{
  "fold": {
    "prefix": "fold",
    "body": ["// {{{ $1", "$TM_SELECTED_TEXT$0", "// }}}"]
  },
  "nextbar": {
    "prefix": ["nextbar", "nb"],
    "body": ["(", "t.playNextBar({", "  $TM_SELECTED_TEXT$1", "});", ")"]
  },
  "playQuant": {
    "prefix": ["pq"],
    "body": ["(", "t.playQuant($1, {", "  $TM_SELECTED_TEXT$2", "});", ")"]
  },
  "playQuant No block": {
    "prefix": ["pqq"],
    "body": ["t.playQuant($1, {", "  $TM_SELECTED_TEXT$2", "});"]
  },
  "playSeq": {
    "prefix": ["ps"],
    "body": ["(", "t.playSeq($1, $2, {", "  $TM_SELECTED_TEXT$3", "}$0);", ")"]
  },
  "playSeq No block": {
    "prefix": ["pss"],
    "body": ["t.playSeq($1, $2, {", "  $TM_SELECTED_TEXT$3", "}$0);"]
  },
  "block": {
    "prefix": ["("],
    "body": ["(", "  $TM_SELECTED_TEXT$1", ")"]
  },
  "brace": {
    "prefix": ["{"],
    "body": ["{", "  $TM_SELECTED_TEXT$1", "}"]
  },
  "doneAction": {
    "prefix": ["da"],
    "body": ["doneAction: Done.freeSelf"]
  },
  "DetectSilence": {
    "prefix": ["ds"],
    "body": ["DetectSilence.ar(${1:sig}, doneAction: Done.freeSelf);"]
  },
  "ProxySpace": {
    "prefix": ["proxyspace", "proxy"],
    "body": ["p = ProxySpace.push(s);"]
  },
  "OSC debug": {
    "prefix": ["oscdebug"],
    "body": [
      "(",
      "f = { |msg, time, addr|",
      "    if(msg[0] != '/status.reply') {",
      "        \"time: % sender: %\nmessage: %\n\".postf(time, addr, msg);",
      "    }",
      "};",
      "thisProcess.addOSCRecvFunc(f);",
      ");",
      "thisProcess.removeOSCRecvFunc(f);"
    ]
  },
  "setup": {
    "prefix": ["setup"],
    "body": [
      "(",
      "SA.setup;",
      "t = TempoClock.default;",
      "t.bpm = 120;",
      "p = currentEnvironment;",
      ")"
    ]
  },
  "PBjorklund2": {
    "prefix": ["Pb", "pb"],
    "body": "Pbjorklund2("
  },
  "amen": {
    "prefix": ["amen"],
    "body": "\"oox[ X][ X][oo]x[ X]\""
  },
  "postln": {
    "prefix": ["pl"],
    "body": "\"$1\".postln;"
  },
  "New node proxy": {
    "prefix": "new",
    "body": ["(", "~$1.playM(${2:0});", "~$1[0] = $0", ")"]
  },
  "SynthDef": {
    "prefix": "synthdef",
    "body": [
      "SynthDef(\\\\$1, {",
      "  |out=0, amp=0.1, pan=0, freq=440, atk=0.01, decay=0.1, rel=0.2, sustainLevel=0.5, cAtk=(-2), cDec=(-2), cRel=(-4), gate=1|",
      "  var sig, env;",
      "  env = EnvGen.kr(",
      "    Env.adsr(atk, decay, sustainLevel, rel, curve: [cAtk,cDec,cRel]),",
      "    gate: gate,",
      "    doneAction: Done.freeSelf);",
      "  sig = SinOsc.ar(freq);",
      "  $0",
      "  sig = env * Pan2.ar(sig, pan, amp);",
      "  Out.ar(out, sig);",
      "}).add;"
    ]
  },
  "Filter FX": {
    "prefix": "fx",
    "body": [
      "~$1[$2] = \\filter -> {|sig|",
      "  $0",
      "};",
      "~$1.set(\\wet$2, 1);"
    ]
  },
  "FX Bitcrush": {
    "prefix": ["fxbitcrush", "fxbc"],
    "body": [
      "var bits=\\bits.kr(4, 2); // 1 to 24",
      "var crush=\\crush.kr(0, 2);",
      "Decimator.ar(sig, rate: 44100/crush, bits: bits);"
    ]
  },
  "FX Chop": {
    "prefix": ["fxchop"],
    "body": ["sig * LFPulse.kr(\\chop.kr(4, 2) * t.tempo, add: 0.01);"]
  },
  "FX Delay": {
    "prefix": ["fxdelay", "fxd"],
    "body": [
      "var delay = \\delay.kr(0.25);",
      "var count = \\delaycount.kr(8);",
      "sig + CombL.ar(sig,",
      "  maxdelaytime: delay,",
      "  delaytime: delay / t.tempo,",
      "  decaytime: count * delay,",
      "  mul: \\delaydecay.kr(0.8)",
      ");"
    ]
  },
  "FX Reverb": {
    "prefix": ["fxreverb", "fxr"],
    "body": [
      "FreeVerb.ar(sig,",
      "  1, // dry/wet mix (control via wet1/wet2/etc)",
      "  \\room.kr(0.5), // room size from 0-1",
      "  \\roomdamp.kr(0.5), // HF dampening from 0-1",
      ");"
    ]
  },
  "FX Tremolo": {
    "prefix": ["fxtremolo", "fxt"],
    "body": ["sig * SinOsc.ar( \\tremolo.kr(16) / t.tempo, mul:0.5, add:0.5);"]
  },
  "FX Vibrato": {
    "prefix": ["fxvibrato", "fxv"],
    "body": ["Vibrato.ar(sig, \\vibrato.kr(0), \\vibratodepth.kr(0.02));"]
  },
  "FX HPF": {
    "prefix": ["fxhpf"],
    "body": ["RHPF.ar(sig, \\hpf.kr(1000));"]
  },
  "FX LPF": {
    "prefix": ["fxlpf"],
    "body": ["RLPF.ar(sig, \\lpf.kr(800));"]
  },
  "FX BPF": {
    "prefix": ["fxbpf"],
    "body": ["BPF.ar(sig, \\bpf.kr(440), \\bpfrq.kr(1));"]
  },
  "FX Formant": {
    "prefix": ["fxformant"],
    "body": [
      "var formant = (\\formant.kr(0, 1) % 8) + 1;",
      "Formlet.ar(sig, formant * 200, ((formant % 5 + 1)) / 1000, (formant * 1.5) / 600).tanh;"
    ]
  },
  "FX Distortion 2": {
    "prefix": ["fxdistortion2", "fxdist2"],
    "body": [
      "var tmp = sig;",
      "sig = CrossoverDistortion.ar(sig, amp:0.2, smooth:0.01);",
      "sig = sig + (0.1 * \\dist.kr(0.2,0.1) * DynKlank.ar(`[[60,61,240,3000 + SinOsc.ar(62,mul:100)],nil,[0.1, 0.1, 0.05, 0.01]], sig));",
      "sig = (sig.cubed * 8).softclip * 0.5;",
      "sig = SelectX.ar(\\dist.kr(0.2,0.1), [tmp, sig]);"
    ]
  },
  "FX Distortion": {
    "prefix": ["fxdistortion", "fxdist"],
    "body": [
      "var gain = \\gain.kr(0).linlin(0,1,1,0.01);",
      "var distortion = \\distortion.kr(0).linlin(0,1,-0.9,1);",
      "sig = Select.ar(distortion > 0,",
      "  // Bring the clipping plane closer to 0 as distortion approaches -1",
      "  [sig.clip2(max(gain+distortion*gain, 0.01)),",
      "  // For distortion > 0, only affect the negative side of the signal",
      "  Select.ar(sig > 0, [",
      "    // Gradually map negative signal values to abs value",
      "    sig.linlin(-1,0,distortion.linlin(0,1,-1,1),0).clip2(gain),",
      "    sig,",
      "  ])",
      "]);"
    ]
  },
  "FX Wa-wa": {
    "prefix": ["fxwawa", "fxw"],
    "body": [
      "var center = \\waCenter.kr(440,1);",
      "var width = \\waWidth.kr(0.5,0.1);",
      "var wobble = SinOsc.ar(\\waRate.kr(8,0.1)/t.tempo, mul: center * width);",
      "BPF.ar(sig, center + wobble, \\waRq.kr(1));"
    ]
  },
  "FX Pan": {
    "prefix": "fxpan",
    "body": [
      "Balance2.ar(sig[0], sig[1], \\fxpan.kr(0.8) * LFNoise1.ar(\\fxpanrate.kr(10), mul: 2, add: -1));"
    ]
  },
  "FX Flanger": {
    "prefix": ["fxflanger", "fxflange"],
    "body": [
      "sig = sig + LocalIn.ar(2);",
      "sig = DelayN.ar(sig,0.02,SinOsc.kr(\\flangehz.kr(0.1),0,0.005,0.005));",
      "LocalOut.ar(\\flangefb.kr(0.1)*sig);",
      "sig;"
    ]
  },
  "FX Greyhole": {
    "prefix": ["fxgreyhole", "fxgrey"],
    "body": [
      "Greyhole.ar(sig,",
      "  delayTime:\\ghDelay.kr(0.1),",
      "  feedback:\\ghFB.kr(0.6),",
      "  diff:\\ghDiff.kr(0.707),",
      "  damp:\\ghDamp.kr(0.2),",
      "  modDepth:\\ghMDepth.kr(0.8),",
      "  modFreq:\\ghMFreq.kr(0.3),",
      ");"
    ]
  },
  "FX NHHall": {
    "prefix": ["fxnhhall", "fxhall"],
    "body": [
      "NHHall.ar(sig,",
      "  \\nhDecay.kr(1),",
      "  \\nhStereo.kr(0.5),",
      "  \\nhLowFreq.kr(200),",
      "  \\nhLowRatio.kr(0.5),",
      "  \\nhHiFreq.kr(4000),",
      "  \\nhHiRatio.kr(0.5),",
      "  \\nhEarlyDiffusion.kr(0.5),",
      "  \\nhLateDiffusion.kr(0.5),",
      "  \\nhModRate.kr(0.2),",
      "  \\nhModDepth.kr(0.3),",
      ");"
    ]
  },
  "FX EQ": {
    "prefix": ["fxeq"],
    "body": [
      "sig = BPeakEQ.ar(sig, \\eqLoHz.kr(200), 1, \\eqLo.kr(0));",
      "sig = BPeakEQ.ar(sig, \\eqMidHz.kr(600), 1, \\eqMid.kr(0));",
      "sig = BPeakEQ.ar(sig, \\eqHiHz.kr(1200), 1, \\eqHi.kr(0));"
    ]
  },
  "FX Phaser": {
    "prefix": ["fxphaser", "fxph"],
    "body": [
      "var maxDelay = \\phMaxdelay.kr(0.01);",
      "var minDelay = \\phMindelay.kr(0.001);",
      "AllpassC.ar(sig, maxDelay,",
      "  SinOsc.ar(\\phRate.kr(1), 0, (maxDelay * 0.5) - minDelay, (maxDelay * 0.5) + minDelay),",
      "  \\phDecay.kr(1));"
    ]
  },
  "FX Chorus": {
    "prefix": ["fxchorus"],
    "body": [
      "var numDelays = 8;",
      "var numOutChan = 2;",
      "var mods = { |i|",
      "    FSinOsc.kr(\\chSpeed.kr(1) * rrand(0.9, 1.1),",
      "      \\chPhase.kr(0) * i,",
      "      \\chDepth.kr(0.001),",
      "      \\chPredelay.kr(0.001));",
      "} ! (numDelays * numOutChan);",
      "sig = DelayL.ar(sig, 0.5, mods);",
      "Mix(sig.clump(numOutChan)) / numDelays;"
    ]
  },
  "FX Filtered Chorus": {
    "prefix": ["fxfchorus", "fxchorusfilter", "fxchorusf"],
    "body": [
      "var lo, hi, mods, indexBase;",
      "var numDelays = 8;",
      "var numOutChan = 2;",
      "lo = LPF.ar(sig, \\chCrossover.kr(100));",
      "hi = HPF.ar(sig, \\chCrossover.kr(100));",
      "mods = { |i|",
      "   SinOsc.kr(\\chSpeed.kr(1) * rrand(0.9, 1.1),",
      "     \\chPhase.kr(0) * i,",
      "     \\chDepth.kr(0.001),",
      "     \\chPredelay.kr(0.001));",
      "} ! (numDelays * numOutChan);",
      "sig = DelayL.ar(hi, 0.5, mods) / numDelays;",
      "indexBase = (0, numOutChan .. mods.size-1);",
      "hi = { |i| Mix(sig[indexBase + i]) } ! numOutChan;",
      "lo = lo + hi;",
      "XFade2.ar(sig, lo, \\chXfade.kr(0))"
    ]
  }
}