Consensus Tables - Oscillators, Multi-MA , DFMA, and IchimokuThis indicator is a series of underlaid tables that determine a consensus value using a simple positive or negative score for a set signal. This consensus value is also shown as a histogram and reflected on the chart's bar colors. There are a total of four different table options to choose from: a set of trend and volume oscillators, a set of 11 moving averages, a set of Fibonacci moving averages and their own consensus line, and a set of Ichimoku-based conditions. The type of table can be chosen from a drop-down menu at the top of the user settings, with settings for each of the table types grouped up respectively.
Oscillator Table:
The Oscillator table consists of the Average Directional Index (ADX) set as a value instead of +/- and is not used in the scoring to gather consensus. Rather, a value of 25 or above is used to confirm the trend regardless of positive or negative. The Chande Momentum Oscillator (CMO), Detrended Price Oscillator (DPO), Momentum, Rate of Change (ROC), Relative Strength Index (RSI), True Strength Index (TSI), and Volume Oscillator are used in the Oscillator table for a consensus value and given a + or - depending on the condition being met. The conditions and weighting are as follows:
-- CMO > or < 0, given a weight of +/- 2
-- DPO > or < 0, given a weight of +/- 2
-- Momentum > or < 0, given a weight of +/- 2
-- ROC > or < 0, given a weight of +/- 2
-- RSI > or < 50, given a weight of +/- 1
-- TSI Value Line > or < 0, given a weight of +/- 1
-- TSI Signal Line > or < 0, given a weight of +/- 1
-- Volume Osc. > or < 0, given a weight of +/- 2
The consensus value is determined by adding these values together and dividing by 13.
Multi-MA Table:
For the Moving Average Ribbon/Multi-MA table the user is able to determine the source, type, and lengths of 11 moving averages. The type selection consists of EMA, DEMA, TEMA, SMA, RMA, VWMA, WMA, SMMA, and a Hull MA. The preset values for the 11 moving averages are 5, 7, 10, 14, 21, 26, 50, 75, 100, 150, and 200. The consensus conditions and weighting are as follows:
-- If MA(1 through 10) < or > the price source, given a weight of +/- 1
-- If MA(11) < or > the price source, given a weight of +/- 2
The consensus value is determined by adding these values together and dividing by 12.
DFMA Table:
The Democratic Fibonacci Moving Average table is derived from our indicator of the same name. The source for the DFMA can be chosen by the user, but the SMA lengths are predetermined in Fibonacci intervals from 3 to 233. The DFMA line itself is determined by finding the average value of these 10 Fibonacci MA lengths. The consensus conditions and weighting are as follows:
-- If Fib. MA (3-233) < or > the source, given a weight of +/- 1
-- If DFMA value < or > the source, given a weight of +/- 2
The consensus value is determined by adding these values together and dividing by 12.
Ichimoku Table:
The Ichimoku table values a handful of conditions using the Tenkan-sen/Conversion Line, Kijun-sen/Base Line, Senkou-span A and B, and the Chikou-span, each of which are given their standard values of 9, 26, 52, and 26, respectively, but can be changed in the user settings if desired. As opposed to the other tables, there are fewer conditions to be met and given values to. All of the conditions are given the same weighting (+/- 1). The conditions are as follows:
-- Kijun-sen < or > the source
-- Tenkan-sen < or > the source
-- Kijun-sen > or < the Chikou-span
-- Tenkan-sen > or < the Kijou-sen
-- Senkou Span A > or < Senkou Span B
The consensus value is determined by dividing the total value by 5.
Overall consensus and overall trend values are given alongside each of these options. The overall consensus value is determined by taking the average of the 4 respective consensus values. Trend values are determined as such:
-- If consensus value >= 0.75, considered a "Strong Buy"
-- If consensus value is between 0.25 and 0.75, considered a "Buy"
-- If consensus value is between 0.25 and -0.25, considered "Neutral"
-- If consensus value is between -0.25 and -0.75, considered a "Sell"
-- If consensus value is <= -0.75, considered a "Strong Sell"
Table colors are set as either green, red, or gray to reflect positive, negative, and neutral sentiment sentiment. Bar colors reflect the consensus value and the determined table trend:
-- If trend for the chosen table is "Strong Buy", bar color is green
-- If trend for the chosen table is "Buy", bar color is lime
-- If trend for the chosen table is "Neutral", bar color is gray
-- If trend for the chosen table is "Sell", bar color is orange
-- If trend for the chosen table is "Strong Sell", bar color is red
DMO
Dynamic Momentum Oscillator (DYNAMO) by M.YALCINIn July 1996 Futures magazine, E. Marshall Wall introduces the Dynamic Momentum Oscillator (Dynamo). Please refer to this article for interpretation.
The Dynamo oscillator is a normalizing function that adjusts the values of a standard oscillator for trendiness by taking the difference between the value of the oscillator and a moving average of the oscillator and then subtracting that value from the oscillator midpoint.
Dynamo Oscillator is calculated according to:
Dynamo = Mc - ( MAo - O )
where:
Mc = the midpoint of the oscillator
MAo = a moving average of the oscillator
O = the oscillator
Usage:
This concept can be applied to most oscillators to improve their results.
This example applies it to an RSI oscillator in MetaStock:
50-(Mov(RSI(14),21,S)-RSI(14))
where:
Mc = RSI's midpoint = 50
MAo = Moving average of the RSI = Mov(RSI(14),21,S
O= RSI Oscillator = RSI(14)
Also with this indicator, you can adjust the moving average type and RSI calculation types dynamically.
Dynamo Strategy In July 1996 Futures magazine, E. Marshall Wall introduces the
Dynamic Momentum Oscillator (Dynamo). Please refer to this article
for interpretation.
The Dynamo oscillator is a normalizing function which adjusts the
values of a standard oscillator for trendiness by taking the difference
between the value of the oscillator and a moving average of the oscillator
and then subtracting that value from the oscillator midpoint.
