Table 1: The parameters at different evolutionary points a, b, c and d of the STD and ROT sequences.
Sequ. $t(10^{7}~{\rm yr})$ $M (M_{\odot})$ $\log~T_{{\rm eff}}$ $\log L/L_{\odot}$ X(c) Y(c) Y Z $V_{{\rm rot}}({\rm km~s}^{-1})$

a

STD 0.0000 8.000 4.328 3.346 0.700 0.2800 0.2800 0.0200 0.00

ROT 0.0000 8.000 4.309 3.273 0.700 0.2800 0.2800 0.0200 150.49

b

STD 3.8371 7.955 4.299 3.806 0.000 0.9800 0.2800 0.0200 0.00

ROT 3.9186 7.948 4.289 3.794 0.000 0.9808 0.2809 0.0169 99.31

c

STD 3.8491 7.954 3.823 3.650 0.000 0.9800 0.2800 0.0200 0.00

ROT 3.9312 7.947 3.822 3.646 0.000 0.9829 0.2810 0.0165 17.32

d

STD 4.2505 7.796 3.587 3.808 0.000 0.0000 0.2895 0.0200 0.00

ROT 4.3454 7.792 3.584 3.812 0.000 0.0000 0.2896 0.0230 1.69

**Table 1:** The parameters at different evolutionary points a, b, c and d of the STD and ROT sequences.
Sequ.	$t(10^{7}~{\rm yr})$	$M (M_{\odot})$	$\log~T_{{\rm eff}}$	$\log L/L_{\odot}$	X(c)	Y(c)	Y	Z	$V_{{\rm rot}}({\rm km~s}^{-1})$
a
STD	0.0000	8.000	4.328	3.346	0.700	0.2800	0.2800	0.0200	0.00
ROT	0.0000	8.000	4.309	3.273	0.700	0.2800	0.2800	0.0200	150.49
b
STD	3.8371	7.955	4.299	3.806	0.000	0.9800	0.2800	0.0200	0.00
ROT	3.9186	7.948	4.289	3.794	0.000	0.9808	0.2809	0.0169	99.31
c
STD	3.8491	7.954	3.823	3.650	0.000	0.9800	0.2800	0.0200	0.00
ROT	3.9312	7.947	3.822	3.646	0.000	0.9829	0.2810	0.0165	17.32
d
STD	4.2505	7.796	3.587	3.808	0.000	0.0000	0.2895	0.0200	0.00
ROT	4.3454	7.792	3.584	3.812	0.000	0.0000	0.2896	0.0230	1.69

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