Hi there again. Thank you for your kind help. So i could manage to set the ENV and WAVE opts. Also i could manage to START my loop, and stop it. For this i used this code:
set :startpib303, 0
live_loop :startpib303 do
use_real_time
b = sync "/osc/button1"
puts "start"
set :startpib303, b[0]
end
live_loop :play do
with_fx :lpf do |lpf|
control lpf, mix: get(:lpf_mix), cutoff: get(:lpf_cutoff)
with_fx :hpf do |hpf|
control hpf, mix: get(:hpf_mix), cutoff: get(:hpf_cutoff)
with_fx :echo do |echo|
control echo, mix: get(:echo_mix), phase: get(:phase), decay: get(:echo_decay)
with_fx :reverb do |reverb|
control reverb, mix: get(:reverb_mix), room: get(:room), damp: get(:damp)
use_synth :tb303
play chord(:Fs3, :m) if get(:startpib303)==1
sleep 1
end
end
end
end
end
Maybe there is more simple way to do this, but for now its ok.
I have also made some changes in OSC template. You can find it on my Github.
https://github.com/kalitechnik/PiB-303/blob/master/PiB303-TouchOSC.touchosc
Looks like this right now.
And here comes next question. I could not understand how to manage and assing multiple buttons, so i need help on this one:
I have created the multipush button called “/osc/beats”. It has 4 buttons. I need to assing it to SLEEP, so i can choose the beats [0.125, 0.25, 0.5, 1]. Please can you help me on this one, and explain again how to use the multiple buttons, and the parse function. Its a little bit difficult for me to understand. Thank you very much for your assistance.
My whole code looking like this right now:
#Hi My "CodeName" is "Kalitechnik" and this is ...
#my first attempt to program instruments in SonicPI
#Instruments will be controlled by Touch OSC via Wi-Fi (So Cool!)
#See you soon on GitHub, help and contribution will be appreciated.
#I wish to build the instrument ("Rythm Pi") for playing live that will consist of two.
#A "Drum" - Section and the "Bass" - Section
#So here i start with two loops - RythmPi and BassPi
#First i start to work with a "Bass Pi" instrument.
#Lets see what i can do:)
set :pan, 0
set :amp, 1
set :pitch, 0
set :attack, 0
set :attack_level, 1
set :decay, 0
set :decay_level, 0
set :sustain, 0
set :sustain_level, 1
set :release, 1
set :release_level, 1
set :env_curve, 1
set :wave, 0
set :cutoff, 30
set :cutoff_slide, 0
set :cutoff_attack, 0
set :cutoff_decay, 0
set :cutoff_sustain, 0
set :cutoff_release, 1
set :resonance, 0
set :reverb_mix, 0
set :room, 0.6
set :damp, 0.5
set :echo_mix, 0
set :phase, 0.25
set :echo_decay, 2
set :lpf_mix, 0
set :lpf_cutoff, 100
set :hpf_mix, 0
set :hpf_cutoff, 100
set :beats, 1
#Main Controllers
live_loop :amp do
use_real_time
b = sync "/osc/main_amp"
puts "amp", b[0]
set :amp, b[0]
end
live_loop :pan do
use_real_time
b = sync "/osc/pan"
puts "pan", b[0]
set :pan, b[0]
end
live_loop :pitch do
use_real_time
b = sync "/osc/pitch"
puts "pitch", b[0]
set :pitch, b[0]
end
#ADSR Amplitude Envelope Control
live_loop :attack do
use_real_time
b = sync "/osc/attack"
puts "attack", b[0]
set :attack, b[0]
end
live_loop :attack_level do
use_real_time
b = sync "/osc/attack_level"
puts "attack_level", b[0]
set :attack_level, b[0]
end
live_loop :decay do
use_real_time
b = sync "/osc/decay"
puts "decay", b[0]
set :decay, b[0]
end
live_loop :decay_level do
use_real_time
b = sync "/osc/decay_level"
puts "decay_level", b[0]
set :decay_level, b[0]
end
live_loop :sustain do
use_real_time
b = sync "/osc/sustain"
puts "sustain", b[0]
set :sustain, b[0]
end
live_loop :sustain_level do
use_real_time
b = sync "/osc/sustain_level"
puts "sustain_level", b[0]
set :sustain_level, b[0]
end
live_loop :release do
use_real_time
b = sync "/osc/release"
puts "release", b[0]
set :release, b[0]
end
live_loop :release_level do
use_real_time
b = sync "/osc/release_level"
puts "release_level", b[0]
set :release_level, b[0]
end
#CutOff Filter Control
live_loop :cutoff do
use_real_time
b = sync "/osc/cutoff"
puts "cutoff", b[0]
set :cutoff, b[0]
end
live_loop :cutoff_slide do
use_real_time
b = sync "/osc/cutoff_slide"
puts "cutoff_slide", b[0]
set :cutoff_slide, b[0]
end
live_loop :cutoff_attack do
use_real_time
b = sync "/osc/cutoff_attack"
puts "cutoff_attack", b[0]
set :cutoff_attack, b[0]
end
live_loop :cutoff_decay do
use_real_time
b = sync "/osc/cutoff_decay"
puts "cutoff_decay", b[0]
set :cutoff_decay, b[0]
end
live_loop :cutoff_sustain do
use_real_time
b = sync "/osc/cutoff_sustain"
puts "cutoff_sustain", b[0]
set :cutoff_sustain, b[0]
end
live_loop :cutoff_release do
use_real_time
b = sync "/osc/cutoff_release"
puts "cutoff_release", b[0]
set :cutoff_release, b[0]
end
live_loop :resonance do
use_real_time
b = sync "/osc/resonance"
puts "resonance", b[0]
set :resonance, b[0]
end
#LowPass and HighPass Filters Cutoff
live_loop :lpf_mix do
use_real_time
b = sync "/osc/lpf_mix"
puts "lpf_mix", b[0]
set :lpf_mix, b[0]
end
live_loop :lpf_cutoff do
use_real_time
b = sync "/osc/lpf_cutoff"
puts "/osc/lpf_cutoff", b[0]
set :lpf_cutoff, b[0]
end
live_loop :hpf_mix do
use_real_time
b = sync "/osc/hpf_mix"
puts "hpf_mix", b[0]
set :hpf_mix, b[0]
end
live_loop :hpf_cutoff do
use_real_time
b = sync "/osc/hpf_cutoff"
puts "hpf_cutoff", b[0]
set :hpf_cutoff, b[0]
end
#Reverb Controlls
live_loop :reverb_mix do
use_real_time
b = sync "/osc/reverb_mix"
puts "reverb_mix", b[0]
set :reverb_mix, b[0]
end
live_loop :room do
use_real_time
b = sync "/osc/room"
puts "room", b[0]
set :room, b[0]
end
live_loop :damp do
use_real_time
b = sync "/osc/damp"
puts "damp", b[0]
set :damp, b[0]
end
#Echo Controlls
live_loop :echo_mix do
use_real_time
b = sync "/osc/echo_mix"
puts "echo_mix", b[0]
set :echo_mix, b[0]
end
live_loop :phase do
use_real_time
b = sync "/osc/phase"
puts "phase", b[0]
set :phase, b[0]
end
live_loop :echo_decay do
use_real_time
b = sync "/osc/echo_decay"
puts "echo_decay", b[0]
set :echo_decay, b[0]
end
#Wave and Envelope Curve
live_loop :wave do
use_real_time
b = sync "/osc/wave"
if b[0] < 1
set :wave,0
elsif b[0] < 2
set :wave,1
elsif b[0] < 3.1
set :wave,2
end
end
live_loop :env_curve do
use_real_time
b = sync "/osc/env_curve"
if b[0] < 1
set :env_curve,1
elsif b[0] < 2
set :env_curve,2
elsif b[0] < 3
set :env_curve,3
elsif b[0] < 4
set :env_curve,4
elsif b[0] < 5
set :env_curve,4
elsif b[0] < 6
set :env_curve,6
elsif b[0] < 7.1
set :env_curve,7
end
end
#Starting PiB303
set :startpib303, 0
live_loop :startpib303 do
use_real_time
b = sync "/osc/button1"
puts "start"
set :startpib303, b[0]
end
live_loop :play do
with_fx :lpf do |lpf|
control lpf, mix: get(:lpf_mix), cutoff: get(:lpf_cutoff)
with_fx :hpf do |hpf|
control hpf, mix: get(:hpf_mix), cutoff: get(:hpf_cutoff)
with_fx :echo do |echo|
control echo, mix: get(:echo_mix), phase: get(:phase), decay: get(:echo_decay)
with_fx :reverb do |reverb|
control reverb, mix: get(:reverb_mix), room: get(:room), damp: get(:damp)
use_synth :tb303
play chord(:Fs3, :m), amp: get(:amp), pan: get(:pan), attack: get(:attack), attack_level: get(:attack_level), decay: get(:decay),
decay_level: get(:decay_level), sustain: get(:sustain), sustain_level: get(:sustain_level), release: get(:release),
release_level: get(:release_level), cutoff: get(:cutoff), cutoff_slide: get(:cutoff_slide), res: get(:resonance),
cutoff_attack: get(:cutoff_attack), cutoff_decay: get(:cutoff_decay), cutoff_sustain: get(:cutoff_sustain),
cutoff_release: get(:cutoff_release), pitch: get(:pitch), wave: get(:wave), env_curve: get(:env_curve) if get(:startpib303)==1
sleep 1
end
end
end
end
end
~~~
So i decided to create a controller for all the opts of 303. And for the FX`s too. This is what i got after few hours of coding:)
