Update fitLinearConcSeries_V03_wBW.m

Data Analysis/fitLinearConcSeries_V03_wBW.m

@@ -144,12 +144,12 @@ end
 
 indxSort = proteinConcentrations >= min(unqProteinC(~dataExclude));
 
-% determine cout via linear fit to volume fraction via fluorescence
+% determine c_out via linear fit to volume fraction via fluorescence
 try
     if moreThanOne
         [FitVinVtot, GoF] = fit(proteinConcentrations(indxSort), volumeFraction(indxSort),  linFit_Eq ,...
             'StartPoint', [0.01, -0.01], 'Robust', 'Bisquare'); % 'Lower', [0, -1], 'Upper', [1, 0]
-        % cout via formula form mass conservation
+        % c_out via formula form mass conservation
         currA = FitVinVtot.a;
         currB = FitVinVtot.b;
         currConf = confint(FitVinVtot, 0.95);
@@ -158,11 +158,11 @@ try
         currCout = - currB / currA;
         currCout_err = sqrt( (-1/currA)^2 * currB_err^2 + ...
             (currB/(currA^2))^2 * currA_err^2);
-        % cin via formula form mass conservation
+        % c_in via formula form mass conservation
         currCin = (1 - currB ) / currA;
         currCin_err = sqrt( (-1/currA)^2 * currB_err^2 + ...
             ((currB-1)/(currA^2))^2 * currA_err^2);
-        % this would mean a negative cout
+        % this would mean a negative c_out
         if currB > 0
             currA = NaN;
             currA_err = NaN;
@@ -209,7 +209,7 @@ try
         'Lower', [0, -1], 'Upper', [1, 0], 'StartPoint', [0.01, -0.01],...
         'Robust', 'Bisquare', 'Weights', weightsBF);
     
-    % cout via formula form mass conservation
+    % c_out via formula form mass conservation
     currABF = FitVinVtot_BF.a;
     currBBF = FitVinVtot_BF.b;
     currConf = confint(FitVinVtot_BF, 0.66);
@@ -218,7 +218,7 @@ try
     currCoutBF = - currBBF / currABF;
     currCoutBF_err = sqrt( (-1/currABF)^2 * currBBF_err^2 + ...
         (currBBF/(currABF^2))^2 * currABF_err^2);
-    % cin via formula form mass conservation
+    % c_in via formula form mass conservation
     currCinBF = (1 - currBBF ) / currABF;
     currCinBF_err = sqrt( (-1/currABF)^2 * currBBF_err^2 + ...
         ((currBBF-1)/(currABF^2))^2 * currABF_err^2);
@@ -332,4 +332,4 @@ catch
     dataOut.experimentDate = nan;
 end
 
-end
\ No newline at end of file
+end