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id stringlengths 41 60 | split stringclasses 1
value | level int64 0 0 | difficulty stringclasses 1
value | family stringclasses 2
values | mode stringclasses 16
values | prompt stringlengths 197 527 | answer stringlengths 1 24 | answer_kind stringclasses 8
values | cot stringlengths 23 806 | metadata stringlengths 593 810 |
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easy-pitch_interval_reasoning-interval_naming-0000 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What written interval do the two notes in this ABC score fragment form?
L:1/8
M:6/8
K:E
[_F,_D] |] %1
Interpret the score using its key signature. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. ... | major sixth | interval | The score note "_F," explicitly marks F flat, overriding K:E, so it represents "_F,".
The score note "_D" explicitly marks D flat, overriding K:E, so it represents "_D".
Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance... | {"_answer_tokens": 122, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gene... |
easy-pitch_interval_reasoning-interval_naming-0001 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from C4 to C5. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Return only t... | perfect octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from C4 to C5 is 12 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect oc... | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0002 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are B#3 and F#4. Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Retur... | diminished fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from B#3 to F#4 is 6 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality diminished.
So the interval is a diminished... | {"_answer_tokens": 81, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0003 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from B3 up to B4. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Return onl... | perfect octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from B3 to B4 is 12 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect oc... | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0004 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between G5 and G6? Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the re... | perfect octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from G5 to G6 is 12 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect oc... | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0005 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are E3 and Db4. Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the req... | diminished seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from E3 to Db4 is 9 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality diminished.
So the interval is a dimini... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0006 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from C4 up to D#4. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Return on... | augmented second | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 2 (second).
The chromatic distance from C4 to D#4 is 3 semitones.
The major/perfect form of a second is 2 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augmented... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0007 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are Fb3 and Fb3. Notes are written in scientific pitch notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are dis... | perfect unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from Fb3 to Fb3 is 0 semitones.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect uni... | {"_answer_tokens": 81, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0008 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are D#3 and D#4. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names... | perfect octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from D#3 to D#4 is 12 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect ... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0009 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What written interval do the two notes in this ABC score fragment form?
L:1/4
M:none
K:Dm
[D_B]4 |] %1
Interpret the score using its key signature. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound.... | minor sixth | interval | In K:Dm, D has no key-signature accidental, so the score note "D" represents "=D".
The score note "_B" explicitly marks B flat, so it represents "_B".
Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from "=D" to "_B" ... | {"_answer_tokens": 121, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gene... |
easy-pitch_interval_reasoning-interval_naming-0010 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are F5 and D6. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names a... | major sixth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from F5 to D6 is 9 semitones.
The major/perfect form of a sixth is 9 semitones.
Comparing those distances gives the quality major.
So the interval is a major sixth. | {"_answer_tokens": 77, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0011 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between A3 and A#3? Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the reques... | augmented unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from A3 to A#3 is 1 semitone.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augmented ... | {"_answer_tokens": 82, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0012 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from B#5 up to A#6. Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer,... | minor seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from B#5 to A#6 is 10 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor sev... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0013 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from "_B," to "A"? Notes are written in compact ABC notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, without expl... | major seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from "_B," to "A" is 11 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality major.
So the interval is a major s... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0014 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from F#4 to F#5. Notes are written in scientific pitch notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are distinct. Return only the req... | perfect octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from F#4 to F#5 is 12 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect ... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0015 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Classify the interval formed by A5 and F#6. Notes are written in scientific pitch notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are distinct. Return onl... | major sixth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from A5 to F#6 is 9 semitones.
The major/perfect form of a sixth is 9 semitones.
Comparing those distances gives the quality major.
So the interval is a major sixth. | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0016 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Classify the interval formed by D#5 and D#5. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. R... | perfect unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from D#5 to D#5 is 0 semitones.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect uni... | {"_answer_tokens": 83, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0017 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between D#5 and D#6? Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distin... | perfect octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from D#5 to D#6 is 12 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect ... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0018 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from B5 to Ab6? Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer, wi... | diminished seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from B5 to Ab6 is 9 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality diminished.
So the interval is a dimini... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0019 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Identify the interval from G#5 up to E6. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Retur... | minor sixth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from G#5 to E6 is 8 semitones.
The major/perfect form of a sixth is 9 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor sixth. | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0020 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from B3 to Eb4? Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, without ex... | diminished fourth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance from B3 to Eb4 is 4 semitones.
The major/perfect form of a fourth is 5 semitones.
Comparing those distances gives the quality diminished.
So the interval is a diminishe... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0021 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from B3 to F4? Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer, wit... | diminished fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from B3 to F4 is 6 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality diminished.
So the interval is a diminished f... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0022 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from E3 up to B3. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Return onl... | perfect fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from E3 to B3 is 7 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect fifth. | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0023 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from G3 up to Ab3. Notes are written in scientific pitch notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are distinct. Return only the r... | minor second | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 2 (second).
The chromatic distance from G3 to Ab3 is 1 semitone.
The major/perfect form of a second is 2 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor second. | {"_answer_tokens": 76, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0024 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are B4 and G#5. Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only... | major sixth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from B4 to G#5 is 9 semitones.
The major/perfect form of a sixth is 9 semitones.
Comparing those distances gives the quality major.
So the interval is a major sixth. | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0025 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from A4 to C5. Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, without expl... | minor third | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 3 (third).
The chromatic distance from A4 to C5 is 3 semitones.
The major/perfect form of a third is 4 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor third. | {"_answer_tokens": 77, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0026 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from Fb3 to C4. Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested answer... | augmented fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from Fb3 to C4 is 8 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augmented f... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0027 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between A#3 and E#4? Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the ... | perfect fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from A#3 to E#4 is 7 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect fifth... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0028 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Determine the interval from C5 to E5. Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer,... | major third | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 3 (third).
The chromatic distance from C5 to E5 is 4 semitones.
The major/perfect form of a third is 4 semitones.
Comparing those distances gives the quality major.
So the interval is a major third. | {"_answer_tokens": 76, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0029 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are "^g" and "^d'". Notes are written in compact ABC notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are disti... | perfect fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from "^g" to "^d'" is 7 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect fi... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0030 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Identify the interval from C3 up to Gb3. Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, with... | diminished fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from C3 to Gb3 is 6 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality diminished.
So the interval is a diminished ... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0031 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between C4 and B#4? Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the reques... | augmented seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from C4 to B#4 is 12 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augme... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0032 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from D4 to Gb4. Notes are written in scientific pitch notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are distinct. Return only the requ... | diminished fourth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance from D4 to Gb4 is 4 semitones.
The major/perfect form of a fourth is 5 semitones.
Comparing those distances gives the quality diminished.
So the interval is a diminishe... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0033 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from F#3 up to F#3. Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer,... | perfect unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from F#3 to F#3 is 0 semitones.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect uni... | {"_answer_tokens": 83, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0034 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the harmonic interval shown in this ABC score fragment:
L:1/8
M:9/8
K:A
[^A,G]2 |] %1
Interpret the score using its key signature. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equi... | minor seventh | interval | The score note "^A," explicitly marks A sharp, so it represents "^A,".
The key signature K:A makes G sharp, so the score note "G" represents "^G".
Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from "^A," to "^G" i... | {"_answer_tokens": 118, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gene... |
easy-pitch_interval_reasoning-interval_naming-0035 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Classify the interval formed by Db4 and Cb5. Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, ... | minor seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from Db4 to Cb5 is 10 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor sev... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0036 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Identify the interval from "B" up to "d". Notes are written in compact ABC notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are distinct. Return only the r... | minor third | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 3 (third).
The chromatic distance from "B" to "d" is 3 semitones.
The major/perfect form of a third is 4 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor third. | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0037 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Determine the interval from "_G" to "_g". Notes are written in compact ABC notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested ans... | perfect octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from "_G" to "_g" is 12 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfec... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0038 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from A4 to Db5? Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, without ex... | diminished fourth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance from A4 to Db5 is 4 semitones.
The major/perfect form of a fourth is 5 semitones.
Comparing those distances gives the quality diminished.
So the interval is a diminishe... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0039 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Identify the interval from "^D" up to "^D". Notes are written in compact ABC notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested a... | perfect unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from "^D" to "^D" is 0 semitones.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect u... | {"_answer_tokens": 83, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0040 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Classify the interval in this ABC score fragment:
L:1/4
M:4/4
K:E
[=D,G,] |] %1
Interpret the score using its key signature. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent inte... | augmented fourth | interval | The score note "=D," explicitly marks D natural, overriding K:E, so it represents "=D,".
The key signature K:E makes G sharp, so the score note "G," represents "^G,".
Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance f... | {"_answer_tokens": 124, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gene... |
easy-pitch_interval_reasoning-interval_naming-0041 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between A4 and A4? Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the re... | perfect unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from A4 to A4 is 0 semitones.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect uniso... | {"_answer_tokens": 81, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0042 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from G#3 up to D4. Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested ans... | diminished fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from G#3 to D4 is 6 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality diminished.
So the interval is a diminished ... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0043 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from Cb4 to Ab4. Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested answe... | major sixth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from Cb4 to Ab4 is 9 semitones.
The major/perfect form of a sixth is 9 semitones.
Comparing those distances gives the quality major.
So the interval is a major sixth. | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0044 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from G5 up to A5. Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, without e... | major second | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 2 (second).
The chromatic distance from G5 to A5 is 2 semitones.
The major/perfect form of a second is 2 semitones.
Comparing those distances gives the quality major.
So the interval is a major second. | {"_answer_tokens": 76, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0045 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Determine the interval from A#4 to C#5. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Return... | minor third | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 3 (third).
The chromatic distance from A#4 to C#5 is 3 semitones.
The major/perfect form of a third is 4 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor third. | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0046 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Identify the interval from A5 up to D6. Notes are written in scientific pitch notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are distinct. Return only th... | perfect fourth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance from A5 to D6 is 5 semitones.
The major/perfect form of a fourth is 5 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect fourt... | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0047 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Determine the interval from C5 to Db5. Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested a... | minor second | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 2 (second).
The chromatic distance from C5 to Db5 is 1 semitone.
The major/perfect form of a second is 2 semitones.
Comparing those distances gives the quality minor.
So the interval is a minor second. | {"_answer_tokens": 76, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0048 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Classify the interval formed by "E," and "B,". Notes are written in compact ABC notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Retu... | perfect fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from "E," to "B," is 7 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect fif... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0049 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Give the interval from "G," up to "_G". Notes are written in compact ABC notation. Give one interval name, for example, perfect fourth or minor tenth, preserving the written interval number rather than reducing compound intervals to simple ones. Enharmonically equivalent interval names are distinct. Return only the req... | diminished octave | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 8 (octave).
The chromatic distance from "G," to "_G" is 11 semitones.
The major/perfect form of an octave is 12 semitones.
Comparing those distances gives the quality diminished.
So the interval is a dim... | {"_answer_tokens": 81, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0050 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from F3 to Bb3. Notes are written in scientific pitch notation. The expected answer is one interval name, for example, diminished fifth or perfect fifteenth, with the written interval number preserved; enharmonically equivalent interval names are distinct. Return only the requested answer, without exp... | perfect fourth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance from F3 to Bb3 is 5 semitones.
The major/perfect form of a fourth is 5 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect four... | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0051 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between "_D," and "C"? Notes are written in compact ABC notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the req... | major seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from "_D," to "C" is 11 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality major.
So the interval is a major s... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0052 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from "^C," to "^B,". Notes are written in compact ABC notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer, wit... | major seventh | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from "^C," to "^B," is 11 semitones.
The major/perfect form of a seventh is 11 semitones.
Comparing those distances gives the quality major.
So the interval is a major... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0053 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are D5 and G5. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names a... | perfect fourth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance from D5 to G5 is 5 semitones.
The major/perfect form of a fourth is 5 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect fourt... | {"_answer_tokens": 78, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0054 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Classify the interval formed by C3 and G#3. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names are distinct. Re... | augmented fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from C3 to G#3 is 8 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augmented f... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0055 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are "g" and "^g". Notes are written in compact ABC notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only th... | augmented unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from "g" to "^g" is 1 semitone.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augmente... | {"_answer_tokens": 83, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0056 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from A5 to A5? Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer, wit... | perfect unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from A5 to A5 is 0 semitones.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect uniso... | {"_answer_tokens": 81, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0057 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from Fb5 to Cb6? Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer, w... | perfect fifth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 5 (fifth).
The chromatic distance from Fb5 to Cb6 is 7 semitones.
The major/perfect form of a fifth is 7 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect fifth... | {"_answer_tokens": 79, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0058 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from G5 to G#5? Notes are written in scientific pitch notation. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically equivalent interval names are distinct. Return only the requested answer, wi... | augmented unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from G5 to G#5 is 1 semitone.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augmented ... | {"_answer_tokens": 82, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0059 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the ascending interval whose endpoints are G5 and C#6. Notes are written in scientific pitch notation. Answer format: one interval name, for example, minor third or double-augmented eleventh; preserve the written interval number, including whether it is simple or compound. Enharmonically equivalent interval names ... | augmented fourth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 4 (fourth).
The chromatic distance from G5 to C#6 is 6 semitones.
The major/perfect form of a fourth is 5 semitones.
Comparing those distances gives the quality augmented.
So the interval is an augmented... | {"_answer_tokens": 80, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0060 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Name the interval from Gb5 to Eb6. Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested answe... | major sixth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from Gb5 to Eb6 is 9 semitones.
The major/perfect form of a sixth is 9 semitones.
Comparing those distances gives the quality major.
So the interval is a major sixth. | {"_answer_tokens": 77, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0061 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | Identify the interval between the two notated pitches in this ABC score fragment:
L:1/4
M:6/8
K:D
[F,E]4 |] %1
Interpret the score using its key signature. Provide one interval name, for example, minor sixth or double-diminished twelfth, using the simple or compound number shown by the written notes. Enharmonically e... | minor seventh | interval | The key signature K:D makes F sharp, so the score note "F," represents "^F,".
In K:D, E has no key-signature accidental, so the score note "E" represents "=E".
Counting the note letters from the first note up to the second note, including octave changes, gives interval number 7 (seventh).
The chromatic distance from "^... | {"_answer_tokens": 124, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gene... |
easy-pitch_interval_reasoning-interval_naming-0062 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What is the written interval between Bb5 and G6? Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the r... | major sixth | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 6 (sixth).
The chromatic distance from Bb5 to G6 is 9 semitones.
The major/perfect form of a sixth is 9 semitones.
Comparing those distances gives the quality major.
So the interval is a major sixth. | {"_answer_tokens": 77, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_naming-0063 | easy | 0 | easy | pitch_interval_reasoning | interval_naming | What interval goes from D4 to D4? Notes are written in scientific pitch notation. Answer with one interval name, for example, major seventh or augmented eleventh, preserving the written simple or compound interval number and treating enharmonically equivalent interval names as distinct. Return only the requested answer... | perfect unison | interval | Counting the note letters from the first note up to the second note, including octave changes, gives interval number 1 (unison).
The chromatic distance from D4 to D4 is 0 semitones.
The major/perfect form of a unison is 0 semitones.
Comparing those distances gives the quality perfect.
So the interval is a perfect uniso... | {"_answer_tokens": 81, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_naming", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_gener... |
easy-pitch_interval_reasoning-interval_arithmetic-0000 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval subtraction to take a perfect octave away from an augmented octave. Answer format: one interval name for the final result, for example, major sixth or diminished tenth. Preserve the theoretical interval spelling; enharmonically equivalent interval names are distinct. Return only the requested answer, witho... | augmented unison | interval | Start with an augmented octave: interval number 8 and 13 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a perfect octave: interval number 8 - 8 + 1 = 1, and semitones 13 - 12 = 1.
With interval number 1 and 1 semitone, the resulting interval ... | {"_answer_tokens": 96, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0001 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval subtraction to take an augmented fifth away from a perfect octave. Answer with one interval name for the final result, for example, minor third or double-diminished seventh. Preserve both its interval number and chromatic size; enharmonic substitutes are distinct. Return only the requested answer, without ... | diminished fourth | interval | Start with a perfect octave: interval number 8 and 12 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract an augmented fifth: interval number 8 - 5 + 1 = 4, and semitones 12 - 8 = 4.
With interval number 4 and 4 semitones, the resulting interval i... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0002 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval produced by adding a diminished sixth to a major second. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without exp... | diminished seventh | interval | Start with a major second: interval number 2 and 2 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a diminished sixth: interval number 2 + 6 - 1 = 7, and semitones 2 + 7 = 9.
With interval number 7 and 9 semitones, the resulting interval is a dimin... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0003 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval left after subtracting a minor third from a perfect fourth. Answer with one interval name for the final result, for example, minor third or double-diminished seventh. Preserve both its interval number and chromatic size; enharmonic substitutes are distinct. Return only the requested answer, without ex... | major second | interval | Start with a perfect fourth: interval number 4 and 5 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a minor third: interval number 4 - 3 + 1 = 2, and semitones 5 - 3 = 2.
With interval number 2 and 2 semitones, the resulting interval is a maj... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0004 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Add a perfect fifth to a major third. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | major seventh | interval | Start with a major third: interval number 3 and 4 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a perfect fifth: interval number 3 + 5 - 1 = 7, and semitones 4 + 7 = 11.
With interval number 7 and 11 semitones, the resulting interval is a major s... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0005 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Remove a minor third from a perfect octave by interval arithmetic. Answer with one interval name for the final result, for example, minor third or double-diminished seventh. Preserve both its interval number and chromatic size; enharmonic substitutes are distinct. Return only the requested answer, without explanation o... | major sixth | interval | Start with a perfect octave: interval number 8 and 12 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a minor third: interval number 8 - 3 + 1 = 6, and semitones 12 - 3 = 9.
With interval number 6 and 9 semitones, the resulting interval is a m... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0006 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Subtract an augmented second from an augmented sixth. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | perfect fifth | interval | Start with an augmented sixth: interval number 6 and 10 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract an augmented second: interval number 6 - 2 + 1 = 5, and semitones 10 - 3 = 7.
With interval number 5 and 7 semitones, the resulting interva... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0007 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval subtraction to take a perfect fifth away from a major seventh. Answer format: one interval name for the final result, for example, major sixth or diminished tenth. Preserve the theoretical interval spelling; enharmonically equivalent interval names are distinct. Return only the requested answer, without ex... | major third | interval | Start with a major seventh: interval number 7 and 11 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a perfect fifth: interval number 7 - 5 + 1 = 3, and semitones 11 - 7 = 4.
With interval number 3 and 4 semitones, the resulting interval is a ... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0008 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval subtraction to take a perfect fourth away from a diminished octave. Answer with one interval name for the final result, for example, minor third or double-diminished seventh. Preserve both its interval number and chromatic size; enharmonic substitutes are distinct. Return only the requested answer, without... | diminished fifth | interval | Start with a diminished octave: interval number 8 and 11 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a perfect fourth: interval number 8 - 4 + 1 = 5, and semitones 11 - 5 = 6.
With interval number 5 and 6 semitones, the resulting interval ... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0009 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval addition to combine a major second and a minor sixth. Answer format: one interval name for the final result, for example, major sixth or diminished tenth. Preserve the theoretical interval spelling; enharmonically equivalent interval names are distinct. Return only the requested answer, without explanation... | minor seventh | interval | Start with a major second: interval number 2 and 2 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a minor sixth: interval number 2 + 6 - 1 = 7, and semitones 2 + 8 = 10.
With interval number 7 and 10 semitones, the resulting interval is a minor se... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0010 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval produced by adding a perfect fourth to a diminished fourth. Give one interval name for the final result, for example, perfect fifth or augmented ninth, using the resulting interval number and preserving the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested a... | diminished seventh | interval | Start with a diminished fourth: interval number 4 and 4 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a perfect fourth: interval number 4 + 4 - 1 = 7, and semitones 4 + 5 = 9.
With interval number 7 and 9 semitones, the resulting interval is a di... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0011 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Starting from a perfect fifth, add a perfect fourth. Give one interval name for the final result, for example, perfect fifth or augmented ninth, using the resulting interval number and preserving the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanatio... | perfect octave | interval | Start with a perfect fifth: interval number 5 and 7 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a perfect fourth: interval number 5 + 4 - 1 = 8, and semitones 7 + 5 = 12.
With interval number 8 and 12 semitones, the resulting interval is a perf... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0012 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Combine a perfect fourth with a perfect fifth by addition. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | perfect octave | interval | Start with a perfect fourth: interval number 4 and 5 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a perfect fifth: interval number 4 + 5 - 1 = 8, and semitones 5 + 7 = 12.
With interval number 8 and 12 semitones, the resulting interval is a perf... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0013 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Combine an augmented seventh with a diminished second by addition. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text... | perfect octave | interval | Start with an augmented seventh: interval number 7 and 12 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a diminished second: interval number 7 + 2 - 1 = 8, and semitones 12 + 0 = 12.
With interval number 8 and 12 semitones, the resulting interval... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0014 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Subtract a perfect fourth from a perfect fifth. Give one interval name for the final result, for example, perfect fifth or augmented ninth, using the resulting interval number and preserving the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or ... | major second | interval | Start with a perfect fifth: interval number 5 and 7 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a perfect fourth: interval number 5 - 4 + 1 = 2, and semitones 7 - 5 = 2.
With interval number 2 and 2 semitones, the resulting interval is a m... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0015 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Combine a perfect fifth with a major third by addition. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | major seventh | interval | Start with a perfect fifth: interval number 5 and 7 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a major third: interval number 5 + 3 - 1 = 7, and semitones 7 + 4 = 11.
With interval number 7 and 11 semitones, the resulting interval is a major s... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0016 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval left after subtracting a perfect octave from an augmented octave. Give one interval name for the final result, for example, perfect fifth or augmented ninth, using the resulting interval number and preserving the theoretical interval spelling; enharmonic substitutes are distinct. Return only the reque... | augmented unison | interval | Start with an augmented octave: interval number 8 and 13 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a perfect octave: interval number 8 - 8 + 1 = 1, and semitones 13 - 12 = 1.
With interval number 1 and 1 semitone, the resulting interval ... | {"_answer_tokens": 96, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0017 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Combine a major second with a diminished second by addition. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | diminished third | interval | Start with a major second: interval number 2 and 2 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a diminished second: interval number 2 + 2 - 1 = 3, and semitones 2 + 0 = 2.
With interval number 3 and 2 semitones, the resulting interval is a dimi... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0018 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval subtraction to take a minor third away from an augmented fifth. Answer format: one interval name for the final result, for example, major sixth or diminished tenth. Preserve the theoretical interval spelling; enharmonically equivalent interval names are distinct. Return only the requested answer, without e... | augmented third | interval | Start with an augmented fifth: interval number 5 and 8 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a minor third: interval number 5 - 3 + 1 = 3, and semitones 8 - 3 = 5.
With interval number 3 and 5 semitones, the resulting interval is an ... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0019 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval left after subtracting an augmented second from an augmented second. Answer format: one interval name for the final result, for example, major sixth or diminished tenth. Preserve the theoretical interval spelling; enharmonically equivalent interval names are distinct. Return only the requested answer,... | perfect unison | interval | Start with an augmented second: interval number 2 and 3 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract an augmented second: interval number 2 - 2 + 1 = 1, and semitones 3 - 3 = 0.
With interval number 1 and 0 semitones, the resulting interval... | {"_answer_tokens": 96, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0020 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Combine a major sixth with a major third by addition. Answer with one interval name for the final result, for example, minor third or double-diminished seventh. Preserve both its interval number and chromatic size; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional ... | augmented octave | interval | Start with a major sixth: interval number 6 and 9 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a major third: interval number 6 + 3 - 1 = 8, and semitones 9 + 4 = 13.
With interval number 8 and 13 semitones, the resulting interval is an augmente... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0021 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Subtract a diminished fourth from a minor sixth. Give one interval name for the final result, for example, perfect fifth or augmented ninth, using the resulting interval number and preserving the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or... | major third | interval | Start with a minor sixth: interval number 6 and 8 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a diminished fourth: interval number 6 - 4 + 1 = 3, and semitones 8 - 4 = 4.
With interval number 3 and 4 semitones, the resulting interval is a ... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0022 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Subtract an augmented fourth from an augmented octave. Give one interval name for the final result, for example, perfect fifth or augmented ninth, using the resulting interval number and preserving the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanat... | perfect fifth | interval | Start with an augmented octave: interval number 8 and 13 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract an augmented fourth: interval number 8 - 4 + 1 = 5, and semitones 13 - 6 = 7.
With interval number 5 and 7 semitones, the resulting interv... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0023 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval left after subtracting an augmented second from a perfect fourth. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation o... | diminished third | interval | Start with a perfect fourth: interval number 4 and 5 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract an augmented second: interval number 4 - 2 + 1 = 3, and semitones 5 - 3 = 2.
With interval number 3 and 2 semitones, the resulting interval is... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0024 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval left after subtracting a minor second from a perfect fifth. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or addi... | augmented fourth | interval | Start with a perfect fifth: interval number 5 and 7 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a minor second: interval number 5 - 2 + 1 = 4, and semitones 7 - 1 = 6.
With interval number 4 and 6 semitones, the resulting interval is an au... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0025 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval produced by adding a major third to a perfect fourth. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without explan... | major sixth | interval | Start with a perfect fourth: interval number 4 and 5 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a major third: interval number 4 + 3 - 1 = 6, and semitones 5 + 4 = 9.
With interval number 6 and 9 semitones, the resulting interval is a major si... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0026 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Starting from a major seventh, subtract a perfect fifth. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additi... | major third | interval | Start with a major seventh: interval number 7 and 11 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a perfect fifth: interval number 7 - 5 + 1 = 3, and semitones 11 - 7 = 4.
With interval number 3 and 4 semitones, the resulting interval is a ... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0027 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Subtract a minor second from a major second. Answer with one interval name for the final result, for example, minor third or double-diminished seventh. Preserve both its interval number and chromatic size; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | augmented unison | interval | Start with a major second: interval number 2 and 2 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a minor second: interval number 2 - 2 + 1 = 1, and semitones 2 - 1 = 1.
With interval number 1 and 1 semitone, the resulting interval is an augm... | {"_answer_tokens": 96, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0028 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval subtraction to take a major sixth away from a minor seventh. Provide a single interval name for the final result, for example, diminished fourth or major tenth. Preserve the theoretical interval spelling; enharmonic substitutes are distinct. Return only the requested answer, without explanation or addition... | minor second | interval | Start with a minor seventh: interval number 7 and 10 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a major sixth: interval number 7 - 6 + 1 = 2, and semitones 10 - 9 = 1.
With interval number 2 and 1 semitone, the resulting interval is a min... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0029 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Add a diminished second to a perfect fifth. Answer with one interval name for the final result, for example, minor third or double-diminished seventh. Preserve both its interval number and chromatic size; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | diminished sixth | interval | Start with a perfect fifth: interval number 5 and 7 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a diminished second: interval number 5 + 2 - 1 = 6, and semitones 7 + 0 = 7.
With interval number 6 and 7 semitones, the resulting interval is a dim... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0030 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Starting from a diminished third, add a major second. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additiona... | diminished fourth | interval | Start with a diminished third: interval number 3 and 2 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a major second: interval number 3 + 2 - 1 = 4, and semitones 2 + 2 = 4.
With interval number 4 and 4 semitones, the resulting interval is a dimin... | {"_answer_tokens": 95, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0031 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Use interval subtraction to take a major sixth away from a perfect octave. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without exp... | minor third | interval | Start with a perfect octave: interval number 8 and 12 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a major sixth: interval number 8 - 6 + 1 = 3, and semitones 12 - 9 = 3.
With interval number 3 and 3 semitones, the resulting interval is a m... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0032 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Subtract a major second from a major second. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional text. | perfect unison | interval | Start with a major second: interval number 2 and 2 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Subtract a major second: interval number 2 - 2 + 1 = 1, and semitones 2 - 2 = 0.
With interval number 1 and 0 semitones, the resulting interval is a perf... | {"_answer_tokens": 96, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0033 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Find the interval produced by adding a major sixth to a minor second. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without explanat... | minor seventh | interval | Start with a minor second: interval number 2 and 1 semitone.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a major sixth: interval number 2 + 6 - 1 = 7, and semitones 1 + 9 = 10.
With interval number 7 and 10 semitones, the resulting interval is a minor sev... | {"_answer_tokens": 93, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0034 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Starting from a minor seventh, add a major second. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without explanation or additional t... | perfect octave | interval | Start with a minor seventh: interval number 7 and 10 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a major second: interval number 7 + 2 - 1 = 8, and semitones 10 + 2 = 12.
With interval number 8 and 12 semitones, the resulting interval is a perf... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
easy-pitch_interval_reasoning-interval_arithmetic-0035 | easy | 0 | easy | pitch_interval_reasoning | interval_arithmetic | Combine a perfect fifth with a perfect fourth by addition. The expected answer is one interval name for the final result, for example, augmented fifth or perfect eleventh, with the theoretical interval spelling preserved; enharmonic substitutes are distinct. Return only the requested answer, without explanation or addi... | perfect octave | interval | Start with a perfect fifth: interval number 5 and 7 semitones.
For interval numbers, addition uses current + interval - 1, and subtraction uses current - interval + 1.
Add a perfect fourth: interval number 5 + 4 - 1 = 8, and semitones 7 + 5 = 12.
With interval number 8 and 12 semitones, the resulting interval is a perf... | {"_answer_tokens": 94, "_config": {"c": 1.0, "chain_len": 1, "key_complexity": 2, "level": 0, "max_accidental": 1, "max_interval_number": 8, "max_tries": 256, "mode": "interval_arithmetic", "n_candidates": 4, "p_abc": 0.2, "seed": null, "size": null}, "_generator_commit": "029f369e561fd801c30e355a3e90fccee062df88", "_g... |
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Procedural Music Reasoning Benchmark
This benchmark was generated with
Danila-Pechenev/procedural-music-reasoning.
Benchmark version: v0.4.3.
Generator version: 0.4.2.
It contains balanced examples from two implemented music reasoning task families:
pitch_interval_reasoningchord_roman_reasoning
Configurations
| Configuration | Examples per mode | Examples per split | Total examples |
|---|---|---|---|
n16 |
16 | 256 | 768 |
n32 |
32 | 512 | 1536 |
n64 (default) |
64 | 1024 | 3072 |
n128 |
128 | 2048 | 6144 |
The configurations are deterministic nested subsets in ascending size order:
n16 is contained in n32 is contained in n64 is contained in n128. This makes
results obtained at different benchmark sizes directly comparable.
Splits
Every configuration contains the same difficulty splits:
| Split | Generator level |
|---|---|
easy |
0 |
moderate |
3 |
hard |
5 |
Columns
id: stable row identifier.split: split name.level: generator difficulty/distribution level.difficulty: human-readable difficulty name.family: task family.mode: task mode within the family.prompt: model input.answer: canonical expected answer.answer_kind: answer-normalization family.cot: generator-produced reasoning trace.metadata: JSON string with symbolic generation metadata.
Evaluation Protocol
For benchmark evaluation, give the model the prompt only and compare its
answer with answer using the task scorer. The cot field is provided for
inspection, supervised training, and error analysis, but should not be included
in the model prompt during benchmark evaluation.
Every benchmark prompt ends with Return only the requested answer, without explanation or additional text. This
benchmark-only instruction requests the short answer expected by the scorer;
it is not added to examples produced directly by the task generators.
Difficulty levels are distributional. A hard split may still contain some simple examples, but harder musical features are sampled more often or from a larger space.
Versioning
Hugging Face dataset releases should be tagged with the benchmark version. To load this exact release after upload, use:
from datasets import load_dataset
dataset = load_dataset(
"dpechenev/music-reasoning-benchmark",
"n64",
revision="v0.4.3",
)
Replace n64 with any configuration listed
above to select a different benchmark size.
Generation seed: 123.
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