it.grypho.scala.leonardo.domain._Domain
domain(e, v) — where e is defined, written as a relation in v.
v follows the scalar._Taylor convention rather than the binder convention: it appears free in the result (x > 0), so it is excluded from children but carried through rebuild so substitute cannot rewrite the variable the answer is phrased in.
Stays symbolic when the domain cannot be written down — see the package overview.
Value parameters
e
the expression to analyse
kind
real or complex
v
the variable the answer is expressed in
Attributes
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Supertypes
trait Serializable
trait Product
trait Equals
class Object
trait Matchable
class Any
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Members list
Sub-expressions subject to recursive structural traversal. Binder positions (e.g. the differentiation variable) are excluded.
Sub-expressions subject to recursive structural traversal. Binder positions (e.g. the differentiation variable) are excluded.
Attributes
Definition Classes
Reduces this expression in the given environment.
Reduces this expression in the given environment.
Value parameters
env
variable bindings and display precision
Attributes
Returns
Right(v) when all free variables resolved to concrete values; Left(e) when reduction is partial or impossible
Definition Classes
Reconstructs the same node shape with replacement sub-expressions.
Reconstructs the same node shape with replacement sub-expressions.
Value parameters
newChildren
replacements in the same order and count as children
Attributes
Definition Classes
Returns a string representation of the object.
Returns a string representation of the object.
The default representation is platform dependent.
Attributes
Returns
a string representation of the object.
Definition Classes
Any
Attributes
Inherited from:
Product
Attributes
Inherited from:
Product
Cached set of free variable names; O(1) after the first access.
Cached set of free variable names; O(1) after the first access.
Attributes
Inherited from:
_Expression
