In this issue we will address the expedition planning of the ship for a given field season, combining the transit-times of the RoutePlanner to help maximise the science goals of the SDA and minimise fuel-usage, hazard and transit-times. The initial idea of this project would be to leverage @foxm1 extensive knowledge on temporal planning by using POPF, a forwards-chaining temporal planner software, and embedding a wrapper of this code within the RoutePlanner. This would allow us to return multiple plans across a field season and show the true benefit of the SDA DT project.
This project has already been started by @foxm1 so I will allow them to update this issue with more information and plots already generated.
In this issue we will address the expedition planning of the ship for a given field season, combining the transit-times of the RoutePlanner to help maximise the science goals of the SDA and minimise fuel-usage, hazard and transit-times. The initial idea of this project would be to leverage @foxm1 extensive knowledge on temporal planning by using POPF, a forwards-chaining temporal planner software, and embedding a wrapper of this code within the RoutePlanner. This would allow us to return multiple plans across a field season and show the true benefit of the SDA DT project.
This project has already been started by @foxm1 so I will allow them to update this issue with more information and plots already generated.