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with the Harmonic Elliott Wave theory

- Introduction to Section 3.
- How A-B-C fractals form Five Wave fractal.
- The Five Wave Up Fractal.
- The Five Wave Down Fractal.
- Rule 1 of the Five Wave Up Fractal.
- Rule 1 of the Five Wave Up Fractal – Video
- Rule 2 of the Five Wave Up Fractal.
- Rule 2 of the Five Wave Up Fractal-Video
- Rule 3 of the Five Wave Up Fractal.
- Rule 3 of the Five Wave Up Fractal-Video
- Rule 4 of the Five Wave Up Fractal.
- Rule 5 of the Five Wave Up Fractal.
- Rule 6 of the Five Wave Up Fractal.
__Takeaways from Section 3__

- Introduction to Section 4.
- How small A-B-C and Five Up fractals become parts of similar bigger fractals.
- Bigger fractals are just combinations of smaller size fractals.
- How Waves are subdivided into subwaves.
- What You Should Remember about Fractals.
- How to Label Waves and Subwaves.
- Impulsive vs Corrective Waves.

**Introduction to Section 6 “Corrective Waves”.**- Simple Zig-Zag.
- Correction shaped as a Simple Zig-Zag.
- Regular Flat.
- How to trade a corrective waves shaped as a Regular Flat.
- Running Flat.
- Expanded Flat.
- Correction Shaped as a Triangle.
__How to Trade Triangles.____Triangle: Key Takeaways.__- Complex Corrective Pattern: Double Three.
__Wave B is the least predictable beast.____Bonus.Wave B explained.__- Overview of corrective structures: corrections “through time” vs corrections “throw price”.
__Guidance on Alternation Between Corrective Waves__

- Introduction to Section 8.
- How to measure corrective wave 2 with retracement ratio.
- Wave 2: the most common retracement ratios.
- How to measure corrective wave 4 with retracement ratio.
- Wave 4: the most common retracement ratios.
- How to measure corrective wave B with retracement ratio.
- Wave B: the most common retracement ratios.
- Case Studies: Application of Retracement Ratios.

- Introduction to Section 9.
- How wave C relates to wave A and what projection ratio is.
- How to predict the bottom of the wave C down.
- Wave C: the most common projection ratios to wave A.
- How to predict the top of the wave 3 up.
- Most Common Projection Ratios for the wave 3.
- How to predict the top of the wave 5 up.
- Most Common Projection Ratios for the wave 5.
- Case Studies: Application of Projections Ratios for wave C up.
- Case Studies: Application of Projections Ratios for wave 3 up.
- Case Studies: Application of Projections Ratios for wave 5 up.

- Introduction to Section
- Confluence of fibs: nailing completion of corrective waves.
- Confluence of fibs: nailing completion of impulsive waves.

- Introduction to Section 11.
- Top-to-Down Counting: Step-by-Step Guide.
- Down-to-Top Counting: old good traditional approach.
- Case Study: AAL: Top-to-Down Counting.