dat_bone_curr

A dataset containing the wing bone specific data for a
pigeon BirdID = 20_0300, TestID = 20_03004, FrameID = 317

datasets


Tools to compute the center of gravity and moment of inertia tensor of any
flying bird. The tools function by modeling a bird as a composite structure
of simple geometric objects. This requires detailed morphological
measurements of bird specimens although those obtained for the associated
paper have been included in the package for use. Refer to the vignettes and
supplementary material for detailed information on the package function.

Christina Harvey

AvInertia

Calculate the Inertial Properties of a Flying Bird

Vikram B. Baliga

Jasmin C.M. Wong

dat_bone_curr function

A dataframe with 6 rows and 5 variables:<dl class="dl-horizontal">
<dt>bone</dt><dd>Bone ID code. Must include:
"Humerus","Ulna","Radius","Carpometacarpus","Ulnare" and "Radiale".</dd>
<dt>bone_mass</dt><dd>Mass of bone in the same row as the appropriate
bone ID code (kg)</dd>
<dt>bone_len</dt><dd>Length of bone in the same row as the appropriate
bone ID code (m)</dd>
<dt>bone_out_rad</dt><dd>Outer radius of bone in the same row as the appropriate
bone ID code (m)</dd>
<dt>bone_in_rad</dt><dd>Inner radius of bone in the same row as the appropriate
bone ID code (m)</dd>
</dl>

Format

Wing bone specific morphology dataset — dat_bone_curr

A dataframe with 6 rows and 5 variables:<dl class='dl-horizontal'>
<dt>bone</dt><dd>Bone ID code. Must include:
"Humerus","Ulna","Radius","Carpometacarpus","Ulnare" and "Radiale".</dd>
<dt>bone_mass</dt><dd>Mass of bone in the same row as the appropriate
bone ID code (kg)</dd>
<dt>bone_len</dt><dd>Length of bone in the same row as the appropriate
bone ID code (m)</dd>
<dt>bone_out_rad</dt><dd>Outer radius of bone in the same row as the appropriate
bone ID code (m)</dd>
<dt>bone_in_rad</dt><dd>Inner radius of bone in the same row as the appropriate
bone ID code (m)</dd>
</dl>

dat_bone_curr: Wing bone specific morphology dataset

Description

Usage

Arguments

Format