Version 1.6.0
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FEATURES:

    o Make the variant caller-specific filtering optional (on by default) and
      rename the relevant parameter names for increased clarity
    o Add a check to look for gVCF files as input, including the existance of
      <NON_REF> alleles (common for gVCF files)
    o Add checks to see if input VCFs correctly contain DP, AD and GT data

Version 1.4.0
-------------

FEATURES:

    o Add convenience functions for creating and reading multiple SNV profiles
    o Add functionality for reading general COSMIC mutational data, not just
      cell line mutational data

FIXES:

    o Fix an issue when reading COSMIC data due to new GRanges functionality

MISCELLANEOUS: 

    o Update the citation info with the now-published seqCAT-specific article


VERSION 1.2.0
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FEATURES:

    o Add functionality for analysing VCF files containing unannotated variants
    o Add functionality for listing non-overlapping variants between profiles
    o Mitochondrial variants can now be optionally skipped when reading SNV
      profiles in the `read_variants` function
    o Add the `list_variants` function for listing the genotypes of
      user-specified variants in each provided SNV profile
    o Add the `plot_variant_list` function for plotting a genotype grid for
      each variant output by the `list_variants` function

FIXES:

    o Fix a multi-sample VCF profile creation issue (python only)
    o Reading zero-variant profiles now properly returns a GRanges object with
      a dummy-variant profile containing the sample name
    o Enable the `plot_impacts` function to properly analyse multi-impact SNVs
    o Fix reading of SNV profiles containing single-quoted strings

VERSION 1.0.0
-------------

FEATURES:

    o Create single nucleotide variant (SNV) profiles from RNA/DNA-seq samples
    o Characterise the biological equivalency and difference between samples
    o Evaluate putative impacts of SNVs differing between samples
    o Investigate and validate known variants and specific genomic regions
    o Authenticate cell lines with a known SNV profile or the COSMIC database
