(Req) 2 ma crossover histogram indicator

PJ 2016.08.09 11:39 #41

mrtools:

Hello Josurf, made this one.

Hi mrtools,

Nice indicator you have made.

Can you please make a histogram indicator which shows pip size vertical bars being crossed by Moving Average (single)?

Attached is the picture and range indicator.

Thank you

Awesome Oscillator - Bill Awesome Oscillator - Bill Signals of the Indicator

PJ 2016.08.09 11:46 #42

Hi mrtools

Attached are the picture and the indicator .

Another indicator is attached. I am not able to open it. I just located from Google. It contains errors and I am not able to load it.

If you think the indicator is useful please make it workable.

Thank you .

Files:

Moving Average divergence overlaid on Pip Oscillator.png 50 kb

Range_mod.ex4 8 kb

rangeoscillator.mq4 6 kb

ChartSetSymbolPeriod Generating included code - Library file search order

PJ 2016.08.09 11:51 #43

Hi mrtools,

The coder has used the bottom range_mod indicator to code it differently to include threshold line.

----------------------------

//---- indicator settings

#property indicator_separate_window

#property indicator_buffers 2

#property indicator_color1 Red

#property indicator_color2 Green

//---- indicator buffers

double RANGEBuffer[];

double RANGEBuffer1[];

//---- indicator parameters

//extern int Threshold=20;

extern color CurrentBarColor = White;

extern color ThresholdColor = Aqua;

//+------------------------------------------------------------------+

//| Custom indicator initialization function |

//+------------------------------------------------------------------+

int init()

{

//---- drawing settings

SetIndexStyle(0,DRAW_HISTOGRAM,STYLE_SOLID,4);

SetIndexStyle(1,DRAW_HISTOGRAM,STYLE_SOLID,4);

//---- indicator buffers mapping

SetIndexBuffer(0,RANGEBuffer);

SetIndexBuffer(1,RANGEBuffer1);

//---- name for DataWindow and indicator subwindow label

IndicatorShortName("RANGE");

SetIndexLabel(0,"RANGE");

SetIndexLabel(1,"RANGE");

//---- initialization done

return(0);

}

int deinit()

{

ObjectDelete("CurrentBarValue");

ObjectDelete("LabelCurrentBarValue");

}

//+------------------------------------------------------------------+

//| Range |

//+------------------------------------------------------------------+

int start()

{

double HighVal,LowVal,Threshold;

int limit;

int counted_bars=IndicatorCounted();

//---- last counted bar will be recounted

if(counted_bars>0) counted_bars--;

limit=Bars-counted_bars;

//---- RANGE counted in the 1-st buffer

for(int i=0; i<limit; i++)

{

HighVal = iHigh(NULL,0,i);

LowVal = iLow(NULL,0,i);

double Hi1 = iHigh(NULL,0,i+1);

double Low1 = iLow(NULL,0,i+1);

double Hi2 = iHigh(NULL,0,i+2);

double Low2 = iLow(NULL,0,i+2);

double Hi3 = iHigh(NULL,0,i+3);

double Low3 = iLow(NULL,0,i+3);

double Hi4 = iHigh(NULL,0,i+4);

double Low4 = iLow(NULL,0,i+4);

double Hi5 = iHigh(NULL,0,i+5);

double Low5 = iLow(NULL,0,i+5);

double Hi6 = iHigh(NULL,0,i+6);

double Low6 = iLow(NULL,0,i+6);

double Hi7 = iHigh(NULL,0,i+7);

double Low7 = iLow(NULL,0,i+7);

double Hi8 = iHigh(NULL,0,i+8);

double Low8 = iLow(NULL,0,i+8);

double Hi9 = iHigh(NULL,0,i+9);

double Low9 = iLow(NULL,0,i+9);

double Hi10 = iHigh(NULL,0,i+10);

double Low10 = iLow(NULL,0,i+10);

double Hi11 = iHigh(NULL,0,i+11);

double Low11 = iLow(NULL,0,i+11);

double Hi12 = iHigh(NULL,0,i+12);

double Low12 = iLow(NULL,0,i+12);

double Hi13 = iHigh(NULL,0,i+13);

double Low13 = iLow(NULL,0,i+13);

double Hi14 = iHigh(NULL,0,i+14);

double Low14 = iLow(NULL,0,i+14);

double Hi15 = iHigh(NULL,0,i+15);

double Low15 = iLow(NULL,0,i+15);

double Hi16 = iHigh(NULL,0,i+16);

double Low16 = iLow(NULL,0,i+16);

double Hi17 = iHigh(NULL,0,i+17);

double Low17 = iLow(NULL,0,i+17);

double Hi18 = iHigh(NULL,0,i+18);

double Low18 = iLow(NULL,0,i+18);

double Hi19 = iHigh(NULL,0,i+19);

double Low19 = iLow(NULL,0,i+19);

double Hi20 = iHigh(NULL,0,i+20);

double Low20 = iLow(NULL,0,i+20);

double Hi21 = iHigh(NULL,0,i+21);

double Low21 = iLow(NULL,0,i+21);

double Hi22 = iHigh(NULL,0,i+22);

double Low22 = iLow(NULL,0,i+22);

double Hi23 = iHigh(NULL,0,i+23);

double Low23 = iLow(NULL,0,i+23);

double Hi24 = iHigh(NULL,0,i+24);

double Low24 = iLow(NULL,0,i+24);

double Hi25 = iHigh(NULL,0,i+25);

double Low25 = iLow(NULL,0,i+25);

double Hi26 = iHigh(NULL,0,i+26);

double Low26 = iLow(NULL,0,i+26);

double Hi27 = iHigh(NULL,0,i+27);

double Low27 = iLow(NULL,0,i+27);

double Hi28 = iHigh(NULL,0,i+28);

double Low28 = iLow(NULL,0,i+28);

double Hi29 = iHigh(NULL,0,i+29);

double Low29 = iLow(NULL,0,i+29);

double Hi30 = iHigh(NULL,0,i+30);

double Low30 = iLow(NULL,0,i+30);

double Hi31 = iHigh(NULL,0,i+31);

double Low31 = iLow(NULL,0,i+31);

double Hi32 = iHigh(NULL,0,i+32);

double Low32 = iLow(NULL,0,i+32);

double Hi33 = iHigh(NULL,0,i+33);

double Low33 = iLow(NULL,0,i+33);

double Hi34 = iHigh(NULL,0,i+34);

double Low34 = iLow(NULL,0,i+34);

double Hi35 = iHigh(NULL,0,i+35);

double Low35 = iLow(NULL,0,i+35);

double Hi36 = iHigh(NULL,0,i+36);

double Low36 = iLow(NULL,0,i+36);

double Hi37 = iHigh(NULL,0,i+37);

double Low37 = iLow(NULL,0,i+37);

double Hi38 = iHigh(NULL,0,i+38);

double Low38 = iLow(NULL,0,i+38);

double Hi39 = iHigh(NULL,0,i+39);

double Low39 = iLow(NULL,0,i+39);

double Hi40 = iHigh(NULL,0,i+40);

double Low40 = iLow(NULL,0,i+40);

double Hi41 = iHigh(NULL,0,i+41);

double Low41 = iLow(NULL,0,i+41);

double Hi42 = iHigh(NULL,0,i+42);

double Low42 = iLow(NULL,0,i+42);

double Hi43 = iHigh(NULL,0,i+43);

double Low43 = iLow(NULL,0,i+43);

double Hi44 = iHigh(NULL,0,i+44);

double Low44 = iLow(NULL,0,i+44);

double Hi45 = iHigh(NULL,0,i+45);

double Low45 = iLow(NULL,0,i+45);

double Hi46 = iHigh(NULL,0,i+46);

double Low46 = iLow(NULL,0,i+46);

double Hi47 = iHigh(NULL,0,i+47);

double Low47 = iLow(NULL,0,i+47);

double Hi48 = iHigh(NULL,0,i+48);

double Low48 = iLow(NULL,0,i+48);

double Hi49 = iHigh(NULL,0,i+49);

double Low49 = iLow(NULL,0,i+49);

double Hi50 = iHigh(NULL,0,i+50);

double Low50 = iLow(NULL,0,i+50);

double Hi51 = iHigh(NULL,0,i+51);

double Low51 = iLow(NULL,0,i+51);

double Hi52 = iHigh(NULL,0,i+52);

double Low52 = iLow(NULL,0,i+52);

double Hi53 = iHigh(NULL,0,i+53);

double Low53 = iLow(NULL,0,i+53);

double Hi54 = iHigh(NULL,0,i+54);

double Low54 = iLow(NULL,0,i+54);

double Hi55 = iHigh(NULL,0,i+55);

double Low55 = iLow(NULL,0,i+55);

double Hi56 = iHigh(NULL,0,i+56);

double Low56 = iLow(NULL,0,i+56);

double Hi57 = iHigh(NULL,0,i+57);

double Low57 = iLow(NULL,0,i+57);

double Hi58 = iHigh(NULL,0,i+58);

double Low58 = iLow(NULL,0,i+58);

double Hi59 = iHigh(NULL,0,i+59);

double Low59 = iLow(NULL,0,i+59);

double Hi60 = iHigh(NULL,0,i+60);

double Low60 = iLow(NULL,0,i+60);

double Hi61 = iHigh(NULL,0,i+61);

double Low61 = iLow(NULL,0,i+61);

double Hi62 = iHigh(NULL,0,i+62);

double Low62 = iLow(NULL,0,i+62);

double Hi63 = iHigh(NULL,0,i+63);

double Low63 = iLow(NULL,0,i+63);

double Hi64 = iHigh(NULL,0,i+64);

double Low64 = iLow(NULL,0,i+64);

double Hi65 = iHigh(NULL,0,i+65);

double Low65 = iLow(NULL,0,i+65);

Threshold = ((Hi1-Low1)+(Hi2-Low2)+(Hi3-Low3)+(Hi4-Low4)+(Hi5-Low5)+

(Hi6-Low6)+(Hi7-Low7)+(Hi8-Low8)+(Hi9-Low9)+(Hi10-Low10)+

(Hi11-Low11)+(Hi12-Low12)+(Hi13-Low13)+(Hi14-Low14)+(Hi15-Low15)+

(Hi16-Low16)+(Hi17-Low17)+(Hi18-Low18)+(Hi19-Low19)+(Hi20-Low20)+

(Hi21-Low21)+(Hi22-Low22)+(Hi23-Low23)+(Hi24-Low24)+(Hi25-Low25)+

(Hi26-Low26)+(Hi27-Low27)+(Hi28-Low28)+(Hi29-Low29)+(Hi30-Low30)+

(Hi31-Low31)+(Hi32-Low32)+(Hi33-Low33)+(Hi34-Low34)+(Hi35-Low35)+

(Hi36-Low36)+(Hi37-Low37)+(Hi38-Low38)+(Hi39-Low39)+(Hi40-Low40)+

(Hi41-Low41)+(Hi42-Low42)+(Hi43-Low43)+(Hi44-Low44)+(Hi45-Low45)+

(Hi46-Low46)+(Hi47-Low47)+(Hi48-Low48)+(Hi49-Low49)+(Hi50-Low50)+

(Hi51-Low51)+(Hi52-Low52)+(Hi53-Low53)+(Hi54-Low54)+(Hi55-Low55)+

(Hi56-Low56)+(Hi57-Low57)+(Hi58-Low58)+(Hi59-Low59)+(Hi60-Low60)+

(Hi61-Low61)+(Hi62-Low62)+(Hi63-Low63)+(Hi64-Low64)+(Hi65-Low65))/65;

if ((HighVal-LowVal)/Point >= Threshold/Point) { RANGEBuffer1[i] = (HighVal-LowVal)/Point; }

else { RANGEBuffer[i] = (HighVal-LowVal)/Point; }

// Draw Threshold line

int win_idx=WindowFind("RANGE");

/*

ObjectDelete("Threshold");

ObjectCreate("Threshold", OBJ_HLINE, win_idx, Time[0], Threshold);

ObjectSet("Threshold", OBJPROP_COLOR, ThresholdColor);

ObjectSet("Threshold", OBJPROP_STYLE, STYLE_SOLID);

ObjectSet("Threshold", OBJPROP_WIDTH, 1);

ObjectSet("Threshold", OBJPROP_BACK, true);

// Label for Threshold

// ObjectDelete("LabelThreshold");

// ObjectCreate("LabelThreshold", OBJ_TEXT, win_idx, Time[0], Threshold);

ObjectSet("LabelThreshold", OBJPROP_COLOR, ThresholdColor);

ObjectSetText("LabelThreshold", "Threshold",8);

ObjectSet("LabelThreshold", OBJPROP_ANGLE, 0);

*/

// Draw Current Bar line value

ObjectDelete("CurrentBarValue");

ObjectCreate("CurrentBarValue", OBJ_HLINE, win_idx, Time[0], (iHigh(NULL,0,0)-iLow(NULL,0,0))/Point);

ObjectSet("CurrentBarValue", OBJPROP_COLOR, CurrentBarColor);

ObjectSet("CurrentBarValue", OBJPROP_STYLE, STYLE_SOLID);

ObjectSet("CurrentBarValue", OBJPROP_WIDTH, 1);

ObjectSet("CurrentBarValue", OBJPROP_BACK, true);

// Label per Current Bar Line

// ObjectDelete("LabelCurrentBarValue");

// ObjectCreate("LabelCurrentBarValue", OBJ_TEXT, win_idx, Time[0], (iHigh(NULL,0,0)-iLow(NULL,0,0))/Point);

ObjectSet("LabelCurrentBarValue", OBJPROP_COLOR, CurrentBarColor);

ObjectSetText("LabelCurrentBarValue", "Current Bar value",8);

ObjectSet("LabelCurrentBarValue", OBJPROP_ANGLE, 0);

}

//---- done

return(0);

}

Price and time coordinates Setting levels in level Compiler Warnings

PJ 2017.01.29 07:13 #44

mrtools:

Hello Josurf, made this one.

As a parting gift can you please put the symbol input so that a group of pairs can be compared by downloading those pairs in sub-windows.

Thank you.

stormcombat 2020.09.16 14:07 #45

Mladen Rakic:

Filippos

Use this one : ma_cross_histo_mtfalerts_nmc.

Is it possible to add a shift function to this particulaar indicator?

Thank you in advance.

(Req) 2 ma crossover histogram indicator - page 5