void serialize(TextOutputStream & out, Codec const & codec = Codec_AUTO()) const { vocabulary.serialize(out); }
/** How to seed the initial centers (default Seeding::K_MEANS_PLUS_PLUS). */
Options & setSeeding(Seeding seeding_) { seeding = seeding_; return *this; }
/** Accelerate computations by parallelization or not (default true). */
Options & setParallelize(bool value) { parallelize = value; return *this; }
/** Set whether progress information will be printed to the console or not (default true). */
Options & setVerbose(bool value) { verbose = value; return *this; }
/** Load options from a disk file. */
bool load(std::string const & path);
/** Save options to a disk file. */
bool save(std::string const & path) const;
void deserialize(BinaryInputStream & in, Codec const & codec = Codec_AUTO());
void serialize(BinaryOutputStream & out, Codec const & codec = Codec_AUTO()) const;
void deserialize(TextInputStream & in, Codec const & codec = Codec_AUTO());
void serialize(TextOutputStream & out, Codec const & codec = Codec_AUTO()) const;
/** Get the set of default options. */
static Options const & defaults() { static Options const def; return def; }
private:
long max_iterations; ///< Maximum iterations to seek convergence (ignored if negative).
double max_time; ///< Maximum time in seconds to seek convergence (ignored if negative).
Seeding seeding; ///< How to seed the initial centers.
bool parallelize; ///< Accelerate computations by parallelization.
bool verbose; ///< Print progress information to the console.
friend class KMeans;
void deserialize(TextInputStream & in, Codec const & codec = Codec_AUTO()) { vocabulary.deserialize(in); }
