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Solution 211738

Submitted on 3 Mar 2013

Incorrect

47Size
Leading solution size is 36.
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Test Suite

Test
Code Input and Output
1
Pass
 
%%
user_solution = fileread('hermite_poly.m');
assert(isempty(strfind(user_solution,'regexp')));
assert(isempty(strfind(user_solution,'2str')));
assert(isempty(strfind(user_solution,'str2')));
assert(isempty(strfind(user_solution,'interp')));

                    
2
Pass
 
%%
n = 0;
P_correct = [1];
assert(isequal(hermite_poly(n),P_correct));

                    
3
Fail
 
%%
n = 1;
P_correct = [2 0];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
4
Fail
 
%%
n = 2;
P_correct = [4 0 -2];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
5
Fail
 
%%
n = 3;
P_correct = [8 0 -12 -0];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
6
Fail
 
%%
n = 4;
P_correct = [16 0 -48 -0 12];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
7
Fail
 
%%
n = 5;
P_correct = [32 0 -160 -0 120 0];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
8
Fail
 
%%
n = 6;
P_correct = [64 0 -480 -0 720 0 -120];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
9
Fail
 
%%
n = 7;
P_correct = [128 0 -1344 -0 3360 0 -1680 -0];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
10
Fail
 
%%
n = 8;
P_correct = [256 0 -3584 -0 13440 0 -13440 -0 1680];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
11
Fail
 
%%
n = 9;
P_correct = [512 0 -9216 -0 48384 0 -80640 -0 30240 0];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
12
Fail
 
%%
n = 10;
P_correct = [1024 0 -23040 -0 161280 0 -403200 -0 302400 0 -30240];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
13
Fail
 
%%
n = 11;
P_correct = [2048 0 -56320 -0 506880 0 -1774080 -0 2217600 0 -665280 -0];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.
14
Fail
 
%%
n = 12;
P_correct = [4096 0 -135168 -0 1520640 0 -7096320 -0 13305600 0 -7983360 -0 665280];
assert(isequal(hermite_poly(n),P_correct));
Error: Matrix dimensions must agree.