Table 2: Number of terms in the series MPP and planetary perturbations in ELP at different level of truncation $\epsilon$ .
(a): $\epsilon = 0$ ; the series are complete.
(b): $\epsilon =10^{-5}$ '' for the coefficients in longitude and latitude, 1 cm in distance for periodic terms; $\epsilon$ decreases from 10^-5'' to 10^-7'' for Poisson terms depending on the time power.
(c): $\epsilon =10^{-5}$ '' for the coefficients in longitude and latitude, 2 cm in distance.
$K_{\rm Max}$ is the maximum time power of Poisson series. The time unit is the century.

MPP01 MPP02 ELP

Truncation level (a) (b) (c)

$K_{\rm Max}$ 5 4 2

Number of terms

Longitude 128 467 15 754 19 136

Latitude 88 331 8511 6417

Distance 79 118 17 117 8648

**Table 2:** Number of terms in the series MPP and planetary perturbations in ELP at different level of truncation $\epsilon$ .
(a): $\epsilon = 0$ ; the series are complete.
(b): $\epsilon =10^{-5}$ '' for the coefficients in longitude and latitude, 1 cm in distance for periodic terms; $\epsilon$ decreases from 10^-5'' to 10^-7'' for Poisson terms depending on the time power.
(c): $\epsilon =10^{-5}$ '' for the coefficients in longitude and latitude, 2 cm in distance.
$K_{\rm Max}$ is the maximum time power of Poisson series. The time unit is the century.
	MPP01	MPP02	ELP
Truncation level	(a)	(b)	(c)
$K_{\rm Max}$	5	4	2
Number of terms
Longitude	128 467	15 754	19 136
Latitude	88 331	8511	6417
Distance	79 118	17 117	8648

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