Op

sealed abstract
class Op extends Product
Companion
object
trait Product
trait Equals
class Object
trait Matchable
class Any
class ImpureOp
object Firstarg
class PureOp
object Absdif
object Amclip
object Atan2
object BitAnd
object BitOr
object BitXor
object Clip2
object Difsqr
object Div
object Eq
object Excess
object Fold2
object Gcd
object Geq
object Gt
object Hypot
object Hypotx
object Lcm
object LeftShift
object Leq
object Lt
object Max
object Min
object Minus
object Mod
object Neq
object Plus
object Pow
object RightShift
object Ring1
object Ring2
object Ring3
object Ring4
object RoundTo
object RoundUpTo
object Scaleneg
object Sqrdif
object Sqrsum
object Sumsqr
object Thresh
object Times
object Trunc
object Wrap2
class RandomOp
object Exprand
object Rrand

Value members

Abstract methods

def id: Int
def make(a: GE, b: GE): GE

Concrete methods

def infix: Boolean

Whether the operator should be written in infix position. For example, Lcm is '''not''' in prefix position, you would write a.lcm(b), whereas Plus is prefix position, as you would write a + b.

Whether the operator should be written in infix position. For example, Lcm is '''not''' in prefix position, you would write a.lcm(b), whereas Plus is prefix position, as you would write a + b.

def methodName: String

The name one would call on GEOps to obtain this operator. For example, for Times this would be *.

The name one would call on GEOps to obtain this operator. For example, for Times this would be *.

def name: String
override
def productArity: Int
Definition Classes
Product
override
def productElement(n: Int): Any
Definition Classes
Product
override
def productPrefix: String
Definition Classes
Product

Inherited methods

def canEqual(that: Any): Boolean
Inherited from
Equals
def productElementName(n: Int): String
Inherited from
Product
def productElementNames: Iterator[String]
Inherited from
Product
def productIterator: Iterator[Any]
Inherited from
Product