> is a DBX-165 compressor that is badly adjusted in the output path. The
> whole thing is breathing about 30db with the kicker drum, and gain
> recovery is about half the drum period. If you wanted that effect, you got
> it in spades, but to these ears the compression is way overdone and I think
> you will find it generates ear fatigue in the average listener quickly.
>
> I don't enjoy raining on anybodies parade that obviously has a lot of work
> in creating a creative tool like this is intended to be, so please take
> this as constructively as possible.
>
>> (wicked.lua code here with some omission of some chords at the start and
>> some remarks in comments added):
>>
>> -- some stuff :D
>> require "jiss"
>> require "jissing"
>>
>> -- create engine in stopped state
>> e = jiss.engine()
>>
>> -- setup some state that the sequences later use
>> -- e:run can only be used when the engine is stopped..
>> -- as this is executed in non-RT context it's ok to
>> -- create some variables and tables here..
>> e:run([[
>> bar = 0;
>> min = 20;
>> max = 80;
>> stella = {
>> range(min, 80, min7b5(E(4))),
>> range(min, 80, min7b5(E(4))),
>>
>> -- cut away quite a bit here (see wicked.lua in git clone) :D
>>
>> range(min, 80, maj7s11(B(4)-1)),
>> range(min, 80, maj7s11(B(4)-1))
>> }
>> ]])
>>
>> -- this sequence can control the others since it's processed before
>> -- the others in the engine
>> -- events string is newline sensitive. in this case the events
>> -- on consecutive lines are spaced 1 second apart..
>> -- also: loop back to 0 at time t = 8 sec
>> tune = seq(e, "tune", loop_events(8, events_string(1, [[
>> drums1:relocate(0.0); drums1:start_(); notes:relocate(0.0);
>> notes:start_()
>>
>>
>>
>>
>> drums1:stop_();
>>
>> ]])))
>>
>> -- manually start this sequence and add to the engine
>> tune:start()
>>
>> -- note that a copy is appended to the engine
>> e:append(tune)
>>
>>
>> -- a sequence that controls the global variable bar to advance through
>> the song
>> play(e, seq(e, "control", loop_events(1, events_string(1, [[
>> bar = bar + 1; bar = (bar % #stella);
>> ]]))))
>>
>>
>> -- events at fixed times. loop at t = 0.75 sec
>> play(e, seq(e, "notes",
>> loop_events(0.75, {
>> { 0.125, [[ for i = 1,4 do note_on(0, 24 +
>> stella[bar][math.random(#stella[bar])], 30 + math.random()*64) end
>> ]] },
>> { 0.5, [[ for i = 1,2 do note_on(0, 24 +
>> stella[bar][math.random(#stella[bar])], 10 + math.random()*34) end ]] }
>> })))
>>
>> -- a drum pattern
>> drums = [[
>> note_on(1, 64, 127); note_on(2, 64, 127)
>> note_on(2, 64, 127)
>> note_on(2, 64, math.random(127))
>> note_on(2, 64, math.random(127))
>> note_on(2, 42, 110)
>> note_on(2, 64, 127)
>> note_on(2, 64, math.random(127))
>> note_on(1, 64, 127); note_on(2, 64, 127)
>> note_on(2, 64, math.random(127))
>> ]]
>>
>> play(e, seq(e, "drums1", loop_events(1, events_string(0.125/2, drums))))
>>
>>
>>
>> -- connect all sequence outputs to jass:in
>> connect(e,"jass:in")
>>
>> -- run the whole thing
>> e:start()
>>
>> -- wait for the user to press enter
>> io.stdin:read'*l'
>>
>>
>> Have fun,
>>
>> Flo
>> _______________________________________________
>> Linux-audio-dev mailing list
>>
Linux-audio-dev@lists.linuxaudio.org
>>
http://lists.linuxaudio.org/listinfo/linux-audio-dev
>
> Cheers, Gene