Cody

Solution 240127

Submitted on 4 May 2013 by Richard Zapor
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Test Suite

Test Status Code Input and Output
1   Pass
%% x = [1 3 2]; n=5; y_correct = [1 4 9 16 25]; assert(isequal(commondiff2seq(x,n),y_correct))
2   Pass
%% x = [1 4 6]; n=6; y_correct = [1 5 15 31 53 81]; assert(isequal(commondiff2seq(x,n),y_correct))
3   Pass
%% x = [10 -4 4]; n=7; y_correct = [10 6 6 10 18 30 46]; assert(isequal(commondiff2seq(x,n),y_correct))
4   Pass
%% x = [100 10 -5]; n=5; y_correct = [100 110 115 115 110]; assert(isequal(commondiff2seq(x,n),y_correct))
5   Pass
%% x = [0 -10 4 -2 6]; n=10; y_correct = [ 0 -10 -16 -20 -18 0 50 154 340 642]; assert(isequal(commondiff2seq(x,n),y_correct))
6   Pass
%% x = [3 0]; n=4; y_correct = [3 3 3 3 ]; assert(isequal(commondiff2seq(x,n),y_correct))
7   Pass
%% x = [6 1]; n=4; y_correct = [6 7 8 9]; assert(isequal(commondiff2seq(x,n),y_correct))
8   Pass
%% x = [-10 1 -5 2]; n=10; y_correct = [-10 -9 -13 -20 -28 -35 -39 -38 -30 -13]; assert(isequal(commondiff2seq(x,n),y_correct))
9   Pass
%% x = [ 1 3 -1 -2 2 1]; n=10; y_correct = [ 1 4 6 5 1 -3 0 22 81 202]; assert(isequal(commondiff2seq(x,n),y_correct))
10   Pass
%% x = [0 0 0]; n=5; y_correct = [0 0 0 0 0]; assert(isequal(commondiff2seq(x,n),y_correct))