# HG changeset patch
# User cdf
# Date 1436259859 0
# Node ID 15cea85c6afda3a472adc086ef66ba7dbb39b6b9
# Parent  8c85ee67be167db7e0050852e5de3a78b8d1cbfa
remove incomplete file

diff -r 8c85ee67be16 -r 15cea85c6afd extra/ocs/inst/prs/prs_iff_dot.m
--- a/extra/ocs/inst/prs/prs_iff_dot.m	Tue Jul 07 05:03:42 2015 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,312 +0,0 @@
-## Copyright (C) 2006,2007,2008  Carlo de Falco            
-##
-## This file is part of:
-## OCS - A Circuit Simulator for Octave
-##
-## OCS 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.
-##
-## 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 OCS; If not, see <http://www.gnu.org/licenses/>.
-##
-## author: Carlo de Falco     <cdf _AT_ users.sourceforge.net> 
-## author: Massimiliano Culpo <culpo _AT_ users.sourceforge.net>
-
-## -*- texinfo -*-
-## @deftypefn{Function File} @var{outstruct} = prs_iff(@var{name})
-## Parse a netlist in IFF format and produce a graph representing 
-## the circuit in dot language.
-##
-## @var{name} is the basename of the CIR and NMS files to
-## be parsed.
-##
-## See the @cite{IFF file format specifications} (distributed together
-## with the OCS package) for more details on the file format.
-##
-## @var{outstruct} has the following fields:
-##
-## @example
-## outstruct =
-## @{
-##  LCR:  struct      % the fields of LCR are shown below
-##  NLC:  struct      % NLC has the same fields as LCR
-##  namesn: matrix    % numbers of vars named in .nms file
-##  namess: cell      % the names corresponding to the vars above
-##  totextvar: scalar % the total number of external variables
-##  totintvar: scalar % the total number of internal variables
-## @}
-##
-## outstruct.LCR =
-## outstruct.NLC =
-## @{
-##  struct array containing the fields: % array has one element per block
-##
-##    func     % name of the sbn file corresponding to each block
-##    section  % string parameter to be passed to the sbn files
-##    nextvar  % number of external variables for each element of the block
-##    vnmatrix % numbers of the external variables of each element
-##    nintvar  % number of internal variables for each element of the block
-##    osintvar % number of the first internal variable
-##    npar     % number of parameters
-##    nparnames% number of parameter names
-##    nrows    % number of rows in the block
-##    parnames % list of parameter names
-##    pvmatrix % list of parameter values for each element
-##
-## @}
-## @end example
-##
-## See the @cite{IFF file format specifications} for details about 
-## the output structures.
-## @seealso{prs_spice}
-## @end deftypefn
-
-function outstruct = prs_iff_dot(name)
-  
-  ## Check input
-  if (nargin != 1 || !ischar(name))
-    error("prs_iff: wrong input.")
-  endif
-
-  ## Initialization
-  version ="0.1b1";
-  outstruct = struct("NLC",[],...
-                     "LCR",[],...
-                     "totextvar",0);
-  
-  ## Open cir file
-  filename = [name ".cir"];
-  if isempty(file_in_path(".",filename))
-    error(["prs_iff: .cir file not found:" filename]);
-  endif
-  fid = fopen(filename,"r");
-
-  ## Check version
-  ## FIXME: this part can be improved a lot!!
-  line = fgetl(fid);
-  
-  if line(1)!="%"
-    error(["prs_iff: missing version number in file " filename]);
-  endif
-  
-  if ~strcmp(version,sscanf(line(2:end),"%s"));
-    error(["prs_iff: conflicting version number in file " filename]);
-  endif
-  
-  ndsvec = []; # Vector of circuit nodes
-  intvar = 0;  # Number of internal variables
-  
-  ## NLC section
-  NLCcount = 0;
-  while !strcmp(line,"END")
-
-    ## Skip  comments
-    while line(1)=="%"
-      line = fgetl(fid);
-    endwhile
-
-    if strcmp(line,"END")
-      break
-    else
-      NLCcount++;
-    endif
-    
-    ## parse NLC block
-    [outstruct,intvar] = parseNLCblock(fid,line,outstruct,NLCcount,intvar);
-
-    ndsvec = [ndsvec ; ...
-	      outstruct.NLC(NLCcount).vnmatrix(:)];
-
-    ## skip the newline char after the matrix
-    line = fgetl(fid);
-    
-    ## proceed to next line
-    line = fgetl(fid);
-
-  endwhile
-
-  ## LCR section
-  LCRcount = 0;
-  line     = fgetl(fid);
-
-  while (!strcmp(line,"END"))
-
-    ## Skip  comments
-    while line(1)=="%"
-      line = fgetl(fid);
-    endwhile
-
-    if strcmp(line,"END")
-      break
-    else
-      LCRcount++;
-    endif
-    
-    ## parse block header
-    [outstruct,intvar] = parseLCRblock(fid,line,outstruct,LCRcount,intvar);
-    
-    ndsvec = [ndsvec ; ...
-	      outstruct.LCR(LCRcount).vnmatrix(:)];
-    
-    ## skip the newline char after the matrix
-    line = fgetl(fid);
-    
-    ## proceed to next line
-    line = fgetl(fid);
-
-  endwhile
-
-  ## Set the number of internal and external variables
-  outstruct.totintvar = intvar;
-  nnodes = length(unique(ndsvec));
-  maxidx = max(ndsvec);
-
-  if  nnodes <= (maxidx+1)
-    ## If the valid file is a subcircuit it may happen 
-    ## that nnodes == maxidx, otherwise nnodes == (maxidx+1)
-    outstruct.totextvar = max(ndsvec);
-  else
-    error("prs_iff: hanging nodes in circuit %s",name);
-  endif
-  ## fclose cir file
-  fclose(fid); 
-
-  ## Open nms file
-  filename = [name ".nms"];
-  if isempty(file_in_path(".",filename))
-    error(["prs_iff: .nms file not found:" filename]);
-  endif
-  fid = fopen(filename,"r");
-
-  ## Check version
-  line = fgetl(fid);
-  
-  if line(1)~="%"
-    error(["prs_iff: missing version number in file " filename]);
-  endif
-  
-  if ~strcmp(version,sscanf(line(2:end),"%s"));
-    error(["prs_iff: conflicting version number in file " filename]);
-  endif
-
-  ## Initialization
-  cnt = 1;
-  outstruct.namesn = [];
-  outstruct.namess = {};
-  nnames = 0;
-
-  while cnt
-    [nn,cnt] = fscanf(fid,"%d","C");
-    [ns,cnt] = fscanf(fid,"%s","C");
-    
-    if cnt
-      outstruct.namesn(++nnames)=nn;
-      outstruct.namess{nnames}=ns;
-    endif
-  endwhile
-  
-  ## fclose nms file
-  fclose(fid);
-
-endfunction
-
-
-##############################################
-function [outstruct,intvar] = parseNLCblock(fid,line,outstruct,NLCcount,intvar);
-
-  ## Parse first line of the header and retrieve:
-  ## 1 - SBN function name
-  ## 2 - Section
-  ## 3 - Number of external variables
-  ## 4 - Number of parameters
-  [func,section,nextvar,npar]     = sscanf(line,"%s %s %g %g","C");
-  outstruct.NLC(NLCcount).func    = func;
-  outstruct.NLC(NLCcount).section = section;
-  outstruct.NLC(NLCcount).nextvar = nextvar;
-  outstruct.NLC(NLCcount).npar    = npar;
-  ## Parse second line of the header and retrieve:
-  ## 1 - Number of elements of this type
-  ## 2 - Number of parameter names to be parsed
-  [nrows,nparnames]                 = fscanf(fid,"%g %g","C");
-  outstruct.NLC(NLCcount).nrows     = nrows;
-  outstruct.NLC(NLCcount).nparnames = nparnames;
-  outstruct.NLC(NLCcount).parnames  = {};
-  for ii=1:nparnames
-    outstruct.NLC(NLCcount).parnames{ii} = fscanf(fid,"%s","C");
-  endfor
-
-  ## Parse the matrix containing the values of parameters
-  [outstruct.NLC(NLCcount).pvmatrix] = fscanf(fid,"%g",[npar,nrows])';
-
-  ## Parse the connectivity matrix
-  [outstruct.NLC(NLCcount).vnmatrix] = fscanf(fid,"%g",[nextvar,nrows])';
-
-  ## Compute internal variables cycling over each 
-  ## element in the section
-  for iel = 1:nrows
-    [a,b,c] = feval(func,section,outstruct.NLC(NLCcount).pvmatrix(iel,:),...
-		    outstruct.NLC(NLCcount).parnames,zeros(nextvar,1),[],0);
-
-    ## FIXME: if all the element in the same section share the
-    ## same number of internal variables, the for cycle can be 
-    ## substituted by only one call
-    outstruct.NLC(NLCcount).nintvar(iel)  = columns(a) - outstruct.NLC(NLCcount).nextvar;
-    outstruct.NLC(NLCcount).osintvar(iel) = intvar;
-    
-    intvar += outstruct.NLC(NLCcount).nintvar(iel);
-  endfor
-
-endfunction
-
-##############################################
-function [outstruct,intvar] = parseLCRblock(fid,line,outstruct,LCRcount,intvar);
-
-  ## Parse first line of the header and retrieve:
-  ## 1 - SBN function name
-  ## 2 - Section
-  ## 3 - Number of external variables
-  ## 4 - Number of parameters
-  [func,section,nextvar,npar]     = sscanf(line,"%s %s %g %g","C");
-  outstruct.LCR(LCRcount).func    = func;
-  outstruct.LCR(LCRcount).section = section;
-  outstruct.LCR(LCRcount).nextvar = nextvar;
-  outstruct.LCR(LCRcount).npar    = npar;
-  ## Parse second line of the header and retrieve:
-  ## 1 - Number of elements of this type
-  ## 2 - Number of parameter names to be parsed
-  [nrows,nparnames]                 = fscanf(fid,"%g %g","C");
-  outstruct.LCR(LCRcount).nrows     = nrows;
-  outstruct.LCR(LCRcount).nparnames = nparnames;
-  outstruct.LCR(LCRcount).parnames  = {};
-  for ii=1:nparnames
-    outstruct.LCR(LCRcount).parnames{ii} = fscanf(fid,"%s","C");
-  endfor
-  
-  ## Parse the matrix containing the values of parameters
-  [outstruct.LCR(LCRcount).pvmatrix] = fscanf(fid,"%g",[npar,nrows])';
-  
-  ## Parse the connectivity matrix
-  [outstruct.LCR(LCRcount).vnmatrix] = fscanf(fid,"%g",[nextvar,nrows])';
-
-  ## Compute internal variables cycling over each 
-  ## element in the section
-  for iel = 1:nrows
-    [a,b,c] = feval(func,section,outstruct.LCR(LCRcount).pvmatrix(iel,:),...
-		    outstruct.LCR(LCRcount).parnames,zeros(nextvar,1),[],0);
-
-    ## FIXME: if all the element in the same section share the
-    ## same number of internal variables, the for cycle can be 
-    ## substituted by only one call
-    outstruct.LCR(LCRcount).nintvar(iel)  = columns(a) - outstruct.LCR(LCRcount).nextvar;
-    outstruct.LCR(LCRcount).osintvar(iel) = intvar;
-    
-    intvar += outstruct.LCR(LCRcount).nintvar(iel);
-  endfor
-
-endfunction