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Additional Supporting Information may be found in the online version of this article.

FilenameFormatSizeDescription
CNE_23215_sm_SuppMovS1.m4v2192KSupplementary Movies 1 and 2: Movies of the 3D reconstructions of V1 for CJ119 and MK9 respectively, showing electrode recording sites as black dots.
CNE_23215_sm_SuppMovS2.m4v3100KSupplementary Movies 1 and 2: Movies of the 3D reconstructions of V1 for CJ119 and MK9 respectively, showing electrode recording sites as black dots.
CNE_23215_sm_SuppMovS3.mpg973KSupplementary Movies 3 and 4: Animated movie of the flattening process of V1 for CJ119 and MK9 respectively. The models are coloured black for convex curvature and white for concave curvature.
CNE_23215_sm_SuppMovS4.mpg1007KSupplementary Movies 3 and 4: Animated movie of the flattening process of V1 for CJ119 and MK9 respectively. The models are coloured black for convex curvature and white for concave curvature.
CNE_23215_sm_SuppDataS5.vtk1416KSupplementary Data 5 and 6: VTK surface models of V1 for cases CJ119 and MK9 respectively, with interpolated maps of eccentricity, polar angle and receptive field size. Also included is the eccentricity and polar angle maps of the Double Sech model fit (Schira et al., 2007). These models are viewable with the free visualisation software ParaView, available from www.paraview.org. The file format is plain text and is described in the document www.vtk.org/VTK/img/file-formats.pdf.
CNE_23215_sm_SuppDataS6.vtk1859KSupplementary Data 5 and 6: VTK surface models of V1 for cases CJ119 and MK9 respectively, with interpolated maps of eccentricity, polar angle and receptive field size. Also included is the eccentricity and polar angle maps of the Double Sech model fit (Schira et al., 2007). These models are viewable with the free visualisation software ParaView, available from www.paraview.org. The file format is plain text and is described in the document www.vtk.org/VTK/img/file-formats.pdf.
CNE_23215_sm_SuppDataS7.csv9KSupplementary Data 7 and 8: CSV file containing electrode recording site data for CJ119 and MK9 respectively, projected to the nearest vertex in the V1 mesh (S5 and S6). Each line contains the mesh vertex index, the number of recordings projected to the vertex (in most cases only one), the eccentricity (degrees), polar angle (degrees) and area (degrees2) of the receptive field(s).
CNE_23215_sm_SuppDataS8.csv11KSupplementary Data 7 and 8: CSV file containing electrode recording site data for CJ119 and MK9 respectively, projected to the nearest vertex in the V1 mesh (S5 and S6). Each line contains the mesh vertex index, the number of recordings projected to the vertex (in most cases only one), the eccentricity (degrees), polar angle (degrees) and area (degrees2) of the receptive field(s).

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