For convenience, objects of class '>PiecewiseLinearFuzzyNumber
may be created with this function.
PiecewiseLinearFuzzyNumber(a1, a2, a3, a4, knot.n = 0,
knot.alpha = numeric(0), knot.left = numeric(0),
knot.right = numeric(0))
a number specyfing left bound of the support
a number specyfing left bound of the core
a number specyfing right bound of the core
a number specyfing right bound of the support
the number of knots
knot.n
alpha-cut values at knots
knot.n
knots on the left side; a nondecreasingly sorted vector with elements in [a1
,a2
]
knot.n
knots on the right side; a nondecreasingly sorted vector with elements in [a3
,a4
]
If a1
, a2
, a3
, and a4
are missing,
then knot.left
and knot.right
may be of length knot.n+2
.
If knot.n
is not given, then it guessed from length(knot.left)
.
If knot.alpha
is missing, then the knots will be equally distributed
on the interval [0,1].
Other PiecewiseLinearFuzzyNumber-method: Arithmetic
,
PiecewiseLinearFuzzyNumber-class
,
^,PiecewiseLinearFuzzyNumber,numeric-method
,
alphaInterval
, arctan2
,
as.PiecewiseLinearFuzzyNumber
,
as.PowerFuzzyNumber
,
as.TrapezoidalFuzzyNumber
,
as.character
,
expectedInterval
, fapply
,
maximum
, minimum
,
necessityExceedance
,
necessityStrictExceedance
,
necessityStrictUndervaluation
,
necessityUndervaluation
,
plot
, possibilityExceedance
,
possibilityStrictExceedance
,
possibilityStrictUndervaluation
,
possibilityUndervaluation