albionbrown · April 27, 2022 16:39 · Apr 27, 2022 · Apr 13, 2022 · Apr 13, 2022 · Apr 13, 2022
diff --git a/Battleships.py b/Battleships.py
@@ -1,6 +1,7 @@
 #! /bin/python
 
 import turtle
+import random
 
 print("Let's play Battleships!")
 
@@ -9,6 +10,7 @@
 line_length = 300
 cell_length = 42
 your_ships = []
+opp_ships = []
 all_cells = []
 originX = -100
 originY = 100
@@ -135,5 +137,14 @@ def enter_my_ships() :
     })
 # End of enter_my_ships
 
+def gen_opp_ships():
+  opp_ships.append({
+    "column": random.randint(1,7),
+    "row": random.randint(1,7),
+    #"orientation": orientation
+  })
+
+
 enter_my_ships()
 print_my_ships()
+gen_opp_ships()
diff --git a/Battleships.py b/Battleships.py
@@ -15,6 +15,7 @@
 ship_offset = -21
 numbers = []
 font_size = 30
+number_of_ships = 2
 
 def write_letter(number, x, y):
 
@@ -97,20 +98,42 @@ def print_my_ships():
     ship.sety(originY - ((i["row"] - 1) * cell_length) + ship_offset)
 # End of print_my_ships
 
+def check_ship_exists(x, y):
+
+  for ship in your_ships:
+    if (ship["column"] == x and ship["row"] == y):
+      return True
+
+  return False
+
 # Set up the game
 print_grid()
 
-print("Your turn to place your battleships")
-
-for i in range(0, 2):
-  column = int(input("Enter the column: "))
-  row = int(input("Enter the row: "))
-  #orientation = input("Enter the orientation. H for horizontal and V for vertical")
+def enter_my_ships() :
+  print("Your turn to place your battleships!")
 
-  your_ships.append({
-    "column": column,
-    "row": row,
-    #"orientation": orientation
-  })
+  for i in range(0, number_of_ships):
+
+    entry_valid = False
+
+    while (not entry_valid):
+      print("Ship "+str(i+1))
+      column = int(input("Enter the column: "))
+      row = int(input("Enter the row: "))
+      #orientation = input("Enter the orientation. H for horizontal and V for vertical")
+
+      if (check_ship_exists(column, row)):
+        print("A ship is already in that location! Try again.")
+
+      else:
+        entry_valid = True
+
+    your_ships.append({
+      "column": column,
+      "row": row,
+      #"orientation": orientation
+    })
+# End of enter_my_ships
 
-print_my_ships()
+enter_my_ships()
+print_my_ships()
diff --git a/Battleships.py b/Battleships.py
@@ -13,6 +13,22 @@
 originX = -100
 originY = 100
 ship_offset = -21
+numbers = []
+font_size = 30
+
+def write_letter(number, x, y):
+
+  a = turtle.Turtle()
+  a.penup()
+  a.speed("fastest")
+  a.color("black")
+  style = ('Arial', font_size)
+  a.setx(x)
+  a.sety(y)
+  a.write(number, font=style, align='center')
+  a.hideturtle()
+  numbers.append(a)
+# End of write_letter
 
 def print_grid():
 
@@ -52,6 +68,22 @@ def print_grid():
     grid_turtle.forward(cell_length)
     grid_turtle.right(90)
     grid_turtle.pendown()
+
+  write_letter('1', originX+20, originY+20)
+  write_letter('2', originX+62, originY+20)
+  write_letter('3', originX+104, originY+20)
+  write_letter('4', originX+146, originY+20)
+  write_letter('5', originX+188, originY+20)
+  write_letter('6', originX+230, originY+20)
+  write_letter('7', originX+272, originY+20)
+
+  write_letter('1', originX-20, originY-35)
+  write_letter('2', originX-20, originY-77)
+  write_letter('3', originX-20, originY-119)
+  write_letter('4', originX-20, originY-161)
+  write_letter('5', originX-20, originY-203)
+  write_letter('6', originX-20, originY-245)
+  write_letter('7', originX-20, originY-287)
 # End of print_grid
 
 def print_my_ships():
@@ -73,13 +105,12 @@ def print_my_ships():
 for i in range(0, 2):
   column = int(input("Enter the column: "))
   row = int(input("Enter the row: "))
-  orientation = input("Enter the orientation. H for horizontal and V for vertical")
+  #orientation = input("Enter the orientation. H for horizontal and V for vertical")
 
   your_ships.append({
     "column": column,
     "row": row,
-    "orientation": orientation
+    #"orientation": orientation
   })
 
-print_my_ships()
-
+print_my_ships()
diff --git a/Battleships.py b/Battleships.py
@@ -10,6 +10,9 @@
 cell_length = 42
 your_ships = []
 all_cells = []
+originX = -100
+originY = 100
+ship_offset = -21
 
 def print_grid():
 
@@ -20,8 +23,8 @@ def print_grid():
   grid_turtle.speed("fastest")
 
   # Draw rows
-  grid_turtle.setx(-100)
-  grid_turtle.sety(100)
+  grid_turtle.setx(originX)
+  grid_turtle.sety(originY)
   grid_turtle.pendown()
 
   for i in range(0, rows):
@@ -54,11 +57,12 @@ def print_grid():
 def print_my_ships():
   for i in your_ships:
     ship = turtle.Turtle()
+    ship.penup()
+    ship.speed("fastest")
+    ship.shape("circle")
     ship.color("blue")
-    ship.setx(your_ships[i]["column"] * cell_length)
-    ship.sety(your_ships[i]["row"] * cell_length)
-    ship.show()
-
+    ship.setx(originX + (i["column"] * cell_length) + ship_offset)
+    ship.sety(originY - ((i["row"] - 1) * cell_length) + ship_offset)
 # End of print_my_ships
 
 # Set up the game
@@ -78,8 +82,4 @@ def print_my_ships():
   })
 
 print_my_ships()
-
-
-
-
-
+
diff --git a/Battleships.py b/Battleships.py
@@ -7,6 +7,7 @@
 columns = 8
 rows = 8
 line_length = 300
+cell_length = 42
 your_ships = []
 all_cells = []
 
@@ -29,7 +30,7 @@ def print_grid():
     grid_turtle.back(line_length)
 
     grid_turtle.right(90)
-    grid_turtle.forward(42)
+    grid_turtle.forward(cell_length)
     grid_turtle.left(90)
     grid_turtle.pendown()
 
@@ -45,28 +46,40 @@ def print_grid():
     grid_turtle.back(line_length)
 
     grid_turtle.left(90)
-    grid_turtle.forward(42)
+    grid_turtle.forward(cell_length)
     grid_turtle.right(90)
     grid_turtle.pendown()
-
+# End of print_grid
+
+def print_my_ships():
+  for i in your_ships:
+    ship = turtle.Turtle()
+    ship.color("blue")
+    ship.setx(your_ships[i]["column"] * cell_length)
+    ship.sety(your_ships[i]["row"] * cell_length)
+    ship.show()
+
+# End of print_my_ships
 
 # Set up the game
 print_grid()
 
 print("Your turn to place your battleships")
 
 for i in range(0, 2):
-  column = input("Enter the column: ")
-  row = input("Enter the row: ")
+  column = int(input("Enter the column: "))
+  row = int(input("Enter the row: "))
   orientation = input("Enter the orientation. H for horizontal and V for vertical")
 
   your_ships.append({
     "column": column,
     "row": row,
     "orientation": orientation
   })
+
+print_my_ships()
 
-print(your_ships)
+
 
 
 
diff --git a/Battleships.py b/Battleships.py
@@ -54,9 +54,19 @@ def print_grid():
 print_grid()
 
 print("Your turn to place your battleships")
-column = input("Enter the column: ")
-row = input("Enter the row: ")
-orientation = input("Enter the orientation. H for horizontal and V for vertical")
+
+for i in range(0, 2):
+  column = input("Enter the column: ")
+  row = input("Enter the row: ")
+  orientation = input("Enter the orientation. H for horizontal and V for vertical")
+
+  your_ships.append({
+    "column": column,
+    "row": row,
+    "orientation": orientation
+  })
+
+print(your_ships)
 
 
 
diff --git a/Battleships.py b/Battleships.py
@@ -4,8 +4,11 @@
 
 print("Let's play Battleships!")
 
-columns = 7
-rows = 7
+columns = 8
+rows = 8
+line_length = 300
+your_ships = []
+all_cells = []
 
 def print_grid():
 
@@ -15,22 +18,45 @@ def print_grid():
   grid_turtle.penup()
   grid_turtle.speed("fastest")
 
-  # Draw columns
+  # Draw rows
   grid_turtle.setx(-100)
   grid_turtle.sety(100)
   grid_turtle.pendown()
 
-  for i in range(0, columns):
-    grid_turtle.forward(300)
+  for i in range(0, rows):
+    grid_turtle.forward(line_length)
     grid_turtle.penup()
-    grid_turtle.back(300)
+    grid_turtle.back(line_length)
 
     grid_turtle.right(90)
     grid_turtle.forward(42)
     grid_turtle.left(90)
     grid_turtle.pendown()
+
+  # Draw columns
+  grid_turtle.setx(-100)
+  grid_turtle.sety(100)
+  grid_turtle.pendown()
+  grid_turtle.right(90)
+
+  for i in range(0, columns):
+    grid_turtle.forward(line_length)
+    grid_turtle.penup()
+    grid_turtle.back(line_length)
+
+    grid_turtle.left(90)
+    grid_turtle.forward(42)
+    grid_turtle.right(90)
+    grid_turtle.pendown()
+
 
 # Set up the game
 print_grid()
 
+print("Your turn to place your battleships")
+column = input("Enter the column: ")
+row = input("Enter the row: ")
+orientation = input("Enter the orientation. H for horizontal and V for vertical")
+
+
 
diff --git a/Battleships.py b/Battleships.py
@@ -20,7 +20,15 @@ def print_grid():
   grid_turtle.sety(100)
   grid_turtle.pendown()
 
-  grid_turtle.forward(300)
+  for i in range(0, columns):
+    grid_turtle.forward(300)
+    grid_turtle.penup()
+    grid_turtle.back(300)
+
+    grid_turtle.right(90)
+    grid_turtle.forward(42)
+    grid_turtle.left(90)
+    grid_turtle.pendown()
 
 # Set up the game
 print_grid()

diff --git a/Battleships.py b/Battleships.py
@@ -0,0 +1,28 @@
+#! /bin/python
+
+import turtle
+
+print("Let's play Battleships!")
+
+columns = 7
+rows = 7
+
+def print_grid():
+
+  #screen_turtle = turtle.Turtle()
+  #screen_turtle.bgcolor('blue')
+  grid_turtle = turtle.Turtle()
+  grid_turtle.penup()
+  grid_turtle.speed("fastest")
+
+  # Draw columns
+  grid_turtle.setx(-100)
+  grid_turtle.sety(100)
+  grid_turtle.pendown()
+
+  grid_turtle.forward(300)
+
+# Set up the game
+print_grid()
+
+
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