MXNet.Core.Base.Internal.TH.NDArray

Functions about NDArray that generated by template haskell.

Documentation

class NDArrayOpResult a where

Result representation for generic NDArray op.

Minimal complete definition

toResult, fromResult

Methods

toResult :: [NDArrayHandle] -> a

fromResult :: a -> [NDArrayHandle]

Instances

NDArrayOpResult ()

Methods

toResult :: [NDArrayHandle] -> ()

fromResult :: () -> [NDArrayHandle]

NDArrayOpResult NDArrayHandle

Methods

toResult :: [NDArrayHandle] -> NDArrayHandle

fromResult :: NDArrayHandle -> [NDArrayHandle]

NDArrayOpResult [NDArrayHandle]

Methods

toResult :: [NDArrayHandle] -> [NDArrayHandle]

fromResult :: [NDArrayHandle] -> [NDArrayHandle]

zeros_like :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

Register immutable version of ndarray operators.

where_ :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> IO r

trunc :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

transpose :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axes" String) '[])) => NDArrayHandle -> HMap kvs -> IO r

topk :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "k" Int) ((:) ((:=) "ret_typ" String) ((:) ((:=) "is_ascend" Bool) '[]))))) => NDArrayHandle -> HMap kvs -> IO r

tile :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> IO r

tanh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

tan :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

swapaxes :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dim1" Int) ((:) ((:=) "dim2" Int) '[]))) => NDArrayHandle -> HMap kvs -> IO r

sum_axis :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

sum :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

stop_gradient :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

stack :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => [NDArrayHandle] -> Int -> HMap kvs -> IO r

square :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

sqrt :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

split :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "squeeze_axis" Bool) '[]))) => NDArrayHandle -> Int -> HMap kvs -> IO r

sort :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "is_ascend" Bool) '[]))) => NDArrayHandle -> HMap kvs -> IO r

softmax_cross_entropy :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

softmax :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => NDArrayHandle -> HMap kvs -> IO r

smooth_l1 :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

slice_axis :: forall r. NDArrayOpResult r => NDArrayHandle -> Int -> Int -> Int -> IO r

slice :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> String -> IO r

sinh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

sin :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

sign :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

sigmoid :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

sgd_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[])))) => NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

sgd_mom_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "momentum" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

scatter_nd :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> IO r

sample_uniform :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

sample_poisson :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

sample_normal :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

sample_negative_binomial :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

sample_multinomial :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "get_prob" Bool) ((:) ((:=) "dtype" String) '[])))) => NDArrayHandle -> HMap kvs -> IO r

sample_generalized_negative_binomial :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

sample_gamma :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

sample_exponential :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

rsqrt :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

round :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

rmspropalex_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "gamma1" Float) ((:) ((:=) "gamma2" Float) ((:) ((:=) "epsilon" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) ((:) ((:=) "clip_weights" Float) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

rmsprop_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "gamma1" Float) ((:) ((:=) "epsilon" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) ((:) ((:=) "clip_weights" Float) '[]))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

rint :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

reverse :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> IO r

reshape_like :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

reshape :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "reverse" Bool) ((:) ((:=) "target_shape" String) ((:) ((:=) "keep_highest" Bool) '[]))))) => NDArrayHandle -> HMap kvs -> IO r

repeat :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => NDArrayHandle -> Int -> HMap kvs -> IO r

relu :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

reciprocal :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

rcbrt :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

radians :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

prod :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

pick :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "keepdims" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

pad :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "constant_value" Double) '[])) => NDArrayHandle -> String -> String -> HMap kvs -> IO r

ones_like :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

one_hot :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "on_value" Double) ((:) ((:=) "off_value" Double) ((:) ((:=) "dtype" String) '[])))) => NDArrayHandle -> Int -> HMap kvs -> IO r

norm :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

negative :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

nansum :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

nanprod :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

mp_sgd_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

mp_sgd_mom_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "momentum" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

min_axis :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

min :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

mean :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

max_axis :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

max :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

make_loss :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

log_softmax :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => NDArrayHandle -> HMap kvs -> IO r

log2 :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

log1p :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

log10 :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

log :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

linalg_trsm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

linalg_trmm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

linalg_syrk :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "alpha" Double) '[]))) => NDArrayHandle -> HMap kvs -> IO r

linalg_sumlogdiag :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

linalg_potri :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

linalg_potrf :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

linalg_gemm2 :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

linalg_gemm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) ((:) ((:=) "beta" Double) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

linalg_gelqf :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

identity :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

gather_nd :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

gammaln :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

gamma :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

ftrl_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "lamda1" Float) ((:) ((:=) "beta" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[])))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

floor :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

flip :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> IO r

flatten :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

fix :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

fill_element_0index :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> IO r

expm1 :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

expand_dims :: forall r. NDArrayOpResult r => NDArrayHandle -> Int -> IO r

exp :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

elemwise_sub :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

elemwise_mul :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

elemwise_div :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

elemwise_add :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

dot :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

degrees :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

cosh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

cos :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

concat :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dim" Int) '[])) => [NDArrayHandle] -> Int -> HMap kvs -> IO r

clip :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> Float -> IO r

choose_element_0index :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

ceil :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

cbrt :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

cast_storage :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> IO r

broadcast_to :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) '[])) => NDArrayHandle -> HMap kvs -> IO r

broadcast_sub :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_power :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_plus :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_not_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_mul :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_mod :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_minus :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_minimum :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_maximum :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_lesser_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_lesser :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_hypot :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_greater_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_greater :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_div :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

broadcast_axis :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "size" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

broadcast_axes :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "size" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

broadcast_add :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

batch_take :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

batch_dot :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

argsort :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "is_ascend" Bool) '[]))) => NDArrayHandle -> HMap kvs -> IO r

argmin :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "keepdims" Bool) '[]))) => NDArrayHandle -> HMap kvs -> IO r

argmax_channel :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

argmax :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "keepdims" Bool) '[]))) => NDArrayHandle -> HMap kvs -> IO r

arctanh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

arctan :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

arcsinh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

arcsin :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

arccosh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

arccos :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

add_n :: forall r. NDArrayOpResult r => [NDArrayHandle] -> IO r

adam_update :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "beta1" Float) ((:) ((:=) "beta2" Float) ((:) ((:=) "epsilon" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[]))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> IO r

abs :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sub :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_square_sum :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

_sparse_zeros_like :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_trunc :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_tanh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_tan :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_sum :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> IO r

_sparse_stop_gradient :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_square :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_sqrt :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_slice :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> String -> IO r

_sparse_sinh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_sin :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_sign :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_sigmoid :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_rsqrt :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_round :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_rint :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_retain :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_sparse_relu :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_radians :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_negative :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_make_loss :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_log2 :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_log1p :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_log10 :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_log :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_gammaln :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_gamma :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_floor :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_fix :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_expm1 :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_exp :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_elemwise_sub :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_sparse_elemwise_mul :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_sparse_elemwise_div :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_sparse_elemwise_add :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_sparse_dot :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_sparse_degrees :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_cosh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_cos :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_ceil :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_cast_storage :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> IO r

_sparse_arctanh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_arctan :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_arcsinh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_arcsin :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_arccosh :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_arccos :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_add_n :: forall r. NDArrayOpResult r => [NDArrayHandle] -> IO r

_sparse_abs :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_sparse_ElementWiseSum :: forall r. NDArrayOpResult r => [NDArrayHandle] -> IO r

_slice_assign :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> String -> IO r

_set_value :: forall r. NDArrayOpResult r => Float -> IO r

_scatter_plus_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_scatter_minus_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_scatter_elemwise_div :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_sample_uniform :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_sample_poisson :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

_sample_normal :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_sample_negative_binomial :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_sample_multinomial :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "get_prob" Bool) ((:) ((:=) "dtype" String) '[])))) => NDArrayHandle -> HMap kvs -> IO r

_sample_generalized_negative_binomial :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_sample_gamma :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_sample_exponential :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

_rpower_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_rmod_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_rminus_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_rdiv_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_power_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_power :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_plus_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_plus :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_onehot_encode :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_not_equal_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_not_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_mul_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_mul :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_mod_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_mod :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_minus_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_minus :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_minimum_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_minimum :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_maximum_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_maximum :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_linalg_trsm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_linalg_trmm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_linalg_syrk :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "alpha" Double) '[]))) => NDArrayHandle -> HMap kvs -> IO r

_linalg_syevd :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_linalg_sumlogdiag :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_linalg_potri :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_linalg_potrf :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_linalg_gemm2 :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_linalg_gemm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) ((:) ((:=) "beta" Double) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_linalg_gelqf :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_lesser_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_lesser_equal_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_lesser_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_lesser :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_imdecode :: forall r. NDArrayOpResult r => NDArrayHandle -> Int -> Int -> Int -> Int -> Int -> Int -> Int -> IO r

_identity_with_attr_like_rhs :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_hypot_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_hypot :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_greater_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_greater_equal_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_greater_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_greater :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_grad_add :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_equal_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_div_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_div :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_cvimresize :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "interp" Int) '[])) => NDArrayHandle -> Int -> Int -> HMap kvs -> IO r

_cvimread :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "flag" Int) ((:) ((:=) "to_rgb" Bool) '[]))) => String -> HMap kvs -> IO r

_cvimdecode :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "flag" Int) ((:) ((:=) "to_rgb" Bool) '[]))) => NDArrayHandle -> HMap kvs -> IO r

_cvcopyMakeBorder :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "type" Int) ((:) ((:=) "value" Double) '[]))) => NDArrayHandle -> Int -> Int -> Int -> Int -> [Float] -> HMap kvs -> IO r

_crop_assign_scalar :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "scalar" Float) '[])) => NDArrayHandle -> String -> String -> HMap kvs -> IO r

_crop_assign :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> String -> IO r

_copyto :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_copy :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

_contrib_quantize :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "out_type" String) '[])) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_contrib_ifft :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "compute_size" Int) '[])) => NDArrayHandle -> HMap kvs -> IO r

_contrib_fft :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "compute_size" Int) '[])) => NDArrayHandle -> HMap kvs -> IO r

_contrib_dequantize :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> IO r

_contrib_ctc_loss :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_data_lengths" Bool) ((:) ((:=) "use_label_lengths" Bool) ((:) ((:=) "blank_label" String) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_contrib_count_sketch :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "processing_batch_size" Int) '[])) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Int -> HMap kvs -> IO r

_contrib_Proposal :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "rpn_pre_nms_top_n" Int) ((:) ((:=) "rpn_post_nms_top_n" Int) ((:) ((:=) "threshold" Float) ((:) ((:=) "rpn_min_size" Int) ((:) ((:=) "feature_stride" Int) ((:) ((:=) "output_score" Bool) ((:) ((:=) "iou_loss" Bool) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> [Float] -> HMap kvs -> IO r

_contrib_PSROIPooling :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "group_size" Int) '[])) => NDArrayHandle -> NDArrayHandle -> Float -> Int -> Int -> HMap kvs -> IO r

_contrib_MultiProposal :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "rpn_pre_nms_top_n" Int) ((:) ((:=) "rpn_post_nms_top_n" Int) ((:) ((:=) "threshold" Float) ((:) ((:=) "rpn_min_size" Int) ((:) ((:=) "feature_stride" Int) ((:) ((:=) "output_score" Bool) ((:) ((:=) "iou_loss" Bool) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> [Float] -> HMap kvs -> IO r

_contrib_MultiBoxTarget :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "overlap_threshold" Float) ((:) ((:=) "ignore_label" Float) ((:) ((:=) "negative_mining_ratio" Float) ((:) ((:=) "negative_mining_thresh" Float) ((:) ((:=) "minimum_negative_samples" Int) '[])))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> HMap kvs -> IO r

_contrib_MultiBoxPrior :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "clip" Bool) '[])) => NDArrayHandle -> [Float] -> [Float] -> [Float] -> [Float] -> HMap kvs -> IO r

_contrib_MultiBoxDetection :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "clip" Bool) ((:) ((:=) "threshold" Float) ((:) ((:=) "background_id" Int) ((:) ((:=) "nms_threshold" Float) ((:) ((:=) "force_suppress" Bool) ((:) ((:=) "nms_topk" Int) '[]))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> HMap kvs -> IO r

_contrib_DeformablePSROIPooling :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "part_size" Int) ((:) ((:=) "sample_per_part" Int) ((:) ((:=) "trans_std" Float) ((:) ((:=) "no_trans" Bool) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> Int -> Int -> Int -> HMap kvs -> IO r

_contrib_DeformableConvolution :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "num_deformable_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "layout" String) '[]))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> IO r

_contrib_CTCLoss :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_data_lengths" Bool) ((:) ((:=) "use_label_lengths" Bool) ((:) ((:=) "blank_label" String) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

_backward_tanh :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_tan :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_square :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_sqrt :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_softmax :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_smooth_l1 :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_sinh :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_sin :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_sign :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_sigmoid :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_rsqrt :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_rpower_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_rmod_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_relu :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_reciprocal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_rdiv_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_rcbrt :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_radians :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_power_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_mul_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_backward_mod_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_minimum_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_maximum_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_log_softmax :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_log2 :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_log1p :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_log10 :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_log :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_hypot_scalar :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> IO r

_backward_gammaln :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_gamma :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_expm1 :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_degrees :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_cosh :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_cos :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_cbrt :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_arctanh :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_arctan :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_arcsinh :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_arcsin :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_arccosh :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_arccos :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_backward_abs :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_add :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_RPowerScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_RModScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_RMinusScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_RDivScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_PowerScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Power :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_PlusScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Plus :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_Not_Equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_NotEqualScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_MulScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Mul :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_ModScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Mod :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_MinusScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Minus :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_MinimumScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Minimum :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_MaximumScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Maximum :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_Lesser_Equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_LesserScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_LesserEqualScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Lesser :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_HypotScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Hypot :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_Greater_Equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_GreaterScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_GreaterEqualScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Greater :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_EqualScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Equal :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

_DivScalar :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> IO r

_Div :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

upsampling :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "num_filter" Int) ((:) ((:=) "multi_input_mode" String) ((:) ((:=) "workspace" Int) '[])))) => [NDArrayHandle] -> Int -> String -> Int -> HMap kvs -> IO r

swapaxis :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dim1" Int) ((:) ((:=) "dim2" Int) '[]))) => NDArrayHandle -> HMap kvs -> IO r

spatialtransformer :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "target_shape" String) '[])) => NDArrayHandle -> NDArrayHandle -> String -> String -> HMap kvs -> IO r

softmaxoutput :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) ((:) ((:=) "ignore_label" Float) ((:) ((:=) "multi_output" Bool) ((:) ((:=) "use_ignore" Bool) ((:) ((:=) "preserve_shape" Bool) ((:) ((:=) "normalization" String) ((:) ((:=) "out_grad" Bool) ((:) ((:=) "smooth_alpha" Float) '[]))))))))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

softmaxactivation :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "mode" String) '[])) => NDArrayHandle -> HMap kvs -> IO r

slicechannel :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "squeeze_axis" Bool) '[]))) => NDArrayHandle -> Int -> HMap kvs -> IO r

sequencereverse :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_sequence_length" Bool) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

sequencemask :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_sequence_length" Bool) ((:) ((:=) "value" Float) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

sequencelast :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_sequence_length" Bool) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

svmoutput :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "margin" Float) ((:) ((:=) "regularization_coefficient" Float) ((:) ((:=) "use_linear" Bool) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

roipooling :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> Float -> IO r

rnn :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "bidirectional" Bool) ((:) ((:=) "p" Float) ((:) ((:=) "state_outputs" Bool) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Int -> Int -> String -> HMap kvs -> IO r

pooling_v1 :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "global_pool" Bool) ((:) ((:=) "pooling_convention" String) ((:) ((:=) "stride" String) ((:) ((:=) "pad" String) '[]))))) => NDArrayHandle -> String -> String -> HMap kvs -> IO r

pooling :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "global_pool" Bool) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "pooling_convention" String) ((:) ((:=) "stride" String) ((:) ((:=) "pad" String) '[])))))) => NDArrayHandle -> String -> String -> HMap kvs -> IO r

makeloss :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) ((:) ((:=) "valid_thresh" Float) ((:) ((:=) "normalization" String) '[])))) => NDArrayHandle -> HMap kvs -> IO r

maeregressionoutput :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

logisticregressionoutput :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

linearregressionoutput :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

leakyrelu :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "act_type" String) ((:) ((:=) "slope" Float) ((:) ((:=) "lower_bound" Float) ((:) ((:=) "upper_bound" Float) '[]))))) => NDArrayHandle -> HMap kvs -> IO r

lrn :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "alpha" Float) ((:) ((:=) "beta" Float) ((:) ((:=) "knorm" Float) '[])))) => NDArrayHandle -> Int -> HMap kvs -> IO r

l2normalization :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Float) ((:) ((:=) "mode" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

instancenorm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Float) '[])) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

identityattachklsparsereg :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "sparseness_target" Float) ((:) ((:=) "penalty" Float) ((:) ((:=) "momentum" Float) '[])))) => NDArrayHandle -> HMap kvs -> IO r

gridgenerator :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "target_shape" String) '[])) => NDArrayHandle -> String -> HMap kvs -> IO r

fullyconnected :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "no_bias" Bool) ((:) ((:=) "flatten" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Int -> HMap kvs -> IO r

embedding :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dtype" String) '[])) => NDArrayHandle -> NDArrayHandle -> Int -> Int -> HMap kvs -> IO r

elementwisesum :: forall r. NDArrayOpResult r => [NDArrayHandle] -> IO r

dropout :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "p" Float) ((:) ((:=) "mode" String) '[]))) => NDArrayHandle -> HMap kvs -> IO r

deconvolution :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "adj" String) ((:) ((:=) "target_shape" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "cudnn_tune" String) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "layout" String) '[])))))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> IO r

custom :: forall r. NDArrayOpResult r => [NDArrayHandle] -> String -> IO r

crop :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "offset" String) ((:) ((:=) "h_w" String) ((:) ((:=) "center_crop" Bool) '[])))) => [NDArrayHandle] -> Int -> HMap kvs -> IO r

correlation :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "kernel_size" Int) ((:) ((:=) "max_displacement" Int) ((:) ((:=) "stride1" Int) ((:) ((:=) "stride2" Int) ((:) ((:=) "pad_size" Int) ((:) ((:=) "is_multiply" Bool) '[]))))))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

convolution_v1 :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "cudnn_tune" String) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "layout" String) '[])))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> IO r

convolution :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "cudnn_tune" String) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "layout" String) '[])))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> IO r

cast :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> IO r

blockgrad :: forall r. NDArrayOpResult r => NDArrayHandle -> IO r

bilinearsampler :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> IO r

batchnorm_v1 :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Float) ((:) ((:=) "momentum" Float) ((:) ((:=) "fix_gamma" Bool) ((:) ((:=) "use_global_stats" Bool) ((:) ((:=) "output_mean_var" Bool) '[])))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

batchnorm :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Double) ((:) ((:=) "momentum" Float) ((:) ((:=) "fix_gamma" Bool) ((:) ((:=) "use_global_stats" Bool) ((:) ((:=) "output_mean_var" Bool) ((:) ((:=) "axis" Int) ((:) ((:=) "cudnn_off" Bool) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> IO r

activation :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> IO r

zeros_like' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

Register mutable version of ndarray operators.

where_' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

trunc' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

transpose' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axes" String) '[])) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

topk' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "k" Int) ((:) ((:=) "ret_typ" String) ((:) ((:=) "is_ascend" Bool) '[]))))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

tile' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> [NDArrayHandle] -> IO r

tanh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

tan' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

swapaxes' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dim1" Int) ((:) ((:=) "dim2" Int) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sum_axis' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sum' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

stop_gradient' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

stack' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => [NDArrayHandle] -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

square' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

sqrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

split' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "squeeze_axis" Bool) '[]))) => NDArrayHandle -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

sort' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "is_ascend" Bool) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

softmax_cross_entropy' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

softmax' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

smooth_l1' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

slice_axis' :: forall r. NDArrayOpResult r => NDArrayHandle -> Int -> Int -> Int -> [NDArrayHandle] -> IO r

slice' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> String -> [NDArrayHandle] -> IO r

sinh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

sin' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

sign' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

sigmoid' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

sgd_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[])))) => NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

sgd_mom_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "momentum" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

scatter_nd' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> [NDArrayHandle] -> IO r

sample_uniform' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sample_poisson' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sample_normal' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sample_negative_binomial' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sample_multinomial' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "get_prob" Bool) ((:) ((:=) "dtype" String) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sample_generalized_negative_binomial' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sample_gamma' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sample_exponential' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

rsqrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

round' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

rmspropalex_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "gamma1" Float) ((:) ((:=) "gamma2" Float) ((:) ((:=) "epsilon" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) ((:) ((:=) "clip_weights" Float) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

rmsprop_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "gamma1" Float) ((:) ((:=) "epsilon" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) ((:) ((:=) "clip_weights" Float) '[]))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

rint' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

reverse' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> [NDArrayHandle] -> IO r

reshape_like' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

reshape' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "reverse" Bool) ((:) ((:=) "target_shape" String) ((:) ((:=) "keep_highest" Bool) '[]))))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

repeat' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => NDArrayHandle -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

relu' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

reciprocal' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

rcbrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

radians' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

prod' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

pick' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "keepdims" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

pad' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "constant_value" Double) '[])) => NDArrayHandle -> String -> String -> HMap kvs -> [NDArrayHandle] -> IO r

ones_like' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

one_hot' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "on_value" Double) ((:) ((:=) "off_value" Double) ((:) ((:=) "dtype" String) '[])))) => NDArrayHandle -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

norm' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

negative' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

nansum' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

nanprod' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

mp_sgd_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

mp_sgd_mom_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "momentum" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

min_axis' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

min' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

mean' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

max_axis' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

max' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

make_loss' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

log_softmax' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) '[])) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

log2' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

log1p' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

log10' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

log' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

linalg_trsm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

linalg_trmm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

linalg_syrk' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "alpha" Double) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

linalg_sumlogdiag' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

linalg_potri' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

linalg_potrf' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

linalg_gemm2' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

linalg_gemm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) ((:) ((:=) "beta" Double) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

linalg_gelqf' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

identity' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

gather_nd' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

gammaln' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

gamma' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

ftrl_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "lamda1" Float) ((:) ((:=) "beta" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[])))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

floor' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

flip' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> [NDArrayHandle] -> IO r

flatten' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

fix' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

fill_element_0index' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

expm1' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

expand_dims' :: forall r. NDArrayOpResult r => NDArrayHandle -> Int -> [NDArrayHandle] -> IO r

exp' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

elemwise_sub' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

elemwise_mul' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

elemwise_div' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

elemwise_add' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

dot' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

degrees' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

cosh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

cos' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

concat' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dim" Int) '[])) => [NDArrayHandle] -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

clip' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> Float -> [NDArrayHandle] -> IO r

choose_element_0index' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

ceil' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

cbrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

cast_storage' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> [NDArrayHandle] -> IO r

broadcast_to' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) '[])) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

broadcast_sub' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_power' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_plus' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_not_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_mul' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_mod' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_minus' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_minimum' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_maximum' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_lesser_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_lesser' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_hypot' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_greater_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_greater' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_div' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

broadcast_axis' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "size" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

broadcast_axes' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "size" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

broadcast_add' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

batch_take' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

batch_dot' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

argsort' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "is_ascend" Bool) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

argmin' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "keepdims" Bool) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

argmax_channel' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

argmax' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "keepdims" Bool) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

arctanh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

arctan' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

arcsinh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

arcsin' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

arccosh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

arccos' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

add_n' :: forall r. NDArrayOpResult r => [NDArrayHandle] -> [NDArrayHandle] -> IO r

adam_update' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "beta1" Float) ((:) ((:=) "beta2" Float) ((:) ((:=) "epsilon" Float) ((:) ((:=) "wd" Float) ((:) ((:=) "rescale_grad" Float) ((:) ((:=) "clip_gradient" Float) '[]))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> HMap kvs -> [NDArrayHandle] -> IO r

abs' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sub' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_square_sum' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sparse_zeros_like' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_trunc' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_tanh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_tan' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_sum' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" String) ((:) ((:=) "keepdims" Bool) ((:) ((:=) "exclude" Bool) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sparse_stop_gradient' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_square' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_sqrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_slice' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> String -> [NDArrayHandle] -> IO r

_sparse_sinh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_sin' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_sign' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_sigmoid' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_rsqrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_round' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_rint' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_retain' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_relu' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_radians' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_negative' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_make_loss' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_log2' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_log1p' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_log10' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_log' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_gammaln' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_gamma' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_floor' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_fix' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_expm1' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_exp' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_elemwise_sub' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_elemwise_mul' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_elemwise_div' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_elemwise_add' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_dot' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sparse_degrees' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_cosh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_cos' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_ceil' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_cast_storage' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> [NDArrayHandle] -> IO r

_sparse_arctanh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_arctan' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_arcsinh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_arcsin' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_arccosh' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_arccos' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_add_n' :: forall r. NDArrayOpResult r => [NDArrayHandle] -> [NDArrayHandle] -> IO r

_sparse_abs' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_sparse_ElementWiseSum' :: forall r. NDArrayOpResult r => [NDArrayHandle] -> [NDArrayHandle] -> IO r

_slice_assign' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> String -> [NDArrayHandle] -> IO r

_set_value' :: forall r. NDArrayOpResult r => Float -> [NDArrayHandle] -> IO r

_scatter_plus_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_scatter_minus_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_scatter_elemwise_div' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_sample_uniform' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sample_poisson' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sample_normal' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sample_negative_binomial' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sample_multinomial' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "get_prob" Bool) ((:) ((:=) "dtype" String) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sample_generalized_negative_binomial' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sample_gamma' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_sample_exponential' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "shape" String) ((:) ((:=) "dtype" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_rpower_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_rmod_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_rminus_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_rdiv_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_power_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_power' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_plus_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_plus' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_onehot_encode' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_not_equal_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_not_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_mul_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_mul' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_mod_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_mod' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_minus_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_minus' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_minimum_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_minimum' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_maximum_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_maximum' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_linalg_trsm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_linalg_trmm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "rightside" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_linalg_syrk' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose" Bool) ((:) ((:=) "alpha" Double) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_linalg_syevd' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_linalg_sumlogdiag' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_linalg_potri' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_linalg_potrf' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_linalg_gemm2' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_linalg_gemm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "transpose_a" Bool) ((:) ((:=) "transpose_b" Bool) ((:) ((:=) "alpha" Double) ((:) ((:=) "beta" Double) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_linalg_gelqf' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_lesser_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_lesser_equal_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_lesser_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_lesser' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_imdecode' :: forall r. NDArrayOpResult r => NDArrayHandle -> Int -> Int -> Int -> Int -> Int -> Int -> Int -> [NDArrayHandle] -> IO r

_identity_with_attr_like_rhs' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_hypot_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_hypot' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_greater_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_greater_equal_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_greater_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_greater' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_grad_add' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_equal_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_div_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_div' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_cvimresize' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "interp" Int) '[])) => NDArrayHandle -> Int -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

_cvimread' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "flag" Int) ((:) ((:=) "to_rgb" Bool) '[]))) => String -> HMap kvs -> [NDArrayHandle] -> IO r

_cvimdecode' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "flag" Int) ((:) ((:=) "to_rgb" Bool) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_cvcopyMakeBorder' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "type" Int) ((:) ((:=) "value" Double) '[]))) => NDArrayHandle -> Int -> Int -> Int -> Int -> [Float] -> HMap kvs -> [NDArrayHandle] -> IO r

_crop_assign_scalar' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "scalar" Float) '[])) => NDArrayHandle -> String -> String -> HMap kvs -> [NDArrayHandle] -> IO r

_crop_assign' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> String -> [NDArrayHandle] -> IO r

_copyto' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_copy' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

_contrib_quantize' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "out_type" String) '[])) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_ifft' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "compute_size" Int) '[])) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_fft' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "compute_size" Int) '[])) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_dequantize' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> [NDArrayHandle] -> IO r

_contrib_ctc_loss' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_data_lengths" Bool) ((:) ((:=) "use_label_lengths" Bool) ((:) ((:=) "blank_label" String) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_count_sketch' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "processing_batch_size" Int) '[])) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_Proposal' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "rpn_pre_nms_top_n" Int) ((:) ((:=) "rpn_post_nms_top_n" Int) ((:) ((:=) "threshold" Float) ((:) ((:=) "rpn_min_size" Int) ((:) ((:=) "feature_stride" Int) ((:) ((:=) "output_score" Bool) ((:) ((:=) "iou_loss" Bool) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> [Float] -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_PSROIPooling' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "group_size" Int) '[])) => NDArrayHandle -> NDArrayHandle -> Float -> Int -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_MultiProposal' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "rpn_pre_nms_top_n" Int) ((:) ((:=) "rpn_post_nms_top_n" Int) ((:) ((:=) "threshold" Float) ((:) ((:=) "rpn_min_size" Int) ((:) ((:=) "feature_stride" Int) ((:) ((:=) "output_score" Bool) ((:) ((:=) "iou_loss" Bool) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> [Float] -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_MultiBoxTarget' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "overlap_threshold" Float) ((:) ((:=) "ignore_label" Float) ((:) ((:=) "negative_mining_ratio" Float) ((:) ((:=) "negative_mining_thresh" Float) ((:) ((:=) "minimum_negative_samples" Int) '[])))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_MultiBoxPrior' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "clip" Bool) '[])) => NDArrayHandle -> [Float] -> [Float] -> [Float] -> [Float] -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_MultiBoxDetection' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "clip" Bool) ((:) ((:=) "threshold" Float) ((:) ((:=) "background_id" Int) ((:) ((:=) "nms_threshold" Float) ((:) ((:=) "force_suppress" Bool) ((:) ((:=) "nms_topk" Int) '[]))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> [Float] -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_DeformablePSROIPooling' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "part_size" Int) ((:) ((:=) "sample_per_part" Int) ((:) ((:=) "trans_std" Float) ((:) ((:=) "no_trans" Bool) '[]))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Float -> Int -> Int -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_DeformableConvolution' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "num_deformable_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "layout" String) '[]))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

_contrib_CTCLoss' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_data_lengths" Bool) ((:) ((:=) "use_label_lengths" Bool) ((:) ((:=) "blank_label" String) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

_backward_tanh' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_tan' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_square' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_sqrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_softmax' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_smooth_l1' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_sinh' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_sin' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_sign' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_sigmoid' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_rsqrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_rpower_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_rmod_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_relu' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_reciprocal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_rdiv_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_rcbrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_radians' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_power_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_mul_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_mod_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_minimum_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_maximum_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_log_softmax' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_log2' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_log1p' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_log10' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_log' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_hypot_scalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_backward_gammaln' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_gamma' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_expm1' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_degrees' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_cosh' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_cos' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_cbrt' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_arctanh' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_arctan' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_arcsinh' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_arcsin' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_arccosh' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_arccos' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_backward_abs' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_add' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_RPowerScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_RModScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_RMinusScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_RDivScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_PowerScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Power' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_PlusScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Plus' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_Not_Equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_NotEqualScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_MulScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Mul' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_ModScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Mod' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_MinusScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Minus' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_MinimumScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Minimum' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_MaximumScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Maximum' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_Lesser_Equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_LesserScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_LesserEqualScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Lesser' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_HypotScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Hypot' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_Greater_Equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_GreaterScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_GreaterEqualScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Greater' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_EqualScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Equal' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

_DivScalar' :: forall r. NDArrayOpResult r => NDArrayHandle -> Float -> [NDArrayHandle] -> IO r

_Div' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

upsampling' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "num_filter" Int) ((:) ((:=) "multi_input_mode" String) ((:) ((:=) "workspace" Int) '[])))) => [NDArrayHandle] -> Int -> String -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

swapaxis' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dim1" Int) ((:) ((:=) "dim2" Int) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

spatialtransformer' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "target_shape" String) '[])) => NDArrayHandle -> NDArrayHandle -> String -> String -> HMap kvs -> [NDArrayHandle] -> IO r

softmaxoutput' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) ((:) ((:=) "ignore_label" Float) ((:) ((:=) "multi_output" Bool) ((:) ((:=) "use_ignore" Bool) ((:) ((:=) "preserve_shape" Bool) ((:) ((:=) "normalization" String) ((:) ((:=) "out_grad" Bool) ((:) ((:=) "smooth_alpha" Float) '[]))))))))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

softmaxactivation' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "mode" String) '[])) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

slicechannel' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "axis" Int) ((:) ((:=) "squeeze_axis" Bool) '[]))) => NDArrayHandle -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

sequencereverse' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_sequence_length" Bool) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sequencemask' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_sequence_length" Bool) ((:) ((:=) "value" Float) '[]))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

sequencelast' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "use_sequence_length" Bool) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

svmoutput' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "margin" Float) ((:) ((:=) "regularization_coefficient" Float) ((:) ((:=) "use_linear" Bool) '[])))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

roipooling' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> String -> Float -> [NDArrayHandle] -> IO r

rnn' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "bidirectional" Bool) ((:) ((:=) "p" Float) ((:) ((:=) "state_outputs" Bool) '[])))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Int -> Int -> String -> HMap kvs -> [NDArrayHandle] -> IO r

pooling_v1' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "global_pool" Bool) ((:) ((:=) "pooling_convention" String) ((:) ((:=) "stride" String) ((:) ((:=) "pad" String) '[]))))) => NDArrayHandle -> String -> String -> HMap kvs -> [NDArrayHandle] -> IO r

pooling' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "global_pool" Bool) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "pooling_convention" String) ((:) ((:=) "stride" String) ((:) ((:=) "pad" String) '[])))))) => NDArrayHandle -> String -> String -> HMap kvs -> [NDArrayHandle] -> IO r

makeloss' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) ((:) ((:=) "valid_thresh" Float) ((:) ((:=) "normalization" String) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

maeregressionoutput' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

logisticregressionoutput' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

linearregressionoutput' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "grad_scale" Float) '[])) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

leakyrelu' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "act_type" String) ((:) ((:=) "slope" Float) ((:) ((:=) "lower_bound" Float) ((:) ((:=) "upper_bound" Float) '[]))))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

lrn' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "alpha" Float) ((:) ((:=) "beta" Float) ((:) ((:=) "knorm" Float) '[])))) => NDArrayHandle -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

l2normalization' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Float) ((:) ((:=) "mode" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

instancenorm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Float) '[])) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

identityattachklsparsereg' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "sparseness_target" Float) ((:) ((:=) "penalty" Float) ((:) ((:=) "momentum" Float) '[])))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

gridgenerator' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "target_shape" String) '[])) => NDArrayHandle -> String -> HMap kvs -> [NDArrayHandle] -> IO r

fullyconnected' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "no_bias" Bool) ((:) ((:=) "flatten" Bool) '[]))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

embedding' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "dtype" String) '[])) => NDArrayHandle -> NDArrayHandle -> Int -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

elementwisesum' :: forall r. NDArrayOpResult r => [NDArrayHandle] -> [NDArrayHandle] -> IO r

dropout' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "p" Float) ((:) ((:=) "mode" String) '[]))) => NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

deconvolution' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "adj" String) ((:) ((:=) "target_shape" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "cudnn_tune" String) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "layout" String) '[])))))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

custom' :: forall r. NDArrayOpResult r => [NDArrayHandle] -> String -> [NDArrayHandle] -> IO r

crop' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "offset" String) ((:) ((:=) "h_w" String) ((:) ((:=) "center_crop" Bool) '[])))) => [NDArrayHandle] -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

correlation' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "kernel_size" Int) ((:) ((:=) "max_displacement" Int) ((:) ((:=) "stride1" Int) ((:) ((:=) "stride2" Int) ((:) ((:=) "pad_size" Int) ((:) ((:=) "is_multiply" Bool) '[]))))))) => NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

convolution_v1' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "cudnn_tune" String) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "layout" String) '[])))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

convolution' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "stride" String) ((:) ((:=) "dilate" String) ((:) ((:=) "pad" String) ((:) ((:=) "num_group" Int) ((:) ((:=) "workspace" Int) ((:) ((:=) "no_bias" Bool) ((:) ((:=) "cudnn_tune" String) ((:) ((:=) "cudnn_off" Bool) ((:) ((:=) "layout" String) '[])))))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> String -> Int -> HMap kvs -> [NDArrayHandle] -> IO r

cast' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> [NDArrayHandle] -> IO r

blockgrad' :: forall r. NDArrayOpResult r => NDArrayHandle -> [NDArrayHandle] -> IO r

bilinearsampler' :: forall r. NDArrayOpResult r => NDArrayHandle -> NDArrayHandle -> [NDArrayHandle] -> IO r

batchnorm_v1' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Float) ((:) ((:=) "momentum" Float) ((:) ((:=) "fix_gamma" Bool) ((:) ((:=) "use_global_stats" Bool) ((:) ((:=) "output_mean_var" Bool) '[])))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

batchnorm' :: forall r. NDArrayOpResult r => forall (kvs :: [KV Type]). (ShowKV kvs, MatchKVList kvs ((:) ((:=) "eps" Double) ((:) ((:=) "momentum" Float) ((:) ((:=) "fix_gamma" Bool) ((:) ((:=) "use_global_stats" Bool) ((:) ((:=) "output_mean_var" Bool) ((:) ((:=) "axis" Int) ((:) ((:=) "cudnn_off" Bool) '[])))))))) => NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> NDArrayHandle -> HMap kvs -> [NDArrayHandle] -> IO r

activation' :: forall r. NDArrayOpResult r => NDArrayHandle -> String -> [NDArrayHandle] -> IO r