Uses of Class
org.episteme.core.mathematics.symbolic.Variable

Packages that use Variable

Package	Description
org.episteme.core.mathematics.symbolic

Uses of Variable in org.episteme.core.mathematics.symbolic

Methods in org.episteme.core.mathematics.symbolic that return types with arguments of type Variable

Modifier and Type	Method	Description
Map<Variable<T>, Integer>	Monomial.getPowers()

Methods in org.episteme.core.mathematics.symbolic with parameters of type Variable

Modifier and Type	Method	Description
Expression<T>	ConstantExpression.compose(Variable<T> variable, Expression<T> substitution)
Expression<T>	DivisionExpression.compose(Variable<T> variable, Expression<T> substitution)
Expression<T>	Expression.compose(Variable<T> variable, Expression<T> substitution)	Composes this expression by substituting a variable with another expression.
Expression<T>	FunctionExpression.compose(Variable<T> variable, Expression<T> substitution)
Expression<T>	IntegralExpression.compose(Variable<T> v, Expression<T> substitution)
Expression<T>	PolynomialExpression.compose(Variable<T> variable, Expression<T> substitution)
Expression<T>	ProductExpression.compose(Variable<T> variable, Expression<T> substitution)
Expression<T>	SumExpression.compose(Variable<T> variable, Expression<T> substitution)
Expression<T>	Variable.compose(Variable<T> variable, Expression<T> substitution)
Expression<T>	ConstantExpression.differentiate(Variable<T> variable)
Expression<T>	DivisionExpression.differentiate(Variable<T> variable)
Expression<T>	Expression.differentiate(Variable<T> variable)	Differentiates this expression with respect to the given variable.
Expression<T>	FunctionExpression.differentiate(Variable<T> variable)
Expression<T>	IntegralExpression.differentiate(Variable<T> v)
Expression<T>	PolynomialExpression.differentiate(Variable<T> variable)
Expression<T>	ProductExpression.differentiate(Variable<T> variable)
Expression<T>	SumExpression.differentiate(Variable<T> variable)
Expression<T>	Variable.differentiate(Variable<T> variable)
int	Monomial.getPower(Variable<T> v)	Returns the power of a specific variable.
Expression<T>	ConstantExpression.integrate(Variable<T> variable)
Expression<T>	DivisionExpression.integrate(Variable<T> variable)
Expression<T>	Expression.integrate(Variable<T> variable)	Integrates this expression with respect to the given variable.
Expression<T>	FunctionExpression.integrate(Variable<T> variable)
Expression<T>	IntegralExpression.integrate(Variable<T> v)
Expression<T>	PolynomialExpression.integrate(Variable<T> variable)
Expression<T>	ProductExpression.integrate(Variable<T> variable)
Expression<T>	SumExpression.integrate(Variable<T> variable)
Expression<T>	Variable.integrate(Variable<T> variable)
static <T extends Ring<T>> Monomial<T>	Monomial.of(Variable<T> v)
static <T extends Ring<T>> PolynomialExpression<T>	PolynomialExpression.ofVariable(Variable<T> v, Ring<T> ring)

Method parameters in org.episteme.core.mathematics.symbolic with type arguments of type Variable

Modifier and Type	Method	Description
T	ConstantExpression.evaluate(Map<Variable<T>, T> assignments)
T	DivisionExpression.evaluate(Map<Variable<T>, T> assignments)
T	Expression.evaluate(Map<Variable<T>, T> assignments)	Evaluates this expression with the given variable assignments.
T	FunctionExpression.evaluate(Map<Variable<T>, T> assignments)
T	IntegralExpression.evaluate(Map<Variable<T>, T> assignments)
T	PolynomialExpression.evaluate(Map<Variable<T>, T> assignments)
T	ProductExpression.evaluate(Map<Variable<T>, T> assignments)
T	SumExpression.evaluate(Map<Variable<T>, T> assignments)
T	Variable.evaluate(Map<Variable<T>, T> assignments)

Constructors in org.episteme.core.mathematics.symbolic with parameters of type Variable

Modifier	Constructor	Description
	IntegralExpression(Expression<T> integrand, Variable<T> variable, Ring<T> ring)	Creates an integral expression.

Constructor parameters in org.episteme.core.mathematics.symbolic with type arguments of type Variable

Modifier	Constructor	Description
	Monomial(Map<Variable<T>, Integer> powers)