Octogenarian, Shmoctogenarian! Hope that one didn't keep you up too late, Roger. :-)
Test | Status | Code Input and Output |
---|---|---|
1 | Pass |
%%
[P,L] = my_spiral(20,1/2);
assert(all(abs(P-[0.5859375,0.484375])<100*eps))
assert(all(abs(L-[0.571428571428571,0.428571428571429])<100*eps))
P =
0.5859 0.4844
L =
0.5714 0.4286
|
2 | Pass |
%%
[P,L] = my_spiral(11,2/7);
assert(all(abs(P-[0.80841316118284,0.387755102040816])<100*eps))
assert(all(abs(L-[0.538461538461538,0.461538461538462])<100*eps))
P =
0.8084 0.3878
L =
0.5385 0.4615
|
3 | Pass |
%%
[P,L] = my_spiral(88,9999/11111);
assert(all(abs(P-[0.652150333541218,0.358838287231673])<100*eps))
assert(all(abs(L-[0.645144433154304,0.354855566845696])<100*eps))
P =
0.6522 0.3588
L =
0.6451 0.3549
|
4 | Pass |
%%
[P,L] = my_spiral(901,987654/1000000);
assert(all(abs(P-[0.666383724185262,0.337637121736288])<100*eps))
assert(all(abs(L-[0.663934355482405,0.336065644517595])<100*eps))
P =
0.6664 0.3376
L =
0.6639 0.3361
|
5 | Pass |
%%
[P,L] = my_spiral(3,eps);
assert(all(abs(L-[1/2,1/2])<100*eps))
P =
1.0000 1.0000
L =
0.5000 0.5000
|
6 | Pass |
%%
[P,L] = my_spiral(2,1-eps);
assert(all(abs(L-[2/3,1/3])<100*eps))
P =
1.0000 1.0000
L =
0.6667 0.3333
|
19 Solvers
102 Solvers
Solve the set of simultaneous linear equations
273 Solvers
1424 Solvers
83 Solvers
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