; A=c *l ; (*dbg:nl*) A=c *nl;
A=np*c ; A=np*np; A=np*l ; (*dbg:nl*) A=np*nl;
A=l *c ; A=l *np; A=l *l ; (*dbg:nl*) A=l *nl;
A=nl*c ; A=nl*np; A=nl*l ; (*dbg:nl*) A=nl*nl;
(*dbg:name="/"*)
A=c /c ; A=c /np; A=c /l ; (*dbg:nl*) A=c /nl;
A=np/c ; A=np/np; A=np/l ; (*dbg:nl*) A=np/nl;
A=l /c ; A=l /np; A=l /l ; (*dbg:nl*) A=l /nl;
A=nl/c ; A=nl/np; A=nl/l ; (*dbg:nl*) A=nl/nl;
(*dbg:name="?: arg1=c"*)
A=c ?c :c ; A=c ?c :np; A=c ?c :l ; (*dbg:nl*) A=c ?c :nl;
A=c ?np:c ; A=c ?np:np; A=c ?np:l ; (*dbg:nl*) A=c ?np:nl;
A=c ?l :c ; A=c ?l :np; A=c ?l :l ; (*dbg:nl*) A=c ?l :nl;
A=c ?nl:c ; A=c ?nl:np; A=c ?nl:l ; (*dbg:nl*) A=c ?nl:nl;
(*dbg:name="?: arg1=np"*)
A=np?c :c ; A=np?c :np; A=np?c :l ; (*dbg:nl*) A=np?c :nl;
A=np?np:c ; A=np?np:np; A=np?np:l ; (*dbg:nl*) A=np?np:nl;
A=np?l :c ; A=np?l :np; A=np?l :l ; (*dbg:nl*) A=np?l :nl;
A=np?nl:c ; A=np?nl:np; A=np?nl:l ; (*dbg:nl*) A=np?nl:nl;
(*dbg:name="?: arg1=l "*)
A=l ?c :c ; A=l ?c :np; A=l ?c :l ; (*dbg:nl*) A=l ?c :nl;
A=l ?np:c ; A=l ?np:np; A=l ?np:l ; (*dbg:nl*) A=l ?np:nl;
A=l ?l :c ; A=l ?l :np; A=l ?l :l ; (*dbg:nl*) A=l ?l :nl;
A=l ?nl:c ; A=l ?nl:np; A=l ?nl:l ; (*dbg:nl*) A=l ?nl:nl;
(*dbg:name="?: arg1=nl"*)
A=nl?c :c ; A=nl?c :np; A=nl?c :l ; (*dbg:nl*) A=nl?c :nl;
A=nl?np:c ; A=nl?np:np; A=nl?np:l ; (*dbg:nl*) A=nl?np:nl;
A=nl?l :c ; A=nl?l :np; A=nl?l :l ; (*dbg:nl*) A=nl?l :nl;
A=nl?nl:c ; A=nl?nl:np; A=nl?nl:l ; (*dbg:nl*) A=nl?nl:nl;
(*dbg:name="sqrt"*)
A=sqrt(c) ; A=sqrt(np); A=sqrt(l ); (*dbg:nl*) A=sqrt(nl);
(*dbg:name="pow"*)
A=pow(c ,c) ; A=pow(c ,np); A=pow(c ,l ); (*dbg:nl*) A=pow(c ,nl);
A=pow(np,c) ; A=pow(np,np); A=pow(np,l ); (*dbg:nl*) A=pow(np,nl);
A=pow(l ,c) ; A=pow(l ,np); A=pow(l ,l ); (*dbg:nl*) A=pow(l ,nl);
A=pow(nl,c) ; A=pow(nl,np); A=pow(nl,l ); (*dbg:nl*) A=pow(nl,nl);
(*dbg:name="ddx"*)
A=ddx(c) ; A=ddx(np,V(p)); A=ddx(l ,V(p)); (*dbg:nl*) A=ddx(nl,V(p));
I(p)<+I(p);
I(p)<+V(p);
V(p)<+I(p);
V(p)<+white_noise(V(p));
V(p)<+flicker_noise(V(p),1.0);
if(c ) (*dbg:c0="" *) C01=c ;
if(np) (*dbg:c0="" *) C02=c ;
if(l ) (*dbg:c0="" *) C03=c ;
if(nl) (*dbg:c0="\n"*) C04=c ;
if(c ) (*dbg:c0="" *) C05=np;
if(np) (*dbg:c0="" *) C06=np;
if(l ) (*dbg:c0="" *) C07=np;
if(nl) (*dbg:c0="\n"*) C08=np;
if(c ) (*dbg:c0="" *) C09=l ;
if(np) (*dbg:c0="" *) C10=l ;
if(l ) (*dbg:c0="" *) C11=l ;
if(nl) (*dbg:c0="\n"*) C12=l ;
if(c ) (*dbg:c0="" *) C13=nl;
if(np) (*dbg:c0="" *) C14=nl;
if(l ) (*dbg:c0="" *) C15=nl;
if(nl) (*dbg:c0="\n"*) C16=nl;
if(c ) (*dbg:c1="" *) B=c ; else B=c;
if(c ) (*dbg:c1="" *) B=c ; else B=np;
if(c ) (*dbg:c1="" *) B=c ; else B=l ;
if(c ) (*dbg:c1="\n" *) B=c ; else B=nl;
if(c ) (*dbg:c1="" *) B=np; else B=c ;
if(c ) (*dbg:c1="" *) B=np; else B=np;
if(c ) (*dbg:c1="" *) B=np; else B=l ;
if(c ) (*dbg:c1="\n" *) B=np; else B=nl;
if(c ) (*dbg:c1="" *) B=l ; else B=c ;
if(c ) (*dbg:c1="" *) B=l ; else B=np;
if(c ) (*dbg:c1="" *) B=l ; else B=l;
if(c ) (*dbg:c1="\n" *) B=l ; else B=nl;
if(c ) (*dbg:c1="" *) B=nl; else B=c ;
if(c ) (*dbg:c1="" *) B=nl; else B=np;
if(c ) (*dbg:c1="" *) B=nl; else B=l ;
if(c ) (*dbg:c1="\n--------\n"*) B=nl; else B=nl;
if(np) (*dbg:c1="" *) B=c ; else B=c;
if(np) (*dbg:c1="" *) B=c ; else B=np;
if(np) (*dbg:c1="" *) B=c ; else B=l ;
if(np) (*dbg:c1="\n" *) B=c ; else B=nl;
if(np) (*dbg:c1="" *) B=np; else B=c ;
if(np) (*dbg:c1="" *) B=np; else B=np;
if(np) (*dbg:c1="" *) B=np; else B=l ;
if(np) (*dbg:c1="\n" *) B=np; else B=nl;
if(np) (*dbg:c1="" *) B=l ; else B=c ;
if(np) (*dbg:c1="" *) B=l ; else B=np;
if(np) (*dbg:c1="" *) B=l ; else B=l;
if(np) (*dbg:c1="\n" *) B=l ; else B=nl;
if(np) (*dbg:c1="" *) B=nl; else B=c ;
if(np) (*dbg:c1="" *) B=nl; else B=np;
if(np) (*dbg:c1="" *) B=nl; else B=l ;
if(np) (*dbg:c1="\n--------\n"*) B=nl; else B=nl;
if(l ) (*dbg:c1="" *) B=c ; else B=c;
if(l ) (*dbg:c1="" *) B=c ; else B=np;
if(l ) (*dbg:c1="" *) B=c ; else B=l ;
if(l ) (*dbg:c1="\n" *) B=c ; else B=nl;
if(l ) (*dbg:c1="" *) B=np; else B=c ;
if(l ) (*dbg:c1="" *) B=np; else B=np;
if(l ) (*dbg:c1="" *) B=np; else B=l ;
if(l ) (*dbg:c1="\n" *) B=np; else B=nl;
if(l ) (*dbg:c1="" *) B=l ; else B=c ;
if(l ) (*dbg:c1="" *) B=l ; else B=np;
if(l ) (*dbg:c1="" *) B=l ; else B=l;
if(l ) (*dbg:c1="\n" *) B=l ; else B=nl;
if(l ) (*dbg:c1="" *) B=nl; else B=c ;
if(l ) (*dbg:c1="" *) B=nl; else B=np;
if(l ) (*dbg:c1="" *) B=nl; else B=l ;
if(l ) (*dbg:c1="\n--------\n"*) B=nl; else B=nl;
if(nl) (*dbg:c1="" *) B=c ; else B=c;
if(nl) (*dbg:c1="" *) B=c ; else B=np;
if(nl) (*dbg:c1="" *) B=c ; else B=l ;
if(nl) (*dbg:c1="\n" *) B=c ; else B=nl;
if(nl) (*dbg:c1="" *) B=np; else B=c ;
if(nl) (*dbg:c1="" *) B=np; else B=np;
if(nl) (*dbg:c1="" *) B=np; else B=l ;
if(nl) (*dbg:c1="\n" *) B=np; else B=nl;
if(nl) (*dbg:c1="" *) B=l ; else B=c ;
if(nl) (*dbg:c1="" *) B=l ; else B=np;
if(nl) (*dbg:c1="" *) B=l ; else B=l;
if(nl) (*dbg:c1="\n" *) B=l ; else B=nl;
if(nl) (*dbg:c1="" *) B=nl; else B=c ;
if(nl) (*dbg:c1="" *) B=nl; else B=np;
if(nl) (*dbg:c1="" *) B=nl; else B=l ;
if(nl) (*dbg:c1="\n--------\n"*) B=nl; else B=nl;
begin : WL
while(bwl==0) begin : wl awl=1; bwl=V(p)*V(p); end
end
begin : FL
for(afl=1;afl<bfl;bfl=1) begin : fl afl=1; bfl=V(p); end
end
end
endmodule
</admst:open>
<admst:message format="$m.va: file created\n"/>
<admst:read file="$m.va"/>
<admst:apply-templates select="/module[name=$m]" match="adms.implicit.xml.module"/>
<admst:template match="aliasd">
<admst:choose>
<admst:when test="[.='constant']">0</admst:when>
<admst:when test="[.='noprobe']">1</admst:when>
<admst:when test="[.='linear']">2</admst:when>
<admst:when test="[.='nonlinear']">3</admst:when>
</admst:choose>
</admst:template>
<admst:template match="aliasB">
<admst:choose>
<admst:when test="[.='no']">0</admst:when>
<admst:when test="[.='yes']">1</admst:when>
</admst:choose>
</admst:template>
<admst:for-each select="/module/assignment[lhs/datatypename='variable' and lhs/name='A']">
<admst:text select="attribute[name='dbg:name']" format="%(value):\n"/>
<admst:text format=" %(aliasd(math/dependency))"/>
<admst:text select="rhs/tree[datatypename='function']/subexpression/expression" format=".%(aliasB(hasVoltageDependentFunction))"/>
<admst:text test="attribute[name='ibm' and value='dbg:nl']" format="\n"/>
</admst:for-each>
<admst:text select="/module/(branch|source|probe)" format="%(datatypename): %(.)=%(grounded)\n"/>
<admst:text select="/module/variable" format="%(.): parametertype=%(parametertype) input=%(input)\n"/>
<admst:text select="/module/variable" format="%(.): input=%(scope) OPdependent=%(OPdependent)\n"/>
<admst:text select="/module/variable/range" format="%(..) %(.)\n"/>
<admst:text select="/module/contribution" format="%(.) wn=%(whitenoise) lhswn=%(lhs/whitenoise)\n"/>
<admst:text select="/module/contribution" format="%(.) lhsfn=%(lhs/flickernoise) fn=%(flickernoise)\n"/>
<admst:text format="conditional:\n"/>
<admst:for-each select="/module/reverse(conditional[exists(then/attribute[name='dbg:c1'])])">
<admst:text format="%(if/aliasd(dependency))%(then/aliasd(dependency))%(else/aliasd(dependency))"/>
</admst:for-each>
<admst:text format="\n"/>
<admst:text format=" C0\n"/>
<admst:for-each select="/module/reverse(conditional[exists(then/attribute[name='dbg:c0'])])">
<admst:text format=" %(aliasd(dependency))_%(aliasd(then/dependency))_%(aliasd(then/lhs/dependency))"/>
<admst:text format="%(then/attribute[name='dbg:c0']/value)"/>
</admst:for-each>
<admst:text format=" C1\n"/>
<admst:for-each select="/module/reverse(conditional[exists(then/attribute[name='dbg:c1'])])">
<admst:text format=" %(aliasd(dependency))"/>
<admst:text format="%(then/attribute[name='dbg:c1']/value)"/>
</admst:for-each>
<admst:text format=" LOOPS\n"/>
<admst:for-each select="/module">
<admst:text select="block" format="block.%(name): %(dependency)\n"/>
<admst:text select="variable" format="%(.): %(dependency)\n"/>
</admst:for-each>
</admst>
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