1. The first step is to calculate the highest high (HHV) and the lowest low (LLV) for an X period of time.

2. The second step is to divide HHV by LLV to get how much wide is the distance between them as a percentage. I call the results of this step MASR Filter.

3. MASR Filter = Sum ((HHV / LLV)-1) / Number of Bars

4. MASR Resistance = MASR Center + (75% x MASR Filter x MASR Center)

5. MASR Center is a moving average.

6. MASR Support = MASR Center - (75% x MASR Filter x MASR Center)

7. MASR Stochastic = 100 x ((Close – MASR Support) / (MASR Support – MASR Resistance))

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