Olfamining Rapport d'expérience

Informations générales
  • Algorithme : Redescription mining
  • Date de l'expérience : 02 nov. 2014 19:12:33
  • Qualités :
  • Propriétés physico-chimiques :

Redescriptions

Score de l'analyse : Moyenne des score des redescriptions.

Comment lire les redescriptions

# Qualités Propriétés physico-chimiques Score (en %) Support Support qualités Support propriétés
1 Fatty X% < 0.161
ou 130.15 < BAC < 133.569
ou 179.32 < MWC03 < 180.88
ou 103.091 < SRW02 < 104.667
ou 105.32 < SRW06 < 112.74
ou 59.287 < SRW08 < 61.985
ou 1.667 < MPC06 < 1.708
ou 2.35 < X2v < 2.404
ou 1412.0 < RDSQ < 1458.0
ou 7.363 < IDET < 7.6
ou 4.12 < IC3 < 4.165
ou 7.003 < IC5 < 7.218
ou 1.794 < TIC5 < 1.858
ou 1.318 < BIC3 < 1.325
ou 8.416 < VR3_D < 8.547
ou 0.363 < VR1_X < 0.448
ou 2.658 < WiA_H2 < 2.722
ou 2.491 < H_Dt < 2.652
ou 1.133 < HyWi_Dt < 1.223
ou 0.828 < SpPosA_Dt < 0.855
ou 0.732 < SpMax_Dt
ou 0.123 < SM3_Dt < 0.125
ou SM5_Dt < 0.071
ou 5.345 < Ho_D/Dt < 5.715
ou 3.087 < VR1_D/Dt < 3.096
ou 2.222 < SpAD_Dz(Z) < 2.379		 97.07 1558 1576 1587
2 Winey 168.21 < MW < 170.23
ou X% < 0.196
ou 36.727 < SRW02 < 70.727
ou 59.651 < SRW04 < 62.641
ou 178.42 < SRW06 < 188.36
ou 41.923 < SRW08 < 72.392
ou 1.836 < piPC08 < 1.895
ou 1.173 < CID < 1.179
ou 50.514 < X2 < 50.884
ou 14.875 < X4v < 15.432
ou 55.0 < X0Av < 57.0
ou 906.0 < IAC < 1024.0
ou 6.907 < IDET < 7.114
ou 0.224 < HDcpx < 0.232
ou 1.727 < IC1 < 1.732
ou 0.55 < IC3 < 1.933
ou 8.007 < SIC3 < 8.212
ou 3.706 < BIC1 < 4.058
ou 8.09 < Chi_D < 8.268
ou 8.796 < SpPosLog_D < 9.086
ou 1.946 < Chi_X < 2.079
ou 3.178 < SpPos_X < 3.219
ou 1.219 < VE2_X
ou 0.797 < SpAD_H2 < 0.866
ou 2.214 < ChiA_Dt < 2.245
ou 1.168 < HyWi_Dt < 1.177
ou 0.507 < SpPosA_Dt < 0.563
ou 0.242 < SpMAD_Dt < 0.243
ou 0.097 < SM3_Dt < 0.102
ou 24.931 < J_D/Dt < 29.241
ou SpPos_Dz(Z) < 0.808
ou 1.037 < VE1_Dz(Z) < 1.099		 96.69 1552 1575 1582
3 Ethereal 19.224 < Sp
ou nR05 = 1.0
ou 46.2 < MWC03 < 55.52
ou 36.727 < SRW02 < 41.273
ou 23.661 < SRW04 < 24.433
ou 4.95 < MPC02 < 5.367
ou MPC04 = 1.778
ou 1.639 < MPC06 < 1.729
ou 668.0 < X4sol < 734.0
ou 7.377 < IDE < 7.416
ou 2.337 < IC1 < 2.6
ou 4.81 < IC5 < 5.042
ou 18.482 < TIC1 < 20.087
ou 1.021 < BIC3 < 1.028
ou 0.483 < VR1_X < 0.52
ou 0.464 < SM2_H2 < 0.49
ou 0.1 < VR1_H2 < 0.106
ou SpMax_Dt < 0.558
ou 3.55 < SM2_D/Dt < 3.59
ou SM3_Dz(Z) < 0.677
et 36.97 < MWC05
ou 60.04 < SRW06 < 62.52
ou 0.687 < SpAD_H2 < 0.713		 96.19 1544 1545 1604
4 Balsamic nHet = 12.0
ou 1.9 < D/Dtr09 < 5.7
ou 147.736 < BAC < 164.15
ou 174.46 < SRW06 < 179.92
ou 210.748 < SRW08 < 217.813
ou 5.921 < X0A < 5.957
ou 186.0 < X1MulPer < 196.0
ou 7.532 < IDDE < 7.833
ou 4.735 < IC3 < 4.782
ou 13.68 < IC5 < 15.183
ou 4.76 < BIC1 < 4.796
ou 2.171 < BIC3 < 2.235
ou 7.372 < AVS_D < 7.397
ou 10.857 < SpPosLog_D < 10.976
ou SpMaxA_X < 4.156
ou 4.868 < SM4_X < 4.89
ou 6.661 < SM6_X < 6.724
ou 1.163 < VE2_X < 1.221
ou 3.577 < SM2_D/Dt < 3.888
ou 1.85 < SpPos_Dz(Z) < 1.906		 94.95 1524 1537 1592
5 Rose 33.723 < Mv < 34.821
ou 12.667 < SRW10 < 14.667
ou 1.441 < CID < 1.487
ou 235.0 < X2Av < 247.0
ou 4740.0 < X4sol < 4967.0
ou 317.0 < X1MulPer < 357.0
ou 11.961 < IDDE < 12.722
ou 4.569 < IDET < 5.204
ou 0.111 < Vindex < 0.114
ou 0.058 < Yindex < 0.06
ou 1.959 < IC1
ou 7.733 < IC5 < 8.637
ou 12.117 < SIC1 < 12.259
ou 3.797 < SpMaxA_X < 3.923
ou 4.948 < SpAD_X < 5.16
ou 0.121 < VR1_H2 < 0.124
ou 2.798 < H_Dt < 3.152
ou 7.053 < SpAD_D/Dt < 7.086
ou 4.761 < Ho_D/Dt < 4.845
ou VR1_D/Dt < 3.131
ou 1.004 < VE1_Dz(Z) < 1.112		 93.02 1493 1513 1585
6 Woody 35.1 < D/Dtr07 < 35.5
ou 122.632 < MWC05 < 130.038
ou 130.2 < SRW06 < 132.8
ou MPC10 = 32.0
ou 7.353 < X0v < 7.941
ou 769.0 < X2sol < 816.0
ou 3.872 < IDDE < 4.031
ou 0.152 < Vindex < 0.156
ou 2.001 < IC1 < 3.505
ou 34.0 < TIC3 < 35.417
ou 7.836 < SIC3 < 7.928
ou 2.157 < ChiA_Dt < 2.235
ou 0.283 < SpMAD_Dt < 0.29
ou SpPos_Dz(Z) < 1.661
ou 1.996 < VE1_Dz(Z) < 2.126		 90.96 1460 1466 1599
7 Oily 0.216 < X% < 0.222
ou 189.84 < SRW06 < 196.18
ou 56.972 < X2 < 57.087
ou 3677.0 < X4sol < 3996.0
ou 1786.0 < RDSQ < 2016.0
ou IDET < 10.461
ou 0.753 < IC1 < 1.06
ou 28.0 < TIC3 < 29.0
ou 1.911 < BIC3 < 1.992
ou 9.594 < SpPosLog_D < 9.625
ou 1.764 < HyWi_Dt < 1.805
ou 0.145 < SM3_Dt < 0.146
ou 0.027 < SM5_Dt < 0.06
ou 4.608 < Ho_D/Dt < 4.777		 89.71 1440 1457 1588
8 Oily 6.062 < Sv
ou 0.212 < X% < 0.234
ou 137.885 < BAC < 141.885
ou 105.06 < MWC03 < 148.71
ou 1.42 < CID < 1.43
ou 6.662 < X4 < 6.887
ou 3046.0 < X4sol < 3082.0
ou IVDE < 9.437
ou 4.103 < IC3 < 4.128
ou 12.141 < IC5 < 12.211
ou 9.594 < SpPosLog_D < 9.625
ou 0.491 < SM2_H2 < 0.501
ou 1.331 < HyWi_Dt < 1.347
ou 0.458 < SpPosA_Dt < 0.629		 89.71 1440 1457 1588
9 Green
ou Hyacinth		 ZM2V < 1.0
et 0.93 < SM5_Dz(Z) < 1.034
ou 5.632 < Sv < 5.661
ou 0.242 < X%
ou 147.5 < MWC03 < 150.69
ou 5.838 < IDET < 6.014
ou 1.711 < IC1 < 1.744
ou 5.914 < SIC3 < 5.937
ou 0.341 < SM4_H2 < 0.346
ou VE2_D/Dt < 1.075
et CID < 3.149
ou 85.169 < MWC05 < 86.755
ou 573.0 < X4sol < 588.0
ou 5.848 < IC5 < 6.051
ou 6.297 < SpAD_D/Dt < 6.304
et HyWi_Dt < 5.881
ou 75.0 < X4A < 76.0		 83.95 1345 1349 1598
10 Floral
ou Jasmin		 VR1_X < 2.484
et 0.479 < SM2_H2 < 0.484
ou RFD < 8.0
ou 51.543 < MWC01 < 53.867
ou 57.987 < SRW04 < 61.648
ou 81.0 < X4A < 86.0
ou 4054.0 < RDSQ < 4170.0
ou 10.826 < SIC3 < 11.19
ou 8.791 < J_D < 8.823
ou 0.59 < SpMax_Dt < 0.593
et PCR < 10.0
ou 1.093 < CID < 1.102
ou 5.529 < BIC1 < 5.55
ou 1.612 < BIC3 < 1.654
ou 2.714 < HyWi_Dt < 2.949
ou 0.495 < SpPosA_Dt < 0.503		 77.1 1236 1239 1600
11 Ethereal
ou Fruity		 IDDE < 5.814
ou 1.687 < IC1 < 1.771
ou 5.574 < BIC1 < 5.599
ou 7.385 < Chi_D < 7.408
ou 2.036 < HyWi_Dt < 3.223
ou 2.037 < VR2_Dz(Z) < 2.251
et X% < 0.308
ou 1.465 < ChiA_Dt < 1.525
et PHI < 19.858
ou 2.942 < IVDE < 3.342
ou 2.747 < SpPosLog_H2 < 2.832
ou SM5_Dt = 0.06		 75.0 1188 1192 1580
12 Ethereal
ou Fruity		 IDDE < 5.814
ou 1.687 < IC1 < 1.771
ou 5.574 < BIC1 < 5.599
ou 7.385 < Chi_D < 7.408
ou 2.036 < HyWi_Dt < 3.223
ou 2.037 < VR2_Dz(Z) < 2.251
et X% < 0.308
ou 1.465 < ChiA_Dt < 1.525
ou SM5_Dt = 0.06
et PHI < 19.858
ou 2.942 < IVDE < 3.342
ou 2.747 < SpPosLog_H2 < 2.832		 75.0 1188 1192 1580
13 Vanilin 19.403 < Mv < 19.516
ou 1.267 < VE2_X < 1.292
et 11.574 < Mp < 14.625
et 1.511 < IC3 < 3.461
ou VR3_X = 3.342
et 10.0 < D/Dtr11
et 2.949 < SpPosLog_H2 < 4.385		 69.23 18 26 18
14 Piney 3.1 < D/Dtr11
et VAR < 0.0
et 1.372 < IC1 < 1.846
et 0.265 < SM4_H2 < 0.332
et 1.792 < SpPos_Dz(Z) < 1.924
ou Wi_D = 6.845
et 0.064 < VR1_H2
et 4.135 < H_Dt
et 0.08 < SM3_Dt
ou 0.38 < HDcpx < 0.387
et 30.621 < MAXDP		 68.96 20 29 20
15 Pineapple 1.711 < IC1 < 1.772
et 1.028 < VE2_X < 1.053
ou 3.743 < SpPos_H2 < 3.745
ou 1.943 < ChiA_Dt < 1.947
et 4.699 < X0A < 8.441
et 0.039 < SM3_Dt < 0.124
et 1.931 < VR2_Dz(Z)
ou VE2_D = 7.336
ou Ho_D/Dt = 3.678
et 5.371 < Wi_D < 6.425		 64.91 37 52 42
16 Musk 0.208 < X2v < 0.975
et 7.823 < SpAD_D/Dt < 8.877
ou 130.0 < SRW02 < 130.545
et 5.815 < SIC3 < 12.964
ou 13.0 < ON0V < 14.0
et 11.597 < IDE
ou IDET = 4.621
et 22.559 < TIC1		 62.26 33 52 34
17 Sour 0.071 < X% < 0.281
et 18.0 < IAC < 448.0
et 0.2 < HDcpx < 0.305
et 2.132 < IC1 < 3.046
ou 2.899 < BIC1 < 2.91
et 26.3 < D/Dtr07
et 8.181 < IC5 < 22.211
et 0.149 < VR1_X < 0.483
ou 0.971 < SpAD_A < 0.983
et 72.12 < MW < 244.41
et 0.096 < EE_Dt < 0.207		 57.57 19 25 27
18 Phenolic 0.5 < S2K < 0.75
et 1.702 < IC3 < 3.391
et 0.816 < SpAD_A < 1.461
et 0.454 < SM2_H2 < 0.483
ou 5.05 < SM4_X < 5.056
et 93.03 < SRW02
et HDcpx < 0.342
et 1.254 < IC1 < 1.953
et 0.045 < SM3_Dt < 0.062
et SM5_Dt < 0.033		 56.66 17 24 23
19 Camphor 0.571 < GNar < 0.8
ou 48.0 < MWC01 < 48.104
ou 4.117 < BIC1 < 4.156
ou 1.343 < SM5_Dz(Z) < 1.531
et VE2_D/Dt < 1.188
ou 529.0 < X4sol < 545.0
ou 1.667 < IVDE < 1.688
et X0sol < 1.971
et 0.223 < SpMAD_Dt
ou VE1_Dt = 11.475
et 0.722 < WiA_Dz(Z) < 3.457		 56.25 45 66 59
20 Camphor 0.571 < GNar < 0.8
ou 4.117 < BIC1 < 4.156
ou 1.343 < SM5_Dz(Z) < 1.531
et VE2_D/Dt < 1.188
ou 48.0 < MWC01 < 48.104
ou 529.0 < X4sol < 545.0
ou 1.667 < IVDE < 1.688
et X0sol < 1.971
et 0.223 < SpMAD_Dt
ou VE1_Dt = 11.475
et 0.722 < WiA_Dz(Z) < 3.457		 56.25 45 66 59
21 Buterry
ou Pineapple		 1.0 < ZM1MulPer < 2.0
et 9.061 < IC5 < 15.134
et 0.09 < EE_Dt < 0.161
et Chi_D/Dt < 0.667
ou 17.16 < X4v < 17.232
ou IDET = 9.29
ou 4.464 < BIC1 < 4.465
ou 2.337 < SpPosLog_H2 < 2.351
ou 1.943 < ChiA_Dt < 1.947
ou 0.387 < SpPosA_Dt < 0.389
ou 3.678 < Ho_D/Dt < 3.679
et 1.69 < IC1 < 2.407
et 7.912 < SpPos_D < 9.351
ou VR2_Dt = 3.009
et CIC1 < 0.045		 55.31 52 80 66
22 Ambre
ou Honey		 4.15 < SpMaxA_X < 4.844
ou 6.246 < SpMaxA_D/Dt < 7.541
et 1.588 < piPC06 < 1.826
et 0.251 < HDcpx < 0.283
ou 4.948 < IC3 < 4.999
ou 2.507 < BIC3 < 2.525
ou 8.588 < J_D < 8.591
et 9.955 < IC5 < 21.767
ou X0 = 38.0
ou 2710.0 < X4sol < 2717.0
ou 4.302 < SpPosLog_X < 4.303
ou 9.81 < VR3_H2 < 9.839
ou 0.929 < SpPosA_Dt < 0.93
ou 5.275 < SM2_D/Dt < 5.278
ou WiA_Dz(Z) = 2.459
ou 1.842 < SpPos_Dz(Z) < 1.846
et 1.0 < nCsp2
et 1.8 < D/Dtr11 < 11.5
et 1.758 < piPC08		 55.17 64 93 87
23 Plum
ou Rose		 D/Dtr11 < 10.0
et 4.0 < ZM1Mad < 8.0
et 0.693 < SpMAD_L < 3.091
ou 1.5 < X2v < 2.245
et 2.303 < Ho_X < 5.076
ou 2.403 < IC3 < 2.718
et 1.893 < TIC5 < 2.372
et 1.099 < SpPosLog_X < 4.586
ou 3.78 < H_Dz(Z) < 3.783
et 0.65 < SpPos_Dz(Z) < 1.64
ou 8.518 < Chi_D < 8.547
ou 8.095 < J_D < 8.096
ou 5.622 < WiA_Dt < 5.66
et SpPosA_Dt < 1.225
ou 91.048 < SRW08 < 91.5
ou 57.793 < X2 < 58.078
ou 10.958 < Chi_H2 < 10.975
ou 7.0 < SpPos_H2 < 7.043
ou 38.676 < J_D/Dt < 38.691
ou 2.593 < Ho_D/Dt < 2.594
et X% < 0.29
ou 7.628 < AVS_D < 7.632
et GNar < 0.133
ou 235.0 < X1MulPer < 237.0
et nCIC < 0.0
et PW5 < 37.362
et 2.236 < WiA_Dz(Z) < 3.948
ou MWC01 = 89.867
et nCsp2 < 3.0
et 0.246 < SM3_Dz(Z)
ou MPC02 = 9.833		 55.16 155 195 241
24 Plum
ou Rose		 D/Dtr11 < 10.0
et 4.0 < ZM1Mad < 8.0
et 0.693 < SpMAD_L < 3.091
ou 1.5 < X2v < 2.245
et 2.303 < Ho_X < 5.076
ou 2.403 < IC3 < 2.718
et 1.893 < TIC5 < 2.372
et 1.099 < SpPosLog_X < 4.586
ou 3.78 < H_Dz(Z) < 3.783
et 0.65 < SpPos_Dz(Z) < 1.64
ou 8.518 < Chi_D < 8.547
ou 8.095 < J_D < 8.096
ou 5.622 < WiA_Dt < 5.66
et SpPosA_Dt < 1.225
ou 91.048 < SRW08 < 91.5
ou 57.793 < X2 < 58.078
ou 10.958 < Chi_H2 < 10.975
ou 7.0 < SpPos_H2 < 7.043
ou 38.676 < J_D/Dt < 38.691
ou 2.593 < Ho_D/Dt < 2.594
et X% < 0.29
ou 7.628 < AVS_D < 7.632
et GNar < 0.133
ou 235.0 < X1MulPer < 237.0
et PW5 < 37.362
et 2.236 < WiA_Dz(Z) < 3.948
ou MWC01 = 89.867
et nCsp2 < 3.0
et ZM2V < 0.0
et 0.246 < SM3_Dz(Z)
ou MPC02 = 9.833		 55.16 155 195 241
25 Caramelic ON0V = 5.0
ou X4Av = 8.0
et 1.056 < VE2_X < 1.296
et 2.511 < VR2_Dz(Z)
ou MW = 158.22
ou 14.832 < Sp < 14.923
ou MWC09 = 220.0
et 6.149 < Sv
ou 126.768 < SRW08 < 127.012
ou -0.04 < SIC5 < -0.039
ou 4.486 < Ho_X < 4.505
et 53.87 < SRW06
et 4.939 < IDE		 54.92 39 55 55
26 Earthy
ou Ethereal		 1.367 < IC1 < 1.675
ou HyWi_Dt < 0.728
et SM6_X < 4.369
et VE2_X < 1.138
ou 158.026 < SRW08 < 158.42
ou 3125.0 < XMOD < 3169.0
ou 435.0 < IAC < 443.0
ou 204.347 < ChiA_Dz(Z) < 205.185
et nR05 < 0.0
ou 6.542 < Sv < 6.587
ou 52.0 < BAC < 54.333
ou 175.12 < MWC03 < 175.22
ou 3.156 < X0sol < 3.203
ou IDE = 9.202
ou 6.956 < AVS_D < 6.961
ou 9.303 < VR3_H2 < 9.304
ou WiA_Dt = 3.96
ou 0.294 < SpPosA_Dt < 0.303
ou 2.284 < AVS_D/Dt < 2.288
ou 4.13 < SM2_D/Dt < 4.14
et VE1_Dz(Z) < 3.135
ou 290.0 < X2Av < 293.0
ou 3937.0 < X4sol < 4001.0
ou 10.422 < SM2_X < 10.43
ou 1.92 < SpMaxA_H2 < 1.938
ou 5.101 < SpAD_D/Dt < 5.103
ou 13.51 < SpMaxA_Dz(Z) < 14.897
et 0.181 < IC3 < 4.479
et EE_Dt < 0.206
ou X% = 0.15
ou MWC05 < 36.78
ou AVS_X = 3.738
et VR2_Dz(Z) < 3.138
ou 1.995 < Ho_D/Dt < 2.016
et nCsp2 < 2.0
ou SpPosLog_A = 0.005
ou SpAD_Dz(Z) = 2.759
et TIC5 < 3.417		 54.76 178 226 277
27 Earthy
ou Ethereal		 1.367 < IC1 < 1.675
ou HyWi_Dt < 0.728
et SM6_X < 4.369
et VE2_X < 1.138
ou 158.026 < SRW08 < 158.42
ou 3125.0 < XMOD < 3169.0
ou 435.0 < IAC < 443.0
ou 204.347 < ChiA_Dz(Z) < 205.185
et nR05 < 0.0
ou 6.542 < Sv < 6.587
ou 52.0 < BAC < 54.333
ou 175.12 < MWC03 < 175.22
ou 3.156 < X0sol < 3.203
ou IDE = 9.202
ou 6.956 < AVS_D < 6.961
ou 9.303 < VR3_H2 < 9.304
ou WiA_Dt = 3.96
ou 0.294 < SpPosA_Dt < 0.303
ou 2.284 < AVS_D/Dt < 2.288
ou 4.13 < SM2_D/Dt < 4.14
et VE1_Dz(Z) < 3.135
ou 290.0 < X2Av < 293.0
ou 3937.0 < X4sol < 4001.0
ou 10.422 < SM2_X < 10.43
ou 1.92 < SpMaxA_H2 < 1.938
ou 5.101 < SpAD_D/Dt < 5.103
ou 13.51 < SpMaxA_Dz(Z) < 14.897
et 0.181 < IC3 < 4.479
et EE_Dt < 0.206
ou X% = 0.15
ou MWC05 < 36.78
ou AVS_X = 3.738
et VR2_Dz(Z) < 3.138
ou SpPosLog_A = 0.005
ou 1.995 < Ho_D/Dt < 2.016
et nCsp2 < 2.0
ou SpAD_Dz(Z) = 2.759
et TIC5 < 3.417		 54.76 178 226 277
28 Anisic
ou Ethereal		 0.479 < IC3 < 1.967
ou SpPos_X < 1.609
ou 0.256 < VR1_X < 0.316
et 0.472 < IC1 < 2.324
et ChiA_Dt < 1.539
et EE_Dt < 0.204
ou MWC01 = 60.532
ou 127.091 < SRW02 < 127.455
ou 4.609 < X0A < 4.62
ou 14.167 < TIC3 < 15.0
et nR05 < 0.0
ou 0.863 < VE2_D/Dt < 0.946
et S0K < 0.568
ou 13.651 < SpMaxA_Dz(Z) < 14.897
et 0.313 < SM4_H2
ou 3669.0 < X4sol < 3693.0
ou 12.065 < X1Mad < 12.07
ou 0.363 < IDET < 0.606
et 0.564 < SpMax_Dt
ou MWC07 = 66.0
ou TIC5 = 2.833
et SNar < 0.778
ou 2.0 < IC5 < 2.003
et MAXDP < 47.752
et VE2_X < 1.31
ou Ho_D/Dt = 3.678		 53.81 134 174 209
29 Creamy
ou Ethereal		 2.0 < N% < 4.0
ou SpPosA_Dt < 0.399
et 0.052 < IC1 < 2.324
et SM6_X < 4.477
ou 354.413 < BAC < 394.563
et 6.3 < D/Dtr11
ou 53.752 < SRW04 < 53.765
ou 3.939 < IC3 < 3.943
ou 13.667 < TIC3 < 15.0
ou 13.651 < SpMaxA_Dz(Z) < 14.897
et nR05 < 0.0
ou 68.636 < MWC01 < 68.762
ou 175.12 < MWC03 < 175.22
ou 55.672 < SRW08 < 55.808
ou 8.158 < X0A < 8.188
ou 3669.0 < X4sol < 3693.0
ou 5.653 < IDET < 5.69
ou 0.282 < IC5 < 0.722
ou 7.675 < Chi_D < 7.678
et 0.562 < SpMax_Dt < 1.135
ou SpDiam_Dt = 0.409
et S0K < 0.578
ou 1.837 < WiA_Dz(Z) < 1.842		 53.6 134 172 212
30 Balsamic
ou Hay		 0.353 < S2K < 0.667
ou 4.543 < SpPos_X < 5.476
et 8.452 < IC5 < 19.568
et 1.371 < VR1_X < 3.034
ou 106.0 < BAC < 106.15
ou 60.82 < X2 < 62.297
ou 9.557 < VR3_H2 < 9.632
et NRS < 0.0
ou 251.493 < SRW08 < 254.889
et 0.052 < Yindex < 0.101
ou 7.342 < Sv < 7.384
et 3.761 < J_X
ou 12.384 < SIC3 < 12.63
ou 6.44 < SpAD_D/Dt < 6.448
et 1.505 < X0sol < 3.106
ou 258.92 < SRW06 < 259.76
ou 2.042 < piPC08 < 2.053
ou 6.167 < X0v < 6.182
ou 445.0 < X4sol < 452.0
ou 4.796 < BIC1 < 4.802
ou 7.701 < Chi_D < 7.71
ou 5.182 < SpPos_H2 < 5.196
et 0.823 < CID < 1.388
ou SM4_X = 4.905
ou SpMAD_Dt = 0.167
et Psi_e_1d < 278.0
ou SM3_Dz(Z) = 0.456		 53.33 136 174 217
31 Balsamic
ou Hay		 0.353 < S2K < 0.667
ou 4.543 < SpPos_X < 5.476
et 8.452 < IC5 < 19.568
et 1.371 < VR1_X < 3.034
ou 60.82 < X2 < 62.297
et NRS < 0.0
ou 106.0 < BAC < 106.15
ou 251.493 < SRW08 < 254.889
ou 9.557 < VR3_H2 < 9.632
et 0.052 < Yindex < 0.101
ou 7.342 < Sv < 7.384
et 3.761 < J_X
ou 12.384 < SIC3 < 12.63
ou 6.44 < SpAD_D/Dt < 6.448
et 1.505 < X0sol < 3.106
ou 258.92 < SRW06 < 259.76
ou 2.042 < piPC08 < 2.053
ou 6.167 < X0v < 6.182
ou 445.0 < X4sol < 452.0
ou 4.796 < BIC1 < 4.802
ou 7.701 < Chi_D < 7.71
ou 5.182 < SpPos_H2 < 5.196
et 0.823 < CID < 1.388
ou SM4_X = 4.905
ou SpMAD_Dt = 0.167
et Psi_e_1d < 278.0
ou SM3_Dz(Z) = 0.456		 53.33 136 174 217
32 Balsamic
ou Hay		 0.353 < S2K < 0.667
ou 4.543 < SpPos_X < 5.476
et 8.452 < IC5 < 19.568
et 1.371 < VR1_X < 3.034
ou 106.0 < BAC < 106.15
ou 60.82 < X2 < 62.297
ou 9.557 < VR3_H2 < 9.632
et NRS < 0.0
ou 251.493 < SRW08 < 254.889
et 0.052 < Yindex < 0.101
ou 7.342 < Sv < 7.384
et 3.761 < J_X
ou 258.92 < SRW06 < 259.76
ou 12.384 < SIC3 < 12.63
ou 6.44 < SpAD_D/Dt < 6.448
et 1.505 < X0sol < 3.106
ou 2.042 < piPC08 < 2.053
ou 6.167 < X0v < 6.182
ou 445.0 < X4sol < 452.0
ou 4.796 < BIC1 < 4.802
ou 7.701 < Chi_D < 7.71
ou 5.182 < SpPos_H2 < 5.196
et 0.823 < CID < 1.388
ou SM4_X = 4.905
ou SpMAD_Dt = 0.167
et Psi_e_1d < 278.0
ou SM3_Dz(Z) = 0.456		 53.33 136 174 217
33 Orange-blossom
ou Spicy		 7.0 < ZM1MulPer
ou 0.087 < VR1_H2 < 0.09
et 0.896 < SpAD_A < 1.838
ou 10.647 < SpPos_D < 10.807
et 3.6 < D/Dtr11 < 13.0
ou 18.692 < PW5 < 22.607
ou 7.762 < VE2_D < 7.797
et 0.262 < SM4_H2 < 0.327
et 0.099 < VE2_H2 < 0.145
ou 32.633 < X2 < 32.64
ou 1033.0 < X4sol < 1039.0
ou 2270.0 < RDSQ < 2279.0
ou 6.991 < SIC3 < 6.999
ou 4.981 < J_X < 5.001
ou 4.111 < SpAD_X < 4.123
ou 1.755 < SpAD_H2 < 1.766
ou 2.175 < H_Dt < 2.192
ou 0.76 < ChiA_Dt < 0.77
ou SM3_Dt = 0.168
ou 70.215 < SpPosLog_D/Dt < 70.24
ou 3.232 < Ho_D/Dt < 3.237
ou VE2_D/Dt = 1.321
et nR03 < 3.0
et PHI < 12.757
et 0.47 < S0K < 0.636
ou 153.62 < MWC03 < 153.76		 53.04 122 158 194
34 Citrus 40.997 < SRW04 < 50.0
et 46.85 < SpPosLog_D/Dt < 47.528
ou BIC1 = 5.982
ou 6.772 < VE2_D < 6.774
ou 0.423 < VR1_X < 0.432
ou 0.241 < EE_Dt < 0.247
et 1.114 < VE1_Dz(Z) < 1.969
ou 7.774 < IDDE < 7.779
ou 5.322 < IVDE < 5.358
ou 3788.11 < HyWi_Dz(Z) < 3879.25
et 0.509 < IC1 < 1.786
et 0.94 < VE2_D/Dt < 1.241		 52.74 48 78 61
35 Citrus 40.997 < SRW04 < 50.0
et 46.85 < SpPosLog_D/Dt < 47.528
ou BIC1 = 5.982
ou 6.772 < VE2_D < 6.774
ou 0.241 < EE_Dt < 0.247
et 0.893 < X2v < 1.884
ou 7.774 < IDDE < 7.779
ou 0.423 < VR1_X < 0.432
ou 1.937 < ChiA_Dt < 1.942
ou 3788.11 < HyWi_Dz(Z) < 3879.25
et 0.509 < IC1 < 1.786
et 0.204 < SpMAD_Dt < 0.355		 52.74 48 78 61
36 Floral
ou Nut		 8.328 < SpPos_D < 8.444
ou 0.078 < VR1_H2 < 0.111
ou 2.264 < AVS_D/Dt < 2.611
et 1.0 < nBnz < 4.0
et 0.349 < SpPosA_Dt < 2.219
ou 9.965 < VR3_H2 < 10.172
ou 2.845 < H_Dt < 2.938
et 0.033 < Yindex < 0.101
ou 0.912 < CID < 0.927
et 2.938 < X4v < 29.431
ou 4.81 < Sv < 4.843
ou 2238.0 < X4sol < 2311.0
ou 1068.0 < RDSQ < 1073.0
ou 1.038 < IC1 < 1.048
ou 7.285 < IC5 < 7.346
ou 3.956 < SpAD_X < 4.078
ou 0.995 < HyWi_Dt < 1.008
et 0.375 < SM5_Dz(Z) < 1.103
ou 252.44 < MW < 254.46
ou 120.44 < MWC03 < 120.74
ou 86.406 < SRW08 < 86.856
ou 3.391 < VR2_Dt < 3.43
et 1.813 < TIC5 < 3.071
ou 54.987 < SRW04 < 55.322
ou 3.774 < Chi_X < 3.804
et 0.996 < VE2_D/Dt < 1.683
ou 0.617 < S0K < 0.618
et 0.789 < SpMaxA_H2
et 0.427 < SM2_H2 < 0.552
ou 12.467 < PW5 < 14.015
et 9.716 < Mp
ou VE2_X = 1.339
et 1.383 < VR2_Dz(Z) < 3.261
ou 243.364 < SRW02 < 249.091
et nR05 < 0.0
ou 36.541 < J_D/Dt < 36.627		 52.2 497 520 929
37 Minty 7.899 < SIC1 < 8.521
et 5.016 < VE3_Dt < 5.109
ou 90.465 < SRW02 < 90.636
ou SRW04 = 77.983
ou IDDE = 2.297
ou 1.572 < IVDE < 1.609
ou 9.342 < VR3_D < 9.35
et ZM1MulPer < 5.0
et HDcpx < 0.392		 51.28 40 71 47
38 Honey 3.841 < SpPos_X < 3.862
ou 4.15 < SpMaxA_X < 4.706
et 9.507 < IC5 < 15.272
et 0.099 < VR1_H2 < 0.106
ou 1.971 < VR1_X < 2.019
ou 14.958 < Chi_H2 < 15.079
et 0.062 < Yindex
ou 1.497 < ChiA_Dt < 1.498
et 1.795 < IC1
ou SRW10 = 6.417		 50.0 33 56 43
39 Hyacinth 0.063 < X%
et 4.219 < J_X < 4.394
et Ho_X < 3.976
et 0.034 < SM5_Dt < 0.045
ou 6.743 < SpPos_H2 < 6.805
et NRS < 0.0
et 0.27 < HDcpx < 0.322
et 1.147 < VR1_X
et 0.106 < EE_Dt
ou 250.0 < Psi_e_1d < 252.0
et D/Dtr05 < 55.6
et 2.046 < TIC5		 50.0 19 31 26
40 Jasmin 20.248 < IC5 < 21.434
ou 0.143 < VE2_H2 < 0.151
et 1.025 < IC1 < 2.098
et 0.031 < SM5_Dt < 0.085
et 2.649 < VR1_D/Dt < 3.078
ou 0.169 < Vindex < 0.17
et 2.996 < AVS_X
et 3.148 < H_Dt < 4.83
et 1.252 < HyWi_Dt < 2.53
ou SpMaxA_X = 3.976
et 34.2 < D/Dtr07 < 42.9
et 0.875 < X2v < 1.289		 50.0 19 29 28
41 Balsamic
ou Tarry		 0.545 < S2K
et 0.525 < S0K < 0.572
ou 4.025 < Chi_X < 4.229
et 1.201 < IC1 < 2.924
et 1.166 < VR1_X
ou 106.0 < BAC < 106.15
ou 104.987 < SRW04 < 105.661
ou 8.873 < J_D < 8.902
ou 3.237 < VR1_D/Dt < 3.254
et VE2_D/Dt < 1.39
ou 10.107 < Sp < 10.219
ou 50.05 < Psi_i_1d < 53.728
ou 247.662 < SRW08 < 254.889
ou 2016.0 < X4sol < 2035.0
ou 6.33 < SpAD_D/Dt < 6.332
et -0.007 < CIC1 < 0.044
ou 3.14 < IDDE < 3.151
ou 1.767 < IDET < 1.772
ou 3.986 < BIC1 < 3.996
ou 7.512 < AVS_D < 7.515
et 0.217 < SM3_Dz(Z) < 0.612
ou 10.509 < SpPosLog_D < 10.517
ou 3.101 < WiA_H2 < 3.103
et TIC3 < 46.833
et 0.722 < SpPos_Dz(Z)
et 1.774 < VR2_Dz(Z) < 3.321
ou X0v = 8.667
ou 3.045 < Ho_X < 3.056
ou 3.305 < SM2_D/Dt < 3.31
et SM5_Dt < 0.083		 50.0 139 174 243
42 Oily
ou Pear		 5.636 < IDET
et 0.467 < S0K < 0.541
ou 1.004 < IC1 < 1.056
et D/Dtr11 < 6.2
ou 1.151 < CID < 1.155
ou 22.363 < IC5 < 25.524
ou 0.436 < VR1_X < 0.445
ou 0.265 < SM6_H2 < 0.269
et piPC08 < 1.933
ou 43.974 < PW5 < 48.521
ou 134.959 < MWC05 < 135.513
ou 2.59 < BIC1 < 2.596
ou 4.298 < Ho_X < 4.306
ou 5.564 < VR3_D/Dt < 5.567
ou 54.213 < SM1_Dz(Z) < 54.318
et 1.01 < VE2_D/Dt < 1.462
ou 78.667 < SRW02 < 79.273
ou 2.888 < SpAD_Dz(Z) < 2.889
et 0.619 < SpPos_Dz(Z) < 1.806
ou 104.42 < MWC03 < 105.84
ou 15.961 < IDDE
et 5.72 < VE2_D < 7.971
ou SRW10 = 7.083
ou 10.486 < SIC1 < 10.492
ou SpPos_X = 3.091
et 40.0 < MWC09
et 1.0 < piPC02
ou 9.817 < SpPosLog_D < 9.818
et 9.0 < Rbrid
ou Ho_Dz(Z) = 1.382
et 28.6 < D/Dtr07 < 47.1
et 2.0 < ZM1Mad
ou 2.639 < H_Dt < 2.645		 49.22 221 255 415
43 Gassy D/Dtr09 < 4.2
et 0.983 < IC5 < 2.889
et 3.801 < SIC1 < 9.253
ou 132.792 < MWC05 < 133.124
ou 0.91 < IVDE < 0.942
ou 0.925 < IC1 < 0.943
ou 8.095 < TIC1 < 8.197
et X0sol < 2.162
et 0.56 < SpMax_Dt < 0.791		 47.54 29 47 43
44 Waxy 1.8 < D/Dtr11 < 5.3
et 0.103 < Vindex < 0.121
et 1.81 < TIC5 < 2.262
et 0.209 < EE_Dt < 0.252
ou 1.192 < VE2_X < 1.194
et SpMax_Dt < 0.711
ou 2.98 < SpPosLog_H2 < 2.997
et X% < 0.297
et 2.1 < MPC06		 47.5 38 63 55
45 Banana
ou Brandy		 1.315 < BIC3 < 1.323
ou 0.252 < SM6_H2 < 0.26
et 125.471 < BAC < 153.471
et 0.127 < EE_Dt < 0.179
ou 1.678 < IC1 < 1.679
et 0.171 < VE2_H2
ou 4.134 < H_Dz(Z) < 4.136
et 3.174 < IC3 < 4.358
ou X0v = 10.0
et 1.152 < VE1_Dz(Z)		 46.55 27 48 37
46 Earthy
ou Peachy		 nBnz = 2.0
ou 44.8 < D/Dtr07 < 46.9
et 0.982 < SpPosA_Dt < 1.468
ou 1.608 < VE1_Dz(Z) < 1.618
et 0.663 < IC1 < 1.785
ou 1.217 < VE2_D/Dt < 1.22
et 1.414 < piPC02 < 3.536
ou 180.51 < MWC03 < 180.87
ou 15.675 < IDDE < 16.431
ou 5.244 < IDET < 5.293
ou 6.777 < SIC3 < 6.82
ou 3.309 < H_Dt < 3.311
ou 2.45 < Ho_D/Dt < 2.455
et 1.016 < IC3 < 4.479
ou 75.335 < PW5 < 82.713
ou 23.661 < SRW04 < 23.997
ou 1320.0 < X4sol < 1321.0
et 0.571 < X2v < 2.4
et SM6_X < 8.074
et 0.163 < SpMAD_Dt < 0.338
ou 3.25 < SpPos_D/Dt < 3.262
et 1.615 < VR2_Dz(Z)
ou 6.346 < BIC1 < 6.362		 46.35 70 102 119
47 Orange 8.769 < IDDE < 10.716
ou J_D/Dt = 39.192
et X% < 0.267
et Rbrid < 25.0
et 32.3 < D/Dtr07 < 39.1
et 2.7 < D/Dtr11 < 5.1
et 0.048 < Yindex < 0.073
ou SM4_H2 = 0.395
et 7.398 < IVDE
et 1.962 < TIC5 < 2.273		 46.34 19 32 28
48 Medicinal 0.333 < HDcpx < 0.352
ou 4.447 < SpPos_X < 4.46
et 1.574 < VE1_Dz(Z) < 1.894
ou 108.1 < MW < 108.15
ou 198.0 < MWC09 < 199.0
et 1.592 < IC3 < 3.888
ou 6.017 < SIC3 < 6.02
et 0.806 < CID < 1.102
et 0.549 < S0K < 0.613		 46.15 24 41 35
49 Berry
ou Fatty		 1.245 < CID < 1.343
ou 0.093 < SM5_Dt < 0.128
et 0.188 < X% < 0.31
et 1.714 < IC3 < 4.57
et 0.156 < EE_Dt
et 0.619 < SpPos_Dz(Z) < 1.406
ou 20.292 < PHI < 28.586
ou 101.225 < SRW08 < 102.157
ou 200.0 < IAC < 212.0
ou Wi_D = 6.308
ou 6.989 < AVS_D < 6.993
ou 4.67 < WiA_Dt < 4.671
ou 2.286 < ChiA_Dt < 2.303
ou 0.622 < SM3_Dz(Z) < 0.626
et 3.627 < X0A < 12.931
et 0.461 < SM5_Dz(Z) < 1.103
ou MWC09 = 68.0
ou 0.488 < SpPosA_Dt < 0.489
ou SM3_Dt = 0.109
et 28.6 < D/Dtr07
et 7.0 < SpMaxA_A < 53.0		 45.92 124 157 237
50 Green
et Leafy		 0.234 < SpMAD_Dt < 0.286
et 0.889 < SM5_Dz(Z) < 0.936
ou ZM2V = 2.0
ou 144.258 < SRW08 < 145.126
et 0.958 < CID < 1.321
ou 5.494 < SpAD_D/Dt < 5.495
et 1.431 < IC3 < 3.736
et TIC1 < 46.111
ou 55.019 < SM1_Dz(Z) < 55.071
et 31.0 < D/Dtr07 < 37.5
et VR2_L < 3.091		 45.45 25 44 36
51 Green
et Leafy		 0.234 < SpMAD_Dt < 0.286
et 0.889 < SM5_Dz(Z) < 0.936
ou ZM2V = 2.0
ou 144.258 < SRW08 < 145.126
et 0.958 < CID < 1.321
ou 5.494 < SpAD_D/Dt < 5.495
et 31.0 < D/Dtr07 < 37.5
et 1.431 < IC3 < 3.736
et TIC1 < 46.111
ou 55.019 < SM1_Dz(Z) < 55.071
et VR2_L < 3.091		 45.45 25 44 36
52 Apple 30.4 < D/Dtr07 < 31.4
et 1.48 < IC1 < 1.757
et 0.048 < SM5_Dt < 0.077
ou 30.651 < SRW04 < 31.651
ou 4.82 < BIC1 < 4.825
ou 0.691 < SM3_Dz(Z) < 0.696
et 1.027 < VE2_X < 1.099
ou 60.056 < TIC1 < 60.521
et 2.281 < WiA_Dz(Z)		 44.87 35 56 57
53 Almond
ou Tobacco		 1.0 < nCsp2
et X4 < 2.944
et 6.013 < IC5 < 14.861
et 0.295 < SM4_H2 < 0.336
ou 12.5 < D/Dtr09
ou S0K = 0.532
et SpPosA_Dt < 1.022
ou 46.245 < SpPosLog_D/Dt < 46.429
ou SM5_Dz(Z) = 0.529
et 1.036 < VE2_X < 1.384		 44.15 34 57 54
54 Almond
ou Animal		 3.8 < D/Dtr09
et 15.0 < RDSQ < 1423.0
et SpMaxA_A < 10.0
ou CID = 1.076
ou 10.362 < SpPosLog_D < 10.363
ou 4.086 < H_Dz(Z) < 4.132
et S2K < 0.917
ou 16.818 < Mv < 16.862
ou 3.196 < X4 < 3.197
ou 7.054 < VR3_D/Dt < 7.087
ou 2.493 < SpAD_Dz(Z) < 2.497
ou Ho_Dz(Z) = 1.519		 44.14 49 75 85
55 Honey
ou Lilly		 1.771 < IC1
et 4.303 < J_X < 4.532
et 3.841 < SpMaxA_X < 4.523
et 1.628 < VR2_Dz(Z) < 2.67
ou 121.13 < SRW06 < 121.62
ou 416.0 < X1MulPer < 434.0
ou 9.602 < SIC3 < 9.628
ou 1.257 < HyWi_Dt < 1.26
ou 3.271 < SpPos_D/Dt < 3.275
ou 39.647 < SM6_D/Dt < 39.674
et 122.18 < MW < 284.43
et 2.0 < TIC5 < 2.848		 43.9 54 81 96
56 Animal 3.7 < D/Dtr09 < 8.3
ou 13.075 < SIC1 < 13.33
et 16.0 < X0Av < 67.0
et 1.176 < HyWi_Dt < 3.522
ou TPC = 12.5
et Ho_X < 5.654
ou CID = 1.076
ou 0.208 < X2v < 0.278
et 3.584 < SM6_X < 7.777		 42.42 28 51 43
57 Apricot
ou Tobacco		 1.684 < IC1 < 1.822
et 10.301 < SM2_X < 10.975
et 0.032 < SM5_Dt < 0.075
ou 2.301 < IDDE < 2.413
et 99.645 < BAC < 209.471
ou 1.251 < IDET < 1.27
et 0.59 < SM5_Dz(Z) < 0.913
ou 5.522 < WiA_Dt < 5.545
ou 2.813 < VR2_Dz(Z) < 2.815
et 1.752 < piPC08
et 0.24 < HDcpx < 0.354
et 3.314 < IC5
et 0.099 < SpPosA_Dt < 1.061		 37.17 29 61 46

Qualités

Hay Apricot Banana Balsami Gree Balsamic Leafy Honey Plum Apple Waxy Medicinal Orange-blossom Creamy Peachy Jasmin Fatty Flora Rose Ros Citrus Tarry Minty Pear Anisic Vanilin Almond Piney Pineapple Orange Gassy Lilly Musk Ethereal Brandy Fatt Ambre Tobacco Animal Floral Buterry Wood Earthy Wine Oil Spicy Green Phenolic Hyacinth Fruit Nut Oily Caramelic Etherea Berry Sour Camphor

Propriétés physico-chimiques

Code Description Catégorie Sous-catégorie
X0v valence connectivity index of order 0 Connectivity indices Kier-Hall molecular connectivity indices
SM3_Dz(Z) spectral moment of order 3 from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
MWC05 molecular walk count of order 5 Walk and path counts Walk counts
MWC03 molecular walk count of order 3 Walk and path counts Walk counts
nBnz number of benzene-like rings Ring descriptors Basic descriptors
SpMaxA_A normalized leading eigenvalue from adjacency matrix 2D matrix-based descriptors Adjacency matrix (A)
MWC01 molecular walk count of order 1 Walk and path counts Walk counts
SpPosA_Dt normalized spectral positive sum from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
X4Av average valence connectivity index of order 4 Connectivity indices Kier-Hall molecular connectivity indices
ZM2V second Zagreb index by valence vertex degrees Topological indices Vertex degree-based indices
SM6_H2 spectral moment of order 6 from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
SM5_Dz(Z) spectral moment of order 5 from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
SRW08 self-returning walk count of order 8 Walk and path counts Self-returning walk counts
SRW06 self-returning walk count of order 6 Walk and path counts Self-returning walk counts
X2Av average valence connectivity index of order 2 Connectivity indices Kier-Hall molecular connectivity indices
SpPos_X spectral positive sum from chi matrix 2D matrix-based descriptors Chi matrix (X)
SpAD_D/Dt spectral absolute deviation from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
SRW04 self-returning walk count of order 4 Walk and path counts Self-returning walk counts
SRW02 self-returning walk count of order 2 Walk and path counts Self-returning walk counts
X0Av average valence connectivity index of order 0 Connectivity indices Kier-Hall molecular connectivity indices
SM1_Dz(Z) spectral moment of order 1 from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
nR05 number of 5-membered rings Ring descriptors Basic descriptors
nR03 number of 3-membered rings Ring descriptors Basic descriptors
Psi_e_1d electrotopological state pseudoconnectivity index - type 1d Topological indices E-state indices
PW5 path/walk 5 - Randic shape index Topological indices Path/walk indices
SpMaxA_D/Dt normalized leading eigenvalue from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
SpPos_D spectral positive sum from topological distance matrix 2D matrix-based descriptors Topological distance matrix (D)
SpAD_H2 spectral absolute deviation from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
Chi_D/Dt Randic-like index from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
SNar Narumi simple topological index (log function) Topological indices Vertex degree-based indices
AVS_X average vertex sum from chi matrix 2D matrix-based descriptors Chi matrix (X)
VE1_Dt coefficient sum of the last eigenvector from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
SpPos_D/Dt spectral positive sum from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
X0A average connectivity index of order 0 Connectivity indices Kier-Hall molecular connectivity indices
IDE mean information content on the distance equality Information indices Basic descriptors
Ho_Dz(Z) Hosoya-like index (log function) from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
SM2_H2 spectral moment of order 2 from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
Ho_X Hosoya-like index (log function) from chi matrix 2D matrix-based descriptors Chi matrix (X)
Ho_D/Dt Hosoya-like index (log function) from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
VR2_L normalized Randic-like eigenvector-based index from Laplace matrix 2D matrix-based descriptors Laplace matrix (L)
AVS_D average vertex sum from topological distance matrix 2D matrix-based descriptors Topological distance matrix (D)
SpPosLog_X logarithmic spectral positive sum from chi matrix 2D matrix-based descriptors Chi matrix (X)
VE2_H2 average coefficient of the last eigenvector from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
X2sol solvation connectivity index of order 2 Connectivity indices Solvation connectivity indices
AVS_D/Dt average vertex sum from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
RDSQ reciprocal distance sum inverse Randic-like index Connectivity indices Randic-like connectivity indices
SpPosLog_D logarithmic spectral positive sum from topological distance matrix 2D matrix-based descriptors Topological distance matrix (D)
SpPosLog_A logarithmic spectral positive sum from adjacency matrix 2D matrix-based descriptors Adjacency matrix (A)
PHI Kier flexibility index Topological indices Path/walk indices
J_D/Dt Balaban-like index from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
SIC5 Structural Information Content index (neighborhood symmetry of 5-order) Information indices Indices of neighborhood symmetry
SIC3 Structural Information Content index (neighborhood symmetry of 3-order) Information indices Indices of neighborhood symmetry
Chi_X Randic-like index from chi matrix 2D matrix-based descriptors Chi matrix (X)
SIC1 Structural Information Content index (neighborhood symmetry of 1-order) Information indices Indices of neighborhood symmetry
IC5 Information Content index (neighborhood symmetry of 5-order) Information indices Indices of neighborhood symmetry
IC3 Information Content index (neighborhood symmetry of 3-order) Information indices Indices of neighborhood symmetry
IC1 Information Content index (neighborhood symmetry of 1-order) Information indices Indices of neighborhood symmetry
XMOD modified Randic index Connectivity indices Randic-like connectivity indices
ON0V overall modified Zagreb index of order 0 by valence vertex degrees Topological indices Vertex degree-based indices
Rbrid ring bridge count Ring descriptors Basic descriptors
VR1_H2 Randic-like eigenvector-based index from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
Chi_D Randic-like index from topological distance matrix 2D matrix-based descriptors Topological distance matrix (D)
EE_Dt Estrada-like index (log function) from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
VE2_X average coefficient of the last eigenvector from chi matrix 2D matrix-based descriptors Chi matrix (X)
SpAD_X spectral absolute deviation from chi matrix 2D matrix-based descriptors Chi matrix (X)
H_Dz(Z) Harary-like index from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
IVDE mean information content on the vertex degree equality Information indices Basic descriptors
SpDiam_Dt spectral diameter from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
VE2_D average coefficient of the last eigenvector from topological distance matrix 2D matrix-based descriptors Topological distance matrix (D)
SM2_D/Dt spectral moment of order 2 from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
SpPos_H2 spectral positive sum from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
VR3_D/Dt logarithmic Randic-like eigenvector-based index from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
SpAD_A spectral absolute deviation from adjacency matrix 2D matrix-based descriptors Adjacency matrix (A)
VE2_D/Dt average coefficient of the last eigenvector from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
IDET total information content on the distance equality Information indices Basic descriptors
HyWi_Dz(Z) hyper-Wiener-like index (log function) from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
IAC total information index on atomic composition Information indices Basic descriptors
J_X Balaban-like index from chi matrix 2D matrix-based descriptors Chi matrix (X)
ZM1MulPer first Zagreb index by multiplicative perturbation vertex degrees Topological indices Vertex degree-based indices
RFD ring fusion density Ring descriptors Basic descriptors
SM6_D/Dt spectral moment of order 6 from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
Chi_H2 Randic-like index from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
MPC10 molecular path count of order 10 Walk and path counts Path counts
SpPos_Dz(Z) spectral positive sum from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
WiA_Dz(Z) average Wiener-like index from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
H_Dt Harary-like index from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
NRS number of ring systems Ring descriptors Basic descriptors
SpMaxA_Dz(Z) normalized leading eigenvalue from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
piPC08 molecular multiple path count of order 8 Walk and path counts Multiple path counts
D/Dtr11 distance/detour ring index of order 11 Ring descriptors Basic descriptors
X1MulPer multiplicative perturbation connectivity index Connectivity indices Randic-like connectivity indices
piPC06 molecular multiple path count of order 6 Walk and path counts Multiple path counts
J_D Balaban-like index from topological distance matrix (Balaban distance connectivity index) 2D matrix-based descriptors Topological distance matrix (D)
Mv mean atomic van der Waals volume (scaled on Carbon atom) Constitutional indices Basic descriptors
piPC02 molecular multiple path count of order 2 Walk and path counts Multiple path counts
Mp mean atomic polarizability (scaled on Carbon atom) Constitutional indices Basic descriptors
TIC5 Total Information Content index (neighborhood symmetry of 5-order) Information indices Indices of neighborhood symmetry
TIC3 Total Information Content index (neighborhood symmetry of 3-order) Information indices Indices of neighborhood symmetry
SpPosLog_D/Dt logarithmic spectral positive sum from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
TIC1 Total Information Content index (neighborhood symmetry of 1-order) Information indices Indices of neighborhood symmetry
MPC06 molecular path count of order 6 Walk and path counts Path counts
X1Mad connectivity topochemical index Connectivity indices Randic-like connectivity indices
MPC04 molecular path count of order 4 Walk and path counts Path counts
MPC02 molecular path count of order 2 (Gordon-Scantlebury index) Walk and path counts Path counts
S2K 2-path Kier alpha-modified shape index Topological indices Path/walk indices
D/Dtr09 distance/detour ring index of order 9 Ring descriptors Basic descriptors
IDDE mean information content on the distance degree equality Information indices Basic descriptors
D/Dtr07 distance/detour ring index of order 7 Ring descriptors Basic descriptors
VR2_Dz(Z) normalized Randic-like eigenvector-based index from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
D/Dtr05 distance/detour ring index of order 5 Ring descriptors Basic descriptors
GNar Narumi geometric topological index Topological indices Vertex degree-based indices
Wi_D Wiener-like index from topological distance matrix (Wiener index) 2D matrix-based descriptors Topological distance matrix (D)
SM3_Dt spectral moment of order 3 from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
MW molecular weight Constitutional indices Basic descriptors
SpMAD_Dt spectral mean absolute deviation from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
WiA_H2 average Wiener-like index from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
ChiA_Dt average Randic-like index from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
VE3_Dt logarithmic coefficient sum of the last eigenvector from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
BIC3 Bond Information Content index (neighborhood symmetry of 3-order) Information indices Indices of neighborhood symmetry
TPC total path count Walk and path counts ID numbers
BIC1 Bond Information Content index (neighborhood symmetry of 1-order) Information indices Indices of neighborhood symmetry
N% percentage of N atoms Constitutional indices Basic descriptors
HyWi_Dt hyper-Wiener-like index (log function) from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
SM4_H2 spectral moment of order 4 from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
PCR ratio of multiple path count over path coun Walk and path counts ID numbers
VE1_Dz(Z) coefficient sum of the last eigenvector from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
VR3_X logarithmic Randic-like eigenvector-based index from chi matrix 2D matrix-based descriptors Chi matrix (X)
X4sol solvation connectivity index of order 4 Connectivity indices Solvation connectivity indices
nCIC number of rings (cyclomatic number) Ring descriptors Basic descriptors
HDcpx graph distance complexity index (log function) Information indices Basic descriptors
VR1_X Randic-like eigenvector-based index from chi matrix 2D matrix-based descriptors Chi matrix (X)
S0K Kier symmetry index Information indices Basic descriptors
ChiA_Dz(Z) average Randic-like index from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
X4v valence connectivity index of order 4 Connectivity indices Kier-Hall molecular connectivity indices
VR2_Dt normalized Randic-like eigenvector-based index from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
VR3_D logarithmic Randic-like eigenvector-based index from topological distance matrix 2D matrix-based descriptors Topological distance matrix (D)
SpPosLog_H2 logarithmic spectral positive sum from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
nHet number of heteroatoms Constitutional indices Basic descriptors
WiA_Dt average Wiener-like index from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
SpAD_Dz(Z) spectral absolute deviation from Barysz matrix weighted by atomic number 2D matrix-based descriptors Barysz matrix weighted by atomic number (Dz(Z))
VAR variation Topological indices Distance-based indices
X4 connectivity index of order 4 Connectivity indices Kier-Hall molecular connectivity indices
Yindex Balaban Y index Information indices Basic descriptors
X2 connectivity index of order 2 Connectivity indices Kier-Hall molecular connectivity indices
VR3_H2 logarithmic Randic-like eigenvector-based index from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
X0 connectivity index of order 0 Connectivity indices Kier-Hall molecular connectivity indices
nCsp2 number of sp2 hybridized Carbon atoms Constitutional indices Basic descriptors
ZM1Mad first Zagreb index by Madan vertex degrees Topological indices Vertex degree-based indices
X0sol solvation connectivity index of order 0 Connectivity indices Solvation connectivity indices
X% percentage of halogen atoms Constitutional indices Basic descriptors
SpMax_Dt leading eigenvalue from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
CID Randic ID number Walk and path counts ID numbers
CIC1 Complementary Information Content index (neighborhood symmetry of 1-order) Information indices Indices of neighborhood symmetry
X4A average connectivity index of order 4 Connectivity indices Kier-Hall molecular connectivity indices
X2v valence connectivity index of order 2 Connectivity indices Kier-Hall molecular connectivity indices
MAXDP maximal electrotopological positive variation Topological indices E-state indices
SM6_X spectral moment of order 6 from chi matrix 2D matrix-based descriptors Chi matrix (X)
VR1_D/Dt Randic-like eigenvector-based index from distance/detour matrix 2D matrix-based descriptors Distance / detour matrix (D/Dt)
SpMAD_L spectral mean absolute deviation from Laplace matrix 2D matrix-based descriptors Laplace matrix (L)
SM4_X spectral moment of order 4 from chi matrix 2D matrix-based descriptors Chi matrix (X)
SpMaxA_H2 normalized leading eigenvalue from reciprocal squared distance matrix 2D matrix-based descriptors Reciprocal squared distance matrix (H2)
SM2_X spectral moment of order 2 from chi matrix 2D matrix-based descriptors Chi matrix (X)
Psi_i_1d intrinsic state pseudoconnectivity index - type 1d Topological indices E-state indices
SpMaxA_X normalized leading eigenvalue from chi matrix 2D matrix-based descriptors Chi matrix (X)
BAC Balaban centric index Topological indices Centric indices
SM5_Dt spectral moment of order 5 from detour matrix 2D matrix-based descriptors Detour matrix (Dt)
Vindex Balaban V index Information indices Basic descriptors
Sv sum of atomic van der Waals volumes (scaled on Carbon atom) Constitutional indices Basic descriptors
SRW10 self-returning walk count of order 10 Walk and path counts Self-returning walk counts
Sp sum of atomic polarizabilities (scaled on Carbon atom) Constitutional indices Basic descriptors
MWC09 molecular walk count of order 9 Walk and path counts Walk counts
MWC07 molecular walk count of order 7 Walk and path counts Walk counts

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