  An electric field propagating along a non-planar path can acquire geometric
phases. Previously, geometric phases have been linked to spin redirection and
independently to spatial mode transformation, resulting in the rotation of
polarisation and intensity profiles, respectively. We investigate the
non-planar propagation of scalar and vector light fields and demonstrate that
polarisation and intensity profiles rotate by the same angle. The geometric
phase acquired is proportional to j=l+sigma, where l is the topological charge
and sigma is the helicity. Radial and azimuthally polarised beams with j= 0 are
eigenmodes of the system and are not affected by the geometric path. The
effects considered here are relevant for systems relying on photonic spin Hall
effects, polarisation and vector microscopy, as well as topological optics in
communication systems
