5.48.1. xc.lda_xc_corr_ksdt.Zeta0Coeffs¶

class eminus.xc.lda_xc_corr_ksdt.Zeta0Coeffs(theta: float, omega: float = 1, e1: float = 0.255415, e2: float = 0.931933, e3: float = 0.115398, e4: float = 17.234117, e5: float = 0.451437, d1: float = 0.725917, d2: float = 2.237347, d3: float = 0.280748, d4: float = 4.185911, d5: float = 0.692183, c1: float = 0.87513, c2: float = -0.25632, c3: float = 0.953988, b1: float = 0.342554, b2: float = 9.141315, b3: float = 0.448483, b4: float = 18.553096, a1: float = 0.75, a2: float = 3.04363, a3: float = -0.09227, a4: float = 1.7035, a5: float = 8.31051, a6: float = 5.1105)[source]¶

Coefficient class using the parameters for zeta=0.

Reference: Phys. Rev. Lett. 120, 076401.

Attributes

`a`	Calculate a.
`a0`	Calculate a0.
`a1`
`a2`
`a3`
`a4`
`a5`
`a6`
`b`	Calculate b.
`b1`
`b2`
`b3`
`b4`
`b5`	Calculate b5.
`c`	Calculate c.
`c1`
`c2`
`c3`
`d`	Calculate d.
`d1`
`d2`
`d3`
`d4`
`d5`
`dadtheta`	Calculate da / dtheta.
`dbdtheta`	Calculate db / dtheta.
`dcdtheta`	Calculate dc / dtheta.
`dddtheta`	Calculate dd / dtheta.
`dedtheta`	Calculate de / dtheta.
`e`	Calculate e.
`e1`
`e2`
`e3`
`e4`
`e5`
`omega`
`theta`	Reduced temperature.