matlab_class/gcmfaces_misc/write2tex.m

function []=write2tex(myFile,myStep,varargin);
%object:        create/increment/complete/compile a tex file from within matlab
%input:         myFile is the file name
%               myStep is the operation to perform on the tex file
%                       0   create file starting with title page (see myText)
%                       1   add section or subsection (see myLev)
%                       2   add a figure plus caption (see myFig)
%                       3   add a paragraph
%                       4   finish file
%                       5   compile and remove temporary files (incl. *fig*.ps)
%                       -5  compile solely
%optional       myText is a cell array of text lines (for myStep=1 to 2)
%               myLev is the title level (for myStep=1)
%                       1=section, 2=subsection (not yet implemented)
%               myFig is a figure handle (for myStep=2)

if isempty(myFile);
    %if no file name, then do nothing
    return; 
end;
if iscell(myFile);
    %extecute alternative command (myFile{1}) passing rest as arguments  
    eval([myFile{1} '(myFile{2:end});']); 
    return; 
end;


myText=[]; myLev=[]; myFig=[];
if myStep<4; myText=varargin{1}; end;
if myStep==1; myLev=varargin{2};
elseif myStep==2; myFig=varargin{2};
end;

%create file starting with write2tex.header
if myStep==0;
    test0=dir(myFile);
    if ~isempty(test0);
        test0=input(['you are about to overwrite ' myFile ' !!! \n   type 1 to proceed, 0 to stop \n']);
    else;
        test0=1;
    end;
    if ~test0;
        return;
    else;
        fid=fopen(myFile,'w');

        fprintf(fid,'\\documentclass[12pt]{beamer}\n');
        fprintf(fid,'%%a nice series of examples for the beamer class:\n');
        fprintf(fid,'%%http://www.informatik.uni-freiburg.de/~frank/ENG/beamer/example/beamer-class-example-en-5.html\n');
        fprintf(fid,'\\begin{document} \n\n');

        fprintf(fid,'\\title{\n');
        for ii=1:length(myText); fprintf(fid,[myText{ii} '\\\\ \n']); end;
        fprintf(fid,'}\n\n');
        fprintf(fid,'\\date{\\today}\n\n');
        fprintf(fid,'\\frame{\\titlepage}\n\n');

        fprintf(fid,'\\frame{');
        fprintf(fid,'\\frametitle{Table of contents}');
        fprintf(fid,'\\tableofcontents');
        fprintf(fid,'} \n\n');

        fclose(fid);
    end;
    myFigNumTex=0;
    mySection='';
    eval(['save ' myFile(1:end-4) '.mat myFigNumTex mySection;']);
end;

%open file and go to last line
fid=fopen(myFile,'a+');
eval(['load ' myFile(1:end-4) '.mat;']);

%add title or section page (see myLev)
if myStep==1;
    mySection=myText;
    fprintf(fid,'\\section{\n');
    fprintf(fid,mySection);
    fprintf(fid,'} \n\n');
end;

%add a figure plus caption (see myFig)
if myStep==2;
    figure(myFig);
    drawnow;
    myFigNumTex=myFigNumTex+1;
    nn=strfind(myFile,'/');
    if ~isempty(nn);
        dirTex=myFile(1:nn(end)); fileTex=myFile(nn(end)+1:end-4);
    else;
        dirTex='./'; fileTex=myFile(1:end-4)
    end;
    %print the very figure
    print(myFig,'-depsc',[dirTex fileTex '.fig' num2str(myFigNumTex)]);
    close;
    %add figure to text file
    fprintf(fid,'\\frame{ \n');
    fprintf(fid,['\\frametitle{' mySection '} \n']);
    fprintf(fid,'\\begin{figure}[tbh] \\centering \n');
%     fprintf(fid,'\\includegraphics[width=\\textwidth,height=0.9\\textheight]');
    fprintf(fid,'\\includegraphics[width=0.75\\textwidth]');
    fprintf(fid,['{' fileTex '.fig' num2str(myFigNumTex) '}\n']);
    fprintf(fid,'\\caption{');
    for ii=1:length(myText); fprintf(fid,[myText{ii} '\n']); end;
    fprintf(fid,'} \\end{figure} \n');
    fprintf(fid,'} \n\n');
end;

%add a paragraph
if myStep==3;
    for ii=1:length(myText);
        fprintf(fid,[myText{ii} '\n']);
    end;
end;

%finish file
if myStep==4; fprintf(fid,'\n\n \\end{document} \n\n'); end;

%close file
fprintf(fid,'\n\n');
fclose(fid);
eval(['save ' myFile(1:end-4) '.mat myFigNumTex mySection;']);

%compile
if myStep==5|myStep==-5;
    dirOrig=pwd;
    nn=strfind(myFile,'/');
    if ~isempty(nn);
        cd(myFile(1:nn)); fileTex=myFile(nn+1:end-4);
    else;
        fileTex=myFile(1:end-4);
    end;
    eval(['!latex ' fileTex]);
    eval(['!latex ' fileTex]);
    eval(['!dvipdf ' fileTex]);
    cd(dirOrig);
end;


%compile
if myStep==5;
    dirOrig=pwd;
    nn=strfind(myFile,'/');
    if ~isempty(nn);
        cd(myFile(1:nn)); fileTex=myFile(nn+1:end-4);
    else;
        fileTex=myFile(1:end-4);
    end;
    eval(['!\rm -f ' fileTex '.fig*']);
    eval(['!\rm -f ' fileTex '.aux']);
    eval(['!\rm -f ' fileTex '.log']);
    eval(['!\rm -f ' fileTex '.out']);
    eval(['!\rm -f ' fileTex '.dvi']);
    cd(dirOrig);
end;
1	function []=write2tex(myFile,myStep,varargin);
2	%object: create/increment/complete/compile a tex file from within matlab
3	%input: myFile is the file name
4	% myStep is the operation to perform on the tex file
5	% 0 create file starting with title page (see myText)
6	% 1 add section or subsection (see myLev)
7	% 2 add a figure plus caption (see myFig)
8	% 3 add a paragraph
9	% 4 finish file
10	% 5 compile and remove temporary files (incl. fig.ps)
11	% -5 compile solely
12	%optional myText is a cell array of text lines (for myStep=1 to 2)
13	% myLev is the title level (for myStep=1)
14	% 1=section, 2=subsection (not yet implemented)
15	% myFig is a figure handle (for myStep=2)
16
17	if isempty(myFile);
18	%if no file name, then do nothing
19	return;
20	end;
21	if iscell(myFile);
22	%extecute alternative command (myFile{1}) passing rest as arguments
23	eval([myFile{1} '(myFile{2:end});']);
24	return;
25	end;
26
27
28	myText=[]; myLev=[]; myFig=[];
29	if myStep<4; myText=varargin{1}; end;
30	if myStep==1; myLev=varargin{2};
31	elseif myStep==2; myFig=varargin{2};
32	end;
33
34	%create file starting with write2tex.header
35	if myStep==0;
36	test0=dir(myFile);
37	if ~isempty(test0);
38	test0=input(['you are about to overwrite ' myFile ' !!! \n type 1 to proceed, 0 to stop \n']);
39	else;
40	test0=1;
41	end;
42	if ~test0;
43	return;
44	else;
45	fid=fopen(myFile,'w');
46
47	fprintf(fid,'\\documentclass[12pt]{beamer}\n');
48	fprintf(fid,'%%a nice series of examples for the beamer class:\n');
49	fprintf(fid,'%%http://www.informatik.uni-freiburg.de/~frank/ENG/beamer/example/beamer-class-example-en-5.html\n');
50	fprintf(fid,'\\begin{document} \n\n');
51
52	fprintf(fid,'\\title{\n');
53	for ii=1:length(myText); fprintf(fid,[myText{ii} '\\\\ \n']); end;
54	fprintf(fid,'}\n\n');
55	fprintf(fid,'\\date{\\today}\n\n');
56	fprintf(fid,'\\frame{\\titlepage}\n\n');
57
58	fprintf(fid,'\\frame{');
59	fprintf(fid,'\\frametitle{Table of contents}');
60	fprintf(fid,'\\tableofcontents');
61	fprintf(fid,'} \n\n');
62
63	fclose(fid);
64	end;
65	myFigNumTex=0;
66	mySection='';
67	eval(['save ' myFile(1:end-4) '.mat myFigNumTex mySection;']);
68	end;
69
70	%open file and go to last line
71	fid=fopen(myFile,'a+');
72	eval(['load ' myFile(1:end-4) '.mat;']);
73
74	%add title or section page (see myLev)
75	if myStep==1;
76	mySection=myText;
77	fprintf(fid,'\\section{\n');
78	fprintf(fid,mySection);
79	fprintf(fid,'} \n\n');
80	end;
81
82	%add a figure plus caption (see myFig)
83	if myStep==2;
84	figure(myFig);
85	drawnow;
86	myFigNumTex=myFigNumTex+1;
87	nn=strfind(myFile,'/');
88	if ~isempty(nn);
89	dirTex=myFile(1:nn(end)); fileTex=myFile(nn(end)+1:end-4);
90	else;
91	dirTex='./'; fileTex=myFile(1:end-4)
92	end;
93	%print the very figure
94	print(myFig,'-depsc',[dirTex fileTex '.fig' num2str(myFigNumTex)]);
95	close;
96	%add figure to text file
97	fprintf(fid,'\\frame{ \n');
98	fprintf(fid,['\\frametitle{' mySection '} \n']);
99	fprintf(fid,'\\begin{figure}[tbh] \\centering \n');
100	% fprintf(fid,'\\includegraphics[width=\\textwidth,height=0.9\\textheight]');
101	fprintf(fid,'\\includegraphics[width=0.75\\textwidth]');
102	fprintf(fid,['{' fileTex '.fig' num2str(myFigNumTex) '}\n']);
103	fprintf(fid,'\\caption{');
104	for ii=1:length(myText); fprintf(fid,[myText{ii} '\n']); end;
105	fprintf(fid,'} \\end{figure} \n');
106	fprintf(fid,'} \n\n');
107	end;
108
109	%add a paragraph
110	if myStep==3;
111	for ii=1:length(myText);
112	fprintf(fid,[myText{ii} '\n']);
113	end;
114	end;
115
116	%finish file
117	if myStep==4; fprintf(fid,'\n\n \\end{document} \n\n'); end;
118
119	%close file
120	fprintf(fid,'\n\n');
121	fclose(fid);
122	eval(['save ' myFile(1:end-4) '.mat myFigNumTex mySection;']);
123
124	%compile
125	if myStep==5\|myStep==-5;
126	dirOrig=pwd;
127	nn=strfind(myFile,'/');
128	if ~isempty(nn);
129	cd(myFile(1:nn)); fileTex=myFile(nn+1:end-4);
130	else;
131	fileTex=myFile(1:end-4);
132	end;
133	eval(['!latex ' fileTex]);
134	eval(['!latex ' fileTex]);
135	eval(['!dvipdf ' fileTex]);
136	cd(dirOrig);
137	end;
138
139
140	%compile
141	if myStep==5;
142	dirOrig=pwd;
143	nn=strfind(myFile,'/');
144	if ~isempty(nn);
145	cd(myFile(1:nn)); fileTex=myFile(nn+1:end-4);
146	else;
147	fileTex=myFile(1:end-4);
148	end;
149	eval(['!\rm -f ' fileTex '.fig*']);
150	eval(['!\rm -f ' fileTex '.aux']);
151	eval(['!\rm -f ' fileTex '.log']);
152	eval(['!\rm -f ' fileTex '.out']);
153	eval(['!\rm -f ' fileTex '.dvi']);
154	cd(dirOrig);
155	end;