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One-click Buttons: for adding and removing entire portfolios
or individual symbols.
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Portfolio and Symbol Tables: located on the left. Select and
view your portfolio (default or user-created). See bid/ask
quotes for all 15 currency pairs in one location. Click on a
pair to view its chart.
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Menus for Time Period and Zoom: view currency pair in time
periods from 1-min bars to monthly bars. Zoom in or out from 1%
to 1600%.
- A
standard price chart:
depicts the high, the low, and the close. Can be set for either
candlestick or OHLC bars.
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Right-click Pop-up Menus: a right click anywhere on the
chart panel brings up a menu for drawing lines, modifying chart
features and indicators, and for adding studies from
Accumulation/Distribution to RSI.
- The
Gatekeeper: comprised of a series of 5 moving average
Stability Lines (colored fuchsia, green, red, and blue, and
yellow on the chart in Illustration 2.1) superimposed over the
individual price chart. Averages used to create the Stability
Lines are based on precise ratios derived through the
application of principles found in fractal geometry and wavelet
theory. Gatekeeper data drive internal calculations for
determining entry, stop loss values, and exit points.
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Data tables:
located on the right. Tables display price data and values of
the various indicators. They also show suggested stop loss
values. When the system detects a change in market direction, a
suggested exit point is also displayed.
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Tick Volume: because of the unique nature of our data, we
are able to provide the precise tick volume for each bar in all
time periods. Most Forex software packages do not include volume
of any kind.
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Entry signals: TFEFX automatically calculates fractal and
sub-fractal entry points. On the chart, buy signals are marked
with green arrows and sell signals with red arrows. When
filtered through a combination of certain trading hours and
lower time frames, particular to each individual currency pair,
these signals provide powerful and timely entry points.
- The
Momentum Oscillator: shows the strength and direction of the
market's underlying momentum. Based on concepts from fractal
geometry and wavelet theory, it depicts the major price waves
- The
Accelerometer: acts as an early warning signal, alerting you
to future changes in a market's trend. It is extremely sensitive
to changes in the acceleration or deceleration of market
momentum and depicts minor waves. When coupled with the Momentum
Oscillator, aids in making inferences about how the "mass mind"
has affected the day's trading. Formulas are derivatives of the
formula for the Momentum Oscillator.
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Chaos Theory
has been widely and effectively applied to understand and
predict behavior in complex systems such as weather patterns,
traffic flow through a city, turbulence (blood flowing through
the heart, air flowing over a wing), and brain wave activity.
It is also applicable to price action in the currency
markets.
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Fractal Geometry
includes the study of an object's roughness or smoothness. It
is also used for modeling complex organic and geological
systems, such as the growth of trees or the development of
river basins. It has direct application to the "roughness"
or "smoothness" in a series of changes in a currency's price
over time.
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Wavelet Theory
is employed in a variety of fields, including engineering,
chemistry, neurophysiology, nondestructive evaluation, pattern
recognition, fractals, and economics. Such applications
include analyzing brain signals for the detection of
Alzheimer's disease, analyzing ultrasonic weld inspection
signals for the detection of cracks in piping of nuclear power
plants, and analyzing fluctuations of financial markets,
among many others.
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Quantum Mechanics
is a branch of science that deals with the movement of
discrete, indivisible units of energy called quanta. Part of
the theory holds that energy is not continuous, but comes in
small but discrete units that behave both like particles and
like waves. Light waves for example, are made up of particles
(photons) appearing in random locations (probability density
clouds) in such a way that they can be observed as either
particles or as a wave. A single bar in a price chart would
be similar to a particle, while a series of price bars
appearing in random locations on the chart can be observed as
a wave.
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