311ac284d99ea7243e0918949f3a499a7a93fab5,examples/decoding/plot_haxby_space_net.py,,,#,14

Before Change

    ////// Visualization //////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    print("Results")
    print("=" * 80)
    coef_img = decoder.coef_img_
    plot_stat_map(coef_img, background_img,
                  title="%s: accuracy %g%%" % (penalty, accuracy),
                  cut_coords=(-34, -16), display_mode="yz")

After Change

              cut_coords=(-34, -16), display_mode="yz")

// Save the coefficients to a nifti file
coef_img.to_filename("haxby_graph-net_weights.nii")


////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Now Fit SpaceNet with a TV-l1 penalty

Instances