larsjnielsen09 · Jan 9, 2023 · Jan 9, 2023
Showing with 145 additions and 0 deletions.

+105 −0 Python/Python-Lottery-Simulation/lottery.py

+40 −0 Python/Python-Lottery-Simulation/snippets.txt
diff --git a/Python/Python-Lottery-Simulation/lottery.py b/Python/Python-Lottery-Simulation/lottery.py
@@ -0,0 +1,105 @@
+import random
+import json
+
+white_possibles = list(range(1, 70))
+red_possibles = list(range(1, 27))
+
+tickets_per_drawing = 100
+num_drawings = 15600
+
+total_spent = 0
+earnings = 0
+
+times_won = {
+    "5+P": 0,
+    "5": 0,
+    "4+P": 0,
+    "4": 0,
+    "3+P": 0,
+    "3": 0,
+    "2+P": 0,
+    "1+P": 0,
+    "P": 0,
+    "0": 0,
+}
+
+
+def calc_win_amt(my_numbers, winning_numbers):
+    win_amt = 0
+
+    white_matches = len(my_numbers["whites"].intersection(
+        winning_numbers["whites"]))
+    power_match = my_numbers["red"] == winning_numbers["red"]
+
+    if white_matches == 5:
+        if power_match:
+            win_amt = 2_000_000_000
+            times_won["5+P"] += 1
+        else:
+            win_amt = 1_000_000
+            times_won["5"] += 1
+    elif white_matches == 4:
+        if power_match:
+            win_amt = 50_000
+            times_won["4+P"] += 1
+        else:
+            win_amt = 100
+            times_won["4"] += 1
+    elif white_matches == 3:
+        if power_match:
+            win_amt = 100
+            times_won["3+P"] += 1
+        else:
+            win_amt = 7
+            times_won["3"] += 1
+    elif white_matches == 2 and power_match:
+        win_amt = 7
+        times_won["2+P"] += 1
+    elif white_matches == 1 and power_match:
+        win_amt = 4
+        times_won["1+P"] += 1
+    elif power_match:
+        win_amt = 4
+        times_won["P"] += 1
+    else:
+        times_won["0"] += 1
+
+    return win_amt
+
+
+# for drawing in range(num_drawings):
+hit_jp = False
+drawings = 0
+years = 0
+while True:
+    drawings += 1
+    white_drawing = set(random.sample(white_possibles, k=5))
+    red_drawing = random.choice(red_possibles)
+
+    winning_numbers = {"whites": white_drawing, "red": red_drawing}
+
+    for ticket in range(tickets_per_drawing):
+        total_spent += 2
+        my_whites = set(random.sample(white_possibles, k=5))
+        my_red = random.choice(red_possibles)
+
+        my_numbers = {"whites": my_whites, "red": my_red}
+
+        win_amt = calc_win_amt(my_numbers, winning_numbers)
+        earnings += win_amt
+
+        if win_amt == 2_000_000_000:
+            hit_jp = True
+            break
+
+    if drawings % 156 == 0:
+        years += 1
+        print(f'{years} years')
+
+    if hit_jp:
+        break
+
+print(f'Spent: ${total_spent}')
+print(f'Earnings: ${earnings}')
+
+print(json.dumps(times_won, indent=2))
diff --git a/Python/Python-Lottery-Simulation/snippets.txt b/Python/Python-Lottery-Simulation/snippets.txt
@@ -0,0 +1,40 @@
+times_won = {
+    '5+P': 0,
+    '5': 0,
+    '4+P': 0,
+    '4': 0,
+    '3+P': 0,
+    '3': 0,
+    '2+P': 0,
+    '1+P': 0,
+    'P': 0,
+    '0': 0
+}
+
+------------------------
+
+elif white_matches == 4:
+        if power_match:
+            win_amt = 50_000
+            times_won['4+P'] += 1
+        else:
+            win_amt = 100
+            times_won['4'] += 1
+    elif white_matches == 3:
+        if power_match:
+            win_amt = 100
+            times_won['3+P'] += 1
+        else:
+            win_amt = 7
+            times_won['3'] += 1
+    elif white_matches == 2 and power_match:
+        win_amt = 7
+        times_won['2+P'] += 1
+    elif white_matches == 1 and power_match:
+        win_amt = 4
+        times_won['1+P'] += 1
+    elif power_match:
+        win_amt = 4
+        times_won['P'] += 1
+    else:
+        times_won['0'] += 1