PREDICT THE MARKET
with the Harmonic Elliott Wave theory

Video Course for Beginners

Program of the Course

  1. Important Disclaimer.
  2. Repeating Patterns Played out by the Market.
  3. Why the Market Keeps Following Similar Patterns.
  1. Introduction to Section 2.
  2. A-B-C up fractal.
  3. A-B-C down fractal.
  4. Takeaways From the Section on A-B-C fractal.
  5. A-B-C fractal: case studies.
  1. Introduction to Section 3.
  2. How A-B-C fractals form Five Wave fractal.
  3. The Five Wave Up Fractal.
  4. The Five Wave Down Fractal.
  5. Rule 1 of the Five Wave Up Fractal.
  6. Rule 1 of the Five Wave Up Fractal – Video
  7. Rule 2 of the Five Wave Up Fractal.
  8. Rule 2 of the Five Wave Up Fractal-Video
  9. Rule 3 of the Five Wave Up Fractal.
  10. Rule 3 of the Five Wave Up Fractal-Video
  11. Rule 4 of the Five Wave Up Fractal.
  12. Rule 5 of the Five Wave Up Fractal.
  13. Rule 6 of the Five Wave Up Fractal.
  14. Takeaways from Section 3
  1. Introduction to Section 4.
  2. How small A-B-C and Five Up fractals become parts of similar bigger fractals.
  3. Bigger fractals are just combinations of smaller size fractals.
  4. How Waves are subdivided into subwaves.
  5. What You Should Remember about Fractals.
  6. How to Label Waves and Subwaves.
  7. Impulsive vs Corrective Waves.
  1. Introduction to Section 5.
  2. Wave 1 up.
  3. Wave 2 down.
  4. Wave A of 3 up.
  5. Wave B of 3 down.
  6. Wave C of 3.
  7. Wave 4 down.
  8. Wave A of 5 up.
  9. Wave B of 5 down.
  10. Wave C of 5 up.
  1. Introduction to Section 6 “Corrective Waves”.
  2. Simple Zig-Zag.
  3. Correction shaped as a Simple Zig-Zag.
  4. Regular Flat.
  5. How to trade a corrective waves shaped as a Regular Flat.
  6. Running Flat.
  7. Expanded Flat.
  8. Correction Shaped as a Triangle.
  9. How to Trade Triangles.
  10. Triangle: Key Takeaways.
  11. Complex Corrective Pattern: Double Three.
  12. Wave B is the least predictable beast.
  13. Bonus.Wave B explained.
  14. Overview of corrective structures: corrections “through time” vs  corrections “throw price”.
  15. Guidance on Alternation Between Corrective Waves
  1. Fibonacci Numbers and the Major Ratios.
  2. How we can calculate major ratios between Fibonacci Numbers?
  3. How we can calculate additional useful ratios?
  1. Introduction to Section 8.
  2. How to measure corrective wave 2 with retracement ratio.
  3. Wave 2: the most common retracement ratios.
  4. How to measure corrective wave 4 with retracement ratio.
  5. Wave 4: the most common retracement ratios.
  6. How to measure corrective wave B with retracement ratio.
  7. Wave B: the most common retracement ratios.
  8. Case Studies: Application of Retracement Ratios.
  1. Introduction to Section 9.
  2. How wave C relates to wave A and what  projection ratio is.
  3. How to predict the bottom of the wave C down.
  4. Wave C: the most common projection ratios to wave A.
  5. How to predict the top of the wave 3 up.
  6. Most Common Projection Ratios for the wave 3.
  7. How to predict the top of the wave 5 up.
  8. Most Common Projection Ratios for the wave 5.
  9. Case Studies: Application of Projections Ratios for wave C up.
  10. Case Studies: Application of Projections Ratios for wave 3 up.
  11. Case Studies: Application of Projections Ratios for wave 5 up.
  1. Introduction to Section
  2. Confluence of fibs: nailing completion of corrective waves.
  3. Confluence of fibs: nailing completion of impulsive waves.
  1. Introduction to Section 11.
  2. Top-to-Down Counting: Step-by-Step Guide.
  3. Down-to-Top Counting: old good traditional approach.
  4. Case Study: AAL: Top-to-Down Counting.
  1. ES-mini: “How To Nail a Top of Wave 3: Looking for dense clusters of projections by waves of different degrees”.
  2. SOXL: “How to Count a Chart From Scratch”.
  3. “When we should not trust spiky subwave C in A-B-C corrective structures”.
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