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aabs - Absolute value of a vector
aadd - Add two vectors
aaddk - Add a vector and a scalar
aand - Bitwise boolean AND of two vectors
aandk - Bitwise boolean AND of a vector and a scalar
aavg - Compute the mean and standard deviation of a vector
abav - Block average a vector
abeq - Vector equals vector
abeqk - Vector equals scalar
abge - Vector greater than or equal to vector
abgek - Vector greater than or equal to scalar
abgt - Vector greater than vector
abgtk - Vector greater than scalar
able - Vector less than or equal to vector
ablek - Vector less than or equal to scalar
ablt - Vector less than vector
abltk - Vector less than scalar
abne - Vector not equal to vector
abnek - Vector not equal to scalar
abor - Bitwise boolean OR of two vectors
abork - Bitwise boolean OR of a vector and a scalar
absu - Block sum a vector
acht - Change datatype of a vector
acjgx - Complex conjugate of a complex vector
aclr - Clear (zero) a vector
acnv - Convolve two vectors
acnvr - Convolve a vector with a real kernel
adiv - Divide two vectors
adivk - Divide a vector by a scalar
adot - Dot product of two vectors
advz - Vector divide with divide by zero detection
aexp - Vector to a real vector exponent
aexpk - Vector to a real scalar exponent
afftr - Forward real discrete fourier transform
afftx - Forward complex discrete fourier transform
aglt - General piecewise linear transformation
ahgm - Accumulate the histogram of a series of vectors
ahiv - Compute the high (maximum) value of a vector
aiftr - Inverse real discrete fourier transform
aiftx - Inverse complex discrete fourier transform
aimg - Imaginary part of a complex vector
alan - Logical AND of two vectors
alank - Logical AND of a vector and a constant
alim - Compute the limits (minimum and maximum values) of a vector
alln - Natural logarithm of a vector
alog - Logarithm of a vector
alor - Logical OR of two vectors
alork - Logical OR of a vector and a constant
alov - Compute the low (minimum) value of a vector
altr - Linear transformation of a vector
alui - Vector lookup and interpolate (linear)
alut - Vector transform via lookup table
amag - Magnitude of two vectors (sqrt of sum of squares)
amap - Linear mapping of a vector with clipping
amax - Vector maximum of two vectors
amaxk - Vector maximum of a vector and a scalar
amed - Median value of a vector
amed3 - Vector median of three vectors
amed4 - Vector median of four vectors
amed5 - Vector median of five vectors
amgs - Magnitude squared of two vectors (sum of squares)
amin - Vector minimum of two vectors
amink - Vector minimum of a vector and a scalar
amod - Modulus of two vectors
amodk - Modulus of a vector and a scalar
amov - Move (copy or shift) a vector
amovk - Move a scalar into a vector
amul - Multiply two vectors
amulk - Multiply a vector and a scalar
aneg - Negate a vector (change the sign of each pixel)
anot - Bitwise boolean NOT of a vector
apkx - Pack a complex vector given the real and imaginary parts
apol - Polynomial evaluation
apow - Vector to an integer vector power
apowk - Vector to an integer scalar power
arav - Mean and standard deviation of a vector with pixel rejection
arcp - Reciprocal of a scalar and a vector
arcz - Reciprocal with detection of divide by zero
arlt - Vector replace pixel if less than scalar
argt - Vector replace pixel if greater than scalar
asel - Vector select from two vectors based on boolean flag vector
aselk - Vector select from vector/scalar based on boolean flag vector
asok - Selection of the Kth smallest element of a vector
asqr - Square root of a vector
asrt - Sort a vector in order of increasing pixel value
assq - Sum of squares of a vector
asub - Subtract two vectors
asubk - Subtract a scalar from a vector
asum - Sum of a vector
aupx - Unpack the real and imaginary parts of a complex vector
awsu - Weighted sum of two vectors
awvg - Mean and standard deviation of a windowed vector
axor - Bitwise boolean XOR (exclusive or) of two vectors
axork - Bitwise boolean XOR (exclusive or) of a vector and a scalar
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