EnvelopeSolver#

class orbit.matching.EnvelopeSolver(beamline)[source]#

Bases: object

Methods Summary

`Dfunc_odeint`(y, s, emitx, emity, sigma_p, Ksc)
`entropy_rate`(envx, envy, emitx, emity, s, beta0)
`envelope_odeint`(emitx, emity, sigma_p, Ksc, ...)
`func_fsolve`(x, emitx, emity, sigma_p, Ksc)
`func_odeint`(y, s, emitx, emity, sigma_p, Ksc)
`func_smooth`(x, phase0x, phase0y, length, ...)
`match_root`(emitx, emity, sigma_p, Ksc)
`match_smooth`(phase0x, phase0y, length, ...)
`match_twiss`(emitx, emity, sigma_p, Ksc)
`phase_advance`(envx, envy, Dx, emitx, emity, ...)
`phase_analytic`(emitx, emity, Ksc, lc)

Methods Documentation

Dfunc_odeint(y, s, emitx, emity, sigma_p, Ksc)[source]#

entropy_rate(envx, envy, emitx, emity, s, beta0)[source]#

envelope_odeint(emitx, emity, sigma_p, Ksc, x0, xs0, y0, ys0, Dx0, Dxs0)[source]#

func_fsolve(x, emitx, emity, sigma_p, Ksc)[source]#

func_odeint(y, s, emitx, emity, sigma_p, Ksc)[source]#

func_smooth(x, phase0x, phase0y, length, emitx, emity, Ksc)[source]#

match_root(emitx, emity, sigma_p, Ksc)[source]#

match_smooth(phase0x, phase0y, length, emitx, emity, Ksc)[source]#

match_twiss(emitx, emity, sigma_p, Ksc)[source]#

phase_advance(envx, envy, Dx, emitx, emity, sigma_p, s)[source]#

phase_analytic(emitx, emity, Ksc, lc)[source]#