Plug-ins

Below is some information on AVS modules. WVS is our codename for our global mind control device. With it we shall overtake the world. And have another excuse to take mind-altering substances.

Currently information about the superscope module is here. It uses all kinds of math stuff. Justin is so smart. You can look here for more general information about making presets.

The superscope allows you to create your create your own designs.

To have multiple statements on one line, use a semicolon (;) to delimit the statement. Use parenthesis '( and )' if you are unsure about precedence.

Fields:

init	set initial variable values here
point	This is where the shape of the superscope is defined
frame	Used to define movement and transformations.
beat	Expression that gets evaluted on the beat

Operators:

=	assign
+,-,/,*	plus, minus, divide, multiply
|	convert to integer, and do bitwise or
&	convert to integer, and do bitwise and
%	convert to integer, and get remainder

Variables:

n	number of points to render (set in Init, Beat or Frame)
x	x coordinate, between -1 and 1
y	y coordinate, between -1 and 1
i	position of the scope (0..1). The point position.
v	value at point i (-1..1)
b	1 if beat. 0 for no beat. Used for beat changes
w	width of screen
h	height of screen
red	red value. (0..1). Set this variable to set red value.
green	green value. (0..1) Set this variable to set green value.
blue	blue value. (0..1) Set this variable to set blue value.
t, d	variables commonly used for movement

Functions:

abs(var)	returns the absolute value of 'var'
sin(var)	returns the sine of the angle var (expressed in radians)
cos(var)	returns the cosine of the angle var
tan(var)	returns the tangent of the angle var
asin(var)	returns the arcsine of var
acos(var)	returns the arccosine of var
atan(var)	returns the arctangent of var
sqr(var)	returns the square of var
sqrt(var)	returns the square root of var
pow(var, var2)	returns var to the power of var2
log(var)	returns the log base of var
log10(var)	returns the log base 10 of var
sign(var)	returns the sign of var or 0
min(var, var2)	returns the smallest value
max(var, var2)	returns the greatest value
sigmoid(var, var2)	returns sigmoid function value of x=var (var2=constraint)
rand(var)	returns a random value between 0 and var
band(var, var2)	boolean and, returns 1 if var and var2 are != 0
bor(var, var2)	boolean or, returns 1 if var or var2 is != 0
bnot(var)	boolean not, returns 1 if var == 0 or 0 if var ! = 0
if(cond, vartrue, varfalse)	if condition is nonzero, returns valtrue, otherwise returns valfalse
equal(var, var2)	returns 1 if var=var2, else 0
above(var, var2)	returns 1 if var > var2, else 0
below(var, var2)	returns 1 if var<var2, else 0