SunPy physics¶

The physics submodule contains routines to calculate various physical parameters and models for the Sun.

sunpy.physics Package¶

sunpy.physics.differential_rotation Module¶

Functions¶

`diff_rot`(duration, latitude[, rot_type, …])	This function computes the change in longitude over days in degrees.
`solar_rotate_coordinate`(coordinate[, …])	Given a coordinate on the Sun, calculate where that coordinate maps to as seen by a new observer at some later or earlier time, given that the input coordinate rotates according to the solar rotation profile.
`differential_rotate`(smap[, observer, time])	Warp a `GenericMap` to take into account both solar differential rotation and the changing location of the observer.

sunpy.physics.solar_rotation Module¶

This module provides routines for applying solar rotation functions to map sequences.

Functions¶

`calculate_solar_rotate_shift`(mc[, layer_index])	Calculate the shift that must be applied to each map contained in a mapsequence in order to compensate for solar rotation.
`mapsequence_solar_derotate`(mc[, …])	Move the layers in a mapsequence according to the input shifts.