package smaji_glyph_path

  1. Overview
  2. Docs
Smaji Glyph Path

Install 

dune-project
 Dependency

github.com Readme Changelog Edit opam file Versions (1)

Authors

  1. Z
    ZAN DoYe

Maintainers

  1. Z
    ZAN DoYe <zandoye+ocaml@gmail.com>

Sources

0.1.0.tar.gz
sha256=905aeaaf51ce3e7aa77ff1880b7b0712a67c19fe80b2dd0923da8bb78583daa8
sha512=0ec4fc71bd758b64da9156d249d55eee3fbaa6190bb85ced9d48b51c04eb140b259168d74d59e1f6f6f705204ef68265537f98d7a5e8ec7e07e3d250e3a21154

doc/README.html

Smaji Glyph Path

An OCaml library for manipulation of font glyph outlines. It provides a suite of tools for analyzing, transforming, composing, and converting glyph paths between different formats.

This library supports two primary path description standards:

  1. SVG Path: Supports <path> element (including its d attribute) and optional <g> element as containers.
  2. Glif Format: Supports the data used to describe glyph outlines in the Unified Font Object (UFO) format.

Note, this project is specifically designed for glyph path manipulation and is not a general-purpose SVG library. It focuses on the specific subset of SVG features used to describe glyph paths.

Key Features

  • 2D Geometry Foundations: Includes modules for points (Point), 2x2 matrices (Matrix), and line representations based on slope and intercept (Line).
  • Bézier Curves: Supports linear, quadratic, cubic, and any degree Bézier curves.

  • Path Transformations:

    • Basic Operations: Translate and scale complex paths.
    • Bounding Box Calculations: Automatically calculate path boundaries and provide tools to accurately fit paths into specific ViewBox or frame.

  • Multi-Format Support:

    • SVG Path Processing
    • Glif Path Processing
  • Format convertion between Svg.t, Glif.t, Path.t.

Module Overview

  • Point: Provides fundamental 2D vector arithmetic (addition, scaling, rotation, distance calculation, etc.).
  • Matrix: 2x2 matrix transformations for handling rotation and coordinate system changes.
  • Bezier: Provides Bézier curve interpolation algorithms to convert curves into point sequences.
  • Line: Handles line intersection calculations and vector-based line segment operations.
  • Path: Defines basic path data types (supporting Line, Qcurve, Ccurve, etc.) and provides core geometric algorithms such as translation, scaling, and bounding box fitting.
  • Svg_path: Handles the mapping and conversion between SVG path commands (e.g., M, L, C, Q, A) and the internal Path structure.
  • Svg: Manages SVG container structures. Note: Only supports <path> element, its d attribute, and optional <g> container. Provides ViewBox auto-reset and fitting functionality.
  • Glif: UFO Glif Path Module. Specifically designed to parse glyph path data from the Unified Font Object (UFO) format and convert them into the internal path model.