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. 2019 Feb 14;24(4):686. doi: 10.3390/molecules24040686

Table 4.

Mathematical models produced after fitting Equation (1) to the data set (individual and grouped values).

Anthocyanin Compounds	Equations	Equation Numbers
P1	$Y_{P 1}^{} = 5.06 - 0.28 t + 0.92 S - 0.16 t^{2} - 0.17 S^{2} - 0.17 t T + 0.07 t S - 0.15 T S$	Equation (2)
P2	$Y_{P 2}^{} = 3.37 - 0.15 t + 0.76 S - 0.20 t^{2} - 0.11 S^{2} - 0.04 t T - 0.07 T S$	Equation (3)
P3	$Y_{P 3}^{} = 31.23 + 0.96 T - 2.14 t^{2} - 5.40 S^{2} + 0.98 t S$	Equation (4)
P4	$Y_{P 4}^{} = 4.65 - 0.20 T + 1.06 S - 0.11 t^{2} - 0.41 S^{2}$	Equation (5)
P5	$Y_{P 5}^{} = 15.59 + 0.33 T + 2.42 S - 0.95 t^{2} - 2.85 S^{2}$	Equation (6)
P6	$Y_{P 6}^{} = 5.90 - 0.16 t - 0.10 T + 0.74 S - 0.31 t^{2} - 0.89 S^{2}$	Equation (7)
P7	$Y_{P 7}^{} = 3.63 - 0.16 t - 0.09 T + 0.70 S - 0.08 t^{2} - 0.23 S^{2} - 0.07 T S$	Equation (8)
P8	$Y_{P 8}^{} = 5.59 - 0.13 t - 0.14 + 0.77 S - 0.23 t^{2} - 0.80 S^{2}$	Equation (9)
P9	$Y_{P 9}^{} = 9.06 - 0.12 T + 1.15 S - 0.62 t^{2} - 1.52 S^{2}$	Equation (10)
P10	$Y_{P 10}^{} = 29.87 + 0.85 T + 2.89 S - 2.07 t^{2} - 6.27 S^{2}$	Equation (11)
P11	$Y_{P 11}^{} = 8.93 - 0.32 t - 0.12 + 0.63 S - 0.47 t^{2} - 1.64 S^{2} - 0.10 T S$	Equation (12)
P12	$Y_{P 12}^{} = 3.91 - 0.22 t - 0.03 T + 0.65 S - 0.06 t^{2} - 0.25 S^{2} - 0.05 t T - 0.09 T S$	Equation (13)
P13	$Y_{P 13}^{} = 7.93 - 0.26 t - 0.16 T + 0.73 S - 0.37 t^{2} - 1.37 S^{2} + 0.09 t S - 0.10 T S$	Equation (14)
TAC	$Y_{T A C}^{} = 109.78 - 1.93 t + 1.07 T + 14.30 S - 6.20 t^{2} - 17.00 S^{2}$	Equation (15)
Yield	$Y_{Y i e l d}^{} = 36.43 + 0.49 t + 1.19 T - 5.56 S - 3.09 S^{2}$	Equation (16)