Cody

# Problem 1072. Television Screen Dimensions

Solution 172873

Submitted on 5 Dec 2012 by Aurelien Queffurust
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### Test Suite

Test Status Code Input and Output
1   Pass
%% [W,H]=teledims(2.4,1,46); assert(H == 17.7 && W == 42.5)

tot = 6.76 H = 17.6923076923077 W = 42.4615384615385 H = 17.7 W = 42.5

2   Pass
%% [W,H]=teledims(4,3,32); assert(H == 19.2 && W == 25.6)

tot = 25 H = 19.2 W = 25.6 H = 19.2 W = 25.6

3   Pass
%% [W,H]=teledims(3,2,60); assert(H == 33.3 && W == 49.9)

tot = 13 H = 33.2820117735137 W = 49.9230176602706 H = 33.3 W = 49.9

4   Pass
%% [W,H]=teledims(1.85,1,42); assert(H == 20.0 && W == 36.9)

tot = 4.4225 H = 19.9717154433499 W = 36.9476735701973 H = 20 W = 36.9

5   Pass
%% [W,H]=teledims(3,2,1000); assert(H == 554.7 && W == 832.1)

tot = 13 H = 554.700196225229 W = 832.050294337844 H = 554.7 W = 832.1

6   Pass
%% [W,H]=teledims(16,10,92); assert(H == 48.8 && W == 78.0)

tot = 356 H = 48.7599024802926 W = 78.0158439684681 H = 48.8 W = 78

7   Pass
%% [W,H]=teledims(2.4,1,92); assert(H == 35.4 && W == 84.9)

tot = 6.76 H = 35.3846153846154 W = 84.9230769230769 H = 35.4 W = 84.9

8   Pass
%% [W,H]=teledims(16,10,32); assert(H == 17.0 && W == 27.1)

tot = 356 H = 16.9599660801018 W = 27.1359457281628 H = 17 W = 27.1

9   Pass
%% [W,H]=teledims(3,2,82); assert(H == 45.5 && W == 68.2)

tot = 13 H = 45.4854160904688 W = 68.2281241357032 H = 45.5 W = 68.2

10   Pass
%% [W,H]=teledims(16,10,82); assert(H == 43.5 && W == 69.5)

tot = 356 H = 43.4599130802608 W = 69.5358609284172 H = 43.5 W = 69.5

11   Pass
%% [W,H]=teledims(16,10,60); assert(H == 31.8 && W == 50.9)

tot = 356 H = 31.7999364001908 W = 50.8798982403053 H = 31.8 W = 50.9

12   Pass
%% [W,H]=teledims(3,2,92); assert(H == 51.0 && W == 76.5)

tot = 13 H = 51.0324180527211 W = 76.5486270790816 H = 51 W = 76.5

13   Pass
%% [W,H]=teledims(1.85,1,1000); assert(H == 475.5 && W == 879.7)

tot = 4.4225 H = 475.517034365474 W = 879.706513576127 H = 475.5 W = 879.7

14   Pass
%% [W,H]=teledims(2.4,1,42); assert(H == 16.2 && W == 38.8)

tot = 6.76 H = 16.1538461538462 W = 38.7692307692308 H = 16.2 W = 38.8

15   Pass
%% [W,H]=teledims(1.85,1,27); assert(H == 12.8 && W == 23.8)

tot = 4.4225 H = 12.8389599278678 W = 23.7520758665554 H = 12.8 W = 23.8

16   Pass
%% [W,H]=teledims(16,10,82); assert(H == 43.5 && W == 69.5)

tot = 356 H = 43.4599130802608 W = 69.5358609284172 H = 43.5 W = 69.5

17   Pass
%% [W,H]=teledims(4,3,46); assert(H == 27.6 && W == 36.8)

tot = 25 H = 27.6 W = 36.8 H = 27.6 W = 36.8

18   Pass
%% [W,H]=teledims(2.4,1,60); assert(H == 23.1 && W == 55.4)

tot = 6.76 H = 23.0769230769231 W = 55.3846153846154 H = 23.1 W = 55.4

19   Pass
%% [W,H]=teledims(4,3,92); assert(H == 55.2 && W == 73.6)

tot = 25 H = 55.2 W = 73.6 H = 55.2 W = 73.6

20   Pass
%% [W,H]=teledims(1.85,1,60); assert(H == 28.5 && W == 52.8)

tot = 4.4225 H = 28.5310220619284 W = 52.7823908145676 H = 28.5 W = 52.8