sturavoting

type Category struct {
	Name    string
	Created time.Time
	ID      uint
}

type IntMatrix [][]int

type MedianResult struct {
	// Value is the value that has a majority.
	Value int
	// VotesRequired is the number of votes required for a majority.
	VotesRequired int
}

type MedianVote struct {
	// Weight is the weight of the voter.
	Weight int

	// Value is the value the voter chose.
	Value int
}

type MedianVoting struct {
	Name            string
	MaxValue        int
	PercentRequired float64
}

type SchulzeRes struct {
	// VotesRequired is the number of votes required for a majority.
	VotesRequired int
	// D is the matrix d as described in Wikipedia.
	D IntMatrix
	// P is the matrix p as described in Wikipedia.
	P IntMatrix
	// Ranked contains the result of the ranking algorithm.
	// It contains a list of list of integers.
	// The first list contains all options that are winners,
	// the second list contains all options that are on the second place etc.
	Ranked [][]int
	// Percents is a list of length n - 1 containing the percentage of votes
	// that voted the options 0...n-1 before no (no being the last option).
	// So if there are three options and 50% voted option 1 before no and
	// 75% voted option 2 before no this slice will be [0.5, 0.75].
	Percents []float64
}

type SchulzeVote struct {
	// Weight is the weight of the voter.
	Weight int
	// Ranking is the ordering for all options.
	// It must be a list of n elements if n is the number of possible options
	// where Ordering[i] is the value in the ranking.
	// Smaller values mean that the option is voted higher (comes first) in the
	// ranking.
	// For example: If there are three options and the first and third one should
	// be equally preferred to option two the ranking would be
	// [0, 1, 0].
	Ranking []int
}

type SchulzeVoting struct {
	Name            string
	Options         []string
	PercentRequired float64
}

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

type Voter struct {
	Name       string
	Weight     int
	ID         uint
	RevisionID uint
}

type VotersRevision struct {
	CategoryID uint
	Created    time.Time
	ID         uint
}

type VotingCollection struct {
	Name   string
	Date   time.Time
	Groups []*VotingGroup
}

type VotingContext struct {
	DB                *sql.DB
	ConfigDir         string
	Store             sessions.Store
	Logger            *logrus.Logger
	UserHandler       goauth.UserHandler
	SessionController *goauth.SessionController
	Keys              [][]byte
	Templates         map[string]*template.Template
	SessionLifespan   time.Duration
	Port              int
}

type VotingGroup struct {
	Name           string
	MedianVotings  []*MedianVoting
	SchulzeVotings []*SchulzeVoting
}