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Test | Status | Code Input and Output |
---|---|---|
1 | Pass |
clf;
t = linspace(0,15,400);
y = exp(-0.5*t).*cos(2*pi.*t);
m = plot_cos(y, t);
assert(abs(m - (-0.781239288889930)) <= 1e-4)
h = findobj(gcf, 'Type', 'Line');
if length(h) == 2
assert(isequal([h.Color], [1 0 0 0 0 1]), 'Check plot colors')
assert(strcmp([h.LineStyle], 'none--'), 'Check the line style')
assert(strcmp([h.Marker],'*none'), 'Check marker type')
assert(isequal([h.YData],[m, y]), 'Check plotted data')
elseif length(h) == 1
assert(isequal([h.Color], [0 0 1]),'Check plot colors')
assert(strcmp([h.LineStyle], '--'), 'Check the line style')
assert(strcmp([h.Marker],'*'),'Check marker type')
assert(isequal([h.YData],y),'Check plotted data' )
assert(isequal([h.MarkerEdgeColor], [1 0 0]),'Check plot colors')
assert(isequal([h.MarkerIndices], 14),'Check marker location')
elseif length(h)>2
disp('There may be too many plots on the figure.')
else
disp('No plot found.')
end
|
2 | Pass |
clf;
t = linspace(2,5,100);
y = exp(-0.5*t).*cos(2*pi.*t);
m = plot_cos(y, t);
assert(abs(m - (-0.287376348726584)) <= 1e-4)
h = findobj(gcf, 'Type', 'Line');
if length(h) == 2
assert(isequal([h.Color], [1 0 0 0 0 1]), 'Check plot colors')
assert(strcmp([h.LineStyle], 'none--'), 'Check the line style')
assert(strcmp([h.Marker],'*none'), 'Check marker type')
assert(isequal([h.YData],[m, y]), 'Check plotted data')
elseif length(h) == 1
assert(isequal([h.Color], [0 0 1]),'Check plot colors')
assert(strcmp([h.LineStyle], '--'), 'Check the line style')
assert(strcmp([h.Marker],'*'),'Check marker type')
assert(isequal([h.YData],y),'Check plotted data' )
assert(isequal([h.MarkerEdgeColor], [1 0 0]),'Check plot colors')
assert(isequal([h.MarkerIndices],17 ),'Check marker location')
elseif length(h)>2
disp('There may be too many plots on the figure.')
else
disp('No plot found.')
end
|
Remove the polynomials that have positive real elements of their roots.
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