coulomb-spire
0.6.0-RC1
coulomb-spire
coulomb.conversion.spire
coefficients
meta
ctx_SafeLongToExpr
ctx_SpireRationalToExpr
unit
infra
AlgebraicDUC
AlgebraicUC
BigDecimalDUC
BigDecimalUC
BigIntTDUC
BigIntTUC
RationalDUC
RationalUC
RealDUC
RealUC
value
ctx_ConvertableFromCoulombRational
ctx_ConvertableToCoulombRational
coulomb.ops.algebra.spire
algebraic
all
bigdecimal
bigint
ctx_BigInt_is_TruncatedDivision
rational
real
coulomb.ops.resolution
spire
coulomb.policy.spire
standard
strict
coulomb-spire
/
coulomb.ops.algebra.spire
/
all
all
object
all
Source:
all.scala
Graph
Supertypes
Self type
class
Object
trait
Matchable
class
Any
all
.type
Extensions
Exports
Extensions
Extensions
extension
(vl:
BigDecimal
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
BigDecimal
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
BigDecimal
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
Float
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
Float
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
Float
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
Algebraic
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
Algebraic
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
Algebraic
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
BigInt
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
BigInt
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
BigInt
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
Int
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
Int
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
Int
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
Double
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
Double
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
Double
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
Long
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
Long
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
Long
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
Rational
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
Rational
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
Rational
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
extension
(vl:
Real
)
final transparent inline
def
*
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
mul:
Mul
[
Real
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
final transparent inline
def
/
[
VR
,
UR
](
qr:
Quantity
[
VR
,
UR
])(
using
div:
Div
[
Real
, 1,
VR
,
UR
]):
Quantity
[
VO
,
UO
]
Source:
all.scala
Exports
Defined exports
given
ctx_Algebraic_is_FractionalPower
Exported from
algebraic
Source:
algebraic.scala
given
ctx_BigDecimal_is_FractionalPower
Exported from
bigdecimal
Source:
bigdecimal.scala
final
val
ctx_BigInt_is_TruncatedDivision
:
ctx_BigInt_is_TruncatedDivision
.type
Exported from
bigint
given
ctx_BigInt_is_TruncatingPower
Exported from
bigint
Source:
bigint.scala
given
ctx_Double_is_FractionalPower
Exported from
all
Source:
double.scala
given
ctx_Float_is_FractionalPower
Exported from
all
Source:
float.scala
final
val
ctx_Int_is_TruncatedDivision
:
ctx_Int_is_TruncatedDivision
.type
Exported from
all
final
val
ctx_Int_is_TruncatingPower
:
ctx_Int_is_TruncatingPower
.type
Exported from
all
final
val
ctx_Long_is_TruncatedDivision
:
ctx_Long_is_TruncatedDivision
.type
Exported from
all
final
val
ctx_Long_is_TruncatingPower
:
ctx_Long_is_TruncatingPower
.type
Exported from
all
given
ctx_Rational_is_FractionalPower
Exported from
rational
Source:
rational.scala
given
ctx_Real_is_FractionalPower
Exported from
real
Source:
real.scala