gladtex

Convert to HTML

$ gladtex [path/to/input.htex]

$ gladtex [path/to/input.htex] -o [path/to/output.html]

$ gladtex [path/to/input.htex] -d [path/to/image_output_directory]

$ gladtex [path/to/input.htex] -r [resolution]

$ gladtex [path/to/input.htex] -k

$ gladtex [path/to/input.htex] -b [background_color] -f [foreground_color]

$ pandoc -s -t html --gladtex [path/to/input.md] | gladtex -o [path/to/output.html]

gladtex [options] input_file [output_file]
gladtex --generate layout_spec --output tex_snippet

-o output_file, --output=output_file
    Specifies the name of the output document (e.g., .pdf, .dvi) or the generated TeX snippet file. If omitted, a default name based on the input might be used.

-g type, --graphic-type=type
    Defines the preferred graphic format for inclusion or generation (e.g., pdf, eps, svg). The command would attempt to convert inputs to this type if necessary.

-l preset, --layout-preset=preset
    Applies a predefined graphical layout or template. This could include settings for margins, figure placement rules, or common diagram styles.

--generate spec_file
    Instead of processing a document, generates TeX code or configuration based on a simplified specification file (e.g., YAML or JSON) describing graphical elements, making it easier to integrate complex graphics.

-v, --verbose
    Increases verbosity, displaying detailed processing steps, warnings, and debugging information during execution to help troubleshoot issues.

--help
    Displays a help message with command usage and available options.

--version
    Displays the version information for the gladtex utility.

The command 'gladtex' is not a standard, widely recognized utility in common Linux distributions or core GNU packages. However, if one were to interpret its name – combining 'GLAD' (perhaps implying graphical operations or layout) and 'TeX' (referring to the typesetting system) – it could hypothetically be envisioned as a command-line interface designed to streamline the integration or management of complex graphical layouts within LaTeX documents.

Its purpose might be to simplify common tasks such as positioning figures, applying consistent graphical styles, or automating the conversion and inclusion of various graphic formats (like SVG, PNG, JPEG) into a TeX compilation workflow. It could potentially abstract away some of the complexities of packages like TikZ or PSTricks, providing a higher-level syntax for graphical elements, or manage external graphic assets for a project, aiming to enhance productivity for document creators.

Important Note: The 'gladtex' command is not a standard Linux utility found in common distributions (like Debian, Ubuntu, Fedora, Arch Linux) or widely recognized open-source projects. The analysis above is hypothetical, based on a plausible interpretation of its name ('glad' often associated with graphics or layout, and 'tex' for LaTeX/TeX typesetting). This information describes how such a command might function if it were developed with a focus on graphical layout and LaTeX integration. Users looking for similar functionality should explore existing LaTeX packages (e.g., TikZ, PSTricks, graphicx, float) or general-purpose document generation and image processing tools.

If 'gladtex' were a real utility, its design might emphasize:
Abstraction: Providing a higher-level syntax for graphical elements, shielding users from verbose LaTeX package code.
Integration: Seamlessly working with common image formats and external graphic design tools.
Automation: Automating tasks like image conversion, scaling, and precise positioning within a document.
Consistency: Enabling easy application of consistent graphical styles across a document or project for unified aesthetics.

As 'gladtex' is not a standard command, there is no documented public history of its development or widespread usage. If it were to exist, its conceptual history would likely stem from the persistent need to simplify the often complex process of creating and managing graphics within LaTeX documents. Its design philosophy might prioritize ease-of-use for common graphical tasks, aiming to reduce manual LaTeX code for complex layouts and bridge the gap between graphical design tools and text-based typesetting systems.

latex(1), pdflatex(1), xelatex(1), lualatex(1), inkscape(1), convert(1) (ImageMagick), make(1)