public class ComplexSym extends ExprImpl implements IComplex
ASTID, BLANKID, COMPLEXID, DOUBLECOMPLEXID, DOUBLEID, FRACTIONID, INTEGERID, METHODSYMBOLID, PATTERNID, STRINGID, SYMBOLID
Modifier and Type | Method and Description |
---|---|
<T> T |
accept(IVisitor<T> visitor)
Accept a visitor with return type T
|
boolean |
accept(IVisitorBoolean visitor)
Accept a visitor with return type
boolean |
int |
accept(IVisitorInt visitor)
Accept a visitor with return type
int |
long |
accept(IVisitorLong visitor)
Accept a visitor with return type
long |
ComplexSym |
add(ComplexSym parm1) |
IComplex |
add(IComplex parm1) |
ApcomplexNum |
apcomplexNumValue(long precision)
Get a
Apcomplex number wrapped into an
ApcomplexNum object. |
org.apfloat.Apcomplex |
apcomplexValue(long precision) |
INumber |
ceilFraction()
Returns the smallest (closest to negative infinity)
IInteger
value that is not less than this and is equal to a
mathematical integer. |
int |
compareAbsValueToOne()
Compare the absolute value of this number with
1 and return
1 , if the absolute value is greater than 1
0 , if the absolute value equals 1
-1 , if the absolute value is less than 1
|
int |
compareTo(IExpr expr)
Compares this expression with the specified expression for order.
|
ComplexNum |
complexNumValue()
Get a
ComplexNum number bject. |
int |
complexSign()
Gets the signum value of a complex number
|
IComplex |
conjugate()
Conjugate this (complex-) number.
|
IExpr |
eabs()
Get the absolute value for a given number
|
boolean |
equals(java.lang.Object obj)
Test if this is equal to b.
|
boolean |
equalsInt(int i)
Check if this number equals the given
int number? |
IExpr |
evaluate(EvalEngine engine)
Evaluate an expression
|
INumber |
floorFraction()
Returns the largest (closest to positive infinity)
IInteger
value that is not greater than this and is equal to a
mathematical integer. |
java.lang.String |
fullFormString()
Return the
FullForm() of this expression |
ISignedNumber |
getIm()
Returns the imaginary part of a complex number
|
double |
getImaginary()
Returns the imaginary part of a complex number
|
IRational |
getImaginaryPart()
Returns the imaginary part of a complex number
|
ISignedNumber |
getRe()
Returns the real part of a complex number
|
double |
getReal()
Returns the real part of a complex number
|
IRational |
getRealPart()
Returns the real part of a complex number
|
int |
hashCode()
Hashcode of this Element.
|
ISymbol |
head()
If this object is an instance of
IAST get the first element
(offset 0) of the IAST list (i.e. get(0) ). |
int |
hierarchy()
A unique integer ID for the implementation of this expression
|
java.lang.String |
internalFormString(boolean symbolsAsFactoryMethod,
int depth)
Return the internal Java form of this expression.
|
java.lang.String |
internalJavaString(boolean symbolsAsFactoryMethod,
int depth,
boolean useOperators)
Return the internal Java form of this expression.
|
java.lang.String |
internalScalaString(boolean symbolsAsFactoryMethod,
int depth)
Return the internal Scala form of this expression.
|
IExpr |
inverse()
Returns the multiplicative inverse of this object.
|
boolean |
isZero()
Test if this expression equals
0 in symbolic or numeric
mode. |
IComplex |
multiply(IComplex parm1) |
ComplexSym |
negate()
Negate this.
|
INumber |
normalize()
Return the normalized form of this number (i.e. if the imaginary part equals zero, return the real part as a fractional or
integer number).
|
INumber |
numericNumber()
Create a numeric number from this exact "symbolic" number.
|
INumber |
opposite()
Returns an
IExpr whose value is (-1) * this . |
IExpr |
plus(IExpr that)
Returns an
IExpr whose value is (this + that) . |
IComplex |
pow(int parm1) |
IExpr |
times(IExpr that)
Returns an
IExpr whose value is (this * that) . |
java.lang.String |
toString() |
static ComplexSym |
valueOf(org.apache.commons.math4.fraction.BigFraction real,
org.apache.commons.math4.fraction.BigFraction imaginary) |
static ComplexSym |
valueOf(java.math.BigInteger real) |
static ComplexSym |
valueOf(java.math.BigInteger real,
java.math.BigInteger imaginary) |
static ComplexSym |
valueOf(IFraction real) |
static ComplexSym |
valueOf(IRational real) |
static ComplexSym |
valueOf(IRational real,
IRational imaginary) |
static ComplexSym |
valueOf(long real_numerator,
long real_denominator,
long imag_numerator,
long imag_denominator) |
$div, $minus, $plus, $times, $up, abs, and, apply, apply, asType, copy, dec, divide, egcd, evalComplex, evalDouble, evalNumber, evalSignedNumber, factory, gcd, getAt, inc, leafCount, leaves, minus, mod, multiply, negative, optional, or, power, power, remainder, replaceAll, replaceAll, replacePart, replaceRepeated, replaceRepeated, replaceRepeated, replaceSlots, signum, subtract, sum, topHead, toScript, toScriptFactory, variables2Slots
clone, finalize, getClass, notify, notifyAll, wait, wait, wait
$div, $minus, $plus, $times, $up, and, apply, apply, asType, dec, divide, evalComplex, evalDouble, evalNumber, evalSignedNumber, evaluateHead, getAt, getField, ifPresent, inc, isAllExpanded, isAnd, isArcCos, isArcCosh, isArcSin, isArcSinh, isArcTan, isArcTanh, isAST, isAST, isAST, isAST, isAST, isAST, isAST, isASTSizeGE, isAtom, isBlank, isComplex, isComplexInfinity, isComplexNumeric, isCondition, isConstant, isCos, isCosh, isDerivative, isDirectedInfinity, isE, isExpanded, isFalse, isFlatAST, isFraction, isFree, isFree, isFree, isFreeAST, isFreeAST, isFreeOfPatterns, isFunction, isGEOrdered, isGTOrdered, isIndeterminate, isInfinity, isInteger, isIntegerResult, isLEOrdered, isList, isListOfLists, isLog, isLTOrdered, isMatrix, isMember, isMember, isMinusOne, isModule, isNegative, isNegativeInfinity, isNegativeResult, isNonNegativeResult, isNot, isNumber, isNumEqualInteger, isNumEqualRational, isNumeric, isNumericFunction, isNumericMode, isNumIntValue, isOne, isONE, isOr, isOrderlessAST, isPattern, isPatternDefault, isPatternExpr, isPatternSequence, isPi, isPlus, isPlusTimesPower, isPolynomial, isPolynomial, isPolynomialOfMaxDegree, isPositive, isPositiveResult, isPower, isPresent, isRational, isRationalResult, isRationalValue, isRealResult, isRuleAST, isSame, isSame, isSequence, isSignedNumber, isSin, isSinh, isSlot, isSlotSequence, isSpan, isSymbol, isTan, isTanh, isTimes, isTrue, isUnit, isValue, isVariable, isVector, isZERO, leafCount, leaves, minus, mod, multiply, multiply, negative, ofNullable, optional, or, orElse, orElseGet, orElseThrow, power, power, reciprocal, replaceAll, replaceAll, replacePart, replaceRepeated, replaceRepeated, replaceSlots, signum, subtract, sum, timesDistributed, topHead, variables2Slots
public static ComplexSym valueOf(org.apache.commons.math4.fraction.BigFraction real, org.apache.commons.math4.fraction.BigFraction imaginary)
public static ComplexSym valueOf(java.math.BigInteger real)
public static ComplexSym valueOf(java.math.BigInteger real, java.math.BigInteger imaginary)
public static ComplexSym valueOf(IFraction real)
public static ComplexSym valueOf(IRational real)
public static ComplexSym valueOf(IRational real, IRational imaginary)
public static ComplexSym valueOf(long real_numerator, long real_denominator, long imag_numerator, long imag_denominator)
public <T> T accept(IVisitor<T> visitor)
public boolean accept(IVisitorBoolean visitor)
boolean
public int accept(IVisitorInt visitor)
int
public long accept(IVisitorLong visitor)
long
public ComplexSym add(ComplexSym parm1)
public ApcomplexNum apcomplexNumValue(long precision)
INumber
Apcomplex
number wrapped into an
ApcomplexNum
object.apcomplexNumValue
in interface INumber
precision
- set the precision of the resulting ApcomplexNumpublic org.apfloat.Apcomplex apcomplexValue(long precision)
public INumber ceilFraction()
INumber
IInteger
value that is not less than this
and is equal to a
mathematical integer. This method raises ArithmeticException
if a
numeric value cannot be represented by an long
type.ceilFraction
in interface INumber
IInteger
value that is not less than this
and is equal to a
mathematical integer.public int compareAbsValueToOne()
1
and return
1
, if the absolute value is greater than 10
, if the absolute value equals 1-1
, if the absolute value is less than 1compareAbsValueToOne
in interface INumber
public int compareTo(IExpr expr)
public ComplexNum complexNumValue()
INumber
ComplexNum
number bject.complexNumValue
in interface INumber
public int complexSign()
INumber
complexSign
in interface INumber
this == 0
; +1 for
real(this) > 0
or
( real(this)==0 && imaginary(this) > 0 )
;
-1 for real(this) < 0 || ( real(this) == 0 &&
imaginary(this) < 0 )
public IComplex conjugate()
public IExpr eabs()
public boolean equals(java.lang.Object obj)
edu.jas.structure.Element
equals
in interface edu.jas.structure.Element<IExpr>
equals
in class java.lang.Object
public boolean equalsInt(int i)
INumber
int
number?public IExpr evaluate(EvalEngine engine)
public INumber floorFraction()
INumber
IInteger
value that is not greater than this
and is equal to a
mathematical integer. ArithmeticException
if a numeric value cannot
be represented by an long
type.floorFraction
in interface INumber
IInteger
value that is not greater than this
and is equal to
a mathematical integer.public java.lang.String fullFormString()
IExpr
FullForm()
of this expressionfullFormString
in interface IExpr
fullFormString
in class ExprImpl
public ISignedNumber getIm()
INumber
public IRational getImaginaryPart()
getImaginaryPart
in interface IComplex
public ISignedNumber getRe()
INumber
public IRational getRealPart()
getRealPart
in interface IComplex
public final int hashCode()
edu.jas.structure.Element
hashCode
in interface edu.jas.structure.Element<IExpr>
hashCode
in class java.lang.Object
public ISymbol head()
ExprImpl
IAST
get the first element
(offset 0) of the IAST
list (i.e. get(0) ).public int hierarchy()
IExpr
public java.lang.String internalFormString(boolean symbolsAsFactoryMethod, int depth)
ExprImpl
internalFormString
in interface IExpr
internalFormString
in class ExprImpl
symbolsAsFactoryMethod
- if true
use the F.symbol()
method,
otherwise print the symbol name.depth
- the recursion depth of this call. 0
indicates
"recurse without a limit".public java.lang.String internalJavaString(boolean symbolsAsFactoryMethod, int depth, boolean useOperators)
ExprImpl
internalJavaString
in interface IExpr
internalJavaString
in class ExprImpl
symbolsAsFactoryMethod
- if true
use the F.symbol()
method,
otherwise print the symbol name.depth
- the recursion depth of this call. 0
indicates
"recurse without a limit".useOperators
- use operators instead of function names for representation of
Plus, Times, Power,...public java.lang.String internalScalaString(boolean symbolsAsFactoryMethod, int depth)
ExprImpl
internalScalaString
in interface IExpr
internalScalaString
in class ExprImpl
symbolsAsFactoryMethod
- if true
use the F.symbol()
method,
otherwise print the symbol name.depth
- the recursion depth of this call. 0
indicates
"recurse without a limit".public IExpr inverse()
ExprImpl
this.times(this.inverse()) == ONE
, with ONE
being the multiplicative identity. Calculates
F.eval(F.Power(this, F.CN1))
in the common case and uses a
specialized implmentation for derived number classes.public boolean isZero()
IExpr
0
in symbolic or numeric
mode.public ComplexSym negate()
ExprImpl
public INumber normalize()
IComplex
public final INumber numericNumber()
IBigNumber
numericNumber
in interface IBigNumber
public INumber opposite()
ExprImpl
IExpr
whose value is (-1) * this
.
Calculates F.eval(F.Times(F.CN1, this))
in the common case
and uses a specialized implementation for derived number classes.public IExpr plus(IExpr that)
ExprImpl
IExpr
whose value is (this + that)
.
Calculates F.eval(F.Plus(this, that))
in the common case and
uses a specialized implementation for derived number classes.public IExpr times(IExpr that)
ExprImpl
IExpr
whose value is (this * that)
.
Calculates F.eval(F.Times(this, that))
in the common case
and uses a specialized implementation for derived number classes.public java.lang.String toString()
toString
in class java.lang.Object
public double getImaginary()
INumber
getImaginary
in interface INumber