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ply3d 0.1.0

“A Python library for manipulating PLY 3D geometries of multicellular tissues”

Module built on the numeric Python stackImports the NumPy array library

SHA-25663f09327e5755c3db3b2b4294cc9f913f16829afde09cf12ab9342f56a1f4583

URLhttps://files.pythonhosted.org/packages/bc/80/41f28d1099d1edc4327580b4b54d3c3b360204a7321460b7db2dc90417bb/ply3d-0.1.0-py3-none-any.whl

MaleculeH₂(Db₂F)

Evidence

Imports the NumPy array library ply_parser_dict.py · lines 1–15

⋯4 lines
5"""
6
7import numpy as np
8
9from gzip import GzipFile
⋯6 lines

Python module-level function call ply_parser.py · lines 54–66

54:30… ype(np.int32),
55    np.dtype(np.uint64): np.dtype(np.uint32),
56}
57
58numpy_to_ply_dtype_string.update(unsupported_numpy_to_ply_dtype_string)
59
60def _read_binary_list(buffer, count_dtype, data_dtype, num_cells, endianness):
⋯6 lines

Python file opened for write or append ply_parser.py · lines 258–266

258:27… t, element_data
259
260
261def write_ply(filename, descr, data):
262    f = open(filename, 'w')
263    f.write('ply\nformat ascii 1.0\n')
264    for e in descr:
265        count = len(data[e[0]])
266        f.write('element ' + e[0] +  …

NumPy array operation (array) ply_parser.py · lines 379–382

30… ctor_properties:
          vector_dict = {
              c: np.array([c_d[f"{vector_name}_{dim}"] for dim in ['x', 'y', 'z']])
              for c, c_d in zip(elements.indices, element_data[elem …

NumPy array operation (zeros) vtk_export.py · lines 242–248

66… ()
          }
      else:
          element_points = {e: np.zeros(3) for e in related_elements.indices}
246
  if mesh[related_element_name].points is not None:
      related_points = mesh[rela …

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