Diagonal Patterns and Terminal Wave Terminations
Examining leading and ending diagonal formations: structural convergence, overlapping wave four geometry, and wedge boundary mathematics.
1. Five-Wave Impulse Cycles
Motivating trends develop in structured five-wave sequences (1-2-3-4-5) adhering to non-overlap constraints, sub-wave divisions, and momentum alternation across intermediate and primary degrees.
2. Three-Wave Corrective Geometry
Counter-trend consolidations unfold as zigzags (5-3-5), flats (3-3-5), or triangles (3-3-3-3-3), rebalancing preceding extensions according to harmonic equilibrium points.
3. Fibonacci Ratio Mathematics
Wave relationships strictly adhere to golden mathematical proportions (38.2%, 61.8%, 100%, 161.8%), offering objective benchmarks for degree symmetry and structural validation.
Identifying Wave Three Extension Characteristics
Detailed study of the defining velocity, volume profile, and subdivision characteristics of extended third waves.
Fractal Symmetry: Observing Scale Invariance across Timeframes
Demonstrating self-similar fractal geometry in price charts: how sub-minute wave structures replicate the exact properties of multi-decade cycles.