Developing Shuffled Frog-Leaping Algorithm (SFLA) Method to Solve Power Load-Constrained TCRTO Problems in Civil Engineering

Table 3

Activity data of case study.

Activity number	Preceding activities	Execution mode	Time (days)	Cost ($)	Resource (people)	Equipment type	Equipment number	Rated power (kW)	Electricity loop
1		1	14	2400	8	Eqpt. 1	1	5.5	1
						Eqpt. 2	1	4	2
		2	15	2150	10	Eqpt. 1	1	5.5	1
						Eqpt. 3	1	3.5	2
		3	16	1900	4	Eqpt. 4	2	6	3
2		1	15	3000	12
		2	18	2400	14
3		1	15	4500	18	Eqpt. 5	1	7.5	2
						Eqpt. 6	1	3	1
		2	22	4000	15	Eqpt. 5	1	7.5	2
						Eqpt. 7	1	4	3
4		1	12	45000	14	Eqpt. 8	1	32	1
		2	16	35000	12	Eqpt. 8	1	32	1
5	1	1	22	20000	7
6	1	1	14	40000	21	Eqpt. 8	1	32	1
						Eqpt. 9	2	6.5	2
		2	18	32000	18	Eqpt. 8	1	32	1
						Eqpt. 9	2	6.5	2
		3	24	18000	16	Eqpt. 10	1	24.5	3
						Eqpt. 9	2	6.5	2
7	5	1	9	30000	19	Eqpt. 11	1	6	2
		2	15	24000	16	Eqpt. 11	1	6	2
8	6	1	14	220	8
		2	15	215	7
		3	16	200	5
9	6	1	15	300	11
		2	18	240	9
10	2, 6	1	15	450	12	Eqpt. 8	1	32	1
						Eqpt. 9	1	6.5	2
		2	22	400	13	Eqpt. 8	1	32	1
						Eqpt. 9		6.5	2
		3	33	320	14	Eqpt. 8	1	32	1
						Eqpt. 9	1	6.5	2
11	7, 8	1	12	450	4
12	5, 9, 10	1	22	2000	15	Eqpt. 4	1	6	3
						Eqpt. 3	1	3.5	2
		2	24	1750	14	Eqpt. 4	1	6	3
						Eqpt. 3	1	3.5	2
13	3	1	14	4000	20
		2	18	3200	22
		3	24	1800	23
14	4, 10	1	9	3000	15
		2	15	2400	17
		3	18	2200	17
15	12	1	16	3500	9	Eqpt. 8	1	32	1
						Eqpt. 2	1	4	2
16	13, 14	1	20	3000	10	Eqpt. 8	2	32	1
		2	22	2000	11	Eqpt. 10	2	24.5	3
		3	24	1750	14	Eqpt. 10	2	24.5	3
17	11, 14, 15	1	14	4000	12
		2	18	3200	14
		3	24	1800	17
18	16, 17	1	9	3000	13	Eqpt. 12	1	9.2	2
		2	15	2400	15	Eqpt. 12	1	9.2	2