func init() {
// Arithmetic operators
MustRegister(NewOperator("+", func(x float64, y float64) float64 { return x + y }))
MustRegister(NewOperator("-", func(x float64, y float64) float64 { return x - y }))
MustRegister(NewOperator("*", func(x float64, y float64) float64 { return x * y }))
MustRegister(NewOperator("/", func(x float64, y float64) float64 { return x / y }))
// Aggregates
MustRegister(NewAggregate("aggregate.max", aggregate.Max))
MustRegister(NewAggregate("aggregate.min", aggregate.Min))
MustRegister(NewAggregate("aggregate.mean", aggregate.Mean))
MustRegister(NewAggregate("aggregate.sum", aggregate.Sum))
// Transformations
MustRegister(NewTransform("transform.derivative", 0, transform.Derivative))
MustRegister(NewTransform("transform.integral", 0, transform.Integral))
MustRegister(NewTransform("transform.rate", 0, transform.Rate))
MustRegister(NewTransform("transform.cumulative", 0, transform.Cumulative))
MustRegister(NewTransform("transform.default", 1, transform.Default))
MustRegister(NewTransform("transform.abs", 0, transform.MapMaker(math.Abs)))
MustRegister(NewTransform("transform.log", 0, transform.MapMaker(math.Log10)))
MustRegister(NewTransform("transform.nan_keep_last", 0, transform.NaNKeepLast))
// Filter
MustRegister(NewFilter("filter.highest_mean", aggregate.Mean, false))
MustRegister(NewFilter("filter.lowest_mean", aggregate.Mean, true))
MustRegister(NewFilter("filter.highest_max", aggregate.Max, false))
MustRegister(NewFilter("filter.lowest_max", aggregate.Max, true))
MustRegister(NewFilter("filter.highest_min", aggregate.Min, false))
MustRegister(NewFilter("filter.lowest_min", aggregate.Min, true))
// Weird ones
MustRegister(transform.Timeshift)
MustRegister(transform.Alias)
MustRegister(transform.MovingAverage)
}
func init() {
// Arithmetic operators
MustRegister(NewOperator("+", func(x float64, y float64) float64 { return x + y }))
MustRegister(NewOperator("-", func(x float64, y float64) float64 { return x - y }))
MustRegister(NewOperator("*", func(x float64, y float64) float64 { return x * y }))
MustRegister(NewOperator("/", func(x float64, y float64) float64 { return x / y }))
// Aggregates
MustRegister(NewAggregate("aggregate.max", aggregate.Max))
MustRegister(NewAggregate("aggregate.min", aggregate.Min))
MustRegister(NewAggregate("aggregate.mean", aggregate.Mean))
MustRegister(NewAggregate("aggregate.sum", aggregate.Sum))
MustRegister(NewAggregate("aggregate.total", aggregate.Total))
MustRegister(NewAggregate("aggregate.count", aggregate.Count))
// Transformations
MustRegister(NewTransform("transform.integral", 0, transform.Integral))
MustRegister(NewTransform("transform.cumulative", 0, transform.Cumulative))
MustRegister(NewTransform("transform.nan_fill", 1, transform.Default))
MustRegister(NewTransform("transform.abs", 0, transform.MapMaker(math.Abs)))
MustRegister(NewTransform("transform.log", 0, transform.MapMaker(math.Log10)))
MustRegister(NewTransform("transform.nan_keep_last", 0, transform.NaNKeepLast))
MustRegister(NewTransform("transform.bound", 2, transform.Bound))
MustRegister(NewTransform("transform.lower_bound", 1, transform.LowerBound))
MustRegister(NewTransform("transform.upper_bound", 1, transform.UpperBound))
// Filter
MustRegister(NewFilter("filter.highest_mean", aggregate.Mean, false))
MustRegister(NewFilter("filter.lowest_mean", aggregate.Mean, true))
MustRegister(NewFilter("filter.highest_max", aggregate.Max, false))
MustRegister(NewFilter("filter.lowest_max", aggregate.Max, true))
MustRegister(NewFilter("filter.highest_min", aggregate.Min, false))
MustRegister(NewFilter("filter.lowest_min", aggregate.Min, true))
// Filter Recent
MustRegister(NewFilterRecent("filter.recent_highest_mean", aggregate.Mean, false))
MustRegister(NewFilterRecent("filter.recent_lowest_mean", aggregate.Mean, true))
MustRegister(NewFilterRecent("filter.recent_highest_max", aggregate.Max, false))
MustRegister(NewFilterRecent("filter.recent_lowest_max", aggregate.Max, true))
MustRegister(NewFilterRecent("filter.recent_highest_min", aggregate.Min, false))
MustRegister(NewFilterRecent("filter.recent_lowest_min", aggregate.Min, true))
// Weird ones
MustRegister(transform.Alias)
MustRegister(transform.Derivative)
MustRegister(transform.MovingAverage)
MustRegister(transform.Rate)
MustRegister(transform.Timeshift)
// Tags
MustRegister(tag.DropFunction)
MustRegister(tag.SetFunction)
// Forecasting
MustRegister(forecast.FunctionRollingMultiplicativeHoltWinters)
MustRegister(forecast.FunctionAnomalyRollingMultiplicativeHoltWinters)
MustRegister(forecast.FunctionRollingSeasonal)
MustRegister(forecast.FunctionAnomalyRollingSeasonal)
MustRegister(forecast.FunctionForecastLinear)
MustRegister(forecast.FunctionDrop)
}