/* Generated by EX4-TO-MQ4 decompiler FREEWARE V4.0.451.1 [-] Website: http://www.metaquotes.net E-mail : support@metaquotes.net */ #property copyright "" #property link "" #property indicator_separate_window #property indicator_levelcolor Black #property indicator_buffers 7 #property indicator_color1 Blue #property indicator_color2 Red #property indicator_color3 Green #property indicator_color4 Red #property indicator_color5 LimeGreen #property indicator_color6 Maroon #property indicator_color7 Black string gs_76 = "Histogram Divergence Indicator"; bool gi_84 = TRUE; bool gi_88 = TRUE; bool gi_92 = FALSE; string gs_unused_96 = ""; int g_period_104 = 12; int g_period_108 = 26; int g_period_112 = 9; extern int Line_Distance = 1; extern int Max_Bars_Lookback = 250; bool gi_124 = TRUE; bool gi_128 = FALSE; int gi_132 = 60; double gd_136 = 0.0; double gd_144 = 0.0; bool gi_152 = FALSE; double gd_156 = 7.0; double gd_164 = 0.00007; int gi_172 = 1; int gi_176 = 6333684; int gi_180 = 255; int gi_184 = 64636; int gi_188 = 32768; int gi_192 = 2; int gi_196 = 1; int gi_200 = 2237106; int gi_204 = 25600; bool gi_208 = FALSE; bool gi_unused_212 = FALSE; bool gi_unused_216 = FALSE; double gd_220 = 0.000015; double gd_228 = 99.0; double g_ibuf_236[]; double g_ibuf_240[]; double g_ibuf_244[]; double g_ibuf_248[]; double g_ibuf_252[]; double g_ibuf_256[]; double g_ibuf_260[]; string gs_264 = ""; double gd_unused_272 = 0.0004; double gd_280 = 1.0; int g_bars_288 = 0; double gd_292 = 0.0; double gd_300 = 0.0; int gi_unused_308 = 0; int gi_unused_312 = 0; int gi_316 = 0; int gi_320 = 0; int gi_324 = 0; int gi_328 = 0; double g_low_332 = 0.0; double gd_340 = 0.0; double gd_348 = 0.0; double gd_356 = 0.0; int gi_364 = 0; int gi_368 = 0; int gi_372 = 0; int gi_376 = 0; double g_high_380 = 0.0; double gd_388 = 0.0; double gd_396 = 0.0; double gd_404 = 0.0; int gi_412 = 0; int gi_416 = 0; double gd_420 = 0.0; double gd_428 = 0.0; int g_bars_436 = -1; double gda_440[1][11]; string gs_444 = "Histogram Divergence Indicator"; // E37F0136AA3FFAF149B351F6A4C948E9 int init() { IndicatorBuffers(9); SetIndexBuffer(0, g_ibuf_236); SetIndexBuffer(1, g_ibuf_240); SetIndexBuffer(2, g_ibuf_244); SetIndexBuffer(3, g_ibuf_248); SetIndexBuffer(4, g_ibuf_252); SetIndexBuffer(5, g_ibuf_256); SetIndexBuffer(6, g_ibuf_260); SetIndexStyle(0, DRAW_NONE, STYLE_SOLID); SetIndexStyle(1, DRAW_NONE, STYLE_SOLID); SetIndexStyle(2, DRAW_HISTOGRAM); SetIndexStyle(3, DRAW_HISTOGRAM); SetIndexStyle(4, DRAW_HISTOGRAM); SetIndexStyle(5, DRAW_HISTOGRAM); SetIndexStyle(6, DRAW_NONE); SetIndexArrow(0, 233); SetIndexArrow(1, 234); SetIndexLabel(0, "MACD"); SetIndexLabel(1, "Signal"); SetIndexLabel(2, "HistogramUP"); SetIndexLabel(3, "HistogramDOWN"); SetIndexLabel(4, "HistogramUP1"); SetIndexLabel(5, "HistogramDOWN1"); gs_264 = gs_76; IndicatorDigits(6); IndicatorShortName(gs_264); if (Point == 0.00001) gd_280 = 10; if (gd_136 > 0.0 || gd_144 > 0.0) { gd_292 = gd_136; gd_300 = gd_144; } else { switch (Period()) { case PERIOD_M1: gd_292 = 1; gd_300 = 0.000003; gd_unused_272 = 0.00005; break; case PERIOD_M5: gd_292 = 1; gd_300 = 0.000003; gd_unused_272 = 0.0001; break; case PERIOD_M15: gd_292 = 1; gd_300 = 0.000003; gd_unused_272 = 0.0002; break; case PERIOD_M30: gd_292 = 1; gd_300 = 0.000003; gd_unused_272 = 0.0002; break; case PERIOD_H1: gd_292 = 1; gd_300 = 0.00005; gd_unused_272 = 0.0003; Line_Distance += 4; break; case PERIOD_H4: gd_292 = 1; gd_300 = 0.0001; gd_unused_272 = 0.0008; Line_Distance += 3; break; case PERIOD_D1: gd_292 = 1; gd_300 = 0.0001; gd_unused_272 = 0.003; Line_Distance += 4; break; case PERIOD_W1: gd_292 = 1; gd_300 = 0.0001; gd_unused_272 = 0.008; Line_Distance += 4; break; case PERIOD_MN1: gd_292 = 1; gd_300 = 0.0001; gd_unused_272 = 0.01; Line_Distance += 4; } } g_bars_436 = -1; g_bars_288 = FALSE; return (0); } // 52D46093050F38C27267BCE42543EF60 int deinit() { string name_0; for (int li_8 = ObjectsTotal() - 1; li_8 >= 0; li_8--) { name_0 = ObjectName(li_8); if (StringSubstr(name_0, 0, StringLen(gs_444)) == gs_444) ObjectDelete(name_0); } return (0); } // EA2B2676C28C0DB26D39331A336C6B92 int start() { double ld_0; double ld_8; int li_16; int bars_20; int li_unused_24; int li_28; double ld_unused_32; double ld_40; int ind_counted_48 = IndicatorCounted(); if (Bars - ind_counted_48 >= 2 || g_bars_288 != Bars) { li_16 = 2; bars_20 = Bars; if (g_bars_436 == -1 || g_bars_288 != Bars) li_16 = bars_20; g_bars_288 = Bars; for (int li_52 = 1; li_52 < li_16; li_52++) g_ibuf_236[li_52] = iMA(Symbol(), Period(), g_period_104, 0, MODE_EMA, PRICE_CLOSE, li_52) - iMA(Symbol(), Period(), g_period_108, 0, MODE_EMA, PRICE_CLOSE, li_52); for (li_52 = li_16; li_52 >= 1; li_52--) { g_ibuf_240[li_52] = iMAOnArray(g_ibuf_236, bars_20, g_period_112, 0, MODE_EMA, li_52); g_ibuf_260[li_52] = g_ibuf_236[li_52] - g_ibuf_240[li_52]; g_ibuf_240[li_52] = g_ibuf_240[li_52]; g_ibuf_260[li_52] = g_ibuf_260[li_52]; ld_8 = g_ibuf_260[li_52]; ld_0 = g_ibuf_260[li_52 + 1]; if (ld_8 >= ld_0) { if (g_ibuf_260[li_52] >= 0.0) { g_ibuf_244[li_52] = g_ibuf_260[li_52]; continue; } g_ibuf_248[li_52] = g_ibuf_260[li_52]; } else { if (g_ibuf_260[li_52] >= 0.0) g_ibuf_252[li_52] = g_ibuf_260[li_52]; else g_ibuf_256[li_52] = g_ibuf_260[li_52]; } } g_bars_436 = bars_20; if (li_16 > 2) li_16 = Max_Bars_Lookback; li_unused_24 = -1; for (int li_56 = li_16; li_56 >= 2; li_56--) { li_28 = f0_5(li_56); if (li_28 == 12 || li_28 == 16 || li_28 == 22 || li_28 == 26) { li_unused_24 = li_28; ld_unused_32 = f0_4(li_28, Time[li_56], 7); } if (li_28 == 11 || li_28 == 15) { ld_40 = -1.0 * Line_Distance; f0_12(11, "bull.regu", Time[li_56], ld_40, gi_184, gi_192); } if (li_28 == 12 || li_28 == 16) { ld_40 = -1.0 * Line_Distance; f0_12(12, "bull.cont", Time[li_56], ld_40, gi_188, gi_192); } if (li_28 == 14 || li_28 == 15 || li_28 == 16) { ld_40 = -1.0 * Line_Distance; f0_12(li_28, "bull.hidd", Time[li_56], ld_40, gi_204, gi_196); } if (li_28 == 21 || li_28 == 25) { ld_40 = Line_Distance; f0_12(21, "bear.regu", Time[li_56], ld_40, gi_176, gi_192); } if (li_28 == 22 || li_28 == 26) { ld_40 = Line_Distance; f0_12(22, "bear.cont", Time[li_56], ld_40, gi_180, gi_192); } if (li_28 == 24 || li_28 == 25 || li_28 == 26) { ld_40 = Line_Distance; f0_12(li_28, "bear.hidd", Time[li_56], ld_40, gi_200, gi_196); } } } return (0); } // 58B0897F29A3AD862616D6CBF39536ED int f0_5(int ai_0) { int li_4; int li_8; int li_12 = -1; int li_16 = -1; int li_ret_20 = -1; gi_316 = f0_10(ai_0, ai_0 + 1, gi_172, 1, 0); gi_320 = -1; if (gi_316 > -1) { if (gi_316 == ai_0) { if (gi_92 == TRUE) if (NormalizeDouble(Close[gi_316 - 1], Digits) < NormalizeDouble(Open[gi_316 - 1], Digits)) gi_320 = -2; if (gi_320 != -2) gi_320 = f0_2(gi_316, gi_316 + 1); } else { if (gi_316 == ai_0 + 1) { if (gi_92 == TRUE) if (NormalizeDouble(Close[gi_316 - 1], Digits) < NormalizeDouble(Open[gi_316 - 1], Digits)) gi_320 = -2; if (gi_320 != -2) { for (int li_24 = ArrayRange(gda_440, 0); li_24 >= 0; li_24--) if (gda_440[li_24][10] == Time[ai_0 + 1]) gi_320 = -2; } if (NormalizeDouble(Close[gi_316 - 1], Digits) < NormalizeDouble(Open[gi_316 - 1], Digits) && NormalizeDouble(Close[gi_316 - 2], Digits) < NormalizeDouble(Open[gi_316 - 2], Digits)) gi_320 = -2; if (gi_320 != -2) gi_320 = gi_316; } } if (gi_320 > -1) { g_low_332 = Low[gi_316]; gd_348 = g_ibuf_260[gi_320]; gi_324 = -1; gd_340 = 0; if (gi_124 == TRUE) { if (NormalizeDouble(gd_348, 6) < NormalizeDouble(0.0, 6)) gi_416 = 5; else gi_416 = 2; gi_412 = 1; gd_420 = 0; for (li_24 = ai_0 + 4; li_24 <= Max_Bars_Lookback; li_24++) { if ((NormalizeDouble(gd_220, 6) < NormalizeDouble(g_ibuf_260[li_24], 6) && NormalizeDouble(g_ibuf_260[li_24 - 1], 6) <= NormalizeDouble(gd_220, 6)) || (NormalizeDouble(g_ibuf_260[li_24], 6) < NormalizeDouble(gd_220, 8) && NormalizeDouble(gd_220, 6) <= NormalizeDouble(g_ibuf_260[li_24 - 1], 6))) { gi_412++; if (gi_416 < gi_412) break; } if (NormalizeDouble(g_ibuf_260[li_24], 6) < NormalizeDouble(gd_420, 6)) { gd_420 = g_ibuf_260[li_24]; gd_340 = 99999; li_4 = f0_10(li_24 - 2, li_24 + 2, gi_172, 2, g_low_332); if (li_4 > -1 && li_4 - gi_320 > 5) { gi_328 = f0_2(li_4 - 2, li_4 + 2); if (gi_328 > -1) { gd_356 = g_ibuf_260[gi_328]; if (NormalizeDouble(gd_356, 6) < NormalizeDouble(0.0, 6) && NormalizeDouble(gd_300, 6) <= NormalizeDouble(gd_348 - gd_356, 6)) { if (NormalizeDouble(gd_292 * gd_280 * Point, Digits) <= NormalizeDouble(gd_340 - g_low_332, Digits)) if (f0_11(gd_340, g_low_332, li_4, gi_316) == 0) gi_324 = li_4; } } } } if (gi_324 != -1) break; } if (gi_324 != -1) { li_12 = f0_9(gi_324, gi_316, gd_340, g_low_332, "Low", 11, ai_0, gi_328, gi_320); li_ret_20 = li_12; } } if (gi_128 == TRUE) { if (NormalizeDouble(gd_348, 6) < NormalizeDouble(0.0, 6)) { gi_416 = 3; gi_412 = 1; for (li_24 = ai_0 + 4; li_24 <= Max_Bars_Lookback; li_24++) { if ((NormalizeDouble(gd_220, 6) < NormalizeDouble(g_ibuf_260[li_24], 6) && NormalizeDouble(g_ibuf_260[li_24 - 1], 6) <= NormalizeDouble(gd_220, 6)) || (NormalizeDouble(g_ibuf_260[li_24], 6) < NormalizeDouble(gd_220, 6) && NormalizeDouble(gd_220, 6) <= NormalizeDouble(g_ibuf_260[li_24 - 1], 6))) { if (gi_416 < gi_412) break; gi_412++; } if (NormalizeDouble(gd_348 * gd_228 / 100.0, 6) < NormalizeDouble(g_ibuf_260[li_24], 6)) { li_4 = f0_10(li_24 - 2, li_24 + 2, gi_172, 2, gd_348); if (li_4 > -1 && li_4 - gi_320 > 5) { gi_328 = f0_2(li_4 - 2, li_4 + 2); if (gi_328 > -1) { gd_356 = g_ibuf_260[gi_328]; if (NormalizeDouble(gd_356, 6) < NormalizeDouble(0.0, 6) && (gi_152 == FALSE && NormalizeDouble(gd_348, 6) <= NormalizeDouble(gd_356, 6)) || (gi_152 == TRUE && NormalizeDouble(gd_164, 6) <= NormalizeDouble(gd_356 - gd_348, 6))) { gd_340 = Low[li_4]; if ((gi_152 == FALSE && NormalizeDouble(gd_340, Digits) <= NormalizeDouble(g_low_332, Digits)) || (gi_152 == TRUE && NormalizeDouble(gd_156 * gd_280 * Point, Digits) <= NormalizeDouble(g_low_332 - gd_340, Digits))) if (f0_11(gd_340, g_low_332, li_4, gi_316) == 0) gi_324 = li_4; } } } if (gi_324 != -1) break; } } if (gi_324 != -1) { li_16 = f0_9(gi_324, gi_316, gd_340, g_low_332, "Low", 14, ai_0, gi_328, gi_320); li_ret_20 = li_16; if (li_16 > -1) { if (li_12 == 11 && li_16 == 14) li_ret_20 = 15; else if (li_12 == 12 && li_16 == 14) li_ret_20 = 16; } } } } if (li_ret_20 > -1) return (li_ret_20); } } gi_364 = f0_3(ai_0, ai_0 + 1, gi_172, 1, 0); gi_368 = -1; if (gi_364 > -1) { if (gi_364 == ai_0) { if (gi_92 == TRUE) if (NormalizeDouble(Open[gi_364 - 1], Digits) < NormalizeDouble(Close[gi_364 - 1], Digits)) gi_368 = -2; if (gi_368 != -2) gi_368 = f0_0(gi_364, gi_364 + 1); } else { if (gi_364 == ai_0 + 1) { for (li_24 = ArrayRange(gda_440, 0); li_24 >= 0; li_24--) if (gda_440[li_24][10] == Time[ai_0 + 1]) gi_368 = -2; if (gi_368 != -2) { if (gi_92 == TRUE) { if (NormalizeDouble(Open[gi_364 - 1], Digits) < NormalizeDouble(Close[gi_364 - 1], Digits) && NormalizeDouble(Open[gi_364 - 2], Digits) < NormalizeDouble(Close[gi_364 - 2], Digits)) gi_368 = -2; } if (gi_368 != -2) gi_368 = gi_364; } } } if (gi_368 > -1) { g_high_380 = High[gi_364]; gd_396 = g_ibuf_260[gi_368]; gi_372 = -1; gd_388 = 0; if (gi_124 == TRUE) { if (NormalizeDouble(0.0, 6) < NormalizeDouble(gd_396, 6)) gi_416 = 5; else gi_416 = 2; gi_412 = 1; gd_428 = 0; for (li_24 = ai_0 + 3; li_24 <= Max_Bars_Lookback; li_24++) { if ((NormalizeDouble(-1.0 * gd_220, 6) < NormalizeDouble(g_ibuf_260[li_24], 6) && NormalizeDouble(g_ibuf_260[li_24 - 1], 6) <= NormalizeDouble(-1.0 * gd_220, 6)) || (NormalizeDouble(g_ibuf_260[li_24], 6) < NormalizeDouble(-1.0 * gd_220, 6) && NormalizeDouble(-1.0 * gd_220, 6) <= NormalizeDouble(g_ibuf_260[li_24 - 1], 6))) { gi_412++; if (gi_416 < gi_412) break; } if (NormalizeDouble(gd_428, 6) < NormalizeDouble(g_ibuf_260[li_24], 6)) { gd_428 = g_ibuf_260[li_24]; gd_388 = 0; li_8 = f0_3(li_24 - 2, li_24 + 2, gi_172, 2, g_high_380); if (li_8 > -1 && li_8 - gi_364 > 5) { gi_376 = f0_0(li_8 - 2, li_8 + 2); if (gi_376 > -1) { gd_404 = g_ibuf_260[gi_376]; if (NormalizeDouble(0.0, 6) < NormalizeDouble(gd_404, 6) && NormalizeDouble(gd_300, 6) <= NormalizeDouble(gd_404 - gd_396, 6)) { if (NormalizeDouble(gd_292 * gd_280 * Point, Digits) <= NormalizeDouble(g_high_380 - gd_388, Digits)) if (f0_7(gd_388, g_high_380, li_8, gi_364) == 0) gi_372 = li_8; } } } } if (gi_372 != -1) break; } if (gi_372 != -1) { li_12 = f0_9(gi_372, gi_364, gd_388, g_high_380, "High", 21, ai_0, gi_376, gi_368); li_ret_20 = li_12; } } if (gi_128 == TRUE) { if (NormalizeDouble(0.0, 6) < NormalizeDouble(gd_396, 6)) { gi_416 = 3; gi_412 = 1; for (li_24 = ai_0 + 4; li_24 <= Max_Bars_Lookback; li_24++) { if ((NormalizeDouble(-1.0 * gd_220, 6) < NormalizeDouble(g_ibuf_260[li_24], 6) && NormalizeDouble(g_ibuf_260[li_24 - 1], 6) <= NormalizeDouble(-1.0 * gd_220, 6)) || (NormalizeDouble(g_ibuf_260[li_24], 6) < NormalizeDouble(-1.0 * gd_220, 6) && NormalizeDouble(-1.0 * gd_220, 6) <= NormalizeDouble(g_ibuf_260[li_24 - 1], 6))) { if (gi_416 < gi_412) break; gi_412++; } if (NormalizeDouble(g_ibuf_260[li_24], 6) < NormalizeDouble(gd_396 * gd_228 / 100.0, 6)) { li_8 = f0_3(li_24 - 2, li_24 + 2, gi_172, 2, g_high_380); if (li_8 > -1 && li_8 - gi_364 > 5) { gi_376 = f0_0(li_8 - 2, li_8 + 2); if (gi_376 > -1) { gd_404 = g_ibuf_260[gi_376]; if (NormalizeDouble(0.0, 6) < NormalizeDouble(gd_404, 6) && (gi_152 == FALSE && NormalizeDouble(gd_404, 6) <= NormalizeDouble(gd_396, 6)) || (gi_152 == TRUE && NormalizeDouble(gd_164, 6) <= NormalizeDouble(gd_396 - gd_404, 6))) { gd_388 = High[li_8]; if ((gi_152 == FALSE && NormalizeDouble(g_high_380, Digits) <= NormalizeDouble(gd_388, Digits)) || (gi_152 == TRUE && NormalizeDouble(gd_156 * gd_280 * Point, Digits) <= NormalizeDouble(gd_388 - g_high_380, Digits))) if (f0_7(gd_388, g_high_380, li_8, gi_364) == 0) gi_372 = li_8; } } } if (gi_372 != -1) break; } } if (gi_372 != -1) { li_16 = f0_9(gi_372, gi_364, gd_388, g_high_380, "High", 24, ai_0, gi_376, gi_368); li_ret_20 = li_16; if (li_16 > -1) { if (li_12 == 21 && li_16 == 24) li_ret_20 = 25; else if (li_12 == 22 && li_16 == 24) li_ret_20 = 26; } } } } if (li_ret_20 > -1) return (li_ret_20); } } return (li_ret_20); } // 9B1AEE847CFB597942D106A4135D4FE6 int f0_10(int ai_0, int ai_4, int ai_8, int ai_12, double ad_16) { int li_ret_24 = -1; for (int li_28 = ai_0; li_28 <= ai_4; li_28++) { if (NormalizeDouble(Low[li_28], Digits) <= NormalizeDouble(Low[li_28 + 1], Digits) && NormalizeDouble(Low[li_28], Digits) < NormalizeDouble(Low[li_28 - 1], Digits)) { if (ai_8 == 1 || (ai_8 == 2 && NormalizeDouble(Low[li_28], Digits) < NormalizeDouble(Low[li_28 + 2], Digits))) { if (ai_12 == 1) { li_ret_24 = li_28; break; } if (NormalizeDouble(ad_16, Digits) < NormalizeDouble(Low[li_28], Digits)) { li_ret_24 = li_28; gd_340 = Low[li_28]; break; } gd_340 = 99999.9; if (NormalizeDouble(Open[li_28], Digits) < NormalizeDouble(Close[li_28], Digits) && NormalizeDouble(ad_16, Digits) < NormalizeDouble(Open[li_28], Digits)) { gd_340 = Open[li_28]; li_ret_24 = li_28; break; } if (NormalizeDouble(Close[li_28], Digits) < NormalizeDouble(Open[li_28], Digits) && NormalizeDouble(ad_16, Digits) < NormalizeDouble(Close[li_28], Digits)) { gd_340 = Close[li_28]; li_ret_24 = li_28; break; } if (NormalizeDouble(gd_340, Digits) < NormalizeDouble(ad_16, Digits)) li_ret_24 = -1; } } } return (li_ret_24); } // 50257C26C4E5E915F022247BABD914FE int f0_3(int ai_0, int ai_4, int ai_8, int ai_12, double ad_16) { int li_ret_24 = -1; for (int li_28 = ai_0; li_28 <= ai_4; li_28++) { if (NormalizeDouble(High[li_28 + 1], Digits) <= NormalizeDouble(High[li_28], Digits) && NormalizeDouble(High[li_28 - 1], Digits) <= NormalizeDouble(High[li_28], Digits)) { if (ai_8 == 1 || (ai_8 == 2 && NormalizeDouble(High[li_28 + 2], Digits) <= NormalizeDouble(High[li_28], Digits))) { if (ai_12 == 1) { li_ret_24 = li_28; break; } if (NormalizeDouble(High[li_28], Digits) < NormalizeDouble(ad_16, Digits)) { li_ret_24 = li_28; gd_388 = High[li_28]; break; } gd_388 = 0; if (NormalizeDouble(Open[li_28], Digits) < NormalizeDouble(Close[li_28], Digits) && NormalizeDouble(Close[li_28], Digits) < NormalizeDouble(ad_16, Digits)) { gd_388 = Close[li_28]; li_ret_24 = li_28; break; } if (NormalizeDouble(Close[li_28], Digits) < NormalizeDouble(Open[li_28], Digits) && NormalizeDouble(Open[li_28], Digits) < NormalizeDouble(ad_16, Digits)) { gd_388 = Open[li_28]; li_ret_24 = li_28; break; } li_ret_24 = -1; } } } return (li_ret_24); } // 28EFB830D150E70A8BB0F12BAC76EF35 int f0_2(int ai_0, int ai_4) { for (int li_ret_8 = ai_0; li_ret_8 <= ai_4; li_ret_8++) { if (NormalizeDouble(g_ibuf_260[li_ret_8], 6) < NormalizeDouble(g_ibuf_260[li_ret_8 - 1], 6) && NormalizeDouble(g_ibuf_260[li_ret_8], 6) < NormalizeDouble(g_ibuf_260[li_ret_8 + 1], 6)) return (li_ret_8); } return (-1); } // 09CBB5F5CE12C31A043D5C81BF20AA4A int f0_0(int ai_0, int ai_4) { for (int li_ret_8 = ai_0; li_ret_8 <= ai_4; li_ret_8++) { if (NormalizeDouble(g_ibuf_260[li_ret_8 - 1], 6) < NormalizeDouble(g_ibuf_260[li_ret_8], 6) && NormalizeDouble(g_ibuf_260[li_ret_8 + 1], 6) < NormalizeDouble(g_ibuf_260[li_ret_8], 6)) return (li_ret_8); } return (-1); } // 6ABA3523C7A75AAEA41CC0DEC7953CC5 int f0_7(double ad_0, double ad_8, int ai_16, int ai_20) { double ld_24; double ld_32; double ld_40; int count_48 = 1; if (NormalizeDouble(0.0, 6) < NormalizeDouble(ai_16 - ai_20, 6)) { ld_24 = (ad_8 - ad_0) / Point / (ai_16 - ai_20); for (int li_52 = ai_20 + 2; li_52 < ai_16 - 1; li_52++) { if (NormalizeDouble(Close[li_52], Digits) < NormalizeDouble(Open[li_52], Digits)) ld_32 = Open[li_52]; else ld_32 = Close[li_52]; if (ai_16 - li_52 > 0.0) { ld_40 = (ld_32 - ad_0) / Point / (ai_16 - li_52); if (NormalizeDouble(ld_24, 6) < NormalizeDouble(ld_40, 6)) { count_48++; if (count_48 <= 2) continue; return (1); } count_48 = 0; } } } return (0); } // A9B24A824F70CC1232D1C2BA27039E8D int f0_11(double ad_0, double ad_8, int ai_16, int ai_20) { double ld_24; double ld_32; double ld_40; int count_48 = 1; if (NormalizeDouble(0.0, 6) < NormalizeDouble(ai_16 - ai_20, 6)) { ld_24 = (ad_0 - ad_8) / Point / (ai_16 - ai_20); for (int li_52 = ai_20 + 2; li_52 < ai_16 - 1; li_52++) { if (NormalizeDouble(Close[li_52], Digits) < NormalizeDouble(Open[li_52], Digits)) ld_32 = Close[li_52]; else ld_32 = Open[li_52]; if (NormalizeDouble(0.0, 6) < NormalizeDouble(ai_16 - li_52, 6)) { ld_40 = (ad_0 - ld_32) / Point / (ai_16 - li_52); if (NormalizeDouble(ld_24, 8) < NormalizeDouble(ld_40, 8)) { count_48++; if (count_48 <= 2) continue; return (1); } count_48 = 0; } } } return (0); } // 689C35E4872BA754D7230B8ADAA28E48 int f0_6(int ai_0, int ai_4) { double ld_8; double ld_16; double ld_24; int count_32 = 1; if (NormalizeDouble(0.0, 6) < NormalizeDouble(ai_0 - ai_4, 6)) { ld_8 = (g_ibuf_260[ai_4] - g_ibuf_260[ai_0]) / Point / (ai_0 - ai_4); for (int li_36 = ai_4 + 2; li_36 < ai_0 - 1; li_36++) { ld_16 = g_ibuf_260[li_36]; if (NormalizeDouble(0.0, 6) < NormalizeDouble(li_36 - ai_4, 6)) { ld_24 = (g_ibuf_260[ai_4] - ld_16) / Point / (li_36 - ai_4); if (NormalizeDouble(ld_8, 8) < NormalizeDouble(ld_24, 8)) { count_32++; if (count_32 <= 2) continue; return (1); } count_32 = 0; } } } return (0); } // 2569208C5E61CB15E209FFE323DB48B7 int f0_1(int ai_0, int ai_4) { double ld_8; double ld_16; double ld_24; int count_32 = 1; if (NormalizeDouble(0.0, 6) < NormalizeDouble(ai_0 - ai_4, 6)) { ld_8 = (g_ibuf_260[ai_0] - g_ibuf_260[ai_4]) / Point / (ai_0 - ai_4); for (int li_36 = ai_4 + 2; li_36 < ai_0 - 1; li_36++) { ld_16 = g_ibuf_260[li_36]; if (NormalizeDouble(0.0, 6) < NormalizeDouble(li_36 - ai_4, 6)) { ld_24 = (ld_16 - g_ibuf_260[ai_4]) / Point / (li_36 - ai_4); if (NormalizeDouble(ld_8, 8) < NormalizeDouble(ld_24, 8)) { count_32++; if (count_32 <= 2) continue; return (1); } count_32 = 0; } } } return (0); } // 945D754CB0DC06D04243FCBA25FC0802 int f0_9(int ai_0, int ai_4, double ad_8, double ad_16, string as_24, int ai_32, int ai_36, int ai_40, int ai_44) { string name_48; string ls_56; string name_64; int li_72 = -1; bool li_76 = FALSE; for (int li_80 = ArrayRange(gda_440, 0); li_80 >= 0; li_80--) { if (gda_440[li_80][5] == ai_32 || gda_440[li_80][5] == ai_32 + 1 && Time[ai_0] == gda_440[li_80][0]) { li_72 = li_80; break; } } if (gi_208 == TRUE) { if (li_72 == -1) { for (li_80 = ArrayRange(gda_440, 0); li_80 >= 0; li_80--) { if (gda_440[li_80][5] == ai_32 || gda_440[li_80][5] == ai_32 + 1 && Time[ai_0] == gda_440[li_80][2]) { if (!(((as_24 == "Low" && NormalizeDouble(ad_16, Digits) < NormalizeDouble(gda_440[li_80][3], Digits) && NormalizeDouble(g_ibuf_260[iBarShift(Symbol(), gda_440[li_80][0], 1)], Digits) < NormalizeDouble(g_ibuf_260[ai_4], Digits)) || (as_24 == "High" && NormalizeDouble(gda_440[li_80][3], Digits) < NormalizeDouble(ad_16, Digits) && NormalizeDouble(g_ibuf_260[ai_4], Digits) < NormalizeDouble(g_ibuf_260[iBarShift(Symbol(), gda_440[li_80][0], 1)], Digits))))) break; li_72 = li_80; break; } } } if (li_72 == -1) { for (li_80 = ArrayRange(gda_440, 0); li_80 >= 0; li_80--) { if (gda_440[li_80][5] == ai_32 || gda_440[li_80][5] == ai_32 + 1 && gda_440[li_80][0] <= Time[ai_0] && Time[ai_0] <= gda_440[li_80][2]) { li_72 = li_80; break; } } } if (li_72 == -1) { for (li_80 = ArrayRange(gda_440, 0); li_80 >= 0; li_80--) { if (gda_440[li_80][5] == ai_32 || gda_440[li_80][5] == ai_32 + 1 && Time[ai_0] <= gda_440[li_80][0] && gda_440[li_80][2] <= Time[ai_4]) { li_72 = li_80; li_76 = TRUE; break; } } } if (li_72 == -1) { for (li_80 = ArrayRange(gda_440, 0); li_80 >= 0; li_80--) { if (gda_440[li_80][5] == ai_32 || gda_440[li_80][5] == ai_32 + 1 && Time[ai_0] == gda_440[li_80][2]) { if (!(((as_24 == "Low" && NormalizeDouble(ad_16, Digits) < NormalizeDouble(gda_440[li_80][3], Digits) && NormalizeDouble(g_ibuf_260[iBarShift(Symbol(), gda_440[li_80][0], 1)], Digits) < NormalizeDouble(g_ibuf_260[ai_4], Digits)) || (as_24 == "High" && NormalizeDouble(gda_440[li_80][3], Digits) < NormalizeDouble(ad_16, Digits) && NormalizeDouble(g_ibuf_260[ai_4], Digits) < NormalizeDouble(g_ibuf_260[iBarShift(Symbol(), gda_440[li_80][0], 1)], Digits))))) break; li_72 = li_80; break; } } } } int count_84 = 0; for (li_80 = ai_4; li_80 <= ai_0 - 1; li_80++) { if ((NormalizeDouble(0.0, 6) < NormalizeDouble(g_ibuf_260[li_80], 6) && NormalizeDouble(g_ibuf_260[li_80 + 1], 6) < NormalizeDouble(0.0, 6)) || (NormalizeDouble(g_ibuf_260[li_80], 6) < NormalizeDouble(0.0, 6) && NormalizeDouble(0.0, 6) < NormalizeDouble(g_ibuf_260[li_80 + 1], 6))) { count_84++; if (count_84 > 2) break; } } if (count_84 == 2) if (gi_132 < ai_0 - ai_4) return (-1); if (gi_84 == TRUE) { if (li_72 != -1) { if (ai_32 >= 10 && ai_32 < 20) if (NormalizeDouble(gda_440[li_72][3], Digits) < NormalizeDouble(ad_16, Digits)) return (-1); if (ai_32 >= 20 && ai_32 < 30) if (NormalizeDouble(ad_16, Digits) < NormalizeDouble(gda_440[li_72][3], Digits)) return (-1); } } if (gi_88 == TRUE) { if (count_84 > 1) { if (ai_32 >= 10 && ai_32 < 20) if (f0_6(ai_40, ai_44) == 1) return (-1); if (ai_32 >= 20 && ai_32 < 30) if (f0_1(ai_40, ai_44) == 1) return (-1); } } if (count_84 != 2) { if (ai_32 == 11) { ai_32 = 12; name_48 = gs_444 + f0_8(gda_440[li_72][0]) + "_(bull.regu)_c"; if (ObjectFind(name_48) >= 0) ObjectDelete(name_48); name_48 = gs_444 + f0_8(gda_440[li_72][0]) + "_(bull.regu)_i"; if (ObjectFind(name_48) >= 0) ObjectDelete(name_48); } else { if (ai_32 == 21) { ai_32 = 22; name_48 = gs_444 + f0_8(gda_440[li_72][0]) + "_(bear.regu)_c"; if (ObjectFind(name_48) >= 0) ObjectDelete(name_48); name_48 = gs_444 + f0_8(gda_440[li_72][0]) + "_(bear.regu)_i"; if (ObjectFind(name_48) >= 0) ObjectDelete(name_48); } } } if (li_72 == -1) { li_72 = ArrayRange(gda_440, 0); ArrayResize(gda_440, li_72 + 1); gda_440[li_72][0] = Time[ai_0]; gda_440[li_72][6] = g_ibuf_260[ai_40]; gda_440[li_72][8] = Time[ai_40]; gda_440[li_72][1] = ad_8; } if (li_76 == TRUE) { ls_56 = gs_444 + f0_8(gda_440[li_72][0]); for (int li_88 = ObjectsTotal() - 1; li_88 >= 0; li_88--) { name_64 = ObjectName(li_88); if (StringSubstr(name_64, 0, 31) == ls_56) ObjectDelete(name_64); } gda_440[li_72][0] = Time[ai_0]; gda_440[li_72][6] = g_ibuf_260[ai_40]; gda_440[li_72][8] = Time[ai_40]; } gda_440[li_72][5] = ai_32; gda_440[li_72][2] = Time[ai_4]; gda_440[li_72][4] = Close[ai_4]; gda_440[li_72][7] = g_ibuf_260[ai_44]; gda_440[li_72][9] = Time[ai_44]; gda_440[li_72][10] = Time[ai_36]; gda_440[li_72][3] = ad_16; return (ai_32); } // D1DDCE31F1A86B3140880F6B1877CBF8 void f0_12(int ai_0, string as_4, int ai_12, double ad_16, color a_color_24, int a_width_28) { string name_32; for (int li_40 = ArrayRange(gda_440, 0) - 1; li_40 >= 0; li_40--) { if (gda_440[li_40][5] == ai_0 && NormalizeDouble(gda_440[li_40][2], 0) == ai_12 || NormalizeDouble(gda_440[li_40][10], 0) == ai_12) { name_32 = gs_444 + f0_8(gda_440[li_40][0]) + "_(" + as_4 + ")_c"; ObjectDelete(name_32); ObjectCreate(name_32, OBJ_TREND, 0, gda_440[li_40][0], gda_440[li_40][1] + ad_16 * gd_280 * Point, gda_440[li_40][2], gda_440[li_40][3] + ad_16 * gd_280 * Point, 0, 0); ObjectSet(name_32, OBJPROP_RAY, FALSE); ObjectSet(name_32, OBJPROP_COLOR, a_color_24); ObjectSet(name_32, OBJPROP_STYLE, STYLE_SOLID); ObjectSet(name_32, OBJPROP_WIDTH, a_width_28); if (WindowFind(gs_264) > 0) { name_32 = gs_444 + f0_8(gda_440[li_40][0]) + "_(" + as_4 + ")_i"; ObjectDelete(name_32); ObjectCreate(name_32, OBJ_TREND, WindowFind(gs_264), gda_440[li_40][8], gda_440[li_40][6] + ad_16 * gd_280 / 5.0 * Point, gda_440[li_40][9], gda_440[li_40][7] + ad_16 * gd_280 / 5.0 * Point, 0, 0); ObjectSet(name_32, OBJPROP_RAY, FALSE); ObjectSet(name_32, OBJPROP_COLOR, a_color_24); ObjectSet(name_32, OBJPROP_STYLE, STYLE_SOLID); ObjectSet(name_32, OBJPROP_WIDTH, a_width_28); } GlobalVariableSet(StringConcatenate(Symbol(), "_", Period(), "_LastDivergence"), gda_440[li_40][2]); if (a_color_24 == gi_176 || a_color_24 == gi_180 || a_color_24 == gi_200) { GlobalVariableSet(StringConcatenate(Symbol(), "_", Period(), "_LastDivergenceDir"), 1); return; } GlobalVariableSet(StringConcatenate(Symbol(), "_", Period(), "_LastDivergenceDir"), 0); return; } } } // 78BAA8FAE18F93570467778F2E829047 string f0_8(int ai_0) { string ls_ret_4 = ""; ls_ret_4 = ls_ret_4 + StringSubstr(DoubleToStr(TimeYear(ai_0), 0), 2, 2) + "."; ls_ret_4 = ls_ret_4 + StringSubstr(DoubleToStr(TimeMonth(ai_0) + 100, 0), 1, 2) + "."; ls_ret_4 = ls_ret_4 + StringSubstr(DoubleToStr(TimeDay(ai_0) + 100, 0), 1, 2) + " "; ls_ret_4 = ls_ret_4 + StringSubstr(DoubleToStr(TimeHour(ai_0) + 100, 0), 1, 2) + ":"; ls_ret_4 = ls_ret_4 + StringSubstr(DoubleToStr(TimeMinute(ai_0) + 100, 0), 1, 2); return (ls_ret_4); } // 5710F6E623305B2C1458238C9757193B int f0_4(int ai_0, int ai_4, int ai_8) { for (int li_12 = ArrayRange(gda_440, 0); li_12 >= 0; li_12--) if (ai_0 == gda_440[li_12][5] && ai_4 == gda_440[li_12][2]) return (gda_440[li_12][ai_8]); return (-1); }