Mathematical functions
identity |
|
opposite |
|
addition |
|
substraction |
|
multiplication |
|
division |
|
logical or |
|
logical and |
|
logical not |
|
ternary selection |
|
return true if any value is truthy |
|
return true if all the values are truthy |
|
element-wise lesser than |
|
element-wise less or equal |
|
element-wise greater than |
|
element-wise greater or equal |
|
expression equality |
|
expression inequality |
|
element-wise equality |
|
element-wise inequality |
|
element-wise lesser than |
|
element-wise less or equal |
|
element-wise greater than |
|
element-wise greater or equal |
|
element-wise |
|
bitwise and |
|
bitwise or |
|
bitwise xor |
|
bitwise not |
|
bitwise shift left |
|
bitwise shift right |
|
bitwise shift left |
|
bitwise shift right |
indices selection |
|
indices selection |
|
indices selection |
|
biulder from indices |
absolute value |
|
absolute value |
|
remainder of the floating point division operation |
|
signed remainder of the division operation |
|
fused multiply-add operation |
|
element-wise minimum |
|
element-wise maximum |
|
element-wise minimum for floating point values |
|
element-wise maximum for floating point values |
|
element-wise positive difference |
|
element-wise clipping operation |
|
element-wise indication of the sign |
natural exponential function |
|
base 2 exponential function |
|
natural exponential function, minus one |
|
natural logarithm function |
|
base 2 logarithm function |
|
base 10 logarithm function |
|
natural logarithm of one plus function |
power function |
|
square root function |
|
cubic root function |
|
hypotenuse function |
sine function |
|
cosine function |
|
tangent function |
|
arc sine function |
|
arc cosine function |
|
arc tangent function |
|
arc tangent function, determining quadrants |
hyperbolic sine function |
|
hyperbolic cosine function |
|
hyperbolic tangent function |
|
inverse hyperbolic sine function |
|
inverse hyperbolic cosine function |
|
inverse hyperbolic tangent function |
error function |
|
complementary error function |
|
gamma function |
|
natural logarithm of the gamma function |
nearest integers not less |
|
nearest integers not greater |
|
nearest integers not greater in magnitude |
|
nearest integers, rounding away from zero |
|
nearest integers using current rounding mode |
|
nearest integers using current rounding mode |
checks for finite values |
|
checks for infinite values |
|
checks for NaN values |
|
element-wise closeness detection |
|
|
closeness reduction |
sum of elements over given axes |
|
product of elements over given axes |
|
mean of elements over given axes |
|
weighted average along the specified axis |
|
variance of elements over given axes |
|
standard deviation of elements over given axes |
|
|
Calculate the n-th discrete difference along the given axis |
amax of elements over given axes |
|
amin of elements over given axes |
|
Integrate along the given axis using the composite trapezoidal rule |
|
L0 pseudo-norm over given axes |
|
L1 norm over given axes |
|
Squared L2 norm over given axes |
|
L2 norm over given axes |
|
Infinity norm over given axes |
|
p_th power of Lp norm over given axes |
|
Lp norm over given axes |
|
Induced L1 norm of a matrix |
|
Induced L-infinity norm of a matrix |
Cumulative sum of elements over a given axis |
|
Cumulative product of elements over given axes |
Convert NaN and +/- inf to finite numbers |
|
Min of elements over a given axis, ignoring NaNs |
|
Max of elements over a given axis, ignoring NaNs |
|
Sum of elements over a given axis, replacing NaN with 0 |
|
Product of elements over given axes, replacing NaN with 1 |
|
Cumulative sum of elements over a given axis, replacing NaN with 0 |
|
Cumulative product of elements over given axes, replacing NaN with 1 |
|
Mean of elements over given axes, ignoring NaNs |
|
Variance of elements over given axes, ignoring NaNs |
|
Standard deviation of elements over given axes, ignoring NaNs |