Torch.FFI.THC.Int.TensorMath

Documentation

c_fill :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> CInt -> IO ()

c_fill : state self value -> void

c_zero :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> IO ()

c_zero : state self -> void

c_zeros :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THLongStorage -> IO ()

c_zeros : state r_ size -> void

c_zerosLike :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> IO ()

c_zerosLike : state r_ input -> void

c_ones :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THLongStorage -> IO ()

c_ones : state r_ size -> void

c_onesLike :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> IO ()

c_onesLike : state r_ input -> void

c_reshape :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> Ptr C'THLongStorage -> IO ()

c_reshape : state r_ t size -> void

c_numel :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> IO CPtrdiff

c_numel : state t -> ptrdiff_t

c_cat :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CInt -> IO ()

c_cat : state result ta tb dimension -> void

c_catArray :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr (Ptr C'THCudaIntTensor) -> CInt -> CInt -> IO ()

c_catArray : state result inputs numInputs dimension -> void

c_nonzero :: Ptr C'THCState -> Ptr C'THCudaLongTensor -> Ptr C'THCudaIntTensor -> IO ()

c_nonzero : state tensor self -> void

c_tril :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CLLong -> IO ()

c_tril : state self src k -> void

c_triu :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CLLong -> IO ()

c_triu : state self src k -> void

c_diag :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CLLong -> IO ()

c_diag : state self src k -> void

c_eye :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> CLLong -> CLLong -> IO ()

c_eye : state self n k -> void

c_trace :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> IO CLong

c_trace : state self -> accreal

c_range :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> CLong -> CLong -> CLong -> IO ()

c_range : state r_ xmin xmax step -> void

c_arange :: Ptr C'THCState -> Ptr C'THCudaIntTensor -> CLong -> CLong -> CLong -> IO ()

c_arange : state r_ xmin xmax step -> void

p_fill :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> CInt -> IO ())

p_fill : Pointer to function : state self value -> void

p_zero :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> IO ())

p_zero : Pointer to function : state self -> void

p_zeros :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THLongStorage -> IO ())

p_zeros : Pointer to function : state r_ size -> void

p_zerosLike :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> IO ())

p_zerosLike : Pointer to function : state r_ input -> void

p_ones :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THLongStorage -> IO ())

p_ones : Pointer to function : state r_ size -> void

p_onesLike :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> IO ())

p_onesLike : Pointer to function : state r_ input -> void

p_reshape :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> Ptr C'THLongStorage -> IO ())

p_reshape : Pointer to function : state r_ t size -> void

p_numel :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> IO CPtrdiff)

p_numel : Pointer to function : state t -> ptrdiff_t

p_cat :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CInt -> IO ())

p_cat : Pointer to function : state result ta tb dimension -> void

p_catArray :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr (Ptr C'THCudaIntTensor) -> CInt -> CInt -> IO ())

p_catArray : Pointer to function : state result inputs numInputs dimension -> void

p_nonzero :: FunPtr (Ptr C'THCState -> Ptr C'THCudaLongTensor -> Ptr C'THCudaIntTensor -> IO ())

p_nonzero : Pointer to function : state tensor self -> void

p_tril :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CLLong -> IO ())

p_tril : Pointer to function : state self src k -> void

p_triu :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CLLong -> IO ())

p_triu : Pointer to function : state self src k -> void

p_diag :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> Ptr C'THCudaIntTensor -> CLLong -> IO ())

p_diag : Pointer to function : state self src k -> void

p_eye :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> CLLong -> CLLong -> IO ())

p_eye : Pointer to function : state self n k -> void

p_trace :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> IO CLong)

p_trace : Pointer to function : state self -> accreal

p_range :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> CLong -> CLong -> CLong -> IO ())

p_range : Pointer to function : state r_ xmin xmax step -> void

p_arange :: FunPtr (Ptr C'THCState -> Ptr C'THCudaIntTensor -> CLong -> CLong -> CLong -> IO ())

p_arange : Pointer to function : state r_ xmin xmax step -> void