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https://github.com/SpudGunMan/meshing-around.git
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SpudGunMan
578 lines
26 KiB
Python
578 lines
26 KiB
Python
# Port of https://github.com/tigerpointe/Lemonade-Stand/blob/main/lemonade.py MIT License Copyright (c) 2023 TigerPointe Software, LLC
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# Adapted for Meshtastic mesh-bot by K7MHI Kelly Keeton 2024
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from collections import OrderedDict # ordered dictionaries
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from random import randrange, uniform # random numbers
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from types import SimpleNamespace # namespaces support
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import pickle # pickle file support
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import time # time functions
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from modules.log import * # mesh-bot logging
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import locale # culture specific locale
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import math # math functions
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import re # regular expressions
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# Set all of the locale category elements as default
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# ex. print(locale.currency(12345.67, grouping=True))
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locale.setlocale(locale.LC_ALL, '')
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lemon_starting_cash = 30.00
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lemon_total_weeks = 7
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lemonadeTracker = [{'nodeID': 0, 'cups': 0, 'lemons': 0, 'sugar': 0, 'cash': lemon_starting_cash, 'start': lemon_starting_cash, 'cmd': 'new', 'time': time.time()}]
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lemonadeCups = [{'nodeID': 0, 'cost': 2.50, 'count': 25, 'min': 0.99, 'unit': 0.00}]
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lemonadeLemons = [{'nodeID': 0, 'cost': 4.00, 'count': 8, 'min': 2.00, 'unit': 0.00}]
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lemonadeSugar = [{'nodeID': 0, 'cost': 3.00, 'count': 15, 'min': 1.50, 'unit': 0.00}]
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lemonadeWeeks = [{'nodeID': 0, 'current': 1, 'total': lemon_total_weeks, 'sales': 99, 'potential': 0, 'unit': 0.00, 'price': 0.00, 'total_sales': 0}]
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lemonadeScore = [{'nodeID': 0, 'value': 0.00, 'total': 0.00}]
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def get_sales_amount(potential, unit, price):
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"""Gets the sales amount.
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Multiply the potential sales by a ratio of unit cost to actual price; the
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exponent results in the values falling along a curve, rather than along a
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straight line, resulting in more realistic sales values at each price.
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Parameters
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potential : Potential sales
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unit : Unit cost
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price : Actual price
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"""
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return math.floor(potential * (unit / (price ** 1.5)))
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def getHighScoreLemon():
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high_score = {"userID": 0, "cash": 0, "success": 0}
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# Load high score table
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try:
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with open('data/lemonstand.pkl', 'rb') as file:
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high_score = pickle.load(file)
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except FileNotFoundError:
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logger.debug("System: Lemonade: No high score table found")
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# write a new high score file if one is not found
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with open('data/lemonstand.pkl', 'wb') as file:
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pickle.dump(high_score, file)
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return high_score
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def start_lemonade(nodeID, message, celsius=False):
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global lemonadeTracker, lemonadeCups, lemonadeLemons, lemonadeSugar, lemonadeWeeks, lemonadeScore
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potential = 0
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unit = 0.0
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price = 0.0
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total_sales = 0
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high_score = getHighScoreLemon()
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def saveValues(nodeID, inventory, cups, lemons, sugar, weeks, score):
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# save playerDB values
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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lemonadeTracker[i]['cups'] = inventory.cups
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lemonadeTracker[i]['lemons'] = inventory.lemons
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lemonadeTracker[i]['sugar'] = inventory.sugar
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lemonadeTracker[i]['cash'] = inventory.cash
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lemonadeTracker[i]['start'] = inventory.start
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for i in range(len(lemonadeCups)):
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if lemonadeCups[i]['nodeID'] == nodeID:
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lemonadeCups[i]['cost'] = cups.cost
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lemonadeCups[i]['unit'] = cups.unit
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for i in range(len(lemonadeLemons)):
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if lemonadeLemons[i]['nodeID'] == nodeID:
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lemonadeLemons[i]['cost'] = lemons.cost
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lemonadeLemons[i]['unit'] = lemons.unit
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for i in range(len(lemonadeSugar)):
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if lemonadeSugar[i]['nodeID'] == nodeID:
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lemonadeSugar[i]['cost'] = sugar.cost
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lemonadeSugar[i]['unit'] = sugar.unit
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for i in range(len(lemonadeWeeks)):
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if lemonadeWeeks[i]['nodeID'] == nodeID:
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lemonadeWeeks[i]['current'] = weeks.current
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lemonadeWeeks[i]['total'] = weeks.total
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lemonadeWeeks[i]['sales'] = weeks.sales
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lemonadeWeeks[i]['potential'] = potential
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lemonadeWeeks[i]['unit'] = unit
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lemonadeWeeks[i]['price'] = price
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lemonadeWeeks[i]['total_sales'] = weeks.total_sales
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for i in range(len(lemonadeScore)):
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if lemonadeScore[i]['nodeID'] == nodeID:
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lemonadeScore[i]['value'] = score.value
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lemonadeScore[i]['total'] = score.total
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def endGame(nodeID):
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# remove the player from the tracker
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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lemonadeTracker.pop(i)
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for i in range(len(lemonadeCups)):
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if lemonadeCups[i]['nodeID'] == nodeID:
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lemonadeCups.pop(i)
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for i in range(len(lemonadeLemons)):
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if lemonadeLemons[i]['nodeID'] == nodeID:
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lemonadeLemons.pop(i)
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for i in range(len(lemonadeSugar)):
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if lemonadeSugar[i]['nodeID'] == nodeID:
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lemonadeSugar.pop(i)
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for i in range(len(lemonadeWeeks)):
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if lemonadeWeeks[i]['nodeID'] == nodeID:
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lemonadeWeeks.pop(i)
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for i in range(len(lemonadeScore)):
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if lemonadeScore[i]['nodeID'] == nodeID:
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lemonadeScore.pop(i)
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logger.debug("System: Lemonade: Game Over for " + str(nodeID))
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# Check for end of game
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if message.lower().startswith("e"):
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endGame(nodeID)
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return "Goodbye!👋"
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title="LemonStand🍋"
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# Define the temperature unit symbols
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fahrenheit_unit = "ºF"
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celsius_unit = "ºC"
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# Inventory data (contains the item levels)
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inventoryd = {
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'cups' : 0,
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'lemons' : 0,
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'sugar' : 0,
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'cash' : lemon_starting_cash,
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'start' : lemon_starting_cash
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}
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inventory = SimpleNamespace(**inventoryd)
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# Cups data (includes a calculated cost per unit)
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cupsd = {
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'cost' : 2.50, # current price
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'count' : 25, # servings per box
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'min' : 0.99, # minimum price
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'unit' : 0.00 # unit price
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}
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cups = SimpleNamespace(**cupsd)
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cups.unit = round(cups.cost / cups.count, 2)
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# Lemons data (includes a calculated cost per unit)
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lemonsd = {
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'cost' : 4.00, # current price
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'count' : 8, # servings per bag
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'min' : 2.00, # minimum price
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'unit' : 0.00 # unit price
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}
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lemons = SimpleNamespace(**lemonsd)
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lemons.unit = round(lemons.cost / lemons.count, 2)
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# Sugar data (includes a calculated cost per unit)
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sugard = {
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'cost' : 3.00, # current price
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'count' : 15, # servings per bag
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'min' : 1.50, # minimum price
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'unit' : 0.00 # unit price
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}
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sugar = SimpleNamespace(**sugard)
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sugar.unit = round(sugar.cost / sugar.count, 2)
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# Weeks data (measures the session duration)
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weeksd = {
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'current' : 1, # start with the 1st week
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'total' : 12, # span the 12 weeks of Summer
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'sales' : 99, # 99 maximum sales per week
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'total_sales' : 0, # total sales
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'summary' : [] # empty array
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}
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weeks = SimpleNamespace(**weeksd)
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# Forecast data (includes percentage values, UTF8 glyphs and display names)
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forecastd = OrderedDict()
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forecastd['sunny'] = [1.00, 0x2600, "Sunny"]
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forecastd['partly'] = [0.90, 0x26C5, "Partly Sunny"]
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forecastd['cloudy'] = [0.70, 0x2601, "Mostly Cloudy"]
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forecastd['rainy'] = [0.40, 0x2602, "Rainy"]
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forecastd['stormy'] = [0.10, 0x26C8, "Stormy"]
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# Temperature data (uses Fahrenheit as the percentage values)
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temperatured = {
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'min' : 69,
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'max' : 100,
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'units' : fahrenheit_unit,
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'forecast' : None,
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'value' : None
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}
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temperature = SimpleNamespace(**temperatured)
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# Score data (based on actual vs. maximum net sales)
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scored = {
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'value' : 0.00,
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'total' : 0.00
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}
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score = SimpleNamespace(**scored)
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# Check for Celsius
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if (celsius):
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temperature.units = celsius_unit
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# load playerDB values
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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inventory.cups = lemonadeTracker[i]['cups']
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inventory.lemons = lemonadeTracker[i]['lemons']
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inventory.sugar = lemonadeTracker[i]['sugar']
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inventory.cash = lemonadeTracker[i]['cash']
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inventory.start = lemonadeTracker[i]['start']
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last_cmd = lemonadeTracker[i]['cmd']
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for i in range(len(lemonadeCups)):
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if lemonadeCups[i]['nodeID'] == nodeID:
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cups.cost = lemonadeCups[i]['cost']
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cups.unit = lemonadeCups[i]['unit']
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for i in range(len(lemonadeLemons)):
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if lemonadeLemons[i]['nodeID'] == nodeID:
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lemons.cost = lemonadeLemons[i]['cost']
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lemons.unit = lemonadeLemons[i]['unit']
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for i in range(len(lemonadeSugar)):
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if lemonadeSugar[i]['nodeID'] == nodeID:
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sugar.cost = lemonadeSugar[i]['cost']
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sugar.unit = lemonadeSugar[i]['unit']
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for i in range(len(lemonadeWeeks)):
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if lemonadeWeeks[i]['nodeID'] == nodeID:
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weeks.current = lemonadeWeeks[i]['current']
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weeks.total = lemonadeWeeks[i]['total']
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weeks.sales = lemonadeWeeks[i]['sales']
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potential = lemonadeWeeks[i]['potential']
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unit = lemonadeWeeks[i]['unit']
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price = lemonadeWeeks[i]['price']
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weeks.total_sales = lemonadeWeeks[i]['total_sales']
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for i in range(len(lemonadeScore)):
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if lemonadeScore[i]['nodeID'] == nodeID:
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score.value = lemonadeScore[i]['value']
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score.total = lemonadeScore[i]['total']
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# Start the main loop
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if (weeks.current <= weeks.total):
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if "new" in last_cmd:
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# set the last command to cups in the inventory db
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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lemonadeTracker[i]['cmd'] = "cups"
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# Create a new display buffer for the text messages
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buffer= ""
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# the current week number
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buffer += title + "Week #" + str(weeks.current) + "of" + str(weeks.total)
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# Generate a random weather forecast and temperature and display
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temperature.forecast = randrange(0, len(forecastd))
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temperature.value = randrange(temperature.min, temperature.max)
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formatted = str(temperature.value)
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if (temperature.units == celsius_unit):
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formatted = str(round(((temperature.value - 32) * (5/9))))
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glyph = chr(forecastd[list(forecastd)[temperature.forecast]][1])
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buffer += ". " + \
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formatted + temperature.units + " " + \
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forecastd[list(forecastd)[temperature.forecast]][2] + \
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" " + glyph
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# Calculate the potential sales as a percentage of the maximum value
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# (lower temperature = fewer sales, severe weather = fewer sales)
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forecast = forecastd[list(forecastd)[temperature.forecast]][0]
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potential = math.floor(weeks.sales * \
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(temperature.value / 100) * \
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forecast)
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# Update the cups cost
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cups.cost = cups.cost + round(uniform(-1.50, 1.50), 2)
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if (cups.cost < cups.min):
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cups.cost = cups.min
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cups.unit = round(cups.cost / cups.count, 2)
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# Update the lemons cost
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lemons.cost = lemons.cost + round(uniform(-1.50, 1.50), 2)
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if (lemons.cost < lemons.min):
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lemons.cost = lemons.min
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lemons.unit = round(lemons.cost / lemons.count, 2)
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# Update the sugar cost
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sugar.cost = sugar.cost + round(uniform(-1.50, 1.50), 2)
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if (sugar.cost < sugar.min):
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sugar.cost = sugar.min
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sugar.unit = round(sugar.cost / sugar.count, 2)
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# Calculate the unit cost and display the estimated sales from the forecast potential
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unit = cups.unit + lemons.unit + sugar.unit
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buffer += " SupplyCost" + locale.currency(unit, grouping=True) + " a cup."
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buffer += " Sales Potential:" + str(potential) + " cups."
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# Display the current inventory
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buffer += " Inventory:"
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buffer += "🥤:" + str(inventory.cups)
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buffer += "🍋:" + str(inventory.lemons)
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buffer += "🍚:" + str(inventory.sugar)
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# Display the updated item prices
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buffer += f"\nPrices: "
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buffer += "🥤:" + \
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locale.currency(cups.cost, grouping=True) + " 📦 of " + str(cups.count) + "."
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buffer += " 🍋:" + \
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locale.currency(lemons.cost, grouping=True) + " 🧺 of " + str(lemons.count) + "."
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buffer += " 🍚:" + \
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locale.currency(sugar.cost, grouping=True) + " bag for " + str(sugar.count) + "🥤."
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# Display the current cash
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gainloss = inventory.cash - inventory.start
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buffer += " 💵:" + \
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locale.currency(inventory.cash, grouping=True)
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# if the player is in the red
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pnl = locale.currency(gainloss, grouping=True)
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if "0.00" not in pnl:
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if pnl.startswith("-"):
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buffer += "📊P&L📉" + pnl
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else:
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buffer += "📊P&L📈" + pnl
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buffer += f"\n🥤 to buy? Have {inventory.cups} Cost {locale.currency(cups.cost, grouping=True)} a 📦 of {str(cups.count)}"
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saveValues(nodeID, inventory, cups, lemons, sugar, weeks, score)
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return buffer
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if "cups" in last_cmd:
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# Read the number of cup boxes to purchase
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newcups = -1
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if "n" in message.lower():
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message = "0"
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try:
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newcups = int(message)
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if (newcups > 0):
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cost = round(newcups * cups.cost, 2)
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if (cost > inventory.cash):
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return "You do not have enough 💵."
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inventory.cups += (newcups * cups.count)
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inventory.cash -= cost
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msg = "Purchased " + str(newcups) + " 📦 "
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msg += str(inventory.cups) + " 🥤 in inventory. " + locale.currency(inventory.cash, grouping=True) + f" remaining"
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else:
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msg = "No 🥤 were purchased"
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except Exception as e:
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return "invalid input, enter the number of 🥤 to purchase or (N)one"
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# set the last command to lemons in the inventory db
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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lemonadeTracker[i]['cmd'] = "lemons"
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saveValues(nodeID, inventory, cups, lemons, sugar, weeks, score)
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msg += f"\n 🍋 to buy? Have {inventory.lemons}🥤 of 🍋 Cost {locale.currency(lemons.cost, grouping=True)} a 🧺 for {str(lemons.count)}🥤"
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return msg
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if "lemons" in last_cmd:
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# Read the number of lemon bags to purchase
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newlemons = -1
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if "n" in message.lower():
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message = "0"
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try:
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newlemons = int(message)
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if (newlemons > 0):
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cost = round(newlemons * lemons.cost, 2)
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if (cost > inventory.cash):
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return "You do not have enough cash."
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inventory.lemons += (newlemons * lemons.count)
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inventory.cash -= cost
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msg = "Purchased " + str(newlemons) + " 🧺 "
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msg += str(inventory.lemons) + " 🍋 in inventory. " + locale.currency(inventory.cash, grouping=True) + f" remaining"
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else:
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msg = "No 🍋 were purchased"
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except Exception as e:
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newlemons = -1
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return "⛔️invalid input, enter the number of 🍋 to purchase"
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# set the last command to sugar in the inventory db
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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lemonadeTracker[i]['cmd'] = "sugar"
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saveValues(nodeID, inventory, cups, lemons, sugar, weeks, score)
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msg += f"\n 🍚 to buy? You have {inventory.sugar}🥤 of 🍚, Cost {locale.currency(sugar.cost, grouping=True)} a bag for {str(sugar.count)}🥤"
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return msg
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if "sugar" in last_cmd:
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# Read the number of sugar bags to purchase
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newsugar = -1
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if "n" in message.lower():
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message = "0"
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try:
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newsugar = int(message)
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if (newsugar > 0):
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cost = round(newsugar * sugar.cost, 2)
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if (cost > inventory.cash):
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return "You do not have enough cash."
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inventory.sugar += (newsugar * sugar.count)
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inventory.cash -= cost
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msg = " Purchased " + str(newsugar) + " bag(s) of 🍚 for " + locale.currency(cost, grouping=True)
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msg += ". " + str(inventory.sugar) + f"🥤🍚 in inventory."
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else:
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msg = "No additional 🍚 was purchased"
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except Exception as e:
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return "⛔️invalid input, enter the number of 🍚 bags to purchase"
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msg += f"Cost of goods is {locale.currency(unit, grouping=True)}"
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msg += f"per 🥤 {locale.currency(inventory.cash, grouping=True)} 💵 remaining."
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msg += f"\nPrice to Sell? or (G)rocery to buy more 🥤🍋🍚"
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# set the last command to price in the inventory db
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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lemonadeTracker[i]['cmd'] = "price"
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saveValues(nodeID, inventory, cups, lemons, sugar, weeks, score)
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return msg
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if "price" in last_cmd:
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# set the last command to sales in the inventory db
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for i in range(len(lemonadeTracker)):
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if lemonadeTracker[i]['nodeID'] == nodeID:
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lemonadeTracker[i]['cmd'] = "sales"
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if "g" in message.lower():
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lemonadeTracker[i]['cmd'] = "cups"
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msg = f"#of🥤 to buy? Have {inventory.cups} Cost {locale.currency(cups.cost, grouping=True)} a 📦 of {str(cups.count)}"
|
|
return msg
|
|
else:
|
|
last_cmd = "sales"
|
|
|
|
# Read the actual price
|
|
price = 0.00
|
|
while (price <= 0.00):
|
|
try:
|
|
raw = message
|
|
price = float(re.sub("[^0-9.-]", "", raw) or 0.00)
|
|
if (price <= 0.00):
|
|
return "The price must be greater than zero."
|
|
except Exception as e:
|
|
price = 0.00
|
|
last_cmd = "price"
|
|
return "⛔️Invalid input, enter the price of the lemonade per 🥤"
|
|
|
|
# this isnt sent to the user, not needed
|
|
#msg = " Setting the price at " + locale.currency(price, grouping=True)
|
|
saveValues(nodeID, inventory, cups, lemons, sugar, weeks, score)
|
|
|
|
|
|
if "sales" in last_cmd:
|
|
# Calculate the weekly sales based on price and lowest inventory level
|
|
# (higher markup price = fewer sales, limited by the inventory on-hand)
|
|
sales = get_sales_amount(potential, unit, price)
|
|
sales = min(potential, sales, \
|
|
inventory.cups, inventory.lemons, \
|
|
inventory.sugar) # "min" returns lowest value
|
|
margin = price - unit
|
|
gross = sales * price
|
|
net = sales * margin
|
|
|
|
# Add a new row to the summary
|
|
weeks.summary.append({ 'sales' : sales, 'price' : price })
|
|
|
|
# Update the inventory levels to reflect consumption
|
|
inventory.cups = inventory.cups - sales
|
|
inventory.lemons = inventory.lemons - sales
|
|
inventory.sugar = inventory.sugar - sales
|
|
inventory.cash = inventory.cash + gross
|
|
gainloss= inventory.cash - inventory.start
|
|
|
|
# Display the calculated sales information
|
|
msg = "Results Week📊#" + str(weeks.current) + "of" + str(weeks.total)
|
|
msg += " Cost/Price:" + locale.currency(unit, grouping=True) + "/" + locale.currency(price, grouping=True)
|
|
msg += " P.Margin:" + locale.currency(margin, grouping=True)
|
|
msg += " T.Sales:" + str(sales) + "@" + locale.currency(price, grouping=True)
|
|
msg += " G.Profit: " + locale.currency(gross, grouping=True)
|
|
msg += " N.Profit:" + locale.currency(net, grouping=True)
|
|
|
|
# Display the updated inventory levels
|
|
msg += "\nRemaining"
|
|
msg += " 🥤:" + str(inventory.cups)
|
|
msg += " 🍋:" + str(inventory.lemons)
|
|
msg += " 🍚:" + str(inventory.sugar)
|
|
msg += " 💵:" + locale.currency(inventory.cash, grouping=True)
|
|
# Display the gain/loss
|
|
pnl = locale.currency(gainloss, grouping=True)
|
|
if "0.00" not in pnl:
|
|
if pnl.startswith("-"):
|
|
msg += "📊P&L📉" + pnl
|
|
else:
|
|
msg += "📊P&L📈" + pnl
|
|
|
|
# Display the weekly sales summary
|
|
pad_week = len(str(weeks.total))
|
|
pad_sale = len(str(weeks.sales))
|
|
total = 0
|
|
msg += "\nWeekly📊"
|
|
for i in range(len(weeks.summary)):
|
|
msg += "#" + str(weeks.current).rjust(pad_week) + ". " + str(weeks.summary[i]['sales']).rjust(pad_sale) + \
|
|
" sold x " + locale.currency(weeks.summary[i]['price'], grouping=True) + "ea. "
|
|
total = total + weeks.summary[i]['sales']
|
|
|
|
# Update the total sales for the game
|
|
weeks.total_sales += total
|
|
|
|
# Loop through a range of prices to find the highest net profit
|
|
maxsales = 0
|
|
maxprice = 0.00
|
|
maxgross = 0.00
|
|
maxnet = 0.00
|
|
minnet = net
|
|
for i in range(25, 2500, 25):
|
|
price = i / 100 # range uses integers, not currency (floats)
|
|
sales = get_sales_amount(potential, unit, price)
|
|
margin = price - unit
|
|
gross = sales * price
|
|
net = sales * margin
|
|
if (sales > 0) and \
|
|
(sales <= potential) and \
|
|
(unit <= price):
|
|
if (net > maxnet):
|
|
maxsales = sales
|
|
maxprice = price
|
|
maxgross = gross
|
|
maxnet = net
|
|
if (maxnet > minnet):
|
|
msg += "Sales could have been:"
|
|
msg += " " + str(maxsales) + " sold x " + locale.currency(maxprice, grouping=True) + "ea. @" + \
|
|
locale.currency(maxgross, grouping=True) + " for a net profit of " + locale.currency(maxnet, grouping=True)
|
|
if (inventory.cups <= 0):
|
|
msg += " You ran out of cups.🥤"
|
|
if (inventory.lemons <= 0):
|
|
msg += " You ran out of lemons.🍋"
|
|
if (inventory.sugar <= 0):
|
|
msg += " You ran out of sugar.🍚"
|
|
else:
|
|
msg += "\nCongratulations 🍋🍋 your sales were perfect!🎉"
|
|
|
|
# Increment the score counters
|
|
score.value = score.value + minnet
|
|
score.total = score.total + maxnet
|
|
|
|
|
|
# Increment the week number
|
|
if (weeks.current == weeks.total):
|
|
# end of the game
|
|
success = round((score.value / score.total) * 100)
|
|
msg += "\nYou've made " + locale.currency(score.value, grouping=True) + " out of a possible " + \
|
|
locale.currency(score.total, grouping=True) + " for a score of " + str(success) + "% "
|
|
msg += "You've sold " + str(weeks.total_sales) + " total 🥤🍋"
|
|
|
|
# check for high score
|
|
high_score = getHighScoreLemon()
|
|
if (inventory.cash > int(high_score['cash'])):
|
|
msg += "\nCongratulations! You've set a new high score!🎉💰🍋"
|
|
high_score['cash'] = inventory.cash
|
|
high_score['success'] = success
|
|
high_score['userID'] = nodeID
|
|
with open('data/lemonstand.pkl', 'wb') as file:
|
|
pickle.dump(high_score, file)
|
|
endGame(nodeID)
|
|
|
|
else:
|
|
# keep playing
|
|
# set the last command to new in the inventory db
|
|
for i in range(len(lemonadeTracker)):
|
|
if lemonadeTracker[i]['nodeID'] == nodeID:
|
|
lemonadeTracker[i]['cmd'] = "new"
|
|
lemonadeTracker[i]['time'] = time.time()
|
|
|
|
weeks.current = weeks.current + 1
|
|
|
|
msg += f"Play another week🥤? or (E)nd Game"
|
|
|
|
saveValues(nodeID, inventory, cups, lemons, sugar, weeks, score)
|
|
return msg
|