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Update README.md
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README.md
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@@ -62,6 +62,27 @@ Score range: 0-2
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* 1: pronunciation is right but has a heavy accent
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* 0: pronunciation is incorrect or missed
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### Word level
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Score the accuracy and stress of each word's pronunciation.
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@@ -109,121 +130,9 @@ Score range: 0 - 10
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* 3-4: Unstable speech speed, speak too fast or too slow, without the sense of rhythm
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* 0-2: Poor intonation and lots of stammering and pauses, unable to read a complete sentence
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##
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The following tree shows the file structure of this corpus:
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```
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├── scores.json
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├── scores-detail.json
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├── train
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│ ├── spk2age
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│ ├── spk2gender
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│ ├── spk2utt
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│ ├── text
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│ ├── utt2spk
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│ └── wav.scp
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├── test
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│ ├── spk2age
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│ ├── spk2gender
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│ ├── spk2utt
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│ ├── text
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│ ├── utt2spk
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│ └── wav.scp
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└── WAVE
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├── SPEAKER0001
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│ ├── 000010011.WAV
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│ ├── 000010035.WAV
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│ ├── ...
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│ └── 000010173.WAV
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├── SPEAKER0003
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│ ├── 000030012.WAV
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│ ├── 000030024.WAV
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│ ├── ...
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│ └── 000030175.WAV
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└── SPEAKER0005
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├── 000050003.WAV
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├── 000050010.WAV
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├── ...
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└── 000050175.WAV
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```
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There are two datasets: `train` and `test`, and both are in Kaldi's data directory style.
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The scores are stored in `scores.json`. Here is an example:
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```
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{
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"000010011": { # utt-id
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"text": "WE CALL IT BEAR", # transcript text
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"accuracy": 8, # sentence-level accuracy score
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"completeness": 10.0, # sentence-level completeness score
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"fluency": 9, # sentence-level fluency score
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"prosodic": 9, # sentence-level prosodic score
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"total": 8, # sentence-level total score
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"words": [
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{
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"accuracy": 10, # word-level accuracy score
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"stress": 10, # word-level stress score
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"total": 10, # word-level total score
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"text": "WE", # the word text
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"phones": "W IY0", # phones of the word
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"phones-accuracy": [2.0, 2.0] # phoneme-level accuracy score
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},
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{
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"accuracy": 10,
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"stress": 10,
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"total": 10,
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"text": "CALL",
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"phones": "K AO0 L",
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"phones-accuracy": [2.0, 1.8, 1.8]
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},
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{
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"accuracy": 10,
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"stress": 10,
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"total": 10,
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"text": "IT",
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"phones": "IH0 T",
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"phones-accuracy": [2.0, 2.0]
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},
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{
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"accuracy": 6,
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"stress": 10,
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"total": 6,
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"text": "BEAR",
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"phones": "B EH0 R",
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"phones-accuracy": [2.0, 1.0, 1.0]
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}
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]
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},
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...
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}
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```
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For the phones with an accuracy score lower than 0.5, an extra "mispronunciations" block indicates which phoneme the current phone was actually pronounced.
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An example:
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```
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{
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"text": "LISA",
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"accuracy": 5,
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"phones": ["L", "IY1", "S", "AH0"],
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"phones-accuracy": [0.4, 2, 2, 1.2],
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"mispronunciations": [
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{
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"canonical-phone": "L",
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"index": 0,
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"pronounced-phone": "D"
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}
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],
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"stress": 10,
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"total": 6
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}
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```
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The file `scores.json` is processed from `scores-detail.json`.
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The two JSON files are almost the same, but `scores-detail.json` has the five experts' original scores, while the scores of scores.json were the average or median scores.
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```
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{
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"000010011": {
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}
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```
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In
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* for score 2, do not use any symbol
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* for score 1, use "{}" symbol
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* 1: pronunciation is right but has a heavy accent
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* 0: pronunciation is incorrect or missed
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For the phones with an accuracy score lower than 0.5, an extra "mispronunciations" indicates which is the most likely phoneme that the current phone was actually pronounced.
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An example:
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```json
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{
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"text": "LISA",
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"accuracy": 5,
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"phones": ["L", "IY1", "S", "AH0"],
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"phones-accuracy": [0.4, 2, 2, 1.2],
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"mispronunciations": [
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{
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"canonical-phone": "L",
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"index": 0,
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"pronounced-phone": "D"
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}
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],
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"stress": 10,
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"total": 6
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}
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```
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### Word level
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Score the accuracy and stress of each word's pronunciation.
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* 3-4: Unstable speech speed, speak too fast or too slow, without the sense of rhythm
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* 0-2: Poor intonation and lots of stammering and pauses, unable to read a complete sentence
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## The original scores
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The all five experts' original scores could be found in `resource/raw-scores.json`. An example item:
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```
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{
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"000010011": {
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}
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```
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In this file, the phoneme-level scores are notated in the following convenient notation:
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* for score 2, do not use any symbol
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* for score 1, use "{}" symbol
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