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smiles
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107
norm_smiles
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91
kekule_smiles
stringlengths
1
100
raman
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1.02k
1.02k
ir
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1.02k
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formula
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Cc1cccc(C(=O)C(F)(F)F)c1
Cc1cccc(C(=O)C(F)(F)F)c1
CC1=CC=CC(C(=O)C(F)(F)F)=C1
[ 0.0209416748333526, 0.015206435271245987, 0.01199733932398539, 0.010118484699333938, 0.009039522295094065, 0.008554937960251316, 0.008675626632399505, 0.009413954593254838, 0.009617236643646419, 0.008581716144694268, 0.00783912467224047, 0.007627908643209087, 0.007762468740389699, 0.008157...
[ 0.0023678152491234585, 0.0018816424450701066, 0.0016511951035814007, 0.0015782261764795155, 0.0016433292462772688, 0.001895041085783761, 0.002477406492300864, 0.003483973782458252, 0.003853750525208954, 0.0029057571841064043, 0.0021215753327729248, 0.0017421765002530799, 0.001581939426994642...
ZINC000002565654
C9H7F3O
CCCCCC[C@H](NC(C)=O)C(C)=O
CCCCCCC(NC(C)=O)C(C)=O
CCCCCCC(NC(C)=O)C(C)=O
[ 0.02930052477681631, 0.017650649870668226, 0.011962129698505944, 0.00934974000886798, 0.00848780672630434, 0.0091053748433156, 0.011746809550646864, 0.01714417971081127, 0.020313447196340168, 0.014804509703132924, 0.00925397440156521, 0.006286587963779555, 0.004749676094079329, 0.003902610...
[ 0.00904970883228787, 0.005963392716768361, 0.004554997689039956, 0.004068212518729081, 0.004196149190043663, 0.0049901150889907165, 0.006874264357209122, 0.010354512162843653, 0.012575588996315905, 0.009701843595747653, 0.006790718769117643, 0.0054616515338470764, 0.005108946615909903, 0.0...
ZINC000002029968
C11H21NO2
CC12CCC(O)(CC1)C2
CC12CCC(O)(CC1)C2
CC12CCC(O)(CC1)C2
[ 0.024750408218774392, 0.02097980210275503, 0.02312783117009676, 0.024012742189860874, 0.017357290188737905, 0.01198637188728569, 0.009723954779514474, 0.009528533185182389, 0.011217132065241282, 0.0157297487661131, 0.02484969683022785, 0.03371222932336394, 0.027044617035254993, 0.016406437...
[ 0.04088530903774358, 0.024774940669070607, 0.01586227714473679, 0.011567476606396036, 0.009374255588905558, 0.008552986857199163, 0.008868439686386861, 0.01046649663481009, 0.014126111634264676, 0.02182882223697368, 0.03670359035603306, 0.05128870156302852, 0.041079588745126475, 0.02418506...
dsgdb9nsd_072405
C8H14O
CCC12OC1C(=O)C2C
CCC12OC1C(=O)C2C
CCC12OC1C(=O)C2C
[ 0.12849730648407015, 0.09794894270247506, 0.0560306169440313, 0.033006862946225554, 0.021379740646691087, 0.01511668164952698, 0.011485500205677237, 0.009255372830317398, 0.00783287287460412, 0.006911136066711998, 0.006322271649383637, 0.005971089623207172, 0.005803499650112104, 0.00579085...
[ 0.012195779692597684, 0.009396804344978051, 0.005448962926418003, 0.003260452640988849, 0.0021474475335644654, 0.0015439936534844619, 0.0011917929492027152, 0.0009738909409190654, 0.0008336446641012035, 0.0007416196712243803, 0.0006816055202050722, 0.0006443108848470144, 0.000624340676789489...
dsgdb9nsd_106898
C7H10O2
CC(=O)CCOC1CC1
CC(=O)CCOC1CC1
CC(=O)CCOC1CC1
[0.04542840219794738,0.03182971214405158,0.018913771267254693,0.012276517648028647,0.009090038876437(...TRUNCATED)
[0.018728587314229755,0.013487478700922385,0.008486121417040079,0.006109544509843902,0.0053214587513(...TRUNCATED)
dsgdb9nsd_056254
C7H12O2
FC1=CC(=N)C=CO1
N=c1ccoc(F)c1
N=C1C=COC(F)=C1
[0.020726611240525904,0.032010057160840794,0.03591373746328733,0.024852872998599947,0.01562564310331(...TRUNCATED)
[0.004555273898525094,0.007353421893408538,0.008380579282590579,0.005697236222855353,0.0034209814369(...TRUNCATED)
dsgdb9nsd_023619
C5H4FNO
Fc1ncccc1C(F)(F)F
Fc1ncccc1C(F)(F)F
FC1=NC=CC=C1C(F)(F)F
[0.007771083732053361,0.007328981276802042,0.006994329727092607,0.00674923729959807,0.00658191450163(...TRUNCATED)
[0.0005581485373203175,0.0005485124174746293,0.0005433131494309129,0.0005419977863811295,0.000544255(...TRUNCATED)
ZINC000002540646
C6H3F4N
O=C1CCCc2ccc(Cl)cc21
O=C1CCCc2ccc(Cl)cc21
O=C1CCCC2=CC=C(Cl)C=C12
[0.022186446652390605,0.02901408589328529,0.0428064173474373,0.05985122584861222,0.05449021154489934(...TRUNCATED)
[0.002355970501573659,0.0029625188621041154,0.004167396056304974,0.005683469086279448,0.005383033060(...TRUNCATED)
ZINC000004897401
C10H9ClO
CCN1N=C(C)C(C)=N1
CCn1nc(C)c(C)n1
CCN1N=C(C)C(C)=N1
[0.041994456344335705,0.0700127381319803,0.07748949969318257,0.05003857202292224,0.02826359078750018(...TRUNCATED)
[0.020971564200221508,0.035062265317014535,0.039128841922560054,0.025606320501659372,0.0147239444769(...TRUNCATED)
dsgdb9nsd_126753
C6H11N3
CCCC1OCC1OC
CCCC1OCC1OC
CCCC1OCC1OC
[0.001739213490216693,0.0018374562528087615,0.001986647257494035,0.002210141266755144,0.002549115812(...TRUNCATED)
[0.0012034454820653501,0.0013611656868927696,0.0015752691009802942,0.0018745771138134722,0.002309392(...TRUNCATED)
dsgdb9nsd_121237
C7H14O2
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introduction

This dataset contains the datasets used in our paper, Vib2Mol: from vibrational spectra to molecular structures—a versatile deep learning model. The full paper provides more details and is available on arXiv.
All datasets are pre-split for training, validation, and testing. To reproduce our results, you can find detailed steps, codes, and training logs in our GitHub repository.
A copy of the full dataset is also available for download on Figshare.

Demonstration

For demonstration purposes, this dataset card provides a copy of the VB-mols test set. Please note that this is a small demo set, not the entire dataset used for our research.

How to Use

After downloading the datasets, you can use the following Python code to visualize the data.

import lmdb
import pickle
import pandas as pd
from tqdm import tqdm

# Open the database
db = lmdb.open('path/to/lmdb/data', subdir=False, lock=False, map_size=int(1e11))

# Load data and convert to DataFrame
with db.begin() as txn:
    data = list(txn.cursor())

df = pd.DataFrame([pickle.loads(item[1]) for item in tqdm(data)])

# Now you can work with the DataFrame `df`
print(df.head())

Acknowledgements

This work was supported by the National Natural Science Foundation (Grant No: 22227802, 22021001, 22474117 and 22272139) of China and the Fundamental Research Funds for the Central Universities (20720220009 and 20720250005) and Shanghai Innovation Institute.

Contact

Welcome to contact us or raise issues if you have any questions. Email: xinyulu@stu.xmu.edu.cn

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