Developing Programming Tools to Handle Traveling Salesman Problem by the Three Object-Oriented Languages

Table 6

Total generations count.

		Min	Average	Max	STDEV
kroA100	GSX	1500	1725	2500	302.403
	PMX	500	862.5	1250	206.394
	EPMX	750	975	1250	160.181
	OX	750	975	1250	197.017
	VGX	1500	1850	3000	432.252
	DPX	1000	1525	2000	379.577
	IGX	1500	1950	3000	394.034
a280	GSX	1500	1625	2000	222.131
	PMX	750	825	1000	117.541
	EPMX	750	800	1000	102.598
	OX	500	775	1000	111.803
	VGX	1500	1575	2000	183.174
	DPX	1500	1600	2000	205.196
	IGX	1500	1550	2000	153.897
lin318	GSX	3000	4025	5500	617.188
	PMX	1250	1887.5	2500	319.076
	EPMX	1250	1862.5	2500	339.068
	OX	1250	1912.5	3000	415.767
	VGX	2500	3250	4500	550.12
	DPX	2500	3575	5500	693.485
	IGX	4000	4875	6000	646.346
att532	GSX	3000	4425	6500	892.586
	PMX	1750	2487.5	3750	509.612
	EPMX	1750	2512.5	4250	620.245
	OX	1500	2337.5	3750	501.806
	VGX	4000	5150	7000	812.728
	DPX	3500	4375	7500	1024.374
	IGX	3500	5250	8000	1208.522
rat783	GSX	3500	4300	5500	571.241
	PMX	2000	2925	4250	544.711
	EPMX	2000	2687.5	4000	479
	OX	1750	2287.5	3000	337.122
	VGX	5500	7400	10000	1391.705
	DPX	3500	4825	6500	892.586
	IGX	3500	4500	7000	842.927
pr1002	GSX	5000	8950	14500	2199.88
	PMX	3750	4650	6000	640.723
	EPMX	3750	4575	6000	702.907
	OX	3500	4887.5	7750	1119.431
	VGX	11000	13750	19000	1956.77
	DPX	5500	7175	9000	831.533
	IGX	10000	14400	17500	1923.538