The Saturation Indicator D_sat.afl
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- //------------------------------------------------------------------------------
- //
- // Formula Name: The Saturation Indicator D_sat
- // Author/Uploader: Dimitris Tsokakis
- // E-mail: tsokakis@oneway.gr
- // Date/Time Added: 2002-12-01 14:38:17
- // Origin:
- // Keywords:
- // Level: medium
- // Flags: indicator
- // Formula URL: http://www.amibroker.com/library/formula.php?id=238
- // Details URL: http://www.amibroker.com/library/detail.php?id=238
- //
- //------------------------------------------------------------------------------
- //
- // There are some discrete phases for a bullish trend. The beginning is
- // usually sharp, the market changes direction quickly,
- //
- // Short positions are covered with rush, Long entries may be obliged to
- // follow gap ups etc.
- //
- // The rate of change is becoming slower, premature profit taking appears as
- // long as new buyers are added to the list.
- //
- // Intermediate good market news keep on giving bullish pulses, buyers search
- // for new opportunities not to loose the trend but not to buy expensive
- // shares
- //
- // and this makes a circular money transfer with an always repeated result :
- // The directional movement of the market.
- //
- // When the buying and selling pressure come to some equilibium, we have the
- // saturation point and this is the end of the main trend.
- //
- // Some stocks may moove higher for a while but the market has already
- // prepared the next bearish phase.
- //
- // Last summer I designed a nice indicator giving a graphic emphasis to this
- // saturation phenomena of bullish movements.
- //
- // It is the RSI of the smoothed CMO and it will be called D_sat .
- //
- //------------------------------------------------------------------------------
- /*The Saturation Indicator D_sat, by Dimitris Tsokakis, Dec 2002*/
- P=30;
- CMO30=100*((Sum(IIf(C>Ref(C,-1),(C-Ref(C,-1)),0),P))-(Sum(IIf(C<Ref(C,-1),(Ref(C,-1)-C),0),P)))/((Sum(IIf(C>Ref(C,-1),(C-Ref(C,-1)),0),P)+(Sum(IIf(C<Ref(C,-1),(Ref(C,-1)-C),0),P))));
- C1=DEMA(CMO30,30);
- D_sat10=RSIA(C1,10);
- D_sat5=RSIA(C1,5);
- Plot(D_sat10,"D_sat10",1,1);Plot(D_sat5,"D_sat5",5,1);Plot(D_sat5-D_sat10,"D_sat difference",9,2);