Statistical table 2
# | Figure | Description | Data structure | Type of test | Statistical values | Significance | Effect size |
---|---|---|---|---|---|---|---|
1 | 2A,B | RT (cue) | Assumed normal | Three-way repeated measures ANOVA | F(1.601,48.025) = 49.605 | p < 0.001 | ηp2 = 0.213 |
2 | RT (target) | F(1,30) = 8.109 | p = 0.008 | ηp2 = 0.623 | |||
3 | RT (emotion) | F(4,120) = 2.839 | p = 0.027 | ηp2 = 0.086 | |||
4 | RT (cue × target) | F(1.654,49.629) = 1.756 | p = 0.188 | ηp2 = 0.055 | |||
5 | RT (cue × emotion) | F(8,240) = 0.843 | p = 0.565 | ηp2 = 0.027 | |||
6 | RT (target × emotion) | F(4,120) = 1.405 | p = 0.237 | ηp2 = 0.045 | |||
7 | RT (cue × target × emotion) | F(5.774,173.213) = 0.873 | p = 0.513 | ηp2 = 0.028 | |||
8 | 2A | Cue (no vs left) | Assumed normal | Post hoc pairwise t test | t(30) = 4.517 | p corrected < 0.001 | d = 0.811 |
9 | Cue (no vs spatial) | t(30) = 8.659 | p corrected < 0.001 | d = 1.555 | |||
10 | Cue (left vs spatial) | t(30) = 5.871 | p corrected < 0.001 | d = 1.054 | |||
11 | 2B | Target (congruent vs incongruent) | Assumed normal | Post hoc pairwise t test | t(30) = −2.826 | p = 0.008 | d = −0.508 |
12 | - | E RT, pos | Assumed normal | One-sample t test | t(30) = −1.985 | p corrected = 0.169 | d = −0.356 |
13 | E RT, ero | t(30) = −1.836 | p corrected = 0.169 | d = −0.330 | |||
14 | E RT, mut | t(30) = −2.216 | p corrected = 0.138 | d = −0.398 | |||
15 | E RT, hor | t(30) = −0.348 | p corrected = 0.730 | d = −0.063 | |||
16 | - | E RT, emotion | Assumed normal | One-way repeated measures ANOVA | F(3,90) = 2.546 | p = 0.061 | ηp2 = 0.078 |
17 | 2C | E SCR, pos | Assumed normal | One-sample t test | t(30) = −0.261 | p corrected = 0.796 | d = −0.047 |
18 | E SCR, ero | t(30) = −1.087 | p corrected = 0.857 | d = −0.195 | |||
19 | E SCR, mut | t(30) = 1.007 | p corrected = 0.857 | d = 0.181 | |||
20 | E SCR, hor | t(30) = 2.675 | p corrected = 0.048 | d = 0.481 | |||
21 | 2C | E SCR, emotion | Assumed normal | One-way repeated measures ANOVA | F(3,90) = 4.955 | p = 0.003 | ηp2 = 0.142 |
22 | 2C | E SCR, emotion (pos vs hor) | Assumed normal | Post hoc pairwise t test | t(30) = −2.813 | p corrected = 0.043 | d = −0.505 |
23 | E SCR, emotion (ero vs hor) | t(30) = −3.377 | p corrected = 0.012 | d = −0.607 | |||
24 | 2E, top | E P300, pos in Fz | Assumed normal | One-sample t test | t(25) = 0.792 | p corrected = 0.871 | d = 0.154 |
25 | E P300, ero in Fz | t(25) = 2.4981 | p corrected = 0.058 | d = 0.490 | |||
26 | E P300, mut in Fz | t(25) = −0.586 | p corrected = 0.871 | d = −0.115 | |||
27 | E P300, hor in Fz | t(25) = 3.387 | p corrected = 0.009 | d = 0.664 | |||
28 | 2E, mid | E P300, pos in Cz | Assumed normal | One-sample t test | t(25) = −0.102 | p corrected = 0.919 | d = −0.020 |
29 | E P300, ero in Cz | t(25) = 2.923 | p corrected = 0.029 | d = 0.573 | |||
30 | E P300, mut in Cz | t(25) = −1.807 | p corrected = 0.249 | d = −0.354 | |||
31 | E P300, hor in Cz | t(25) = 1.342 | p corrected = 0.383 | d = 0.263 | |||
32 | 2E, bottom | E P300, pos in Pz | Assumed normal | One-sample t test | t(25) = −0.583 | p corrected = 1 | d = −0.115 |
33 | E P300, ero in Pz | t(25) = 0.064 | p corrected = 1 | d = 0.013 | |||
34 | E P300, mut in Pz | t(25) = −1.436 | p corrected = 0.653 | d = −0.282 | |||
35 | E P300, hor in Pz | t(25) = 0.806 | p corrected = 1 | d = 0.158 | |||
36 | 2E | E P300, emotion (channel) | Assumed normal | Two-way repeated measures ANOVA | F(1.568,39.193) = 1.757 | p = 0.191 | ηp2 = 0.066 |
37 | E P300, emotion (emotion) | F(3,75) = 9.065 | p < 0.001 | ηp2 = 0.266 | |||
38 | E P300, emotion (channel × emotion) | F(6,150) = 0.958 | p = 0.456 | ηp2 = 0.037 | |||
39 | 2E | E P300, emotion (pos vs ero) | Assumed normal | Post hoc pairwise t test | t(25) = −2.926 | p corrected = 0.029 | d = −0.574 |
40 | E P300, emotion (ero vs mut) | t(25) = 4.349 | p corrected = 0.001 | d = 0.853 | |||
41 | E P300, emotion (mut vs hor) | t(25) = −4.074 | p corrected = 0.002 | d = −0.799 | |||
42 | 2F, top | E LPP, pos in Fz | Assumed normal | One-sample t test | t(25) = 0.099 | p corrected = 0.922 | d = 0.019 |
43 | E LPP, ero in Fz | t(25) = −1.255 | p corrected = 0.885 | d = −0.246 | |||
44 | E LPP, mut in Fz | t(25) = −0.992 | p corrected = 0.961 | d = −0.195 | |||
45 | E LPP, hor in Fz | t(25) = −1.014 | p corrected = 0.961 | d = −0.199 | |||
46 | 2F, mid | E LPP, pos in Cz | Assumed normal | One-sample t test | t(25) = −0.180 | p corrected = 0.859 | d = −0.035 |
47 | E LPP, ero in Cz | t(25) = 5.924 | p corrected < 0.001 | d = 1.162 | |||
48 | E LPP, mut in Cz | t(25) = 1.926 | p corrected = 0.131 | d = 0.378 | |||
49 | E LPP, hor in Cz | t(25) = 2.436 | p corrected = 0.067 | d = 0.478 | |||
50 | 2F, bottom | E LPP, pos in Pz | Assumed normal | One-sample t test | t(25) = 2.436 | p corrected = 0.847 | d = 0.038 |
51 | E LPP, ero in Pz | t(25) = 6.708 | p corrected < 0.001 | d = 1.316 | |||
52 | E LPP, mut in Pz | t(25) = 2.150 | p corrected = 0.083 | d = 0.422 | |||
53 | E LPP, hor in Pz | t(25) = 3.258 | p corrected = 0.010 | d = 0.639 | |||
54 | 2F | E LPP, emotion (channel) | Assumed normal | Two-way repeated measures ANOVA | F(1.164,27.937) = 7.019 | p = 0.010 | ηp2 = 0.226 |
55 | E LPP, emotion (emotion) | F(3,72) = 5.598 | p = 0.002 | ηp2 = 0.189 | |||
56 | E LPP, emotion (channel × emotion) | F(2.753,66.070) = 3.998 | p = 0.013 | ηp2 = 0.143 | |||
57 | 2F, mid | E LPP, emotion (pos vs ero) in Cz | Assumed normal | Post hoc pairwise t test | t(25) = −5.407 | p corrected < 0.001 | d = −1.060 |
58 | E LPP, emotion (pos vs hor) in Cz | t(25) = −2.888 | p corrected = 0.040 | d = −0.566 | |||
59 | 2F, bottom | E LPP, emotion (pos vs ero) in Pz | Assumed normal | Post hoc pairwise t test | t(25) = −5.735 | p corrected < 0.001 | d = −1.125 |
60 | E LPP, emotion (pos vs hor) in Pz | t(25) = −2.940 | p corrected = 0.035 | d = −0.577 | |||
61 | 3C, top left | E P300, ero in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = 1.782 | p corrected = 0.075 | r = 0.494 |
62 | E P300, ero in Cz | Z = −0.035 | p corrected = 0.972 | r = −0.010 | |||
63 | E P300, ero in Pz | Z = 0.315 | p corrected = 1 | r = 0.087 | |||
64 | 3C, top right | E P300, ero in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = 2.551 | p corrected = 0.022 | r = 0.708 |
65 | E P300, ero in Cz | Z = 3.180 | p corrected = 0.003 | r = 0.882 | |||
66 | E P300, ero in Pz | Z = 0.315 | p corrected = 1 | r = 0.087 | |||
67 | 3C, bottom left | E LPP, ero in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = 0.245 | p corrected = 0.807 | r = 0.068 |
68 | E LPP, ero in Cz | Z = 2.551 | p corrected = 0.011 | r = 0.708 | |||
69 | E LPP, ero in Pz | Z = 3.110 | p corrected = 0.003 | r = 0.863 | |||
70 | 3C, bottom right | E LPP, ero in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = −1.223 | p corrected = 0.443 | r = −0.339 |
71 | E LPP, ero in Cz | Z = 3.110 | p corrected = 0.003 | r = 0.863 | |||
72 | E LPP, ero in Pz | Z = 3.040 | p corrected = 0.003 | r = 0.843 | |||
73 | 3D, top left | E P300, hor in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = 2.341 | p corrected = 0.038 | r = 0.649 |
74 | E P300, hor in Cz | Z = 0.944 | p corrected = 0.691 | r = 0.262 | |||
75 | E P300, hor in Pz | Z = 1.572 | p corrected = 0.232 | r = 0.436 | |||
76 | 3D, top right | E P300, hor in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = 1.852 | p corrected = 0.064 | r = 0.514 |
77 | E P300, hor in Cz | Z = 0.804 | p corrected = 0.691 | r = 0.223 | |||
78 | E P300, hor in Pz | Z = −1.223 | p corrected = 0.232 | r = −0.339 | |||
79 | 3D, bottom left | E LPP, hor in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = 0.175 | p corrected = 0.861 | r = 0.049 |
80 | E LPP, hor in Cz | Z = 1.712 | p corrected = 0.174 | r = 0.475 | |||
81 | E LPP, hor in Pz | Z = 2.271 | p corrected = 0.046 | r = 0.630 | |||
82 | 3D, bottom right | E LPP, hor in Fz | Normality not assumed | One-sample Wilcoxon signed-rank test | Z = −1.503 | p corrected = 0.266 | r = −0.417 |
83 | E LPP, hor in Cz | Z = 1.503 | p corrected = 0.174 | r = 0.417 | |||
84 | E LPP, hor in Pz | Z = 1.852 | p corrected = 0.064 | r = 0.514 |