AlgebraicNumberField

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

val _cfRing: Ring[E]

final def addConstant(poly: UnivariatePolynomial[E], el: E): UnivariatePolynomial[E]

Add coefficient ring element

final def apply(a: E, b: E, c: E, d: E, e: E): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: E, b: E, c: E, d: E): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: E, b: E, c: E): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: E, b: E): (UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(value: E): UnivariatePolynomial[E]

final def apply(a: Int, b: Int, c: Int, d: Int, e: Int, f: Int, g: Int): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: Int, b: Int, c: Int, d: Int, e: Int, f: Int): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: Int, b: Int, c: Int, d: Int, e: Int): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: Int, b: Int, c: Int, d: Int): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: Int, b: Int, c: Int): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: Int, b: Int): (UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: String, b: String, c: String, d: String, e: String, f: String, g: String): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: String, b: String, c: String, d: String, e: String, f: String): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: String, b: String, c: String, d: String, e: String): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: String, b: String, c: String, d: String): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: String, b: String, c: String): (UnivariatePolynomial[E], UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(a: String, b: String): (UnivariatePolynomial[E], UnivariatePolynomial[E])

final def apply(e: ElementType): UnivariatePolynomial[E]

final def apply(int: IntZ): UnivariatePolynomial[E]

final def apply(int: BigInt): UnivariatePolynomial[E]

final def apply(int: Int): UnivariatePolynomial[E]

final def apply(string: String): UnivariatePolynomial[E]

Parse

final def asInstanceOf[T0]: T0

def at(poly: UnivariatePolynomial[E], index: Int): E

i-th coefficient

final def cc(poly: UnivariatePolynomial[E]): E

Constant coefficient

val cfRing: Ring[E]

The coefficient ring

final def cfValue(i: Int): E

Value of integer in coefficient ring

def clone(): AnyRef

final lazy val coder: Coder[ElementType]

String from/to conversion for ring elements

final def create(coefficients: E*): UnivariatePolynomial[E]

Create univariate polynomial from the array of coefficients

final def divRem(a: UnivariatePolynomial[E], b: UnivariatePolynomial[E]): (UnivariatePolynomial[E], UnivariatePolynomial[E])

Shortcut for /% operation

final def divideAndRemainder(poly: UnivariatePolynomial[E], el: E): (UnivariatePolynomial[E], UnivariatePolynomial[E])

Divide by coefficient ring element

final def divideConstant(poly: UnivariatePolynomial[E], el: E): UnivariatePolynomial[E]

Divide by coefficient ring element

final def element(e: Any): UnivariatePolynomial[E]

Casts e to element of this

final def eq(arg0: AnyRef): Boolean

final def eval(poly: UnivariatePolynomial[E], point: E): E

Evaluate poly at a given point

final def getClass(): Class[_]

final def getConstant(value: E): UnivariatePolynomial[E]

Constant polynomial with specified value

def implicitConversions: poly.SimpleFieldExtension[UnivariatePolynomial[E]]

final def index(variable: String): Int

Index of variable with specified string representation

def isElement(e: Any): Boolean

Reflection: determines whether is element of this

final def isInstanceOf[T0]: Boolean

final def lc(poly: UnivariatePolynomial[E]): E

Leading coefficient

final def multiplyConstant(poly: UnivariatePolynomial[E], el: E): UnivariatePolynomial[E]

Multiply by coefficient ring element

final def ne(arg0: AnyRef): Boolean

final def negativeOne: UnivariatePolynomial[E]

final def notify(): Unit

final def notifyAll(): Unit

final def one: UnivariatePolynomial[E]

def parse(string: String): UnivariatePolynomial[E]

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def ringEv(ev: UnivariatePolynomial[E]): Ring[UnivariatePolynomial[E]]

def setVariableNames(newVariables: Array[String]): AlgebraicNumberField[E]

Set names of variables (new ring will be created)

final def stringify(e: Stringifiable[UnivariatePolynomial[E]]): String

Convert element to string

final def stringify(e: TraversableOnce[UnivariatePolynomial[E]]): String

Convert element to string

final def stringify(e: UnivariatePolynomial[E]): String

Convert element to string

final def subtractConstant(poly: UnivariatePolynomial[E], el: E): UnivariatePolynomial[E]

Subtract coefficient ring element

final def synchronized[T0](arg0: ⇒ T0): T0

val theRing: poly.AlgebraicNumberField[UnivariatePolynomial[E]]

the rings.poly.FiniteField

def toString(): String

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def toString(arg0: IStringifier[UnivariatePolynomial[E]]): String

final def variable(variable: String): Int

Index of variable with specified string representation

val variable: String

the variable that represent extension generator

final def variableString(variable: Int): String

String representation of i-th variable

val variables: Array[String]

polynomial variables

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit

final def wait(): Unit

final lazy val x: UnivariatePolynomial[E]

The first variable

final lazy val y: UnivariatePolynomial[E]

The second variable

final lazy val z: UnivariatePolynomial[E]

The third variable

final def zero: UnivariatePolynomial[E]

def finalize(): Unit

final def show(arg: Any): String

Pretty toString