Kostro on Nostr: # Constants blocks_per_adjustment = 2016 # Number of blocks between difficulty ...
# Constants
blocks_per_adjustment = 2016 # Number of blocks between difficulty adjustments
target_time_per_block = 10 * 60 # 10 minutes per block in seconds
target_time_for_adjustment = blocks_per_adjustment * target_time_per_block # Time for 2016 blocks
# Function to calculate new difficulty
def calculate_new_difficulty(previous_difficulty, actual_time_taken):
# Difficulty adjustment factor is based on the ratio of actual time to target time
adjustment_factor = target_time_for_adjustment / actual_time_taken
# Limit the adjustment factor between 0.25x and 4x (Bitcoin's rules)
adjustment_factor = max(0.25, min(adjustment_factor, 4))
# New difficulty is previous difficulty multiplied by the adjustment factor
new_difficulty = previous_difficulty * adjustment_factor
return new_difficulty
# Example usage:
previous_difficulty = 1000000 # Example previous difficulty value
actual_time_taken = 14 * 24 * 60 * 60 # Example actual time taken for 2016 blocks (14 days)
new_difficulty = calculate_new_difficulty(previous_difficulty, actual_time_taken)
print(f"New difficulty: {new_difficulty}")
blocks_per_adjustment = 2016 # Number of blocks between difficulty adjustments
target_time_per_block = 10 * 60 # 10 minutes per block in seconds
target_time_for_adjustment = blocks_per_adjustment * target_time_per_block # Time for 2016 blocks
# Function to calculate new difficulty
def calculate_new_difficulty(previous_difficulty, actual_time_taken):
# Difficulty adjustment factor is based on the ratio of actual time to target time
adjustment_factor = target_time_for_adjustment / actual_time_taken
# Limit the adjustment factor between 0.25x and 4x (Bitcoin's rules)
adjustment_factor = max(0.25, min(adjustment_factor, 4))
# New difficulty is previous difficulty multiplied by the adjustment factor
new_difficulty = previous_difficulty * adjustment_factor
return new_difficulty
# Example usage:
previous_difficulty = 1000000 # Example previous difficulty value
actual_time_taken = 14 * 24 * 60 * 60 # Example actual time taken for 2016 blocks (14 days)
new_difficulty = calculate_new_difficulty(previous_difficulty, actual_time_taken)
print(f"New difficulty: {new_difficulty}")