OHI Setting up for a Break out Not a lot of news on this one. But the chart is setting up for another Breakout.
On the daily it already hit bottom and Manipulated it so in my book its accomplished everything it needs to start a climb up.
Daily Chart
On the Hourly Chart it shows early signs of Volume pushes and Breaking out over my lines. Refer to the QS idea for a break down of how the indicator works pls.
In option calls on this Looking for it to Reclaim the $40-43 Range in the next 30 days.
by iCantw84it
01.02.25
OHI
OHI PRICE FORECAST USING PAST CONVERGENCE PATTERNS & K-VARIANCE REFERENCE KEY:
Yellow Horizontal Lines = Key Support Intervals (K).
Orange slopes = Key Resistance Intervals based on convergence model.
White Regression trend represents a LOG/Linear slope equal to (((0.33X-1)T/V)^2)
Where,
0.33 = Series Conv {((Alternating Series Test),
If for all n, an is positive, non-increasing (i.e. 0 < an+1 <= an), and approaching zero, then the alternating series equals 1 },
T= Time-frame
V = %Change
X = Standard Div / Variance
Forecast Findings (95%):
This chart shows a mathematical and technical forecast for Omaha Healthcare Investors for the next 5 trading days.
Based on previous activity a sell-off of more than 5% yields a rapid rebound equal to previous support levels. Given that OHI saw a 6.11% correction, compounded regression show a standard procession of variance at $1.86 or 5.18% where in approximately 23 hours from the time of this writing the closing price will be equal to $38.33 on Wednesday Feb 13th. After the markets close. the buying activity will be followed by a convergence of sell-side activity reducing the daily price change from 1.86 to 1.13, the final percentage gain going into trading hours on Thursday will be %3.08 and the price at market open for OHI on Thursday Feb 14th will be $37.57.
Adjust your trades according to this forcast and use the model for future predictions and you will maximize your profits from trading OHI.
These variance metrics are extremely consistent and the convergence (K = 1+v^2) factorization almost never deviates outside of the provided Intervals.
FWYB,
DanOmun.