Hi there!

First of all, thank you for the support you gave me earlier!

I found this indicator for metatrader, I managed to extract the code but it looks like it’s written with a different language, so it cannot be used with ProRealTime

Is there a way to translate this? Thanks!

#property indicator_separate_window
#property indicator_level1 0
#property indicator_buffers 1
#property indicator_color1 Yellow

extern int DurataCiclo = 5;
extern int MediaVelo = 2;
extern int Alert = True;

double gda_96[2000];
double gda_100[2000];
double gda_104[2000];
double g_ibuf_108[];
int g_bars_112 = 1900;
int g_bars_116 = 0;

int init() {
   SetIndexStyle(0, DRAW_LINE);
   SetIndexBuffer(0, g_ibuf_108);
   string ls_0 = "Target(" + DurataCiclo + ")";
   IndicatorShortName(ls_0);
   SetIndexLabel(0, ls_0);
   return (0);
}

int deinit() {
   ObjectsDeleteAll();
   Comment("");
   return (0);
}

int start() {
   
   int ind_counted_4 = 0;//IndicatorCounted();
   int li_8 = DurataCiclo / 1.6180339;
   int li_12 = MediaVelo;
   int li_16 = li_8 / 1.6180339;
   int li_20 = li_12 / 1.6180339;
   
   int barre = Bars;
   
   if (barre <= li_8) return (0);
   if (barre < g_bars_112) g_bars_116 = barre;
   else g_bars_116 = g_bars_112;
   int index_0 = barre - DurataCiclo - 1;
   if (ind_counted_4 >= li_8) index_0 = barre - ind_counted_4 - 1;
   if (index_0 >= g_bars_116) index_0 = g_bars_116 - li_8 - 1;
   while (index_0 >= 0) {
      gda_96[index_0 + li_16] = Open[index_0];
      index_0--;
   }
   for (index_0 = 0; index_0 <= li_16; index_0++) gda_96[index_0] = gda_96[li_16];
   index_0 = barre - li_8 - 1;
   if (ind_counted_4 >= li_8) index_0 = barre - ind_counted_4 - 1;
   if (index_0 >= g_bars_116) index_0 = g_bars_116 - li_8 - 1;
   while (index_0 >= 0) {
      gda_100[index_0] = f0_0(gda_96, li_8, index_0);
      index_0--;
   }
   index_0 = barre - li_12 - 1;
   if (ind_counted_4 >= li_12) index_0 = barre - ind_counted_4 - 1;
   if (index_0 >= g_bars_116) index_0 = g_bars_116 - li_12 - 1;
   while (index_0 >= 0) {
      gda_104[index_0] = gda_100[index_0] - (gda_100[index_0 + 1]);
      index_0--;
   }
   for (index_0 = 0; index_0 <= li_20; index_0++) gda_104[index_0] = gda_104[li_20];
   index_0 = barre - li_12 - 1;
   if (ind_counted_4 >= li_12) index_0 = barre - ind_counted_4 - 1;
   if (index_0 >= g_bars_116) index_0 = g_bars_116 - li_12 - 1;
   while (index_0 >= 0) {
      g_ibuf_108[index_0] = f0_0(gda_104, li_12, index_0);
      index_0--;
   }
   
   return (0);
}

double f0_0(double ada_0[2000], int ai_4, int ai_8) {
   double ld_ret_12;
   for (int li_20 = ai_8 + 0; li_20 < ai_8 + ai_4; li_20++) ld_ret_12 += ada_0[li_20];
   ld_ret_12 /= ai_4;
   
   ld_ret_12 *= 800;
   
   return (ld_ret_12);
}