Uses of Class
com.mvohm.quadruple.Quadruple

Uses of Quadruple in com.mvohm.quadruple

Methods in com.mvohm.quadruple that return Quadruple

Modifier and Type	Method	Description
Quadruple	Quadruple.abs()	Returns a new instance of Quadruple with the value of the absolute value of this instance
Quadruple	Quadruple.add(double summand)	Adds the value of the given double summand to the value of this Quadruple.
Quadruple	Quadruple.add(long summand)	Adds the value of the given long summand to the value of this Quadruple.
Quadruple	Quadruple.add(Quadruple summand)	Adds the value of the given Quadruple summand to the value of this Quadruple.
static Quadruple	Quadruple.add(Quadruple op1, double op2)	Adds the value of the given double op2 to the value of Quadruple op1 and creates a new instance of Quadruple containing the sum.
static Quadruple	Quadruple.add(Quadruple op1, long op2)	Adds the value of the given long op2 to the value of Quadruple op1 and creates a new instance of Quadruple containing the sum.
static Quadruple	Quadruple.add(Quadruple op1, Quadruple op2)	Adds the value of the given Quadruple op2 to the value of Quadruple op1 and creates a new instance of Quadruple containing the sum.
Quadruple	Quadruple.assign(boolean negative, int exponent, long mantHi, long mantLo)	Builds a Quadruple value from the given low-level parts and assigns it to the instance. Treats the exponent parameter as the biased exponent value, so that its value equal to EXPONENT_OF_ONE (0xFFFF_FFFEL) corresponds to the Quadruple value of 1.0.
Quadruple	Quadruple.assign(double value)	Converts the given value to quadruple and assigns it to the instance. Expands exponent to 32 bits preserving its value, and expands mantissa to 128 bits, filling with zeroes the least significant 76 bits that absent in the double value.
Quadruple	Quadruple.assign(int exponent, long mantHi, long mantLo)	Builds a non-negative Quadruple value from the given low-level parts and assigns it to the instance. Treats the exponent parameter as the biased exponent value, so that its value equal to EXPONENT_OF_ONE (0xFFFF_FFFEL) corresponds to the Quadruple value of 1.0.
Quadruple	Quadruple.assign(long value)	Converts the given value to quadruple and assigns it to the instance. To find the mantissa, shifts the bits of the absolute value of the parameter left, so that its most significant non-zero bit (that stands for the 'implicit unity' of the floating point formats) gets shifted out, then corrects the exponent depending on the shift distance and sets the sign in accordance with the initial sign of the parameter.
Quadruple	Quadruple.assign(long[] value)	Builds a Quadruple from the low-level parts given as an array of long. The elements of the array are expected to contain the following values:
Quadruple	Quadruple.assign(Quadruple qValue)	Assigns the given value to the instance (copies the values of the private fields of the parameter to the respective fields of this instance).
Quadruple	Quadruple.assign(String source)	Parses the given String that is expected to contain floating-point value in any conventional string form or a string designation of one of special values, and assigns the corresponding value to the instance. Parsing is case-insensitive. The admittable string designations for special values are the following: "Quadruple.MIN_VALUE", "MIN_VALUE", "Quadruple.MAX_VALUE", "MAX_VALUE", "Quadruple.MIN_NORMAL", "MIN_NORMAL", "Quadruple.NaN", "NaN", "Quadruple.NEGATIVE_INFINITY", "NEGATIVE_INFINITY", "-INFINITY", "Quadruple.POSITIVE_INFINITy", "POSITIVE_INFINITY", "INFINITY", "+INFINITY". If the exact value of the number represented by the input string is greater than the nearest exact Quadruple value by less than 0.5 - 1e-17 of the least significant bit of the mantissa of the latter, it gets rounded down to the aforementioned Quadruple value. If it is greater by 0.5 LSB or more, it gets rounded up to the greater adjacent Quadruple value. In cases when difference between the input value and the nearest Quadruple value is between (0.5 - 1e-17) * LSB and 0.5 * LSB, the direction of the rounding is unpredictable.
Quadruple	Quadruple.assign(BigDecimal value)	Converts the given value to Quadruple, and assigns it to the instance. If the source value can't be represented as Quadruple exactly, it gets rounded to a 129-bit value (implicit unity + 128 bits of the fractional part of the mantissa) according to the 'half-up' rule.
Quadruple	Quadruple.assignIeee754(byte[] value)	Assigns the value of a IEEE-754 quadruple value passed in as an array of 16 bytes containing the 128 bits of the IEEE-754 quadruple to the given instance. The passed in array of longs is expected to be big-endian, in other words the value[0] should contain the sign bit, and the high-order 7 bits of the IEEE-754 quadruple's exponent, and the value[15] is expected to contain the least significant 8 bits of the significand. The argument remains unchanged.
Quadruple	Quadruple.assignIeee754(long[] value)	Assigns the value of a IEEE-754 quadruple value passed in as an array of two longs containing the 128 bits of the IEEE-754 quadruple to the given instance. The passed in array of longs is expected to be big-endian, in other words the value[0] should contain the sign bit, the exponent, and the most significant 48 bits of the significand. The argument remains unchanged.
Quadruple	Quadruple.assignMax(Quadruple other)	Assigns to this instance the maximum of the values of this instance and the operand.
Quadruple	Quadruple.assignMin(Quadruple other)	Assigns to this instance the minimum of the values of this instance and the operand.
Quadruple	Quadruple.assignNaN()	Assigns the value of "Not a Number" (NaN) to this instance.
Quadruple	Quadruple.assignNegativeInfinity()	Assigns the value of -Infinity to this instance.
Quadruple	Quadruple.assignPositiveInfinity()	Assigns the value of +Infinity to this instance.
Quadruple	Quadruple.assignWithUnbiasedExponent(boolean negative, int exponent, long mantHi, long mantLo)	Builds a Quadruple value from the given low-level parts and assigns it to the instance. Treats the exponent parameter as the unbiased exponent value, whose 0 value corresponds to the Quadruple value of 1.0.
Quadruple	Quadruple.assignWithUnbiasedExponent(int exponent, long mantHi, long mantLo)	Builds a non-negative Quadruple value from the given low-level parts and assigns it to the instance. Treats the exponent parameter as the unbiased exponent value, whose 0 value corresponds to the Quadruple value of 1.0.
Quadruple	Quadruple.divide(double divisor)	Divides the value of this Quadruple by the value of the given double divisor.
Quadruple	Quadruple.divide(long divisor)	Divides the value of this Quadruple by the value of the given long divisor.
Quadruple	Quadruple.divide(Quadruple divisor)	Divides the value of this Quadruple by the value of the given Quadruple divisor.
static Quadruple	Quadruple.divide(Quadruple dividend, double divisor)	Divides the value of the given dividend by the value of the given double divisor, creates and returns a new instance of Quadruple containing the quotient.
static Quadruple	Quadruple.divide(Quadruple dividend, long divisor)	Divides the value of the given dividend by the value of the given long divisor, creates and returns a new instance of Quadruple containing the quotient.
static Quadruple	Quadruple.divide(Quadruple dividend, Quadruple divisor)	Divides the value of the given dividend by the value of the given Quadruple divisor, creates and returns a new instance of Quadruple containing the quotient.
static Quadruple	Quadruple.max(Quadruple q1, Quadruple q2)	Returns a new instance of Quadruple with the value of the maximum of the values of the operands.
static Quadruple	Quadruple.maxValue()	Returns a new Quadruple instance with the value of MAX_VALUE (2^2147483647 * (2 - 2^-128) = 1.76161305168396335320749314979184028566452310e+646456993)
static Quadruple	Quadruple.min(Quadruple q1, Quadruple q2)	Returns a new instance of Quadruple with the value of the minimum of the values of the operands.
static Quadruple	Quadruple.minNormal()	Returns a new Quadruple instance with the value of MIN_NORMAL (2^-2147483646 = 2.27064621040149253752656726517958758124747730e-646456993)
static Quadruple	Quadruple.minValue()	Returns a new Quadruple instance with the value of MIN_VALUE (2^-2147483774 = 6.67282948260747430814835377499134611597699952e-646457032)
Quadruple	Quadruple.multiply(double factor)	Multiplies the value of this Quadruple by the value of the given double factor.
Quadruple	Quadruple.multiply(long factor)	Multiplies the value of this Quadruple by the value of the given long factor.
Quadruple	Quadruple.multiply(Quadruple factor)	Multiplies the value of this Quadruple by the value of the given Quadruple factor.
static Quadruple	Quadruple.multiply(Quadruple factor1, double factor2)	Multiplies the value of the given Quadruple factor1 by the double factor2, creates and returns a new instance of Quadruple containing the product.
static Quadruple	Quadruple.multiply(Quadruple factor1, long factor2)	Multiplies the value of the given Quadruple factor1 by the long factor2, creates and returns a new instance of Quadruple containing the product.
static Quadruple	Quadruple.multiply(Quadruple factor1, Quadruple factor2)	Multiplies the value of the given Quadruple factor1 by the Quadruple factor2, creates and returns a new instance of Quadruple containing the product.
static Quadruple	Quadruple.nan()	Returns a new Quadruple instance with the value of NaN.
Quadruple	Quadruple.negate()	Changes the sign of this Quadruple.
static Quadruple	Quadruple.negativeInfinity()	Returns a new Quadruple instance with the value of -Infinity.
static Quadruple	Quadruple.nextRandom()	Creates a new Quadruple instance with a pseudo-random value using a static randomly initialized java.util.Random instance.
static Quadruple	Quadruple.nextRandom(Random rand)	Creates a new Quadruple instance with a pseudo-random value using the given java.util.Random instance.
static Quadruple	Quadruple.one()	Returns a new Quadruple instance with the value of 1.0.
static Quadruple	Quadruple.pi()	Returns a new Quadruple instance with the value of the number π (pi) (3.141592653589793238462643383279502884195)
static Quadruple	Quadruple.positiveInfinity()	Returns a new Quadruple instance with the value of +Infinity.
Quadruple	Quadruple.sqrt()	Computes a square root of the value of this Quadruple and replaces the old value of this instance with the newly-computed value.
static Quadruple	Quadruple.sqrt(Quadruple square)	Computes a square root of the value of the given Quadruple, creates and returns a new instance of Quadruple containing the value of the square root.
Quadruple	Quadruple.subtract(double subtrahend)	Subtracts the value of the given double subtrahend from the value of this Quadruple.
Quadruple	Quadruple.subtract(long subtrahend)	Subtracts the value of the given long subtrahend from the value of this Quadruple.
Quadruple	Quadruple.subtract(Quadruple subtrahend)	Subtracts the value of the given Quadruple subtrahend from the value of this Quadruple.
static Quadruple	Quadruple.subtract(Quadruple minuend, double subtrahend)	Subtracts the value of the double subtrahend from the value of the minuend, creates and returns a new instance of Quadruple that contains the difference.
static Quadruple	Quadruple.subtract(Quadruple minuend, long subtrahend)	Subtracts the value of the long subtrahend from the value of the minuend, creates and returns a new instance of Quadruple that contains the difference.
static Quadruple	Quadruple.subtract(Quadruple minuend, Quadruple subtrahend)	Subtracts the value of the Quadruple subtrahend from the value of the minuend, creates and returns a new instance of Quadruple that contains the difference.
static Quadruple	Quadruple.ten()	Returns a new Quadruple instance with the value of 10.0.
static Quadruple	Quadruple.two()	Returns a new Quadruple instance with the value of 2.0.

Methods in com.mvohm.quadruple with parameters of type Quadruple

Modifier and Type	Method	Description
Quadruple	Quadruple.add(Quadruple summand)	Adds the value of the given Quadruple summand to the value of this Quadruple.
static Quadruple	Quadruple.add(Quadruple op1, double op2)	Adds the value of the given double op2 to the value of Quadruple op1 and creates a new instance of Quadruple containing the sum.
static Quadruple	Quadruple.add(Quadruple op1, long op2)	Adds the value of the given long op2 to the value of Quadruple op1 and creates a new instance of Quadruple containing the sum.
static Quadruple	Quadruple.add(Quadruple op1, Quadruple op2)	Adds the value of the given Quadruple op2 to the value of Quadruple op1 and creates a new instance of Quadruple containing the sum.
Quadruple	Quadruple.assign(Quadruple qValue)	Assigns the given value to the instance (copies the values of the private fields of the parameter to the respective fields of this instance).
Quadruple	Quadruple.assignMax(Quadruple other)	Assigns to this instance the maximum of the values of this instance and the operand.
Quadruple	Quadruple.assignMin(Quadruple other)	Assigns to this instance the minimum of the values of this instance and the operand.
static int	Quadruple.compare(Quadruple q1, Quadruple q2)	Compares the values of two instances.
static int	Quadruple.compareMagnitudes(Quadruple q1, Quadruple q2)	Compares the magnitudes (absolute values) of the two Quadruples.
int	Quadruple.compareMagnitudeTo(Quadruple other)	Compares the magnitude (absolute value) of this instance with the magnitude of the other instance.
int	Quadruple.compareTo(Quadruple other)	Compares the value of this instance with the value of the specified instance.
Quadruple	Quadruple.divide(Quadruple divisor)	Divides the value of this Quadruple by the value of the given Quadruple divisor.
static Quadruple	Quadruple.divide(Quadruple dividend, double divisor)	Divides the value of the given dividend by the value of the given double divisor, creates and returns a new instance of Quadruple containing the quotient.
static Quadruple	Quadruple.divide(Quadruple dividend, long divisor)	Divides the value of the given dividend by the value of the given long divisor, creates and returns a new instance of Quadruple containing the quotient.
static Quadruple	Quadruple.divide(Quadruple dividend, Quadruple divisor)	Divides the value of the given dividend by the value of the given Quadruple divisor, creates and returns a new instance of Quadruple containing the quotient.
static Quadruple	Quadruple.max(Quadruple q1, Quadruple q2)	Returns a new instance of Quadruple with the value of the maximum of the values of the operands.
static Quadruple	Quadruple.min(Quadruple q1, Quadruple q2)	Returns a new instance of Quadruple with the value of the minimum of the values of the operands.
Quadruple	Quadruple.multiply(Quadruple factor)	Multiplies the value of this Quadruple by the value of the given Quadruple factor.
static Quadruple	Quadruple.multiply(Quadruple factor1, double factor2)	Multiplies the value of the given Quadruple factor1 by the double factor2, creates and returns a new instance of Quadruple containing the product.
static Quadruple	Quadruple.multiply(Quadruple factor1, long factor2)	Multiplies the value of the given Quadruple factor1 by the long factor2, creates and returns a new instance of Quadruple containing the product.
static Quadruple	Quadruple.multiply(Quadruple factor1, Quadruple factor2)	Multiplies the value of the given Quadruple factor1 by the Quadruple factor2, creates and returns a new instance of Quadruple containing the product.
static Quadruple	Quadruple.sqrt(Quadruple square)	Computes a square root of the value of the given Quadruple, creates and returns a new instance of Quadruple containing the value of the square root.
Quadruple	Quadruple.subtract(Quadruple subtrahend)	Subtracts the value of the given Quadruple subtrahend from the value of this Quadruple.
static Quadruple	Quadruple.subtract(Quadruple minuend, double subtrahend)	Subtracts the value of the double subtrahend from the value of the minuend, creates and returns a new instance of Quadruple that contains the difference.
static Quadruple	Quadruple.subtract(Quadruple minuend, long subtrahend)	Subtracts the value of the long subtrahend from the value of the minuend, creates and returns a new instance of Quadruple that contains the difference.
static Quadruple	Quadruple.subtract(Quadruple minuend, Quadruple subtrahend)	Subtracts the value of the Quadruple subtrahend from the value of the minuend, creates and returns a new instance of Quadruple that contains the difference.

Constructors in com.mvohm.quadruple with parameters of type Quadruple

Modifier	Constructor	Description
	Quadruple(Quadruple qValue)	Creates a new Quadruple instance with the value of the given Quadruple instance. First creates an empty (zero) instance, then copies the fields of the parameter.