Added Immune cells

Also source code for Version 1.3

Infection.py

@@ -3,20 +3,23 @@
 
 Generation = 0
 
-
 f = open("Infection_Settings.txt","r")
 
 X=f.readline()
 Y=f.readline()
 Healing=f.readline()
 MinGensToUninfect=f.readline()
 ChanceOfHealing=f.readline()
+Immunity=f.readline()
+ImmuneCellCount=f.readline()
 
 X=int(X[2:])
 Y=int(Y[2:])
 Healing=int(Healing[8:]) #1 = True because I couldn't get srings to work and idc
 MinGensToUninfect=int(MinGensToUninfect[18:])
 ChanceOfHealing=int(ChanceOfHealing[16:])
+Immunity=int(Immunity[9:])
+ImmuneCellCount=int(ImmuneCellCount[16:])
 
 Cells=[] #Main List
 InCells=[] #Place where cells were infected
@@ -26,7 +29,21 @@
     for i in range(0,X):
         Cells.append("○") #○ = uninfected, ● = infected
         Gen_Infected.append(-1)
-
+
+if Immunity == 1:
+    for u in range(ImmuneCellCount):
+        Cells[u] = "X"
+        Gen_Infected[u] = 9999
+
+    temp = list(zip(Cells, Gen_Infected))
+    random.shuffle(temp)
+    random.shuffle(temp)
+    random.shuffle(temp) #So it gets more shufflesd.
+    Cells, Gen_Infected = zip(*temp)
+
+    Cells=(list(Cells))
+    Gen_Infected=(list(Gen_Infected))
+
 def Print_As_Grid(X,Y):
     for n in range(len(Cells)):
         if n % X == 0:
@@ -52,31 +69,31 @@ def Print_As_Grid(X,Y):
 
         if CellInfecting != X*Y-1 and CellInfecting % X != X-1:
             Infected = random.randint(1,4)
-            if Infected == 1:
+            if Infected == 1 and Cells[CellInfecting+1] != "X":
                 Cells[CellInfecting+1]="●"
                 if CellInfecting+1 in InCells:
                     InCells.remove(CellInfecting+1)
                 InCells.append(CellInfecting+1)
 
-        if CellInfecting <= X*Y-X:
+        if CellInfecting <= (X*Y-X)-1:
             Infected = random.randint(1,4)
-            if Infected == 2:
+            if Infected == 2 and Cells[CellInfecting+X] != "X":
                 Cells[CellInfecting+X]="●"
                 if CellInfecting+X in InCells:
                     InCells.remove(CellInfecting+X)
                 InCells.append(CellInfecting+X)
 
         if CellInfecting >= 1 and CellInfecting % X != 0:
             Infected = random.randint(1,4)
-            if Infected == 3:
+            if Infected == 3 and Cells[CellInfecting-1] != "X":
                 Cells[CellInfecting-1]="●"
                 if CellInfecting-1 in InCells:
                     InCells.remove(CellInfecting-1)
                 InCells.append(CellInfecting-1)
 
         if CellInfecting >= X+1:
             Infected = random.randint(1,4)
-            if Infected == 4:
+            if Infected == 4 and Cells[CellInfecting-X] != "X":
                 Cells[CellInfecting-X]="●"
                 if CellInfecting-X in InCells:
                     InCells.remove(CellInfecting-X)
@@ -91,11 +108,11 @@ def Print_As_Grid(X,Y):
                     InCells.remove(h)
 
     Generation += 1    
-    print("\n\n\n\n\n")
+    print("\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n")
     Print_As_Grid(X,Y)
 
     print("\n",len(InCells), "Cells infected.")
     print("Generation:", Generation)
-    time.sleep(0.5)
+    time.sleep(0.35)
 
 input()