xavriley/sax_transcription:a279cee2 | Run with an API on Replicate

Version

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xavriley /sax_transcription:a279cee2

Playground API

Input

audio_input

file

Piano audio to transcribe

beats_per_bar

integer

numerator for time signature, default: 4

Default: 4

model_path

string

Shift + Return to add a new line

Optional URL to specify different model weights

Default: "./model.pth"

syncpoints_path

file

Optional path to syncpoints file

midi_path

file

Option path to midi file - skips audio and runs score layout only

start_time

number

Start time for audio

Default: 0

finish_time

number

Finish time for audio

Default: 0

skip_separation

boolean

Skip separation step

Default: false

file_label

string

Shift + Return to add a new line

Optional label for output filename

yt_url

string

Shift + Return to add a new line

https://www.youtube.com/watch?v=GKGpyi-R-SMhttps://www.youtube.com/watch?v=GKGpyi-R-SM

Optional YouTube URL to fetch audio from - replaces audio_input

device

string

Shift + Return to add a new line

Device to run inference on

Default: "cuda"

Run this model in Node.js with one line of code:

npx create-replicate --model=xavriley/sax_transcription

or set up a project from scratch

Install Replicate’s Node.js client library:

npm install replicate

Set the REPLICATE_API_TOKEN environment variable:

export REPLICATE_API_TOKEN=<paste-your-token-here>

Find your API token in your account settings.

Import and set up the client:

import Replicate from "replicate";

const replicate = new Replicate({
  auth: process.env.REPLICATE_API_TOKEN,
});

Run xavriley/sax_transcription using Replicate’s API. Check out the model's schema for an overview of inputs and outputs.

const output = await replicate.run(
  "xavriley/sax_transcription:a279cee215f744e0925d942a24dbf873f75b242dd0d3a8bab3f54b888d3cdfe6",
  {
    input: {
      device: "cuda",
      yt_url: "https://www.youtube.com/watch?v=GKGpyi-R-SM",
      file_label: "joel_frahm_caravan",
      model_path: "./model.pth",
      start_time: 120,
      finish_time: 250,
      beats_per_bar: 4,
      skip_separation: false
    }
  }
);

console.log(output);

To learn more, take a look at the guide on getting started with Node.js.

Install Replicate’s Python client library:

pip install replicate

Set the REPLICATE_API_TOKEN environment variable:

export REPLICATE_API_TOKEN=<paste-your-token-here>

Find your API token in your account settings.

Import the client:

import replicate

Run xavriley/sax_transcription using Replicate’s API. Check out the model's schema for an overview of inputs and outputs.

output = replicate.run(
    "xavriley/sax_transcription:a279cee215f744e0925d942a24dbf873f75b242dd0d3a8bab3f54b888d3cdfe6",
    input={
        "device": "cuda",
        "yt_url": "https://www.youtube.com/watch?v=GKGpyi-R-SM",
        "file_label": "joel_frahm_caravan",
        "model_path": "./model.pth",
        "start_time": 120,
        "finish_time": 250,
        "beats_per_bar": 4,
        "skip_separation": False
    }
)
print(output)

To learn more, take a look at the guide on getting started with Python.

Set the REPLICATE_API_TOKEN environment variable:

export REPLICATE_API_TOKEN=<paste-your-token-here>

Find your API token in your account settings.

Run xavriley/sax_transcription using Replicate’s API. Check out the model's schema for an overview of inputs and outputs.

curl -s -X POST \
  -H "Authorization: Bearer $REPLICATE_API_TOKEN" \
  -H "Content-Type: application/json" \
  -H "Prefer: wait" \
  -d $'{
    "version": "xavriley/sax_transcription:a279cee215f744e0925d942a24dbf873f75b242dd0d3a8bab3f54b888d3cdfe6",
    "input": {
      "device": "cuda",
      "yt_url": "https://www.youtube.com/watch?v=GKGpyi-R-SM",
      "file_label": "joel_frahm_caravan",
      "model_path": "./model.pth",
      "start_time": 120,
      "finish_time": 250,
      "beats_per_bar": 4,
      "skip_separation": false
    }
  }' \
  https://api.replicate.com/v1/predictions

To learn more, take a look at Replicate’s HTTP API reference docs.

Output

[ "https://storage.googleapis.com/replicate-files/18VVXroRWJIOD9IyHfeYNSrfj63iYC7lEEGnbU9AUw9BVr8kA/tmp_audio__joel_frahm_caravan.mid", "https://storage.googleapis.com/replicate-files/flYM9epm2BgGXkxrwqG8el8RIZRg9PwVmnOiEoqjVVEBVr8kA/tmp_audio__joel_frahm_caravan.xml", "https://storage.googleapis.com/replicate-files/QU6yfnfOxjk0pEyAAd4FQffYPD9sW2ALe9goQevogERLoalnE/tmp_audio__joel_frahm_caravan.json" ]

{
  "completed_at": "2024-03-09T00:09:04.685712Z",
  "created_at": "2024-03-09T00:03:20.120096Z",
  "data_removed": false,
  "error": null,
  "id": "nfp3mtzbbmwc6ogd4cknezw2e4",
  "input": {
    "device": "cuda",
    "yt_url": "https://www.youtube.com/watch?v=GKGpyi-R-SM",
    "file_label": "joel_frahm_caravan",
    "model_path": "./model.pth",
    "start_time": 120,
    "finish_time": 250,
    "beats_per_bar": 4,
    "skip_separation": false
  },
  "logs": "[youtube] Extracting URL: https://www.youtube.com/watch?v=GKGpyi-R-SM\n[youtube] GKGpyi-R-SM: Downloading webpage\n[youtube] GKGpyi-R-SM: Downloading ios player API JSON\n[youtube] GKGpyi-R-SM: Downloading android player API JSON\nWARNING: [youtube] YouTube said: ERROR - Precondition check failed.\nWARNING: [youtube] HTTP Error 400: Bad Request. Retrying (1/3)...\n[youtube] GKGpyi-R-SM: Downloading android player API JSON\n[youtube] GKGpyi-R-SM: Downloading m3u8 information\n[info] GKGpyi-R-SM: Downloading 1 format(s): 251\n[info] GKGpyi-R-SM: Downloading 1 time ranges: 120.0-250.0\n[download] Destination: tmp_audio\nInput #0, matroska,webm, from 'https://rr5---sn-qxo7rn7k.googlevideo.com/videoplayback?expire=1709964400&ei=EKjrZeu7DMSglu8PruSNyAM&ip=34.170.22.180&id=o-ADSBbuzV-F5UJ3jH11RnkjrbOqzwDfAwB4AJnaOA7Mdg&itag=251&source=youtube&requiressl=yes&xpc=EgVo2aDSNQ%3D%3D&mh=8A&mm=31%2C26&mn=sn-qxo7rn7k%2Csn-a5msenl7&ms=au%2Conr&mv=m&mvi=5&pl=17&initcwndbps=590000&spc=UWF9f6ZozetGKTFpB9BAqcHEGViLWwIY1y9hMYpttQSP-z8&vprv=1&svpuc=1&mime=audio%2Fwebm&gir=yes&clen=6329414&dur=472.721&lmt=1496516991838821&mt=1709942475&fvip=1&keepalive=yes&fexp=24007246&c=ANDROID&sparams=expire%2Cei%2Cip%2Cid%2Citag%2Csource%2Crequiressl%2Cxpc%2Cspc%2Cvprv%2Csvpuc%2Cmime%2Cgir%2Cclen%2Cdur%2Clmt&sig=AJfQdSswRgIhANPFgsl5nBUzhC-PW8ZO5GZnzsK9l7L40VjFp9N7PCYyAiEAoHgVLGAvAT2smIYWAKcRrSDXvo4CvqXjFX3FdHMqfFU%3D&lsparams=mh%2Cmm%2Cmn%2Cms%2Cmv%2Cmvi%2Cpl%2Cinitcwndbps&lsig=APTiJQcwRgIhALhNObAJeK5TJNP0GeAX6yUr9yxg8kKn_nQycldxfN9RAiEApl3529WJmfeiMtCLDG0dP2hSUc9YT1brGV73cfY45J0%3D':\nMetadata:\nencoder         : google\nDuration: 00:07:52.72, start: -0.007000, bitrate: 107 kb/s\nStream #0:0(eng): Audio: opus, 48000 Hz, stereo, fltp (default)\nStream mapping:\nStream #0:0 -> #0:0 (opus (native) -> opus (libopus))\nPress [q] to stop, [?] for help\n[libopus @ 0x5c15cb9f7340] No bit rate set. Defaulting to 96000 bps.\nOutput #0, webm, to 'file:tmp_audio.part':\nMetadata:\nencoder         : Lavf58.76.100\nStream #0:0(eng): Audio: opus, 48000 Hz, stereo, flt, 96 kb/s (default)\nMetadata:\nencoder         : Lavc58.134.100 libopus\nsize=       1kB time=00:00:00.00 bitrate=N/A speed=   0x\nsize=     256kB time=00:00:26.51 bitrate=  79.1kbits/s speed=  53x\nsize=     512kB time=00:00:56.59 bitrate=  74.1kbits/s speed=56.6x\nsize=     768kB time=00:01:19.83 bitrate=  78.8kbits/s speed=53.2x\nsize=    1024kB time=00:01:42.19 bitrate=  82.1kbits/s speed=51.1x\nsize=    1024kB time=00:02:04.81 bitrate=  67.2kbits/s speed=49.9x\nsize=    1341kB time=00:02:09.99 bitrate=  84.5kbits/s speed=49.5x\nvideo:0kB audio:1295kB subtitle:0kB other streams:0kB global headers:0kB muxing overhead: 3.536398%\n[download] 100% of    1.31MiB in 00:00:03 at 426.02KiB/s\n[ExtractAudio] Destination: tmp_audio.wav\nDeleting original file tmp_audio (pass -k to keep)\nCommand output: Separated tracks will be stored in /src/0d7ed4d7\nSeparating track /src/tmp_audio.wav\nNone\nLoaded audio in 7.839999999850988 seconds\nCheckpoint path: /src/filosax_25k.pth\nUsing cuda for inference.\nGPU number: 1\nSegment 0 / 4\nSegment 8 / 4\nSegment 16 / 4\nSegment 24 / 4\nSegment 32 / 4\nWrite out to tmp_audio__joel_frahm_caravan.mid\nTranscribed audio in 11.559999999590218 seconds\nTempo estimated from MIDI as 213.86374937841717 bpm\nTempo calculated as 240 bpm\n/src/monoparse -v 5 -a /src/qparse/44-red-charlieparker-omnibook.wta -barbeat 4 -beats /src/tmp_audio__joel_frahm_caravan.txt -start 0 -end 129.93 -config /src/qparse/params.ini -mono -ts 4/4 -max -clef G2 -tempo 240 -m /src/tmp_audio__joel_frahm_caravan.mid -o /src/tmp_audio__joel_frahm_caravan.mei\nCommand output: option help verbosity=5\nOption help : /src/qparse/44-red-charlieparker-omnibook.wta\noptions: setOptionArgs: 18\noptions: setOptionArgs barbeat : 1\nOption beats : /src/tmp_audio__joel_frahm_caravan.txt\noptions: setOptionArgs: 13\noptions: setOptionArgs start : 0\noptions: setOptionArgs: 14\noptions: setOptionArgs end : 129.93\nOption config : /src/qparse/params.ini\noptions: setOptionArgs: 29\noptions: setOptionArgs: 19\noptions: setOptionArgs ts : 4/4\noptions: setOptionArgs: 32\noptions: setOptionArgs: 33\noptions: setOptionArgs clef : G2\noptions: setOptionArgs: 17\noptions: setOptionArgs tempo : 240\noption input: MIDI file import\noption help : /src/tmp_audio__joel_frahm_caravan.mid\noption output : /src/tmp_audio__joel_frahm_caravan.meioption output: MEI file export\noptions: no schema file type\n[ info] verbosity level = 5\n[ info] input file: /src/tmp_audio__joel_frahm_caravan.mid\n[ info] schema file: /src/qparse/44-red-charlieparker-omnibook.wta (??? weight model option)\n[ info] beat annotation file: /src/tmp_audio__joel_frahm_caravan.txt\n[ info] output file: /src/tmp_audio__joel_frahm_caravan.mei\n[ info] config file: /src/qparse/params.ini\nloading configuration parameters from ini file /src/qparse/params.ini\nreading config from /src/qparse/params.ini\n[debug] parsing::OPT_RUN_DUR = true\n[debug] parsing::OPT_RUN_UNIT = true\n[debug] parsing::OPT_RUN_STRICT = true\n[debug] Weight::CST_ALPHA = 0.5\n[debug] Weight::CST_SIGMA2 = 0.5\n[debug] Weight::COEF_OFFSET_DIST_LEFT = 1\n[debug] Weight::COEF_OFFSET_DIST_RIGHT = 0.1\n[ info] parser multibar for drum with Key_SImono\n[ info] compute best tree sequence for /src/qparse/44-red-charlieparker-omnibook.wta and input in /src/tmp_audio__joel_frahm_caravan.mid\n[warning] -mono option implicit with model monoLR (ignored).\n[warning] null voicing in new ScoringEnv\n[ info] Debug mode ON\n[ info] Staccato mode ON\n[ info] Enumeration ordering: best to worst\n[ info] Import input from /src/tmp_audio__joel_frahm_caravan.mid\n[ info] read input segment from MIDI file /src/tmp_audio__joel_frahm_caravan.mid, mode MONO\n[ info] Input Env: read input segment from MIDI file /src/tmp_audio__joel_frahm_caravan.mid track 1, mode MONO\n[ info] MIDIfile: 1 tracks, hasJoinedTracks=1\n[ info] MIDIfile: ticks per Quarter Note=960\n[ info] MIDIfile: total time = 129.83sec = 499201ticks = 520.001qn\n[ info] reset input segment start to 0, end to 129.93\n[ info] segment : rbegin=0, rend=129.93, 1206 events  (1206 in bounds, 0 to 1206)\n[debug] segment ORIGINAL: rbegin=0, rend=129.93, 1206 events  (1206 in bounds, 0 to 1206)\n[debug] time signature = 4/4\n[ info] read beat tracking annotations from /src/tmp_audio__joel_frahm_caravan.txt\n[ info] shift beattracking content by -0\n[ info] beats : rbegin=0, rend=130.79, 131 ticks, pickup=0, 1 bpb, 1 tpb\n[ info] 131 beat tracking annotation loaded\n[ info] initialize tempo with beattracking info (initial bar dur=0.91)\n[debug] initial bar duration = 1s\n[debug] segment : rbegin=0, rend=129.93, 1206 events  (1206 in bounds, 0 to 1206)\n[debug] beattrack : rbegin=0, rend=130.79, 131 ticks, pickup=0, 1 bpb, 1 tpb\n[ info] import schema from /src/qparse/44-red-charlieparker-omnibook.wta, weight domain: Tropical\n[ info] found weight type Tropical in /src/qparse/44-red-charlieparker-omnibook.wta\n[ info] SWTA import: start importing schema from /src/qparse/44-red-charlieparker-omnibook.wta\n[ info] SWTA import: 30 transitions succesfully parsed from /src/qparse/44-red-charlieparker-omnibook.wta\n[ info] SWTA import: force weight type Tropical\n[ info] SWTAFileIn (after casting and cleaning):\n6 states\n30 transitions\n46 total symbols\n[ info] Time Signature from command line option: 4/4\n[ info] Scoring Env: change time sig to 4/4\n[warning] newRewriteRule: RestDot replaced by RestDotL, RestDotR\n[ info] 1-best computation\n[ info] parsing mono input segment [0-129.93].rdur=129.93\n[ info] input segment is set as open\n[ info] Parse and construct the symbolic score model {}\n[ info] Construct a symbolic score MonoLR model from the 1-best parse tree\n[debug] top run of weight 2559.36=<2424.13, 135.23>\n[debug] TableImporter: read part solo run=B2 tr=B2(0 , -2 ) : 0=<0, 0> : 2559.36=<2424.13, 135.23> filter= B2 (0/2) sunit:0 scont:0 [ ]_0 1206pts weight=2559.36=<2424.13, 135.23>\n[debug] TableImporter[0]: read measure 0  weight=9.54=<9.54, 0>\n[debug] TableImporter[0]: read measure 1  weight=18.334=<17.834, 0.5>\n[debug] TableImporter[5]: read measure 2  weight=10.0622=<9.945, 0.117168>\n[debug] TableImporter[7]: read measure 3  weight=25.1896=<24.68, 0.509627>\n[debug] TableImporter[17]: read measure 4  weight=5.80288=<5.41, 0.392885>\n[debug] TableImporter[18]: read measure 5  weight=9.54=<9.54, 0>\n[debug] TableImporter[18]: read measure 6  weight=21.7102=<20.71, 1.00015>\n[debug] TableImporter[29]: read measure 7  weight=22.36=<21.36, 1.00003>\n[debug] TableImporter[37]: read measure 8  weight=9.54=<9.54, 0>\n[debug] TableImporter[37]: read measure 9  weight=17.4664=<16.94, 0.526371>\n[debug] TableImporter[45]: read measure 10  weight=21.23=<19.23, 1.99996>\n[debug] TableImporter[53]: 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0.900467>\n[debug] TableImporter[513]: read measure 62  weight=17.4187=<16.25, 1.16868>\n[debug] TableImporter[521]: read measure 63  weight=17.6205=<17.59, 0.0305107>\n[debug] TableImporter[525]: read measure 64  weight=22.6007=<21.45, 1.15075>\n[debug] TableImporter[539]: read measure 65  weight=26.6997=<25.57, 1.12967>\n[debug] TableImporter[551]: read measure 66  weight=17.9744=<16.99, 0.98441>\n[debug] TableImporter[561]: read measure 67  weight=5.43105=<5.41, 0.021045>\n[debug] TableImporter[562]: read measure 68  weight=23.5074=<22.84, 0.667376>\n[debug] TableImporter[573]: read measure 69  weight=23.8027=<22.07, 1.73274>\n[debug] TableImporter[586]: read measure 70  weight=9.54=<9.54, 0>\n[debug] TableImporter[586]: read measure 71  weight=10.4005=<9.945, 0.455478>\n[debug] TableImporter[587]: read measure 72  weight=29.2866=<25.51, 3.77658>\n[debug] TableImporter[605]: read measure 73  weight=23.5237=<22.19, 1.33367>\n[debug] TableImporter[621]: read measure 74  weight=22.8585=<22.19, 0.6685>\n[debug] TableImporter[637]: read measure 75  weight=15.4847=<15.46, 0.0247364>\n[debug] TableImporter[642]: read measure 76  weight=28.0346=<26.31, 1.72462>\n[debug] TableImporter[655]: read measure 77  weight=27.0817=<24.77, 2.31168>\n[debug] TableImporter[671]: read measure 78  weight=24.4518=<22.19, 2.26181>\n[debug] TableImporter[687]: read measure 79  weight=12.4567=<11.79, 0.666736>\n[debug] TableImporter[691]: read measure 80  weight=5.41=<5.41, 4.36516e-06>\n[debug] TableImporter[692]: read measure 81  weight=9.54=<9.54, 0>\n[debug] TableImporter[692]: read measure 82  weight=22.3679=<20.96, 1.40789>\n[debug] TableImporter[699]: read measure 83  weight=21.7895=<19.97, 1.81947>\n[debug] TableImporter[710]: read measure 84  weight=22.5268=<19.97, 2.55677>\n[debug] TableImporter[720]: read measure 85  weight=22.4901=<20.71, 1.78014>\n[debug] TableImporter[731]: read measure 86  weight=21.2845=<19.23, 2.05446>\n[debug] TableImporter[739]: read measure 87  weight=20.9191=<19.97, 0.949086>\n[debug] TableImporter[749]: read measure 88  weight=18.6346=<16.25, 2.38461>\n[debug] TableImporter[757]: read measure 89  weight=20.304=<19.97, 0.334009>\n[debug] TableImporter[767]: read measure 90  weight=21.3943=<20.71, 0.684286>\n[debug] TableImporter[779]: read measure 91  weight=17.0672=<16.2, 0.867236>\n[debug] TableImporter[786]: read measure 92  weight=22.5262=<22.19, 0.336172>\n[debug] TableImporter[801]: read measure 93  weight=24.2283=<22.19, 2.0383>\n[debug] TableImporter[817]: read measure 94  weight=17.3932=<16.2, 1.19317>\n[debug] TableImporter[824]: read measure 95  weight=17.3941=<16.87, 0.524135>\n[debug] TableImporter[829]: read measure 96  weight=24.6292=<22.19, 2.43916>\n[debug] TableImporter[845]: read measure 97  weight=23.798=<22.19, 1.60804>\n[debug] TableImporter[861]: read measure 98  weight=28.8893=<25.51, 3.37928>\n[debug] TableImporter[879]: read measure 99  weight=22.4125=<20.59, 1.82255>\n[debug] TableImporter[887]: read measure 100  weight=29.238=<28.83, 0.40804>\n[debug] TableImporter[907]: read measure 101  weight=39.0704=<37.046, 2.02441>\n[debug] TableImporter[925]: read measure 102  weight=31.7702=<28.83, 2.94025>\n[debug] TableImporter[945]: read measure 103  weight=24.8557=<22.19, 2.66574>\n[debug] TableImporter[961]: read measure 104  weight=22.4106=<20.59, 1.82059>\n[debug] TableImporter[970]: read measure 105  weight=22.0432=<20.71, 1.33323>\n[debug] TableImporter[981]: read measure 106  weight=22.6357=<20.96, 1.67565>\n[debug] TableImporter[989]: read measure 107  weight=27.1042=<22.19, 4.91418>\n[debug] TableImporter[1005]: read measure 108  weight=17.6082=<16.25, 1.35819>\n[debug] TableImporter[1014]: read measure 109  weight=16.4401=<15.51, 0.93009>\n[debug] TableImporter[1019]: read measure 110  weight=5.42323=<5.41, 0.0132305>\n[debug] TableImporter[1020]: read measure 111  weight=19.9055=<18.574, 1.33152>\n[debug] TableImporter[1027]: read measure 112  weight=22.4521=<21.45, 1.00213>\n[debug] TableImporter[1041]: read measure 113  weight=22.5272=<22.19, 0.337182>\n[debug] TableImporter[1057]: read measure 114  weight=22.6934=<22.19, 0.5034>\n[debug] TableImporter[1073]: read measure 115  weight=23.0253=<22.87, 0.155261>\n[debug] TableImporter[1081]: read measure 116  weight=24.3563=<22.19, 2.1663>\n[debug] TableImporter[1097]: read measure 117  weight=23.1919=<22.19, 1.00193>\n[debug] TableImporter[1113]: read measure 118  weight=24.3574=<22.19, 2.16737>\n[debug] TableImporter[1129]: read measure 119  weight=44.0163=<40.24, 3.77627>\n[debug] TableImporter[1145]: read measure 120  weight=5.50208=<5.41, 0.0920794>\n[debug] TableImporter[1146]: read measure 121  weight=17.0797=<16.25, 0.829682>\n[debug] TableImporter[1153]: read measure 122  weight=6.42534=<5.41, 1.01534>\n[debug] TableImporter[1154]: read measure 123  weight=15.291=<11.79, 3.50095>\n[debug] TableImporter[1158]: read measure 124  weight=30.0141=<29.676, 0.338061>\n[debug] TableImporter[1173]: read measure 125  weight=22.8606=<22.19, 0.670627>\n[debug] TableImporter[1189]: read measure 126  weight=21.6561=<20.71, 0.946125>\n[debug] TableImporter[1201]: read measure 127  weight=17.4294=<17.094, 0.335428>\n[ info] time to parse and build score: 2144.76ms\n[ info] Keyfind: estimation = 8 Major, sig=-4\n[ info] Key Estimation part solo in score /src/tmp_audio__joel_frahm_carava: 4b\n[ info] Pitch Spelling part solo in score /src/tmp_audio__joel_frahm_carava\n[debug] pitch-spelling with 4b\n[debug] spell0 -4\n[ info] export to MEI file /src/tmp_audio__joel_frahm_caravan.mei\n[ info] write score to /src/tmp_audio__joel_frahm_caravan.mei\n[ info] delete Parse Table\nqparse ran successfully",
  "metrics": {
    "predict_time": 146.099969,
    "total_time": 344.565616
  },
  "output": [
    "https://storage.googleapis.com/replicate-files/18VVXroRWJIOD9IyHfeYNSrfj63iYC7lEEGnbU9AUw9BVr8kA/tmp_audio__joel_frahm_caravan.mid",
    "https://storage.googleapis.com/replicate-files/flYM9epm2BgGXkxrwqG8el8RIZRg9PwVmnOiEoqjVVEBVr8kA/tmp_audio__joel_frahm_caravan.xml",
    "https://storage.googleapis.com/replicate-files/QU6yfnfOxjk0pEyAAd4FQffYPD9sW2ALe9goQevogERLoalnE/tmp_audio__joel_frahm_caravan.json"
  ],
  "started_at": "2024-03-09T00:06:38.585743Z",
  "status": "succeeded",
  "urls": {
    "get": "https://api.replicate.com/v1/predictions/nfp3mtzbbmwc6ogd4cknezw2e4",
    "cancel": "https://api.replicate.com/v1/predictions/nfp3mtzbbmwc6ogd4cknezw2e4/cancel"
  },
  "version": "a279cee215f744e0925d942a24dbf873f75b242dd0d3a8bab3f54b888d3cdfe6"
}

Generated in

2 minutes 26 seconds

Tweak it Report View full prediction

[youtube] Extracting URL: https://www.youtube.com/watch?v=GKGpyi-R-SM
[youtube] GKGpyi-R-SM: Downloading webpage
[youtube] GKGpyi-R-SM: Downloading ios player API JSON
[youtube] GKGpyi-R-SM: Downloading android player API JSON
WARNING: [youtube] YouTube said: ERROR - Precondition check failed.
WARNING: [youtube] HTTP Error 400: Bad Request. Retrying (1/3)...
[youtube] GKGpyi-R-SM: Downloading android player API JSON
[youtube] GKGpyi-R-SM: Downloading m3u8 information
[info] GKGpyi-R-SM: Downloading 1 format(s): 251
[info] GKGpyi-R-SM: Downloading 1 time ranges: 120.0-250.0
[download] Destination: tmp_audio
Input #0, matroska,webm, from 'https://rr5---sn-qxo7rn7k.googlevideo.com/videoplayback?expire=1709964400&ei=EKjrZeu7DMSglu8PruSNyAM&ip=34.170.22.180&id=o-ADSBbuzV-F5UJ3jH11RnkjrbOqzwDfAwB4AJnaOA7Mdg&itag=251&source=youtube&requiressl=yes&xpc=EgVo2aDSNQ%3D%3D&mh=8A&mm=31%2C26&mn=sn-qxo7rn7k%2Csn-a5msenl7&ms=au%2Conr&mv=m&mvi=5&pl=17&initcwndbps=590000&spc=UWF9f6ZozetGKTFpB9BAqcHEGViLWwIY1y9hMYpttQSP-z8&vprv=1&svpuc=1&mime=audio%2Fwebm&gir=yes&clen=6329414&dur=472.721&lmt=1496516991838821&mt=1709942475&fvip=1&keepalive=yes&fexp=24007246&c=ANDROID&sparams=expire%2Cei%2Cip%2Cid%2Citag%2Csource%2Crequiressl%2Cxpc%2Cspc%2Cvprv%2Csvpuc%2Cmime%2Cgir%2Cclen%2Cdur%2Clmt&sig=AJfQdSswRgIhANPFgsl5nBUzhC-PW8ZO5GZnzsK9l7L40VjFp9N7PCYyAiEAoHgVLGAvAT2smIYWAKcRrSDXvo4CvqXjFX3FdHMqfFU%3D&lsparams=mh%2Cmm%2Cmn%2Cms%2Cmv%2Cmvi%2Cpl%2Cinitcwndbps&lsig=APTiJQcwRgIhALhNObAJeK5TJNP0GeAX6yUr9yxg8kKn_nQycldxfN9RAiEApl3529WJmfeiMtCLDG0dP2hSUc9YT1brGV73cfY45J0%3D':
Metadata:
encoder         : google
Duration: 00:07:52.72, start: -0.007000, bitrate: 107 kb/s
Stream #0:0(eng): Audio: opus, 48000 Hz, stereo, fltp (default)
Stream mapping:
Stream #0:0 -> #0:0 (opus (native) -> opus (libopus))
Press [q] to stop, [?] for help
[libopus @ 0x5c15cb9f7340] No bit rate set. Defaulting to 96000 bps.
Output #0, webm, to 'file:tmp_audio.part':
Metadata:
encoder         : Lavf58.76.100
Stream #0:0(eng): Audio: opus, 48000 Hz, stereo, flt, 96 kb/s (default)
Metadata:
encoder         : Lavc58.134.100 libopus
size=       1kB time=00:00:00.00 bitrate=N/A speed=   0x
size=     256kB time=00:00:26.51 bitrate=  79.1kbits/s speed=  53x
size=     512kB time=00:00:56.59 bitrate=  74.1kbits/s speed=56.6x
size=     768kB time=00:01:19.83 bitrate=  78.8kbits/s speed=53.2x
size=    1024kB time=00:01:42.19 bitrate=  82.1kbits/s speed=51.1x
size=    1024kB time=00:02:04.81 bitrate=  67.2kbits/s speed=49.9x
size=    1341kB time=00:02:09.99 bitrate=  84.5kbits/s speed=49.5x
video:0kB audio:1295kB subtitle:0kB other streams:0kB global headers:0kB muxing overhead: 3.536398%
[download] 100% of    1.31MiB in 00:00:03 at 426.02KiB/s
[ExtractAudio] Destination: tmp_audio.wav
Deleting original file tmp_audio (pass -k to keep)
Command output: Separated tracks will be stored in /src/0d7ed4d7
Separating track /src/tmp_audio.wav
None
Loaded audio in 7.839999999850988 seconds
Checkpoint path: /src/filosax_25k.pth
Using cuda for inference.
GPU number: 1
Segment 0 / 4
Segment 8 / 4
Segment 16 / 4
Segment 24 / 4
Segment 32 / 4
Write out to tmp_audio__joel_frahm_caravan.mid
Transcribed audio in 11.559999999590218 seconds
Tempo estimated from MIDI as 213.86374937841717 bpm
Tempo calculated as 240 bpm
/src/monoparse -v 5 -a /src/qparse/44-red-charlieparker-omnibook.wta -barbeat 4 -beats /src/tmp_audio__joel_frahm_caravan.txt -start 0 -end 129.93 -config /src/qparse/params.ini -mono -ts 4/4 -max -clef G2 -tempo 240 -m /src/tmp_audio__joel_frahm_caravan.mid -o /src/tmp_audio__joel_frahm_caravan.mei
Command output: option help verbosity=5
Option help : /src/qparse/44-red-charlieparker-omnibook.wta
options: setOptionArgs: 18
options: setOptionArgs barbeat : 1
Option beats : /src/tmp_audio__joel_frahm_caravan.txt
options: setOptionArgs: 13
options: setOptionArgs start : 0
options: setOptionArgs: 14
options: setOptionArgs end : 129.93
Option config : /src/qparse/params.ini
options: setOptionArgs: 29
options: setOptionArgs: 19
options: setOptionArgs ts : 4/4
options: setOptionArgs: 32
options: setOptionArgs: 33
options: setOptionArgs clef : G2
options: setOptionArgs: 17
options: setOptionArgs tempo : 240
option input: MIDI file import
option help : /src/tmp_audio__joel_frahm_caravan.mid
option output : /src/tmp_audio__joel_frahm_caravan.meioption output: MEI file export
options: no schema file type
[ info] verbosity level = 5
[ info] input file: /src/tmp_audio__joel_frahm_caravan.mid
[ info] schema file: /src/qparse/44-red-charlieparker-omnibook.wta (??? weight model option)
[ info] beat annotation file: /src/tmp_audio__joel_frahm_caravan.txt
[ info] output file: /src/tmp_audio__joel_frahm_caravan.mei
[ info] config file: /src/qparse/params.ini
loading configuration parameters from ini file /src/qparse/params.ini
reading config from /src/qparse/params.ini
[debug] parsing::OPT_RUN_DUR = true
[debug] parsing::OPT_RUN_UNIT = true
[debug] parsing::OPT_RUN_STRICT = true
[debug] Weight::CST_ALPHA = 0.5
[debug] Weight::CST_SIGMA2 = 0.5
[debug] Weight::COEF_OFFSET_DIST_LEFT = 1
[debug] Weight::COEF_OFFSET_DIST_RIGHT = 0.1
[ info] parser multibar for drum with Key_SImono
[ info] compute best tree sequence for /src/qparse/44-red-charlieparker-omnibook.wta and input in /src/tmp_audio__joel_frahm_caravan.mid
[warning] -mono option implicit with model monoLR (ignored).
[warning] null voicing in new ScoringEnv
[ info] Debug mode ON
[ info] Staccato mode ON
[ info] Enumeration ordering: best to worst
[ info] Import input from /src/tmp_audio__joel_frahm_caravan.mid
[ info] read input segment from MIDI file /src/tmp_audio__joel_frahm_caravan.mid, mode MONO
[ info] Input Env: read input segment from MIDI file /src/tmp_audio__joel_frahm_caravan.mid track 1, mode MONO
[ info] MIDIfile: 1 tracks, hasJoinedTracks=1
[ info] MIDIfile: ticks per Quarter Note=960
[ info] MIDIfile: total time = 129.83sec = 499201ticks = 520.001qn
[ info] reset input segment start to 0, end to 129.93
[ info] segment : rbegin=0, rend=129.93, 1206 events  (1206 in bounds, 0 to 1206)
[debug] segment ORIGINAL: rbegin=0, rend=129.93, 1206 events  (1206 in bounds, 0 to 1206)
[debug] time signature = 4/4
[ info] read beat tracking annotations from /src/tmp_audio__joel_frahm_caravan.txt
[ info] shift beattracking content by -0
[ info] beats : rbegin=0, rend=130.79, 131 ticks, pickup=0, 1 bpb, 1 tpb
[ info] 131 beat tracking annotation loaded
[ info] initialize tempo with beattracking info (initial bar dur=0.91)
[debug] initial bar duration = 1s
[debug] segment : rbegin=0, rend=129.93, 1206 events  (1206 in bounds, 0 to 1206)
[debug] beattrack : rbegin=0, rend=130.79, 131 ticks, pickup=0, 1 bpb, 1 tpb
[ info] import schema from /src/qparse/44-red-charlieparker-omnibook.wta, weight domain: Tropical
[ info] found weight type Tropical in /src/qparse/44-red-charlieparker-omnibook.wta
[ info] SWTA import: start importing schema from /src/qparse/44-red-charlieparker-omnibook.wta
[ info] SWTA import: 30 transitions succesfully parsed from /src/qparse/44-red-charlieparker-omnibook.wta
[ info] SWTA import: force weight type Tropical
[ info] SWTAFileIn (after casting and cleaning):
6 states
30 transitions
46 total symbols
[ info] Time Signature from command line option: 4/4
[ info] Scoring Env: change time sig to 4/4
[warning] newRewriteRule: RestDot replaced by RestDotL, RestDotR
[ info] 1-best computation
[ info] parsing mono input segment [0-129.93].rdur=129.93
[ info] input segment is set as open
[ info] Parse and construct the symbolic score model {}
[ info] Construct a symbolic score MonoLR model from the 1-best parse tree
[debug] top run of weight 2559.36=<2424.13, 135.23>
[debug] TableImporter: read part solo run=B2 tr=B2(0 , -2 ) : 0=<0, 0> : 2559.36=<2424.13, 135.23> filter= B2 (0/2) sunit:0 scont:0 [ ]_0 1206pts weight=2559.36=<2424.13, 135.23>
[debug] TableImporter[0]: read measure 0  weight=9.54=<9.54, 0>
[debug] TableImporter[0]: read measure 1  weight=18.334=<17.834, 0.5>
[debug] TableImporter[5]: read measure 2  weight=10.0622=<9.945, 0.117168>
[debug] TableImporter[7]: read measure 3  weight=25.1896=<24.68, 0.509627>
[debug] TableImporter[17]: read measure 4  weight=5.80288=<5.41, 0.392885>
[debug] TableImporter[18]: read measure 5  weight=9.54=<9.54, 0>
[debug] TableImporter[18]: read measure 6  weight=21.7102=<20.71, 1.00015>
[debug] TableImporter[29]: read measure 7  weight=22.36=<21.36, 1.00003>
[debug] TableImporter[37]: read measure 8  weight=9.54=<9.54, 0>
[debug] TableImporter[37]: read measure 9  weight=17.4664=<16.94, 0.526371>
[debug] TableImporter[45]: read measure 10  weight=21.23=<19.23, 1.99996>
[debug] TableImporter[53]: read measure 11  weight=9.945=<9.945, 4.57143e-06>
[debug] TableImporter[55]: read measure 12  weight=24.0931=<23.34, 0.753108>
[debug] TableImporter[61]: read measure 13  weight=19.7025=<18.53, 1.17249>
[debug] TableImporter[69]: read measure 14  weight=23.3766=<21.51, 1.86657>
[debug] TableImporter[77]: read measure 15  weight=9.945=<9.945, 4.0404e-06>
[debug] TableImporter[79]: read measure 16  weight=16.4712=<15.46, 1.01119>
[debug] TableImporter[83]: read measure 17  weight=17.25=<16.25, 1.00004>
[debug] TableImporter[91]: read measure 18  weight=24.1233=<23.79, 0.333321>
[debug] TableImporter[99]: read measure 19  weight=9.94501=<9.945, 5.17799e-06>
[debug] TableImporter[101]: read measure 20  weight=16.996=<16.2, 0.795977>
[debug] TableImporter[107]: read measure 21  weight=17.01=<15.51, 1.49998>
[debug] TableImporter[113]: read measure 22  weight=22.718=<21.51, 1.208>
[debug] TableImporter[121]: read measure 23  weight=16.01=<15.51, 0.500004>
[debug] TableImporter[127]: read measure 24  weight=16.5778=<16.2, 0.377788>
[debug] TableImporter[133]: read measure 25  weight=10.4708=<9.945, 0.525782>
[debug] TableImporter[135]: read measure 26  weight=20.3534=<19.85, 0.503407>
[debug] TableImporter[141]: read measure 27  weight=15.51=<15.51, 3.99445e-05>
[debug] TableImporter[147]: read measure 28  weight=20.3096=<19.85, 0.459578>
[debug] TableImporter[153]: read measure 29  weight=19.2301=<19.23, 6.04489e-05>
[debug] TableImporter[161]: read measure 30  weight=9.94501=<9.945, 7.92082e-06>
[debug] TableImporter[164]: read measure 31  weight=22.448=<21.45, 0.997964>
[debug] TableImporter[177]: read measure 32  weight=23.1902=<22.19, 1.00017>
[debug] TableImporter[193]: read measure 33  weight=16.9903=<16.99, 0.000293848>
[debug] TableImporter[203]: read measure 34  weight=18.1197=<16.94, 1.17971>
[debug] TableImporter[211]: read measure 35  weight=44.2971=<41.848, 2.44913>
[debug] TableImporter[231]: read measure 36  weight=28.1654=<25.51, 2.65543>
[debug] TableImporter[249]: read measure 37  weight=22.1908=<22.19, 0.000775758>
[debug] TableImporter[265]: read measure 38  weight=29.0112=<28.83, 0.181225>
[debug] TableImporter[285]: read measure 39  weight=21.7998=<20.26, 1.53984>
[debug] TableImporter[296]: read measure 40  weight=17.1838=<16.9, 0.28378>
[debug] TableImporter[299]: read measure 41  weight=21.5935=<20.31, 1.28351>
[debug] TableImporter[311]: read measure 42  weight=22.8572=<22.19, 0.667152>
[debug] TableImporter[327]: read measure 43  weight=27.6812=<24.77, 2.91117>
[debug] TableImporter[343]: read measure 44  weight=16.9907=<16.99, 0.00073266>
[debug] TableImporter[354]: read measure 45  weight=20.9702=<19.97, 1.00024>
[debug] TableImporter[363]: read measure 46  weight=15.5102=<15.51, 0.000205122>
[debug] TableImporter[370]: read measure 47  weight=10.5473=<9.945, 0.602347>
[debug] TableImporter[372]: read measure 48  weight=13.7269=<13.374, 0.35291>
[debug] TableImporter[373]: read measure 49  weight=22.8725=<21.45, 1.42251>
[debug] TableImporter[387]: read measure 50  weight=21.224=<19.57, 1.65402>
[debug] TableImporter[397]: read measure 51  weight=10.1043=<9.945, 0.159301>
[debug] TableImporter[399]: read measure 52  weight=21.6638=<20.71, 0.953817>
[debug] TableImporter[411]: read measure 53  weight=17.5182=<16.25, 1.26818>
[debug] TableImporter[419]: read measure 54  weight=19.4961=<19.374, 0.12211>
[debug] TableImporter[424]: read measure 55  weight=27.4835=<27.05, 0.433542>
[debug] TableImporter[439]: read measure 56  weight=22.5247=<22.19, 0.334684>
[debug] TableImporter[455]: read measure 57  weight=22.5249=<22.19, 0.334884>
[debug] TableImporter[471]: read measure 58  weight=30.1704=<28.09, 2.08037>
[debug] TableImporter[489]: read measure 59  weight=17.6199=<16.2, 1.41987>
[debug] TableImporter[495]: read measure 60  weight=16.6952=<16.25, 0.445182>
[debug] TableImporter[503]: read measure 61  weight=20.8705=<19.97, 0.900467>
[debug] TableImporter[513]: read measure 62  weight=17.4187=<16.25, 1.16868>
[debug] TableImporter[521]: read measure 63  weight=17.6205=<17.59, 0.0305107>
[debug] TableImporter[525]: read measure 64  weight=22.6007=<21.45, 1.15075>
[debug] TableImporter[539]: read measure 65  weight=26.6997=<25.57, 1.12967>
[debug] TableImporter[551]: read measure 66  weight=17.9744=<16.99, 0.98441>
[debug] TableImporter[561]: read measure 67  weight=5.43105=<5.41, 0.021045>
[debug] TableImporter[562]: read measure 68  weight=23.5074=<22.84, 0.667376>
[debug] TableImporter[573]: read measure 69  weight=23.8027=<22.07, 1.73274>
[debug] TableImporter[586]: read measure 70  weight=9.54=<9.54, 0>
[debug] TableImporter[586]: read measure 71  weight=10.4005=<9.945, 0.455478>
[debug] TableImporter[587]: read measure 72  weight=29.2866=<25.51, 3.77658>
[debug] TableImporter[605]: read measure 73  weight=23.5237=<22.19, 1.33367>
[debug] TableImporter[621]: read measure 74  weight=22.8585=<22.19, 0.6685>
[debug] TableImporter[637]: read measure 75  weight=15.4847=<15.46, 0.0247364>
[debug] TableImporter[642]: read measure 76  weight=28.0346=<26.31, 1.72462>
[debug] TableImporter[655]: read measure 77  weight=27.0817=<24.77, 2.31168>
[debug] TableImporter[671]: read measure 78  weight=24.4518=<22.19, 2.26181>
[debug] TableImporter[687]: read measure 79  weight=12.4567=<11.79, 0.666736>
[debug] TableImporter[691]: read measure 80  weight=5.41=<5.41, 4.36516e-06>
[debug] TableImporter[692]: read measure 81  weight=9.54=<9.54, 0>
[debug] TableImporter[692]: read measure 82  weight=22.3679=<20.96, 1.40789>
[debug] TableImporter[699]: read measure 83  weight=21.7895=<19.97, 1.81947>
[debug] TableImporter[710]: read measure 84  weight=22.5268=<19.97, 2.55677>
[debug] TableImporter[720]: read measure 85  weight=22.4901=<20.71, 1.78014>
[debug] TableImporter[731]: read measure 86  weight=21.2845=<19.23, 2.05446>
[debug] TableImporter[739]: read measure 87  weight=20.9191=<19.97, 0.949086>
[debug] TableImporter[749]: read measure 88  weight=18.6346=<16.25, 2.38461>
[debug] TableImporter[757]: read measure 89  weight=20.304=<19.97, 0.334009>
[debug] TableImporter[767]: read measure 90  weight=21.3943=<20.71, 0.684286>
[debug] TableImporter[779]: read measure 91  weight=17.0672=<16.2, 0.867236>
[debug] TableImporter[786]: read measure 92  weight=22.5262=<22.19, 0.336172>
[debug] TableImporter[801]: read measure 93  weight=24.2283=<22.19, 2.0383>
[debug] TableImporter[817]: read measure 94  weight=17.3932=<16.2, 1.19317>
[debug] TableImporter[824]: read measure 95  weight=17.3941=<16.87, 0.524135>
[debug] TableImporter[829]: read measure 96  weight=24.6292=<22.19, 2.43916>
[debug] TableImporter[845]: read measure 97  weight=23.798=<22.19, 1.60804>
[debug] TableImporter[861]: read measure 98  weight=28.8893=<25.51, 3.37928>
[debug] TableImporter[879]: read measure 99  weight=22.4125=<20.59, 1.82255>
[debug] TableImporter[887]: read measure 100  weight=29.238=<28.83, 0.40804>
[debug] TableImporter[907]: read measure 101  weight=39.0704=<37.046, 2.02441>
[debug] TableImporter[925]: read measure 102  weight=31.7702=<28.83, 2.94025>
[debug] TableImporter[945]: read measure 103  weight=24.8557=<22.19, 2.66574>
[debug] TableImporter[961]: read measure 104  weight=22.4106=<20.59, 1.82059>
[debug] TableImporter[970]: read measure 105  weight=22.0432=<20.71, 1.33323>
[debug] TableImporter[981]: read measure 106  weight=22.6357=<20.96, 1.67565>
[debug] TableImporter[989]: read measure 107  weight=27.1042=<22.19, 4.91418>
[debug] TableImporter[1005]: read measure 108  weight=17.6082=<16.25, 1.35819>
[debug] TableImporter[1014]: read measure 109  weight=16.4401=<15.51, 0.93009>
[debug] TableImporter[1019]: read measure 110  weight=5.42323=<5.41, 0.0132305>
[debug] TableImporter[1020]: read measure 111  weight=19.9055=<18.574, 1.33152>
[debug] TableImporter[1027]: read measure 112  weight=22.4521=<21.45, 1.00213>
[debug] TableImporter[1041]: read measure 113  weight=22.5272=<22.19, 0.337182>
[debug] TableImporter[1057]: read measure 114  weight=22.6934=<22.19, 0.5034>
[debug] TableImporter[1073]: read measure 115  weight=23.0253=<22.87, 0.155261>
[debug] TableImporter[1081]: read measure 116  weight=24.3563=<22.19, 2.1663>
[debug] TableImporter[1097]: read measure 117  weight=23.1919=<22.19, 1.00193>
[debug] TableImporter[1113]: read measure 118  weight=24.3574=<22.19, 2.16737>
[debug] TableImporter[1129]: read measure 119  weight=44.0163=<40.24, 3.77627>
[debug] TableImporter[1145]: read measure 120  weight=5.50208=<5.41, 0.0920794>
[debug] TableImporter[1146]: read measure 121  weight=17.0797=<16.25, 0.829682>
[debug] TableImporter[1153]: read measure 122  weight=6.42534=<5.41, 1.01534>
[debug] TableImporter[1154]: read measure 123  weight=15.291=<11.79, 3.50095>
[debug] TableImporter[1158]: read measure 124  weight=30.0141=<29.676, 0.338061>
[debug] TableImporter[1173]: read measure 125  weight=22.8606=<22.19, 0.670627>
[debug] TableImporter[1189]: read measure 126  weight=21.6561=<20.71, 0.946125>
[debug] TableImporter[1201]: read measure 127  weight=17.4294=<17.094, 0.335428>
[ info] time to parse and build score: 2144.76ms
[ info] Keyfind: estimation = 8 Major, sig=-4
[ info] Key Estimation part solo in score /src/tmp_audio__joel_frahm_carava: 4b
[ info] Pitch Spelling part solo in score /src/tmp_audio__joel_frahm_carava
[debug] pitch-spelling with 4b
[debug] spell0 -4
[ info] export to MEI file /src/tmp_audio__joel_frahm_caravan.mei
[ info] write score to /src/tmp_audio__joel_frahm_caravan.mei
[ info] delete Parse Table
qparse ran successfully