Merge pull request #1 from BLRGAdityaC/Milestone-1

Milestone UI

app.py

@@ -0,0 +1,152 @@
+import random
+totalLuck = 0
+totalBalance = 100
+
+def get_random(minimum, maximum):
+    # TODO
+    return minimum
+
+def calc_luck(minimum, maximum, current, select):
+    # TODO
+    # different behavior if dice or no dice
+    if (select != minimum - 1): behavior = 'TODO'
+    return 0
+
+def luck_Str(luckLevel):
+    # TODO
+    return "Unknown"
+
+def calc_bet(bet, luck):
+    # TODO
+    # WILL BE CHANGED A LOT
+    # PARAMETERS WILL CHANGE
+    return 0
+
+def help_menu():
+    # TODO
+    print("\n\n Hey there! This page will be dedicated to")
+    print("providing information about what you can do.\n")
+    print("Under Construction...\n")
+    input("Press Enter to Exit...")
+    return 0
+
+
+def modify_values():
+    # TODO
+    global totalBalance, totalLuck
+    print("Current Luck = " + str(totalLuck))
+    print("Current Balance = " + str(totalBalance))
+    inputLuck = input("\nSet Luck: ")
+    if(inputLuck.isdigit() == True): totalLuck = int(inputLuck)
+
+    inputBalance = input("Set Balance: ")
+    if(inputBalance.isdigit() == True): totalBalance = int(inputBalance)
+    return 0
+
+def dice_mode():
+    global totalLuck, totalBalance
+    print("Roll a set of dice.")
+    while True:
+        # number of dice
+        diceStr = input("Enter a number of dice: ")
+        if(diceStr.isdigit() == False): 
+            print("Error Invalid Entry. Please Pick Positive Integer\n")
+            continue
+        # number of faces
+        faceStr = input("Enter number of faces:")
+        if(faceStr.isdigit() == False or faceStr == '1'): 
+            print("Error! Invalid Entry. Please Pick Integer Greater Than 1\n")
+            continue
+        diceNum = int(diceStr)
+        faceNum = int(faceStr)
+        break
+
+    # amount to bet
+    bet = input("Select amount to bet (skipped if non-positive integer): ")
+    if(bet.isdigit() == False or int(bet) <= 0): betting = False
+    else: betting = True
+
+    # random num
+    randomNum = get_random(diceNum, diceNum*faceNum)
+    print("\nAfter Rolling " + diceStr + "d" + faceStr + " the combined value was " + str(randomNum))
+    luck = calc_luck(diceNum, diceNum*faceNum, randomNum, diceNum-1)
+    totalLuck = totalLuck + luck
+
+    # betting results
+    print("This result is considered " + luck_Str(luck))
+    if(betting == True):
+        earned = calc_bet(bet, luck)
+        print("\nYou made/lost $" + str(earned))
+        totalBalance = totalBalance +  earned
+
+    input("\nPress Enter to continue...")
+
+
+
+def range_mode():
+    global totalLuck, totalBalance
+    print("Select from a Range.")
+    while True:
+        # minimum
+        minStr = input("Select first number: ")
+        if(minStr.isdigit() == False): #on error
+            print("Error! Invalid Entry. Please Pick Positive Integer.\n")
+            continue
+        # maximum 
+        maxStr = input("Select last number: ")
+        if(maxStr.isdigit() == False or int(maxStr) <= int(minStr)): #on error
+            if(maxStr.isdigit()): print("Error! Make sure last number is less than first\n")
+            else: print("Error! Invalid Entry. Please Pick Positive Integer.\n")
+            continue
+        minimum = int(minStr)
+        maximum = int(maxStr)
+        break
+    # select value in range
+    while True:
+        selection = input("\nChoose a number in range: ")
+        if(selection.isdigit() == True and int(selection) >= minimum and int(selection) <= maximum): break
+        print("Error! Invalid Entry, pick a number within the range.")
+
+    # amount to bet
+    bet = input("Select amount to bet (skipped if non-positive integer): ")
+    if(bet.isdigit() == False or int(bet) <= 0): betting = False
+    else: betting = True
+
+    # random num
+    randomNum = get_random(minimum, maximum)
+    print("\nThe random number between " + str(minStr) + " and " + str(maxStr) + " is: " + str(randomNum))
+    luck = calc_luck(minimum, maximum, randomNum, int(selection))
+    totalLuck = totalLuck + luck
+
+    # betting results
+    print("This result is considered " + luck_Str(luck))
+    if(betting == True):
+        earned = calc_bet(bet, luck)
+        print("\nYou made/lost $" + str(earned))
+        totalBalance = totalBalance +  earned
+
+
+    input("\nPress Enter to continue...")
+
+
+
+
+def main():
+    while True:
+        print("Select an option")
+        print("1: Pick a number")
+        print("2: Roll some dice")
+        print("3: Modify Values")
+        print("4: Help")
+        print("5: Exit")
+        print("\nCurrent Balance: " + str(totalBalance) + "\n")
+        selected = input("Pick Option: ")
+        match selected:
+            case '1': range_mode()
+            case '2': dice_mode()
+            case '3': modify_values()
+            case '4': help_menu()
+            case '5': 
+                if(input("Type 1 if sure: ") == '1'): exit()
+            case _ : print("\nInvalid Entry! Try Again.")
+main()