# rms = float(open('/tmp/rms', 'r').read()) / 20000.
# prevrms = prevrms * 0.64 + rms * 0.4
# print prevrms

gamountmul = 0.2 # 1.4
gmul = 0.4

effects[0].camount = 0.22 * gamountmul
effects[0].cphase = 0.0
effects[0].jumpdecayset = 0.05 #0.49 # 0.19
effects[0].jumpdecayfall = 0.90
effects[0].jumpv = 0.12
universe[0].mult = 0.55 * gmul

effects[1].camount = 0.1 * gamountmul
effects[1].cphase = 0.5
effects[1].phasejump = 0.03 # 0.084
effects[1].jumpdecayset = 0.1
effects[1].jumpdecayfall = 0.90
effects[1].jumpv = 0.2
universe[1].mult = 0.55 * gmul

effects[2].camount = 0.12 * gamountmul
effects[2].cphase = 0.5
effects[2].phasejump = 0.12
effects[2].jumpdecayset = 0.36 # 0.19
effects[2].jumpdecayfall = 0.955
effects[2].jumpv = 0.3 #1.5
universe[2].mult = 0.3 * gmul # + prevrms

effects[3].camount = 0.10 * gamountmul
effects[3].cphase = 0.0
effects[3].phasejump = 0.12 # 0.084
effects[3].jumpdecayset = 0.39 # 0.27
effects[3].jumpdecayfall = 0.955
effects[3].jumpv = 0.5 #4.23
universe[3].mult = 0.3 * gmul # + prevrms

effects[4].camount = 0.12 * gamountmul
effects[4].phasejump = 0.22
effects[4].cphase = 0.5
effects[4].jumpdecayset = 0.6
effects[4].jumpdecayfall = 0.95
effects[4].jumpv = 0.9
universe[4].mult = 0.32 * gmul

effects[4].r_phasejump += 0.0004

# static
#for e in effects[:3]:
#	e.fadespeed = 0.0
#	e.r_phasejump = 0.09

# bpm = 106.