1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
|
max(4,5,1,3) returns 5
max([|4, 5, 1, 3|]) returns 5
The following test is not certified (probably because the max is reached by two equal values).
max of 17 + log2(13)/log2(9) and 17 + log(13)/log(9) returns 17 + log2(13) / log2(9)
The following test is not certified (probably because the max is reached by two equal values).
max([|17 + log2(13) / log2(9), 17 + log(13) / log(9)|]) returns 17 + log2(13) / log2(9)
max of 17 + log2(13)/log2(9), 17 + log(13)/log(9), 100 returns 100
max([|17 + log2(13) / log2(9), 17 + log(13) / log(9), 100|]) returns 100
max of 100, 17 + log2(13)/log2(9) and 17 + log(13)/log(9) returns 100
max([|100, 17 + log2(13) / log2(9), 17 + log(13) / log(9)|]) returns 100
The test will rely on pure FP evaluation (probably because 0 is the maximum but it is hard to prove it).
max of sin(pi/3)-sqrt(3)/2 and 0 returns sin((pi) / 3) - sqrt(3) / 2
The test will rely on pure FP evaluation (probably because 0 is the maximum but it is hard to prove it).
max([|sin((pi) / 3) - sqrt(3) / 2, 0|]) returns sin((pi) / 3) - sqrt(3) / 2
max of 0, sin(pi/3)-sqrt(3)/2 and 1 returns 1
max([|0, sin((pi) / 3) - sqrt(3) / 2, 1|]) returns 1
max of 1 and sin(pi/3)-sqrt(3)/2 and 0 returns 1
max([|1, sin((pi) / 3) - sqrt(3) / 2, 0|]) returns 1
max(2,NaN,1) returns 2
max([|2, NaN, 1|]) returns 2
Warning: the following test involves a NaN
max(2,log(-17),1) returns 2
Warning: the following test involves a NaN
max([|2, log(-17), 1|]) returns 2
max(NaN,1,2) returns 2
max([|NaN, 1, 2|]) returns 2
Warning: the following test involves a NaN
max(log(-17),1,2) returns 2
Warning: the following test involves a NaN
max([|log(-17), 1, 2|]) returns 2
max of 17 returns 17
max([|17|]) returns 17
The following expression is not correctly typed.
max of an empty list returns error
max([|4, 1, 3|], 5) returns 4
|
