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/*!
\page arith_real_only arith_real
\note This function supports real inputs only. Complex inputs are not yet supported.
*/
/*!
\page arith_int_only arith_int
\note This function supports integer only.
*/
/**
\addtogroup arrayfire_func
@{
\defgroup arith_func_add add
\ingroup arith_mat
Addition of two inputs.
\defgroup arith_func_sub sub
\ingroup arith_mat
Subtract one input from another
\defgroup arith_func_mul mul
\ingroup arith_mat
Multiply two inputs element wise
\defgroup arith_func_div div
\ingroup arith_mat
Divide one input by another
\defgroup arith_func_shiftl bitshiftl
\ingroup arith_mat
Left shift an input
\copydoc arith_int_only
\defgroup arith_func_shiftr bitshiftr
\ingroup arith_mat
Right shift an input
\copydoc arith_int_only
\defgroup arith_func_lt lt
\ingroup logic_mat
Check if input is less than another
\defgroup arith_func_gt gt
\ingroup logic_mat
Check if input is greater than another
\defgroup arith_func_le le
\ingroup logic_mat
Check if input is less than or equal to another
\defgroup arith_func_ge ge
\ingroup logic_mat
Check if input is greater than or equal to another
\defgroup arith_func_eq eq
\ingroup logic_mat
Check if input two inputs are equal
\defgroup arith_func_neq neq
\ingroup logic_mat
Check if input two inputs are not equal
\defgroup arith_func_and and
\ingroup logic_mat
Logical and of two inputs
\defgroup arith_func_or or
\ingroup logic_mat
Logical or of two inputs
\defgroup arith_func_not not
\ingroup logic_mat
Logical not of an input
\defgroup arith_func_neg neg
\ingroup logic_mat
Negative of an input
\defgroup arith_func_bitand bitand
\ingroup logic_mat
Bitwise and operation of two inputs
\copydoc arith_int_only
\defgroup arith_func_bitor bitor
\ingroup logic_mat
Bitwise or operation of two inputs
\copydoc arith_int_only
\defgroup arith_func_bitxor bitxor
\ingroup logic_mat
Bitwise xor operation of two inputs
\copydoc arith_int_only
\defgroup arith_func_min min
\ingroup numeric_mat
Minimum of two inputs.
\defgroup arith_func_max max
\ingroup numeric_mat
Maximum of two inputs.
\defgroup arith_func_rem rem
\ingroup numeric_mat
Remainder operation
\copydoc arith_real_only
\defgroup arith_func_mod mod
\ingroup numeric_mat
Compute \f$x - n * y\f$ where n is quotient of \f$x / y\f$
\copydoc arith_real_only
\defgroup arith_func_abs abs
\ingroup numeric_mat
Absolute value
\defgroup arith_func_arg arg
\ingroup numeric_mat
Phase of a number in the complex plane
\defgroup arith_func_sign sign
\ingroup numeric_mat
Check if input is negative
\copydoc arith_real_only
\defgroup arith_func_round round
\ingroup numeric_mat
Round to nearest integer
\copydoc arith_real_only
\defgroup arith_func_trunc trunc
\ingroup numeric_mat
Truncate to nearest integer
\copydoc arith_real_only
\defgroup arith_func_floor floor
\ingroup numeric_mat
Round to integer less than equal to current value
\copydoc arith_real_only
\defgroup arith_func_ceil ceil
\ingroup numeric_mat
Round to integer greater than equal to current value
\copydoc arith_real_only
\defgroup arith_func_hypot hypot
\ingroup numeric_mat
Hypotenuse of the two inputs
\copydoc arith_real_only
\defgroup arith_func_sin sin
\ingroup trig_mat
sin of input
\copydoc arith_real_only
\defgroup arith_func_cos cos
\ingroup trig_mat
cos of input
\copydoc arith_real_only
\defgroup arith_func_tan tan/tan2
\ingroup trig_mat
tan of input
\copydoc arith_real_only
\defgroup arith_func_asin asin
\ingroup trig_mat
arc sin of input
\copydoc arith_real_only
\defgroup arith_func_acos acos
\ingroup trig_mat
arc cos of input
\copydoc arith_real_only
\defgroup arith_func_atan atan/atan2
\ingroup trig_mat
arc tan of input
\copydoc arith_real_only
\defgroup arith_func_sinh sinh
\ingroup hyper_mat
sinh of input
\copydoc arith_real_only
\defgroup arith_func_cosh cosh
\ingroup hyper_mat
cosh of input
\copydoc arith_real_only
\defgroup arith_func_tanh tanh
\ingroup hyper_mat
tanh of input
\copydoc arith_real_only
\defgroup arith_func_asinh asinh
\ingroup hyper_mat
asinh of input
\copydoc arith_real_only
\defgroup arith_func_acosh acosh
\ingroup hyper_mat
acosh of input
\copydoc arith_real_only
\defgroup arith_func_atanh atanh
\ingroup hyper_mat
atanh of input
\copydoc arith_real_only
\defgroup arith_func_cplx complex
\ingroup complex_mat
create complex arrays
\defgroup arith_func_real real
\ingroup complex_mat
Get real part of complex arrays
\defgroup arith_func_imag imag
\ingroup complex_mat
Get imaginary part of complex arrays
\defgroup arith_func_conjg conjg
\ingroup complex_mat
Get complex conjugate
\defgroup arith_func_root root
\ingroup explog_mat
Find root of an input
\copydoc arith_real_only
\defgroup arith_func_pow pow
\ingroup explog_mat
Raise an array to a power
\copydoc arith_real_only
\defgroup arith_func_exp exp
\ingroup explog_mat
Exponential of input
\defgroup arith_func_expm1 expm1
\ingroup explog_mat
Exponential of input - 1
\copydoc arith_real_only
\defgroup arith_func_erf erf
\ingroup explog_mat
Error function value
\copydoc arith_real_only
\defgroup arith_func_erfc erfc
\ingroup explog_mat
Complementary Error function value
\copydoc arith_real_only
\defgroup arith_func_log log
\ingroup explog_mat
Natural logarithm
\copydoc arith_real_only
\defgroup arith_func_log1p log1p
\ingroup explog_mat
Natural logarithm of (1 + in)
\copydoc arith_real_only
\defgroup arith_func_log10 log10
\ingroup explog_mat
logarithm base 10
\copydoc arith_real_only
\defgroup arith_func_sqrt sqrt
\ingroup explog_mat
Square root of input arrays
\copydoc arith_real_only
\defgroup arith_func_cbrt cbrt
\ingroup explog_mat
Cube root of input arrays
\copydoc arith_real_only
\defgroup arith_func_factorial factorial
\ingroup explog_mat
Factorial function
\copydoc arith_real_only
\defgroup arith_func_tgamma tgamma
\ingroup explog_mat
Gamma function
\copydoc arith_real_only
\defgroup arith_func_lgamma lgamma
\ingroup explog_mat
Logarithm of absolute values of Gamma function
\copydoc arith_real_only
\defgroup arith_func_iszero iszero
\ingroup helper_mat
Check if values are zero
\copydoc arith_real_only
\defgroup arith_func_isinf isinf
\ingroup helper_mat
Check if values are infinite
\copydoc arith_real_only
\defgroup arith_func_isnan isNan
\ingroup helper_mat
Check if values are Nan
\copydoc arith_real_only
\defgroup arith_func_cast cast
\ingroup helper_mat
Casting inputs from one type to another
@}
*/
|
