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TR_Agent/PaPP v2/PaPP_Median.mq5
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Pietro GiacobazziandDevin AI <158243242+devin-ai-integration[bot]@users.noreply.github.com> ff8aa9fcfb PaPP v2 indicatore: fallback robusto a TextGetSize per la larghezza del box 
Co-Authored-By: Devin AI <158243242+devin-ai-integration[bot]@users.noreply.github.com>
2026-06-17 07:09:51 +00:00

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//+------------------------------------------------------------------+
//| PaPP_Median.mq5 |
//| PaPP v2 |
//+------------------------------------------------------------------+
#property copyright "PaPP v2"
#property version "2.00"
#property description "PaPP Median - Mediana 7 MA (3g-1y)"
#property description "Calcolo ancorato a D1 = linea uguale su ogni timeframe"
#property indicator_chart_window
#property indicator_buffers 8
#property indicator_plots 8
input int FontSize = 9;
input bool Smooth = true; // interpola tra i valori D1 -> linea morbida
input bool ShowMA = true; // mostra anche le 7 MA (oltre alla mediana)
input bool ShowPanel = true; // box con sfondo dietro al pannello info
input color PanelBg = C'20,20,25'; // colore sfondo del box
#define ANCHOR_TF PERIOD_D1 // calcolo ancorato a D1: linea identica su ogni TF
#define KSLOPE 5 // barre D1 per velocita'/accelerazione
#define NVOL 14 // barre D1 per la volatilita'
#define CLWIN 252 // finestra D1 (~1 anno) per il percentile del cluster
double Buff_Median[];
double B0[],B1[],B2[],B3[],B4[],B5[],B6[];
int gDays[7] = {365,182,121,30,14,7,3};
color gCol[7] = {clrDodgerBlue,clrDeepSkyBlue,clrTurquoise,clrLimeGreen,clrOrange,clrTomato,clrRed};
int hMA[7];
int bars[7];
struct PBuf { double v[]; }; // buffer dinamico per copiare una MA
string _pfx = "PM_"; // oggetti pannello
string _pfx2 = "PME_"; // etichette a fine linea
//+------------------------------------------------------------------+
// scrive il valore nel buffer della MA m
void SetBuf(int m,int idx,double v)
{
switch(m)
{
case 0: B0[idx]=v; break;
case 1: B1[idx]=v; break;
case 2: B2[idx]=v; break;
case 3: B3[idx]=v; break;
case 4: B4[idx]=v; break;
case 5: B5[idx]=v; break;
case 6: B6[idx]=v; break;
}
}
//+------------------------------------------------------------------+
// legge il valore corrente (barra 0) del buffer della MA m
double GetBuf(int m)
{
switch(m)
{
case 0: return B0[0];
case 1: return B1[0];
case 2: return B2[0];
case 3: return B3[0];
case 4: return B4[0];
case 5: return B5[0];
case 6: return B6[0];
}
return 0;
}
//+------------------------------------------------------------------+
int TimeToBars(int d)
{
datetime n = TimeCurrent();
if(n==0)
{
long s = (long)d*86400L, p = PeriodSeconds(ANCHOR_TF);
return (int)MathMax(1,s/p);
}
return MathMax(1,Bars(_Symbol,ANCHOR_TF,n-d*86400,n));
}
//+------------------------------------------------------------------+
int OnInit()
{
for(int i=0;i<7;i++)
{
bars[i] = TimeToBars(gDays[i]);
hMA[i] = iMA(_Symbol,ANCHOR_TF,bars[i],0,MODE_SMA,PRICE_CLOSE);
if(hMA[i]==INVALID_HANDLE) return INIT_FAILED;
}
SetIndexBuffer(0,Buff_Median,INDICATOR_DATA);
SetIndexBuffer(1,B0,INDICATOR_DATA);
SetIndexBuffer(2,B1,INDICATOR_DATA);
SetIndexBuffer(3,B2,INDICATOR_DATA);
SetIndexBuffer(4,B3,INDICATOR_DATA);
SetIndexBuffer(5,B4,INDICATOR_DATA);
SetIndexBuffer(6,B5,INDICATOR_DATA);
SetIndexBuffer(7,B6,INDICATOR_DATA);
ArraySetAsSeries(Buff_Median,true);
ArraySetAsSeries(B0,true); ArraySetAsSeries(B1,true);
ArraySetAsSeries(B2,true); ArraySetAsSeries(B3,true);
ArraySetAsSeries(B4,true); ArraySetAsSeries(B5,true);
ArraySetAsSeries(B6,true);
//--- plot 0 = mediana (linea principale)
PlotIndexSetInteger(0,PLOT_DRAW_TYPE,DRAW_LINE);
PlotIndexSetInteger(0,PLOT_LINE_COLOR,clrGold);
PlotIndexSetInteger(0,PLOT_LINE_WIDTH,2);
PlotIndexSetString(0,PLOT_LABEL,"PaPP Median");
PlotIndexSetDouble(0,PLOT_EMPTY_VALUE,0.0);
//--- plot 1..7 = le 7 MA
for(int p=0;p<7;p++)
{
PlotIndexSetInteger(p+1,PLOT_DRAW_TYPE,ShowMA?DRAW_LINE:DRAW_NONE);
PlotIndexSetInteger(p+1,PLOT_LINE_COLOR,gCol[p]);
PlotIndexSetInteger(p+1,PLOT_LINE_WIDTH,1);
PlotIndexSetString(p+1,PLOT_LABEL,"MA "+IntegerToString(gDays[p])+"g");
PlotIndexSetDouble(p+1,PLOT_EMPTY_VALUE,0.0);
}
IndicatorSetString(INDICATOR_SHORTNAME,"PaPP Median");
return INIT_SUCCEEDED;
}
//+------------------------------------------------------------------+
void OnDeinit(const int reason)
{
for(int i=0;i<7;i++) if(hMA[i]!=INVALID_HANDLE) IndicatorRelease(hMA[i]);
ObjectsDeleteAll(0,_pfx);
ObjectsDeleteAll(0,_pfx2);
}
//+------------------------------------------------------------------+
// d1shift = indice (serie) della barra D1 da cui leggere la SMA
double GetMA(int m,int d1shift)
{
if(d1shift<0) return 0;
double buf[1];
if(CopyBuffer(hMA[m],0,d1shift,1,buf)==1) return buf[0];
return 0;
}
//+------------------------------------------------------------------+
double Median(double &a[],int n)
{
if(n<=0) return 0;
ArraySort(a);
if((n&1)==1) return a[n/2];
return 0.5*(a[n/2-1]+a[n/2]);
}
//+------------------------------------------------------------------+
// Mediana delle 7 MA su una specifica barra D1
double MedianAtD1(int d1shift)
{
if(d1shift<0) return 0;
double vals[]; int cnt=0; ArrayResize(vals,7);
for(int m=0;m<7;m++) { double v=GetMA(m,d1shift); if(v>0) { vals[cnt]=v; cnt++; } }
ArrayResize(vals,cnt);
return Median(vals,cnt);
}
//+------------------------------------------------------------------+
// valore valido = positivo e finito (esclude EMPTY_VALUE di warmup)
bool IsVal(double v) { return (v>0.0 && v<1.0e12); }
//+------------------------------------------------------------------+
// mediana dei primi c valori di src
double MedArr(double &src[],int c)
{
if(c<=0) return 0;
double a[]; ArrayResize(a,c);
for(int j=0;j<c;j++) a[j]=src[j];
ArraySort(a);
if((c&1)==1) return a[c/2];
return 0.5*(a[c/2-1]+a[c/2]);
}
//+------------------------------------------------------------------+
// Metriche a una specifica barra D1 (j), calcolate sui buffer gia' copiati mb[7]
double ClusterAtJ(PBuf &mb[],int j)
{
double v[7]; int c=0;
for(int m=0;m<7;m++){ double x=mb[m].v[j]; if(IsVal(x)) v[c++]=x; }
if(c<2) return 0;
double md=MedArr(v,c); if(md<=0) return 0;
double ds=0; for(int m=0;m<c;m++) ds+=MathAbs(v[m]-md)/md*100.0;
return ds/c;
}
double VelAtJ(PBuf &mb[],int j,int K)
{
double v[7]; int c=0;
for(int m=0;m<7;m++){ double a=mb[m].v[j], b=mb[m].v[j+K]; if(IsVal(a)&&IsVal(b)) v[c++]=(a-b)/b*100.0; }
return MedArr(v,c);
}
double AccAtJ(PBuf &mb[],int j,int K)
{
double v[7]; int c=0;
for(int m=0;m<7;m++){ double a=mb[m].v[j], b=mb[m].v[j+K], d=mb[m].v[j+2*K];
if(IsVal(a)&&IsVal(b)&&IsVal(d)) v[c++]=(a-2.0*b+d)/d*100.0; }
return MedArr(v,c);
}
double VolAtJ(PBuf &mb[],int j,int N)
{
double v[7]; int c=0;
for(int m=0;m<7;m++)
{
double r[]; int rc=0; ArrayResize(r,N);
for(int t=j;t<j+N;t++){ double a=mb[m].v[t], b=mb[m].v[t+1]; if(IsVal(a)&&IsVal(b)) r[rc++]=(a-b)/b*100.0; }
if(rc>=2)
{
double mn=0; for(int q=0;q<rc;q++) mn+=r[q]; mn/=rc;
double s=0; for(int q=0;q<rc;q++){ double dd=r[q]-mn; s+=dd*dd; }
v[c++]=MathSqrt(s/(rc-1));
}
}
return MedArr(v,c);
}
//+------------------------------------------------------------------+
// percentile (0..1) di cur fra i primi cc valori di arr
double PctlOf(double &arr[],int cc,double cur)
{
if(cc<=0) return 0.5;
int b=0; for(int k=0;k<cc;k++) if(arr[k]<=cur) b++;
return (double)b/cc;
}
//+------------------------------------------------------------------+
// Valori correnti + percentile storico (win giorni D1) di cluster/velocita'/accel/volatilita'
// per i segnali con segno (vel/acc) il percentile e' calcolato sul VALORE ASSOLUTO (forza)
void AllMetrics(int win,
double &cluCur,double &cluPct,
double &velCur,double &velPct,
double &accCur,double &accPct,
double &volCur,double &volPct)
{
cluCur=velCur=accCur=volCur=0; cluPct=volPct=0.5; velPct=accPct=0;
int ext = MathMax(2*KSLOPE,NVOL+1);
int need = win+ext+2;
PBuf mb[7];
for(int m=0;m<7;m++)
{
ArraySetAsSeries(mb[m].v,true);
if(CopyBuffer(hMA[m],0,0,need,mb[m].v)!=need) return;
}
double cA[],vA[],aA[],oA[]; int cc=0,vc=0,ac=0,oc=0;
ArrayResize(cA,win); ArrayResize(vA,win); ArrayResize(aA,win); ArrayResize(oA,win);
for(int j=1;j<=win;j++)
{
double cv=ClusterAtJ(mb,j); if(cv>0) cA[cc++]=cv;
vA[vc++]=MathAbs(VelAtJ(mb,j,KSLOPE));
aA[ac++]=MathAbs(AccAtJ(mb,j,KSLOPE));
double ov=VolAtJ(mb,j,NVOL); if(ov>0) oA[oc++]=ov;
}
cluCur=ClusterAtJ(mb,1); velCur=VelAtJ(mb,1,KSLOPE);
accCur=AccAtJ(mb,1,KSLOPE); volCur=VolAtJ(mb,1,NVOL);
cluPct=PctlOf(cA,cc,cluCur);
volPct=PctlOf(oA,oc,volCur);
velPct=PctlOf(vA,vc,MathAbs(velCur)); // forza (su |valore|)
accPct=PctlOf(aA,ac,MathAbs(accCur));
}
//+------------------------------------------------------------------+
// descrizione a parole per una grandezza di sola ampiezza (cluster, volatilita')
string MagWord(double pct,string w0,string w1,string w2,string w3,string w4)
{
if(pct<0.20) return w0;
if(pct<0.40) return w1;
if(pct<0.60) return w2;
if(pct<0.80) return w3;
return w4;
}
//+------------------------------------------------------------------+
// descrizione a parole per un segnale con segno (velocita', accelerazione)
string DirWord(double val,double absPct,string up,string down,string flat)
{
if(absPct<0.15) return flat;
string forza = (absPct<0.40)?"lieve":((absPct<0.70)?"moderata":"forte");
return (val>0?up:down)+" "+forza;
}
//+------------------------------------------------------------------+
// descrizione a parole per la distanza prezzo-mediana (con segno)
string DistWord(double val,double absPct)
{
if(absPct<0.15) return "sulla mediana";
string q = (absPct<0.40)?"poco":((absPct<0.70)?"moderatamente":"molto");
return q+(val>0?" sopra":" sotto");
}
//+------------------------------------------------------------------+
// mediana delle 7 MA a barra j dai buffer mb
double MedMAatJ(PBuf &mb[],int j)
{
double v[7]; int c=0;
for(int m=0;m<7;m++){ double x=mb[m].v[j]; if(IsVal(x)) v[c++]=x; }
return MedArr(v,c);
}
//+------------------------------------------------------------------+
// distanza prezzo-mediana: percentile storico (su |valore|) sugli ultimi 'win' giorni D1
void DistStats(int win,double curDist,double &absPct)
{
absPct=0.5;
int need=win+2;
double cl[]; ArraySetAsSeries(cl,true);
if(CopyClose(_Symbol,ANCHOR_TF,0,need,cl)!=need) return;
PBuf mb[7];
for(int m=0;m<7;m++){ ArraySetAsSeries(mb[m].v,true); if(CopyBuffer(hMA[m],0,0,need,mb[m].v)!=need) return; }
double dA[]; int dc=0; ArrayResize(dA,win);
for(int j=1;j<=win;j++)
{
double md=MedMAatJ(mb,j); if(md<=0) continue;
dA[dc++]=MathAbs((cl[j]-md)/md*100.0);
}
absPct=PctlOf(dA,dc,MathAbs(curDist));
}
//+------------------------------------------------------------------+
// interpolazione lineare con fallback se uno dei valori manca
double Interp(double vStart,double vEnd,double frac)
{
if(vStart>0 && vEnd>0) return vStart+frac*(vEnd-vStart);
if(vEnd>0) return vEnd;
return vStart;
}
//+------------------------------------------------------------------+
// Mediana dei primi n valori di src
double MedianN(const double &src[],int n)
{
if(n<=0) return 0;
double a[]; ArrayResize(a,n);
for(int i=0;i<n;i++) a[i]=src[i];
ArraySort(a);
if((n&1)==1) return a[n/2];
return 0.5*(a[n/2-1]+a[n/2]);
}
//+------------------------------------------------------------------+
int OnCalculate(const int rates_total,
const int prev_calculated,
const datetime &time[],
const double &open[],
const double &high[],
const double &low[],
const double &close[],
const long &tick_volume[],
const long &volume[],
const int &spread[])
{
if(rates_total<2) return 0;
ArraySetAsSeries(close,true);
ArraySetAsSeries(time,true);
//--- i dati D1 devono essere pronti, altrimenti ritenta al prossimo tick
int d1bars = Bars(_Symbol,ANCHOR_TF);
if(d1bars<2) return 0;
if(BarsCalculated(hMA[0])<=0) return 0;
//--- carica le 7 MA D1 in blocco e calcola la mediana per ogni barra D1
double med_d1[]; ArrayResize(med_d1,d1bars); ArraySetAsSeries(med_d1,true);
double cols[][7]; ArrayResize(cols,d1bars);
for(int m=0;m<7;m++)
{
double tmp[]; ArraySetAsSeries(tmp,true);
int got = CopyBuffer(hMA[m],0,0,d1bars,tmp);
if(got<=0) return 0; // non pronto: ritenta
for(int s=0;s<d1bars;s++) cols[s][m] = (s<got) ? tmp[s] : 0.0;
}
for(int s=0;s<d1bars;s++)
{
double vv[7]; int c=0;
for(int m=0;m<7;m++) if(cols[s][m]>0) { vv[c]=cols[s][m]; c++; }
med_d1[s] = MedianN(vv,c);
}
//--- range di barre grafico da (ri)calcolare:
// tutto al primo load o quando nasce una nuova barra D1, altrimenti solo oggi
static int s_lastD1 = -1;
int recalcFrom;
if(prev_calculated==0 || d1bars!=s_lastD1)
recalcFrom = rates_total-1;
else
{
datetime todayOpen = iTime(_Symbol,ANCHOR_TF,0);
recalcFrom = 0;
while(recalcFrom < rates_total-1 && time[recalcFrom] >= todayOpen) recalcFrom++;
}
s_lastD1 = d1bars;
for(int idx=recalcFrom; idx>=0; idx--)
{
int d1cur = iBarShift(_Symbol,ANCHOR_TF,time[idx],false);
if(d1cur<0 || d1cur>=d1bars)
{
Buff_Median[idx]=0;
for(int m=0;m<7;m++) SetBuf(m,idx,0.0);
continue;
}
int sj=d1cur+1; // barra D1 precedente (inizio giornata)
//--- frazione di giornata trascorsa (solo se Smooth)
double frac=0.0;
if(Smooth)
{
datetime t0 = iTime(_Symbol,ANCHOR_TF,d1cur);
datetime t1 = (d1cur>0) ? iTime(_Symbol,ANCHOR_TF,d1cur-1)
: t0 + PeriodSeconds(ANCHOR_TF);
frac = (t1>t0) ? (double)(time[idx]-t0)/(double)(t1-t0) : 0.0;
frac = MathMax(0.0,MathMin(1.0,frac));
}
//--- mediana
if(!Smooth)
Buff_Median[idx] = (sj<d1bars) ? med_d1[sj] : 0.0;
else
{
double vS = (sj<d1bars) ? med_d1[sj] : 0.0;
Buff_Median[idx] = Interp(vS,med_d1[d1cur],frac);
}
//--- le 7 MA
for(int m=0;m<7;m++)
{
double val;
if(!Smooth)
val = (sj<d1bars) ? cols[sj][m] : 0.0;
else
{
double vS2 = (sj<d1bars) ? cols[sj][m] : 0.0;
val = Interp(vS2,cols[d1cur][m],frac);
}
SetBuf(m,idx,val);
}
}
DrawInfo();
DrawTags(time[0]);
return rates_total;
}
//+------------------------------------------------------------------+
// larghezza in pixel di un testo nel font del pannello
int TxtW(string s,int fs,bool bold)
{
TextSetFont(bold?"Consolas Bold":"Consolas",-fs*10);
uint w=0,h=0;
bool ok=TextGetSize(s,w,h);
int est=(int)MathCeil(StringLen(s)*fs*0.62); // fallback se TextGetSize non disponibile
if(!ok || (int)w<=0) return est;
return MathMax((int)w,est); // mai meno della stima
}
//+------------------------------------------------------------------+
void DrawInfo()
{
double bid = SymbolInfoDouble(_Symbol,SYMBOL_BID);
double median = MedianAtD1(1); // valore D1 chiuso (stabile, non-repaint)
if(median<=0) return;
int x=10,y0=30,lh=FontSize+4;
//--- 1) calcolo metriche e preparo tutte le stringhe
double distPct = (bid-median)/median*100;
color distC = (distPct>0)?clrRed:clrLimeGreen;
double distAbsPct; DistStats(CLWIN,distPct,distAbsPct);
double cluCur,cluPct,velCur,velPct,accCur,accPct,volCur,volPct;
AllMetrics(CLWIN,cluCur,cluPct,velCur,velPct,accCur,accPct,volCur,volPct);
string sT = "PaPP Median ["+StringSubstr(EnumToString((ENUM_TIMEFRAMES)_Period),7)+"]";
string sM = "Median: "+DoubleToString(median,_Digits);
string sD = StringFormat("Dist: %+.2f%% - %s (P%.0f)",distPct,DistWord(distPct,distAbsPct),distAbsPct*100);
string sV = StringFormat("Cluster %.3f%% - %s (P%.0f)",cluCur,MagWord(cluPct,"molto stretto","stretto","normale","largo","molto largo"),cluPct*100);
string sVE = StringFormat("Velocita' %+.3f%% - %s",velCur,DirWord(velCur,velPct,"in salita","in discesa","quasi piatta"));
string sAC = StringFormat("Accel %+.4f%% - %s",accCur,DirWord(accCur,accPct,"in accelerazione","in decelerazione","stabile"));
string sVO = StringFormat("Volatilita' %.4f%% - %s (P%.0f)",volCur,MagWord(volPct,"molto bassa","bassa","normale","alta","molto alta"),volPct*100);
string sMA[7];
for(int m=0;m<7;m++) sMA[m]=StringFormat("MA %3dg: %s",gDays[m],DoubleToString(GetMA(m,1),_Digits));
string sH = "Sopra=SELL | Sotto=BUY";
//--- 2) larghezza/altezza del box: misuro la larghezza REALE in pixel (TextGetSize)
int maxw=0;
maxw=MathMax(maxw,TxtW(sT,FontSize+2,true));
maxw=MathMax(maxw,TxtW(sM,FontSize,false));
maxw=MathMax(maxw,TxtW(sD,FontSize,true));
maxw=MathMax(maxw,TxtW(sV,FontSize,false));
maxw=MathMax(maxw,TxtW(sVE,FontSize,false));
maxw=MathMax(maxw,TxtW(sAC,FontSize,false));
maxw=MathMax(maxw,TxtW(sVO,FontSize,false));
maxw=MathMax(maxw,TxtW(sH,FontSize-1,false));
for(int m=0;m<7;m++) maxw=MathMax(maxw,TxtW(sMA[m],FontSize-1,false));
int boxX=x-6, boxY=y0-6;
int w=maxw+(x-boxX)+10; // padding sinistro (x-boxX) + destro 10
int bodyH=15*lh+6; // 7 righe in alto + 7 MA + riga finale + padding
PanelBox(boxX,boxY,w,bodyH);
//--- 3) scritte (aggiornate in-place: niente ObjectsDeleteAll -> niente lampeggio)
int y=y0;
Lbl("T",sT,x,y,FontSize+2,clrGold,true); y+=lh+4;
Lbl("M",sM,x,y,FontSize,clrGold,false); y+=lh;
Lbl("D",sD,x,y,FontSize,distC,true); y+=lh+2;
Lbl("V",sV,x,y,FontSize,(cluPct<0.40)?clrLimeGreen:((cluPct>0.60)?clrTomato:clrSilver),false); y+=lh;
Lbl("VEL",sVE,x,y,FontSize,(velCur>0)?clrLimeGreen:clrTomato,false); y+=lh;
Lbl("ACC",sAC,x,y,FontSize,(accCur>0)?clrLimeGreen:clrTomato,false); y+=lh;
Lbl("VOL",sVO,x,y,FontSize,(volPct<0.40)?clrLimeGreen:((volPct>0.60)?clrTomato:clrAqua),false); y+=lh+2;
for(int m=0;m<7;m++)
{
double v=GetMA(m,1);
Lbl("a"+IntegerToString(m),sMA[m],x,y,FontSize-1,(v>0)?gCol[m]:clrGray,false);
y+=lh-2;
}
y+=2;
Lbl("H",sH,x,y,FontSize-1,clrGray,false);
}
//+------------------------------------------------------------------+
// etichetta di testo ancorata a (t,price); se price<=0 la rimuove
void Tag(string n,datetime t,double price,string txt,color c)
{
string o=_pfx2+n;
if(price<=0) { ObjectDelete(0,o); return; }
if(ObjectFind(0,o)<0) ObjectCreate(0,o,OBJ_TEXT,0,0,0);
ObjectSetInteger(0,o,OBJPROP_TIME,t);
ObjectSetDouble(0,o,OBJPROP_PRICE,price);
ObjectSetString(0,o,OBJPROP_TEXT," "+txt);
ObjectSetString(0,o,OBJPROP_FONT,"Consolas");
ObjectSetInteger(0,o,OBJPROP_FONTSIZE,FontSize);
ObjectSetInteger(0,o,OBJPROP_COLOR,c);
ObjectSetInteger(0,o,OBJPROP_ANCHOR,ANCHOR_LEFT);
ObjectSetInteger(0,o,OBJPROP_BACK,false);
ObjectSetInteger(0,o,OBJPROP_SELECTABLE,false);
ObjectSetInteger(0,o,OBJPROP_HIDDEN,true);
}
//+------------------------------------------------------------------+
// etichette a fine linea, nel margine vuoto a destra
void DrawTags(datetime tlast)
{
datetime tfut = tlast + 2*PeriodSeconds(_Period);
Tag("med",tfut,Buff_Median[0],"Mediana",clrGold);
for(int m=0;m<7;m++)
{
double p = ShowMA ? GetBuf(m) : 0.0;
Tag(IntegerToString(m),tfut,p,IntegerToString(gDays[m])+"g",gCol[m]);
}
}
//+------------------------------------------------------------------+
void Lbl(string n,string t,int x,int y,int fs,color c,bool b)
{
string o=_pfx+n;
if(ObjectFind(0,o)<0) ObjectCreate(0,o,OBJ_LABEL,0,0,0);
ObjectSetInteger(0,o,OBJPROP_XDISTANCE,x);
ObjectSetInteger(0,o,OBJPROP_YDISTANCE,y);
ObjectSetInteger(0,o,OBJPROP_CORNER,CORNER_LEFT_UPPER);
ObjectSetString(0,o,OBJPROP_TEXT,t);
ObjectSetString(0,o,OBJPROP_FONT,b?"Consolas Bold":"Consolas");
ObjectSetInteger(0,o,OBJPROP_FONTSIZE,fs);
ObjectSetInteger(0,o,OBJPROP_COLOR,c);
ObjectSetInteger(0,o,OBJPROP_BACK,false);
ObjectSetInteger(0,o,OBJPROP_ZORDER,1); // sopra il box di sfondo
ObjectSetInteger(0,o,OBJPROP_SELECTABLE,false);
ObjectSetInteger(0,o,OBJPROP_HIDDEN,true);
}
//+------------------------------------------------------------------+
// riquadro di sfondo del pannello (dietro alle scritte)
void PanelBox(int px,int py,int w,int h)
{
string o=_pfx+"BOX";
if(!ShowPanel) { ObjectDelete(0,o); return; }
if(ObjectFind(0,o)<0) ObjectCreate(0,o,OBJ_RECTANGLE_LABEL,0,0,0);
ObjectSetInteger(0,o,OBJPROP_CORNER,CORNER_LEFT_UPPER);
ObjectSetInteger(0,o,OBJPROP_XDISTANCE,px);
ObjectSetInteger(0,o,OBJPROP_YDISTANCE,py);
ObjectSetInteger(0,o,OBJPROP_XSIZE,w);
ObjectSetInteger(0,o,OBJPROP_YSIZE,h);
ObjectSetInteger(0,o,OBJPROP_BGCOLOR,PanelBg);
ObjectSetInteger(0,o,OBJPROP_BORDER_TYPE,BORDER_FLAT);
ObjectSetInteger(0,o,OBJPROP_COLOR,clrDimGray); // bordo
ObjectSetInteger(0,o,OBJPROP_BACK,false);
ObjectSetInteger(0,o,OBJPROP_ZORDER,0); // dietro alle scritte
ObjectSetInteger(0,o,OBJPROP_SELECTABLE,false);
ObjectSetInteger(0,o,OBJPROP_HIDDEN,true);
}
//+------------------------------------------------------------------+
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