|
||||||||||
| PREV NEXT | FRAMES NO FRAMES | |||||||||
Field interface).BigInteger equivalent to this large integer number.
ClassCastException if the dimension of the specified
quantity and this amount unit's dimension do not match.
byte.
long value.
allocator context.
Complex amount.allocator context.
allocated
by the calling thread (possibly on the stack).
allocated
by the calling thread (possibly on the stack).
allocated
by the calling thread (possibly on the stack).
allocated
by the calling thread (possibly on the stack).
allocated
by the calling thread (possibly on the stack).
context).
Unit.StandardModel).
allocator context.
Decimal(new LargeInteger(significand), error).
Decimal amount.allocator context.
real component of this Complex
number as a BigDecimal.
BigDecimal.
BigDecimal value of this amount when
stated in the specified unit.
BigDecimal value of this amount when
stated in the specified unit.
dense
vectors (as rows).Matrix having this
decomposition.
allocator context.
int
divisor.
real component of this Complex
number as a double.
double.
double value of this amount when stated in the
specified unit.
LargeInteger.times10pow(int).
long
value.
variables current
values.
Field interface.allocator context.
FixedPoint(new LargeInteger(significand), error).
allocator context.
allocator context.
DenseVector
implementation for 64 bits floating point elements.allocator context.
float.
Appendable argument.
FunctionException with no detail message.
FunctionException with the specified message.
local number of
significand digits used during calculations (default 20 digits).
18 digits,
local setting).
Currency to the specified
currency.
local number of
fractional digits used during calculations (default 18).
local label
for this currency (default {@link #getCode()).
L) with diagonal
elements equal to the multiplicative identity for F.
-1 if this.equals(ZERO).
error
calculations (default 4).
local modulus
for modular arithmetic or null if the arithmetic operations
are non-modular (default).
n for this matrix.
m for this matrix.
P).
local
comparator used for pivoting or null if pivoting
is not performed (default LUDecomposition.NUMERIC_COMPARATOR).
U).
Function.equals(Object).
Number.equals(Object).
allocator context.
field
instances (point and values from the same field).int.
this = A.lu() using back and forward substitutions.
1 / this.
error == 0LargeInteger.ZERO.
LargeInteger.ZERO
(LargeInteger.ZEROis not included).
bitLength() - 1)).
LargeInteger.ZERO.
allocator context.
LargeInteger(String.valueOf(significand)) (but faster).
real component of this Complex
number as a long.
long.
matrix
A into a product of a lower
and upper triangular matrices, L
and U respectively, such as A = P·L·U with
P a permutation matrix.(this-1 mod m)
.
allocator context.
ModuloInteger(new LargeInteger(value)).
Currency (convenience method).allocator context.
Float64Vector.norm() value of this vector.
value-type
number.Rational representing the multiplicative identity.
field interface.matrices and
vectors.long integer (convenience method)
variables multiplied by
coefficients (such as x² + x·y + 3y²).100, the probability for a composite to
pass the primality test is less than 2-100).
Real.rangeOf(LargeInteger.valueOf(min), LargeInteger.valueOf(max), exponent).
LargeInteger numbers.allocator context.
Rational(new LargeInteger(significand), new LargeInteger(significand)error).
Polynomial,
it is also a field (invertible).allocator context.
allocator context.
Real(new LargeInteger(significand), exponent).
Real(new LargeInteger(significand),exponent, error).
this.divide(that).getRemainder()).
local number of
significand digits to be used during calculations.
local setting).
Currency to
the specified target currency.
local number of
fractional digits used during calculations.
local label
for this currency.
error
calculations (local setting).
local modulus
for modular arithmetic.
local comparator used
for pivoting or null to disable pivoting.
(-1 >> 1 == -1).
short.
x
such as this · x = y).
this = A.lu() using back and forward substitutions.
x
such as this · x = y).
sparse
vectors (as rows).polynomial
such as x·y². "(2.34 - 0.4i)").
double numbers, for example: "0.003", "-12.3E-5").
this.times(Float64.valueOf(k))
this.times(Float64.valueOf(k))
to(getUnit().toSI()).
java.lang.String.
java.lang.String.
java.lang.String.
java.lang.String.
java.lang.String.
java.lang.String.
Measure.toStringLocale()
to show only the currency fraction
digits of the associated currency (e.g.
toString except that the returned value
can be allocated from the local context space).
term
with the specified coefficient multiplier.
LargeInteger significand and power of ten exponent.
Decimal.valueOf(value, 0)
Decimal.valueOf(LargeInteger.valueOf(value), 0)
BigDecimal value.
FixedPoint.valueOf(value, 0)
FixedPoint.valueOf(LargeInteger.valueOf(value), 0)
double value.
long value.
long value.
java.math.BigInteger instance.
Real.valueOf(LargeInteger.valueOf(significand), exponent).
Real.valueOf(LargeInteger.valueOf(significand), exponent, error).
transposed).
double values.
Float64Vector instance equivalent to the
specified vector.
double values
(convenience method).
transposed).
transposed).
double values
(convenience method).
double value and unit (convenience method equivalent to
Amount.valueOf(Float64.valueOf(doubleValue), unit)).
double value (convenience method equivalent to
Amount.valueOf(Float64.valueOf(doubleValue))).
int value and unit (convenience method equivalent to
Amount.valueOf(Float64.valueOf((double)intValue), unit)).
int value (convenience method equivalent to
Amount.valueOf(Float64.valueOf((double)intValue))).
ComplexAmount.valueOf(Complex.valueOf(real, imaginary), unit)).
DecimalAmount.valueOf(Decimal.valueOf(csq), unit)).
Function
depends.Variable implementation with
context-local values.Variable implementation for
functions not shared between threads (non static).Rational representing the additive identity.
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES | |||||||||