Data Types |
| type | array |
| | type(array) containing information about device More...
|
| interface | assignment |
| interface | randu |
| | Random, uniformly distributed. More...
|
| interface | randn |
| | Random, normally distributed. More...
|
| interface | constant |
| | Constant value. More...
|
| interface | identity |
| | Constant, identity. More...
|
| interface | get |
| interface | set |
| interface | idx |
| interface | seq |
| interface | reform |
| | Reform an array. More...
|
| interface | flat |
| | Flatten an array. More...
|
| interface | tile |
| | Tile an array. More...
|
| interface | join |
| | Join two arrays. More...
|
| interface | transpose |
| | Matrix transpose. More...
|
| interface | htranspose |
| | Matrix hermitian transpose. More...
|
| interface | reorder |
| | Matrix reorder. More...
|
| interface | sort |
| | Matrix sort. More...
|
| interface | lower |
| | Matrix lower. More...
|
| interface | upper |
| | Matrix upper. More...
|
| interface | diag |
| | Matrix diag. More...
|
| interface | real |
| | Matrix real. More...
|
| interface | imag |
| | Matrix imag. More...
|
| interface | complex |
| | Matrix complex. More...
|
| interface | conjg |
| | Matrix complex conjugate. More...
|
| interface | print |
| | Displays the contens of type array. More...
|
| interface | device_info |
| | Displays system and arayfire information. More...
|
| interface | device_sync |
| | Syncs all operations on the current GPU. More...
|
| interface | device_eval |
| | Forces evaluation on the device. More...
|
| interface | device_count |
| | Get the count of gpus available. More...
|
| interface | device_set |
| | Switch to a particular gpu. More...
|
| interface | device_get |
| | Get current gpu. More...
|
| interface | timer_start |
| | Start timer. More...
|
| interface | timer_stop |
| | Stop timer. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | operator |
| | Element wise addition. More...
|
| interface | sin |
| | sine of an array More...
|
| interface | cos |
| | co-sine of an array More...
|
| interface | tan |
| | tangent of an array More...
|
| interface | log |
| | logarithm of an array More...
|
| interface | exp |
| | exponential of an array More...
|
| interface | abs |
| | absolute of an array More...
|
| interface | matmul |
| | Matrix multiply. More...
|
| interface | lu |
| | LU decomposition Double-precision or complex input requires ArrayFire Pro. More...
|
| interface | cholesky |
| | Cholesky decomposition Double-precision or complex input requires ArrayFire Pro. More...
|
| interface | qr |
| | QR decomposition Double-precision or complex input requires ArrayFire Pro. More...
|
| interface | eigen |
| | eigen value decomposition This function requires ArrayFire Pro. More...
|
| interface | singular |
| | singular value decomposition This function requires ArrayFire Pro. More...
|
| interface | solve |
| | Solve a system of equations Double-precision or complex input requires ArrayFire Pro. More...
|
| interface | inverse |
| | inverse of a matrix This function requires ArrayFire Pro. More...
|
| interface | matpow |
| | Power of a matrix Negative powers require ArrayFire Pro. More...
|
| interface | norm |
| | Matrix norm. More...
|
| interface | sum |
| | Sum of elements in an array, along a given dimension. More...
|
| interface | mul |
| | Product of elements in an array, along a given dimension. More...
|
| interface | min |
| | Minimum of elements in an array, along a given dimension. More...
|
| interface | max |
| | Maximum of elements in an array, along a given dimension. More...
|
| interface | anytrue |
| | Find if any element in an array is true, along a given dimension. More...
|
| interface | alltrue |
| | Find if all elements in an array are true, along a given dimension. More...
|
| interface | mean |
| | Mean of elements in an array, along a given dimension. More...
|
| interface | std |
| | Standard deviation of elements in an array, along a given dimension. More...
|
| interface | var |
| | Variance of elements in an array, along a given dimension. More...
|
Modules |
| module | arrayfire |
Functions/Subroutines |
| integer | elements (A) |
| subroutine | init_1d (A, S) |
| subroutine | init_2d (A, S) |
| subroutine | init_3d (A, S) |
| subroutine | init_4d (A, S) |
| subroutine | init_eq (L, R) |
| type(array) | idx_scalar (scalar) |
| type(array) | idx_vector (indices) |
| type(array) | arr_seq (first, last, step) |
| type(array) | array_get (in, d1, d2, d3, d4) |
| subroutine | array_set (lhs, rhs, d1, d2, d3, d4) |
| subroutine | assign (L, R) |
| | Assigns data to array.
|
| subroutine | device1_s (A, B) |
| | Assigns data to array.
|
| subroutine | device1_d (A, B) |
| | Assigns data to array.
|
| subroutine | device1_c (A, B) |
| | Assigns data to array.
|
| subroutine | device1_z (A, B) |
| | Assigns data to array.
|
| subroutine | device2_s (A, B) |
| | Assigns data to array.
|
| subroutine | device2_d (A, B) |
| | Assigns data to array.
|
| subroutine | device2_c (A, B) |
| | Assigns data to array.
|
| subroutine | device2_z (A, B) |
| | Assigns data to array.
|
| subroutine | device3_s (A, B) |
| | Assigns data to array.
|
| subroutine | device3_d (A, B) |
| | Assigns data to array.
|
| subroutine | device3_c (A, B) |
| | Assigns data to array.
|
| subroutine | device3_z (A, B) |
| | Assigns data to array.
|
| subroutine | device4_s (A, B) |
| | Assigns data to array.
|
| subroutine | device4_d (A, B) |
| | Assigns data to array.
|
| subroutine | device4_c (A, B) |
| | Assigns data to array.
|
| subroutine | device4_z (A, B) |
| | Assigns data to array.
|
| subroutine | host1_s (R, A) |
| | Get the array data back to host.
|
| subroutine | host1_d (R, A) |
| | Get the array data back to host.
|
| subroutine | host1_c (R, A) |
| | Get the array data back to host.
|
| subroutine | host1_z (R, A) |
| | Get the array data back to host.
|
| subroutine | host2_s (R, A) |
| | Get the array data back to host.
|
| subroutine | host2_d (R, A) |
| | Get the array data back to host.
|
| subroutine | host2_c (R, A) |
| | Get the array data back to host.
|
| subroutine | host2_z (R, A) |
| | Get the array data back to host.
|
| subroutine | host3_s (R, A) |
| | Get the array data back to host.
|
| subroutine | host3_d (R, A) |
| | Get the array data back to host.
|
| subroutine | host3_c (R, A) |
| | Get the array data back to host.
|
| subroutine | host3_z (R, A) |
| | Get the array data back to host.
|
| subroutine | host4_s (R, A) |
| | Get the array data back to host.
|
| subroutine | host4_d (R, A) |
| | Get the array data back to host.
|
| subroutine | host4_c (R, A) |
| | Get the array data back to host.
|
| subroutine | host4_z (R, A) |
| | Get the array data back to host.
|
| subroutine | array_print (A, STR) |
| | Display array, optionally with a message.
|
| type(array) | array_reform (A, x1, x2, x3, x4) |
| | Reform an input array.
|
| type(array) | array_flat (A) |
| | Flat an input array.
|
| type(array) | array_tile (A, x1, x2, x3, x4) |
| | Tile an input array.
|
| type(array) | array_join (d, first, second) |
| | Join two arrays.
|
| type(array) | array_randu (x1, x2, x3, x4, ty) |
| | Generate uniformly distributed random matrix.
|
| type(array) | array_randn (x1, x2, x3, x4, ty) |
| | Generate normally distributed random matrix.
|
| type(array) | array_constant (val, x1, x2, x3, x4, ty) |
| | Generate an array of constant value.
|
| type(array) | array_identity (x1, x2, ty) |
| | Generate an identity matrix.
|
| type(array) | array_plus (A, B) |
| | Add two array matrices.
|
| type(array) | array_minus (A, B) |
| | Subtract two array matrices.
|
| type(array) | array_times (A, B) |
| | Multiply two array matrices (element wise)
|
| type(array) | array_div (A, B) |
| | Divide two array matrices (element wise)
|
| type(array) | array_pow (A, B) |
| | Element wise power with matrix exponent.
|
| type(array) | array_negate (A) |
| | Negate an array.
|
| type(array) | array_plus_d (A, B) |
| | Add scalar to array.
|
| type(array) | array_lplus_d (B, A) |
| | Add array to scalar.
|
| type(array) | array_plus_s (A, B) |
| | Add scalar to array.
|
| type(array) | array_lplus_s (B, A) |
| | Add array to scalar.
|
| type(array) | array_plus_i (A, B) |
| | Add scalar to array.
|
| type(array) | array_lplus_i (B, A) |
| | Add array to scalar.
|
| type(array) | array_minus_d (A, B) |
| | Add scalar to array.
|
| type(array) | array_lminus_d (B, A) |
| | Add array to scalar.
|
| type(array) | array_minus_s (A, B) |
| | Add scalar to array.
|
| type(array) | array_lminus_s (B, A) |
| | Add array to scalar.
|
| type(array) | array_minus_i (A, B) |
| | Add scalar to array.
|
| type(array) | array_lminus_i (B, A) |
| | Add array to scalar.
|
| type(array) | array_times_d (A, B) |
| | Add scalar to array.
|
| type(array) | array_ltimes_d (B, A) |
| | Add array to scalar.
|
| type(array) | array_times_s (A, B) |
| | Add scalar to array.
|
| type(array) | array_ltimes_s (B, A) |
| | Add array to scalar.
|
| type(array) | array_times_i (A, B) |
| | Add scalar to array.
|
| type(array) | array_ltimes_i (B, A) |
| | Add array to scalar.
|
| type(array) | array_div_d (A, B) |
| | Add scalar to array.
|
| type(array) | array_ldiv_d (B, A) |
| | Add array to scalar.
|
| type(array) | array_div_s (A, B) |
| | Add scalar to array.
|
| type(array) | array_ldiv_s (B, A) |
| | Add array to scalar.
|
| type(array) | array_div_i (A, B) |
| | Add scalar to array.
|
| type(array) | array_ldiv_i (B, A) |
| | Add array to scalar.
|
| type(array) | array_pow_d (A, B) |
| | Element wise power with scalar exponent.
|
| type(array) | array_pow_s (A, B) |
| | Element wise power with scalar exponent.
|
| type(array) | array_pow_i (A, B) |
| | Element wise power with scalar exponent.
|
| type(array) | array_gt (A, B) |
| type(array) | array_ge (A, B) |
| type(array) | array_lt (A, B) |
| type(array) | array_le (A, B) |
| type(array) | array_eq (A, B) |
| type(array) | array_ne (A, B) |
| type(array) | array_gt_d (A, B) |
| type(array) | array_lgt_d (B, A) |
| type(array) | array_gt_s (A, B) |
| type(array) | array_lgt_s (B, A) |
| type(array) | array_gt_i (A, B) |
| type(array) | array_lgt_i (B, A) |
| type(array) | array_lt_d (A, B) |
| type(array) | array_llt_d (B, A) |
| type(array) | array_lt_s (A, B) |
| type(array) | array_llt_s (B, A) |
| type(array) | array_lt_i (A, B) |
| type(array) | array_llt_i (B, A) |
| type(array) | array_ge_d (A, B) |
| type(array) | array_lge_d (B, A) |
| type(array) | array_ge_s (A, B) |
| type(array) | array_lge_s (B, A) |
| type(array) | array_ge_i (A, B) |
| type(array) | array_lge_i (B, A) |
| type(array) | array_le_d (A, B) |
| type(array) | array_lle_d (B, A) |
| type(array) | array_le_s (A, B) |
| type(array) | array_lle_s (B, A) |
| type(array) | array_le_i (A, B) |
| type(array) | array_lle_i (B, A) |
| type(array) | array_eq_d (A, B) |
| type(array) | array_leq_d (B, A) |
| type(array) | array_eq_s (A, B) |
| type(array) | array_leq_s (B, A) |
| type(array) | array_eq_i (A, B) |
| type(array) | array_leq_i (B, A) |
| type(array) | array_ne_d (A, B) |
| type(array) | array_lne_d (B, A) |
| type(array) | array_ne_s (A, B) |
| type(array) | array_lne_s (B, A) |
| type(array) | array_ne_i (A, B) |
| type(array) | array_lne_i (B, A) |
| type(array) | array_and (A, B) |
| | and on two array matrices
|
| type(array) | array_or (A, B) |
| | or on two array matrices
|
| type(array) | array_not (A) |
| | Not an array.
|
| type(array) | array_sin (A) |
| | sin of array
|
| type(array) | array_cos (A) |
| | cos of array
|
| type(array) | array_tan (A) |
| | tan of array
|
| type(array) | array_log (A) |
| | log of array
|
| type(array) | array_abs (A) |
| | absolute of array
|
| type(array) | array_exp (A) |
| | exponential of array
|
| type(array) | array_matmul (A, B) |
| | Multiply two array matrices.
|
| type(array) | array_matpow_i (A, p) |
| | Matrix power.
|
| type(array) | array_matpow_s (A, p) |
| | Matrix power.
|
| type(array) | array_matpow_d (A, p) |
| | Matrix power.
|
| type(array) | array_transpose (A) |
| | Transpose an array.
|
| type(array) | array_htranspose (A) |
| | Htranspose an array.
|
| type(array) | array_reorder (A, d1, d2, d3, d4) |
| | Reorder an array.
|
| type(array) | array_sort (A) |
| | Sort an array.
|
| type(array) | array_lower (A) |
| | Lower triangular matrix of a matrix.
|
| type(array) | array_upper (A) |
| | Upper triangular matrix of a matrix.
|
| type(array) | array_diag (A) |
| | Diag triangular matrix of a matrix.
|
| type(array) | array_real (A) |
| | Real triangular matrix of a matrix.
|
| type(array) | array_imag (A) |
| | Imag triangular matrix of a matrix.
|
| type(array) | array_complex (A) |
| | Create complex matrix from input matrix.
|
| type(array) | array_complex2 (Re, Im) |
| | Create complex matrix from two (real, imaginary) matrices.
|
| type(array) | array_conjg (A) |
| | Create conjugate matrix from input matrix.
|
| double precision | array_norm (A) |
| | Norm of an array.
|
| double precision | array_pnorm (A, p) |
| | Norm of an array.
|
| subroutine | array_lu (L, U, p, A) |
| | LU decomposition of array.
|
| subroutine | array_lu_inplace (A) |
| | LU decomposition of array.
|
| subroutine | array_qr (Q, R, A) |
| | QR decomposition of array.
|
| subroutine | array_eigen (values, vectors, A) |
| | Eigen value decomposition of array.
|
| subroutine | array_singular (S, U, V, A) |
| | Singular value decomposition of array.
|
| subroutine | array_cholesky (R, A) |
| | cholesky decomposition of array
|
| subroutine | array_cholesky_inplace (A) |
| | cholesky decomposition of array
|
| subroutine | array_solve (X, A, B) |
| | Solve a system of equations.
|
| type(array) | array_inverse (A) |
| | Inverse an array.
|
| type(array) | array_sum (A, d) |
| | Summation of elements in a matrix.
|
| type(array) | array_mul (A, d) |
| | Product of elements in a matrix.
|
| type(array) | array_min (A, d) |
| | Minimum of elements in a matrix.
|
| type(array) | array_max (A, d) |
| | Maximum of elements in a matrix.
|
| type(array) | array_anytrue (A, d) |
| | Any of elements in a matrix.
|
| type(array) | array_alltrue (A, d) |
| | All of elements in a matrix.
|
| type(array) | array_mean (A, d) |
| | Mean of elements in a matrix.
|
| type(array) | array_std (A, d) |
| | Standard deviation of elements in a matrix.
|
| type(array) | array_var (A, d) |
| | Variance of elements in a matrix.
|
| subroutine | device_info_ () |
| | Show device info.
|
| subroutine | device_eval_ (A) |
| | Evaluate an expression on device.
|
| subroutine | device_sync_ () |
| | Synchronize on the device.
|
| integer | device_get_ () |
| | Get the device number.
|
| subroutine | device_set_ (R) |
| | Set a particular device.
|
| integer | device_count_ () |
| | Show device count.
|
| subroutine | timer_start_ () |
| | Show device start.
|
| double precision | timer_stop_ () |
| | Show device stop.
|
Variables |
| integer | err |
| | Contains the last known error in the arrayfire module.
|
| integer | f32 = 1 |
| | Single precision, real type.
|
| integer | c32 = 2 |
| | Single precision, complex type.
|
| integer | f64 = 3 |
| | Double precision, real type.
|
| integer | c64 = 4 |
| | Double precision, complex type.
|
| integer | b8 = 5 |
| | Boolean type.
|
