Note: The angle spanning from .7242 Mon 06 Marc '23 21:30 and .7547 Tue 07 Mar '23 3:00 - It is about 19 on this scaling The next angle below it is 1/2 of that; 19/2 = 9.5 These intersect the price at .7547 and create time objectives; these time objectives were used concurrently with price to note times of major change.
Hello! Well wishes to you! In this tutorial is seen varying arcs with more - or less - eccentricity. In practical trading terms, the eccentricity would be how much time the arc covers compared to how much price it covers. An arc covering one days worth of time for a set amount of price would have more eccentricity - making it more oval shaped - than an arc...
Hope you are well! For this tutorial, the topic is how to create arcs using an angulation method. First, take an axis. This axis is down to up. Observe and determine whether it fits better as a 8x1 or 4x1 - or 1x8 and 1x4. Once that is determined, place the geometric angles onto the axis, and use the 1x1 angle as the axis for the arc. Grab your favorite arc...
Hey! Hope you are well! In this chart is shown the various 1x8-8x1 ellipses. The overlay on the four minute chart is shown here! Here is the beginning. There are successive boxes made on the chart. The boxes are the basis of the 1x1, 1x2, and all. This next picture is the initial 1x1 ellipse - or circle if you will. If that is overly populated, here is the...
Hey! Hope you are well! In this selection, there is a showing of the use of angles to measure the passage of time and price. In the first chart, the 30 minute chart, there is 40 units of time, and 40 units of price. The angle that is correspondent with this ratio spans to the end of the enclosed trend. In the next chart, the four minute chart, there is 40 units...
Hey! Hope you are well! In this chart there is a display of a swing trend. In a downtrend, there is a characteristic lower low and lower high; however, the downtrend is not officially broken until the prior high is violated. In this chart, there are three lower bottoms; the tops are confounded; the second top partially violates the first; then, the rest of the...
Hey! Hope you are well! In today's chart tutorial there is a gann box; it has harmonic arcs of the same proportion. This box was constructed using the proportions seen on the chart. On the daily chart, there is a fibonacci time sequence of 37, 53, 75, 295, and all. There is also a price of 3.665 and 1.199. From the price, the height of the box is formed; from...
Hey! Good day to you! In this chart, the resolution is not matched; the native is this chart. There is a 90 degree angle going down from the first impulse, and the intersection of the angle and the zero angle time the top. There is a 90 degree angle going down from the next impulse, and the intersection of the angle and zero time the next...
Hello! Hope you are well! This figure is generated from the adjusted axis of price and the angulation of that adjusted axis. This then forms into a box, and the ellipse is fitted to the box. The native resolution is five minutes! Enjoy! Suggested Reading: Law of Vibration - Tony Plummer Michael Jenkins - Geometry of Stock Market Profits, Chart Reading for...
Hey! Hope you are doing well! In both charts the native resolution is five minutes. In this example, the ellipse is precisely derived from the angulation of the move. In this example, the ellipse is derived through various harmonics. Enjoy! And be well! Suggested Reading: Law of Vibration - Tony Plummer Michael Jenkins - Geometry of Stock Market Profits,...
The area that is enclosed in the ellipse can be further magnified on this fitting one hour chart. The angles are derived from the fractions - the division- of the adjusted axis square. Suggested Reading: Law of Vibration - Tony Plummer Michael Jenkins - Geometry of Stock Market Profits, Chart Reading for Professional Traders, Complete Stock Market Forecasting...
Native chart: The adjusted axis is gathered from the perpendicular to an axis of price, and the gann fann was gathered using the same slope as the previous descent axis. The arcs were gathered from the vector movement of the previous decline axis. Suggested Reading: Law of Vibration - Tony Plummer Michael Jenkins - Geometry of Stock Market Profits, Chart...
Hey! Hope you are well! Here is an adjusted axis on the five minute chart; the native chart I was using is five minute; here is the picture of what it looked like. The varying eccentricity of the ellipse comes from the varying circular levels such as .25, .5, .75, 1, 1.25, 1.5, 1.75, 2 Imagine the circle as a 1x1 ellipse; now imagine the next ellipse as a...
Rows of quasi-elliptical lines calculated using the formulas in "Quantum Trading" The angle coming from the bottom is using a technique from Michael Jenkins. The angle from the top is using a technique from "Quantum Trading" Enjoy! In-exhaustive book list Law of Vibration - Tony Plummer Michael Jenkins - Geometry of Stock Market Profits, Chart Reading for...
Rows of lines derived from the QPL algorithms as stated in the book "Quantum Trading". Enjoy! In-exhaustive book list Law of Vibration - Tony Plummer Michael Jenkins - Geometry of Stock Market Profits, Chart Reading for Professional Traders, Complete Stock Market Forecasting Course Scott M. Carney - The Harmonic Trader, Harmonic Trading Volume I, Harmonic...
Create a square. Break the square down into its fundamental unit: the square root. Increment and decrement the eccentricity of the overarching ellipse by the square root quanta. Enjoy! In-exhaustive book list Law of Vibration - Tony Plummer Michael Jenkins - Geometry of Stock Market Profits, Chart Reading for Professional Traders, Complete Stock Market...
In geometry, two such known forms are the circle and the square; however, a circle is merely a type of ellipse, so there are ellipses and squares. Squares can be incremented and decremented, and their essential units can be found. Ellipses eccentricity can be added or removed thus creating variating arcs. "Make It Mine" on this chart; deconstruct it; study it;...
Step 1: Find two swing pivots you would like to use Step 2: Draw a parallel line along the axis of the pivot; draw a second line perpendicular to that axis of the pivot Step 3: Done! Now you have an adjusted axis What is an adjusted axis? - If looking at a coordinate plane, the normal axis goes perfectly vertical and horizontal at an offset of 0 degrees to the...