more complicated test pattern

website/src/pages/laserclock.astro

@@ -8,11 +8,65 @@
     import { superdough, getAudioContext, registerSynthSounds, initAudioOnFirstClick } from '@strudel/webaudio';
     const init = async () => {
       initAudioOnFirstClick();
-      await evalScope(import('@strudel/core'), import('@strudel/mini'), import('@strudel/tonal'));
+      await evalScope(
+        import('@strudel/core'),
+        import('@strudel/mini'),
+        import('@strudel/tonal'),
+        import('@strudel/webaudio'),
+      );
     };
     init().then(async () => {
       const ctx = getAudioContext();
-      let { pattern } = await evaluate('chord("<Dm7 G7 C^7 A7b9>(3,8)").jux(rev).voicing()');
+      const code = `
+// "tupper class" @by eddyflux
+
+samples('github:yaxu/clean-breaks')
+samples('github:eddyflux/crate')
+samples('github:eddyflux/wax')
+
+let cps = 68/60/4;
+// setcps(cps) // currently not supported by lasterclock.. still sounds funky :D
+
+stack(
+  s("loop4/4").fit()
+  .layer(
+    x=>x
+      .chop("64 [32 64]")
+      .juxBy(.6, rev)
+      .hpf(500)
+      .dec(sine.range(.05,.18).slow(8))
+      .room(.5).sometimes(mul(speed("2 | -2")))
+      .shape(.6).postgain(sine.range(0,.8).slow(16))
+      //.hush()
+    ,
+    x=>x.chop(64).lpf(400)
+      .shape(.6).cut(4)
+      .dec(.2).postgain(.9)
+      .mask("<0!4 1!16>")
+  )
+  //.hush()
+  //.hpf(500)
+  ,
+  s("riffin").fit().shape(.2).chop(32).dec(.1).postgain(.6)
+  .sometimesBy("0 [0 .5] 0 0", x=>x.set.squeeze(gain(".9 .6 .2 .1")).room(.3))
+  .sometimesBy("0 [0  0] 0 .5", x=>x.mul(speed("-2")))
+  .hurry("<.5!4 1!16>")
+  //.hush()
+  ,
+  s("useme/2").fit()
+  .chop("<16 32>/32")//.rarely(ply("2"))
+  .sometimesBy("0 [.2 0]",ply("3"))
+  .dec(.19).room(.4).cut(9)
+  .hpf(800)
+  .mask("[1!4 0 1 1 0]*2")
+  //.hush()
+  ,
+  s("[bd rim:1 [~ bd] rim:2]*2").bank('crate')
+)
+  .reset("<x@3 x*[4 [8 [16 32]]] x@16>")
+  .late("[0 .002]*16").fast(cps)
+      `;
+      let { pattern } = await evaluate(code);
       let last;
       let minLatency = 0.1;
       const { start, stop } = laserclock({