Please tell me how to write the currency with the largest increase in 4 hours in order to get the Bitcoin cash.
Inventors quantify - small dreamsIn order to get the largest increase in the Binance spot market in 4 hours, you can do the following: First, you need to get the price data of the Bitcoin spot market, including the opening and current prices of each currency. You can use the Bitcoin API to get this data. 2, Calculate gains: For each currency, calculate their gains, i.e. the difference between the current price and the price 4 hours ago. 3⁄4 Find the most popular currency: Go through all the currencies, find the most popular currency and record the information about it. The following is an example of pseudo-code that demonstrates how this process can be achieved: ``python Import requests Import time # Get price data from the real currency market def get_binance_spot_market_data (): If you want to use binary options, you can do so by clicking here. response = requests.get ((url)) if response.status_code == 200: return response.json ()) Other: return None # Calculating growth def calculate_price_change ((open_price, current_price): return (current_price - open_price) / open_price is the current_price # Get the timestamp from 4 hours ago def get_four_hours_ago_timestamp (((): current_timestamp = int ((time.time)) * 1000) four_hours_ago_timestamp = current_timestamp - 4 * 60 * 60 * 1000 return four hours ago timestamp # The main logic def find_best_performing_coin (((): This is a list of all the different ways get_binance_spot_market_data is credited in the database. if market_data is None: return None What do you think? The time stamp is four_hours_ago. What do you think? Best_coin = None Best_price_change is 0.0 What do you think? for coin_data in market_data: Open_price = float ((coin_data ("openPrice"))) is the name of the float. Current_price = float ((coin_data["lastPrice"]) What do you think? # Calculating growth price_change = calculate_price_change (open_price, current_price) What do you think? # If it's four hours of data If int ((coin_data["closeTime"]) > four_hours_ago_timestamp: If price_change > best_price_change: Best_price_change = price_change The best_coin = coin_data [ "symbol"] What do you think? return the best_coin # Find the currency that is rising most The best_coin = find_best_performing_coin print ((("Most appreciated currency:", best_coin) What's up? The above is a basic idea, which is simply to get the price data, calculate the price drop (the price drop formula is very simple, that is, the difference in price changes divided by the price, calculate the price drop), and then filter. A recent example of a straightforward drawing of a blank can be seen here.
RunningBitsI'm looking forward to seeing a direct example that can be used:)
Inventors quantify - small dreamsI'm not being polite.
feizai008Thank you Dreams!