A New Spectral Three-Term Conjugate Gradient Method with Random Parameter Based on Modified Secant Equation and Its Application to Low-Carbon Supply Chain Optimization

Table 6

Under the carbon emission reduction level of products, the optimal decision under different consumer price sensitivity coefficients.

Sensitive coefficient	Initial point
	(0; 0; 0)	2562.2	82.6	105.1	281600
	(50; 10; 10)	2562.9	82.6	105.2	281600
	(100; 20; 20)	2561.1	82.6	105.0	281600
	(1000; 40; 40)	2559.7	82.5	105.0	281600
	(5000; 100; 100)	2564.8	82.7	105.3	281600
	(0; 0; 0)	825.3441	9.6797	12.4979	58522
	(50; 10; 10)	824.7923	9.6693	12.4181	58522
	(100; 20; 20)	825.3579	9.7176	12.4898	58522
	(1000; 40; 40)	825.9481	9.7082	12.5336	58522
	(5000; 100; 100)	825.7093	9.6906	12.5188	58522
	(0; 0; 0)	595.1347	-0.0185	0.1655	44145
	(50; 10; 10)	595.2992	-0.0387	0.2185	44145
	(100; 20; 20)	596.2103	0.0146	0.2719	44145
	(1000; 40; 40)	596.4003	0.0473	0.2774	44145
	(5000; 100; 100)	596.2731	0.0579	0.2949	44145
	(0; 0; 0)	477.1441	-4.9476	-6.0976	53960
	(50; 10; 10)	477.2710	-4.9305	-6.0391	53960
	(100; 20; 20)	477.2881	-4.9724	-6.0170	53960
	(1000; 40; 40)	477.6123	-4.9022	-6.0851	53960
	(5000; 100; 100)	477.8681	-4.8857	-5.9646	53960
	(0; 0; 0)	439.3399	-6.5715	-8.1051	66185
	(50; 10; 10)	439.2198	-6.4765	-8.1148	66185
	(100; 20; 20)	439.6549	-6.5136	-8.0531	66185
	(1000; 40; 40)	439.8000	-6.5487	-8.0275	66185
	(5000; 100; 100)	439.6809	-6.5573	-8.0730	66185