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2. समय-सीमा बिजली व्यापार रणनीति

समय-सीमा बिजली व्यापार रणनीति

लेखक:चाओझांग, दिनांक: 2023-11-23 15:32:00
टैगः

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/*backtest
start: 2023-10-23 00:00:00
end: 2023-11-22 00:00:00
period: 1h
basePeriod: 15m
exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT"}]
*/

// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/

//@version=4
strategy("Timeframe Time of Day Buying and Selling Strategy", overlay=true)

frommonth = input(defval = 6, minval = 01, maxval = 12, title = "From Month")
fromday = input(defval = 14, minval = 01, maxval = 31, title = "From day")
fromyear = input(defval = 2021, minval = 1900, maxval = 2100, title = "From Year")

tomonth = input(defval = 12, minval = 01, maxval = 12, title = "To Month")
today = input(defval = 31, minval = 01, maxval = 31, title = "To day")
toyear = input(defval = 2100, minval = 1900, maxval = 2100, title = "To Year")

timeframes = array.new_string(48, '')
timeframes_options = array.new_string(49, 'None')

array.set(timeframes,0,'2330-0000')
array.set(timeframes_options,0, input(defval='None', options=['Long','Short','None'], title='0000-0030'))
array.set(timeframes,1,'0000-0030')
array.set(timeframes_options,1, input(defval='Long', options=['Long','Short','None'], title='0030-0100'))
array.set(timeframes,2,'0030-0100')
array.set(timeframes_options,2, input(defval='Long', options=['Long','Short','None'], title='0100-0130'))
array.set(timeframes,3,'0100-0130')
array.set(timeframes_options,3, input(defval='Long', options=['Long','Short','None'], title='0130-0200'))
array.set(timeframes,4,'0130-0200')
array.set(timeframes_options,4, input(defval='Long', options=['Long','Short','None'], title='0200-0230'))
array.set(timeframes,5,'0200-0230')
array.set(timeframes_options,5, input(defval='None', options=['Long','Short','None'], title='0230-0300'))
array.set(timeframes,6,'0230-0300')
array.set(timeframes_options,6, input(defval='None', options=['Long','Short','None'], title='0300-0330'))
array.set(timeframes,7,'0300-0330')
array.set(timeframes_options,7, input(defval='None', options=['Long','Short','None'], title='0330-0400'))
array.set(timeframes,8,'0330-0400')
array.set(timeframes_options,8, input(defval='None', options=['Long','Short','None'], title='0400-0430'))
array.set(timeframes,9,'0400-0430')
array.set(timeframes_options,9, input(defval='None', options=['Long','Short','None'], title='0430-0500'))
array.set(timeframes,10,'0430-0500')
array.set(timeframes_options,10, input(defval='None', options=['Long','Short','None'], title='0500-0530'))
array.set(timeframes,11,'0500-0530')
array.set(timeframes_options,11, input(defval='None', options=['Long','Short','None'], title='0530-0600'))
array.set(timeframes,12,'0530-0600')
array.set(timeframes_options,12, input(defval='None', options=['Long','Short','None'], title='0600-0630'))
array.set(timeframes,13,'0600-0630')
array.set(timeframes_options,13, input(defval='None', options=['Long','Short','None'], title='0630-0700'))
array.set(timeframes,14,'0630-0700')
array.set(timeframes_options,14, input(defval='None', options=['Long','Short','None'], title='0700-0730'))
array.set(timeframes,15,'0700-0730')
array.set(timeframes_options,15, input(defval='None', options=['Long','Short','None'], title='0730-0800'))
array.set(timeframes,16,'0730-0800')
array.set(timeframes_options,16, input(defval='None', options=['Long','Short','None'], title='0800-0830'))
array.set(timeframes,17,'0800-0830')
array.set(timeframes_options,17, input(defval='None', options=['Long','Short','None'], title='0830-0900'))
array.set(timeframes,18,'0830-0900')
array.set(timeframes_options,18, input(defval='None', options=['Long','Short','None'], title='0900-0930'))
array.set(timeframes,19,'0900-0930')
array.set(timeframes_options,19, input(defval='None', options=['Long','Short','None'], title='0930-1000'))
array.set(timeframes,20,'0930-1000')
array.set(timeframes_options,20, input(defval='None', options=['Long','Short','None'], title='1000-1030'))
array.set(timeframes,21,'1000-1030')
array.set(timeframes_options,21, input(defval='None', options=['Long','Short','None'], title='1030-1100'))
array.set(timeframes,22,'1030-1100')
array.set(timeframes_options,22, input(defval='None', options=['Long','Short','None'], title='1100-1130'))
array.set(timeframes,23,'1100-1130')
array.set(timeframes_options,23, input(defval='None', options=['Long','Short','None'], title='1130-1200'))
array.set(timeframes,24,'1130-1200')
array.set(timeframes_options,24, input(defval='None', options=['Long','Short','None'], title='1200-1230'))
array.set(timeframes,25,'1200-1230')
array.set(timeframes_options,25, input(defval='None', options=['Long','Short','None'], title='1230-1300'))
array.set(timeframes,26,'1230-1300')
array.set(timeframes_options,26, input(defval='None', options=['Long','Short','None'], title='1300-1330'))
array.set(timeframes,27,'1300-1330')
array.set(timeframes_options,27, input(defval='None', options=['Long','Short','None'], title='1330-1400'))
array.set(timeframes,28,'1330-1400')
array.set(timeframes_options,28, input(defval='None', options=['Long','Short','None'], title='1400-1430'))
array.set(timeframes,29,'1400-1430')
array.set(timeframes_options,29, input(defval='None', options=['Long','Short','None'], title='1430-1500'))
array.set(timeframes,30,'1430-1500')
array.set(timeframes_options,30, input(defval='None', options=['Long','Short','None'], title='1500-1530'))
array.set(timeframes,31,'1500-1530')
array.set(timeframes_options,31, input(defval='None', options=['Long','Short','None'], title='1530-1600'))
array.set(timeframes,32,'1530-1600')
array.set(timeframes_options,32, input(defval='None', options=['Long','Short','None'], title='1600-1630'))
array.set(timeframes,33,'1600-1630')
array.set(timeframes_options,33, input(defval='None', options=['Long','Short','None'], title='1630-1700'))
array.set(timeframes,34,'1630-1700')
array.set(timeframes_options,34, input(defval='None', options=['Long','Short','None'], title='1700-1730'))
array.set(timeframes,35,'1700-1730')
array.set(timeframes_options,35, input(defval='None', options=['Long','Short','None'], title='1730-1800'))
array.set(timeframes,36,'1730-1800')
array.set(timeframes_options,36, input(defval='None', options=['Long','Short','None'], title='1800-1830'))
array.set(timeframes,37,'1800-1830')
array.set(timeframes_options,37, input(defval='None', options=['Long','Short','None'], title='1830-1900'))
array.set(timeframes,38,'1830-1900')
array.set(timeframes_options,38, input(defval='None', options=['Long','Short','None'], title='1900-0930'))
array.set(timeframes,39,'1900-0930')
array.set(timeframes_options,39, input(defval='None', options=['Long','Short','None'], title='1930-2000'))
array.set(timeframes,40,'1930-2000')
array.set(timeframes_options,40, input(defval='None', options=['Long','Short','None'], title='2000-2030'))
array.set(timeframes,41,'2000-2030')
array.set(timeframes_options,41, input(defval='None', options=['Long','Short','None'], title='2030-2100'))
array.set(timeframes,42,'2030-2100')
array.set(timeframes_options,42, input(defval='None', options=['Long','Short','None'], title='2100-2130'))
array.set(timeframes,43,'2100-2130')
array.set(timeframes_options,43, input(defval='None', options=['Long','Short','None'], title='2130-2200'))
array.set(timeframes,44,'2130-2200')
array.set(timeframes_options,44, input(defval='None', options=['Long','Short','None'], title='2200-2230'))
array.set(timeframes,45,'2200-2230')
array.set(timeframes_options,45, input(defval='None', options=['Long','Short','None'], title='2230-2300'))
array.set(timeframes,46,'2230-2300')
array.set(timeframes_options,46, input(defval='None', options=['Long','Short','None'], title='2300-2330'))
array.set(timeframes,47,'2300-2330')
array.set(timeframes_options,47, input(defval='None', options=['Long','Short','None'], title='2330-0000'))


string_hour = hour<10?'0'+tostring(hour):tostring(hour)
string_minute = minute<10?'0'+tostring(minute):tostring(minute)
current_time = string_hour+string_minute


f_strLeft(_str, _n) =>
    string[] _chars = str.split(_str, "")
    int _len = array.size(_chars)
    int _end = min(_len, max(0, _n))
    string[] _substr = array.new_string(0)
    if _end <= _len
        _substr := array.slice(_chars, 0, _end)
    string _return = array.join(_substr, "")

f_strRight(_str, _n) =>
    string[] _chars = str.split(_str, "")
    int _len = array.size(_chars)
    int _beg = max(0, _len - _n)
    string[] _substr = array.new_string(0)
    if _beg < _len
        _substr := array.slice(_chars, _beg, _len)
    string _return = array.join(_substr, "")


for i = 0 to array.size(timeframes) - 1
    start_time = f_strLeft(array.get(timeframes, i), 4)
    end_time = f_strRight(array.get(timeframes, i), 4)
    
    if current_time == end_time and array.get(timeframes_options, i)!='None' and array.get(timeframes_options, i) != array.get(timeframes_options, i==47?0:i+1) and timestamp(toyear, tomonth, today, 00, 00)
        strategy.close_all()

    if current_time == start_time and array.get(timeframes_options, i)!='None' and array.get(timeframes_options, i) != array.get(timeframes_options, i==0?47:i-1)
        if array.get(timeframes_options, i) == 'Long'
            strategy.entry("Long", strategy.long, when=(time > timestamp(fromyear, frommonth, fromday, 00, 00) and time < timestamp(toyear, tomonth, today, 00, 00)))
        else if array.get(timeframes_options, i) == 'Short'
            strategy.entry("Short", strategy.short, when=(time > timestamp(fromyear, frommonth, fromday, 00, 00) and time < timestamp(toyear, tomonth, today, 00, 00)))

---

• लाभ लेने और स्टॉप लॉस के साथ डुप खरीदना
• आरएसआई अक्षीय चलती औसत क्रॉसओवर रणनीति
• दोहरी एसएमए क्रॉसओवर रणनीति
• दोहरी ईएमए और आरएसआई संयोजन रणनीति
• अनुमान खाड़ीः एसएआर के आधार पर ट्रेंड फॉलो रणनीति
• मूविंग एवरेज पर आधारित मूल आदिम ट्रेंड ट्रैकिंग रणनीति
• बोलिंगर बैंड्स स्टॉप लॉस रणनीति
• बहु-सूचक पर आधारित रुझान ट्रैकिंग रणनीति
• एकाधिक चलती औसत गतिशील प्रवृत्ति रणनीति
• मूल्य आधारित स्टॉप लॉस और ले लाभ रणनीति
• द्विदिशात्मक ट्रेंड ट्रैकिंग मूविंग एवरेज क्रॉसओवर रणनीति
• व्यक्तिगत गति व्यापार रणनीति
• रणनीति का पालन करते हुए चलती औसत लिफाफा चैनल की प्रवृत्ति
• ट्रेंड जजमेंट के साथ संयुक्त गतिशीलता बहु-कारक मात्रात्मक ट्रेडिंग रणनीति
• आंतरिक आयाम स्टॉप लॉस पर आधारित गति ब्रेकआउट रणनीति
• गोल्डन क्रॉस पर आधारित ट्रेंड ट्रेडिंग रणनीति
• चैनल ब्रेकआउट के आधार पर ट्रेंड ट्रैकिंग रणनीति
• पिरामिडिंग के साथ बोलिंगर ब्रेक आउट रणनीति
• गति का पता लगाने की रणनीति
• सीसीटीबीओ रिवर्सल ट्रैकिंग रणनीति