Test  Status  Code Input and Output 

1  Pass 
p = [0,5; 4.76,1.55; 2.94,4.05; 2.94,4.05; 4.76,1.55];
cp = [0,0];
r = 5;
y_correct = 1;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
1

2  Pass 
p = [0,5.61; 5.40,1.69; 3.34,4.66; 3.34,4.66; 5.40,1.69];
cp = [0,0];
r = 5;
y_correct = 2;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
2

3  Pass 
p = [0,6.18; 5.88,1.91; 3.63,5.00; 3.63,5.00; 5.88,1.91];
cp = [0,0];
r = 5;
y_correct = 3;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
0
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
1
y =
3

4  Pass 
p = [0,4.55; 4.28,1.44; 2.65,3.59; 2.65,3.59; 4.28,1.44];
cp = [0,0];
r = 5;
y_correct = 0;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
1
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
0

5  Pass 
cp = [20,8];
p = [0,5; 4.76,1.55; 2.94,4.05; 2.94,4.05; 4.76,1.55] + repmat(cp,[5,1]);
r = 5;
y_correct = 1;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
1

6  Pass 
p = [20,13.61; 25.40,9.69; 23.34,3.34; 16.66,3.34; 14.60,9.69];
cp = [20,8];
r = 5;
y_correct = 2;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
2

7  Pass 
p = [20,14.18; 25.88,9.91; 23.63,3.00; 16.37,3.00; 14.12,9.91];
cp = [20,8];
r = 5;
y_correct = 3;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
0
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
1
y =
3

8  Pass 
cp = [20,8];
p = [0,6.58; 6.42,1.92; 3.97,5.63; 3.97,5.63; 6.42,1.92] + repmat(cp,[5,1]);
r = 5;
y_correct = 4;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
0
bigCircleInPentagon =
logical
1
weeCircleInPentagon =
logical
1
y =
4

9  Pass 
cp = [20,8];
p = [0,4.55; 4.28,1.44; 2.65,3.59; 2.65,3.59; 4.28,1.44] + repmat(cp,[5,1]);
r = 5;
y_correct = 0;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
1
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
0

10  Pass 
p = [23.66,11.42; 24.37,5.58; 19.05,3.10; 15.04,7.40; 17.89,12.54];
cp = [20,8];
r = 5;
y_correct = 1;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
1

11  Pass 
p = [25.01,12.47; 25.98,4.58; 18.78,1.23; 13.37,7.03; 17.22,13.97];
cp = [20,8];
r = 5;
y_correct = 4;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
0
bigCircleInPentagon =
logical
1
weeCircleInPentagon =
logical
1
y =
4

12  Pass 
p = [23.27,11.12; 23.92,5.87; 19.12,3.63; 15.52,7.50; 18.08,12.13];
cp = [20,8];
r = 5;
y_correct = 0;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
1
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
0

13  Pass 
p = [30.94,36.26; 35.61,27.09; 28.34,19.82; 19.17,24.49; 20.78,34.65];
cp = [26.97,28.45];
r = 8.75;
y_correct = 1;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
1

14  Pass 
p = [32.54,38.78; 38.84,26.41; 29.02,16.59; 16.65,22.89; 18.83,36.61];
cp = [26.97,28.45];
r = 8.75;
y_correct = 4;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
0
bigCircleInPentagon =
logical
1
weeCircleInPentagon =
logical
1
y =
4

15  Pass 
p = [30.49,35.54; 34.69,27.29; 28.14,20.74; 19.89,24.95; 21.34,34.09];
cp = [26.97,28.45];
r = 8.75;
y_correct = 0;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
1
verticesInWeeCircle =
logical
1
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
0

16  Pass 
p = [26.97,34.06; 32.37,30.14; 30.31,23.79; 23.63,23.79; 21.57,30.14];
cp = [26.97,28.45];
r = 5;
y_correct = 2;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
1
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
0
y =
2

17  Pass 
p = [31.35,32.83; 32.49,25.64; 26.00,22.34; 20.85,27.48; 24.16,33.97];
cp = [26.97,28.45];
r = 5.01;
y_correct = 3;
assert(isequal(circumscribed_pentagon(p,cp,r),y_correct))
verticesInBigCircle =
logical
0
verticesInWeeCircle =
logical
0
linesInWeeCircle =
logical
0
bigCircleInPentagon =
logical
0
weeCircleInPentagon =
logical
1
y =
3

Project Euler: Problem 5, Smallest multiple
244 Solvers
157 Solvers
1262 Solvers
Hexagonal numbers on a spiral matrix
69 Solvers
195 Solvers