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SCons Build Environment for LaTeX Theses ======================================== NB: This structure and setup has been modified from the original framework at http://www.kloss-familie.de/moin/TidBits/SconsLatexThesisSkeleton I've changed a few things round for better or worse and based the latex output on a very slightly modified verison of Andy Buckley's HepThesis.cls. The ReadMe below is taken from the first source. It is hard enough to write a thesis. And whoever has done some work using *larger* documents knows that it is well worth investing some effort into structure. This thesis skeleton tries to help in adding structure without adding a significant work overhead. * structured directory hierarchy * figures for the document go into separate directories for the different chapter LaTeX sources * build automation using SCons * automatic generation of dependent/needed image files: * generation of `pdflatex` compatible output file formats from EPS figures * generation of `latex` compatible output file format from PDF/PNG/JPG figures * generation of EPS and PDF output from GNUplot input files * automatically finds image files for individual chapters to process * choice of DVI or PDF build target: `scons` or `scons dvi` * "Easy as" cleaning of build junk: `scons -c` (or `scons -c dvi`) == Recipe == * Edit your thesis.tex to suit your needs. * Make some configuration changes to build_config.py. * Write your chapters into .tex files in `chapters/`. * For figures: * Add a directory with the chapter's name to `images/`, and place chapter figures in there. * GNUplot: Add a directory with the chapter's name to `images/`, and place GNUplot source files (`*.gnuplot`) and corresponding data files in there. * Make sure that for every chapter directory you've got a corresponding directory name in `generated/` where the builder can place the generated dependent output files. * To build, just type `scons` in the root directory of the project. To get DVI or PDF output, you may also call `scons dvi` or `scons pdf` respectively. * To change the default from PDF to DVI output edit `build_config.py`. * To clean up all junk (e. g. for submitting to a Version Control System or for backup) use `scons -c` (or `scons -c dvi`). == Directory structure of this thesis skeleton == ./ |- thesis.tex <- * main LaTeX document |- SConstruct <- master build script |- build_config.py <- * main document configuration |- README <- this file |- aux/ <- auxilary files | |- builders.SConscript <- config. of some builders | |- SConscript <- sub build script | |- creativecommons.tex <- CC LaTeX macro definitions | `- __init__.py <- needed for Python imports |- chapters/ <- * contains per chapter LaTeX | |- LicenseDisclaimer.tex <- * LaTeX for LicenseDisclaimer | |- chap01.tex <- * LaTeX for chap01 | |- chap02.tex <- * LaTeX for chap02 | |- SConscript <- sub build script | `- __init__.py <- needed for Python imports |- images/ <- * sources for figures (GNUplot) | |- LicenseDisclaimer/ <- | | `- ... Creative Commons icons ... <- PDF images for license page | |- chap01/ <- * chap01 figures | | `- icebert.png <- * a PNG figure for chap01 | `- chap02/ <- * chap02 figures | |- histogram_analysis.eps <- * an EPS figure for chap02 | |- Illuminants.gnuplot <- * GNUplot imput file | |- IlluminantD65.txt <- * data file for "Illuminants" | `- FluorescentIlluminants2.csv <- * data file for "Illuminants" `- generated/ <- * output directory for generated images |- LicenseDisclaimer/ <- |- chap02/ <- `- chap02/ <- * Files/directories denoted with the asterisk "*" are the ones that usually need modification for the specific LaTeX projects. == To Do == * Integrate a `makeindex` builder, which still requires manual intervention. * Automatically create (missing) directories to leave generated output from figure format conversions. == Changelog == * added automatic detection of image files for chapters * simplified the directory structure for images * still possible to configure things in a `*_config.py` file per chapter (if needed)
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A PhD thesis framework based on the SCONS builder and HEPTHESIS class by Andy Buckley
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