Convert a netCDF variable to a Zarr V3 array

Usage: zarrs_ncvar2zarr [OPTIONS] --fill-value <FILL_VALUE> --chunk-shape <CHUNK_SHAPE> <INPUT> <VARIABLE> <OUT>

Arguments:
  <INPUT>
          The path to a netCDF file or a directory of netcdf files

  <VARIABLE>
          The name of the netCDF variable

  <OUT>
          The output directory for the zarr array

Options:
  -f, --fill-value <FILL_VALUE>
          Fill value. See https://zarr-specs.readthedocs.io/en/latest/v3/core/v3.0.html#fill-value
          
          The fill value must be compatible with the data type.
          
          Examples:
            int/uint: 0 100 -100
            float: 0.0 "NaN" "Infinity" "-Infinity"
            r*: "[0, 255]"

      --separator <SEPARATOR>
          The chunk key encoding separator. Either . or /
          
          [default: /]

  -c, --chunk-shape <CHUNK_SHAPE>
          Chunk shape. A comma separated list of the chunk size along each array dimension.
          
          If any dimension has size zero, it will be set to match the array shape.

  -s, --shard-shape <SHARD_SHAPE>
          Shard shape (optional). A comma separated list of the shard size along each array dimension.
          
          If specified, the array is encoded using the sharding codec.
          If any dimension has size zero, it will be set to match the array shape.

      --array-to-array-codecs <ARRAY_TO_ARRAY_CODECS>
          Array to array codecs (optional).
          
          JSON holding an array of array to array codec metadata.
          
          Examples:
            '[ { "name": "transpose", "configuration": { "order": [0, 2, 1] } } ]'
            '[ { "name": "bitround", "configuration": { "keepbits": 9 } } ]'

      --array-to-bytes-codec <ARRAY_TO_BYTES_CODEC>
          Array to bytes codec (optional).
          
          JSON holding array to bytes codec metadata.
          If unspecified, this defaults to the `bytes` codec.
          
          The sharding codec can be used by setting `shard_shape`, but this can also be done explicitly here.
          
          Examples:
            '{ "name": "bytes", "configuration": { "endian": "little" } }'
            '{ "name": "pcodec", "configuration": { "level": 12 } }'
            '{ "name": "zfp", "configuration": { "mode": "fixedprecision", "precision": 19 } }'

      --bytes-to-bytes-codecs <BYTES_TO_BYTES_CODECS>
          Bytes to bytes codecs (optional).
          
          JSON holding an array of bytes to bytes codec configurations.
          
          Examples:
            '[ { "name": "blosc", "configuration": { "cname": "blosclz", "clevel": 9, "shuffle": "bitshuffle", "typesize": 2, "blocksize": 0 } } ]'
            '[ { "name": "bz2", "configuration": { "level": 9 } } ]'
            '[ { "name": "crc32c" ]'
            '[ { "name": "gzip", "configuration": { "level": 9 } } ]'
            '[ { "name": "zstd", "configuration": { "level": 22, "checksum": false } } ]'

      --attributes <ATTRIBUTES>
          Attributes (optional).
          
          JSON holding array attributes.

      --concurrent-chunks <CONCURRENT_CHUNKS>
          Number of concurrent chunks

      --memory-test
          Write to memory

  -h, --help
          Print help (see a summary with '-h')

  -V, --version
          Print version