Yesterday I learned how to use GR to calculate the precession of a planet: GR: 0.0383 / (days / 365 * R_planet / R_earth)
Compare my data with GR data
......R ......................e...........................Mine................GR
46001200..........0.2056......Mercury: 40.4 "......GR: 42.93"
107476259.........0.0068......Venus: ...0.85 "......GR: ..8.64"
147098074.........0.0167......Earth: .....1.90 "......GR: ..3.85"
227936637 ........0.0934......Mars: ..........8 "......GR: ...1.34"
740573600........0.0483 .....Jupiter:......2.3 "......GR: 0.078"
If the eccentricity is small, the Doppler effect will be relatively small without considering the rotation of the celestial body. I haven't studied how much rotation has contributed to precession. I don't want to delve into this. Hahaha, my purpose here seems not to be for this GR, but for SR.
But it is true that this time I learned a lot of astrophysics. Thanks for the scientific forum. And those good brothers who continue to give me motivation.
The light is relatively simple, without considering its rotation and its quality. We only need to consider the strength of the gravitational field, including the strength brought by R and the strength brought by relative motion. I need to focus on the bending angle of the light. After considering the Doppler effect, the calculated bending angle is compared with the bending angle without considering the Doppler effect.