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ucr_archive_datasets = DataSets.list_available_datasets(UCRArchive)

failed to find end of centeral directory record
error(::String)@error.jl:35
_find_sigoffset(::IOStream, ::UInt32)@ZipFile.jl:288
_find_enddiroffset@ZipFile.jl:293[inlined]
ZipFile.Reader(::IOStream, ::Bool)@ZipFile.jl:106
Reader@ZipFile.jl:120[inlined]
unzip(::String, ::String)@utils.jl:25
download_datasets(::Nothing, ::Nothing, ::Bool)@UCRArchive.jl:222
var"#load_dataset_metadata#5"(::Bool, ::typeof(TimeSeriesClassification.DataSets._Loader.load_dataset_metadata), ::Type{TimeSeriesClassification.DataSets.Loaders._UCRArchiveLoader.UCRArchive}, ::Symbol, ::Nothing, ::Nothing)@UCRArchive.jl:284
load_dataset_metadata@UCRArchive.jl:277[inlined]
load_dataset_metadata(::Type{TimeSeriesClassification.DataSets.Loaders._UCRArchiveLoader.UCRArchive}, ::Symbol)@UCRArchive.jl:277
top-level scope@[Local: 1](http://localhost:1234/edit?id=906ce0f6-5bfd-11ee-1049-9184a6a60f1c#)[inlined]

 Hyperparameters
  =================

  K=1: Number of neighbors weights=:uniform: Either :uniform or :distance based weights of
  the neighbors. - :uniform: All neighbors are weighted equally. - :distance: Each
  neighbor is weighted by it's distance. distance=DTW(): DTW distance struct, for example
  DTWSakoeChiba or pure DTW. - DTW(): Dynamic Time Warping without any constraints. -
  DTWSakoeChiba(): Dynamic Time Warping with Sakoe Chiba bound constraint. - DTWItakura():
  Dynamic Time Warping without Itakura Parallelogram constraint. - You can provide your
  own metric by subtyping DTWType. bounding=LBNone(): Lower bounding of the distance using
  methods like LBKeogh(). - LBNone(): NO-OP, no lower bouning is being done. - LBKeogh():
  Estimating distance lower bound of the distance using the LB_Keogh method
  (https://www.cs.ucr.edu/~eamonn/LB_Keogh.htm). - You can provide your own methofs by
  subtyping LBType.