Each test case consists of three lines of bottle data:
Line 1:
n, the degree of the polynomial (an integer satisfying 0<=n<=10).
Line 2:
a0, a1,..., an, the real coefficients of the polynomial P defining the bottle’s shape, where a0 is the constant term, a1 is the coefficient of x^1,...,and an is the coefficient of x^n. For each i,100<=ai<=100,and an!=0.
Line 3:
Xlow and Xhigh, the real valued boundaries of the bottle (100<=Xlow<Xhigh<=100 and Xhigh-Xlow> 0.1).
inc, an integer which is the volume increment before each successive mark on the bottle(1<=inc<= 500).

For each test case, display the case number and the volume of the full bottle on one line. On a second line, display the increasing sequence of no more than 8 successive distances up from the bottom of the bottle for the volume markings. All volumes and height marks should be accurate to two decimal places. If the bottle does not have a volume that allows at least one mark, display the phrase insufficient volume. No test case will result in a mark within 0.01 from the top of the bottle.
The volume of the bottle will not exceed 1000. All rounded distances for marks on a bottle differ by at least 0.05.

1
4.0 -0.25
0.0 12.0 25
1
4.0 -0.25
0.0 12.0 300
0
1.7841241161782
5.0 10.0 20
0
1.0
0.0 10.0 10

Case 1: 263.89
0.51 1.06 1.66 2.31 3.02 3.83 4.75 5.87
Case 2: 263.89
insufficient volume
Case 3: 50.00
2.00 4.00
Case 4: 31.42
3.18 6.37 9.55