| ( %* ) [SIunits.Ops] |
Product of units.
|
| ( %* ) [SIunits.Unit] |
Define units as the product of two existing units.
|
| ( *: ) [SIunits.Ops] |
Value multiplication.
|
| ( *: ) [SIunits.Value] |
The multiplication of two values.
|
| ( *:. ) [SIunits.Ops] |
Scalar multiplication.
|
| ( *:. ) [SIunits.Value] |
Scalar multiplication.
|
| (!:) [SIunits.Ops] |
Return the value in terms of the original units.
|
| (!:) [SIunits.Value] |
Return the value in terms of the original units.
|
| (%/) [SIunits.Ops] |
Ratio of units.
|
| (%/) [SIunits.Unit] |
Define units as the ratio of two existing units.
|
| (%<) [SIunits.Ops] |
Value creation.
|
| (%<) [SIunits.Value] |
Create a value that encapsulates the given numerical value and units.
|
| (%=) [SIunits.Ops] |
Unit equivalence, allowing for scalar differences.
|
| (%=) [SIunits.Unit] |
Compare two sets of units for equivalence, allowing for scalar
differences.
|
| (%>) [SIunits.Ops] |
Value unit conversion.
|
| (%>) [SIunits.Value] |
Scale the given value to a specific set of units and return the numerical
value.
|
| (+:) [SIunits.Ops] |
Value addition.
|
| (+:) [SIunits.Value] |
The addition of two values.
|
| (-:) [SIunits.Ops] |
Value subtraction.
|
| (-:) [SIunits.Value] |
The subtraction of one value from another.
|
| (/.:) [SIunits.Ops] |
Scalar reciprocal.
|
| (/.:) [SIunits.Value] |
Scalar reciprocal.
|
| (/:) [SIunits.Ops] |
Value division.
|
| (/:) [SIunits.Value] |
The division of one value by another.
|
| (/:.) [SIunits.Ops] |
Scalar division.
|
| (/:.) [SIunits.Value] |
Scalar division.
|
| (<-:) [SIunits.Ops] |
Destructive value assignment, preserving the original units.
|
| (<-:) [SIunits.Value] |
Assign a numerical value to a value reference.
|
| (=!.) [SIunits.Value] |
Compare two floating-point values for inequality (negation of
SIunits.Value.(=.)).
|
| (=.) [SIunits.Value] |
Compare two floating-point values for equality, with a relative error
tolerance of 10-15 and an absolute error tolerance of 10-200.
|
| (=:) [SIunits.Ops] |
Unit and numerical equality.
|
| (=:) [SIunits.Value] |
Compare both units and numerical values for equality.
|
| (=?:) [SIunits.Ops] |
Unit equality.
|
| (=?:) [SIunits.Value] |
Compare units for equivalence.
|
A | |
| assign [SIunits.Value] |
Assign a numerical value to a value reference.
|
C | |
| cm [SIunits.Common] | |
| cm_per_min [SIunits.Common] | |
| cm_per_sec [SIunits.Common] | |
| convert [SIunits.Value] |
Convert a numerical value from one set of units to another.
|
| create [SIunits.Unit] |
Define units by an optional multiplicative factor and some combination of
SI units.
|
D | |
| dimensions_of [SIunits.Unit] |
Return the canonical dimensions for the given units.
|
| div [SIunits.Unit] |
Define units as the ratio of two existing units.
|
E | |
| eq [SIunits.Value] |
Compare both units and numerical values for equality.
|
| eq [SIunits.Unit] |
Compare two sets of units for equivalence, allowing for scalar
differences.
|
| eq_units [SIunits.Value] |
Compare units for equivalence.
|
F | |
| float_eq [SIunits.Value] |
Define a custom comparison function for floating-point values.
|
| from_celsius [SIunits.Common] |
Convert degrees Celsius to a temperature.
|
| from_fahrenheit [SIunits.Common] |
Convert degrees Fahrenheit to a temperature.
|
G | |
| get [SIunits.Value] |
Return the value in terms of the original units.
|
H | |
| hour [SIunits.Common] | |
I | |
| in_units [SIunits.Unit] |
The given units.
|
K | |
| kelvin [SIunits.Common] | |
| kilo_pascal [SIunits.Common] | |
| km [SIunits.Common] | |
L | |
| l_per_min [SIunits.Common] | |
| l_per_sec [SIunits.Common] | |
M | |
| metre [SIunits.Common] | |
| min [SIunits.Common] | |
| ml_per_min [SIunits.Common] | |
| ml_per_sec [SIunits.Common] | |
| mm [SIunits.Common] | |
| mmHg [SIunits.Common] | |
| mmol_per_cm2_min [SIunits.Common] | |
| mmol_per_cm2_sec [SIunits.Common] | |
| mult [SIunits.Unit] |
Define units as the product of two existing units.
|
N | |
| newton [SIunits.Common] | |
| nl_per_min [SIunits.Common] | |
| nl_per_sec [SIunits.Common] | |
| nmol_per_cm2_min [SIunits.Common] | |
| nmol_per_cm2_sec [SIunits.Common] | |
| no_units [SIunits.Unit] |
Units for dimensionless quantities.
|
P | |
| pascal [SIunits.Common] | |
| per [SIunits.Unit] |
The reciprocal of the given units.
|
| pl_per_min [SIunits.Common] | |
| pl_per_sec [SIunits.Common] | |
R | |
| ratio [SIunits.Unit] |
The ratio of two sets of units.
|
S | |
| scale [SIunits.Unit] |
Define units as a multiple of some existing units.
|
| scale_of [SIunits.Unit] |
Return the multiplicative scaling factor for the given units.
|
| scale_to [SIunits.Value] |
Scale the given value to a specific set of units and return the numerical
value.
|
| sec [SIunits.Common] | |
T | |
| to_celsius [SIunits.Common] |
Convert a temperature to degrees Celsius.
|
| to_fahrenheit [SIunits.Common] |
Convert a temperature to degrees Fahrenheit.
|
| to_string [SIunits.Unit] |
Return the string representation of the value and units, where the
numerical value includes the multiplicative scaling factor.
|
U | |
| ul_per_min [SIunits.Common] | |
| ul_per_sec [SIunits.Common] | |
| um [SIunits.Common] | |
| um_per_min [SIunits.Common] | |
| um_per_sec [SIunits.Common] | |
| units_of [SIunits.Value] |
Return the units associated with the value.
|
V | |
| value [SIunits.Value] |
Create a value that encapsulates the given numerical value and units.
|