Data and code from: Body oscillations couple with wing flapping to reduce aerodynamic power in wild silkmoth flight

The data includes 3D kinematic recordings and wing and body morphometrics
from 9 specimens across four silkmoth species during forward flight. The
dataset enables investigation of how coupled wing and body movement affect
aerodynamic forces and energy efficiency in silkmoth flight. It also
supports phase relationships between body pitch and wing sweep that
enhance lift and thrust while reducing power requirements. Details of each
folder in the repository are as follows: Individual kinematics
data (A. io: 4 wingstrokes; A. luna: 3 wingstrokes; A. polyphemus: 2
wingstrokes; H. euryalus: 4 wingstrokes) are stored in the folder
'Data_kinematics_individuals' and presented as Fourier fit
coefficients in .mat files. Averaged representative kinematics data are
stored in the folder 'Data_kinematics' and presented as Fourier
fit coefficients in .mat files. Individual morphometrics data (A. io: 3
specimens; A. luna: 3 specimens; A. polyphemus: 2 specimens; H. euryalus:
1 specimen) are stored in the folder
'Data_morphometrics_individuals' and presented as .csv
spreadsheets. Averaged representative morphometrics data are
stored in the folder 'Data_morphometrics' and presented as .csv
spreadsheets. Code for Figure 3 plots is included in the folder
"Code_Plots_Figure_3" as MATLAB file
'main_plots_Figure_3.m'. Code for all other plots is
included in the folder "Code_Plots_all_other" and can all be run
from the MATLAB file 'main_analysis.m'. Before running this
file, set the 'ind_i' parameter as 1, 2, 3 or 4 to select one of
the four silkmoth species in the study.