Version 1.68.0

Bat Call Phase Analyser

• Add application to analyse the pulse timing information for a bat call sequence and classify each pulse as one of:
  • SEARCH
  • APPROACH
  • BUZZ
  • EXIT
• Also classifies the sequence as a whole based on which behavioural phases it contains
• Tabulates the phase information and classification

Version 1.67.0

Documentation Overhaul

• Move all project information into the Sphinx documentation
• Rewrite the README

Version 1.66.0

Bat Call Pulse Analysis

• Added simple bat pulse call timing analysis and charting for:
  • Pulse Width
  • Pulse Interval Repetition (PIR)
  • Inter-Pulse Interval (IPI)
  • Delta-PIR
• Added utility to convert analyses from the Spectrogram Viewer into inputs for the TI-84 bat pulse call analysis

Version 1.65.0

Supporting Utilities

• Add a utility to generate the wrapper script to run the wildlife seasonal models from the consensus JSON parameters generated by the modelling process (see the ODE Solver repo and Field Notes Journal web site for more details
• Convert path operations in the minimiser to use pathlib
• Ensure the minimiser clears out the target folder for minimised files before running

Version 1.64.0

Seasonal Wildlife Modelling Improvements

• Improve handling of parameters for the models, targeting reduction in runtime memory requirements
• Improve commenting of the functions in the un-minimised model files
• Add a wrapper method in front of each model making it easier to run them
• Added example scripts for blackbird (resident), bluebell (seasonal) and redwing (winter visitor)

Version 1.63.0

Seasonal Wildlife Models

• Added the following seasonal wildlife presence/detectability models for the ODELIB module:
  • Seasonal presence, where activity is confined to a bounded window
  • Resident detectability, where presence is continuous but visibility varies
  • Winter presence, where activity wraps around the year boundary with a winter peak
• These models are part of the wider Field Notes Journal project https://davidwalker.uk
• They were developed using the full ODE Solver application

Version 1.62.0

• Migrated the project from requirements.txt to pyproject.toml
• Applied latest dependabot-recommended dependency updates
• Remove spurious dependencies