Table 3: Parameters of the model with best goodness-of-fit for R Hya. In the second column the values of the best-fit model parameters are listed, in the third column the confidence interval around the parameter is specified. The numbers in italics are input parameters that have been kept fixed at the given values.
Parameter Value Confidence interval

${T}_{\rm eff}$ [K] 2830 2400-2900

$R_{\star}$ [10¹³ cm] 3.1 2.5-3.1

$L_{\star}$ [10⁴ $L_{\odot}$ ] 1.16 0.5-1.3

$\varepsilon$ (C) [10^-4] 3 -

$\varepsilon$ (O) [10^-4] 8.5 -

distance [pc] 165 165-180

$R_{\rm {inner}}$ [ $R_{\star}$ ] 150 130-240

$R_{\rm outer}$ [ $R_{\star}$ ] 2350 2000-8000

$v_{\infty}$ [km s^-1] 8 8-9

$\dot{M}$ (r) [ $M_{\odot }$ yr^-1] ${\sim}1 \times 10^{-8}$ ( $\sim$ 1-150 $R_{\star}$ ) $.8{-}1.2 \times 10^{-8}$

${\sim}2 \times 10^{-7}$ ( $\sim$ 150-5000 $R_{\star}$ ) $1{-}2.2 \times 10^{-7}$

**Table 3:** Parameters of the model with best goodness-of-fit for R Hya. In the second column the values of the best-fit model parameters are listed, in the third column the confidence interval around the parameter is specified. The numbers in italics are input parameters that have been kept fixed at the given values.
Parameter	Value	Confidence interval
${T}_{\rm eff}$ [K]	2830	2400-2900
$R_{\star}$ [10¹³ cm]	3.1	2.5-3.1
$L_{\star}$ [10⁴ $L_{\odot}$ ]	1.16	0.5-1.3
$\varepsilon$ (C) [10^-4]	3	-
$\varepsilon$ (O) [10^-4]	8.5	-
distance [pc]	165	165-180
$R_{\rm {inner}}$ [ $R_{\star}$ ]	150	130-240
$R_{\rm outer}$ [ $R_{\star}$ ]	2350	2000-8000
$v_{\infty}$ [km s^-1]	8	8-9
$\dot{M}$ (r) [ $M_{\odot }$ yr^-1]	${\sim}1 \times 10^{-8}$ ( $\sim$ 1-150 $R_{\star}$ )	$.8{-}1.2 \times 10^{-8}$
	${\sim}2 \times 10^{-7}$ ( $\sim$ 150-5000 $R_{\star}$ )	$1{-}2.2 \times 10^{-7}$

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