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Real.java v1.13 |
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true if the absolute value of this
Real is less than the absolute value of
a.
Real.random().
Real,
in the range 0.0 to π.
Real.
Real and a.
Real and the integer
a.
Real and a with
extended precision.
maxwidth characters.
Real and
a.
Real,
in the range -π/2 to π/2.
Real.
Real the value of another Real.
Real the value of an integer.
Real the value of a signed long integer.
Real a value encoded in a String
using base-10, as specified in Real.assign(String,int).
Real a value encoded in a String
using the specified number base.
Real a value by directly setting the fields
of the internal representation.
Real a value previously encoded into into
twelve consecutive bytes in a byte array using toBytes.
Real the value corresponding to a given bit
representation.
Real the value corresponding to a given bit
representation.
Real,
in the range -π/2 to π/2.
Real divided by x, in the range -π
to π.
Real.
Real AND NOT
a.
Real.
Real value that is greater than or equal to this
Real and is equal to a mathematical integer.
a.
Real.
Real.
Real the current date.
Real and a.
Real and the integer
a.
Real divided by a.
Real constant that is closer than any other to e,
the base of the natural logarithms.
true if this Java object is the same
object as a.
true if this Real is equal to
a.
true if this Real is equal to
the integer a.
Real.
Real.
Real.
Real.
Real.
Real.
Real constant holding the exact value of 5.
Real value that is less than or equal to this
Real and is equal to a mathematical integer.
Real by subtracting
the closest value towards zero that is equal to a mathematical integer.
Real from "days, hours, minutes and
seconds" to "hours".
Real.
true if this Real is greater than
or equal to a.
true if this Real is greater than
or equal to the integer a.
true if this Real is greater than
a.
true if this Real is greater than
the integer a.
Real constant holding the exact value of 1/2.
Real constant holding the exact value of 100.
sqrt(this*this+a*a).
Real constant holding the value of positive infinity.
Real constant holding the value of negative infinity.
Real.
true if the value of this Real is
finite, false otherwise.
true if the value of this Real is
finite and nonzero, false otherwise.
true if the value of this Real is
infinite, false otherwise.
true if the value of this Real
represents a mathematical integer.
true if the value of this Real is
Not-a-Number (NaN), false otherwise.
true if the value of this Real is
negative, false otherwise.
true if the mathematical integer represented
by this Real is odd.
true if the value of this Real is
zero, false otherwise.
true if this Real is less than or
equal to a.
true if this Real is less than or
equal to the integer a.
true if this Real is less than
a.
true if this Real is less than
the integer a.
Real.
Real constant that is closer than any other to the
natural logarithm of 10.
Real constant that is closer than any other to the
natural logarithm of 2.
Real.
Real constant that is closer than any other to the
base-10 logarithm of e.
Real.
Real constant that is closer than any other to the
base-2 logarithm of e.
Real.
false during numerical algorithms to favor accuracy
over prettyness.
Real the value of infinity with the specified
sign.
Real the value of Not-a-Number (NaN).
Real the value of positive zero.
Real the value of zero with the specified sign.
Real.
Real constant holding the maximum non-infinite positive
number = 4.197e323228496.
Real constant holding the minimum non-zero positive
number = 2.383e-323228497.
Real modulo a.
Real and a.
Real and the integer
a.
Real and a with
extended precision.
Real constant holding the value of NaN (not-a-number).
Real.
Real
in the direction towards a.
Real.
Real with extended
precision.
true if this Real is not equal to
a.
true if this Real is not equal to
the integer a.
Real.
Real constant holding the exact value of 1.
Real constant holding the exact value of -1.
Real and
a.
Real constant that is closer than any other to 1/100.
Real constant that is closer than any other to π, the
ratio of the circumference of a circle to its diameter.
Real constant that is closer than any other to 2π.
Real constant that is closer than any other to π/2.
Real constant that is closer than any other to π/4.
Real constant that is closer than any other to π/8.
Real raised to the power of
a.
Real raised to the power of
the integer a.
fse).
a and this Real.
a and this
Real.
Real with a value of zero.
Real, assigning the value of another
Real.
Real, assigning the value of an integer.
Real, assigning the value of a long
integer.
Real, assigning the value encoded in a
String using base-10.
Real, assigning the value encoded in a
String using the specified number base.
Real, assigning a value by directly setting
the fields of the internal representation.
Real, assigning the value previously encoded
into twelve consecutive bytes in a byte array using toBytes.
Real values to
String using Real.toString().Real.
Real with
extended precision.
true to remove the radix point if this is
the last character in the converted string.
Real value to the closest value that is equal
to a mathematical integer.
Real to the nearest
Real of normal precision.
Real.
Real by 2 to the power of n.
Real.
Real.
Real.
Real.
Real.
Real constant that is closer than any other to the
square root of 1/2.
Real constant that is closer than any other to the
square root of 2.
Real and
a.
Real and the
integer a.
Real and a.
Real.
Real.
Real constant holding the exact value of 10.
Real constant that is closer than any other to 1/10.
Real constant that is closer than any other to 1/3.
Real constant holding the exact value of 3.
Real the current time.
Real value into
twelve consecutive bytes in a byte array.
Real from "hours" to "days, hours,
minutes and seconds".
Real according to the
IEEE 754 floating-point "double format" bit layout.
Real according to the
IEEE 754 floating-point "single format" bit layout.
Real value to the closest int
value towards zero.
Real value to the closest long
value towards zero.
Real to a String using
the default NumberFormat.
Real to a String using
the default NumberFormat with base set
according to the argument.
Real to a String using
the given NumberFormat.
Real value to the closest value towards
zero that is equal to a mathematical integer.
Real constant holding the exact value of 2.
Real and
a.
Real constant holding the exact value of 0.
Real constant holding the value of negative zero.
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Real.java v1.13 |
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