Plotting tool

<Function code>
- plotSectionDatas.m
- sliceSectionData.m

<Test code>
- test.m

<Test data>
- test_raw_data.mat

plot 3-D data/plotSectionDatas.m

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+function [] = plotSectionDatas(rawData, selAxis, axisParamMatrix, shapeOfLine)
+    %% Figure
+    figure('name', 'Plotting Sliceed Data');
+
+    %% Subplot setting
+    % parameters
+    [figureNum, ~] = size(axisParamMatrix);
+    axisParamNum = zeros(1, figureNum);  % parameters of each figure
+    for fig_idx = 1:figureNum
+        axisParamNum(fig_idx) = sum(~isnan(axisParamMatrix(fig_idx, :)));
+    end
+    % subplot size
+    subFigNum_ROW = ceil(sqrt(figureNum));
+    subFigNum_COL = ceil(figureNum / ceil(sqrt(figureNum)));
+
+    %% Plotting
+    selAxis = lower(selAxis);
+    for fig_idx = 1:figureNum
+        if (axisParamNum(fig_idx) == 0)
+            continue;
+        end
+        if (figureNum ~= 1)
+            subplot(subFigNum_ROW, subFigNum_COL, fig_idx);  % set subplot idx
+        end
+
+        legendString = string(1:axisParamNum(fig_idx));  % initialization
+        for param_idx = 1:axisParamNum(fig_idx)
+            hold on;
+            plotData = sliceSectionData(rawData, selAxis, axisParamMatrix(fig_idx, param_idx));  % slicing 3-D plot
+            plot(1:length(plotData), plotData, shapeOfLine);  % plotting sliced data
+            hold off;
+
+            xlim([1, length(plotData)]);
+            legendString(param_idx) = "" + string(selAxis) + " = " + string(axisParamMatrix(fig_idx, param_idx));
+            ylabel('z value');
+            if (selAxis == 'x')
+                xlabel('y value');
+            elseif (selAxis == 'y')
+                xlabel('x value');
+            end
+        end
+        legend(legendString);
+    end
+
+end
+

plot 3-D data/sliceSectionData.m

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+function selData = sliceSectionData(rawData, selAxis, axisParams)
+    selAxis = lower(selAxis);
+    if (selAxis == 'x')
+        selData = rawData(axisParams, :);
+    elseif (selAxis == 'y')
+        selData = rawData(:, axisParams);
+    end
+end

plot 3-D data/test.m

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+%% Lu175
+clc;  clear all;
+close all;
+format long;  format compact;
+
+tic
+
+%% Process
+% Load data
+load('test_raw_data.mat');
+
+% Raw data plot
+figure('name', '5 Transmitter');
+mesh(FiveTransmitter);
+figure('name', '3 Transmitter');
+mesh(ThreeTransmitter);
+
+% Delta plot
+figure('name', '5 Transmitter - 3 Transmitter');
+mesh(FiveTransmitter - ThreeTransmitter);
+figure('name', '3 Transmitter - 5 Transmitter');
+mesh(ThreeTransmitter - FiveTransmitter);
+
+%%
+% DEFINITION OF PLOTTING FUNCTION  %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+% plotSectionDatas(rawData, selAxis, axisParamMatrix, shapeOfLine)
+%     rawData             : Raw data from excel files.
+%                               ex) FiveTransmitter
+%     selAxis             : Select one axis. (x or y)
+%                               ex) 'x' or 'X' / 'y' or 'Y'
+%     axisParamMatrix     : You can use 'subplot'(ROWs) & 'hold on'(COLs) finctions.
+%                               ex) See example under this help docs.
+%     shapeOfLine         : line property (color, shape)
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+
+% Select x values
+plotSectionDatas(FiveTransmitter, 'x', [1, 101, 151, 201, 301], '-');
+
+% Select y values
+plotSectionDatas(FiveTransmitter, 'y', [1:40:301], '-');
+
+% How to use axisParamMatrix parameter  (nan -> for blank)
+params = [
+     11,  16, nan, nan; ...     % Row NO.1 -> subplot NO.1
+     31,  36,  41,  46; ...     % Row NO.2 -> subplot NO.2
+     51,  56, nan, nan; ...     % Row NO.3 -> subplot NO.3
+     71,  76,  81,  86; ...     % Row NO.4 -> subplot NO.4
+     91,  96, nan, nan; ...     % Row NO.5 -> subplot NO.5
+    111, 116, 121, nan; ...     % Row NO.6 -> subplot NO.6
+    131, 136, 141, nan; ...     % Row NO.7 -> subplot NO.7
+    151, 156, 161, nan; ...     % Row NO.8 -> subplot NO.8
+];
+plotSectionDatas(FiveTransmitter, 'x', params, '-');
+
+% Also you can use ':' operator to choose slice parameter values
+params = [
+    71:10:101; ...  % Row NO.1 -> subplot NO.1
+    111:10:141; ...  % Row NO.2 -> subplot NO.2
+    151:10:181; ...  % Row NO.3 -> subplot NO.3
+    191:10:221; ...  % Row NO.4 -> subplot NO.4
+];
+plotSectionDatas(FiveTransmitter, 'y', params, '-');
+
+
+%%
+toc