Test  Status  Code Input and Output 

1  Pass 
%%
x = 'The quick brown fox jumps over a lazy dog';
y_correct = true;
assert(isequal(isPangram(x),y_correct))
s =
THE QUICK BROWN FOX JUMPS OVER A LAZY DOG
let =
32 35
let =
11
let =
8
let =
39
let =
3 29
let =
17
let =
41
let =
2
let =
7
let =
21
let =
9
let =
34
let =
23
let =
15
let =
13 18 27 40
let =
24
let =
5
let =
12 30
let =
25
let =
1
let =
6 22
let =
28
let =
14
let =
19
let =
37
let =
36

2  Pass 
%%
x = 'The quick brown fox jumped over a lazy dog';
y_correct = false;
assert(isequal(isPangram(x),y_correct))
s =
THE QUICK BROWN FOX JUMPED OVER A LAZY DOG
let =
33 36
let =
11
let =
8
let =
26 40
let =
3 25 30
let =
17
let =
42
let =
2
let =
7
let =
21
let =
9
let =
35
let =
23
let =
15
let =
13 18 28 41
let =
24
let =
5
let =
12 31
let =
[]

3  Pass 
%%
x = 'Pack my box with five dozen liquor jugs';
y_correct = true;
assert(isequal(isPangram(x),y_correct))
s =
PACK MY BOX WITH FIVE DOZEN LIQUOR JUGS
let =
2
let =
9
let =
3
let =
23
let =
21 26
let =
18
let =
38
let =
16
let =
14 19 30
let =
36
let =
4
let =
29
let =
6
let =
27
let =
10 24 33
let =
1
let =
31
let =
34
let =
39
let =
15
let =
32 37
let =
20
let =
13
let =
11
let =
7
let =
25

4  Pass 
%%
x = 'Pack my box with four dozen liquor jugs';
y_correct = false;
assert(isequal(isPangram(x),y_correct))
s =
PACK MY BOX WITH FOUR DOZEN LIQUOR JUGS
let =
2
let =
9
let =
3
let =
23
let =
26
let =
18
let =
38
let =
16
let =
14 30
let =
36
let =
4
let =
29
let =
6
let =
27
let =
10 19 24 33
let =
1
let =
31
let =
21 34
let =
39
let =
15
let =
20 32 37
let =
[]

5  Pass 
%%
x = 'Sphinx of black quartz, judge my vow';
y_correct = true;
assert(isequal(isPangram(x),y_correct))
s =
SPHINX OF BLACK QUARTZ, JUDGE MY VOW
let =
13 19
let =
11
let =
14
let =
27
let =
29
let =
9
let =
28
let =
3
let =
4
let =
25
let =
15
let =
12
let =
31
let =
5
let =
8 35
let =
2
let =
17
let =
20
let =
1
let =
21
let =
18 26
let =
34
let =
36
let =
6
let =
32
let =
22

6  Pass 
%%
x = 'Sphinx of black onyx, judge my vow';
y_correct = false;
assert(isequal(isPangram(x),y_correct))
s =
SPHINX OF BLACK ONYX, JUDGE MY VOW
let =
13
let =
11
let =
14
let =
25
let =
27
let =
9
let =
26
let =
3
let =
4
let =
23
let =
15
let =
12
let =
29
let =
5 18
let =
8 17 33
let =
2
let =
[]

7  Pass 
%%
x = 'Wonderful watermelon, bringer of life.';
y_correct = false;
assert(isequal(isPangram(x),y_correct))
s =
WONDERFUL WATERMELON, BRINGER OF LIFE.
let =
12
let =
23
let =
[]

8  Pass 
%%
x = 'Dastardly dumpling, harbinger of doom!';
y_correct = false;
assert(isequal(isPangram(x),y_correct))
s =
DASTARDLY DUMPLING, HARBINGER OF DOOM!
let =
2 5 22
let =
24
let =
[]

9  Pass 
%%
x = 'AbcDE FgHiJKl mmoPQrstuV Wxyz';
y_correct = false;
assert(isequal(isPangram(x),y_correct))
s =
ABCDE FGHIJKL MMOPQRSTUV WXYZ
let =
1
let =
2
let =
3
let =
4
let =
5
let =
7
let =
8
let =
9
let =
10
let =
11
let =
12
let =
13
let =
15 16
let =
[]

10  Pass 
%%
x = 'With quiz game Cody for MATLAB, expect perverse junk.';
y_correct = true;
assert(isequal(isPangram(x),y_correct))
s =
WITH QUIZ GAME CODY FOR MATLAB, EXPECT PERVERSE JUNK.
let =
12 26 29
let =
30
let =
16 37
let =
18
let =
14 33 36 41 44 47
let =
21
let =
11
let =
4
let =
2 8
let =
49
let =
52
let =
28
let =
13 25
let =
51
let =
17 22
let =
35 40
let =
6
let =
23 42 45
let =
46
let =
3 27 38
let =
7 50
let =
43
let =
1
let =
34
let =
19
let =
9

11  Pass 
%%
x = 'Punctuation marks like @#$%^</&>*?!!, when used in cartoons to stand in for swearing, are called "grawlix".';
y_correct = false;
assert(isequal(isPangram(x),y_correct))
s =
PUNCTUATION MARKS LIKE @#$%^</&>*?!!, WHEN USED IN CARTOONS TO STAND IN FOR SWEARING, ARE CALLED "GRAWLIX".
let =
7 14 53 66 80 87 92 101
let =
[]

201 Solvers
2774 Solvers
Set the array elements whose value is 13 to 0
772 Solvers
Back to basics  mean of corner elements of a matrix
243 Solvers
Flip the vector from right to left
1151 Solvers