The Exact Trajectory of our Solar System can not be calculated due to insufficient data. In the image opposite we can see the effects of the larger Galactic Equatorial current sheet wave that has Equipotential lines similar to that of Earths Magnetic Declination map. As we rotate over these long period waves we periodically transition from grand solar maximum to grand solar minimum.
We do have sufficient rough data to calculate the trajectory of Earth around the Solar System from a galactic perspective.
By using 1 quarter of both the distances travelled by the Sun and Earth in 1 year we can roughly calculate the trajectory using trigonometry.
Sun = 1812500000000 in 3 months
Earth = 235000000km in 3 months
Angle of trajectory for Earth = 0.007429*
In this system the Galactic Magnetic Structure plays a vital role in controlling our Sun’s cycles. We can not assume the Solar System to be an independent system. The magnetic wave that produces the current sheet, is focused to the centre of the Sun due to the spherical shape. The shape acts like 2 concave lenses to the wave, the Suns surface acts like a wave guide focusing the Galactic energy into the core to power our star.