Uses of Interface
jphase.DiscPhaseVar

Packages that use DiscPhaseVar

jphase	This package provides capabilities for modeling Phase type distributions.
jphase.fit	Provides capabilities for fitting Phase type distribution parameters from data.

Uses of DiscPhaseVar in jphase

Classes in jphase that implement DiscPhaseVar

class	AbstractDiscPhaseVar
class	DenseDiscPhaseVar This class allows the creation and manipulation of Discrete Phase-type distributions represented by dense matrices.
class	SparseDiscPhaseVar

Methods in jphase that return DiscPhaseVar

DiscPhaseVar	SparseDiscPhaseVar.copy()
DiscPhaseVar	DiscPhaseVar.copy() Creates a deep copy of the original Phase-Type Variable
DiscPhaseVar	DenseDiscPhaseVar.copy()
DiscPhaseVar	DiscPhaseVar.max(DiscPhaseVar B) Returns the maximum between the variable B and the original: res = max(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.max(DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.max(DiscPhaseVar B, DiscPhaseVar res) Returns the maximum between the variable B and the original: res = max(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.max(DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	DiscPhaseVar.min(DiscPhaseVar B) Returns the minimum between the variable B and the original: res = min(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.min(DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.min(DiscPhaseVar B, DiscPhaseVar res) Returns the minimum between the variable B and the original: res = min(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.min(DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	DiscPhaseVar.mix(double p, DiscPhaseVar B) Computes the distribution of the mix: res = A*p + B*(1-p)
DiscPhaseVar	AbstractDiscPhaseVar.mix(double p, DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.mix(double p, DiscPhaseVar B, DiscPhaseVar res) Computes the distribution of the mix: res = A*p + B*(1-p)
DiscPhaseVar	AbstractDiscPhaseVar.mix(double p, DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	SparseDiscPhaseVar.newVar(int n)
DiscPhaseVar	DiscPhaseVar.newVar(int n) Creates a new variable of the same class of the original Discrete Phase-Type Variable
DiscPhaseVar	DenseDiscPhaseVar.newVar(int n)
DiscPhaseVar	DiscPhaseVar.sum(DiscPhaseVar B) Computes the sum of variables: res = A +B
DiscPhaseVar	AbstractDiscPhaseVar.sum(DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.sum(DiscPhaseVar B, DiscPhaseVar res) Computes the sum of variables: res = A +B
DiscPhaseVar	AbstractDiscPhaseVar.sum(DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	DiscPhaseVar.sumGeom(double p) Returns the sum of a geometric number of independent copies of this variable
DiscPhaseVar	AbstractDiscPhaseVar.sumGeom(double p)
DiscPhaseVar	DiscPhaseVar.sumPH(DiscPhaseVar B) Returns the sum of a Phase number of Discrete Phase-type distributions
DiscPhaseVar	AbstractDiscPhaseVar.sumPH(DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.sumPH(DiscPhaseVar B, DiscPhaseVar res) Returns the sum of a Phase number of Discrete Phase-type distributions
DiscPhaseVar	AbstractDiscPhaseVar.sumPH(DiscPhaseVar B, DiscPhaseVar res)

Methods in jphase with parameters of type DiscPhaseVar

DiscPhaseVar	DiscPhaseVar.max(DiscPhaseVar B) Returns the maximum between the variable B and the original: res = max(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.max(DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.max(DiscPhaseVar B, DiscPhaseVar res) Returns the maximum between the variable B and the original: res = max(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.max(DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	DiscPhaseVar.min(DiscPhaseVar B) Returns the minimum between the variable B and the original: res = min(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.min(DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.min(DiscPhaseVar B, DiscPhaseVar res) Returns the minimum between the variable B and the original: res = min(A,B)
DiscPhaseVar	AbstractDiscPhaseVar.min(DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	DiscPhaseVar.mix(double p, DiscPhaseVar B) Computes the distribution of the mix: res = A*p + B*(1-p)
DiscPhaseVar	AbstractDiscPhaseVar.mix(double p, DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.mix(double p, DiscPhaseVar B, DiscPhaseVar res) Computes the distribution of the mix: res = A*p + B*(1-p)
DiscPhaseVar	AbstractDiscPhaseVar.mix(double p, DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	DiscPhaseVar.sum(DiscPhaseVar B) Computes the sum of variables: res = A +B
DiscPhaseVar	AbstractDiscPhaseVar.sum(DiscPhaseVar v2)
DiscPhaseVar	DiscPhaseVar.sum(DiscPhaseVar B, DiscPhaseVar res) Computes the sum of variables: res = A +B
DiscPhaseVar	AbstractDiscPhaseVar.sum(DiscPhaseVar v2, DiscPhaseVar res)
DiscPhaseVar	DiscPhaseVar.sumPH(DiscPhaseVar B) Returns the sum of a Phase number of Discrete Phase-type distributions
ContPhaseVar	ContPhaseVar.sumPH(DiscPhaseVar B) Returns the sum of a Phase number of Continuous Phase-type distributions
DiscPhaseVar	AbstractDiscPhaseVar.sumPH(DiscPhaseVar v2)
ContPhaseVar	AbstractContPhaseVar.sumPH(DiscPhaseVar v2)
ContPhaseVar	ContPhaseVar.sumPH(DiscPhaseVar B, ContPhaseVar res) Returns the sum of a Phase number of Continuous Phase-type distributions
ContPhaseVar	AbstractContPhaseVar.sumPH(DiscPhaseVar B, ContPhaseVar res)
DiscPhaseVar	DiscPhaseVar.sumPH(DiscPhaseVar B, DiscPhaseVar res) Returns the sum of a Phase number of Discrete Phase-type distributions
DiscPhaseVar	AbstractDiscPhaseVar.sumPH(DiscPhaseVar B, DiscPhaseVar res)

Uses of DiscPhaseVar in jphase.fit

Fields in jphase.fit declared as DiscPhaseVar

protected DiscPhaseVar

DiscPhaseFitter.var Fitted Discrete Phase-Type variable

Methods in jphase.fit that return DiscPhaseVar

DiscPhaseVar	MomentsADPH2Fit.fit()
abstract DiscPhaseVar	DiscPhaseFitter.fit()