Free OCS Android app

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1

Free OCS Android app

Simply enter the IP address of the sonic-pi host in the android application settings and allow OSC messages in sonic-pi.

OSC Controller

Example: Play a sample on sonic-pi by an OSC Controller button and control the amplitude with an OSC Controller slider.

live_loop :foo do
  a = sync "/osc/oscControl/button1"
  b = get "/osc/oscControl/slider1"
  if  a[0] == 1
    sample :bd_boom, amp: b[0]
  end
end

OSC Surface

Example: Play a synth on sonic-pi using an OSC Surface keyboard and control the amplitude with an OSC Surface slider(knob1).

live_loop :foo do
  a = sync "/osc/note"
  b = get "/osc/cc/1"
  if a[2]>0
    synth :beep, note: a[1],amp: b[0]
  end
end

OscHook

Example: Control the ocean wave in Sonic-pi with the sensors of an Android smartphone.

with_fx :reverb, mix: 0.5 do
  live_loop :foo do
    a = sync "/osc/accelerometer/raw/y"
    if a[0]>7
      s = synth [:bnoise, :cnoise, :gnoise].choose, amp: rrand(0.5, 1.5), attack: rrand(0, 4), sustain: rrand(0, 2), release: rrand(1, 5), cutoff_slide: rrand(0, 5), cutoff: rrand(60, 100), pan: rrand(-1, 1), pan_slide: rrand(1, 5), amp: rrand(0.5, 1)
      control s, pan: rrand(-1, 1), cutoff: rrand(60, 110)
    else if a[0]<-7
      s = synth [:bnoise, :cnoise, :gnoise].choose, amp: rrand(0.5, 1.5), attack: rrand(0, 4), sustain: rrand(0, 2), release: rrand(1, 5), cutoff_slide: rrand(0, 5), cutoff: rrand(60, 100), pan: rrand(-1, 1), pan_slide: rrand(1, 5), amp: rrand(0.5, 1)
      control s, pan: rrand(-1, 1), cutoff: rrand(60, 110)
    end
  end
end
end

tuto-track

1 Like
2

Heh… this looks like just the kind of thing Robin loves…
I’ll wait on his comments. :slight_smile:

Eli…

3

Yes sounds interesting. Unfortunately I dont use Android.

4

thank you @Eli, I used OSC Hook to do the @robin.newman Theremin ^^

Here another example of Theremin Gravity sensor with OSC Hook

use_debug false

define :putsPretty do |n,p|
  num=(n*10**p).round/(10**p).to_f
  return num
end

define :scalev do |v,l,h|
  return (l+v).to_f*(h-l)/100
end

live_loop :kik do
  32.times do
    sample :elec_bong, amp: 1.2 if (spread 3, 8).tick
    sample :elec_bong, amp: 1.2 if (one_in 64)
    sample :perc_snap, amp: 0.6 if (spread 7, 11).look
    sample :bd_haus, amp: 2 if (spread 6, 32).look | (one_in 32)
    sample :bd_boom ,amp: 3 if (one_in 64)
    sample :elec_mid_snare ,amp: 1 if (one_in 48)
    sleep 0.125
  end
end




  with_fx :ixi_techno,phase: 4,phase_offset: 1,mix: 0.8 do |p|
    set :p, p
    use_synth :pulse
    k=play octs(0,5),sustain: 10000,amp: 0
    set :k,k
    live_loop :theremin do
      use_real_time
      b = sync "/osc/accelerometer/gravity/y"
      c = sync "/osc/accelerometer/gravity/x"
if b[0]<0
      r1=scalev(0.1,30,100)
else
      r1=scalev(b[0],30,100)
end
if c[0]<0
      r2=scalev(0.1,0.1,1)
else
      r2=scalev(c[0],0.1,1)
end
      puts putsPretty(r1,2),putsPretty(r2,2)
      if r1  <  60 then #adjust note pitch, and restore volume to 0.7
        control get(:k),note: octs(r1+12,3),note_slide: 0.01 ,amp: 0.7,amp_slide: 0.2
      else #set output vol to 0
        control get(:k),amp: 0,amp_slide: 0.2
      end
      if r2 < 0.8 then #adjust phase modulation rate, and restore mix to 0.8
        control get(:p),phase: r2*10,phase_slide: 0.01,mix: 0.9,mix_slide: 0.2
      else #switch off phase modulation by setting mix to zero
        control get(:p),mix: 0,mix_slide: 0.2
      end
    end
  end

tuto-track