MLX
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Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level
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►
N
metal
C
_numeric_limits_impl< bfloat16_t >
C
is_empty
C
is_static
C
make_void
C
pointer_element
C
pointer_element< constant T * >
C
pointer_element< device T * >
C
pointer_element< thread T * >
C
pointer_element< threadgroup T * >
►
N
mlx
►
N
core
►
N
allocator
C
Allocator
C
Buffer
C
CommonAllocator
►
N
detail
C
Abs
C
Add
C
ArcCos
C
ArcCosh
C
ArcSin
C
ArcSinh
C
ArcTan
C
ArcTan2
C
ArcTanh
C
BitwiseAnd
C
BitwiseOr
C
BitwiseXor
C
Ceil
C
Conjugate
C
Cos
C
Cosh
C
Divide
C
Equal
C
Erf
C
ErfInv
C
Exp
C
Expm1
C
Floor
C
Greater
C
GreaterEqual
C
Imag
C
IntOrFloat
C
InTracing
C
LeftShift
C
Less
C
LessEqual
C
Log
C
Log10
C
Log1p
C
Log2
C
LogAddExp
C
LogicalAnd
C
LogicalNot
C
LogicalOr
C
Maximum
C
Minimum
C
Multiply
C
NaNEqual
C
Negative
C
NotEqual
C
Power
C
Real
C
Remainder
C
RetainGraph
C
RightShift
C
Round
C
Rsqrt
C
Select
C
Sigmoid
C
Sign
C
Sin
C
Sinh
C
Sqrt
C
Square
C
Subtract
C
Tan
C
Tanh
►
N
distributed
C
AllGather
C
AllReduce
C
DistPrimitive
C
Group
A
distributed::Group
represents a group of independent mlx processes that can communicate
C
Recv
C
Send
►
N
fast
C
AffineQuantize
C
Custom
C
CustomKernel
C
CustomKernelShapeInfo
C
LayerNorm
C
LayerNormVJP
C
RMSNorm
C
RMSNormVJP
C
RoPE
C
ScaledDotProductAttention
►
N
io
C
FileWriter
C
ParallelFileReader
C
Reader
C
Writer
►
N
metal
►
C
CommandEncoder
C
ConcurrentContext
C
Device
C
DeviceStream
C
Fence
C
MetalAllocator
C
ResidencySet
►
N
random
C
KeySequence
►
N
scheduler
C
Scheduler
C
StreamThread
C
_MLX_BFloat16
C
_MLX_Float16
C
Abs
C
Add
C
AddMM
C
Arange
C
ArcCos
C
ArcCosh
C
ArcSin
C
ArcSinh
C
ArcTan
C
ArcTan2
C
ArcTanh
C
ArgPartition
C
ArgReduce
C
ArgSort
►
C
array
C
ArrayIterator
C
Data
C
Flags
C
AsStrided
C
AsType
C
BitwiseBinary
C
BlockMaskedMM
C
Broadcast
C
Ceil
C
Cholesky
C
Compiled
C
complex128_t
C
complex64_t
C
Concatenate
C
Conjugate
C
ContiguousIterator
C
Convolution
C
Copy
C
Cos
C
Cosh
C
CustomTransforms
C
DefaultContiguousReduce
C
DefaultStridedReduce
C
Depends
C
Device
C
Divide
C
DivMod
C
Dtype
C
Eigh
C
Equal
C
Erf
C
ErfInv
C
Event
C
Exp
C
Expm1
C
FFT
C
Floor
C
Full
C
Gather
C
GatherMM
C
GatherQMM
C
Greater
C
GreaterEqual
C
Hadamard
C
Imag
C
Inverse
C
Less
C
LessEqual
C
Load
C
Log
C
Log1p
C
LogAddExp
C
LogicalAnd
C
LogicalNot
C
LogicalOr
C
Matmul
C
Maximum
C
Minimum
C
Multiply
C
Negative
C
NodeNamer
C
NotEqual
C
NumberOfElements
C
Pad
C
Partition
C
Power
C
Primitive
C
PrintFormatter
C
QRF
C
QuantizedMatmul
C
RandomBits
C
Real
C
Reduce
C
ReductionPlan
C
Remainder
C
Reshape
C
Round
C
Scan
C
Scatter
C
Select
C
Sigmoid
C
Sign
C
Sin
C
Sinh
C
Slice
C
SliceUpdate
C
Softmax
C
Sort
C
Split
C
Sqrt
C
Square
C
StopGradient
C
Stream
C
StreamContext
C
Subtract
C
SVD
C
Tan
C
Tanh
C
Transpose
C
TypeToDtype
C
UnaryPrimitive
C
Uniform
C
View
►
N
steel
C
AccumHelper
C
BaseMMAFrag
C
BaseMMAFrag< T, 8, 8 >
►
C
BlockLoader
C
ReadVector
C
BlockMMA
C
BlockSwizzle
C
ChannelHelper
C
ChannelHelper< 1 >
C
ChannelHelper< 2 >
C
ChannelHelper< 3 >
C
ChannelHelper< 4 >
C
Conv2DGeneralBaseInfo
C
Conv2DGeneralJumpParams
C
Conv2DInputBlockLoaderGeneral
C
Conv2DInputBlockLoaderLargeFilter
C
Conv2DInputBlockLoaderSmallChannels
C
Conv2DInputBlockLoaderSmallFilter
C
Conv2DWeightBlockLoader
C
Conv2DWeightBlockLoaderGeneral
C
Conv2DWeightBlockLoaderSmallChannels
C
GEMMAddMMParams
C
GEMMKernel
C
GEMMParams
C
GEMMSpiltKParams
C
ImplicitGemmConv2DParams
C
integral_constant
C
is_integral
C
is_integral< integral_constant< T, v > >
C
LoopAlignment
C
MMATile
C
TransformAdd
C
TransformAxpby
C
TransformNone
►
N
pocketfft
►
N
detail
►
N
threading
C
aligned_allocator
C
concurrent_queue
C
latch
C
thread_pool
C
add_vec
C
add_vec< cmplx< T > >
C
arr
C
arr_info
C
cfftp
C
cmplx
C
cndarr
C
ExecC2C
C
ExecDcst
C
ExecHartley
C
ExecR2R
C
fftblue
C
multi_iter
C
ndarr
C
pocketfft_c
C
pocketfft_r
C
rev_iter
C
rfftp
C
simple_iter
C
sincos_2pibyn
C
T_dcst23
C
T_dcst4
C
T_dct1
C
T_dst1
C
util
C
VLEN
C
VTYPE
►
C
_MLX_BFloat16
C
bits_to_bfloat_struct
C
_NoMask
C
Abs
C
Add
C
And
C
ArcCos
C
ArcCosh
C
ArcSin
C
ArcSinh
C
ArcTan
C
ArcTan2
C
ArcTanh
C
BitwiseAnd
C
BitwiseOr
C
BitwiseXor
C
BlockMergeSort
C
bool4_or_uint
C
Ceil
C
complex64_t
C
Conjugate
C
Cos
C
Cosh
C
CumMax
C
CumMin
C
CumProd
C
CumProd< bool >
C
CumSum
C
Divide
C
DivMod
C
Equal
C
Erf
C
ErfInv
C
Exp
C
Expm1
C
Floor
C
FloorDivide
C
GEMVKernel
C
GEMVTKernel
Vector matrix multiplication
C
Greater
C
GreaterEqual
C
Imag
C
Indices
C
KernelMergeSort
C
KernelMultiBlockMergeSort
C
LeftShift
C
Less
C
LessEqual
C
LessThan
C
Limits
C
Limits< bfloat16_t >
C
Limits< bool >
C
Limits< complex64_t >
C
Limits< float >
C
Limits< half >
C
Limits< int16_t >
C
Limits< int32_t >
C
Limits< int64_t >
C
Limits< int8_t >
C
Limits< uint16_t >
C
Limits< uint32_t >
C
Limits< uint64_t >
C
Limits< uint8_t >
C
Log
C
Log10
C
Log1p
C
Log2
C
LogAddExp
C
LogicalAnd
C
LogicalNot
C
LogicalOr
C
looped_elem_to_loc
C
looped_elem_to_loc< 0, offset_t >
C
looped_elem_to_loc< 1, offset_t >
C
Max
C
Maximum
C
Min
C
Minimum
C
mlx_atomic
C
mlx_atomic< T, enable_if_t< is_metal_atomic< T > > >
C
MLXConvParams
C
MLXFastAttentionParams
C
MLXScaledDotProductAttentionParams
C
Multiply
C
NaNEqual
C
Negative
C
None
C
NotEqual
C
Or
C
Power
C
Prod
C
QuantizedBlockLoader
C
ReadWriter
C
Real
C
Remainder
C
RightShift
C
Round
C
Rsqrt
C
ScaleOp
C
Select
C
Sigmoid
C
Sign
C
Sin
C
Sinh
C
Sqrt
C
Square
C
Subtract
C
Sum
C
Tan
C
Tanh
C
ThreadPool
C
ThreadSort
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