Application Store
5 and 10 Day Exponential Moving Average Cross
The example application for quantonomics. This application is a simple 5 and 10 day exponential moving average cross. Anytime the slower 5 day exponential moving average goes above or below the slower 10 day moving average a trade occurs.
RSI Overbought Oversold
An example quantonomics application. This application looks for oversold and overbought conditions. This application will go long in oversold conditions and short on overbought conditions. The trade is closed once Relative Strength Index reaches 50.
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5 and 10 Day Exponential Moving Average Cross by quantonomicsThe example application for quantonomics. This application is a simple 5 and 10 day exponential moving average cross. Anytime the slower 5 day exponential moving average goes above or below the slower 10 day moving average a trade occurs.
157 Installed Users -
RSI Overbought Oversold by quantonomicsAn example quantonomics application. This application looks for oversold and overbought conditions. This application will go long in oversold conditions and short on overbought conditions. The trade is closed once Relative Strength Index reaches 50.
77 Installed Users -
Relative Strength Index Breakout by quantonomicsAn example quantonomics application. This application looks for oversold and overbought conditions. Then attempt to buy into these conditions as breakouts. Trades are closed out when RSI moves back to the middle position.
11 Installed Users -
Bollinger Band Breakout by quantonomicsAn example quantonomics application. This application looks for when the price goes above or below the upper and lower Bollinger bands. Once, it breaks the price point it opens a trade in that direction. If the price reaches the mid-point then it will close an open position.
30 Installed Users -
Aroon Cross Over Backtester by quantonomicsAn example quantonomics application. This application looks for when a stock is in its standard aroon range (30-70), and when there is a cross over of the up or down aroon indicators it takes a trade.
13 Installed Users -
The Opening Gap Trading System by quantonomicsAn example quantonomics application. This application looks for opening gaps and attempts to fade the gaps. Each day it looks for when there is a difference between the previous days close and the next days open. Then makes a trade in the opposite direction of the gap. It has a stop loss of half the size of the gap, and takes profit when the gap is closed.
38 Installed Users -
Bullish and Bearish Engulfing Candlesticks by quantonomicsAn example quantonomics application. This application looks for when there is a bearish engulfing candlestick it will open a short trade until there is a bullish engulfing candlestick to close it. If there is a bullish engulfing candlestick it will open a long trade until there is a bearish engulfing candlestick.
22 Installed Users -
Chaikin Money Flow (CMF) Trading System by quantonomicsAn example quantonomics application. This application looks for when the CMF is above 0.25 then it will take a long trade, and close the trade once it reaches below 0. When the CMF is below -0.25 then it will take a short trade, and close the trade once it reaches above 0.
17 Installed Users -
Weekly Pivot Points Swing Trade by quantonomicsAn example Quantonomics application. Traders on the trading pits were only allowed to carry pens, notepads and calculators to record the price and do some calculations. So traders use pivot points as a guide to support and resistance level for their trading.In essence, there are 3 support and resistance price levels around the pivot point. Pivot point trading still exists and can now be applied to electronic trading and lots of traders are taking advantage of this simple trading technique. This application looks at the previous 7 days and generates pivot points. For each breakout of a resistance level a long trade is taken. For each breakout of a support level a short trade is taken. Pivot point (PP) = ( Highest High+Lowest Low+ Average Close)/3 Support S1=(2x PP)-high S2 =PP-high+low S3 =low-2x(high-low) Resistance R1=(2xPP)-low R2=PP+high-low R3=high+2x(PP-low)
28 Installed Users -