Calculate the time it takes prior to break even from breeding axies. Currently supports ABC and ABCD loops. Crypto prices are pulled from known services, or can be specified by the user.
from decimal import Decimal
from axie_money.calculators import BreedingProfitCalculator, PriceConverter
price_converter=PriceConverter(
slp_rate=Decimal("0.08"), axs_rate=Decimal("37"), eth_rate=Decimal("3140")
)
calculator = BreedingProfitCalculator(
price_converter=price_converter,
price_floor=Decimal("0.173"),
price_ceiling=Decimal("0.69"),
)
initial_capital = calculator.calculate_initial_capital(
parent_prices=[
Decimal("0.5"),
Decimal("0.5"),
Decimal("0.5")
]
)
breeding_cost = calculator.calculate_cumulative_breeding_cost(
breed_count=4,
parent_count=2
)
sale_price = calculator.calculate_sale_price(offspring_sold=2)
profit = calculator.calculate_profit(breeding_cost, sale_price)
roi_generations = calculator.calculate_roi_generations(
initial_capital, breeding_cost, profit
)
calculator.calculate_roi_days(
roi_generations=roi_generations
)Calculate the time it takes prior to break even from a scholarship.
from decimal import Decimal
from axie_money.calculators import ScholarshipProfitCalculator, PriceConverter
price_converter=PriceConverter(
slp_rate=Decimal("0.08"), axs_rate=Decimal("67"), eth_rate=Decimal("3140")
)
calculator = ScholarshipProfitCalculator(
price_converter=price_converter,
min_slp=Decimal("100"), # Minimum required SLP the scholar has to farm per day
max_slp=Decimal("200"), # Theoretical maximum SLP the scholar can farm per day
percentage=Decimal("0.5")
)
initial_capital = calculator.calculate_initial_capital(
[Decimal("0.18"), Decimal("0.22"), Decimal("0.169")]
)
days = 30
actual_average = calculator.calculate_actual_average_slp_per_day(
4000, # Unclaimable SLP the scholar is currently holding
days # Number of days in a period, ie 30 if calculating for a monthly period
)
calculator.calculate_roi_days(
initial_capital, actual_average, days
)