add energy model parameters print

Author: MerdenHran

EnergyCalculator.cs

@@ -13,11 +13,11 @@ class EnergyCalculator // DEEC algorithm
 
         //--------- Energy consumption parameters ------------
         public double E_fs = 0.01;//nJ(10^-9) amplifier energy, free space model (short distance) | d<d0
-        public double E_mp = 0.0000013; //nJ // multipath fading model (large distance) | d >= d0
+        public double E_mp = 0.0000013; //nJ // amplifier energy, multipath fading model (large distance) | d >= d0
         public int E_elec = 50; //nJ/bit, energy for work signal transmission/recieve
         public int node_E = 500000000; //nJ; = 0,5J // initial node energy
         public double d0 = 87.7; // (m) distance threshold for swapping amplification models
-        public int package = 32000; // bits, package size
+        public int package = 32000; // bit, package size
         //int package = Calculator.genRandInt(20, 65535);
         //----------------------------------------------------
 

Form1.Designer.cs

@@ -53,6 +53,7 @@ private void btnGenPoints_Click(object sender, EventArgs e)
             EnableClusterization();
             Labels_ClearText();
             buttonReloadMap.Enabled = true;
+            buttonEnergyModel.Enabled = true;
 
             if (checkBoxAllowGeneratePoints.Checked == true)
             {
@@ -584,9 +585,17 @@ private int getCountOfAvailableNodes() {
 
         private void buttonEnergyModel_Click(object sender, EventArgs e)
         {
+            CheckLabelInfo();
 
-            labelInfo.Text = "";
-            
+            labelInfo.Text =
+                "Field size: " + pictBoxArea.Width + " x " + pictBoxArea.Height + " m" +
+                "\nAmplifier energy:" +
+                "\n     Free space model " + "(<= " + energyCalculator.d0 + " m):  " + energyCalculator.E_fs + " nJ" +
+                "\n     Multipath fading model " + "(> " + energyCalculator.d0 + " m):  " + energyCalculator.E_mp * 1000000 + " mJ" +
+                "\nInitial node energy: " + energyCalculator.node_E / 1000000000.000 + " J" +
+                "\nEnergy for signal transmittion / recieve: " + energyCalculator.E_elec + " nJ/bit" +
+                "\nPackage size (20 - 65535): " + energyCalculator.package + " bit" +
+                "\nThreshold for swapping amplification models: " + energyCalculator.d0 + " m";
         }
     }
 }