feat(plot): add test params to title

processall.m

@@ -44,12 +44,14 @@ function ExpData = processall(idFile)
     % [filePaths, fileNames] = getfiles(idFile);
 
     idTable = loadid(idFile);
-
     ExpData(size(idTable, 1)) = struct;
     for iTest = 1:size(idTable, 1)
 
         ExpData(iTest).arduFile = idTable(iTest, :).arduinoFile{:};
         ExpData(iTest).tunnelFile = idTable(iTest, :).wtFile{:};
+        ExpData(iTest).dx = idTable(iTest, :).dstX;
+        ExpData(iTest).airspeed = idTable(iTest, :).v_air;
+        ExpData(iTest).freq = idTable(iTest, :).freq;
 
         % Load and clean experimental data
         [arduShort, arduFull] = loadardu(ExpData(iTest).arduFile);

utils/plottime.m

@@ -25,7 +25,7 @@ function plottime(ExpData, arduType, plotStart)
 
     % Constants and defaults
     SAMPLING = 1000;
-    INTERVAL = 1 / 10; % A tenth of the whole data range
+    INTERVAL = 1 / 5; % A tenth of the whole data range
 
     % ALL_FORCES = {'Fx', 'Fy', 'Fz', 'Mx', 'My', 'Mz'};
     %     ALL_FORCES = {'Fx', 'Fz'};
@@ -33,15 +33,17 @@ function plottime(ExpData, arduType, plotStart)
 
     % Plot everything useful
     for iDat = 1:numel(ExpData)
+        expParam = sprintf('d = %0.2f, f = %0.2f, V = %0.1f', ...
+                           ExpData(iDat).dx, ExpData(iDat).freq, ExpData(iDat).airspeed);
         for iForce = 1:numel(ALL_FORCES)
             force = ALL_FORCES{iForce};
             figure('Name', force);
             title(ExpData(iDat).tunnelFile);
             subplot(211);
-            title('Front module');
+            title(['Front module -- ', expParam]);
             plotwithangle(ExpData(iDat), arduType, 'front', force, SAMPLING, INTERVAL, plotStart);
             subplot(212);
-            title('Aft module');
+            title(['Aft module -- ', expParam]);
             plotwithangle(ExpData(iDat), arduType, 'aft', force, SAMPLING, INTERVAL, plotStart);
         end
     end