torch.Tensor

apply_

Name	Autograd	defined if
apply_	no	All CPU Types

No Arguments

Returns : nothing

element_size

Name	Autograd	defined if
element_size	yes	All Types (CPU and CUDA)

No Arguments

Returns : nothing

map_

Name	Autograd	defined if
map_	no	All CPU Types

No Arguments

Returns : nothing

map2_

Name	Autograd	defined if
map2_	no	All CPU Types

No Arguments

Returns : nothing

dim

Name	Autograd	defined if
dim	yes	All Types (CPU and CUDA)

No Arguments

Returns : nothing

new

Name	Autograd	defined if
new	no	IS_CUDA

No Arguments

Returns : nothing

nelement

Name	Autograd	defined if
nelement	yes	All Types (CPU and CUDA)

No Arguments

Returns : nothing

select

Name	Autograd	defined if
select	yes	All Types (CPU and CUDA)

No Arguments

Returns : nothing

storage

Name	Autograd	defined if
storage	no	All Types (CPU and CUDA)

No Arguments

Returns : nothing

numpy

Name	Autograd	defined if
numpy	no	Byte // Short // Int // Long // Float // Double

No Arguments

Returns : nothing

cat

Name	Autograd	defined if
cat	yes	Cuda_Float // All CPU Types

No Arguments

Returns : nothing

abs

Name	Autograd	defined if
abs // abs_	yes	Float // Double // Long // Int // Cuda_Float // Cuda_Half // Cuda_Double // Cuda_Int // Cuda_Long

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

acos

Name	Autograd	defined if
acos // acos_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

add

Name	Autograd	defined if
add // add_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	[required]

Returns : argument 0

addbmm

Name	Autograd	defined if
addbmm // addbmm_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
beta	real	1
self	Tensor	[required]
alpha	real	1
batch1	Tensor	[required]
batch2	Tensor	[required]

Returns : argument 0

addcdiv

Name	Autograd	defined if
addcdiv // addcdiv_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	1
tensor1	Tensor	[required]
tensor2	Tensor	[required]

Returns : argument 0

addcmul

Name	Autograd	defined if
addcmul // addcmul_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	1
tensor1	Tensor	[required]
tensor2	Tensor	[required]

Returns : argument 0

addmm

Name	Autograd	defined if
addmm // addmm_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
beta	real	1
self	Tensor	[required]
alpha	real	1
mat1	Tensor	[required]
mat2	Tensor	[required]

Returns : argument 0

addmv

Name	Autograd	defined if
addmv // addmv_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
beta	real	1
self	Tensor	[required]
alpha	real	1
mat	Tensor	[required]
vec	Tensor	[required]

Returns : argument 0

addr

Name	Autograd	defined if
addr // addr_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
beta	real	1
self	Tensor	[required]
alpha	real	1
vec1	Tensor	[required]
vec2	Tensor	[required]

Returns : argument 0

all

Name	Autograd	defined if
all	no	Byte

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : bool

any

Name	Autograd	defined if
any	no	Byte

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : bool

asin

Name	Autograd	defined if
asin // asin_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

atan

Name	Autograd	defined if
atan // atan_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

atan2

Name	Autograd	defined if
atan2 // atan2_	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
other	Tensor	[required]

Returns : argument 0

baddbmm

Name	Autograd	defined if
baddbmm // baddbmm_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
beta	real	1
self	Tensor	[required]
alpha	real	1
batch1	Tensor	[required]
batch2	Tensor	[required]

Returns : argument 0

bernoulli_

Name	Autograd	defined if
bernoulli_	no	Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
p	double	0.5

Returns : self

bmm

Name	Autograd	defined if
bmm	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
AS_REAL(0)	CONSTANT	[required]
0	Tensor	[required]
AS_REAL(1)	CONSTANT	[required]
mat1	Tensor	[required]
mat2	Tensor	[required]

Returns : argument 0

cauchy_

Name	Autograd	defined if
cauchy_	no	Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
location	real	0
scale	real	1

Returns : self

ceil

Name	Autograd	defined if
ceil // ceil_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

cinv

Name	Autograd	defined if
cinv // cinv_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]

Returns : nothing

clamp

Name	Autograd	defined if
clamp // clamp_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
min	real	[required]
max	real	[required]

Returns : argument 0

clone

Name	Autograd	defined if
clone	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : Tensor

cmax

Name	Autograd	defined if
cmax // cmax_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
other	Tensor	[required]

Returns : argument 0

cmin

Name	Autograd	defined if
cmin // cmin_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
other	Tensor	[required]

Returns : argument 0

contiguous

Name	Autograd	defined if
contiguous	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : Tensor

cos

Name	Autograd	defined if
cos // cos_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

cosh

Name	Autograd	defined if
cosh // cosh_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

cross

Name	Autograd	defined if
cross	no	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
other	Tensor	[required]
dim	long	-1

Returns : argument 0

cumprod

Name	Autograd	defined if
cumprod	no	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
dim	long	[required]

Returns : argument 0

cumsum

Name	Autograd	defined if
cumsum	no	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
dim	long	[required]

Returns : argument 0

data_ptr

Name	Autograd	defined if
data_ptr	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : void*

diag

Name	Autograd	defined if
diag	yes	All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
diagonal	long	0

Returns : argument 0

dist

Name	Autograd	defined if
dist	yes	Float // Double // Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
other	Tensor	[required]
p	real	2

Returns : nothing

div

Name	Autograd	defined if
div // div_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	[required]

Returns : argument 0

dot

Name	Autograd	defined if
dot	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]
tensor	Tensor	[required]

Returns : accreal

eig

Name	Autograd	defined if
eig	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	Tensor	[optional]
self	Tensor	[required]
eigenvectors	bool	N

Returns : argument 0,1

eq

Name	Autograd	defined if
eq // eq_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	ByteTensor	[optional]
tensor	Tensor	[required]
value	real	[required]

Returns : argument 0

equal

Name	Autograd	defined if
equal	no	All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]
other	Tensor	[required]

Returns : bool

exp

Name	Autograd	defined if
exp // exp_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

exponential_

Name	Autograd	defined if
exponential_	no	Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
lambd	real	1

Returns : self

eye

Name	Autograd	defined if
eye	no	All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
n	long	[required]
1	long	[required]

Returns : argument 0

fill_

Name	Autograd	defined if
fill_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
value	real	[required]

Returns : self

floor

Name	Autograd	defined if
floor // floor_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

fmod

Name	Autograd	defined if
fmod // fmod_	yes	All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	[required]

Returns : argument 0

frac

Name	Autograd	defined if
frac // frac_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

free

Name	Autograd	defined if
free	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : self

gather

Name	Autograd	defined if
gather	no	All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
dim	long	[required]
index	LongTensor	[required]

Returns : argument 0

ge

Name	Autograd	defined if
ge // ge_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	ByteTensor	[optional]
tensor	Tensor	[required]
value	real	[required]

Returns : argument 0

gels

Name	Autograd	defined if
gels	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	Tensor	[optional]
self	Tensor	[required]
A	Tensor	[required]

Returns : argument 0,1

geometric_

Name	Autograd	defined if
geometric_	no	Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
p	double	[required]

Returns : self

geqrf

Name	Autograd	defined if
geqrf	no	Float // Double

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0,1

ger

Name	Autograd	defined if
ger	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
AS_REAL(0)	CONSTANT	[required]
0	Tensor	[required]
AS_REAL(1)	CONSTANT	[required]
vec1	Tensor	[required]
vec2	Tensor	[required]

Returns : argument 0

gesv

Name	Autograd	defined if
gesv	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
solution	Tensor	[optional]
lu	Tensor	[optional]
self	Tensor	[required]
A	Tensor	[required]

Returns : argument 0,1

get_device

Name	Autograd	defined if
get_device	no	IS_CUDA

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : long

gt

Name	Autograd	defined if
gt // gt_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	ByteTensor	[optional]
tensor	Tensor	[required]
value	real	[required]

Returns : argument 0

histc

Name	Autograd	defined if
histc	no	Float // Double

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
100	CONSTANT	[required]
0	CONSTANT	[required]
0	CONSTANT	[required]

Returns : argument 0

index_add_

Name	Autograd	defined if
index_add_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]
dim	long	[required]
index	LongTensor	[required]
source	Tensor	[required]

Returns : argument 0

index_copy_

Name	Autograd	defined if
index_copy_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
dim	long	[required]
index	LongTensor	[required]
source	Tensor	[required]

Returns : argument 0

index_fill_

Name	Autograd	defined if
index_fill_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
dim	long	[required]
index	LongTensor	[required]
value	real	[required]

Returns : argument 0

index_select

Name	Autograd	defined if
index_select	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
dim	long	[required]
index	LongTensor	[required]

Returns : argument 0

inverse

Name	Autograd	defined if
inverse	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
output	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

is_contiguous

Name	Autograd	defined if
is_contiguous	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : bool

is_same_size

Name	Autograd	defined if
is_same_size	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
other	Tensor	[required]

Returns : bool

is_set_to

Name	Autograd	defined if
is_set_to	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
tensor	Tensor	[required]

Returns : bool

is_size

Name	Autograd	defined if
is_size	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
size	LongStorage	[required]

Returns : bool

kthvalue

Name	Autograd	defined if
kthvalue	yes	All CPU Types

Arguments

Name	Type	Default
values	Tensor	[optional]
indices	LongTensor	[optional]
self	Tensor	[required]
k	long	[required]
__last_dim	CONSTANT	[required]

Returns : argument 0,1

le

Name	Autograd	defined if
le // le_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	ByteTensor	[optional]
tensor	Tensor	[required]
value	real	[required]

Returns : argument 0

lerp

Name	Autograd	defined if
lerp // lerp_	yes	Float // Double // Cuda_Float

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
end	Tensor	[required]
weight	real	[required]

Returns : argument 0

linspace

Name	Autograd	defined if
linspace	no	Float // Double

Arguments

Name	Type	Default
result	Tensor	[optional]
start	real	[required]
end	real	[required]
steps	long	100

Returns : argument 0

log

Name	Autograd	defined if
log // log_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

log1p

Name	Autograd	defined if
log1p // log1p_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

log_normal_

Name	Autograd	defined if
log_normal_	no	Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
location	real	1
scale	real	2

Returns : self

logspace

Name	Autograd	defined if
logspace	no	Float // Double

Arguments

Name	Type	Default
result	Tensor	[optional]
start	real	[required]
end	real	[required]
steps	long	100

Returns : argument 0

lt

Name	Autograd	defined if
lt // lt_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	ByteTensor	[optional]
tensor	Tensor	[required]
value	real	[required]

Returns : argument 0

masked_copy_

Name	Autograd	defined if
masked_copy_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
mask	ByteTensor	[required]
source	Tensor	[required]

Returns : self

masked_fill_

Name	Autograd	defined if
masked_fill_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
mask	ByteTensor	[required]
value	real	[required]

Returns : self

masked_select

Name	Autograd	defined if
masked_select	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
mask	ByteTensor	[required]

Returns : argument 0

max

Name	Autograd	defined if
max	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : nothing

mean

Name	Autograd	defined if
mean	yes	Float // Double // Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : nothing

median

Name	Autograd	defined if
median	yes	All CPU Types

Arguments

Name	Type	Default
values	Tensor	[optional]
indices	LongTensor	[optional]
self	Tensor	[required]
__last_dim	CONSTANT	[required]

Returns : argument 0,1

min

Name	Autograd	defined if
min	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : nothing

mm

Name	Autograd	defined if
mm	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
AS_REAL(0)	CONSTANT	[required]
0	Tensor	[required]
AS_REAL(1)	CONSTANT	[required]
mat1	Tensor	[required]
mat2	Tensor	[required]

Returns : argument 0

mode

Name	Autograd	defined if
mode	yes	All CPU Types

Arguments

Name	Type	Default
values	Tensor	[optional]
indices	LongTensor	[optional]
self	Tensor	[required]
__last_dim	CONSTANT	[required]

Returns : argument 0,1

mul

Name	Autograd	defined if
mul // mul_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	[required]

Returns : argument 0

multinomial

Name	Autograd	defined if
multinomial	no	Cuda_Float

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
num_samples	long	[required]
replacement	bool	false

Returns : argument 0

mv

Name	Autograd	defined if
mv	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
AS_REAL(0)	CONSTANT	[required]
0	Tensor	[required]
AS_REAL(1)	CONSTANT	[required]
mat	Tensor	[required]
vec	Tensor	[required]

Returns : argument 0

ndimension

Name	Autograd	defined if
ndimension	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : long

narrow

Name	Autograd	defined if
narrow	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
dimension	long	[required]
start	long	[required]
length	long	[required]

Returns : argument 0

ne

Name	Autograd	defined if
ne // ne_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	ByteTensor	[optional]
tensor	Tensor	[required]
value	real	[required]

Returns : argument 0

neg

Name	Autograd	defined if
neg // neg_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]

Returns : nothing

nonzero

Name	Autograd	defined if
nonzero	no	All CPU Types

Arguments

Name	Type	Default
result	LongTensor	[optional]
self	Tensor	[required]

Returns : argument 0

norm

Name	Autograd	defined if
norm	yes	Float // Double // Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
p	real	2

Returns : nothing

normal_

Name	Autograd	defined if
normal_	no	Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
mean	real	0
var	real	1

Returns : self

numel

Name	Autograd	defined if
numel	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : long

ones

Name	Autograd	defined if
ones // ones_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
long_args	LongStorage	[required]

Returns : argument 0

orgqr

Name	Autograd	defined if
orgqr	no	Float // Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
input2	Tensor	[required]

Returns : argument 0,1

ormqr

Name	Autograd	defined if
ormqr	no	Float // Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
input2	Tensor	[required]
input3	Tensor	[required]
left	bool	L
transpose	bool	N

Returns : argument 0,1

potrf

Name	Autograd	defined if
potrf	no	Cuda_Float

Arguments

Name	Type	Default
output	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

potri

Name	Autograd	defined if
potri	no	Cuda_Float

Arguments

Name	Type	Default
output	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

potrs

Name	Autograd	defined if
potrs	no	Cuda_Float

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
input2	Tensor	[required]

Returns : argument 0

pow

Name	Autograd	defined if
pow // pow_	yes	Float // Double // Cuda_Float

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
exponent	real	[required]

Returns : argument 0

prod

Name	Autograd	defined if
prod	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : nothing

pstrf

Name	Autograd	defined if
pstrf	no	Float // Double

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	THIntTensor*	[optional]
self	Tensor	[required]
upper	bool	U
tol	real	-1

Returns : argument 0,1

qr

Name	Autograd	defined if
qr	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0,1

rand

Name	Autograd	defined if
rand	no	Cuda_Float

Arguments

Name	Type	Default
result	Tensor	[optional]
long_args	LongStorage	[required]

Returns : argument 0

randn

Name	Autograd	defined if
randn	no	Cuda_Float

Arguments

Name	Type	Default
result	Tensor	[optional]
long_args	LongStorage	[required]

Returns : argument 0

random_

Name	Autograd	defined if
random_	no	All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : self

randperm

Name	Autograd	defined if
randperm	no	All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
n	long	[required]

Returns : argument 0

range

Name	Autograd	defined if
range	no	All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
xmin	accreal	[required]
xmax	accreal	[required]
step	accreal	1

Returns : argument 0

remainder

Name	Autograd	defined if
remainder // remainder_	yes	All CPU Types

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	[required]

Returns : argument 0

renorm

Name	Autograd	defined if
renorm // renorm_	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
p	real	[required]
dim	long	[required]
maxnorm	real	[required]

Returns : nothing

resize_as_

Name	Autograd	defined if
resize_as_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
template	Tensor	[required]

Returns : self

resize_

Name	Autograd	defined if
resize_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
long_args	LongStorage	[required]
NULL	CONSTANT	[required]

Returns : self

retain

Name	Autograd	defined if
retain	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : self

round

Name	Autograd	defined if
round // round_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

rsqrt

Name	Autograd	defined if
rsqrt // rsqrt_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

scatter_

Name	Autograd	defined if
scatter_	no	All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]
dim	long	[required]
index	LongTensor	[required]
src	Tensor	[required]

Returns : argument 0

set_

Name	Autograd	defined if
set_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
source	Tensor	[required]

Returns : argument 0

sigmoid

Name	Autograd	defined if
sigmoid // sigmoid_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

sign

Name	Autograd	defined if
sign // sign_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

sin

Name	Autograd	defined if
sin // sin_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

sinh

Name	Autograd	defined if
sinh // sinh_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

size

Name	Autograd	defined if
size	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
dim	long	[required]

Returns : nothing

sort

Name	Autograd	defined if
sort	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
values	Tensor	[optional]
indices	LongTensor	[optional]
self	Tensor	[required]
__last_dim	CONSTANT	[required]
false	CONSTANT	[required]

Returns : argument 0,1

sqrt

Name	Autograd	defined if
sqrt // sqrt_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

squeeze

Name	Autograd	defined if
squeeze // squeeze_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

std

Name	Autograd	defined if
std	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : nothing

storage_offset

Name	Autograd	defined if
storage_offset	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : long

stride

Name	Autograd	defined if
stride	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
dim	long	[required]

Returns : nothing

sub

Name	Autograd	defined if
sub // sub_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
value	real	[required]

Returns : argument 0

sum

Name	Autograd	defined if
sum	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : nothing

svd

Name	Autograd	defined if
svd	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	Tensor	[optional]
res3	Tensor	[optional]
self	Tensor	[required]
some	bool	S

Returns : argument 0,1,2

symeig

Name	Autograd	defined if
symeig	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	Tensor	[optional]
self	Tensor	[required]
eigenvectors	bool	N
upper	bool	U

Returns : argument 0,1

t

Name	Autograd	defined if
t // t_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
0	CONSTANT	[required]
1	CONSTANT	[required]

Returns : Tensor

tan

Name	Autograd	defined if
tan // tan_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

tanh

Name	Autograd	defined if
tanh // tanh_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

topk

Name	Autograd	defined if
topk	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
values	Tensor	[optional]
indices	LongTensor	[optional]
self	Tensor	[required]
k	long	[required]
__last_dim	CONSTANT	[required]
false	CONSTANT	[required]
false	CONSTANT	[required]

Returns : argument 0,1

trace

Name	Autograd	defined if
trace	no	All CPU Types

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : accreal

transpose

Name	Autograd	defined if
transpose // transpose_	yes	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]
dim0	long	[required]
dim1	long	[required]

Returns : Tensor

tril

Name	Autograd	defined if
tril // tril_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
k	long	0

Returns : argument 0

triu

Name	Autograd	defined if
triu // triu_	yes	Cuda_Float // All CPU Types

Arguments

Name	Type	Default
destination	Tensor	[optional]
self	Tensor	[required]
k	long	0

Returns : argument 0

trtrs

Name	Autograd	defined if
trtrs	no	Float // Double

Arguments

Name	Type	Default
res1	Tensor	[optional]
res2	Tensor	[optional]
self	Tensor	[required]
A	Tensor	[required]
upper	bool	U
transpose	bool	N
unitriangular	bool	N

Returns : argument 0,1

trunc

Name	Autograd	defined if
trunc // trunc_	yes	Float // Double // Cuda_Float // Cuda_Half // Cuda_Double

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]

Returns : argument 0

unfold

Name	Autograd	defined if
unfold	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
self	Tensor	[required]
dimension	long	[required]
size	long	[required]
step	long	[required]

Returns : argument 0

uniform_

Name	Autograd	defined if
uniform_	no	Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]
from	real	0
to	real	1

Returns : self

var

Name	Autograd	defined if
var	no	Float // Double // Cuda_Float

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : nothing

zero_

Name	Autograd	defined if
zero_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
self	Tensor	[required]

Returns : self

zeros

Name	Autograd	defined if
zeros // zeros_	no	All Types (CPU and CUDA)

Arguments

Name	Type	Default
result	Tensor	[optional]
long_args	LongStorage	[required]

Returns : argument 0