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The predictable variables were the type of probe, the ��swap effect,�� and the difference in intensity level. The ��swap effect�� included two cases: (1) lower intensity on the probe than on the scene, and (2) lower intensity on the scene than on the probe. Two-way interactions between probe type and intensity difference and between the ��swap effect�� and intensity difference were also included. The results are given in Table 3. There was no significant difference in percentage of correct answers between the smooth and rough probe. Also, the interaction between probe type and intensity difference was not significant. The influence of the ��swap effect�� and intensity were both statistically significant (pbuy 3-MA a small difference in intensity only when the scene is illuminated by the lower intensity and the probe by the higher intensity, but this ��swap effect�� disappears when the intensity difference Resiquimod is large enough. Table 3. Results of a binary logistic analysis for the effect of probe type, ��swap effect,�� and intensity difference on the percentage correct answers 3.2. Group II result: direction and diffuseness sensitivity To give an overview of the data, the percentages of correct answers for different combinations of direction and diffuseness are visualized as matrix graphs in Figure 6. Again, the gray level in the cell represents the percentage of correct answers, where black means that 0% of the answers was correct. In Figure 6, it can be seen that the global patterns for the performance as a function of lighting direction and diffuseness are quite robust. In both graphs, the grey levels are not symmetrically distributed with respect to the diagonal (from upper left to bottom right) due to the ��swap effect.�� Compound Library cell line Where it occurs, the corresponding cells are marked with a red solid frame. For further analysis, Figure 7 illustrates the percentages of correct answers for lighting with different directions or different diffuseness or both, for the smooth probe and the rough probe, respectively. We did not consider the ��swap effect�� in Figure 7 because the ��swap effect�� for directions differs from that for diffuseness. Later, we will discuss the ��swap effect�� for direction and diffuseness separately. The bars labeled as ��same-direction�� represent cases with the same direction on the probe and the scene. Since only the data for combinations with different lighting settings for scene and probe were considered here, the bar labeled as ��same-direction�� was absent from the diffuseness combination of ��same-diffuseness�� in Figure 7. Likewise, because the display disk with the largest diffuseness L could only be located in the center, the bars labeled as ��near ?farther,�� which represent direction variation from the near corner to far corner, were absent from the diffuseness combinations ��2L/3?L�� and ��L/3?L.