mountain-svgpath


Namemountain-svgpath JSON
Version 1.0.1 PyPI version JSON
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home_pageNone
SummaryParse SVG files to numpy vectors
upload_time2024-11-07 15:11:12
maintainerRaub Camaioni
docs_urlNone
authorRaub Camaioni
requires_python>=3.8
licenseThe MIT License (MIT) Copyright © 2023 <copyright holders> Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED “AS IS”, WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
keywords svg numpy
VCS
bugtrack_url
requirements No requirements were recorded.
Travis-CI No Travis.
coveralls test coverage No coveralls. 
            ## Pure python: SVG path to 2D point parser

Pure functional implimentation.  
Should be easy to follow the implementation and extend.  

Functionality:  
- Parse SVG file to Python List representing SVG paths
- Generate list of 2D points from SVG paths
- Convert SVG relative paths to absolute representation

pip install from repo
```
pip install git+https://github.com/RaubCamaioni/svgpath.git
```

## Parse SVG paths
```python
import svgpath

python_logo = """<?xml version="1.0" encoding="iso-8859-1"?>
<svg>		
  <path d="M11.298,8.02c1.295-0.587,1.488-5.055,0.724-6.371c-0.998-1.718-5.742-1.373-7.24-0.145
    C4.61,2.114,4.628,3.221,4.636,4.101h4.702v0.412H4.637c0,0.006-2.093,0.013-2.093,0.013c-3.609,0-3.534,7.838,1.228,7.838
    c0,0,0.175-1.736,0.481-2.606C5.198,7.073,9.168,8.986,11.298,8.02z M6.375,3.465c-0.542,0-0.981-0.439-0.981-0.982
    c0-0.542,0.439-0.982,0.981-0.982c0.543,0,0.982,0.44,0.982,0.982C7.358,3.025,6.918,3.465,6.375,3.465z"/>
  <path d="M13.12,4.691c0,0-0.125,1.737-0.431,2.606c-0.945,2.684-4.914,0.772-7.045,1.738
    C4.35,9.622,4.155,14.09,4.92,15.406c0.997,1.719,5.741,1.374,7.24,0.145c0.172-0.609,0.154-1.716,0.146-2.596H7.603v-0.412h4.701
    c0-0.006,2.317-0.013,2.317-0.013C17.947,12.53,18.245,4.691,13.12,4.691z M10.398,13.42c0.542,0,0.982,0.439,0.982,0.982
    c0,0.542-0.44,0.981-0.982,0.981s-0.981-0.439-0.981-0.981C9.417,13.859,9.856,13.42,10.398,13.42z"/>
</svg>"""

tree = svgpath.parse(python_logo)
for path, start, end in tree:
    print(f"Path: {start}-{end}")
    for token in path:
        print("\t", token)
```
```
Path: 72-500
         ['M', '11.298', '8.02']
         ['c', '1.295', '-0.587', '1.488', '-5.055', '0.724', '-6.371']
         ['c', '-0.998', '-1.718', '-5.742', '-1.373', '-7.24', '-0.145']
         ['C', '4.61', '2.114', '4.628', '3.221', '4.636', '4.101']
         ['h', '4.702']
         ['v', '0.412']
         ['H', '4.637']
         ['c', '0', '0.006', '-2.093', '0.013', '-2.093', '0.013']
         ['c', '-3.609', '0', '-3.534', '7.838', '1.228', '7.838']
         ['c', '0', '0', '0.175', '-1.736', '0.481', '-2.606']
         ['C', '5.198', '7.073', '9.168', '8.986', '11.298', '8.02']
         ['z']
         ['M', '6.375', '3.465']
         ['c', '-0.542', '0', '-0.981', '-0.439', '-0.981', '-0.982']
         ['c', '0', '-0.542', '0.439', '-0.982', '0.981', '-0.982']
         ['c', '0.543', '0', '0.982', '0.44', '0.982', '0.982']
         ['C', '7.358', '3.025', '6.918', '3.465', '6.375', '3.465']
         ['z']
Path: 515-944
         ['M', '13.12', '4.691']
         ['c', '0', '0', '-0.125', '1.737', '-0.431', '2.606']
         ['c', '-0.945', '2.684', '-4.914', '0.772', '-7.045', '1.738']
         ['C', '4.35', '9.622', '4.155', '14.09', '4.92', '15.406']
         ['c', '0.997', '1.719', '5.741', '1.374', '7.24', '0.145']
         ['c', '0.172', '-0.609', '0.154', '-1.716', '0.146', '-2.596']
         ['H', '7.603']
         ['v', '-0.412']
         ['h', '4.701']
         ['c', '0', '-0.006', '2.317', '-0.013', '2.317', '-0.013']
         ['C', '17.947', '12.53', '18.245', '4.691', '13.12', '4.691']
         ['z']
         ['M', '10.398', '13.42']
         ['c', '0.542', '0', '0.982', '0.439', '0.982', '0.982']
         ['c', '0', '0.542', '-0.44', '0.981', '-0.982', '0.981']
         ['s', '-0.981', '-0.439', '-0.981', '-0.981']
         ['C', '9.417', '13.859', '9.856', '13.42', '10.398', '13.42']
         ['z']
```
## Convert to SVG Absolute

Breaking relative dependence between SVG tokens.  
Allows for the partial display of an SVG path.  

```python
from svgpath import (
    tree_to_paths,
    absolute_paths,
)

# expand generator of generators (needed to compare generator outputs)
paths = [[token for token in path] for path in tree_to_paths(tree)]
apaths = [[token for token in path] for path in absolute_paths(paths)]

for i, (path, apath) in enumerate(zip(paths, apaths)):
    print(f"Path: {i}")
    for token, atoken in zip(path, apath):
        print(f"  {token} {atoken}")
```
```
Path: 0
  ['M', '11.298', '8.02'] ['M', '11.298', '8.02']
  ['c', '1.295', '-0.587', '1.488', '-5.055', '0.724', '-6.371'] ['C', '12.593', '7.433', '12.786', '2.965', '12.022', '1.649']
  ['c', '-0.998', '-1.718', '-5.742', '-1.373', '-7.24', '-0.145'] ['C', '11.024', '-0.069', '6.28', '0.276', '4.782', '1.504']
  ['C', '4.61', '2.114', '4.628', '3.221', '4.636', '4.101'] ['C', '4.61', '2.114', '4.628', '3.221', '4.636', '4.101']
  ['h', '4.702'] ['H', '9.338']
  ['v', '0.412'] ['V', '4.513']
  ['H', '4.637'] ['H', '4.637']
  ['c', '0', '0.006', '-2.093', '0.013', '-2.093', '0.013'] ['C', '4.637', '4.519', '2.544', '4.526', '2.544', '4.526']
  ['c', '-3.609', '0', '-3.534', '7.838', '1.228', '7.838'] ['C', '-1.065', '4.526', '-0.99', '12.364', '3.772', '12.364']
  ['c', '0', '0', '0.175', '-1.736', '0.481', '-2.606'] ['C', '3.772', '12.364', '3.947', '10.628', '4.253', '9.758']
  ['C', '5.198', '7.073', '9.168', '8.986', '11.298', '8.02'] ['C', '5.198', '7.073', '9.168', '8.986', '11.298', '8.02']
  ['z'] ['Z']
  ['M', '6.375', '3.465'] ['M', '6.375', '3.465']
  ['c', '-0.542', '0', '-0.981', '-0.439', '-0.981', '-0.982'] ['C', '5.833', '3.465', '5.394', '3.026', '5.394', '2.483']
  ['c', '0', '-0.542', '0.439', '-0.982', '0.981', '-0.982'] ['C', '5.394', '1.941', '5.833', '1.501', '6.375', '1.501']
  ['c', '0.543', '0', '0.982', '0.44', '0.982', '0.982'] ['C', '6.918', '1.501', '7.357', '1.941', '7.357', '2.483']
  ['C', '7.358', '3.025', '6.918', '3.465', '6.375', '3.465'] ['C', '7.358', '3.025', '6.918', '3.465', '6.375', '3.465']
  ['z'] ['Z']
Path: 1
  ['M', '13.12', '4.691'] ['M', '13.12', '4.691']
  ['c', '0', '0', '-0.125', '1.737', '-0.431', '2.606'] ['C', '13.12', '4.691', '12.995', '6.428', '12.689', '7.297']
  ['c', '-0.945', '2.684', '-4.914', '0.772', '-7.045', '1.738'] ['C', '11.744', '9.981', '7.775', '8.069', '5.644', '9.035']
  ['C', '4.35', '9.622', '4.155', '14.09', '4.92', '15.406'] ['C', '4.35', '9.622', '4.155', '14.09', '4.92', '15.406']
  ['c', '0.997', '1.719', '5.741', '1.374', '7.24', '0.145'] ['C', '5.917', '17.125', '10.661', '16.78', '12.16', '15.551']
  ['c', '0.172', '-0.609', '0.154', '-1.716', '0.146', '-2.596'] ['C', '12.332', '14.942', '12.314', '13.835', '12.306', '12.955']
  ['H', '7.603'] ['H', '7.603']
  ['v', '-0.412'] ['V', '12.543']
  ['h', '4.701'] ['H', '12.304']
  ['c', '0', '-0.006', '2.317', '-0.013', '2.317', '-0.013'] ['C', '12.304', '12.537', '14.621', '12.53', '14.621', '12.53']
  ['C', '17.947', '12.53', '18.245', '4.691', '13.12', '4.691'] ['C', '17.947', '12.53', '18.245', '4.691', '13.12', '4.691']
  ['z'] ['Z']
  ['M', '10.398', '13.42'] ['M', '10.398', '13.42']
  ['c', '0.542', '0', '0.982', '0.439', '0.982', '0.982'] ['C', '10.94', '13.42', '11.38', '13.859', '11.38', '14.402']
  ['c', '0', '0.542', '-0.44', '0.981', '-0.982', '0.981'] ['C', '11.38', '14.944', '10.94', '15.383', '10.398', '15.383']
  ['s', '-0.981', '-0.439', '-0.981', '-0.981'] ['S', '9.417', '14.944', '9.417', '14.402']
  ['C', '9.417', '13.859', '9.856', '13.42', '10.398', '13.42'] ['C', '9.417', '13.859', '9.856', '13.42', '10.398', '13.42']
  ['z'] ['Z']
```
## Plot SVG Paths
```python
# python script
from matplotlib import pyplot as plt
from svgpath import paths_to_points
paths = list(tree_to_paths(tree))

_, ax = plt.subplots()
ax.invert_yaxis() # origin at top left
for path in paths_to_points(paths, resolution=100):
    for trace in path:
        ax.plot(trace[:, 0], trace[:, 1])
plt.show()
```
The library includes a plotting script.  
It requires matplotlib and pyqt6 be installed "pip install svgpath[display]".  
```bash
svg-plot -i python_logo.svg
```

![Python Logo](images/python_logo.png)

Raw data

            {
    "_id": null,
    "home_page": null,
    "name": "mountain-svgpath",
    "maintainer": "Raub Camaioni",
    "docs_url": null,
    "requires_python": ">=3.8",
    "maintainer_email": null,
    "keywords": "svg, numpy",
    "author": "Raub Camaioni",
    "author_email": null,
    "download_url": "https://files.pythonhosted.org/packages/89/19/ec0b1081e97e0fe8d2022776e74e35f6c90f09219f7aa578a308622eb608/mountain_svgpath-1.0.1.tar.gz",
    "platform": null,
    "description": "## Pure python: SVG path to 2D point parser\n\nPure functional implimentation.  \nShould be easy to follow the implementation and extend.  \n\nFunctionality:  \n- Parse SVG file to Python List representing SVG paths\n- Generate list of 2D points from SVG paths\n- Convert SVG relative paths to absolute representation\n\npip install from repo\n```\npip install git+https://github.com/RaubCamaioni/svgpath.git\n```\n\n## Parse SVG paths\n```python\nimport svgpath\n\npython_logo = \"\"\"<?xml version=\"1.0\" encoding=\"iso-8859-1\"?>\n<svg>\t\t\n  <path d=\"M11.298,8.02c1.295-0.587,1.488-5.055,0.724-6.371c-0.998-1.718-5.742-1.373-7.24-0.145\n    C4.61,2.114,4.628,3.221,4.636,4.101h4.702v0.412H4.637c0,0.006-2.093,0.013-2.093,0.013c-3.609,0-3.534,7.838,1.228,7.838\n    c0,0,0.175-1.736,0.481-2.606C5.198,7.073,9.168,8.986,11.298,8.02z M6.375,3.465c-0.542,0-0.981-0.439-0.981-0.982\n    c0-0.542,0.439-0.982,0.981-0.982c0.543,0,0.982,0.44,0.982,0.982C7.358,3.025,6.918,3.465,6.375,3.465z\"/>\n  <path d=\"M13.12,4.691c0,0-0.125,1.737-0.431,2.606c-0.945,2.684-4.914,0.772-7.045,1.738\n    C4.35,9.622,4.155,14.09,4.92,15.406c0.997,1.719,5.741,1.374,7.24,0.145c0.172-0.609,0.154-1.716,0.146-2.596H7.603v-0.412h4.701\n    c0-0.006,2.317-0.013,2.317-0.013C17.947,12.53,18.245,4.691,13.12,4.691z M10.398,13.42c0.542,0,0.982,0.439,0.982,0.982\n    c0,0.542-0.44,0.981-0.982,0.981s-0.981-0.439-0.981-0.981C9.417,13.859,9.856,13.42,10.398,13.42z\"/>\n</svg>\"\"\"\n\ntree = svgpath.parse(python_logo)\nfor path, start, end in tree:\n    print(f\"Path: {start}-{end}\")\n    for token in path:\n        print(\"\\t\", token)\n```\n```\nPath: 72-500\n         ['M', '11.298', '8.02']\n         ['c', '1.295', '-0.587', '1.488', '-5.055', '0.724', '-6.371']\n         ['c', '-0.998', '-1.718', '-5.742', '-1.373', '-7.24', '-0.145']\n         ['C', '4.61', '2.114', '4.628', '3.221', '4.636', '4.101']\n         ['h', '4.702']\n         ['v', '0.412']\n         ['H', '4.637']\n         ['c', '0', '0.006', '-2.093', '0.013', '-2.093', '0.013']\n         ['c', '-3.609', '0', '-3.534', '7.838', '1.228', '7.838']\n         ['c', '0', '0', '0.175', '-1.736', '0.481', '-2.606']\n         ['C', '5.198', '7.073', '9.168', '8.986', '11.298', '8.02']\n         ['z']\n         ['M', '6.375', '3.465']\n         ['c', '-0.542', '0', '-0.981', '-0.439', '-0.981', '-0.982']\n         ['c', '0', '-0.542', '0.439', '-0.982', '0.981', '-0.982']\n         ['c', '0.543', '0', '0.982', '0.44', '0.982', '0.982']\n         ['C', '7.358', '3.025', '6.918', '3.465', '6.375', '3.465']\n         ['z']\nPath: 515-944\n         ['M', '13.12', '4.691']\n         ['c', '0', '0', '-0.125', '1.737', '-0.431', '2.606']\n         ['c', '-0.945', '2.684', '-4.914', '0.772', '-7.045', '1.738']\n         ['C', '4.35', '9.622', '4.155', '14.09', '4.92', '15.406']\n         ['c', '0.997', '1.719', '5.741', '1.374', '7.24', '0.145']\n         ['c', '0.172', '-0.609', '0.154', '-1.716', '0.146', '-2.596']\n         ['H', '7.603']\n         ['v', '-0.412']\n         ['h', '4.701']\n         ['c', '0', '-0.006', '2.317', '-0.013', '2.317', '-0.013']\n         ['C', '17.947', '12.53', '18.245', '4.691', '13.12', '4.691']\n         ['z']\n         ['M', '10.398', '13.42']\n         ['c', '0.542', '0', '0.982', '0.439', '0.982', '0.982']\n         ['c', '0', '0.542', '-0.44', '0.981', '-0.982', '0.981']\n         ['s', '-0.981', '-0.439', '-0.981', '-0.981']\n         ['C', '9.417', '13.859', '9.856', '13.42', '10.398', '13.42']\n         ['z']\n```\n## Convert to SVG Absolute\n\nBreaking relative dependence between SVG tokens.  \nAllows for the partial display of an SVG path.  \n\n```python\nfrom svgpath import (\n    tree_to_paths,\n    absolute_paths,\n)\n\n# expand generator of generators (needed to compare generator outputs)\npaths = [[token for token in path] for path in tree_to_paths(tree)]\napaths = [[token for token in path] for path in absolute_paths(paths)]\n\nfor i, (path, apath) in enumerate(zip(paths, apaths)):\n    print(f\"Path: {i}\")\n    for token, atoken in zip(path, apath):\n        print(f\"  {token} {atoken}\")\n```\n```\nPath: 0\n  ['M', '11.298', '8.02'] ['M', '11.298', '8.02']\n  ['c', '1.295', '-0.587', '1.488', '-5.055', '0.724', '-6.371'] ['C', '12.593', '7.433', '12.786', '2.965', '12.022', '1.649']\n  ['c', '-0.998', '-1.718', '-5.742', '-1.373', '-7.24', '-0.145'] ['C', '11.024', '-0.069', '6.28', '0.276', '4.782', '1.504']\n  ['C', '4.61', '2.114', '4.628', '3.221', '4.636', '4.101'] ['C', '4.61', '2.114', '4.628', '3.221', '4.636', '4.101']\n  ['h', '4.702'] ['H', '9.338']\n  ['v', '0.412'] ['V', '4.513']\n  ['H', '4.637'] ['H', '4.637']\n  ['c', '0', '0.006', '-2.093', '0.013', '-2.093', '0.013'] ['C', '4.637', '4.519', '2.544', '4.526', '2.544', '4.526']\n  ['c', '-3.609', '0', '-3.534', '7.838', '1.228', '7.838'] ['C', '-1.065', '4.526', '-0.99', '12.364', '3.772', '12.364']\n  ['c', '0', '0', '0.175', '-1.736', '0.481', '-2.606'] ['C', '3.772', '12.364', '3.947', '10.628', '4.253', '9.758']\n  ['C', '5.198', '7.073', '9.168', '8.986', '11.298', '8.02'] ['C', '5.198', '7.073', '9.168', '8.986', '11.298', '8.02']\n  ['z'] ['Z']\n  ['M', '6.375', '3.465'] ['M', '6.375', '3.465']\n  ['c', '-0.542', '0', '-0.981', '-0.439', '-0.981', '-0.982'] ['C', '5.833', '3.465', '5.394', '3.026', '5.394', '2.483']\n  ['c', '0', '-0.542', '0.439', '-0.982', '0.981', '-0.982'] ['C', '5.394', '1.941', '5.833', '1.501', '6.375', '1.501']\n  ['c', '0.543', '0', '0.982', '0.44', '0.982', '0.982'] ['C', '6.918', '1.501', '7.357', '1.941', '7.357', '2.483']\n  ['C', '7.358', '3.025', '6.918', '3.465', '6.375', '3.465'] ['C', '7.358', '3.025', '6.918', '3.465', '6.375', '3.465']\n  ['z'] ['Z']\nPath: 1\n  ['M', '13.12', '4.691'] ['M', '13.12', '4.691']\n  ['c', '0', '0', '-0.125', '1.737', '-0.431', '2.606'] ['C', '13.12', '4.691', '12.995', '6.428', '12.689', '7.297']\n  ['c', '-0.945', '2.684', '-4.914', '0.772', '-7.045', '1.738'] ['C', '11.744', '9.981', '7.775', '8.069', '5.644', '9.035']\n  ['C', '4.35', '9.622', '4.155', '14.09', '4.92', '15.406'] ['C', '4.35', '9.622', '4.155', '14.09', '4.92', '15.406']\n  ['c', '0.997', '1.719', '5.741', '1.374', '7.24', '0.145'] ['C', '5.917', '17.125', '10.661', '16.78', '12.16', '15.551']\n  ['c', '0.172', '-0.609', '0.154', '-1.716', '0.146', '-2.596'] ['C', '12.332', '14.942', '12.314', '13.835', '12.306', '12.955']\n  ['H', '7.603'] ['H', '7.603']\n  ['v', '-0.412'] ['V', '12.543']\n  ['h', '4.701'] ['H', '12.304']\n  ['c', '0', '-0.006', '2.317', '-0.013', '2.317', '-0.013'] ['C', '12.304', '12.537', '14.621', '12.53', '14.621', '12.53']\n  ['C', '17.947', '12.53', '18.245', '4.691', '13.12', '4.691'] ['C', '17.947', '12.53', '18.245', '4.691', '13.12', '4.691']\n  ['z'] ['Z']\n  ['M', '10.398', '13.42'] ['M', '10.398', '13.42']\n  ['c', '0.542', '0', '0.982', '0.439', '0.982', '0.982'] ['C', '10.94', '13.42', '11.38', '13.859', '11.38', '14.402']\n  ['c', '0', '0.542', '-0.44', '0.981', '-0.982', '0.981'] ['C', '11.38', '14.944', '10.94', '15.383', '10.398', '15.383']\n  ['s', '-0.981', '-0.439', '-0.981', '-0.981'] ['S', '9.417', '14.944', '9.417', '14.402']\n  ['C', '9.417', '13.859', '9.856', '13.42', '10.398', '13.42'] ['C', '9.417', '13.859', '9.856', '13.42', '10.398', '13.42']\n  ['z'] ['Z']\n```\n## Plot SVG Paths\n```python\n# python script\nfrom matplotlib import pyplot as plt\nfrom svgpath import paths_to_points\npaths = list(tree_to_paths(tree))\n\n_, ax = plt.subplots()\nax.invert_yaxis() # origin at top left\nfor path in paths_to_points(paths, resolution=100):\n    for trace in path:\n        ax.plot(trace[:, 0], trace[:, 1])\nplt.show()\n```\nThe library includes a plotting script.  \nIt requires matplotlib and pyqt6 be installed \"pip install svgpath[display]\".  \n```bash\nsvg-plot -i python_logo.svg\n```\n\n![Python Logo](images/python_logo.png)\n",
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    "license": "The MIT License (MIT)  Copyright \u00a9 2023 <copyright holders>  Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the \u201cSoftware\u201d), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:  The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  THE SOFTWARE IS PROVIDED \u201cAS IS\u201d, WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.",
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Raub Camaioni
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