Uses of Interface
org.lsmp.djep.sjep.PNodeI

Packages that use PNodeI

org.lsmp.djep.sjep

Uses of PNodeI in org.lsmp.djep.sjep

Classes in org.lsmp.djep.sjep that implement PNodeI

class	AbstractPNode Default methods, when more specific methods do not work.
class	Monomial Represents an imutable monomial a x^i * y^j * ...
class	PConstant Represents a constant.
class	PFunction Represents a function.
class	Polynomial Represents a polynomial.
class	POperator Represents an operator.
class	PVariable Represents a variable.

Methods in org.lsmp.djep.sjep that return PNodeI

PNodeI	PNodeI.add(PNodeI node) Adds a node to this one.
PNodeI	PConstant.add(PNodeI c)
PNodeI	Polynomial.add(PNodeI node)
PNodeI	Monomial.add(PNodeI node)
PNodeI	AbstractPNode.add(PNodeI node)
PNodeI	Polynomial.add(Polynomial p)
PNodeI	PolynomialCreator.createPoly(Node node) Converts an expression into the polynomial representation.
PNodeI	PNodeI.div(PNodeI node) Divides this by the argument.
PNodeI	PConstant.div(PNodeI c)
PNodeI	Polynomial.div(PNodeI node)
PNodeI	Monomial.div(PNodeI node)
PNodeI	AbstractPNode.div(PNodeI node)
PNodeI	PVariable.expand()
PNodeI	POperator.expand()
PNodeI	PNodeI.expand() complete expansion.
PNodeI	PConstant.expand()
PNodeI	Polynomial.expand()
PNodeI	Monomial.expand()
PNodeI	PFunction.expand()
PNodeI	PNodeI.invert() inverts node i.e.
PNodeI	PConstant.invert()
PNodeI	Monomial.invert()
PNodeI	AbstractPNode.invert()
PNodeI	PNodeI.mul(PNodeI node) Multiplies this by the argument.
PNodeI	PConstant.mul(PNodeI c)
PNodeI	Polynomial.mul(PNodeI node)
PNodeI	Monomial.mul(PNodeI node)
PNodeI	AbstractPNode.mul(PNodeI node)
PNodeI	PNodeI.negate() negates node i.e.
PNodeI	PConstant.negate()
PNodeI	Polynomial.negate()
PNodeI	Monomial.negate()
PNodeI	AbstractPNode.negate()
PNodeI	PNodeI.pow(PNodeI node) Raise this to the argument.
PNodeI	PConstant.pow(PNodeI c)
PNodeI	Monomial.pow(PNodeI pow)
PNodeI	AbstractPNode.pow(PNodeI node)
PNodeI	PNodeI.sub(PNodeI node) Subtracts the argument from this.
PNodeI	PConstant.sub(PNodeI c)
PNodeI	Polynomial.sub(PNodeI node)
PNodeI	Monomial.sub(PNodeI node)
PNodeI	AbstractPNode.sub(PNodeI node)
PNodeI	Polynomial.sub(Polynomial p)

Methods in org.lsmp.djep.sjep with parameters of type PNodeI

void	MutiablePolynomial.add(PNodeI term)
PNodeI	PNodeI.add(PNodeI node) Adds a node to this one.
PNodeI	PConstant.add(PNodeI c)
PNodeI	Polynomial.add(PNodeI node)
PNodeI	Monomial.add(PNodeI node)
PNodeI	AbstractPNode.add(PNodeI node)
int	PNodeI.compareTo(PNodeI fun) Compares this expression to argument.
int	Polynomial.compareTo(PNodeI node) this < arg ---> -1 this > arg ---> 1
int	Monomial.compareTo(PNodeI node) Compare this to argument.
int	AbstractPNode.compareTo(PNodeI node) this < arg ---> -1 this > arg ---> 1
PNodeI	PNodeI.div(PNodeI node) Divides this by the argument.
PNodeI	PConstant.div(PNodeI c)
PNodeI	Polynomial.div(PNodeI node)
PNodeI	Monomial.div(PNodeI node)
PNodeI	AbstractPNode.div(PNodeI node)
boolean	PVariable.equals(PNodeI node)
boolean	POperator.equals(PNodeI node)
boolean	PNodeI.equals(PNodeI node) True is nodes represent the same parse trees
boolean	PConstant.equals(PNodeI node)
boolean	Polynomial.equals(PNodeI node)
boolean	Monomial.equals(PNodeI node)
boolean	AbstractPNode.equals(PNodeI node)
boolean	PFunction.equals(PNodeI node)
PNodeI	PNodeI.mul(PNodeI node) Multiplies this by the argument.
PNodeI	PConstant.mul(PNodeI c)
PNodeI	Polynomial.mul(PNodeI node)
PNodeI	Monomial.mul(PNodeI node)
PNodeI	AbstractPNode.mul(PNodeI node)
void	MutiableMonomial.mul(PNodeI term, PNodeI power)
PNodeI	PNodeI.pow(PNodeI node) Raise this to the argument.
PNodeI	PConstant.pow(PNodeI c)
PNodeI	Monomial.pow(PNodeI pow)
PNodeI	AbstractPNode.pow(PNodeI node)
PNodeI	PNodeI.sub(PNodeI node) Subtracts the argument from this.
PNodeI	PConstant.sub(PNodeI c)
PNodeI	Polynomial.sub(PNodeI node)
PNodeI	Monomial.sub(PNodeI node)
PNodeI	AbstractPNode.sub(PNodeI node)

Constructors in org.lsmp.djep.sjep with parameters of type PNodeI

MutiableMonomial(PolynomialCreator pc, PConstant coeff, PNodeI[] nodes, PNodeI[] pows)
Note arrays parsed may be modified.

MutiableMonomial(PolynomialCreator pc, PConstant coeff, PNodeI[] nodes, PNodeI[] pows)
Note arrays parsed may be modified.

MutiablePolynomial(PolynomialCreator pc, PNodeI[] nodes)
Note arrays parsed may be modified.

PFunction(PolynomialCreator pc, String name, PostfixMathCommandI pfmc, PNodeI[] args)

POperator(PolynomialCreator pc, XOperator op, PNodeI[] args)