Previously, I have been able to change the color of my y and x axis labels and tick labels using the tex interpreter syntax. I needed to do it like this because I did not want the black axis lines on my heatmap plot. So I built a code using tex markup, that used to output a figure that looked like this:

However, now that figure when generated looks like this:

If I change the window background color, it shows that my text is not being interpreted properly with the ‘Tex’ interpreter.

This is despite my TickLabelInterpreter being set to ‘tex’.

Any ideas what could be causing this sudden change/hiccup? A code snippet is below:
%% Figure 2 – Heatmaps of Acceptance Rates by $ to Subj and Contrasts

%Unpaid Phase

%Set Figure Environment
fig2A = figure;
fig2A.Units = ‘inches’;
fig2A.Position = [fig2A.Position(1), fig2A.Position(2), 6, 6.75];
fig2A.Color = ‘white’;
angle = 45;
xlabelstr = ‘/color{black}Charity Donation ($)’;
ylabelstr = ‘/color{black}Shock Units (U)’;
tl = tiledlayout(4,4, ‘TileSpacing’, ‘compact’, ‘Padding’, ‘compact’);
tl.Position(1) = 0.0875;
tl.Position(3) = 0.7625;

%Open Subplot
nexttile
ARheatmap{1} = imagesc(flipud(All.meanARbySubj{1}), [0 1]);
ax{2,1} = tl.Children(1);
ax{2,1}.XTick = 1:6;
ax{2,1}.Box = ‘off’;
ax{2,1}.XColor = ‘w’;
ax{2,1}.YColor = ‘w’;
title(‘Unpaid’);
xticklabelstr = num2cellstr(CharVal);
yticklabelstr = num2cellstr(flip(ShockVal));

%Create ticklabel cell arrays
for i = 1:6
xticklabelstr{i} = [‘/color{black}’ xticklabelstr{i}];
if i < 6
yticklabelstr{i} = [‘/color{black}’ yticklabelstr{i}];
end
end

%Set Tick and axis labels
ax{2,1}.XTickLabel = xticklabelstr;
ax{2,1}.YTickLabel = yticklabelstr;
ax{2,1}.TickLabelInterpreter = ‘tex’;
xtickangle(angle);
xlabel(xlabelstr, ‘Interpreter’,’tex’);
ylabel(ylabelstr, ‘Interpreter’,’tex’);

%Add colorbar
colormap(plasma)
cb = colorbar;
cb.Color = ‘w’;
cb.Location = ‘layout’;
cb.Layout.Tile = 2;
cb.Ticks = [0 0.25 0.5 0.75 1];
cb.TickLabels = {‘/color{black}0’, ‘/color{black}0.25’, …
‘/color{black}0.5’, ‘/color{black}0.75’, ‘/color{black}1’};
cb.Label.String = ‘/color{black}Shock Acceptance Rate’;
cb.Box = ‘off’;
cb.TickLabelInterpreter = ‘tex’;Previously, I have been able to change the color of my y and x axis labels and tick labels using the tex interpreter syntax. I needed to do it like this because I did not want the black axis lines on my heatmap plot. So I built a code using tex markup, that used to output a figure that looked like this:

However, now that figure when generated looks like this:

If I change the window background color, it shows that my text is not being interpreted properly with the ‘Tex’ interpreter.

This is despite my TickLabelInterpreter being set to ‘tex’.

Any ideas what could be causing this sudden change/hiccup? A code snippet is below:
%% Figure 2 – Heatmaps of Acceptance Rates by $ to Subj and Contrasts

%Unpaid Phase

%Set Figure Environment
fig2A = figure;
fig2A.Units = ‘inches’;
fig2A.Position = [fig2A.Position(1), fig2A.Position(2), 6, 6.75];
fig2A.Color = ‘white’;
angle = 45;
xlabelstr = ‘/color{black}Charity Donation ($)’;
ylabelstr = ‘/color{black}Shock Units (U)’;
tl = tiledlayout(4,4, ‘TileSpacing’, ‘compact’, ‘Padding’, ‘compact’);
tl.Position(1) = 0.0875;
tl.Position(3) = 0.7625;

%Open Subplot
nexttile
ARheatmap{1} = imagesc(flipud(All.meanARbySubj{1}), [0 1]);
ax{2,1} = tl.Children(1);
ax{2,1}.XTick = 1:6;
ax{2,1}.Box = ‘off’;
ax{2,1}.XColor = ‘w’;
ax{2,1}.YColor = ‘w’;
title(‘Unpaid’);
xticklabelstr = num2cellstr(CharVal);
yticklabelstr = num2cellstr(flip(ShockVal));

%Create ticklabel cell arrays
for i = 1:6
xticklabelstr{i} = [‘/color{black}’ xticklabelstr{i}];
if i < 6
yticklabelstr{i} = [‘/color{black}’ yticklabelstr{i}];
end
end

%Set Tick and axis labels
ax{2,1}.XTickLabel = xticklabelstr;
ax{2,1}.YTickLabel = yticklabelstr;
ax{2,1}.TickLabelInterpreter = ‘tex’;
xtickangle(angle);
xlabel(xlabelstr, ‘Interpreter’,’tex’);
ylabel(ylabelstr, ‘Interpreter’,’tex’);

%Add colorbar
colormap(plasma)
cb = colorbar;
cb.Color = ‘w’;
cb.Location = ‘layout’;
cb.Layout.Tile = 2;
cb.Ticks = [0 0.25 0.5 0.75 1];
cb.TickLabels = {‘/color{black}0’, ‘/color{black}0.25’, …
‘/color{black}0.5’, ‘/color{black}0.75’, ‘/color{black}1’};
cb.Label.String = ‘/color{black}Shock Acceptance Rate’;
cb.Box = ‘off’;
cb.TickLabelInterpreter = ‘tex’; Previously, I have been able to change the color of my y and x axis labels and tick labels using the tex interpreter syntax. I needed to do it like this because I did not want the black axis lines on my heatmap plot. So I built a code using tex markup, that used to output a figure that looked like this:

However, now that figure when generated looks like this:

If I change the window background color, it shows that my text is not being interpreted properly with the ‘Tex’ interpreter.

This is despite my TickLabelInterpreter being set to ‘tex’.

Any ideas what could be causing this sudden change/hiccup? A code snippet is below:
%% Figure 2 – Heatmaps of Acceptance Rates by $ to Subj and Contrasts

%Unpaid Phase

%Set Figure Environment
fig2A = figure;
fig2A.Units = ‘inches’;
fig2A.Position = [fig2A.Position(1), fig2A.Position(2), 6, 6.75];
fig2A.Color = ‘white’;
angle = 45;
xlabelstr = ‘/color{black}Charity Donation ($)’;
ylabelstr = ‘/color{black}Shock Units (U)’;
tl = tiledlayout(4,4, ‘TileSpacing’, ‘compact’, ‘Padding’, ‘compact’);
tl.Position(1) = 0.0875;
tl.Position(3) = 0.7625;

%Open Subplot
nexttile
ARheatmap{1} = imagesc(flipud(All.meanARbySubj{1}), [0 1]);
ax{2,1} = tl.Children(1);
ax{2,1}.XTick = 1:6;
ax{2,1}.Box = ‘off’;
ax{2,1}.XColor = ‘w’;
ax{2,1}.YColor = ‘w’;
title(‘Unpaid’);
xticklabelstr = num2cellstr(CharVal);
yticklabelstr = num2cellstr(flip(ShockVal));

%Create ticklabel cell arrays
for i = 1:6
xticklabelstr{i} = [‘/color{black}’ xticklabelstr{i}];
if i < 6
yticklabelstr{i} = [‘/color{black}’ yticklabelstr{i}];
end
end

%Set Tick and axis labels
ax{2,1}.XTickLabel = xticklabelstr;
ax{2,1}.YTickLabel = yticklabelstr;
ax{2,1}.TickLabelInterpreter = ‘tex’;
xtickangle(angle);
xlabel(xlabelstr, ‘Interpreter’,’tex’);
ylabel(ylabelstr, ‘Interpreter’,’tex’);

%Add colorbar
colormap(plasma)
cb = colorbar;
cb.Color = ‘w’;
cb.Location = ‘layout’;
cb.Layout.Tile = 2;
cb.Ticks = [0 0.25 0.5 0.75 1];
cb.TickLabels = {‘/color{black}0’, ‘/color{black}0.25’, …
‘/color{black}0.5’, ‘/color{black}0.75’, ‘/color{black}1’};
cb.Label.String = ‘/color{black}Shock Acceptance Rate’;
cb.Box = ‘off’;
cb.TickLabelInterpreter = ‘tex’; text, plot, figure MATLAB Answers — New Questions

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I’m quite new to this, but I’d like to generate a custom deep learning processor IP core using a specific board, the Terasic DE-1 SoC, with Deep Learning HDL Toolbox.
I’ve found documentation on how to create a general custom board reference (https://www.mathworks.com/help/hdlcoder/ug/define-and-register-custom-board-and-reference-design-for-intel-soc-workflow.html) and how to generate a deep learning processor IP Core (https://www.mathworks.com/help/deep-learning-hdl/ug/define-custom-board-and-reference-design-for-dl-ip-core-workflow.html), but I’m unsure about configuration of the AXI-4 interfaces. Would I even be able to do this on this particular board? Would it utilize using Quartus first to further configure something?I’m quite new to this, but I’d like to generate a custom deep learning processor IP core using a specific board, the Terasic DE-1 SoC, with Deep Learning HDL Toolbox.
I’ve found documentation on how to create a general custom board reference (https://www.mathworks.com/help/hdlcoder/ug/define-and-register-custom-board-and-reference-design-for-intel-soc-workflow.html) and how to generate a deep learning processor IP Core (https://www.mathworks.com/help/deep-learning-hdl/ug/define-custom-board-and-reference-design-for-dl-ip-core-workflow.html), but I’m unsure about configuration of the AXI-4 interfaces. Would I even be able to do this on this particular board? Would it utilize using Quartus first to further configure something? I’m quite new to this, but I’d like to generate a custom deep learning processor IP core using a specific board, the Terasic DE-1 SoC, with Deep Learning HDL Toolbox.
I’ve found documentation on how to create a general custom board reference (https://www.mathworks.com/help/hdlcoder/ug/define-and-register-custom-board-and-reference-design-for-intel-soc-workflow.html) and how to generate a deep learning processor IP Core (https://www.mathworks.com/help/deep-learning-hdl/ug/define-custom-board-and-reference-design-for-dl-ip-core-workflow.html), but I’m unsure about configuration of the AXI-4 interfaces. Would I even be able to do this on this particular board? Would it utilize using Quartus first to further configure something? neural networks, code generation, fpga MATLAB Answers — New Questions

​

Hello,
I am attempting to quantify the dimensions of a region within timelapse frames (here, measuring an area of sand in water) for several thousand images. I want to measure the relative width of the sand area of each image, including local maxima and minima as well as the sediment-water boundary length (see magenta bars/line in ‘SurfaceTestRGBandBinaryMaskMeas.jpg’).
I am using the Matlab Image Processing Toolbox and, using the Image Batch Processor, I have been able to use the Image Segmenter and imcrop functions to isolate the sand and water from frame artifacts (see cyan box in ‘SurfaceTestRGBandBinaryMaskMeas.jpg’) and convert the RGB image into a binary mask (see attached code), but after that, I’m at a loss for how to get the measurements I indicated above without measuring each frame by hand.
Additionally, due to lighting issues for some of the frames, the binary masking sometimes does not separate dark areas of sand from the water, which sometimes results in being unable to measure part of the sand boundary (see binary image in attached jpg).
Any help is much appreciated!Hello,
I am attempting to quantify the dimensions of a region within timelapse frames (here, measuring an area of sand in water) for several thousand images. I want to measure the relative width of the sand area of each image, including local maxima and minima as well as the sediment-water boundary length (see magenta bars/line in ‘SurfaceTestRGBandBinaryMaskMeas.jpg’).
I am using the Matlab Image Processing Toolbox and, using the Image Batch Processor, I have been able to use the Image Segmenter and imcrop functions to isolate the sand and water from frame artifacts (see cyan box in ‘SurfaceTestRGBandBinaryMaskMeas.jpg’) and convert the RGB image into a binary mask (see attached code), but after that, I’m at a loss for how to get the measurements I indicated above without measuring each frame by hand.
Additionally, due to lighting issues for some of the frames, the binary masking sometimes does not separate dark areas of sand from the water, which sometimes results in being unable to measure part of the sand boundary (see binary image in attached jpg).
Any help is much appreciated! Hello,
I am attempting to quantify the dimensions of a region within timelapse frames (here, measuring an area of sand in water) for several thousand images. I want to measure the relative width of the sand area of each image, including local maxima and minima as well as the sediment-water boundary length (see magenta bars/line in ‘SurfaceTestRGBandBinaryMaskMeas.jpg’).
I am using the Matlab Image Processing Toolbox and, using the Image Batch Processor, I have been able to use the Image Segmenter and imcrop functions to isolate the sand and water from frame artifacts (see cyan box in ‘SurfaceTestRGBandBinaryMaskMeas.jpg’) and convert the RGB image into a binary mask (see attached code), but after that, I’m at a loss for how to get the measurements I indicated above without measuring each frame by hand.
Additionally, due to lighting issues for some of the frames, the binary masking sometimes does not separate dark areas of sand from the water, which sometimes results in being unable to measure part of the sand boundary (see binary image in attached jpg).
Any help is much appreciated! binary mask, image processing, image analysis, image segmentation MATLAB Answers — New Questions

​

I want to change the resistor value of psms during the simulation to test the robusteness of control algorithm.I want to change the resistor value of psms during the simulation to test the robusteness of control algorithm. I want to change the resistor value of psms during the simulation to test the robusteness of control algorithm. psms, matlab, handles MATLAB Answers — New Questions

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