addlores(3) [debian man page]

ADDLORES(3)						       MBK LOGICAL FUNCTIONS						       ADDLORES(3)

NAME

       addlores - create a logical resistor

ORIGIN

       This  software  belongs	to  the  ALLIANCE CAD SYSTEM developed by the ASIM team at LIP6 laboratory of Universite Pierre et Marie CURIE, in
       Paris, France.

       Web : http://asim.lip6.fr/recherche/alliance/
       E-mail : alliance-users@asim.lip6.fr

SYNOPSYS

       #include "mlo.h"

       lores_list *addlores(ptfig,type,resi,rcon1,rcon2,name)
       lofig_list *ptfig ;
       char type ;
       double resi ;
       losig_list *rcon1, *rcon2 ;
       const char *name ;

PARAMETERS

       ptfig		   Pointer to the figure in which the resistor should be added

       type		   Resistor type

       resi		   Resistor value in Ohms

       rcon1		   Pointer to the signal to be connected on the resistor top plate

       rcon2		   Pointer to the signal to be connected on the resistor bottom plate

       name		   Resistor instance name

DESCRIPTION

       addlores creates a new resistor, and adds it to the list of resistors pointed to by ptfig -> LORES. The new resistor is added in  front	of
       the list, and becomes itself the list head.
       The type parameter can take one value :

	      RESMIM		  for a metal resistor

       The resi argument is the resistor value in Ohms.
       Two  connectors are created each time a resistor is added, and the rcon1 and rcon2 losigs are attached to the SIG field of the locon of the
       appropriate connector. The connectors names are rcon1  and rcon2; their direction, DIR, are set to  'R',  and  their  TYPE  INTERNAL.   For
       details on the structures, see locon(3) and lores(3).

RETURN VALUE

       addlores returns a pointer to the newly created resistor.

ERRORS

       "*** mbk error *** illegal resistor type : type"
	      The type is not a legal resistor type.

EXAMPLE

       #include "mlo.h"

       void parallel_resistors(void) /* netlist of two parallel resistors */
       {
	 lofig_list *pt  = NULL ;
	 losig_list *in  = NULL ;
	 losig_list *out = NULL ;

	 pt = addlofig("parallel_resistors") ;
	 addlocon(pt,"in",in = givelosig(pt,0),IN) ;
	 addlocon(pt,"out",out = givelosig(pt,1),OUT) ;

	 addlores(pt,RESMIM,0.2e-6,in,out,"res1") ;
	 addlores(pt,RESMIM,0.2e-6,in,out,"res2") ;
       }

SEE ALSO

       mbk(1), lofig(3), lores(3), locon(3), dellores(3).

BUG REPORT

       This tool is under development at the ASIM department of the LIP6 laboratory.
       We need your feedback to improve documentation and tools.

ASIM
/LIP6							  August 14, 2002						       ADDLORES(3)

ADDLOSELF(3)						       MBK LOGICAL FUNCTIONS						      ADDLOSELF(3)

NAME

       addloself - create a logical inductor

ORIGIN

       This  software  belongs	to  the  ALLIANCE CAD SYSTEM developed by the ASIM team at LIP6 laboratory of Universite Pierre et Marie CURIE, in
       Paris, France.

       Web : http://asim.lip6.fr/recherche/alliance/
       E-mail : alliance-users@asim.lip6.fr

SYNOPSYS

       #include "mlo.h"

       loself_list *addloself(ptfig,type,self,scon1,scon2,name)
       lofig_list *ptfig ;
       char type ;
       double self ;
       losig_list *scon1, *scon2 ;
       const char *name ;

PARAMETERS

       ptfig		   Pointer to the figure in which the inductor should be added

       type		   Inductor type

       self		   Inductor value in Henry

       scon1		   Pointer to the signal to be connected on the inductor top plate

       scon2		   Pointer to the signal to be connected on the inductor bottom plate

       name		   Inductor instance name

DESCRIPTION

       addloself creates a new inductor, and adds it to the list of inductors pointed to by ptfig -> LOSELF. The new inductor is added in front of
       the list, and becomes itself the list head.
       The type parameter can take one value :

	      SELFMIM		  for a metal inductor

       The self argument is the inductor value in Henry.
       Two  connectors are created each time a inductor is added, and the scon1 and scon2 losigs are attached to the SIG field of the locon of the
       appropriate connector. The connectors names are scon1  and scon2; their direction, DIR, are set to  'L',  and  their  TYPE  INTERNAL.   For
       details on the structuself, see locon(3) and loself(3).

RETURN VALUE

       addloself returns a pointer to the newly created inductor.

ERRORS

       "*** mbk error *** illegal inductor type : type"
	      The type is not a legal inductor type.

EXAMPLE

       #include "mlo.h"

       void parallel_inductors(void) /* netlist of two parallel inductors */
       {
	 lofig_list *pt  = NULL ;
	 losig_list *in  = NULL ;
	 losig_list *out = NULL ;

	 pt = addlofig("parallel_inductors") ;
	 addlocon(pt,"in",in = givelosig(pt,0),IN) ;
	 addlocon(pt,"out",out = givelosig(pt,1),OUT) ;

	 addloself(pt,SELFMIM,0.6e-6,in,out,"self1") ;
	 addloself(pt,SELFMIM,0.6e-6,in,out,"self2") ;
       }

SEE ALSO

       mbk(1), lofig(3), loself(3), locon(3), delloself(3).

BUG REPORT

       This tool is under development at the ASIM department of the LIP6 laboratory.
       We need your feedback to improve documentation and tools.

ASIM
/LIP6							  August 14, 2002						      ADDLOSELF(3)