initial importHEADmaster

currently everything is very tied to alsa and my system,
for the moment you'll need to manually change the device names
and maybe channels/period_size in src/main.rs, src/bin/smolguitar.rs
and src/bin/loopbacker.rs, i'll fix that and add runtime period
size/updater allocation soon, (and probably make a cpal backend as well
so it can work on other platforms), but doing this initial commit to play
around with stereo for now~

1 files changed, 44 insertions, 0 deletions

diff --git a/src/bin/smolguitar.rs b/src/bin/smolguitar.rs
new file mode 100644
index 0000000..bb36b64
--- /dev/null
+++ b/src/bin/smolguitar.rs
@@ -0,0 +1,44 @@
+use rustynotes::notes::{Notes, note_range, ProcerNotes};
+use rustynotes::proc::{Procer, ProcerData};
+use rustynotes::rfft::RFftProcer;
+use rustynotes::buf::{StaticBuffer, Procers};
+use rustynotes::outputers::{Outputers, SimpleOutputer, LineLayout};
+use rustynotes::args::SimpleArgs;
+use clap::Parser;
+
+fn main() {
+    const CHANNELS: u32 = 1;
+    const PERIOD_SIZE: usize = 480;
+    const PROC_SIZE: usize = 1 << 13; // 8k
+    //let disp_threshold = 0.00372314453125;
+    //let disp_threshold = 0.00526532149076897;
+    //let disp_threshold = 0.05;
+    let sample_rate = 48000;
+    let notes = note_range((Notes::C, 2), (Notes::E, 7));
+    let rfproc: RFftProcer<f32, PERIOD_SIZE, PROC_SIZE> = RFftProcer::new(sample_rate);
+    let pnotes = rfproc.make_pnotes(&notes);
+    for pnote in &pnotes {
+        println!("{}", pnote);
+    }
+    println!("{}", rfproc);
+    //let outputer = Outputers::Simple(SimpleOutputer);
+    //(2f32).sqrt()
+    //let outputer = Outputers::LineLayout(LineLayout::new(0.25, true, (60., 255., 220.), &notes));
+    let args = SimpleArgs::parse();
+    let disp_threshold = args.threshold;
+    let outputer = args.get_outputer(&notes);
+    let rfpdata = ProcerData::new(&rfproc, ProcerNotes(pnotes, disp_threshold));
+    let mut buf: StaticBuffer<f32, PERIOD_SIZE, PROC_SIZE> = StaticBuffer::new(48000, CHANNELS, 
+        vec![(Procers::Rfft(rfproc), rfpdata)], "guitar_c".to_string(), args.get_outdev(),
+        outputer);
+    println!("{}", buf);
+    let mut aout = alsa::Output::buffer_open().unwrap();
+    buf.adev.dump(&mut aout);
+    //buf.outdev.dump(&mut aout);
+    match &buf.outdev {
+        Some(outdev) => { outdev.dump(&mut aout); },
+        None => {},
+    }
+    println!("{}", aout);
+    buf.capture_loop();
+}