Generator

Assuming Generator[T]

Instance methods

• repeat(k: Real): Generator[Seq[T]]

Monad interface:

• map[U](fn: T => U): Generator[U]
• flatMap[U](fn: T => Generator[U]): Generator[U]
• zip[U](other: Generator[U]): Generator[(T, U)]

Object methods

Construct generators by wrapping some t: T value using Generator(t).

This will produce a Generator[U] and requires a valid ToGenerator[T,U] typeclass. In plain terms:

• t: Real will produce Generator[Double]
• t: Distribution[A] will produce Generator[A]
• t: (Generator[A], Generator[B]) will produce Generator[(A,B)], and similarly for tuples of size 3 or 4
• t: Seq[Generator[A] or t: Vec[Generator[A]] will produce Generator[Seq[A]]
• t: Map[K,Generator[V]] will produce Generator[Map[K,V]]

And, most importantly, this all happens recursively. So, t: Map[String,Real] will, produce Generator[Map[String,Double]].