MATLAB and Simulink resources for Arduino, LEGO, and Raspberry Pi

# Solution 184168

Submitted on 2 Jan 2013 by Richard Zapor

Correct

54Size
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### Test Suite

Test
Code Input and Output
1
Pass

```%%
feval(@assignin,'caller','score',100);
```

2
Pass

```%%
a{1} = [4.3078    2.5481    1.4903    5.4302    3.4142    2.9736    3.3768 ...
2.1612    3.3024    0.3269    2.6761    4.2530    2.6648    1.9644 ...
3.3389    22.122    4.1015    3.2104    2.3945    4.7151];
a{2} = [1.2671    3.1377    4.0687    4.1459    3.6469    6.1881    8.2452 ...
7.3962    9.7071   10.4798   11.4082   12.2282   12.6320   13.9705 ...
13.8851   15.6195   17.0187   18.5778   18.4140   20.0473];
a{3} = [1.6283    6.0703    8.1323    2.6226    3.1230    3.0081    6.1405 ...
1.1896    4.2769    5.0951    6.4869    3.9215    2.5858    4.7130 ...
4.5529];
a{4} = [40:-1:1]+.1;
a{5} = [1.0979    3.5540    1.8627    0.0849    3.2110    3.6466    4.8065 ...
3.2717    0.1336    2.5008    0.4508    3.0700    3.1658    0.8683 ...
3.5533    3.7528    2.7802    4.2016    1.6372    9.6254    1.3264 ...
0.3160    4.3212    3.0192    0.7744    2.3970    1.7416    2.4751 ...
1.0470    1.9091];
a{6} = [1 1 2 3 5 8 13 21 34]+.1;
a{7} = [0.8651    3.3312    0.2507    0.5754    2.2929    2.3818    2.3783 ...
0.0753    0.6546    0.3493    0.3734    1.4516    1.1766    4.3664 ...
0.2728    20.279    2.1335    0.1186    0.1913    1.6647    0.5888 ...
2.6724    1.4286    3.2471    1.3836    1.7160    2.5080    3.1875 ...
2.8819    1.1423    0.7998    1.3800    1.6312    1.4238    2.5805 ...
1.3372    2.3817    2.4049    0.0396    0.3134];
a{8} = [pi*ones(1,10) exp(1)*ones(1,10)];
a{9} = [1.6041    0.2573    1.0565    1.4151    0.8051    0.5287    0.2193 ...
0.9219    2.1707    0.0592    1.0106    0.6145    0.5077    1.6924 ...
0.5913    0.6436    0.3803    1.0091    0.0195    0.0482    20.000 ...
0.3179    1.0950    1.8740    0.4282    0.8956    0.7310    0.5779 ...
0.0403    0.6771    0.5689    0.2556    0.3775    0.2959    1.4751 ...
0.2340    8.1184    0.3148    1.4435    0.3510    0.6232    0.7990 ...
0.9409    0.9921    0.2120    0.2379    1.0078    0.7420    1.0823 ...
0.1315];
a{10}= [1.6041    0.2573    1.0565    1.4151    0.8051    0.5287    0.2193 ...
0.9219    2.1707    0.0592    1.0106    0.6145    0.5077    1.6924 ...
0.5913    0.6436    0.3803    10.091    0.0195    0.0482    20.000 ...
0.3179    1.0950    1.8740    44.999    0.8956    0.7310    0.5779 ...
0.0403    0.6771    0.5689    0.2556    0.3775    0.2959    1.4751 ...
0.2340    0.1184    0.3148    1.4435    0.3510    0.6232    0.7990 ...
0.9409    0.9921    0.2120    0.2379    1.0078    0.7420    1.0823 ...
0.1315];
a{11}= [40*ones(1,50) ones(1,20)]+0.05;
a{12}= 4.3 + sin(1:100);
mediaLength=45;
for j=1:20 % warm-up
for i=1:12
songList=a{i};
indexList = binpack(songList,mediaLength) ;
end
end
net_gap=0;
t0=clock;
for j=1:100
for i=1:12
songList=a{i};
indexList = binpack(songList,mediaLength) ;
indexList=unique(indexList); % No dupes
total(i)=sum(songList(indexList));
if total(i)>45+1.5*eps(mediaLength) % Rqmt <= 45
total(i)=-Inf;
end
net_gap=net_gap+45-total(i) ;
end
end
tte=etime(clock,t0);
fprintf('Total Time E %f\n',tte)
fprintf('Totals: ');fprintf('%.4f  ',total);fprintf('\n')
fprintf('Net Gap: %.2f\n',net_gap)
%format long
fprintf('Performance: %.4f\n',net_gap/(12*45))
fprintf('Score=150*net_gap/(12*45)+3*time: %.3f\n',150*net_gap/(12*45)+tte*3)
Score=150*net_gap/(12*45)+tte*3;
assert(Score<Inf)
feval( @assignin,'caller','score',floor(min( 100,Score )) );
```
```Total Time E 0.529180
Totals: 44.9845  44.9762  44.9971  44.8000  44.9960  44.6000  44.9909  44.5840  44.9987  44.9990  44.2500  44.9979
Net Gap: 189.19
Performance: 0.3504
Score=150*net_gap/(12*45)+3*time: 54.141
```