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. Author manuscript; available in PMC: 2016 Aug 12.
Published in final edited form as: Neuroimage. 2013 Dec 21;90:390–402. doi: 10.1016/j.neuroimage.2013.12.024

Fig. 6.

Fig. 6

Results of simulation 4. Centers of the two posterior simulated regions (set B, red) are shifted stepwise closer to the two anterior simulated regions (set A, green). Gaussian clusters (restricted to 1 FWHM)of the PaMiNI analysis are projected onto the MNI single subject brain. Colored numbers indicate the number of experiments identified for the respective pattern in PaMiNI. A Distance between centers: 60mm (superior two regions), 44 mm (inferior two regions). Simulated experiments: 30 (set A), 25 (set B). B Distance between centers: 40 mm (superior two regions), 29 mm (inferior two regions). Simulated experiments: 30 (set A), 25 (set B). C Distance between centers: 20 mm (superior two regions), 15 mm (inferior two regions). Simulated experiments: 30 (set A), 25 (set B). The superior two regions were represented by a common Gaussian distribution in PaMiNI and the inferior two regions by another common Gaussian. D Distance between centers: 20 mm (superior two regions), 15 mm (inferior two regions). Simulated experiments: 300 (set A), 250 (set B). All four input regions could be identified by as single Gaussians by PaMiNI.