engine

type CTItem struct {
	Lemma  string
	PLemma string
	Deprel string
	Upos   string
	PUpos  string
	Freq   int64
}

type Candidate struct {
	Lemma      string
	Upos       string
	FreqXY     int64
	FreqY      int64
	CoOccScore float64
}

type CoOccTable map[string]*CoTItem

type CoTItem struct {
	Lemma   string
	CoLemma string
	Upos    string
	CoUpos  string
	Freq    int64
}

type CoVertProcessor struct {
	Span   int
	Window [][2]string

	CoOccTable  CoOccTable
	TokenCounts FyTable
	// contains filtered or unexported fields
}

type CollDatabase struct {
	// contains filtered or unexported fields
}

type CorporaConf []*CorpusProps

type CorpusProps struct {
	Name string `json:"name"`
	Size int64  `json:"size"`
	// HasMaterializedViews if true then scollex will use queries
	// targeting those views for the corpus to provide better performance.
	// This is highly recommended (see scripts/schema.sql for
	// the views' definitions)
	HasMaterializedViews bool        `json:"hasMaterializedViews"`
	Syntax               SyntaxProps `json:"syntax"`
}

type CounterTable map[string]*CTItem

type DBConf struct {
	Host     string `json:"host"`
	Port     int    `json:"port"`
	Name     string `json:"name"`
	User     string `json:"user"`
	Password string `json:"password"`
	PoolSize int    `json:"poolSize"`
}

type FreqDistrib struct {

	// CorpusSize is always equal to the whole corpus size
	// (even if we work with a subcorpus)
	CorpusSize int64 `json:"corpusSize"`

	Freqs FreqDistribItemList `json:"freqs"`

	// ExamplesQueryTpl provides a (CQL) query template
	// for obtaining examples matching words from the `Freqs`
	// atribute (one by one).
	ExamplesQueryTpl string `json:"examplesQueryTpl"`

	Error string `json:"error"`
}

type FreqDistribItem struct {
	Word       string   `json:"word"`
	Freq       int64    `json:"freq"`
	Norm       int64    `json:"norm"`
	IPM        float32  `json:"ipm"`
	CollWeight *float64 `json:"collWeight"`
	CoOccScore *float64 `json:"coOccScore"`
}

type FreqDistribItemList []*FreqDistribItem

type FyItem struct {
	Lemma  string
	Upos   string
	Deprel string
	Freq   int64
}

type FyTable map[string]*FyItem

type PosAttrProps struct {
	Name        string `json:"name"`
	VerticalCol int    `json:"verticalCol"`
}

type SyntaxProps struct {

	// ParentIdxAttr specifies a positional attribute providing
	// information about relative position of a parent token.
	ParentIdxAttr PosAttrProps `json:"parentIdxAttr"`

	// LemmaAttr - an attribute specifying lemma
	// (in intercorp_v13ud: `lemma`)
	LemmaAttr PosAttrProps `json:"lemmaAttr"`

	// ParLemmaAttr - an attribute specifying lemma in parent
	// (in intercorp_v13ud: `p_lemma`)
	ParLemmaAttr PosAttrProps `json:"parLemmaAttr"`

	// PosAttr - an attr specifying part of speech
	// (in intercorp_v13ud: `upos`)
	PosAttr PosAttrProps `json:"posAttr"`

	// ParPosAttr - an attr specifying part of speech in parent
	// (in intercorp_v13ud: `p_upos`)
	ParPosAttr PosAttrProps `json:"parPosAttr"`

	// (in intercorp_v13ud: `deprel`)
	FuncAttr PosAttrProps `json:"funcAttr"`

	// (in intercorp_v13ud: `NOUN`)
	NounValue string `json:"nounPosValue"`

	// (in intercorp_v13ud: `VERB`)
	VerbValue string `json:"verbPosValue"`

	// (in intercorp_v13ud: `nmod`)
	NounModifiedValue string `json:"nounModifiedValue"`

	// (in intercorp_v13ud: `nsubj`)
	NounSubjectValue string `json:"nounSubjectValue"`

	// (in intercorp_v13ud: `obj|iobj`)
	NounObjectValue string `json:"nounObjectValue"`
}

type VertProcessor struct {
	DeprelCol   int
	DeprelTypes []string

	Table        CounterTable
	ParentCounts FyTable
	ChildCounts  FyTable
	// contains filtered or unexported fields
}

type Word struct {
	V   string
	PoS string
}