Rename Akzo-Nobel to ZLA Kinetics

Author: Steven-Roberts

src/+otp/+akzonobel/+presets/Canonical.m …c/+otp/+zlakinetics/+presets/Canonical.msrc/+otp/+akzonobel/+presets/Canonical.m renamed to src/+otp/+zlakinetics/+presets/Canonical.m src/+otp/+akzonobel/+presets/Canonical.m renamed to src/+otp/+zlakinetics/+presets/Canonical.m

@@ -1,4 +1,4 @@
-classdef Canonical < otp.akzonobel.AkzoNobelProblem
+classdef Canonical < otp.zlakinetics.ZLAKineticsProblem
     methods
         function obj = Canonical
             tspan = [0, 180];
@@ -13,7 +13,7 @@
             y0 = [0.444; 0.00123; 0; 0.007; 0; 0];
             y0(end) = params.Ks * y0(1) * y0(4);
 
-            obj = obj@otp.akzonobel.AkzoNobelProblem(tspan, y0, params);
+            obj = obj@otp.zlakinetics.ZLAKineticsProblem(tspan, y0, params);
         end
     end
 end

src/+otp/+akzonobel/AkzoNobelProblem.m …c/+otp/+zlakinetics/ZLAKineticsProblem.msrc/+otp/+akzonobel/AkzoNobelProblem.m renamed to src/+otp/+zlakinetics/ZLAKineticsProblem.m src/+otp/+akzonobel/AkzoNobelProblem.m renamed to src/+otp/+zlakinetics/ZLAKineticsProblem.m

@@ -1,7 +1,7 @@
-classdef AkzoNobelProblem < otp.Problem
+classdef ZLAKineticsProblem < otp.Problem
     methods
-        function obj = AkzoNobelProblem(timeSpan, y0, parameters)
-            obj@otp.Problem('Akzo Nobel', 6, timeSpan, y0, parameters);
+        function obj = ZLAKineticsProblem(timeSpan, y0, parameters)
+            obj@otp.Problem('ZLA Kinetics', 6, timeSpan, y0, parameters);
         end
 
         function fig = loglog(obj, varargin)
@@ -18,9 +18,9 @@ function onSettingsChanged(obj)
             pCO2 = obj.Parameters.pCO2;
             H = obj.Parameters.H;
 
-            obj.Rhs = otp.Rhs(@(t, y) otp.akzonobel.f(t, y, k, K, klA, Ks, pCO2, H), ...
-                otp.Rhs.FieldNames.Jacobian, @(t, y) otp.akzonobel.jac(t, y, k, K, klA, Ks, pCO2, H), ...
-                otp.Rhs.FieldNames.MassMatrix, otp.akzonobel.mass([], [], k, K, klA, Ks, pCO2, H));
+            obj.Rhs = otp.Rhs(@(t, y) otp.zlakinetics.f(t, y, k, K, klA, Ks, pCO2, H), ...
+                otp.Rhs.FieldNames.Jacobian, @(t, y) otp.zlakinetics.jac(t, y, k, K, klA, Ks, pCO2, H), ...
+                otp.Rhs.FieldNames.MassMatrix, otp.zlakinetics.mass([], [], k, K, klA, Ks, pCO2, H));
         end
 
         function validateNewState(obj, newTimeSpan, newY0, newParameters)