Dataset Viewer
Auto-converted to Parquet Duplicate
UUID
string
monomer_ID
string
ter_ID_1
string
ter_ID_2
string
smiles_list
string
smiles_ter_1
string
smiles_ter_2
string
qm_method
string
charge
string
copoly_ratio_list
string
copoly_type
string
input_natom
string
input_nchain
string
ini_density
string
temp
string
press
string
input_tacticity
string
tacticity
string
remarks
string
Python_ver
string
RadonPy_ver
string
RDKit_ver
string
Psi4_ver
string
LAMMPS_ver
string
preset_eq_ver
string
preset_tc_ver
string
check_eq
string
check_tc
string
do_TC
string
smiles_1
string
monomer_ID_1
string
copoly_ratio_1
string
qm_method_monomer1
string
charge_monomer1
string
remarks_monomer1
string
Python_ver_monomer1
string
RadonPy_ver_monomer1
string
RDKit_ver_monomer1
string
Psi4_ver_monomer1
string
LAMMPS_ver_monomer1
string
mol_weight_monomer1
string
vdw_volume_monomer1
string
qm_total_energy_monomer1
string
qm_homo_monomer1
string
qm_lumo_monomer1
string
qm_dipole_x_monomer1
string
qm_dipole_y_monomer1
string
qm_dipole_z_monomer1
string
qm_polarizability_monomer1
string
qm_polarizability_xx_monomer1
string
qm_polarizability_yy_monomer1
string
qm_polarizability_zz_monomer1
string
qm_polarizability_xy_monomer1
string
qm_polarizability_xz_monomer1
string
qm_polarizability_yz_monomer1
string
smiles_2
string
monomer_ID_2
string
copoly_ratio_2
string
qm_method_monomer2
string
charge_monomer2
string
remarks_monomer2
string
Python_ver_monomer2
string
RadonPy_ver_monomer2
string
RDKit_ver_monomer2
string
Psi4_ver_monomer2
string
LAMMPS_ver_monomer2
string
mol_weight_monomer2
string
vdw_volume_monomer2
string
qm_total_energy_monomer2
string
qm_homo_monomer2
string
qm_lumo_monomer2
string
qm_dipole_x_monomer2
string
qm_dipole_y_monomer2
string
qm_dipole_z_monomer2
string
qm_polarizability_monomer2
string
qm_polarizability_xx_monomer2
string
qm_polarizability_yy_monomer2
string
qm_polarizability_zz_monomer2
string
qm_polarizability_xy_monomer2
string
qm_polarizability_xz_monomer2
string
qm_polarizability_yz_monomer2
string
smiles_3
string
monomer_ID_3
string
copoly_ratio_3
string
qm_method_monomer3
string
charge_monomer3
string
remarks_monomer3
string
Python_ver_monomer3
string
RadonPy_ver_monomer3
string
RDKit_ver_monomer3
string
Psi4_ver_monomer3
string
LAMMPS_ver_monomer3
string
mol_weight_monomer3
string
vdw_volume_monomer3
string
qm_total_energy_monomer3
string
qm_homo_monomer3
string
qm_lumo_monomer3
string
qm_dipole_x_monomer3
string
qm_dipole_y_monomer3
string
qm_dipole_z_monomer3
string
qm_polarizability_monomer3
string
qm_polarizability_xx_monomer3
string
qm_polarizability_yy_monomer3
string
qm_polarizability_zz_monomer3
string
qm_polarizability_xy_monomer3
string
qm_polarizability_xz_monomer3
string
qm_polarizability_yz_monomer3
string
smiles_4
string
monomer_ID_4
string
copoly_ratio_4
string
qm_method_monomer4
string
charge_monomer4
string
remarks_monomer4
string
Python_ver_monomer4
string
RadonPy_ver_monomer4
string
RDKit_ver_monomer4
string
Psi4_ver_monomer4
string
LAMMPS_ver_monomer4
string
mol_weight_monomer4
string
vdw_volume_monomer4
string
qm_total_energy_monomer4
string
qm_homo_monomer4
string
qm_lumo_monomer4
string
qm_dipole_x_monomer4
string
qm_dipole_y_monomer4
string
qm_dipole_z_monomer4
string
qm_polarizability_monomer4
string
qm_polarizability_xx_monomer4
string
qm_polarizability_yy_monomer4
string
qm_polarizability_zz_monomer4
string
qm_polarizability_xy_monomer4
string
qm_polarizability_xz_monomer4
string
qm_polarizability_yz_monomer4
string
DP
string
n_mol
string
n_atom
string
n_atom_mean
string
n_atom_var
string
mol_weight
string
Mn
string
Mw
string
Mw/Mn
string
density
string
Rg
string
Scaled Rg
string
self-diffusion
string
Cp
string
Cv
string
compressibility
string
isentropic_compressibility
string
bulk_modulus
string
isentropic_bulk_modulus
string
volume_expansion
string
linear_expansion
string
r2
string
static_dielectric_const
string
dielectric_const_dc
string
nematic_order_parameter
string
refractive_index
string
thermal_conductivity
string
thermal_diffusivity
string
TC_ke
string
TC_pe
string
TC_pair
string
TC_bond
string
TC_angle
string
TC_dihed
string
TC_improper
string
TC_kspace
string
TC_fix
string
preset_tg_ver
string
tg_next_temp
string
tg_init_density
string
tg_init_density_check
string
tg_max_temp
string
tg_min_temp
string
tg_cooling_rate
string
tg_interval_temp
string
tg
string
tg_rmse
string
tg_thermal_expansion_coef(upper_tg)
string
tg_thermal_expansion_intercept(upper_tg)
string
tg_thermal_expansion_coef(below_tg)
string
tg_thermal_expansion_intercept(below_tg)
string
preset_sp_ver
string
sp_ced
string
sp_total
string
sp_vdw
string
sp_ele
string
sp_ele_short
string
sp_ele_long
string
smiles_search
string
polymer_class
string
class_PHYC
string
class_PSTR
string
class_PVNL
string
class_PACR
string
class_PHAL
string
class_PDIE
string
class_POXI
string
class_PSUL
string
class_PEST
string
class_PAMD
string
class_PURT
string
class_PURA
string
class_PIMD
string
class_PANH
string
class_PCBN
string
class_PIMN
string
class_PSIL
string
class_PPHS
string
class_PKTN
string
class_PSFO
string
class_PPNL
string
cellulose_position
string
cellulose_ds
string
forcefield
string
cel_ds
string
qm_dipole_monomer1
string
qm_polarizability_sos_486_monomer1
string
qm_polarizability_sos_486_xx_monomer1
string
qm_polarizability_sos_486_yy_monomer1
string
qm_polarizability_sos_486_zz_monomer1
string
qm_polarizability_sos_486_xy_monomer1
string
qm_polarizability_sos_486_xz_monomer1
string
qm_polarizability_sos_486_yz_monomer1
string
qm_polarizability_sos_589_monomer1
string
qm_polarizability_sos_589_xx_monomer1
string
qm_polarizability_sos_589_yy_monomer1
string
qm_polarizability_sos_589_zz_monomer1
string
qm_polarizability_sos_589_xy_monomer1
string
qm_polarizability_sos_589_xz_monomer1
string
qm_polarizability_sos_589_yz_monomer1
string
qm_polarizability_sos_656_monomer1
string
qm_polarizability_sos_656_xx_monomer1
string
qm_polarizability_sos_656_yy_monomer1
string
qm_polarizability_sos_656_zz_monomer1
string
qm_polarizability_sos_656_xy_monomer1
string
qm_polarizability_sos_656_xz_monomer1
string
qm_polarizability_sos_656_yz_monomer1
string
qm_polarizability_sos_monomer1
string
qm_polarizability_sos_xx_monomer1
string
qm_polarizability_sos_yy_monomer1
string
qm_polarizability_sos_zz_monomer1
string
qm_polarizability_sos_xy_monomer1
string
qm_polarizability_sos_xz_monomer1
string
qm_polarizability_sos_yz_monomer1
string
refractive_index_sos_486
string
refractive_index_sos_589
string
refractive_index_sos_656
string
refractive_index_sos
string
abbe_number_sos
string
efdp_permittivity_real
string
efdp_permittivity_imaginary
string
efdp_dielectric_loss_tan
string
vdw_volume_bulk
string
cell_volume
string
free_volume
string
fractional_free_volume
string
qm_dipole_monomer2
string
qm_dipole_monomer3
string
qm_dipole_monomer4
string
linker_length
string
SMILES_original_smiles_2
string
SMILES_canonical_smiles_2
string
SMILES_original_smiles_3
string
SMILES_canonical_smiles_3
string
SMILES_original_smiles_4
string
SMILES_canonical_smiles_4
string
SMILES_original
string
SMILES_canonical
string
structure_key
string
structure_status
string
wildcard_atom_count
string
source_dataset
string
source_table
string
source_row_first
int64
observation_count
int64
38f328a4-d003-429f-accc-b3360893f1bc
VL33130
CCOC(=O)c1ccc(OC(=O)C2CCCC2)cc1
1.0
125
0.05
300.0
1.0
[ERROR: The system is partially oriented.]
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
False
*CC(*)OC(=O)c1ccc(OC(=O)C2CCCC2)cc1
VL33130
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b3
260.289
246.67200000000005
-2320550.4310253463
-9.343103782363718
0.7375269610686793
-0.3972029029383643
0.5160156795729253
-2.7479019961757696
28.12061910832876
38.82224779340623
20.71159975424237
24.82800977733765
-0.801246727059929
2.091798166898588
1.4996502604749309
1.0
125.0
37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37/37...
37.0
0.0
262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999999/262.3049999999...
262.3049999999999
262.3049999999997
0.9999999999999992
1.103336864
4.1121032704
2.776131233751625e-12
3416.208565356156
3098.3926724187813
3.9291912511626086e-10
3.563106223897293e-10
2548260340.0653133
2809147857.610706
0.0006780701340625
0.0002260233780208
0.0
2.1780280432615617
3.453831118437745
0.1023726087989995
1.508576506238972
0.1673704801695882
4.4404435771954046e-08
0.001084239977497
0.0106767001531793
0.0560372013680391
0.0490327831707203
0.0377343435233702
0.0107563278262705
0.000208945695922
0.0018399384545895
0.0
GAFF2_mod
2.824005614062152
*CC(*)OC(=O)c1ccc(OC(=O)C2CCCC2)cc1
*CC(*)OC(=O)c1ccc(OC(=O)C2CCCC2)cc1
["*CC(*)OC(=O)c1ccc(OC(=O)C2CCCC2)cc1","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,012
1
3f40c267-898f-421d-a039-e98059b1479a
VL33121
CCOC(=O)C(C)(C(C)C)C(C)(C)C(C)C
1.0
125
0.05
300.0
1.0
[ERROR: Did not reach an equilibrium state.]
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
False
True
False
*CC(*)OC(=O)C(C)(C(C)C)C(C)(C)C(C)C
VL33121
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b3
226.3600000000002
253.5600000000001
-1840999.3458227287
-9.992490649794496
2.4835225818920144
-0.1340376065022124
-0.0003845168326438
-1.6877504761951507
25.26775065267391
25.800391084621737
26.83505825569923
23.167802617700787
0.2840518626140256
-0.4090026046826865
-0.0238711986834559
1.0
125.0
44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44...
44.0
0.0
228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000...
228.3760000000002
228.37600000000023
1.0000000000000002
0.8966847349
2.7762321340000007
3.9971521052898036e-11
4279.325761175604
3932.143319307242
5.882641282154328e-10
5.405406604169553e-10
1699943094.6597075
1850028287.5477977
0.0007814094191286
0.0002604698063762
0.0
1.5313372024302925
2.532736554600099
0.0645404001175759
1.4147082215671918
0.1730209098711508
4.5090335521844855e-08
0.0088113874351267
0.0087185816562884
0.0648250081873005
0.0417214323833415
0.0458841131369658
0.001703424695545
0.0
0.0013569623765827
0.0
GAFF2_mod
1.6930646466414077
*CC(*)OC(=O)C(C)(C(C)C)C(C)(C)C(C)C
*CC(*)OC(=O)C(C)(C(C)C)C(C)(C)C(C)C
["*CC(*)OC(=O)C(C)(C(C)C)C(C)(C)C(C)C","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,036
1
e5b15127-d69a-42fb-8f62-4a69bbd2cd4b
VL33041
CCP(=O)(OC(=O)CC1CCCC1)N(C)C
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)P(=O)(OC(=O)CC1CCCC1)N(C)C
VL33041
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b3
245.25900000000016
240.0240000000001
-2769166.3688737093
-9.411019649276009
2.0481719898339006
2.855376421747023
-1.2357848979394683
-3.786699507795624
24.3554118076334
26.371530921092223
23.70746727796028
22.98723722384769
0.7296771631056083
-1.135313828171912
-0.8704785044854624
1.0
125.0
38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38...
38.0
0.0
247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.27500000000015/247.275000000000...
247.2750000000001
247.2750000000001
0.9999999999999996
1.08898154695
3.17465740636
1.9755532281021544e-11
3727.429575575586
3284.538212947097
4.5110562047576176e-10
3.9748357784364445e-10
2217451611.1436605
2516247055.940651
0.0008516725379779
0.0002838908459926
0.0
4.203524134772719
5.316309285585454
0.0927566458667174
1.4535422769265212
0.1911343497326146
4.708784074373729e-08
0.0231466563743766
-0.0079576875505289
0.0636978846530315
0.0504042024653611
0.056389562556205
0.0046237897027503
0.0
0.0008299415314188
0.0
GAFF2_mod
4.900962353067377
*CC(*)P(=O)(OC(=O)CC1CCCC1)N(C)C
*CC(*)P(=O)(OC(=O)CC1CCCC1)N(C)C
["*CC(*)P(=O)(OC(=O)CC1CCCC1)N(C)C","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,041
1
cd6facdd-3394-436e-b8dc-4db4feb5396b
VL33066
CC(C#N)OC(=O)C(C)(CC)C(C)(C)C
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)(C#N)OC(=O)C(C)(CC)C(C)(C)C
VL33066
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b3
209.28900000000016
223.99200000000005
-1773532.552643185
-10.408630741082469
2.098120101078578
-0.0572350178562425
1.9115905787084968
3.603989200861355
22.24143252226742
23.54091427231067
22.189402287169287
20.993981007322304
0.0484903678692936
-0.7510983632599639
1.28158734765307
1.0
125.0
36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36/36...
36.0
0.0
211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.30500000000015/211.305000000000...
211.3050000000001
211.3050000000001
0.9999999999999996
0.93629410635
2.76505653532
2.114263791125359e-11
3901.414995902098
3454.019409121572
5.568395063252188e-10
4.929366133208925e-10
1796777482.224447
2029155339.8299265
0.000880664680709
0.0002935548935696
0.0
4.24682193104118
5.23938030578749
0.0838924137191593
1.411580098593881
0.1784970000720254
4.886484020428793e-08
0.0194710484066777
0.0024255570244513
0.0905219196994537
0.0101586145100683
0.0529456991886283
0.0010102454754466
0.0
0.0019639157672993
0.0
GAFF2_mod
4.079974576857233
*CC(*)(C#N)OC(=O)C(C)(CC)C(C)(C)C
*CC(*)(C#N)OC(=O)C(C)(CC)C(C)(C)C
["*CC(*)(C#N)OC(=O)C(C)(CC)C(C)(C)C","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,059
1
b66b1a4c-23a1-4bbb-b55b-81937e96610a
VL33128
CCOC(=O)C(C)(C)C(C)(C)C(C)C(C)C
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)OC(=O)C(C)(C)C(C)(C)C(C)C(C)C
VL33128
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b3
226.3600000000002
254.59200000000007
-1841010.164176372
-10.009909003579256
2.3928023060808727
0.6846725486253213
-0.1102898247351771
1.517676286038682
25.285723653408187
25.82702752999932
26.53993001261525
23.49021341761
0.5029539041486468
0.1700499166983646
0.3131366250613489
1.0
125.0
44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44/44...
44.0
0.0
228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000002/228.3760000000...
228.3760000000002
228.37600000000023
1.0000000000000002
0.8868660512250001
2.88562096708
4.911366082083438e-11
4177.005404215375
3716.225224579082
6.074370650471764e-10
5.404213603539093e-10
1646326578.8536372
1850459862.1464407
0.0009093776212299
0.0003031258737433
0.0
1.826982278275894
2.814742414887601
0.0856318689964142
1.4098794759168978
0.1787919024173158
4.8264162848593625e-08
0.010160040763394
0.0103057124736971
0.0706741916081659
0.0370692686202686
0.0500846681291292
0.0009418870547942
0.0
-0.0004438662321335
0.0
GAFF2_mod
1.6686166886032805
*CC(*)OC(=O)C(C)(C)C(C)(C)C(C)C(C)C
*CC(*)OC(=O)C(C)(C)C(C)(C)C(C)C(C)C
["*CC(*)OC(=O)C(C)(C)C(C)(C)C(C)C(C)C","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,062
1
9e37b7e1-6d87-4b35-b82d-41756449be61
VL32862
C(OC)COC(=O)c1ccc(C#N)cc1
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*C(OC)C(*)OC(=O)c1ccc(C#N)cc1
VL32862
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
203.1970000000001
188.96000000000004
-1855140.2671808533
-9.951266276314405
-0.3825368068858433
2.6658103961976827
-0.145590722979222
-1.4274825375702112
21.82296064401591
28.0632258212916
19.902776606422723
17.502879504333418
-1.7508121838707422
-5.867608978238995
2.7632530437590943
1.0
125.0
26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26/26...
26.0
0.0
205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.21300000000005/205.213000000000...
205.21300000000005
205.2130000000001
1.0000000000000002
1.1380242838
3.55397414924
2.850306604815552e-11
3131.3640719979244
2813.755421340033
3.9418844939519716e-10
3.541541098342807e-10
2539103280.4718404
2825252451.0498195
0.0006887393042723
0.0002295797680907
0.0
3.6877738246141294
5.006066830727113
0.0699371305980272
1.5225941698670016
0.155195110412745
4.3550479445593216e-08
0.0093589992283204
0.0083955302949735
0.0587850662543883
0.0306112654192093
0.0325946483657123
0.0158614389563219
0.0001893137547697
-0.0006011518609506
0.0
GAFF2_mod
3.0274491114073494
*C(OC)C(*)OC(=O)c1ccc(C#N)cc1
*C(OC)C(*)OC(=O)c1ccc(C#N)cc1
["*C(OC)C(*)OC(=O)c1ccc(C#N)cc1","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,089
1
b73d6ccd-2d99-4fea-8ff3-db8e85174552
VL32848
CC(C#N)C1=NC(C)(C)C(=O)O1
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)(C#N)C1=NC(C)(C)C(=O)O1
VL32848
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
164.16400000000007
155.34400000000005
-1499524.234573681
-10.545323214512187
1.2159999015892822
-0.969011745269096
-1.4434281313239476
4.402330825984618
15.863355616265636
18.47470532990218
13.904022355053062
15.211339163841668
0.6500713417782575
-0.627349875194976
-1.179577942637361
1.0
125.0
22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22/22...
22.0
0.0
166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.18000000000006/166.180000000000...
166.18000000000012
166.1800000000001
0.9999999999999998
1.0872203236
2.477369317320001
1.0503476843463518e-11
3030.5072275331167
2708.44693759622
3.50349582391935e-10
3.131222621511154e-10
2854771548.50302
3193755796.90212
0.0006380503416033
0.0002126834472011
0.0
3.9071878513210856
4.971139565318765
0.0731038505355672
1.4366459946687211
0.166353870653016
5.0489378416816825e-08
0.008372126130154
-0.0077901284161133
0.0693240100553295
0.0381904240989186
0.0507411995231692
0.0059846108281331
0.0
0.0015316284334247
0.0
GAFF2_mod
4.733179188894206
*CC(*)(C#N)C1=NC(C)(C)C(=O)O1
*CC(*)(C#N)C1=NC(C)(C)C(=O)O1
["*CC(*)(C#N)C1=NC(C)(C)C(=O)O1","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,090
1
a6d599d8-3027-4373-8d3a-3c4f5775207b
VL32867
CCOC(=O)CC(C)(C)CC(C)(C)C
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)OC(=O)CC(C)(C)CC(C)(C)C
VL32867
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
198.30600000000013
223.15200000000004
-1634484.269359166
-10.17200233704298
2.4480247781210167
0.7783858146054716
-1.1652648992952126
-0.9300689553156248
22.21220997682941
24.756985705613427
21.721781289070684
20.157862935804115
-0.4095011221774176
-0.7585014753759696
0.7487294321074278
1.0
125.0
38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38/38...
38.0
0.0
200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.32200000000017/200.322000000000...
200.32200000000017
200.32200000000023
1.0000000000000009
0.8981369958650001
2.95937977328
1.1481397370639044e-10
4350.914664265294
3847.6941094243016
6.309539101881032e-10
5.579770713684483e-10
1584961417.815592
1792252260.841218
0.0009753588601901
0.0003251196200633
0.0
1.944805377943231
2.9512948189433024
0.0759637386602662
1.4165060681126895
0.1828975084430258
4.6804179655918254e-08
0.0120033995519429
-0.0124098258065615
0.0809126520336789
0.0359298456737429
0.0646848354419142
0.0010039754666731
0.0
0.0007726260816351
0.0
GAFF2_mod
1.6818903125799862
*CC(*)OC(=O)CC(C)(C)CC(C)(C)C
*CC(*)OC(=O)CC(C)(C)CC(C)(C)C
["*CC(*)OC(=O)CC(C)(C)CC(C)(C)C","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,094
1
84d20d37-ed8f-47b0-b69f-28402bd5a6e6
VL32897
CC(C)OC(=O)c1ccccc1OC(C)=O
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)(C)OC(=O)c1ccccc1OC(C)=O
VL32897
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
220.22400000000007
206.3280000000001
-2013901.5402374745
-9.436561390786649
0.7441708598130852
1.6757827628800466
1.2476592445884205
2.0241076394604023
22.683139499494946
23.954048556931905
27.61486390135036
16.48050604020258
-2.2622453020054127
0.7362072993645938
0.6333177244571331
1.0
125.0
30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30/30...
30.0
0.0
222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.24000000000007/222.240000000000...
222.24000000000007
222.23999999999995
0.999999999999999
1.10575134495
2.90336315136
1.1931841504353117e-11
3215.7462621764607
2841.581944433638
4.4856322199427877e-10
3.9635054236930254e-10
2230235920.865987
2523718426.047447
0.0007865440251916
0.0002621813417305
0.0
2.322781747066222
3.516789520892084
0.0799503527524483
1.4812183410374926
0.1703119600743772
4.789673364338264e-08
0.0241377442416133
-0.0796814817157021
0.0755049282588831
0.0560664328593502
0.0655228137679592
0.0268772894911377
0.0001895806180272
0.0016946525531083
0.0
GAFF2_mod
2.9089367808693942
*CC(*)(C)OC(=O)c1ccccc1OC(C)=O
*CC(*)(C)OC(=O)c1ccccc1OC(C)=O
["*CC(*)(C)OC(=O)c1ccccc1OC(C)=O","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,104
1
80daf617-2513-496b-a0e3-de74fc68b545
VL32894
CCC(=O)c1ccc(C(C)(C)CC)cc1
1.0
125
0.05
300.0
1.0
[ERROR: The system is partially oriented.]
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
False
*CC(*)C(=O)c1ccc(C(C)(C)CC)cc1
VL32894
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
202.29700000000017
219.20800000000008
-1630746.5339758594
-9.245129373469462
0.6154545682069693
-2.1045643231452664
-1.065581464851519
2.049903540115269
25.25318958162821
32.7414117752116
21.184146925626823
21.8340100440462
-2.588236986809042
-2.308115272154668
-1.8141860022289829
1.0
125.0
35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35/35...
35.0
0.0
204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.31300000000013/204.313000000000...
204.31300000000024
204.313
0.9999999999999988
0.933350341755
3.2176900875200007
4.359529680313611e-11
4021.971792463464
3580.8676300553807
5.544548428146249e-10
4.936336108321254e-10
1803934365.886552
2026094420.7075183
0.0008729528351481
0.0002909842783827
0.0
3.450378934476304
4.68173643683974
0.1115743355442324
1.4937729085652331
0.185592529186974
4.943980839546782e-08
0.0122717443304357
0.0062646216263986
0.0726476699297444
0.038071211411714
0.043561033929478
0.012071225221954
0.0002084032951869
0.000496619442062
0.0
GAFF2_mod
3.12518149429247
*CC(*)C(=O)c1ccc(C(C)(C)CC)cc1
*CC(*)C(=O)c1ccc(C(C)(C)CC)cc1
["*CC(*)C(=O)c1ccc(C(C)(C)CC)cc1","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,118
1
32e40298-ed98-4d5f-868d-92fab6fb569d
VL32909
CCOC(=O)C(C)(C)C(C)(C)CCCC
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)OC(=O)C(C)(C)C(C)(C)CCCC
VL32909
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
212.3330000000002
239.01600000000005
-1737753.7438693442
-10.007401491597957
2.421698272428368
-0.1413903394973889
0.3130274694200254
-1.4606627664912346
23.85193082528364
25.15300635184452
24.77981379717814
21.62297232682826
0.444304730695169
-0.0774733723138138
0.3024111006926336
1.0
125.0
41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41...
41.0
0.0
214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000002/214.3490000000...
214.34900000000027
214.34900000000016
0.9999999999999994
0.8696483752399999
3.000138390199999
1.4784869825870159e-10
4276.166029511498
3843.2284309631086
6.990450617051707e-10
6.28267236405898e-10
1430668009.314581
1591815518.9003177
0.0009369698466186
0.0003123232822062
0.0
1.923509783573481
2.8923403722716468
0.0755510189659911
1.4031502373937603
0.1748179035908187
4.7009719398687154e-08
0.0135606284781711
0.0019480790591847
0.0693830886322338
0.0486228274706515
0.0401647253631863
0.0003412420524823
0.0
0.0007973125349087
0.0
GAFF2_mod
1.5005042959380417
*CC(*)OC(=O)C(C)(C)C(C)(C)CCCC
*CC(*)OC(=O)C(C)(C)C(C)(C)CCCC
["*CC(*)OC(=O)C(C)(C)C(C)(C)CCCC","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,147
1
0b17f999-08d1-4685-8f46-d43ff203189d
VL32854
CCCc1ccc([N+](=O)[O-])cc1
1.0
125
0.05
300.0
1.0
3.9.7
0.2.9
2020.03.6
1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)Cc1ccc([N+](=O)[O-])cc1
VL32854
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
163.17600000000007
157.60000000000005
-1457127.955778723
-9.864374634458017
-0.2070808588508803
4.897087713485337
-1.2516667315246628
-0.759635002292453
18.25002814169377
23.62227336695164
13.860037833169637
17.26777322496004
-2.259108223875803
-1.3843670582694552
-2.085041909752776
1.0
125.0
23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23/23...
23.0
0.0
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165.192
165.19200000000015
1.0000000000000009
1.0557544850499998
2.89949139316
1.476367661267916e-10
3412.3324188799133
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5.309298159889131e-10
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0.0009327825995495
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0.0
10.744887138459026
11.99552299240436
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0.1539820407997763
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0.0
GAFF2_mod
5.111279978350093
*CC(*)Cc1ccc([N+](=O)[O-])cc1
*CC(*)Cc1ccc([N+](=O)[O-])cc1
["*CC(*)Cc1ccc([N+](=O)[O-])cc1","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,162
1
0eb5a3e3-eb0f-4232-a11e-4e26f347e7ae
VL32896
CCOC(=O)c1ccccc1OCC(F)(F)F
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1.0
3.9.7
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1.4.1
0.2.9
0.2.9
True
True
True
*CC(*)OC(=O)c1ccccc1OCC(F)(F)F
VL32896
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
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1.0
125.0
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28.0
0.0
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248.2
248.20000000000005
1.0000000000000004
1.2450880892
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3004.0820567245087
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5.691155751284587e-10
4.931327084970385e-10
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0.0
3.863834465697164
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0.0642903356179376
1.4542063276062411
0.1377173315509678
3.681940188003483e-08
0.015363023068435
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0.0550867975307329
0.0246417334871523
0.0347080122046859
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4.8434084528937246e-05
0.0
GAFF2_mod
3.6390289435002505
*CC(*)OC(=O)c1ccccc1OCC(F)(F)F
*CC(*)OC(=O)c1ccccc1OCC(F)(F)F
["*CC(*)OC(=O)c1ccccc1OCC(F)(F)F","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,172
1
c54b48c3-f751-4750-a5bd-f22b8c6580d2
VL32922
C(C)COC(=O)c1ccccc1OC(C)=O
1.0
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300.0
1.0
3.9.7
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1.4.1
0.2.9
0.2.9
True
True
True
*C(C)C(*)OC(=O)c1ccccc1OC(C)=O
VL32922
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b2
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-9.401436704785192
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1.0
125.0
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30.0
0.0
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222.24000000000007
222.23999999999995
0.999999999999999
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4.2790746511574775e-10
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0.0008840212177284
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0.0
4.229405536696438
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0.0759092524378715
1.4780768226633867
0.1688840410014759
4.619873528345152e-08
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0.043205427513407
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0.0
GAFF2_mod
0.8709859642695225
*C(C)C(*)OC(=O)c1ccccc1OC(C)=O
*C(C)C(*)OC(=O)c1ccccc1OC(C)=O
["*C(C)C(*)OC(=O)c1ccccc1OC(C)=O","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,174
1
806ac96d-7c1a-445a-805b-0374fffcd755
VL1635374
Oc1ccc(C(C)(C)c2ccc(Oc3ccc(C(C)(C)c4ccc(Oc5ccc(C(=O)c6ccccc6)cc5)cc4)cc3)cc2)cc1
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125
0.05
300.0
1.0
3.9.7
0.2.9.1
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1.4.1
0.2.9
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True
True
True
*Oc1ccc(C(C)(C)c2ccc(Oc3ccc(C(C)(C)c4ccc(Oc5ccc(C(=O)c6ccc(*)cc6)cc5)cc4)cc3)cc2)cc1
VL1635374
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b3
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-5155098.584537296
-8.21404859016318
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85.0
0.0
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618.7730000000016
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1.0
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0.0
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0.0
GAFF2_mod
3.276798795976964
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*Oc1ccc(C(C)(C)c2ccc(Oc3ccc(C(C)(C)c4ccc(Oc5ccc(C(=O)c6ccc(*)cc6)cc5)cc4)cc3)cc2)cc1
["*Oc1ccc(C(C)(C)c2ccc(Oc3ccc(C(C)(C)c4ccc(Oc5ccc(C(=O)c6ccc(*)cc6)cc5)cc4)cc3)cc2)cc1","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,198
1
9ef1fd3b-128e-4b08-82a2-02f734851b71
VL1635408
CC(COc1ccc(C(C)(C)c2ccc(Oc3ccc(C(=O)c4ccc(C(=O)c5ccccc5)cc4)cc3)cc2)cc1Cl)OC(C)=O
1.0
125
0.05
300.0
1.0
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1.4.1
0.2.9
0.2.9
True
True
True
*CC(COc1ccc(C(C)(C)c2ccc(Oc3ccc(C(=O)c4ccc(C(=O)c5ccc(*)cc5)cc4)cc3)cc2)cc1Cl)OC(C)=O
VL1635408
1.0
wb97m-d3bj
RESP
3.9.7
0.2.0b3
645.1510000000017
585.7200000000001
-6453705.610561218
-8.449366202515911
-0.2149859122967238
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1.0
125.0
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82.0
0.0
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647.1670000000015
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0.0346291437969588
0.0005131285632082
0.0031176220609472
0.0
GAFF2_mod
4.498893086957013
*CC(COc1ccc(C(C)(C)c2ccc(Oc3ccc(C(=O)c4ccc(C(=O)c5ccc(*)cc5)cc4)cc3)cc2)cc1Cl)OC(C)=O
*CC(COc1ccc(C(C)(C)c2ccc(Oc3ccc(C(=O)c4ccc(C(=O)c5ccc(*)cc5)cc4)cc3)cc2)cc1Cl)OC(C)=O
["*CC(COc1ccc(C(C)(C)c2ccc(Oc3ccc(C(=O)c4ccc(C(=O)c5ccc(*)cc5)cc4)cc3)cc2)cc1Cl)OC(C)=O","","",""]
valid
2
polyomics
polyomics/all_data.csv
150,212
1
End of preview. Expand in Data Studio

PolyOmics

RadonPy Consortium computational database with many properties, material architectures, and simulation conditions; all_data is the merged tabular release.

Processed copy of polyomics from the molecular datasets collection. Structures are canonicalized and validated; labels are never averaged or filled. Prefer the original source for citation.

Where the data comes from

Data quality

Grade: care (rough; rules on the hub page).

  • info: computed. Label origin from the source's tags.
  • good: valid structures. Rows RDKit cannot parse (kept in quarantine).
  • info: 4 stereoisomer sets. Groups of stereoisomers in the sampled structures; their labels can differ sharply.
  • good: R² ceiling ≈ 1.00. Replicate SD is 0.00× the label SD, so no model can explain more than about 100% of the variance.
  • bad: 14% label coverage. Median share of molecules labelled per task; missing labels are unmeasured, not negative.
  • good: 13,590 molecules per task. Median molecules with a label per task.

Tables

Config Splits Rows Targets
000_all_data full 176,096 qm_total_energy_monomer1 (regression, not_verified), qm_homo_monomer1 (regression, not_verified), qm_lumo_monomer1 (regression, not_verified), qm_dipole_x_monomer1 (regression, not_verified), qm_dipole_y_monomer1 (regression, not_verified), qm_dipole_z_monomer1 (regression, not_verified), qm_polarizability_monomer1 (regression, not_verified), qm_polarizability_xx_monomer1 (regression, not_verified) and 112 more

data/ holds parseable rows with identical rows collapsed. observations/ holds every source row, including unparseable structures, for auditing. Added columns: SMILES_original, SMILES_canonical (RDKit; stereo, salts, and * kept), structure_key (JSON list of canonical components; use it to deduplicate or group), structure_status, wildcard_atom_count, source_row_first, observation_count, source_dataset, source_table. All original columns are strings, so censored values such as <10 survive; cast labels yourself.

Load

from torch_molecule.datasets import load_dataset
data = load_dataset("polyomics")

from datasets import load_dataset
ds = load_dataset("liuganghuggingface/moldata-polyomics", "000_all_data")

Known issues

  • Not every property is available for every record.
  • Simulation validity fields and conditions must be filtered for each task.
  • all_data overlaps subtype files, so redundant subtype copies are omitted.
  • Atomistic snapshot archive (~97 GB complete repository) is catalogued separately and not fully mirrored.

License

CC-BY-4.0

Citation

Cite the original study and data source:

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Paper for liuganghuggingface/moldata-polyomics