Using The Ichimoku Cloud
Use
Commonly used in
Japanese trading rooms, Ichimoku is often applied to establish the trend
for a pair and detect trend breakouts. It is decent during range bound
markets and like most indicators performance often improves when used
over longer time frames.
History
The Ichimoku Cloud
was originally called the 'Ichimoku Kinko Hyo.' Where Ichimoku means
'one glance,'Kinko 'balance' and Hyo 'chart.' Thus the full translation
could best be described as 'one glance balanced chart.' Originally
developed by Goichi Hosada pre WWII, a newspaper journalist (published
in 1969) who wanted to develop an Uber-indicator that could provide the
trader with various levels of support/resistance, entry/exit points,
direction of the trend, and strength of the signal.
Kumo, the Ichimoku Cloud
It later became
known as the 'Ichimoku Cloud' since the most characteristic feature of
the indicator is the cloud (Kumo), which is designed to represent
various levels of support and resistance. In developing the cloud,
Hosada realized support/resistance levels were not single lines drawn in
the sand, since traders were often placing their trades at various
distances from the support levels. Thus, since support was many layers
deep from the offers/bids around the level, he created a cloud to
represent the past levels of support/resistance.
The cloud is composed
of the two Senkou Span lines (A&B or 1&2) which are pushed
forward in time, and when the area between them is shaded in, it makes a
cloud-like shape. The most basic theory of this indicator is that if
the price is above the cloud, the overall trend is bullish while below
the cloud is bearish, and in the cloud is non-biased or unclear. Lastly,
when the price is above the cloud, then the top of the cloud will act
as a general support level, and when price is below, the cloud base will
act as resistance. But remember the cloud has thickness, and thus
resistance does as well, which by making these thicker reduces the risk
of a false breakout.
The indicator goes much
further than this, with using two moving average lines; the Tenkan Line
and the Kijun Line, which are 9 and 26 day moving averages
(exponential). The Tenkan Line is really the conversion line which is
when crosses the Kijun line from underneath, is indicative of a bullish
signal. When it crosses over the Kijun line from above pointing
downward, it becomes indicative of a bearishsignal.Chikou Span- There is also one last
line called the Chikou Span, which is representative of today's price
moved back 26 periods ago. This is where the strength of the signal
comes in. If you have a bearish signal (downward crossover of the Tenkan
over the Kijun) and the Chikou Span is below the base, then the signal
strength increases. If you have a bullish crossover (Tenkan crosses the
Kijun from underneath) and the Chikou Span is above the cloud top, then
the signal strength increases.There is one last
metric for the strength of the signal and confirmation for your buy/sell
signal. If the crossover of the two lines (Tenkan & Kijun) occurs
above the cloud, then the bullish signal strength increases and is
further confirmation. If the crossover occurs below the cloud, then the
bearish signal intensifies and is further confirmation. Medium buy/sell
signals occur when the crossover takes place in the cloud, and weak
occurs when the bullish crossover is below the cloud, while a weak
bearish signal occurs above the cloud. Signal Types -Strong Bullish SignalMedium Bullish SignalWeak Bullish Signal
Tenkan & Kijun Lines
Clearly there are
many different combinations of signals from Ichimoku, and each variable
affects the strength of the signal. The numerous combinations will leave
some discretion to the seasoned trader.
Formulas
• Tenkan Line; (highest high + lowest low)/2 calculated over last 9 periods.
• Kijun Line; (highest high + lowest low)/2 calculated over last 26 periods.
• Chikou Span; (most current closing price plotted 26 time periods back.
• Senkou Span A; (Tenkan line + Kijun Line)/2 plotted 26 time periods ahead
• Senkou Span B; (highest high + lowest low)/2 calculated over past 52 time periods, sent 26 periods ahead.



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