experimenting with oscillating crow v3 outputs

crow_osc.lua

function seq()
  return loop{  
    --complex
    to(1.5,dyn{freq=1/(440*5)},'under'),
    to(-3.5,dyn{freq=1/(440*5)},'over'),
    to(2.5,dyn{freq=1/(440*5)},'sine'),
    to(-3.5,dyn{freq=1/(440*5)},'now'),
    to(-1.0,dyn{freq=1/(440*5)},'exp'),

    --sine
    -- to(2.5,dyn{freq=1/(440*2)},'sine'),
    -- to(-2.5,dyn{freq=1/(440*2)},'sine'),

    --triangle
    -- to(2.5,dyn{freq=1/(440*2)},'linear'),
    -- to(-2.5,dyn{freq=1/(440*2)},'linear'),

    --square
    -- to(2.5,dyn{freq=1/(440*2)},'now'),
    -- to(-2.5,dyn{freq=1/(440*2)},'now'),

    --triangle-square
    -- to(2.5,dyn{freq=1/(440*2)},'linear'),
    -- to(-2.5,dyn{freq=1/(440*2)},'now'),

    --sine-square
    -- to(2.5,dyn{freq=1/(440*2)},'sine'),
    -- to(-2.5,dyn{freq=1/(440*2)},'now'),

    --exp-exp
    -- to(2.5,dyn{freq=1/(440*2)},'exp'),
    -- to(-2.5,dyn{freq=1/(440*2)},'exp'),

    --exp-log
    -- to(2.5,dyn{freq=1/(440*2)},'exp'),
    -- to(-2.5,dyn{freq=1/(440*2)},'log'),

    --rebound-rebound
    -- to(2.5,dyn{freq=1/(440*2)},'rebound'),
    -- to(-2.5,dyn{freq=1/(440*2)},'rebound'),

    --over-over
    -- to(2.5,dyn{freq=1/(440*2)},'over'),
    -- to(-2.5,dyn{freq=1/(440*2)},'over'),

    --under-under
    -- to(2.5,dyn{freq=1/(440*2)},'under'),
    -- to(-2.5,dyn{freq=1/(440*2)},'under'),

  }
end

function init()
  output[1]( seq() )
  output[1]()
end