PriceActionSwing discussion

March 24th, 2011, 04:23 AM

hello,

can anyone please tell me where i find the indicators to remove the old one. cannot find the folder.
thanks in advance.

nice work dorschden

March 24th, 2011, 04:50 AM

neron

But the candles are losing colors if change to this mode.

The bars are only painted if "See swing relation" is false. You can see the yellow/gray parts if you set "Trend change" to false. If "See swing relation" is set to true you see where the price is in relation to the swings. (-2 = DT, -1 = LL and LH, 0 = price is nowhere, 1 = HH and HL, 2 = DB).

philipp

can anyone please tell me where i find the indicators to remove the old one.

In the Ninjatrader menu go to Tools - Edit NinjaScript - Indicator... than choose "PriceActionSwingRelation" and press delete. Otherwise the folder is normally under C:\Users\Your Username\Documents\NinjaTrader 7\bin\Custom\Indicator.

March 24th, 2011, 04:54 AM

thanks a lot for that amazing quick answer

March 24th, 2011, 09:37 AM

Thank You for this wonder full and effective tool !

When looking at multiple symbols its hard detect when C has formed in the ABC Pattern. Anyway an audible sounds could be added when C forms that could be toggled on or off.

Again, Thank you for this wonder full tool!

In Ninja does one have to delete the old version first before down loading a new one ?

ZZZ

March 24th, 2011, 10:46 PM

"go directly to indicator folder and delete/move the cs file to trash bin then you should be able to import it.
ps. change name will not work since it uses the same routine name inside."

How would I get to the indicator folder?

Thanks

March 24th, 2011, 10:50 PM

"go directly to indicator folder and delete/move the cs file to trash bin then you should be able to import it.
ps. change name will not work since it uses the same routine name inside."

How would I get to the indicator folder?

Thanks

Found the answer in an earlier response.......

March 27th, 2011, 06:44 PM

I love PriceActionSwingTrend! But have not had a chance to try it..
Uses MultiCharts and power language / easy language and has no knowledge of anything else. Is there any possibility to try and perhaps contribute to the development of the price action-swing trend in EL?
As you can imagine, I can not personally convert C # to EL. Anyone else tried? Or is willing to try?

March 27th, 2011, 10:39 PM

nic72

I love PriceActionSwingTrend! But have not had a chance to try it..
Uses MultiCharts and power language / easy language and has no knowledge of anything else. Is there any possibility to try and perhaps contribute to the development of the price action-swing trend in EL?
As you can imagine, I can not personally convert C # to EL. Anyone else tried? Or is willing to try?

Start with this, MultiCharts pla attached.

Code

// Pesavento Pattern
//


Inputs:
// Parameters for ZigZag.

depth(12),
ExtDeviation(5),
ExtBackstep(3),
zigzagLinesColor(blue),

// Parameters for Pesavento Patterns.
 
 ExtFractalEnd(7),  // Number of Fractals (maximums and minimums), connected with Lines
 ExtDelta     (0.04),  // max Percent of difference from Pessavento numbers
 ExtLine      (DarkBlue),
 ExtLine886   (lightgray),
 ExtNotFibo   (darkgray),
 ExtPesavento (Yellow),
 ExtGartley886(Yellow);

//===================================

Vars:
bar_resolution(0),

ExtLine_(0),

colorPPattern(green),

num_bar(0),
HL(0),
HLp(0),
kk(0),
kj(0),
Angle(0),

LowPrim(0),
HighPrim(0),
LowLast(0),
HighLast(0),

numLowPrim(0),
numHighPrim(0),
numLowLast(0),
numHighLast(0),
	
k(0),
k1(0),
k2(0),
ki(0),
	
kiPRZ(0),
countLow1(0),
countHigh1(0),
	
shift(0),
shift1(0),
	
txtkk(""),

countFr(0),
countBarEnd(0),
numBar(0),


// For ZigZag

   back(0),
   lasthighpos(0),
   lastlowpos(0),
   res(0),
   curlow(0),
   curhigh(0),
   lasthigh(0),
   lastlow(0),
   i_var(0),
   j_var(0);



Arrays:

double zz[1000](0),
double zzL[1000](0),
double zzH[1000](0),
_time[1000](0),


number[64](0),
numbertxt[64](""),
numberGartley[64](0),
numberMix[64](0);


//---------------------------------------------------------------------//
//---------------------------------------------------------------------//
//---------------------------------------------------------------------//


if currentbar > 1000 then num_bar = 1000 else num_bar = currentbar;


for i_var = 0 to ( num_bar - 1 )
begin
_time[i_var] = time_s[i_var];
end;


if ( LastCalcTime_s = time_s ) and ( LastCalcDate = date ) then

begin


if ( currentbar > depth ) then

begin


   if (ExtDelta<=0) then raiseruntimeerror("ExtDelta parameter should be >0 and <=1");
   if (ExtDelta>1) then raiseruntimeerror("ExtDelta parameter should be >0 and <=1");
   
   if ( ExtFractalEnd <= 0 ) then raiseruntimeerror("ExtFractalEnd parameter should be >=1");
   

   number                [0]=0.111;
   numbertxt             [0]=".111";

   number                [1]=0.125;
   numbertxt             [1]=".125";
   numberMix             [1]=1;

   number                [2]=0.146;
   numbertxt             [2]=".146";

   number                [3]=0.167;
   numbertxt             [3]=".167";

   number                [4]=0.177;
   numbertxt             [4]=".177";

   number                [5]=0.186;
   numbertxt             [5]=".186";

   number                [6]=0.192;
   numbertxt             [6]=".192";

   number                [7]=0.2;
   numbertxt             [7]=".2";

   number                [8]=0.236;
   numbertxt             [8]=".236";
   numberMix             [8]=1;

   number                [9]=0.25;
   numbertxt             [9]=".25";

   number                [10]=0.3;
   numbertxt             [10]=".3";

   number                [11]=0.333;
   numbertxt             [11]=".333";

   number                [12]=0.354;
   numbertxt             [12]=".354";

   number                [13]=0.382;
   numbertxt             [13]=".382";
   numberGartley         [13]=1;

   number                [14]=0.447;
   numbertxt             [14]=".447";
   numberGartley         [14]=1;

   number                [15]=0.486;
   numbertxt             [15]=".486";

   number                [16]=0.5;
   numbertxt             [16]=".5";
   numberGartley         [16]=1;

   number                [17]=0.526;
   numbertxt             [17]=".526";

   number                [18]=0.577;
   numbertxt             [18]=".577";

   number                [19]=0.618;
   numbertxt             [19]=".618";
   numberGartley         [19]=1;

   number                [20]=0.667;
   numbertxt             [20]=".667";

   number                [21]=0.707;
   numbertxt             [21]=".707";
   numberGartley         [21]=1;

   number                [22]=0.764;
   numbertxt             [22]=".764";

   number                [23]=0.786;
   numbertxt             [23]=".786";
   numberGartley         [23]=1;

   number                [24]=0.809;
   numbertxt             [24]=".809";

   number                [25]=0.841;
   numbertxt             [25]=".841";

   number                [26]=0.854;
   numbertxt             [26]=".854";
   numberMix             [26]=1;

   number                [27]=0.874;
   numbertxt             [27]=".874";

   number                [28]=0.886;
   numbertxt             [28]=".886";
   numberGartley         [28]=1;

   number                [29]=1.0;
   numbertxt             [29]="1.";
   numberGartley         [29]=1;

   number                [30]=1.128;
   numbertxt             [30]="1.128";
   numberGartley         [30]=1;

   number                [31]=1.236;
   numbertxt             [31]="1.236";

   number                [32]=1.272;
   numbertxt             [32]="1.272";
   numberGartley         [32]=1;

   number                [33]=1.309;
   numbertxt             [33]="1.309";

   number                [34]=1.414;
   numbertxt             [34]="1.414";
   numberGartley         [34]=1;

   number                [35]=1.5;
   numbertxt             [35]="1.5";


   number                [36]=1.618;
   numbertxt             [36]="1.618";
   numberGartley         [36]=1;

   number                [37]=1.732;
   numbertxt             [37]="1.732";
   numberMix             [37]=1;


   number                [38]=1.75;
   numbertxt             [38]="1.75";

   number                [39]=1.902;
   numbertxt             [39]="1.902";
   numberMix             [39]=1;

   number                [40]=2.0;
   numbertxt             [40]="2.";
   numberGartley         [40]=1;

   number                [41]=2.058;
   numbertxt             [41]="2.058";

   number                [42]=2.236;
   numbertxt             [42]="2.236";
   numberGartley         [42]=1;

   number                [43]=2.288;
   numbertxt             [43]="2.288";

   number                [44]=2.5;
   numbertxt             [44]="2.5";

   number                [45]=2.618;
   numbertxt             [45]="2.618";
   numberGartley         [45]=1;

   number                [46]=2.828;
   numbertxt             [46]="2.828";

   number                [47]=3.0;

   number                [48]=3.142;
   numbertxt             [48]="3.142";
   numberGartley         [48]=1;

   number                [49]=3.236;
   numbertxt             [49]="3.236";

   number                [50]=3.33;
   numbertxt             [50]="3.33";

   number                [51]=3.464;
   numbertxt             [51]="3.464";

   number                [52]=3.618;
   numbertxt             [52]="3.618";
   numberGartley         [52]=1;

   number                [53]=4.0;
   numbertxt             [53]="4.";

   number                [54]=4.236;
   numbertxt             [54]="4.236";

   number                [55]=4.472;
   numbertxt             [55]="4.472";

   number                [56]=5.0;
   numbertxt             [56]="5.";

   number                [57]=5.2;
   numbertxt             [57]="5.2";

   number                [58]=5.388;
   numbertxt             [58]="5.388";

   number                [59]=5.657;
   numbertxt             [59]="5.657";

   number                [60]=6.0;
   numbertxt             [60]="6.";

   number                [61]=6.854;
   numbertxt             [61]="6.854";

   number                [62]=8.0;
   numbertxt             [62]="8.";

   number                [63]=9.0;
   numbertxt             [63]="9.";
  

value1 = 0; 
lasthighpos = -1;
lastlowpos = -1;
res = 0;
curlow = -1;
curhigh = -1;
lasthigh = -1;
lastlow = -1;


//  ZigZag plotting. Begin.


         for shift = ( num_bar - 1 ) downto 0
           begin
            zz[shift] = 0; 
            zzL[shift] = 0; 
            zzH[shift] = 0;
           end;
           
      for shift = ( num_bar - depth ) downto 0
        begin
         value1 = Low[ LowestBar(low, depth)[shift] ];
         if (value1 = lastlow) then value1 = 0.0
         else 
           begin 
             lastlow = value1; 
            if ( ( Low[shift] - value1 ) > extdeviation*PointValue ) then value1 = 0.0
            else
              begin
               for back = 1 to extbackstep
                 begin
                  res = zzL[shift+back];
                  if ( ( res <> 0 ) and ( res > value1 ) ) then zzL[shift+back] = 0.0; 
                 end;
              end;
           end; 
          if ( Low[shift] = value1 ) then zzL[shift] = value1;

          value1 = High[ HighestBar(high, depth)[shift] ];
          if ( value1 = lasthigh ) then value1 = 0.0
          else 
            begin
             lasthigh = value1;
             if ( ( value1 - High[shift] ) > extdeviation*pointValue ) then value1 = 0.0
             else
               begin
                for back = 1 to extbackstep
                  begin
                   res = zzH[shift+back];
                   if ( ( res <> 0 ) and ( res < value1 ) ) then zzH[shift+back] = 0.0; 
                  end; 
               end;
            end;
          if ( High[shift] = value1 ) then zzH[shift] = value1;
        end;

      lasthigh = -1; 
      lasthighpos = -1;
      lastlow = -1;  
      lastlowpos = -1;

      for shift = (num_bar - depth) downto 0
        begin
         curlow = zzL[shift];
         curhigh = zzH[shift];
         if ( ( curlow = 0 ) and ( curhigh = 0 ) ) then
         value1 = value1
         else
         begin

         if ( curhigh <> 0 ) then
           begin
            if ( lasthigh > 0 ) then
              begin
                if (lasthigh < curhigh ) then zzH[lasthighpos] = 0
               else zzH[shift] = 0;
              end;

            if ( (lasthigh < curhigh) or (lasthigh < 0) ) then
              begin
               lasthigh = curhigh;
               lasthighpos = shift;
              end;
            lastlow = -1;
           end;

         if ( curlow <> 0 ) then
           begin
            if ( lastlow > 0 ) then
              begin
               if ( lastlow > curlow ) then zzL[lastlowpos] = 0
               else zzL[shift] = 0;
              end;

            if ( ( curlow < lastlow ) or ( lastlow < 0 ) ) then
              begin
               lastlow = curlow;
               lastlowpos = shift;
              end; 
            lasthigh = -1;
           end;
           end;
        end;
        
      for shift = num_bar - 1 downto 0
        begin
         zz[shift] = zzL[shift];
         if ( shift >= num_bar-depth ) then
         	begin
         	zzH[shift] = 0.0; 
         	zzL[shift] = 0.0; 
         	zz[shift]  = 0.0;
         	end
         else
           begin
            res = zzH[shift];
            if ( res <> 0.0 ) then zz[shift] = res;              
           end;
        end;


// Check for humpbacks and their removing. Begin.

vars:  vel1(0), 
	vel2(0),
	vel3(0), 
	vel4(0),
	bar_(0),
	bar1(0), 
	bar2(0), 
	bar3(0), 
	bar4(0),
   	count_(0);
   	
   for bar_ = ( num_bar - depth ) downto 0
     begin
      if ( zz[bar_] <> 0 ) then
        begin
         count_ = count_ + 1;
         vel4 = vel3;
         bar4 = bar3;
         vel3 = vel2;
         bar3 = bar2;
         vel2 = vel1;
         bar2 = bar1;
         vel1 = zz[bar_];
         bar1 = bar_;
         if ( count_>=3 ) then
         	begin 
        	if ( ( vel3 < vel2 ) and ( vel2 < vel1 ) ) then
        		begin
        		zz[bar2] = 0;
        		zzL[bar2] = 0;
        		zzH[bar2] = 0;
        		bar_ = bar3 + 1;
        		end;
         	if ( ( vel3 > vel2 ) and ( vel2 > vel1 ) ) then
         		begin
         		zz[bar2] = 0;
         		zzL[bar2] = 0;
         		zzH[bar2] = 0;
         		bar_ = bar3 + 1;
         		end;
         	if ( ( vel2 = vel1 ) and ( vel1 <> 0 ) ) then
         		begin
         		zz[bar1] = 0;
         		zzL[bar1] = 0;
         		zzH[bar1] = 0;
         		bar_ = bar3 + 1;
         		end;
         	end;
        end;
    end; 

// Check for humpbacks and their removing. End.


value1 = 0;

i_var = 1;
while(i_var > 0)
begin
i_var = tl_getfirst(1);
tl_delete(i_var);
end;
		

for shift = (num_bar - 1) downto 0
begin
if zz[shift] <> 0 then
	begin
	if (value1 <> 0) then 
		begin
		value11 = date[value2];
		value12 = time_s[value2];
		value13 = value1;
		value21 = date[shift];
		value22 = time_s[shift];
		value23 = zz[shift];  
		
		j_var = TL_new_s(value11, value12, value13, value21, value22, value23);		
		tl_setcolor(j_var, zigzagLinesColor);	

		end;
	value1 = zz[shift];
	value2 = shift; 
	end;
end;

//  ZigZag plotting. End.


         if ( ExtFractalEnd > 0) then
           begin
            k = ExtFractalEnd;
            for shift = 0 to num_bar 
              begin 
               if ( zz[shift] > 0 and zzH[shift] > 0 ) then
               	begin 
               	if k > 0 then
               	begin
                     countBarEnd = shift; 
                     k = k - 1;
                     end;
                     end;
              end;
           end;


// count Fractal ( count maximums and minimums ). Begin.

   countLow1 = 0;
   countHigh1 = 0;
     begin
      for shift = 0 to countBarEnd
        begin
         if (zzL[shift] > 0.0) then countLow1 = countLow1 + 1;
         if (zzH[shift] > 0.0) then countHigh1 = countHigh1 + 1;
        end;
     end;

// count Fractal ( count maximums and minimums ). End.


i_var = 1;
while(i_var > 0)
begin
i_var = text_getfirst(1);
text_delete(i_var);
end;

//+--------------------------------------------------------------------------+
//| printing Pessavento and 0.886 for maximums of ZigZag
//+--------------------------------------------------------------------------+

   numLowPrim = 0; 
   numLowLast = 0;
   numHighPrim = 0; 
   numHighLast = 0;

   LowPrim = 0.0; 
   LowLast = 0.0;
   HighPrim = 0.0; 
   HighLast = 0.0;

   Angle = -100;
   
   
 countFr = ExtFractalend;

   for k = 0 to ( num_bar - 1 )
   begin
     if ( countHigh1 > 0 and countFr > 0 ) then
     begin
      
      if ( zzL[k] > 0.0 and ( zzL[k] < LowPrim or LowPrim = 0.0 ) 
					and HighPrim > 0 and zzL[k] = zz[k] ) then
        begin
         LowPrim = Low[k]; 
         numLowPrim = k;
        end;
      if ( zzH[k] > 0.0 and zzH[k] = zz[k] ) then
        begin
         if ( HighPrim > 0 ) then
           begin

            HighLast = High[k];
            numHighLast = k;

            HL = HighLast - LowPrim;
            kj = (HighPrim-HighLast)*1000/(numHighLast-numHighPrim);
            if ( HL > 0 and ( Angle >= kj or Angle = -100 ) ) then
              begin
               Angle = kj;

               HLp = HighPrim - LowPrim;
               k1 = ceiling((numHighPrim+numHighLast)/2);
               kj = HLp/HL;
          
               ExtLine_ = ExtLine;
               if ( kj > 0.1 and kj < 9.36 ) then
                 begin
                  kk = kj;
                  k2 = 1;
        
                  
	ki = 0;
	colorPPattern = ExtNotFibo;
	ki = kiPRZ;
	condition1 = true;
	
while (ki <= 63) and (condition1)
	begin
       if ( numberGartley[ki] > 0 ) then
              if ( absvalue((number[ki]-kj)/number[ki]) <= ExtDelta ) then
              	begin
                     kk = number[ki]; 
                     txtkk = numbertxt[ki]; 
                     k2 = -1; 
                     colorPPattern = ExtGartley886;
                     condition1 = false;
                     end
       else if ( numberMix[ki] > 0 ) then
       	if ( absvalue((number[ki]-kj)/number[ki]) <= ExtDelta ) then
       		begin
                     kk = number[ki]; 
                     txtkk = numbertxt[ki]; 
                     k2 = -1; 
                     colorPPattern = ExtPesavento; 
                     condition1 = false;
                     end;
      ki = ki + 1;
    end;

                  
                  if ( k2 < 0 ) then
                    begin
                    ExtLine_ = ExtLine886;
                       i_var = text_new_s(d[k1], time_s[k1], (HighPrim+highlast)/2, txtkk);
                       text_setcolor(i_var, colorPpattern);
                       text_setsize(i_var, 8);
                    end
                  else
                    begin
                       txtkk = numtostr(kk, 3);
                       i_var = text_new_s(d[k1], time_s[k1], (HighPrim+highlast)/2, txtkk);
                       text_setcolor(i_var, colorPpattern);
                       text_setsize(i_var, 8);
                    end;

                    i_var = tl_new_s(d[numHighLast], time_s[numHighLast], HighLast, d[numHighPrim], time_s[numHighPrim], HighPrim);
                    tl_setstyle(i_var, 3);
                    tl_setcolor(i_var, extline_);
                    
                 end;
              end;
           end
         else 
           begin
            HighPrim = High[k];
            numHighPrim = k;
           end;
        end;

       if ( k > countBarEnd ) then 
         begin
          k = numHighPrim + 1; 
          countHigh1 = countHigh1 - 1; 
          countFr = countFr - 1;
		
          numLowPrim = 0; 
          numLowLast = 0;
          numHighPrim = 0; 
          numHighLast = 0;

          LowPrim = 0.0; 
          LowLast = 0.0;
          HighPrim = 0.0; 
          HighLast = 0.0;
   		
          Angle = -100;
         end;
         
     end;
     end;
     
//+-------------------------------------------------------------------------+
//| printing Pessavento and 0.886 for minimums of ZigZag
//+-------------------------------------------------------------------------+

   numLowPrim = 0; 
   numLowLast = 0;
   numHighPrim = 0; 
   numHighLast = 0;

   LowPrim = 0.0; 
   LowLast = 0.0;
   HighPrim = 0.0; 
   HighLast = 0.0;

   Angle = -100;


 countFr = ExtFractalend;
   
   for k = 0 to ( num_bar - 1 )
   begin 
   if ( countLow1 > 0 and countFr > 0 ) then
     begin
      if ( zzH[k] > HighPrim and LowPrim > 0 ) then
        begin
         HighPrim = High[k];
         numHighPrim = k;
        end;

      if ( zzL[k] > 0.0 and zzL[k] = zz[k] ) then
        begin
         if ( LowPrim > 0 ) then
           begin

            LowLast = Low[k];
            numLowLast = k;

            HL = HighPrim - LowLast;
            kj = (LowPrim-LowLast)*1000/(numLowLast-numLowPrim);
            if ( HL > 0 and ( Angle <= kj  or  Angle = -100)) then
              begin
               Angle = kj;

               HLp = HighPrim-LowPrim;
               k1 = ceiling((numLowPrim+numLowLast)/2);
               kj = HLp/HL;

               ExtLine_ = ExtLine;
               if ( kj > 0.1 and kj < 9.36) then
                 begin
                  kk = kj;
                  k2 = 1;
                  
                  
	ki = 0;
	colorPPattern = ExtNotFibo;
	ki = kiPRZ;
	condition1 = true;
	
while (ki <= 63) and (condition1)
	begin
       if ( numberGartley[ki] > 0 ) then
              if ( absvalue((number[ki]-kj)/number[ki]) <= ExtDelta ) then
              	begin
                     kk = number[ki]; 
                     txtkk = numbertxt[ki]; 
                     k2 = -1; 
                     colorPPattern = ExtGartley886;
                     condition1 = false;
                     end
       else if ( numberMix[ki] > 0 ) then
       	if ( absvalue((number[ki]-kj)/number[ki]) <= ExtDelta ) then
       		begin
                     kk = number[ki]; 
                     txtkk = numbertxt[ki]; 
                     k2 = -1; 
                     colorPPattern = ExtPesavento; 
                     condition1 = false;
                     end;
      ki = ki + 1;
      end;
  

                  
                  if ( k2 < 0 ) then
                    begin
                     ExtLine_ = ExtLine886;
                       i_var = text_new_s(d[k1], time_s[k1], (lowprim+lowlast)/2, txtkk);
                       text_setcolor(i_var, colorPpattern);
                       text_setsize(i_var, 8);
                    end
                  else 
                    begin 
			  txtkk = NumToStr(kk, 3);
                       i_var = text_new_s(d[k1], time_s[k1], (lowprim+lowlast)/2, txtkk);
                       text_setcolor(i_var, colorPpattern);
                       text_setsize(i_var, 8);
                    end;
                     
                    i_var = tl_new_s(d[numlowlast], time_s[numlowlast], lowLast, d[numlowPrim], time_s[numlowPrim], lowPrim);
                    tl_setstyle(i_var, 3);
                    tl_setcolor(i_var, extline_);
                    
                  end;
               end;
           end
         else
           begin
            numLowPrim = k; 
            LowPrim = Low[k];
           end;
        end;

       if (k > countBarEnd) then
         begin
          k = numLowPrim + 1; 
          countLow1 = countLow1 - 1; 
          countFr = countFr - 1;

          numLowPrim = 0; 
          numLowLast = 0;
          numHighPrim = 0; 
          numHighLast = 0;

          LowPrim = 0.0; 
          LowLast = 0.0;
          HighPrim = 0.0; 
          HighLast = 0.0;
  
          Angle = -100;
         end;

     end;
end;


end;


end;

Mike

March 29th, 2011, 03:21 AM

Hi Dorschden, thanks for updating the indicator. I have been using this indicator as a key part of my strategy as it enables easier identification of the risk/reward ratio. One issue I have come across with the new version is the strategy no longer works as some parameters appear to have changed. I was using the following from Post number 7. I was wondering what I needed to change from the following to enable the revised indicator to work. Thanks again. DJ

Variables
private SwingMode calcMode = SwingMode.Standard;
private int calcSize = 5;
private int dtbStrength = 15;
private double psarAcceleration = 0.02;
private double psarAccelerationMax = 0.2;
private double psarAccelerationStep= 0.02;
private IDataSeries priceSwingRel;

protected override void OnStartUp()

// Set the PriceActionSwingRelation value to to the priceSwingRel series

priceSwingRel = PriceActionSwing(Input, calcMode, calcSize, dtbStrength, psarAcceleration, psarAccelerationMax, psarAccelerationStep).PriceSwingRelation;

March 29th, 2011, 07:13 AM

djkiwi

One issue I have come across with the new version is the strategy no longer works as some parameters appear to have changed.

Just remove the psar variables. The following code snippet should work.

Code

                            
#region Using declarations

...

using PriceActionSwing.Utility;

#endregion



#region Variables

private int dtbStrength = 15;

private int swingSize = 5;

private SwingTypes swingType = SwingTypes.Standard;

private IDataSeries swingRelation;

...

#endregion





protected override void OnStartUp()

{

  if (swingRelation == null)

    swingRelation = PriceActionSwing(Input, dtbStrength, swingSize, swingType).SwingRelation;

}



protected override void OnStartUp()

{

  // Double bottom

  if (swingRelation[0] == 2)

  {

    // Do something

  }

  ...

}

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