breeze
.
math
MutableOptimizationSpace
object
MutableOptimizationSpace
Linear Supertypes
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MutableOptimizationSpace
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final
def
!=
(
arg0:
Any
)
:
Boolean
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final
def
##
()
:
Int
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final
def
==
(
arg0:
Any
)
:
Boolean
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object
DenseDoubleOptimizationSpace
object
DenseFieldOptimizationSpace
object
SparseDoubleOptimizationSpace
object
SparseFieldOptimizationSpace
final
def
asInstanceOf
[
T0
]
:
T0
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def
clone
()
:
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Attributes
protected[
java.lang
]
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Annotations
@throws
(
...
)
final
def
eq
(
arg0:
AnyRef
)
:
Boolean
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def
equals
(
arg0:
Any
)
:
Boolean
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def
finalize
()
:
Unit
Attributes
protected[
java.lang
]
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@throws
(
classOf[java.lang.Throwable]
)
final
def
getClass
()
:
Class
[_]
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def
hashCode
()
:
Int
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final
def
isInstanceOf
[
T0
]
:
Boolean
Definition Classes
Any
def
make
[
M
,
V
,
S
]
(
toMat: (
V
) ⇒
M
,
toVec: (
M
) ⇒
V
)
(
implicit
_norm2:
linalg.norm.Impl2
[
V
,
Double
,
Double
]
,
_norm:
linalg.norm.Impl
[
V
,
Double
]
,
_field:
Field
[
S
]
,
_mulMSMat:
linalg.operators.OpMulMatrix.Impl2
[
M
,
S
,
M
]
,
_addVS:
linalg.operators.OpAdd.Impl2
[
V
,
S
,
V
]
,
_subVS:
linalg.operators.OpSub.Impl2
[
V
,
S
,
V
]
,
_mulVV:
linalg.operators.OpMulScalar.Impl2
[
V
,
V
,
V
]
,
_divVV:
linalg.operators.OpDiv.Impl2
[
V
,
V
,
V
]
,
_copy:
CanCopy
[
V
]
,
_mulIntoVS:
linalg.operators.OpMulScalar.InPlaceImpl2
[
V
,
S
]
,
_divIntoVS:
linalg.operators.OpDiv.InPlaceImpl2
[
V
,
S
]
,
_addIntoVV:
linalg.operators.OpAdd.InPlaceImpl2
[
V
,
V
]
,
_subIntoVV:
linalg.operators.OpSub.InPlaceImpl2
[
V
,
V
]
,
_addIntoVS:
linalg.operators.OpAdd.InPlaceImpl2
[
V
,
S
]
,
_subIntoVS:
linalg.operators.OpSub.InPlaceImpl2
[
V
,
S
]
,
_mulIntoVV:
linalg.operators.OpMulScalar.InPlaceImpl2
[
V
,
V
]
,
_divIntoVV:
linalg.operators.OpDiv.InPlaceImpl2
[
V
,
V
]
,
_setIntoVV:
linalg.operators.OpSet.InPlaceImpl2
[
V
,
V
]
,
_setIntoVS:
linalg.operators.OpSet.InPlaceImpl2
[
V
,
S
]
,
_scaleAddVSV:
linalg.scaleAdd.InPlaceImpl3
[
V
,
S
,
V
]
,
_zeroLike:
CanCreateZerosLike
[
V
,
V
]
,
_zero:
CanCreateZeros
[
V
,
Int
]
,
_dim:
linalg.dim.Impl
[
V
,
Int
]
,
_mulVS:
linalg.operators.OpMulScalar.Impl2
[
V
,
S
,
V
]
,
_divVS:
linalg.operators.OpDiv.Impl2
[
V
,
S
,
V
]
,
_addVV:
linalg.operators.OpAdd.Impl2
[
V
,
V
,
V
]
,
_subVV:
linalg.operators.OpSub.Impl2
[
V
,
V
,
V
]
,
_neg:
linalg.operators.OpNeg.Impl
[
V
,
V
]
,
_tabulate:
CanTabulate
[
Int
,
V
,
S
]
,
_ops:
<:<
[
V
,
NumericOps
[
V
] with
QuasiTensor
[
Int
,
S
]]
,
_dotVV:
linalg.operators.OpMulInner.Impl2
[
V
,
V
,
S
]
,
_zipMapVals:
CanZipMapValues
[
V
,
S
,
S
,
V
]
,
_traverseVals:
CanTraverseValues
[
V
,
S
]
,
_mapVals:
CanMapValues
[
V
,
S
,
S
,
V
]
,
_norm2M:
linalg.norm.Impl2
[
M
,
Double
,
Double
]
,
_normM:
linalg.norm.Impl
[
M
,
Double
]
,
_addMS:
linalg.operators.OpAdd.Impl2
[
M
,
S
,
M
]
,
_subMS:
linalg.operators.OpSub.Impl2
[
M
,
S
,
M
]
,
_mulMM:
linalg.operators.OpMulScalar.Impl2
[
M
,
M
,
M
]
,
_divMM:
linalg.operators.OpDiv.Impl2
[
M
,
M
,
M
]
,
_copyM:
CanCopy
[
M
]
,
_mulIntoMS:
linalg.operators.OpMulScalar.InPlaceImpl2
[
M
,
S
]
,
_divIntoMS:
linalg.operators.OpDiv.InPlaceImpl2
[
M
,
S
]
,
_addIntoMM:
linalg.operators.OpAdd.InPlaceImpl2
[
M
,
M
]
,
_subIntoMM:
linalg.operators.OpSub.InPlaceImpl2
[
M
,
M
]
,
_addIntoMS:
linalg.operators.OpAdd.InPlaceImpl2
[
M
,
S
]
,
_subIntoMS:
linalg.operators.OpSub.InPlaceImpl2
[
M
,
S
]
,
_mulIntoMM:
linalg.operators.OpMulScalar.InPlaceImpl2
[
M
,
M
]
,
_divIntoMM:
linalg.operators.OpDiv.InPlaceImpl2
[
M
,
M
]
,
_setIntoMM:
linalg.operators.OpSet.InPlaceImpl2
[
M
,
M
]
,
_setIntoMS:
linalg.operators.OpSet.InPlaceImpl2
[
M
,
S
]
,
_scaleAddMSM:
linalg.scaleAdd.InPlaceImpl3
[
M
,
S
,
M
]
,
_zeroLikeM:
CanCreateZerosLike
[
M
,
M
]
,
_zeroM:
CanCreateZeros
[
M
, (
Int
,
Int
)]
,
_dimM:
linalg.dim.Impl
[
M
, (
Int
,
Int
)]
,
_mulMS:
linalg.operators.OpMulScalar.Impl2
[
M
,
S
,
M
]
,
_divMS:
linalg.operators.OpDiv.Impl2
[
M
,
S
,
M
]
,
_addMM:
linalg.operators.OpAdd.Impl2
[
M
,
M
,
M
]
,
_subMM:
linalg.operators.OpSub.Impl2
[
M
,
M
,
M
]
,
_negM:
linalg.operators.OpNeg.Impl
[
M
,
M
]
,
_tabulateM:
CanTabulate
[(
Int
,
Int
),
M
,
S
]
,
_opsM:
<:<
[
M
,
NumericOps
[
M
] with
QuasiTensor
[(
Int
,
Int
),
S
]]
,
_dotMM:
linalg.operators.OpMulInner.Impl2
[
M
,
M
,
S
]
,
_zipMapValsM:
CanZipMapValues
[
M
,
S
,
S
,
M
]
,
_zipMapKeyVals:
CanZipMapKeyValues
[
V
,
Int
,
S
,
S
,
V
]
,
_traverseValsM:
CanTraverseValues
[
M
,
S
]
,
_mapValsM:
CanMapValues
[
M
,
S
,
S
,
M
]
,
_mulMMM:
linalg.operators.OpMulMatrix.Impl2
[
M
,
M
,
M
]
,
_mulMVV:
linalg.operators.OpMulMatrix.Impl2
[
M
,
V
,
V
]
,
_mulVTM:
linalg.operators.OpMulMatrix.Impl2
[
V
,
Transpose
[
V
],
M
]
,
_canTrans:
CanTranspose
[
V
,
Transpose
[
V
]]
)
:
MutableOptimizationSpace
[
M
,
V
,
S
]
final
def
ne
(
arg0:
AnyRef
)
:
Boolean
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final
def
notify
()
:
Unit
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final
def
notifyAll
()
:
Unit
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final
def
synchronized
[
T0
]
(
arg0: ⇒
T0
)
:
T0
Definition Classes
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def
toString
()
:
String
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final
def
wait
()
:
Unit
Definition Classes
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Annotations
@throws
(
...
)
final
def
wait
(
arg0:
Long
,
arg1:
Int
)
:
Unit
Definition Classes
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@throws
(
...
)
final
def
wait
(
arg0:
Long
)
:
Unit
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@throws
(
...
)
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