diff --git a/ReadData/ReadData/ReadData/Program.cs b/ReadData/ReadData/ReadData/Program.cs
index 4ccac4b..ec5e217 100644
--- a/ReadData/ReadData/ReadData/Program.cs
+++ b/ReadData/ReadData/ReadData/Program.cs
@@ -15,9 +15,9 @@ namespace ReadData
 			well1.clearTopArrays ();
 			DateTime now = DateTime.Now;
 			string dtime = now.ToString("_yyyyMMdd_HHmmss");
-			well1.readSetup (@"C:\Dropbox (Henry Pump)\Patrick_McDonagh\Customers\Oxy\Downhole Algorithm DLL\Testing\Input\wellParamsIn_" + well1.wellID + ".csv");
+			well1.readSetup (@"C:\Dropbox (Henry Pump)\Patrick_McDonagh\Customers\Oxy\Downhole Algorithm DLL\Testing\Input\wellParamsIn_0.csv");
 			well1.taperCompute(well1.buf_dt, well1.buf_tubingHeadPressure, well1.buf_fluidGradient, well1.buf_sbfriction, well1.buf_numTapers, well1.buf_c, well1.buf_rodLength, well1.buf_rodDiameter, well1.buf_rodYM);
-			well1.writeSetup (@"C:\Dropbox (Henry Pump)\Patrick_McDonagh\Customers\Oxy\Downhole Algorithm DLL\Testing\Output\wellParamsOut" + well1.wellID+dtime + ".csv");
+			well1.writeSetup (@"C:\Dropbox (Henry Pump)\Patrick_McDonagh\Customers\Oxy\Downhole Algorithm DLL\Testing\Output\wellParamsOut" + dtime + ".csv");
 			var reader = new StreamReader (File.OpenRead (@"C:\Dropbox (Henry Pump)\Patrick_McDonagh\Customers\Oxy\Downhole Algorithm DLL\Testing\Input\test_surface.csv"));
 			var csv = new StreamWriter (@"C:\Dropbox (Henry Pump)\Patrick_McDonagh\Customers\Oxy\Downhole Algorithm DLL\Testing\Cards\test_downhole" + dtime + ".csv");
 			csv.WriteLine ("downhole_position, downhole_load, surface_position,surface_load,status");
diff --git a/Well/Well/Well/Program.cs b/Well/Well/Well/Program.cs
index 4848076..f5cd6be 100644
--- a/Well/Well/Well/Program.cs
+++ b/Well/Well/Well/Program.cs
@@ -6,7 +6,6 @@ namespace Well
 {
     public class WellStruct
     {
-        public int wellID;
         private double[,] topPosArray = new double[10, 100];
         private double[,] topLoadArray = new double[10, 100];
         public double loadBefore, loadAfter, loadBefore3, loadAfter3;
@@ -33,30 +32,31 @@ namespace Well
         public int buf_numTapers; //Number of Rod String Tapers
 
         //Rod String Inputs
-        public double[] buf_c = new double[10];	//User-Defined damping constant per taper (1/sec)
-        public double[] buf_rodLength = new double[10];	//Length of each rod taper (top to bottom)(ft)
-        public double[] buf_rodDiameter = new Double[10]; //Diameter of each rod taper (top to bottom)(in)
-        public double[] buf_rodYM = new Double[10];	//Youngs modulus of each rod taper (top to bottom)(PSI) Steel=30.5, fiberglass=7.2
-        public double[] buf_rodWeightPerFoot = new Double[10]; //Weight per foot of each rod (ft/lb)
+        private double[] buf_c = new double[10];	//User-Defined damping constant per taper (1/sec)
+        private double[] buf_rodLength = new double[10];	//Length of each rod taper (top to bottom)(ft)
+        private double[] buf_rodDiameter = new Double[10]; //Diameter of each rod taper (top to bottom)(in)
+        private double[] buf_rodYM = new Double[10];	//Youngs modulus of each rod taper (top to bottom)(PSI) Steel=30.5, fiberglass=7.2
+        private double[] buf_rodWeightPerFoot = new Double[10]; //Weight per foot of each rod (ft/lb)
+
+        private double[] a = new double[10];
+        private double[] area = new Double[11];
+        private double[] pressure = new double[10];
+        private double[] buoyantForce = new double[10];
+        private double buoyantForceTotal = 0;
+        private double[] stretch = new double[10];
+        private double[] weightData = new double[10];
+        private double weightDataTotal = 0;
+        private double[] annularForceData = new double[10];
+        private double annularForceDataTotal = 0;
+        private double[] force = new double[10];
+        private double[] alpha = new double[10];
+        private double[] xOverA = new double[10];
+        private double[] factorArray = new double[10];
+        private int[] lagIndexArray = new int[10];
+        private int[] centerPoint = new int[10];
+        private int[] sumCenterPoint = new int[10];
+        private int[] lengthRequired = new int[10];
 
-        public double[] a = new double[10];
-        public double[] area = new Double[11];
-        public double[] pressure = new double[10];
-        public double[] buoyantForce = new double[10];
-        public double buoyantForceTotal = 0;
-        public double[] stretch = new double[10];
-        public double[] weightData = new double[10];
-        public double weightDataTotal = 0;
-        public double[] annularForceData = new double[10];
-        public double annularForceDataTotal = 0;
-        public double[] force = new double[10];
-        public double[] alpha = new double[10];
-        public double[] xOverA = new double[10];
-        public double[] factorArray = new double[10];
-        public int[] lagIndexArray = new int[10];
-        public int[] centerPoint = new int[10];
-        public int[] sumCenterPoint = new int[10];
-        public int[] lengthRequired = new int[10];
         public double[] rodDepth = new double[10];
         public double rodDepthTotal = 0;
         public double[] rodWeightAir = new double[10];
@@ -64,14 +64,8 @@ namespace Well
         public double[] rodWeightFluid = new double[10];
         public double rodWeightFluidTotal = 0;
 
-        public int[] count = new int[10];
-
-        public double sPositionPrevious;
-
-        public void SetID(int id)
-        {
-            wellID = id;
-        }
+        private int[] count = new int[10];
+        private double sPositionPrevious;
 
         public void UpdateTapers()
         {