Like TTM Squeeze indicator by @Greeny ? This one is made for you. Get the most efficients squeezes at once (15m, 20m, 30m, 45m, 60m, 120m) on top of the Chaikin Money Flow (CMF) indicator.
// Volatility // Red : short ema of volatility // Aqua: sma 20 of volatility
// Better Display of Volume change // green candle : Big volume change // red Candle : Small volume change // Default for BTC m5 // Big volume are limited up to $limup% 5% // Pump : Volume over $limgreen% 2% // Flat : Very Small Volume under $limdo% 0.2% // Adjust based on volatility / TF // BTC/USD 1h : 4,2,0.25
Chande Kroll Stop Set Up P = 9 X = 1.5 Q= 14 Short line(Green) Long Line (Red)
When bitcoin is in an uptrend, a very profitable strategy is to buy GBTC when premium to NAV is low, and sell when it reaches extremes. This can be far more profitable than buying bitcoin itself.
Shows BTCUSDLONGS vs BTCUSDSHORTS along with their rate of change on a scale that's friendly for a combined indicator. ROC is increased proportionally so you can see it in relationship to Open Shorts and Open Longs on the same graph without zooming. I had been using an offset as well, but using an offset to adjust position causes the highs to look lower and it...
This script plots the longs/shorts ratio derived from Bitfinex for BTCUSDLONGS, BTCUSDSHORTS, and similar for 11 top cryptocurrencies chosen selected based on marketcap, trading volume on Bitfinex, and the maximum number of times that TradingView would let me call the "security" function in one script. Included coins: BTC, ETH, LTC, BCH, XRP, EOS, IOT (IOTA),...
A Bollinger Strategy where we try to squeeze out some profits.
The indicator itself looks at different Exchanges and compares the change in price of them. If one spikes up, we go long with it as we assume our Exchange will follow. Vice versa for short.
The Garman and Klass estimator for estimating historical volatility assumes Brownian motion with zero drift and no opening jumps (i.e. the opening = close of the previous period). This estimator is 7.4 times more efficient than the close-to-close estimator.