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BAND / TetherUS PERPETUAL CONTRACT

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BANDUSDT.P trade ideas

Band - TIme to go down babyReasons to take short ⭐️ BTC bearish trend ⭐️ Trendline is clear ⭐️ Volume at top ⭐️ Slowly squeezing down ⭐️ 5th touch ⭐️ False breakdown ⭐️ Under VWAP Will enter when price squeezes to the level on 5m timeframe, the base will form and the strip will get faster. If you don't understand the previous sentence, just use swing stop-loss 3-5% Fix profit by parts: 1% - 1/3 2% - 1/3, stoploss to breakeven What's left, hold to the maximum What do you think of this idea? What is your opinion? Share it in the comments📄🖌 If you like the idea, please give it a like. This is the best "Thank you!" for the author 😊 P.S. Always do your own analysis before a trade. Put a stop loss. Fix profit in parts. Withdraw profits in fiat and reward yourself and your loved ones
Short
by Artem_Dishel
3
multitype dynamic multi registry with categories 3d matrix using matrixes, and overloads.. a complete parallel multiregistry, multitype,multikey datastore. it can use get, set, delete, with as many registries and individual matrixes as the system can handle. system > registry category names key names for each item value (( to x/y in value matrix) value matrix item in x/y coords so putting item 'float XXX' with a value of XXX (ohlc..) for category 'ohlc values' into value matrix floats, floats1 for hist... etc.. historical value for the past X num of bars for all 4 values in historical matrixes.. here's an example.. almost done testing.. very powerful tool anyone with extensive skills who can take a look at it, i'm open for help prepping and finding any optimizations available as is, it is very very fast.. i believe i can improve though from here. _ohlcreg = initkeyregistry(2,2) _regfloats = ini_float(2,2) _hist1_floats = ini_float(2,2) _colorreg = ini_color(2,2) set(_regfloats , _ohlcreg, 'Normal', 'open ' , open ) set(_regfloats , _ohlcreg, 'Normal', 'high ' , high ) set(_regfloats , _ohlcreg, 'Normal', 'low ' , low ) set(_regfloats , _ohlcreg, 'Normal', 'close ' , close ) set(_regfloats , _ohlcreg, 'MTF' , 'open ' , request.security('MSFT', 'D', open )) set(_regfloats , _ohlcreg, 'MTF' , 'high ' , request.security('MSFT', 'D', high )) set(_regfloats , _ohlcreg, 'MTF' , 'low ' , request.security('MSFT', 'D', low )) set(_regfloats , _ohlcreg, 'MTF' , 'close ' , request.security('MSFT', 'D', close )) set(_hist1_floats, _ohlcreg, 'Normal', 'open ' , open ) set(_hist1_floats, _ohlcreg, 'Normal', 'high ' , high ) set(_hist1_floats, _ohlcreg, 'Normal', 'low ' , low ) set(_hist1_floats, _ohlcreg, 'Normal', 'close ' , close ) set(_hist1_floats, _ohlcreg, 'MTF' , 'open ' , request.security('MSFT', 'D', open )) set(_hist1_floats, _ohlcreg, 'MTF' , 'high ' , request.security('MSFT', 'D', high )) set(_hist1_floats, _ohlcreg, 'MTF' , 'low ' , request.security('MSFT', 'D', low )) set(_hist1_floats, _ohlcreg, 'MTF' , 'close ' , request.security('MSFT', 'D', close )) // add colors for these specific ones.. if a value is attempted to retrieve // but the spot on the value matrix is empty, it will siimple pull a typecast na. // so these colors show when specidfied.. will have to make a global or a '*' for any' set(_colorreg , _ohlcreg, 'Normal', 'open ' , color.red ) set(_colorreg , _ohlcreg, 'Normal', 'high ' , color.green ) set(_colorreg , _ohlcreg, 'Normal', 'low ' , color.blue ) set(_colorreg , _ohlcreg, 'Normal', 'close ' , color.orange) // ... etc.. // the retrieval now can select along any axis... // which matrix to use valmatrix = switch input(0) 0 => _regfloats 1 => _hist1_floats /// which group to pull from _barchoice = input.string('MTF', options = ) /// which value from that group-. valuechoice = switch input(1) 1 => 'open ' 2 => 'high ' 3 => 'low ' 4 => 'close ' plot(get(valmatrix, _ohlcreg, _barchoice, valuechoice )) plot(get(_regfloats , _ohlcreg, 'Normal', 'open '), 'Normal open ' , get(_colorreg , _ohlcreg, 'Normal', 'open ')) plot(get(_regfloats , _ohlcreg, 'Normal', 'high '), 'Normal high ' , get(_colorreg , _ohlcreg, 'Normal', 'high ')) plot(get(_regfloats , _ohlcreg, 'Normal', 'low '), 'Normal low ' , get(_colorreg , _ohlcreg, 'Normal', 'low ')) plot(get(_regfloats , _ohlcreg, 'Normal', 'close '), 'Normal close ' , get(_colorreg , _ohlcreg, 'Normal', 'close '))
Education
by kaigouthro
2