GENLIB_SET_LORES(3alc)

1GENLIB_SET_LORES(3)          MBK LOGICAL FUNCTIONS         GENLIB_SET_LORES(3)
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NAME

6       GENLIB_SET_LORES  -  set  the  resistance  value of a logical resistor,
7       after its creation.
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SYNOPSIS

10       #include "mlo.h"
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12       void GENLIB_SET_LORES(figname,resname,newresi)
13       char ∗figname ;
14       char ∗resname ;
15       double newresi ;
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PARAMETERS

18       figname             Name of the logical figure
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20       resname             Instance name of the resistor
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22       newresi             New resistance value
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DESCRIPTION

25       GENLIB_SET_LORES looks in the list of resistors of  the  logical  model
26       figname  for  a resistor identified by its instance resname and set the
27       RESI field to the newresi value.
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RETURN VALUE

30       None
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ERRORS

33       "∗∗∗ mbk error ∗∗∗ getlores impossible : resistor name doesn't exist in
34       figure ptfig -> NAME"
35              No resistor matches the name.
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EXAMPLE

38       #include <genlib.h>
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40       int main(int argc,char ∗argv[])
41       {
42         /∗ Create a figure to work on, a parallel resistor ∗/
43         GENLIB_DEF_LOFIG("parallel_res") ;
44
45         /∗ Define interface ∗/
46         GENLIB_LOCON("i",IN,"input") ;
47         GENLIB_LOCON("f",OUT,"output") ;
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49         /∗ Add resistors ∗/
50         GENLIB_LORES(RESMIM,5.1,"input","output","res1") ;
51         GENLIB_LORES(RESMIM,5.2,"input","output","res2") ;
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53         /* Modify resistors value */
54         GENLIB_SET_LORES("parallel_res","res1",6.2) ;
55         GENLIB_SET_LORES("parallel_res","res2",6.3) ;
56
57         /∗ Save all that on disk ∗/
58         GENLIB_SAVE_LOFIG() ;
59
60         return 0 ;
61       }
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