# peaks = [0, 1, 4, 9, 16, 25, 36, 49, 64, 81, 100]
# eta = 1.5
# max_generations = 10
# COLUMNS: Generation || Number || Occurences || % of Population || Average Num Copies (fitness)
####### Size of Population: 25
1	1	2	0.08	1.5
1	7	1	0.04	0.75
1	8	1	0.04	1.5
1	9	1	0.04	1.5
1	16	1	0.04	1.5
1	25	1	0.04	1.5
1	27	2	0.08	0.75
1	29	1	0.04	0.375
1	34	1	0.04	0.75
1	35	1	0.04	1.5
1	36	1	0.04	1.5
1	47	1	0.04	0.75
1	54	1	0.04	0.3
1	56	2	0.08	0.214285714286
1	62	1	0.04	0.75
1	64	1	0.04	1.5
1	68	1	0.04	0.375
1	78	1	0.04	0.5
1	81	1	0.04	1.5
1	85	1	0.04	0.375
1	91	1	0.04	0.166666666667
1	99	1	0.04	1.5
####### Size of Population: 21
2	0	1	0.0476	1.5
2	1	2	0.0952	1.5
2	2	1	0.0476	1.5
2	35	1	0.0476	1.5
2	100	1	0.0476	1.5
2	33	1	0.0476	0.5
2	65	1	0.0476	1.5
2	7	3	0.1429	0.75
2	63	1	0.0476	1.5
2	10	1	0.0476	1.5
2	77	1	0.0476	0.375
2	47	1	0.0476	0.75
2	16	1	0.0476	1.5
2	17	1	0.0476	1.5
2	25	1	0.0476	1.5
2	27	1	0.0476	0.75
2	81	1	0.0476	1.5
2	37	1	0.0476	1.5
####### Size of Population: 27
3	0	1	0.037	1.5
3	1	3	0.1111	1.5
3	2	2	0.0741	1.5
3	35	2	0.0741	1.5
3	100	1	0.037	1.5
3	37	2	0.0741	1.5
3	65	1	0.037	1.5
3	7	2	0.0741	0.75
3	8	1	0.037	1.5
3	9	1	0.037	1.5
3	10	1	0.037	1.5
3	64	1	0.037	1.5
3	16	1	0.037	1.5
3	17	1	0.037	1.5
3	82	1	0.037	1.5
3	99	1	0.037	1.5
3	25	1	0.037	1.5
3	26	2	0.0741	1.5
3	62	1	0.037	0.75
3	63	1	0.037	1.5
####### Size of Population: 38
4	0	1	0.0263	1.5
4	1	5	0.1316	1.5
4	2	2	0.0526	1.5
4	3	2	0.0526	1.5
4	36	5	0.1316	1.5
4	98	1	0.0263	0.75
4	100	1	0.0263	1.5
4	65	1	0.0263	1.5
4	8	2	0.0526	1.5
4	9	3	0.0789	1.5
4	11	1	0.0263	0.75
4	66	1	0.0263	0.75
4	15	1	0.0263	1.5
4	17	1	0.0263	1.5
4	18	1	0.0263	0.75
4	35	2	0.0526	1.5
4	83	1	0.0263	0.75
4	25	1	0.0263	1.5
4	27	2	0.0526	0.75
4	62	1	0.0263	0.75
4	63	3	0.0789	1.5
####### Size of Population: 53
5	0	5	0.0943	1.5
5	1	4	0.0755	1.5
5	2	4	0.0755	1.5
5	3	3	0.0566	1.5
5	7	1	0.0189	0.75
5	8	1	0.0189	1.5
5	9	5	0.0943	1.5
5	10	1	0.0189	1.5
5	14	1	0.0189	0.75
5	16	1	0.0189	1.5
5	17	2	0.0377	1.5
5	25	1	0.0189	1.5
5	26	1	0.0189	1.5
5	28	1	0.0189	0.5
5	34	1	0.0189	0.75
5	35	2	0.0377	1.5
5	36	5	0.0943	1.5
5	37	3	0.0566	1.5
5	62	1	0.0189	0.75
5	63	3	0.0566	1.5
5	64	1	0.0189	1.5
5	65	1	0.0189	1.5
5	66	1	0.0189	0.75
5	82	1	0.0189	1.5
5	98	1	0.0189	0.75
5	100	2	0.0377	1.5
####### Size of Population: 76
6	0	11	0.1447	1.5
6	1	7	0.0921	1.5
6	2	4	0.0526	1.5
6	3	1	0.0132	1.5
6	4	2	0.0263	1.5
6	7	2	0.0263	0.75
6	8	5	0.0658	1.5
6	9	4	0.0526	1.5
6	10	1	0.0132	1.5
6	15	1	0.0132	1.5
6	16	1	0.0132	1.5
6	17	1	0.0132	1.5
6	18	1	0.0132	0.75
6	25	3	0.0395	1.5
6	29	1	0.0132	0.375
6	34	2	0.0263	0.75
6	35	6	0.0789	1.5
6	36	2	0.0263	1.5
6	37	5	0.0658	1.5
6	38	1	0.0132	0.75
6	62	1	0.0132	0.75
6	63	2	0.0263	1.5
6	64	4	0.0526	1.5
6	65	2	0.0263	1.5
6	66	1	0.0132	0.75
6	82	2	0.0263	1.5
6	99	1	0.0132	1.5
6	100	2	0.0263	1.5
####### Size of Population: 113
7	0	17	0.1504	1.5
7	1	11	0.0973	1.5
7	2	5	0.0442	1.5
7	3	2	0.0177	1.5
7	4	4	0.0354	1.5
7	5	1	0.0088	1.5
7	7	5	0.0442	0.75
7	8	6	0.0531	1.5
7	9	6	0.0531	1.5
7	10	2	0.0177	1.5
7	16	3	0.0265	1.5
7	17	2	0.0177	1.5
7	18	1	0.0088	0.75
7	25	3	0.0265	1.5
7	34	3	0.0265	0.75
7	35	8	0.0708	1.5
7	36	4	0.0354	1.5
7	37	5	0.0442	1.5
7	38	2	0.0177	0.75
7	61	1	0.0088	0.5
7	63	3	0.0265	1.5
7	64	6	0.0531	1.5
7	65	3	0.0265	1.5
7	66	1	0.0088	0.75
7	82	3	0.0265	1.5
7	83	1	0.0088	0.75
7	99	3	0.0265	1.5
7	100	2	0.0177	1.5
####### Size of Population: 157
8	0	21	0.1338	1.5
8	1	16	0.1019	1.5
8	2	9	0.0573	1.5
8	3	6	0.0382	1.5
8	4	4	0.0255	1.5
8	5	3	0.0191	1.5
8	6	1	0.0064	0.75
8	7	1	0.0064	0.75
8	8	10	0.0637	1.5
8	9	8	0.051	1.5
8	10	3	0.0191	1.5
8	15	1	0.0064	1.5
8	16	2	0.0127	1.5
8	17	5	0.0318	1.5
8	24	1	0.0064	1.5
8	25	2	0.0127	1.5
8	26	1	0.0064	1.5
8	33	1	0.0064	0.5
8	34	6	0.0382	0.75
8	35	8	0.051	1.5
8	36	7	0.0446	1.5
8	37	6	0.0382	1.5
8	38	4	0.0255	0.75
8	60	1	0.0064	0.375
8	62	1	0.0064	0.75
8	63	3	0.0191	1.5
8	64	9	0.0573	1.5
8	65	3	0.0191	1.5
8	66	3	0.0191	0.75
8	82	3	0.0191	1.5
8	83	2	0.0127	0.75
8	99	4	0.0255	1.5
8	100	2	0.0127	1.5
####### Size of Population: 212
9	0	29	0.1368	1.5
9	1	25	0.1179	1.5
9	2	17	0.0802	1.5
9	3	6	0.0283	1.5
9	4	5	0.0236	1.5
9	5	4	0.0189	1.5
9	6	1	0.0047	0.75
9	7	6	0.0283	0.75
9	8	9	0.0425	1.5
9	9	7	0.033	1.5
9	10	8	0.0377	1.5
9	11	3	0.0142	0.75
9	15	4	0.0189	1.5
9	16	2	0.0094	1.5
9	17	7	0.033	1.5
9	18	1	0.0047	0.75
9	24	2	0.0094	1.5
9	25	1	0.0047	1.5
9	26	3	0.0142	1.5
9	33	1	0.0047	0.5
9	34	2	0.0094	0.75
9	35	11	0.0519	1.5
9	36	10	0.0472	1.5
9	37	6	0.0283	1.5
9	38	2	0.0094	0.75
9	39	1	0.0047	0.5
9	61	1	0.0047	0.5
9	63	7	0.033	1.5
9	64	6	0.0283	1.5
9	65	5	0.0236	1.5
9	66	3	0.0142	0.75
9	67	1	0.0047	0.5
9	81	2	0.0094	1.5
9	82	3	0.0142	1.5
9	83	1	0.0047	0.75
9	98	1	0.0047	0.75
9	99	3	0.0142	1.5
9	100	6	0.0283	1.5
####### Size of Population: 304
10	0	45	0.148	1.5
10	1	39	0.1283	1.5
10	2	19	0.0625	1.5
10	3	11	0.0362	1.5
10	4	5	0.0164	1.5
10	5	8	0.0263	1.5
10	6	2	0.0066	0.75
10	7	5	0.0164	0.75
10	8	10	0.0329	1.5
10	9	15	0.0493	1.5
10	10	6	0.0197	1.5
10	11	3	0.0099	0.75
10	12	1	0.0033	0.5
10	14	1	0.0033	0.75
10	15	4	0.0132	1.5
10	16	5	0.0164	1.5
10	17	9	0.0296	1.5
10	18	4	0.0132	0.75
10	19	1	0.0033	0.5
10	23	1	0.0033	0.75
10	24	2	0.0066	1.5
10	25	2	0.0066	1.5
10	26	4	0.0132	1.5
10	32	1	0.0033	0.375
10	34	6	0.0197	0.75
10	35	13	0.0428	1.5
10	36	19	0.0625	1.5
10	37	8	0.0263	1.5
10	38	4	0.0132	0.75
10	39	1	0.0033	0.5
10	62	1	0.0033	0.75
10	63	8	0.0263	1.5
10	64	12	0.0395	1.5
10	65	3	0.0099	1.5
10	66	5	0.0164	0.75
10	80	1	0.0033	1.5
10	81	2	0.0066	1.5
10	82	2	0.0066	1.5
10	83	2	0.0066	0.75
10	97	1	0.0033	0.5
10	99	6	0.0197	1.5
10	100	7	0.023	1.5