v0.5.6

FLORIDyn v0.5.6

Diff since v0.5.5

Added

• example calc_induction.jl
• example step_response.jl
• example_dev mwe_06.jl (developer example)
• example_dev mwe_07.jl (developer example)
• add turbine groups to the YAML file and functions and structs to work with them
• A new control mode can process time-dependent induction factors for turbine groups
• All correction functions from the Matlab code have been implemented
• The function cp_fun has been added, which calculates the power coefficient as a function of angle of attack and tip speed ratio
• example_dev cpfun.jl (developer example that shows how to use this function)
• The function plot_rmt now supports all plot variants of ControlPlots.plot

Merged pull requests:

• Implemented missing corrections (#80) (@ufechner7)
• Add cp_fun function for interpolating the cp (#84) (@ufechner7)
• Add turbine groups (#92) (@ufechner7)
• Step response (#93) (@ufechner7)

Closed issues:

• Translate missing corrections (#14)
• Allow creating of turbine groups (#64)

v0.5.5

FLORIDyn v0.5.5

Diff since v0.5.4

FLORIDyn v0.5.5 - 2025-25-09

Fixed

• Fix .zenodo.json

v0.5.4

FLORIDyn v0.5.4

Diff since v0.5.3

Fixed

• Fix .zenodo.json

v0.5.3

FLORIDyn v0.5.3

Diff since v0.5.2

FLORIDyn v0.5.3 - 2025-25-09

Added

• Add power plots to the package itself, function calc_rel_power()
• Add function plot_rmt

Fixed

• Fix reading Control_YawConstant.csv

Changed

• Update main_power_plot.jl
• Delete main_power_plot_II.jl

Merged pull requests:

• Add power plots (#90) (@ufechner7)
• Bump actions/checkout from 4 to 5 (#91) (@dependabot[bot])

v0.5.2

FLORIDyn v0.5.2

Diff since v0.5.1

Added

• Add function getYaw(::Yaw_Constant, ...)
• Increase size of SOWFA_nacelleYaw.csv to allow longer simulations (400s longer)
• Add main_power_plot.jl
• Add main_power_plot_II.jl
• Add parameter simple=false to function prepare_large_plot_inputs()

Fixed

• Fix y-label of velocity reduction plot
• Fix example main_large_msr.jl

Merged pull requests:

• Add power plots and getYaw(::Yaw_Constant, ...) (#87) (@ufechner7)

Closed issues:

• Register initial release (#75)

v0.5.1

FLORIDyn v0.5.1

Diff since v0.5.0

Added

• section Sponsors in README.md

Changed

• fixed some doc strings

v0.5.0

FLORIDyn v0.5.0

Initial release of a Julia version of FLORIDyn, a dynamic wind farm simulation software originally written by Marcus Becker in Matlab. This software allows to:

• Simulate wind farms dynamically at a low computational cost
• Estimate the power generated, added turbulence, and wake-induced losses.
• Apply heterogeneous and time-varying wind speeds and directions
  Test different modeling approaches

It is very fast, between 6 and 33 times faster than the original Matlab version, and very well documented. A wind park with 54 turbines can be simulated at 770 times real-time, using one core of an AMD 7950X CPU. It can be used as foundation for the development of novel wind-farm control algorithms.