Added conda recipe for yeadon 1.3.0.

conda-recipes/yeadon-1.3.0/ice_skating.py

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+from numpy import deg2rad
+import yeadon
+
+h = yeadon.Human('male1.txt')
+h.set_CFG('CA1extension', deg2rad(-29))
+h.set_CFG('CA1adduction', deg2rad(9))
+h.set_CFG('CA1rotation', deg2rad(-60))
+h.set_CFG('CB1extension', deg2rad(-29))
+h.set_CFG('CB1rotation', deg2rad(58))
+h.set_CFG('A1A2extension', deg2rad(-120))
+h.set_CFG('B1B2extension', deg2rad(-124))
+
+print('Moment of inertia about vertical axis')
+print('-------------------------------------')
+print('arms tucked in: {0} kg-m^2'.format(h.inertia[2, 2]))
+
+h = yeadon.Human('male1.txt')
+h.set_CFG('CA1adduction', deg2rad(-90))
+h.set_CFG('CB1abduction', deg2rad(90))
+
+print('arms out: {0} kg-m^2'.format(h.inertia[2, 2]))

conda-recipes/yeadon-1.3.0/import_test.py

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+import yeadon
+import yeadon.exceptions
+import yeadon.human
+import yeadon.inertia
+import yeadon.segment
+import yeadon.solid
+import yeadon.ui
+import yeadon.utils
+import yeadon.tests
+try:
+    import yeadon.gui
+except ImportError:  # mayavi not installed
+    pass

conda-recipes/yeadon-1.3.0/male1.txt

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+# yeadon. (cld72@cornell.edu)
+# Measurement input template.
+# Lines beginning with pound are comment lines.
+# There are 95 measurements, consisting of lengths, perimeters, widths, and
+# depths.
+#
+# For details about how the measurements are to be taken, consult the journal
+# article Yeadon 1989-ii or the documentation
+# <http://packages.python.org/yeadon/> of this python package.
+#
+# CONVERSION FACTOR to convert measurements INTO meters
+# (set to 1 if measurements are in meters, 0.001 if measurements are in mm,
+# 0.0254 if measurements are in inches)
+measurementconversionfactor :  .01
+#
+##############################################################################
+# TORSO
+# Ls0 hip joint centre
+# Ls1 umbilicus
+# Ls2 lowest front rib
+# Ls3 nipple
+# Ls4 shoulder joint centre
+# Ls5 acromion
+# Ls6 beneath nose
+# Ls7 above ear
+# Ls8 top of head
+#
+# lengths to levels 1 through 5 are measured from Ls0, the hip centre:
+Ls1L: 4.9
+Ls2L: 18.8
+Ls3L: 33.4
+Ls4L: 47.2
+Ls5L: 50.2
+# lengths to levels 6 through 8 are measured from Ls5, the acromion:
+Ls6L: 14.9
+Ls7L: 19
+Ls8L: 29.2
+#
+# stadium parameters:
+Ls0p: 86.9
+Ls1p: 75
+Ls2p: 73.9
+Ls3p: 80.6
+Ls5p: 37.5
+Ls6p: 49.8
+Ls7p: 57
+#
+# stadium widths:
+# width nor depth are measured for Ls5, acromion, because its shape is set by
+# estimates from Ls4, shoulder joint centre.
+Ls0w: 32.4
+Ls1w: 27.4
+Ls2w: 25.1
+Ls3w: 28
+Ls4w: 30.3
+#
+# depth: the presence of the shoulder joint at Ls4, the shoulder joint centre,
+# makes it difficult to measure the width of the Ls4 stadium. Therefore the
+# depth (=2r) of the stadium is measured instead.
+Ls4d: 15.1
+# torso (s) levels 5 through 8 do not have widths because they are circles EDIT.
+#
+##############################################################################
+# LEFT ARM
+#
+# lengths measured from La0, shoulder joint centre:
+# La1L is not measured because it is set to be .5 * La2L.
+# Accordingly, La1p should be measured at the location .5 * La2L
+La2L: 26.1
+La3L: 33
+La4L: 50.8
+# lengths measured from La4, wrist joint centre:
+La5L: 3
+La6L: 8.8
+La7L: 17.7
+#
+# stadium perimeters:
+La0p: 28.5
+La1p: 24.2
+La2p: 23
+La3p: 23.5
+La4p: 15.4
+La5p: 21
+La6p: 21.5
+La7p: 10.7
+#
+# stadium widths:
+# arm levels 0-3 are do not have widths because they are circles
+La4w: 5
+La5w: 7.3
+La6w: 9.8
+La7w: 4.9
+#
+##############################################################################
+# RIGHT ARM
+#
+# lengths measured from Lb0, shoulder joint centre:
+# Lb1L is not measured because it is set to be .5 * Lb2L.
+# Accordingly, Lb1p should be measured at the location .5 * Lb2L
+Lb2L: 26.6
+Lb3L: 32.4
+Lb4L: 51.9
+# lengths measured from Lb4, wrist joint centre:
+Lb5L: 1.5
+Lb6L: 7.2
+Lb7L: 16.6
+#
+# stadium perimeters:
+Lb0p: 29
+Lb1p: 24.2
+Lb2p: 22.7
+Lb3p: 23.4
+Lb4p: 15.2
+Lb5p: 20.9
+Lb6p: 22.4
+Lb7p: 11
+#
+# stadium widths:
+# arm levels 0-3 are do not have widths because they are circles
+Lb4w: 5.2
+Lb5w: 7.2
+Lb6w: 9.6
+Lb7w: 5
+#
+##############################################################################
+# LEFT LEG
+#
+# lengths measured from Lj0, hip joint centre:
+Lj1L: 10.1
+# Lj2L is not measured because it is set as the average of Lj1L and Lj3L.
+Lj3L: 42.6
+Lj4L: 56.5
+Lj5L: 81.6
+# lengths measured from Lj5, ankle joint centre:
+Lj6L: 2.5
+# Lj7L is not measured because it is set as the average of Lj6L and Lj8L.
+Lj8L: 14.9
+Lj9L: 21
+#
+# stadium perimeters:
+# Lj0p is not measured because it is set by Ls0p and Ls0w.
+Lj1p: 52
+Lj2p: 48.9
+Lj3p: 35.1
+Lj4p: 35.2
+Lj5p: 25.5
+Lj6p: 30.2
+Lj7p: 23.3
+Lj8p: 22.8
+Lj9p: 18.5
+#
+# stadium widths:
+# leg levels 0-5 and 7 do not have widths because they are circles
+Lj8w: 8.7
+Lj9w: 8.2
+#
+# stadium depths:
+# this stadium is rotated 90 degrees from the other, so that its longitudinal
+# axis is oriented anteroposteriorly (from back to front)
+Lj6d: 11.4
+#
+##############################################################################
+# RIGHT LEG
+#
+# lengths measured from Lk0, hip joint centre:
+Lk1L: 9.7
+# Lk2L is not measured because it is set as the average of Lk1L and Lk3L.
+Lk3L: 42.2
+Lk4L: 55.8
+Lk5L: 80.6
+# lengths measured from Lk5, ankle joint centre:
+Lk6L: 2.5
+# Lk7L is not measured because it is set as the average of Lk6L and Lk8L.
+Lk8L: 14.5
+Lk9L: 20.8
+#
+# stadium perimeters:
+# Lk0p is not measured because it is set by Ls0p and Ls0w.
+Lk1p: 55
+Lk2p: 50
+Lk3p: 34.8
+Lk4p: 34.9
+Lk5p: 23
+Lk6p: 31
+Lk7p: 23.7
+Lk8p: 22.2
+Lk9p: 19.5
+#
+# stadium widths:
+# leg levels 0-5 and 7 do not have widths because they are circles
+Lk8w: 8.6
+Lk9w: 8.3
+#
+# stadium depths:
+# this stadium is rotated 90 degrees from the other, so that its longitudinal
+# axis is oriented anteroposteriorly (from back to front)
+Lk6d: 11.1

conda-recipes/yeadon-1.3.0/meta.yaml

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+{% set name = "yeadon" %}
+{% set version = "1.3.0" %}
+{% set sha256 = "9b1e7b39a70fb9eee864472416980ad30fa9d22616af1d41173a26908810cce8" %}
+
+package:
+  name: {{ name|lower }}
+  version: {{ version }}
+
+source:
+  fn: {{ name }}-{{ version }}.tar.gz
+  url: https://pypi.io/packages/source/{{ name[0] }}/{{ name }}/{{ name }}-{{ version }}.tar.gz
+  sha256: {{ sha256 }}
+
+build:
+  number: 0
+  script: python setup.py install --single-version-externally-managed --record record.txt
+
+requirements:
+  build:
+    - python
+    - setuptools
+
+  run:
+    - python
+    - numpy >=1.6.1
+    - pyyaml >=3.10
+
+test:
+  files:
+    - ice_skating.py
+    - male1.txt
+    - import_test.py
+  commands:
+    - python ice_skating.py
+    - python import_test.py
+
+about:
+  home: https://github.com/chrisdembia/yeadon/
+  doc_url: http://yeadon.readthedocs.org/
+  dev_url: https://github.com/chrisdembia/yeadon/
+  license: BSD-3-Clause
+  license_family: BSD
+  license_file: LICENSE.txt
+  summary: 'Estimates the inertial properties of a human.'
+  description: |
+    This package calculates the masses, center of mass positions, and inertia
+    tensors that correspond to the human inertia model developed by Yeadon in
+    (Yeadon, 1990). The package allows for the input of both measurements and
+    configuration variables (joint angles), and provides 3D visualization using
+    the MayaVi package.