Plot flat maps of cortical surfaces.
WiP
Functions
| curvature_from_any(c) | Reads curvature |
| flat_surface2grid_mask(surface, min_nsteps, ...) | Computes a mask and corresponding coordinates from a flat surface |
| flat_surface2xy(surface, max_deformation) | Returns a tuple with x and y coordinates of a flat surface |
| flat_surface_curvature2rgba(curvature) | Computes an RGBA colormap in black and white, based on curvature |
| flat_surface_data2rgba(data[, range_, ...]) | Computes an RGBA colormap for surface data |
| griddata(x, y, z, xi, yi[, interp]) | zi = griddata(x,y,z,xi,yi) fits a surface of the form z = |
| nanmax_wrapper(xs) | |
| nanmin_wrapper(xs) | |
| unstructured_xy2grid_xy_vectors(x, y, min_nsteps) | From unstructured x and y values, return lists of x and y coordinates |
| vector_alignment_find_rotation(x, y) | Find rotation matrix to align one vector with another |
Classes
| Dataset(samples[, sa, fa, a]) | Generic storage class for datasets with multiple attributes. |
| FlatSurfacePlotter(surface[, curvature, ...]) | Plots data on a flat surface |