Download BrainMaster BrainAvatar Software User Manual

BrainMaster BrainAvatar User Manual
Standard Built-in Functions:
abs(x)
acos(x)
asin(x)
atan(x)
atan2(x,y)
bessj(n,v)
bessy(n,v)
Ceil(x)
Cos(x)
Cosh(x)
exp(x)
floor(x)
hypot(a,b)
log(x)
log10(x)
max(x,y)
min(x,y)
rand(x)
sin(x)
sinh(x)
sqrt(x)
srand(x)
tan(x)
tanh(x)
return absolute value
calculate arccosine
calculate arcsine
calculate arctangent
calculate arctangent with two parameters to preserve
quadrant angle
Bessel function of the first kind. n is order and v is
input value
Bessell function of the second kind. n is order and v is
input value.
Find integer ceiling
Calculate cosine
Calculate hyperbolic cosine
calculate exponential function "e to the x"
Find integer floor
calculate hypotenuse of right triangle
calculate natural logarithm
calculate base-10 logarithm
return larger of two values
return smaller of two values
get pseudorandom number between 0 and 1
calculate sine
calculate hyperbolic sine
find square root
initialize pseudorandom series
calculate tangent
calculate hyperbolic tangent
Z-Scores Variables (To be used with ANI (optional purchase) 4 Channels
ZAPXD, ZAPXT, ZAPXA, ZAPXB, ZAPX1, ZAPX2, ZAPX3,
channel X Absolute Power for 8 components
ZAPXG
REF
ZRPXD, ZRPXT, ZRPXA, ZRPXB, ZRPX1, ZRPX2, ZRPX3,
ZRPXG
channel X Relative Power for 8 components
ZPRXDT, ZPRXDA, ZPRXDB, ZPRXDG, ZPRXTA,
ZPRXTB, ZPRXAB, ZPRXAG, ZPRXBG
channel X Power Ratios for 10 ratios
ZAAXYD, ZAAXYT, ZAAXYA, ZAAXYB, ZAAXY1, ZAAXY2,
ZAAXY3, ZAAXYG
Amplitude Asymmetry between channel X and Y for 8
components
ZCOXYD, ZCOXYT, ZCOXYA, ZCOXYB, ZCOXY1,
ZCOXY2, ZCOXY3, ZCOXYG
Coherence between channel X and Y for 8
components
ZPHXYD, ZPHXYT, ZPHXYA, ZPHXYB, ZPHXY1, ZPHXY2,
ZPHXY3, ZPHXYG
Phase between channel X and Y for 8 components
531-322 v1.2 7/9/2013
Page 156 of 182