// By Adam Evans
// atevans@uiuc.edu

Durn="1",

/*Rate of 'sway'*/
A0="2",
A1="2.3",

/*Dimensions of limits that tube 'sways'*/
B0="sin(t/2.2) * 1000",
B1="cos(t/1) * 700",

/*These control the focus point of the camera*/
B2="sin((t-(.7)) * a0) * b0",
B3="cos((t-(.7)) * a1) * b1",

/* These control the cameras position*/
B4="sin((t-.99) * a0) * b0",
B5="cos((t-.99) * a1) * b1",

/*This controls the accel and decel in the rate of spin*/
B6="((sin(t/10)*2)-1) * 10",

CamX="1020",
CamY="b4",
CamZ="b5",

CmLX="0",
CmLY="b2",
CmLZ="b3",

CUpX="0",
CUpY="cos((t) + b6)",
CUpZ="sin((t) + b6)",

R=".122 + dt*.595",
G=".244 + dt*(1-.244)",
B="dt * 1.2",

widt=280,heig=280,
ConL=1,ConB=2,


/*This controls the actual 'tube'*/
C0="sin(st * a0) * b0",
C1="cos(st * a1) * b1",

/*This controls the music reaction*/
D0="120 - 60 * abs( fft( s ) )",

X="(2000 * dt) - 1000",
Y="(sin( 6.2831853 * s ) * d0) + c0",
Z="(cos( 6.2831853 * s ) * d0) + c1",

Scal="620",
ScSz=1,

Pers="100",

Vers=40