Uses of Class org.jscience.physics.amount.Amount (Palladio Core)

Packages that use Amount
Package Description

org.jscience.physics.amount
Provides support for exact or arbitrary precision measurements.

Packages that use Amount
Package	Description
org.jscience.physics.amount	Provides support for exact or arbitrary precision measurements.

Uses of Amount in org.jscience.physics.amount

Fields in org.jscience.physics.amount declared as Amount
Modifier and Type	Field and Description
`static Amount<?>`	Constants.`µ0` Holds the permeability of vacuum or magnetic constant.
`static Amount<?>`	Constants.`µB` Holds the Bohr magneton (ℏ·e/2me)
`static Amount<?>`	Constants.`µN` Holds the nuclear magneton (ℏ·e/2mp)
`static Amount<Length>`	Constants.`a0` Holds the Bohr radius (α/(4π·Rinf))
`static Amount<Mass>`	Constants.`amu` Holds the unified atomic mass unit (0.001 kg/mol)/N
`static Amount<Velocity>`	Constants.`c` Holds the speed of light in vacuum (exact).
`static Amount<?>`	Constants.`c_square` Holds `Constants.c`².
`static Amount<ElectricCharge>`	Constants.`e` Holds the elementary charge (positron charge).
`static Amount<?>`	Constants.`Eh` Holds the Hartree energy (2Rinf·h·c)
`static Amount<?>`	Constants.`F` Holds the Faraday constant (N·e)
`static Amount<Dimensionless>`	Constants.`four_π` Holds 4·`Constants.π`.
`static Amount<Acceleration>`	Constants.`g` Holds the standard acceleration due to gravity (approximately equal to the acceleration due to gravity on the Earth's surface).
`static Amount<?>`	Constants.`G` Holds the Newtonian constant of gravitation.
`static Amount<ElectricConductance>`	Constants.`G0` Holds the conductance quantum (2e²/h)
`static Amount<Dimensionless>`	Constants.`half_π` Holds `Constants.π`/2.
`static Amount<?>`	Constants.`k` Holds the Boltzmann constant.
`static Amount<Length>`	Constants.`lP` Holds the Planck length (ℏ/(mP·c))
`static Amount<Mass>`	Constants.`md` Holds the deuteron rest mass.
`static Amount<Mass>`	Constants.`me` Holds the electron rest mass.
`static Amount<Mass>`	Constants.`mn` Holds the neutron rest mass.
`static Amount<Mass>`	Constants.`mp` Holds the proton rest mass.
`static Amount<Mass>`	Constants.`mP` Holds the Planck mass (ℏ·c/G)^1/2
`static Amount<Mass>`	Constants.`mμ` Holds the muon rest mass.
`static Amount<?>`	Constants.`N` Holds the Avogadro constant.
`static Amount<Dimensionless>`	Amount.`ONE` Holds a dimensionless measure of one (exact).
`static Amount<?>`	Constants.`R` Holds the molar gas constant (N·k)
`static Amount<?>`	Constants.`Rinf` Holds the Rydberg constant (α²·me·c/2h).
`static Amount<Duration>`	Constants.`tP` Holds the Planck time (lP/c)
`static Amount<Dimensionless>`	Constants.`two_π` Holds 2·`Constants.π`.
`static Amount<ElectricResistance>`	Constants.`Z0` Holds the characteristic impedance of vacuum (µ0·c).
`static Amount<Dimensionless>`	Amount.`ZERO` Holds a dimensionless measure of zero (exact).
`static Amount<MagneticFlux>`	Constants.`Φ0` Holds the magnetic flux quantum (h/2e)
`static Amount<Dimensionless>`	Constants.`α` Holds the fine structure constant (e²/(2·ε0·c·h))
`static Amount<?>`	Constants.`ε0` Holds the permittivity of vacuum or electric constant (1/(µ0·c²))
`static Amount<Dimensionless>`	Constants.`π` Holds the ratio of the circumference of a circle to its diameter.
`static Amount<Dimensionless>`	Constants.`π_square` Holds `Constants.π`².
`static Amount<?>`	Constants.`σ` Holds the Stefan-Boltzmann constant ((π²/60)·k⁴/(ℏ³·c²))
`static Amount<?>`	Constants.`ℎ` Holds the Planck constant.
`static Amount<?>`	Constants.`ℏ` Holds the Planck constant over 2π.

Methods in org.jscience.physics.amount that return Amount
Modifier and Type	Method and Description
`Amount<Q>`	Amount.`abs()` Returns the absolute value of this measure.
`Amount<Q>`	Amount.`copy()`
`Amount<? extends Quantity>`	Amount.`divide(Amount that)` Returns this measure divided by the one specified.
`Amount<Q>`	Amount.`divide(double divisor)` Returns this measure divided by the specified approximate divisor (dimensionless).
`Amount<Q>`	Amount.`divide(long divisor)` Returns this measure divided by the specified exact divisor (dimensionless).
`Amount<? extends Quantity>`	Amount.`inverse()` Returns the multiplicative inverse of this measure.
`Amount<Q>`	Amount.`minus(Amount that)` Returns the difference of this measure with the one specified.
`Amount<Q>`	Amount.`opposite()` Returns the opposite of this measure.
`Amount<Q>`	Amount.`plus(Amount that)` Returns the sum of this measure with the one specified.
`Amount<? extends Quantity>`	Amount.`pow(int exp)` Returns this measure raised at the specified exponent.
`static <Q extends Quantity> Amount<Q>`	Amount.`rangeOf(double minimum, double maximum, Unit<Q> unit)` Returns the measure corresponding to the specified interval stated in the specified unit.
`Amount<? extends Quantity>`	Amount.`root(int n)` Returns the given root of this measure.
`Amount<? extends Quantity>`	Amount.`sqrt()` Returns the square root of this measure.
`Amount<? extends Quantity>`	Amount.`times(Amount that)` Returns the product of this measure with the one specified.
`Amount<Q>`	Amount.`times(double factor)` Returns this measure scaled by the specified approximate factor (dimensionless).
`Amount<Q>`	Amount.`times(long factor)` Returns this measure scaled by the specified exact factor (dimensionless).
`<R extends Quantity> Amount<R>`	Amount.`to(Unit<R> unit)` Returns the measure equivalent to this measure but stated in the specified unit.
`static Amount<?>`	Amount.`valueOf(CharSequence csq)` Returns the measure represented by the specified character sequence.
`static <Q extends Quantity> Amount<Q>`	Amount.`valueOf(double value, double error, Unit<Q> unit)` Returns the measure corresponding to the specified approximate value and measurement error, both stated in the specified unit.
`static <Q extends Quantity> Amount<Q>`	Amount.`valueOf(double value, Unit<Q> unit)` Returns the measure corresponding to an approximate value (`double`) stated in the specified unit; the precision of the measure is assumed to be the `double` precision (64 bits IEEE 754 format).
`static <Q extends Quantity> Amount<Q>`	Amount.`valueOf(long value, Unit<Q> unit)` Returns the exact measure corresponding to the value stated in the specified unit.

Methods in org.jscience.physics.amount with parameters of type Amount
Modifier and Type	Method and Description
`boolean`	Amount.`approximates(Amount that)` Indicates if this measure approximates that measure.
`Amount<? extends Quantity>`	Amount.`divide(Amount that)` Returns this measure divided by the one specified.
`boolean`	Amount.`isGreaterThan(Amount<Q> that)` Indicates if this measure is ordered after that measure (independently of the measure unit).
`boolean`	Amount.`isLargerThan(Amount<Q> that)` Compares this measure with that measure ignoring the sign.
`boolean`	Amount.`isLessThan(Amount<Q> that)` Indicates if this measure is ordered before that measure (independently of the measure unit).
`Amount<Q>`	Amount.`minus(Amount that)` Returns the difference of this measure with the one specified.
`Amount<Q>`	Amount.`plus(Amount that)` Returns the sum of this measure with the one specified.
`Amount<? extends Quantity>`	Amount.`times(Amount that)` Returns the product of this measure with the one specified.

Uses of Classorg.jscience.physics.amount.Amount

Uses of Amount in org.jscience.physics.amount

Uses of Class
org.jscience.physics.amount.Amount