2.58 4_Trig_functions\4.1aSine\4.1.12(ex)^m(a+bsin(c+dx^n))^p

Table 60: Breakdown of results for each integral

	2017.3			2016.2			2015.2			18.02			17.02			16.02			14.0			12.0
#	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	siz
1	A	0.02	40	A	0.02	40	A	0.01	40	A	0.01	40	A	0.01	40	A	0.	40	A	0.	40	A	0.	40
2	A	0.	27	A	0.02	27	A	0.	27	A	0.	27	A	0.	27	A	0.	27	A	0.	27	A	0.	27
3	A	0.01	47	A	0.02	47	A	0.01	47	A	0.01	47	A	0.	47	A	0.02	47	A	0.	47	A	0.	47
4	A	0.01	68	A	0.06	68	A	0.01	68	A	0.01	68	A	0.01	68	A	0.	68	A	0.	68	A	0.02	68
5	A	0.01	83	A	0.02	83	A	0.01	83	A	0.01	83	A	0.	83	A	0.02	83	A	0.	83	A	0.	83
6	A	0.05	48	A	0.06	48	A	0.04	48	A	0.03	48	A	0.02	48	A	0.02	48	A	0.01	48	A	0.02	48
7	C	0.39	162	C	0.31	162	C	0.19	162	C	0.15	162	C	0.12	162	C	0.14	162	C	0.09	162	C	0.37	162
8	A	0.02	99	A	0.02	99	A	0.01	99	A	0.01	99	A	0.02	99	A	0.	99	A	0.	99	A	0.	99
9	A	0.03	78	A	0.04	78	A	0.04	78	A	0.03	78	A	0.02	78	A	0.02	78	A	0.01	78	A	0.02	78
10	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
11	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
12	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
13	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
14	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
15	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
16	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
17	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
18	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
19	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
20	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
21	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
22	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
23	A	0.01	42	A	0.02	42	A	0.01	42	A	0.01	42	A	0.	42	A	0.	42	A	0.	42	A	0.	42
24	A	0.02	52	A	0.03	52	A	0.02	52	A	0.01	52	A	0.	52	A	0.	52	A	0.01	52	A	0.	52
25	A	0.02	36	A	0.03	36	A	0.02	36	A	0.01	36	A	0.	36	A	0.02	36	A	0.	36	A	0.	36
26	A	0.01	22	A	0.02	22	A	0.01	22	A	0.01	22	A	0.	22	A	0.01	22	A	0.	22	A	0.	22
27	A	0.02	24	A	0.02	24	A	0.02	24	A	0.01	24	A	0.02	24	A	0.	24	A	0.	24	A	0.	24
28	C	0.14	74	C	0.12	74	C	0.1	82	C	0.11	82	C	0.11	82	C	0.12	82	C	0.08	82	C	0.2	82
29	C	0.18	110	C	0.18	110	C	0.16	136	C	0.21	136	C	0.22	136	C	0.23	136	C	0.17	136	C	0.33	136
30	A	0.02	44	A	0.03	44	A	0.02	44	A	0.01	44	A	0.02	44	A	0.	44	A	0.	44	A	0.	44
31	A	0.04	144	A	0.05	144	A	0.03	133	A	0.02	133	A	0.02	133	A	0.02	133	A	0.01	133	A	0.	133
32	B	0.02	586	B	0.03	586	B	0.01	586	B	0.01	586	B	0.02	586	B	0.01	586	B	0.01	586	B	0.02	586
33	B	0.01	120	B	0.02	120	B	0.01	120	B	0.	120	B	0.	120	B	0.	120	B	0.01	120	B	0.02	120
34	A	0.01	42	A	0.02	42	A	0.01	42	A	0.	42	A	0.	42	A	0.	42	A	0.	42	A	0.	42
35	A	0.02	365	A	0.03	365	A	0.02	365	A	0.02	365	A	0.02	365	A	0.02	365	A	0.01	365	A	0.02	365
36	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
37	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
38	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
39	B	0.02	1246	B	0.03	1246	B	0.02	1246	B	0.01	1246	B	0.02	1246	B	0.	1246	B	0.	1246	B	0.02	1246
40	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
41	B	0.1	2724	B	0.09	2724	B	0.08	2724	B	0.07	2724	B	0.05	2724	B	0.06	2724	B	0.05	2724	B	0.06	2724
42	B	0.02	2704	B	0.03	2704	B	0.02	2704	B	0.01	2704	B	0.	2704	B	0.02	2704	B	0.01	2704	B	0.02	2704
43	C	0.11	1175	C	0.1	1175	C	0.06	1169	C	0.05	1169	C	0.05	1169	C	0.05	1169	C	0.04	1169	C	0.11	1169
44	A	0.01	175	A	0.02	175	A	0.01	175	A	0.01	175	A	0.	175	A	0.	175	A	0.01	175	A	0.	175
45	A	0.01	86	A	0.02	86	A	0.01	86	A	0.	86	A	0.	86	A	0.	86	A	0.	86	A	0.02	86
46	A	0.13	936	A	0.13	936	A	0.12	936	A	0.1	936	A	0.09	936	A	0.09	936	A	0.07	936	A	0.06	936
47	A	0.02	108	A	0.04	108	A	0.02	108	A	0.01	108	A	0.02	108	A	0.01	108	A	0.	108	A	0.02	108
48	A	0.03	452	A	0.04	452	A	0.02	452	A	0.02	452	A	0.02	452	A	0.02	452	A	0.01	452	A	0.02	452
49	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
50	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
51	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
52	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
53	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
54	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
55	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
56	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
57	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
58	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
59	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
60	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
61	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
62	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
63	A	0.04	142	A	0.05	142	A	0.04	142	A	0.02	142	A	0.02	142	A	0.02	142	A	0.01	142	A	0.02	142
64	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
65	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
66	C	0.15	117	C	0.18	117	C	0.13	117	C	0.09	117	F	0	0	F	0	0	F	0	0	F	0	0
67	C	0.15	183	C	0.15	183	C	0.13	183	C	0.09	183	F	0	0	F	0	0	F	0	0	F	0	0
68	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
69	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
70	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
71	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
72	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0