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Leading solution size is 31.
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Test

Code Input and Output

1

Pass

%% x = [1 2]; y = [5 6]; c = 5; y_correct = 1; assert(abs(getTheRightPosition(x,y,c)-y_correct)<1e-10)

2

Pass

%% x = [1 -2]; y = [1 -2]; c = 50; y_correct = 50; assert(abs(getTheRightPosition(x,y,c)-y_correct)<1e-10)

3

Pass

%% x = [1 -2]; y = [1 2]; c = 50; y_correct = -146; assert(abs(getTheRightPosition(x,y,c)-y_correct)<1e-10)

4

Pass

%% x = [1 1]; y = [1 -2]; c = 50; y_correct = 1; assert(abs(getTheRightPosition(x,y,c)-y_correct)<1e-10)

[Warning: Polynomial is badly conditioned. Add points with distinct X values, reduce the degree of the polynomial, or try centering and scaling as described in HELP POLYFIT.] [> In polyfit at 76 In getTheRightPosition at 2 In verifyCode>evaluateCode at 227 In verifyCode at 40 In fevalJSON at 14 In workspacefunc at 7]

5

Pass

%% x = [1 1]; y = [1 1]; c = 50; y_correct = NaN; assert(isequal(isnan(getTheRightPosition(x,y,c)),isnan(y_correct)))

[Warning: Polynomial is badly conditioned. Add points with distinct X values, reduce the degree of the polynomial, or try centering and scaling as described in HELP POLYFIT.] [> In polyfit at 76 In getTheRightPosition at 2 In verifyCode>evaluateCode at 227 In verifyCode at 40 In fevalJSON at 14 In workspacefunc at 7]

6

Pass

%% x = [1 2]; y = [1 1]; c = 50; y_correct = NaN; assert(isequal(isnan(getTheRightPosition(x,y,c)),isnan(y_correct)))

7

Pass

%% x = [1 2]; y = [2 2]; c = 2; y_correct = Inf; assert(isequal(isinf(getTheRightPosition(x,y,c)),isinf(y_correct)))