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Copy pathTest_plotlyfig.m
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3165 lines (2894 loc) · 115 KB
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classdef Test_plotlyfig < PlotlyTestCase
methods (Test)
function testLinePlotData(tc)
fig = figure("Visible","off");
y = [0.0301 0.4411 0.7007 0.7030 0.5102 0.6122 0.7464 0.8014 0.3367 0.5641];
x = 1:10;
plot(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
type = "scatter", ...
xaxis = "x1", ...
yaxis = "y1", ...
visible = true, ...
name = '', ...
mode = 'lines', ...
x = x, ...
y = y, ...
line = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
width = 0.5, ...
dash = "solid" ...
), ...
marker = struct( ...
size = 3.6, ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
), AbsTol=1e-15);
end
function testLinePlotDatetimeXaxis(tc)
fig = figure("Visible","off");
y = [0.0301 0.4411 0.7007 0.7030 0.5102 0.6122 0.7464 0.8014 0.3367 0.5641];
x = datetime(2025,1:10,1);
plot(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}.x, string(x));
end
function testLinePlotLayout(tc)
fig = figure("Visible","off");
y = [0.0301 0.4411 0.7007 0.7030 0.5102 0.6122 0.7464 0.8014 0.3367 0.5641];
x = 1:10;
plot(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyEqualStructs(p.layout, struct( ...
autosize = false, ...
margin = struct( ...
pad = 0, ...
l = 0, ...
r = 0, ...
b = 0, ...
t = 0 ...
), ...
showlegend = false, ...
width = PlotlyTestCase.AnyNumber(true), ...
height = PlotlyTestCase.AnyNumber(true), ...
paper_bgcolor = "rgb(255,255,255)", ...
hovermode = 'closest', ...
xaxis1 = struct( ...
side = 'bottom', ...
zeroline = false, ...
autorange = false, ...
linecolor = PlotlyTestCase.AnyColorString(), ...
linewidth = 1, ...
exponentformat = 'none', ...
tickfont = struct( ...
size = 10, ...
family = "Arial, sans-serif", ...
color = PlotlyTestCase.AnyColorString() ...
), ...
ticklen = PlotlyTestCase.AnyNumber(), ...
tickcolor = PlotlyTestCase.AnyColorString(), ...
tickwidth = 1, ...
tickangle = 0, ...
ticks = "inside", ...
showgrid = false, ...
gridcolor = PlotlyTestCase.AnyColorString(), ...
type = 'linear', ...
showticklabels = true, ...
tickmode = "array", ...
tickvals = [1 2 3 4 5 6 7 8 9 10], ...
range = [1 10], ...
mirror = "ticks", ...
ticktext = {{'1'; '2'; '3'; '4'; '5'; '6'; '7'; '8'; '9'; '10'}}, ...
titlefont = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
family = "Arial, sans-serif", ...
size = 11 ...
), ...
showline = true, ...
domain = [0.13 0.905], ...
anchor = "y1" ...
), ...
scene1 = struct( ...
domain = struct( ...
x = [0.13 0.905], ...
y = [0.11 0.925] ...
) ...
), ...
yaxis1 = struct( ...
side = 'left', ...
zeroline = false, ...
autorange = false, ...
linecolor = PlotlyTestCase.AnyColorString(), ...
linewidth = 1, ...
exponentformat = 'none', ...
tickfont = struct( ...
size = 10, ...
family = "Arial, sans-serif", ...
color = PlotlyTestCase.AnyColorString() ...
), ...
ticklen = PlotlyTestCase.AnyNumber(), ...
tickcolor = PlotlyTestCase.AnyColorString(), ...
tickwidth = 1, ...
tickangle = 0, ...
ticks = "inside", ...
showgrid = false, ...
gridcolor = PlotlyTestCase.AnyColorString(), ...
type = 'linear', ...
showticklabels = true, ...
tickmode = "array", ...
tickvals = [0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9], ...
range = [0 0.9], ...
mirror = "ticks", ...
ticktext = {{'0'; '0.1'; '0.2'; '0.3'; '0.4'; '0.5'; '0.6'; '0.7'; '0.8'; '0.9'}}, ...
titlefont = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
family = "Arial, sans-serif", ...
size = 11 ...
), ...
showline = true, ...
domain = [0.11 0.925], ...
anchor = "x1" ...
), ...
annotations = {{struct( ...
showarrow = false, ...
xref = "paper", ...
yref = "paper", ...
xanchor = 'center', ...
align = 'center', ...
yanchor = "bottom", ...
text = "<b><b></b></b>", ...
x = 0.5175, ...
y = 0.935, ...
font = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
family = "Arial, sans-serif", ...
size = 11 ...
), ...
bordercolor = "rgba(0,0,0,0)", ...
textangle = 0, ...
borderwidth = 0.5, ...
borderpad = 3 ...
)}} ...
), AbsTol=1e-15);
end
function testAreaPlotData(tc)
fig = figure("Visible","off");
y = [0.6297 0.9559 0.7551 0.5261 0.8501 0.8160 0.1321 0.7607 0.6172 0.3976];
x = 1:10;
area(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "scatter", ...
x = x, ...
y = y, ...
name = '', ...
visible = true, ...
fill = "tozeroy", ...
mode = "lines", ...
line = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
width = 0.5, ...
dash = "solid" ...
), ...
fillcolor = PlotlyTestCase.AnyColorString(), ...
showlegend = true ...
));
end
function testScatterPlotData(tc)
fig = figure("Visible","off");
x = linspace(0,3*pi,200);
y = cos(x) + rand(1,200);
scatter(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
type = "scatter", ...
xaxis = "x1", ...
yaxis = "y1", ...
mode = "markers", ...
visible = true, ...
name = '', ...
x = x, ...
y = y, ...
marker = struct( ...
sizeref = 1, ...
sizemode = "area", ...
size = 36 * ones(size(x)), ...
line = struct( ...
width = 0.7500, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
symbol = "circle", ...
color = "rgba(0,0,0,0)", ...
opacity = 1 ...
), ...
showlegend = false ...
));
end
function testSingleScatterPlotData(tc)
fig = figure("Visible","off");
x = 1;
y = 1;
scatter(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
type = "scatter", ...
xaxis = "x1", ...
yaxis = "y1", ...
mode = "markers", ...
visible = true, ...
name = '', ...
x = {{x}}, ...
y = {{y}}, ...
marker = struct( ...
sizeref = 1, ...
sizemode = "area", ...
size = {{36}}, ...
line = struct( ...
width = 0.7500, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
symbol = "circle", ...
color = "rgba(0,0,0,0)", ...
opacity = 1 ...
), ...
showlegend = false ...
));
end
function testSingleDatetimeScatterPlotData(tc)
fig = figure("Visible","off");
x = 1;
y = datetime("today");
scatter(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqual(p.data{1}.y, {y});
end
function testScatter3DPlotData(tc)
fig = figure("Visible","off");
[X,Y,Z] = sphere(16);
x = [0.5*X(:); 0.75*X(:); X(:)]';
y = [0.5*Y(:); 0.75*Y(:); Y(:)]';
z = [0.5*Z(:); 0.75*Z(:); Z(:)]';
scatter3(x,y,z);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
type = "scatter3d", ...
scene = "scene1", ...
mode = "markers", ...
visible = true, ...
name = '', ...
x = x, ...
y = y, ...
z = z, ...
marker = struct( ...
sizeref = 1, ...
sizemode = "area", ...
size = 72 * ones(size(x)), ...
line = struct( ...
width = 0.7500, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
symbol = "circle", ...
color = "rgba(0,0,0,0)", ...
opacity = 1 ...
), ...
showlegend = false ...
));
end
function testSurfacePlotData(tc)
fig = figure("Visible","off");
points = linspace(-2, 2, 40);
[x, y] = meshgrid(points, points);
z = 2./exp((x-0.5).^2+y.^2)-2./exp((x+0.5).^2+y.^2);
surf(x, y, z)
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqual(rmfield(p.data{1}, ["colorscale" "surfacecolor"]), struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "surface", ...
x = x, ...
y = y, ...
z = z, ...
contours = struct( ...
x = struct( ...
"end", 2, ...
start = -2, ...
size = 0.102564102564103, ...
show = true, ...
color = "black" ...
), ...
y = struct( ...
"end", 2, ...
start = -2, ...
size = 0.102564102564103, ...
show = true, ...
color = "black" ...
) ...
), ...
name = '', ...
showscale = false, ...
visible = true, ...
showlegend = true ...
), AbsTol=1e-15);
end
function testPolarScatterData(tc)
fig = figure("Visible","off");
t = pi/4:pi/4:2*pi;
r = [19 6 12 18 16 11 15 15];
polarscatter(t,r)
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
subplot = 'polar2', ...
type = 'scatterpolar', ...
visible = true, ...
name = '', ...
r = r, ...
theta = rad2deg(t), ...
mode = 'markers', ...
marker = struct( ...
sizeref = 1, ...
sizemode = "area", ...
size = [36 36 36 36 36 36 36 36], ...
line = struct( ...
width = 0.75, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
symbol = "circle", ...
color = "rgba(0,0,0,0)", ...
opacity = 1 ...
), ...
showlegend = true ...
), AbsTol=1e-15);
end
function testPolarPlotData(tc)
fig = figure("Visible","off");
t = 0:0.01:2*pi;
r = abs(sin(2*t).*cos(2*t));
polarplot(t, r)
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
subplot = 'polar2', ...
type = 'scatterpolar', ...
visible = true, ...
name = '', ...
r = r, ...
theta = rad2deg(t), ...
mode = 'lines', ...
marker = struct( ...
size = 3.6, ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
line = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
width = 1, ...
dash = "solid" ...
), ...
showlegend = true ...
), AbsTol=1e-15);
end
function testComplexPolarPlotData(tc)
fig = figure("Visible","off");
Z = [2+3i 2 -1+4i 3-4i 5+2i -4-2i -2+3i -2 -3i 3i-2i];
polarplot(Z,'*')
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
subplot = 'polar2', ...
type = 'scatterpolar', ...
visible = true, ...
name = '', ...
r = fig.Children.Children.RData, ...
theta = rad2deg(fig.Children.Children.ThetaData), ...
mode = 'markers', ...
marker = struct( ...
size = 3.6, ...
symbol = "asterisk-open", ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
line = struct(), ...
showlegend = true ...
), AbsTol=1e-15);
end
function testHistogramPlotData(tc)
fig = figure("Visible","off");
values = [0.6297 0.9559 0.7551 0.5261 0.8501 0.8160 0.1321 0.7607 0.6172 0.3976];
histogram(values);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "bar", ...
x = [0.15 0.45 0.75 1.05], ...
width = [0.3 0.3 0.3 0.3], ...
y = [1 2 6 1], ...
name = 'values', ...
marker = struct( ...
line = struct( ...
width = 0.5, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
opacity = 0.75, ...
visible = true, ...
showlegend = true ...
), AbsTol=1e-15);
end
function testHistogramStairsPlotData(tc)
fig = figure("Visible","off");
values = [0.6297 0.9559 0.7551 0.5261 0.8501 0.8160 0.1321 0.7607 0.6172 0.3976];
histogram(values,4,DisplayStyle="stairs");
p = plotlyfig(fig,"visible","off");
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "scatter", ...
mode = "lines", ...
x = [0 0 0.24 0.24 0.48 0.48 0.72 0.72 0.96 0.96], ...
y = [0 1 1 1 1 3 3 5 5 0], ...
name = 'values', ...
line = struct( ...
width = 0.5, ...
dash = "solid" ...
), ...
visible = true, ...
showlegend = true ...
));
end
function testPolarHistogramPlotData(tc)
fig = figure("Visible","off");
values = [0.6297 0.9559 0.7551 0.5261 0.8501 0.8160 0.1321 0.7607 0.6172 0.3976];
polarhistogram(values);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
type = "barpolar", ...
r = [1 6 3 0], ...
width = [22.5 22.5 22.5 22.5], ...
theta = [11.25 33.75 56.25 78.75], ...
name = 'values', ...
marker = struct( ...
line = struct( ...
width = 0.5, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
opacity = 0.6, ...
visible = true, ...
showlegend = true ...
), AbsTol=1e-15);
end
function testEasyToUsePolarPlotData(tc)
fig = figure("Visible","off");
ezpolar("1+cos(theta)")
p = plotlyfig(fig,"visible","off","treatAs",'ezpolar');
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(rmfield(p.data{1},["r" "theta"]), struct( ...
type = "scatterpolar", ...
subplot = "polar2", ...
visible = true, ...
name = '', ...
mode = 'lines', ...
line = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
width = 0.75, ...
dash = "solid" ...
), ...
marker = struct( ...
size = 3.6, ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
), AbsTol=1e-15);
end
function testLogLogPlot(tc)
fig = figure("Visible","off");
zeta = 0.5; % damping factor
color = "r";
w = logspace(-1, 1, 1000); % values equally spaced logarithmically
a = w.^2 - 1;
b = 2*w*zeta;
gain = sqrt(1./(a.^2 + b.^2));
loglog(w, gain, color=color);
axis([0.1 10 0.01 100]);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqual(p.data{1}, struct( ...
type = "scatter", ...
xaxis = "x1", ...
yaxis = "y1", ...
name = '', ...
mode = 'lines', ...
x = w, ...
y = gain, ...
marker = struct( ...
size = 3.6, ...
line = struct( ...
width = 0.5 ...
), ...
color = "rgb(255,0,0)" ...
), ...
line = struct( ...
color = "rgb(255,0,0)", ...
width = 0.5, ...
dash = "solid" ...
), ...
visible = true, ...
showlegend = false ...
), AbsTol=1e-15);
end
function testSingleBarPlotData(tc)
fig = figure("Visible","off");
bar(1,1);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "bar", ...
name = '', ...
visible = true, ...
orientation = "v", ...
x = {{1}}, ...
y = {{1}}, ...
marker = struct( ...
line = struct( ...
width = 0.5, ...
color = PlotlyTestCase.AnyColorString(), ...
dash = "solid" ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = true ...
));
end
function testDateBarPlotData(tc)
fig = figure("Visible","off");
x = datetime("today");
y = 1;
bar(x,y)
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "bar", ...
name = '', ...
visible = true, ...
orientation = "v", ...
x = {{x}}, ...
y = {{y}}, ...
marker = struct( ...
line = struct( ...
width = 0.5, ...
color = PlotlyTestCase.AnyColorString(), ...
dash = "solid" ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = true ...
));
end
function testVerticalBarPlotData(tc)
fig = figure("Visible","off");
x = 1:12;
y = [38556 24472 14556 18060 19549 8122 28541 7880 3283 4135 7953 1884];
bar(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "bar", ...
name = '', ...
visible = true, ...
orientation = "v", ...
x = x, ...
y = y, ...
marker = struct( ...
line = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
width = 0.5, ...
dash = "solid" ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = true ...
));
end
function testHorizontalBarPlotData(tc)
fig = figure("Visible","off");
x = 1:12;
y = [38556 24472 14556 18060 19549 8122 28541 7880 3283 4135 7953 1884];
barh(x,y);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "bar", ...
name = '', ...
visible = true, ...
orientation = "h", ...
x = y, ...
y = x, ...
marker = struct( ...
line = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
width = 0.5, ...
dash = "solid" ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = true ...
));
end
function testPieChartPlotData(tc)
fig = figure("Visible","off");
count = [35 29 28 40 27 30 34 28 36 29 29 30 31 60 90];
label = 1:15;
pie(count,label);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 15);
tc.verifyEqualStructs(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = 'scatter', ...
x = [-0.0196 -0.0196 -0.0761 -0.1324 -0.1883 -0.2437 -0.2984 -0.3522 -0.4049 -0.0196 -0.0196], ...
y = [0.0981 1.0981 1.0965 1.0917 1.0837 1.0726 1.0584 1.0411 1.0208 0.0981 0.0981], ...
name = '', ...
visible = true, ...
fill = 'tozeroy', ...
mode = 'lines', ...
marker = struct( ...
sizeref = 1, ...
sizemode = "diameter", ...
size = 6, ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
line = struct( ...
color = PlotlyTestCase.AnyColorString(), ...
width = 0.5, ...
dash = "solid" ...
), ...
fillcolor = "rgba(62,38,168,1.000000)", ...
showlegend = false ...
), AbsTol=1e-4);
end
function testStairsPlotData(tc)
fig = figure("Visible","off");
x = 2:2:8;
y = [1 1 2 2];
stairs(x,y,'-or')
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 1);
tc.verifyEqual(p.data{1}, struct( ...
type = "scatter", ...
xaxis = "x1", ...
yaxis = "y1", ...
visible = true, ...
name = '', ...
mode = 'lines+markers', ...
x = x, ...
y = y, ...
line = struct( ...
color = "rgb(255,0,0)", ...
width = 0.5, ...
dash = "solid", ...
shape = "hv" ...
), ...
marker = struct( ...
size = 3.6, ...
symbol = "circle", ...
line = struct( ...
width = 0.5, ...
color = "rgb(255,0,0)" ...
), ...
color = "rgba(0,0,0,0)" ...
), ...
showlegend = false ...
), AbsTol=1e-4);
end
function testPlotmatrixData(tc)
fig = figure("Visible","off");
columns = [ ...
0.67 0.77 0.42;
0.43 0.70 0.66;
0.45 0.13 0.72;
0.61 0.13 0.53;
0.06 0.09 0.11;
0.32 0.01 0.63];
plotmatrix(columns);
p = plotlyfig(fig,"visible","off");
tc.verifyNumElements(p.data, 10); % 3x3 matrix of plots + 1 parent plot
tc.verifyEqual(p.data{1}, struct( ...
xaxis = "x1", ...
yaxis = "y1", ...
type = "scatter", ...
mode = "none", ...
x = [], ...
y = [], ...
name = "", ...
showlegend = false ...
));
tc.verifyEqualStructs(p.data{2}, struct( ...
type = "scatter", ...
xaxis = "x2", ...
yaxis = "y2", ...
visible = true, ...
name = '', ...
mode = 'markers', ...
x = columns(:,2)', ...
y = columns(:,3)', ...
line = struct(), ...
marker = struct( ...
size = 3, ...
symbol = "circle", ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
));
tc.verifyEqualStructs(p.data{3}, struct( ...
type = "scatter", ...
xaxis = "x3", ...
yaxis = "y3", ...
visible = true, ...
name = '', ...
mode = 'markers', ...
x = columns(:,1)', ...
y = columns(:,3)', ...
line = struct(), ...
marker = struct( ...
size = 3, ...
symbol = "circle", ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
));
tc.verifyEqualStructs(p.data{4}, struct( ...
type = "scatter", ...
xaxis = "x4", ...
yaxis = "y4", ...
visible = true, ...
name = '', ...
mode = 'markers', ...
x = columns(:,3)', ...
y = columns(:,2)', ...
line = struct(), ...
marker = struct( ...
size = 3, ...
symbol = "circle", ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
));
tc.verifyEqualStructs(p.data{5}, struct( ...
type = "scatter", ...
xaxis = "x5", ...
yaxis = "y5", ...
visible = true, ...
name = '', ...
mode = 'markers', ...
x = columns(:,1)', ...
y = columns(:,2)', ...
line = struct(), ...
marker = struct( ...
size = 3, ...
symbol = "circle", ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
));
tc.verifyEqualStructs(p.data{6}, struct( ...
type = "scatter", ...
xaxis = "x6", ...
yaxis = "y6", ...
visible = true, ...
name = '', ...
mode = 'markers', ...
x = columns(:,3)', ...
y = columns(:,1)', ...
line = struct(), ...
marker = struct( ...
size = 3, ...
symbol = "circle", ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
));
tc.verifyEqualStructs(p.data{7}, struct( ...
type = "scatter", ...
xaxis = "x7", ...
yaxis = "y7", ...
visible = true, ...
name = '', ...
mode = 'markers', ...
x = columns(:,2)', ...
y = columns(:,1)', ...
line = struct(), ...
marker = struct( ...
size = 3, ...
symbol = "circle", ...
line = struct( ...
width = 0.5 ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
showlegend = false ...
));
tc.verifyEqualStructs(p.data{8}, struct( ...
xaxis = "x8", ...
yaxis = "y8", ...
type = "bar", ...
x = [0.25 0.75], ...
width = [0.5 0.5], ...
y = [2 4], ...
name = '', ...
marker = struct( ...
line = struct( ...
width = 0.5, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
opacity = 0.75, ...
visible = true, ...
showlegend = true ...
));
tc.verifyEqualStructs(p.data{9}, struct( ...
xaxis = "x9", ...
yaxis = "y9", ...
type = "bar", ...
x = [0.25 0.75], ...
width = [0.5 0.5], ...
y = [4 2], ...
name = '', ...
marker = struct( ...
line = struct( ...
width = 0.5, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
opacity = 0.75, ...
visible = true, ...
showlegend = true ...
));
tc.verifyEqualStructs(p.data{10}, struct( ...
xaxis = "x10", ...
yaxis = "y10", ...
type = "bar", ...
x = [0.25 0.75], ...
width = [0.5 0.5], ...
y = [4 2], ...
name = '', ...
marker = struct( ...
line = struct( ...
width = 0.5, ...
color = PlotlyTestCase.AnyColorString() ...
), ...
color = PlotlyTestCase.AnyColorString() ...
), ...
opacity = 0.75, ...
visible = true, ...
showlegend = true ...
));
end
function testContourPlotData(tc)
fig = figure("Visible","off");
range = 0:0.1:3;
[xVals,yVals] = meshgrid(range,range);
zVals = sin(3*xVals).*cos(xVals+yVals);
contour(xVals,yVals,zVals);
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