mt4的源码 如果不行 再花钱买原版加密的mt4的吧/* Generated by EX4-TO-MQ4 decompiler V4.0.224.1 Website: http://purebeam.biz E-mail : [email protected] */ #property copyright "Koy" #property link "" extern double lots = 0.1; extern double takeprofitpercent = 0.3; extern double stoplosepercent = 0.5; extern bool TradeEnable = TRUE; double g_slippage_104 = 3.0; double gd_112; double gd_120; double gd_128; double gd_unused_136; double gd_144; double g_price_152; double g_price_160; double gd_168; double gd_176; double gd_184; double gd_192; double g_close_200 = 0.0; int g_hour_212; int gi_unused_216; int g_ticket_220 = 0; int g_ticket_224 = 0; bool gi_228 = FALSE; bool gi_232 = TRUE; bool gi_236 = FALSE; int g_time_240 = 0; bool isNewBar() { datetime l_time_0 = Time[0]; if (g_time_240 != l_time_0) { g_time_240 = l_time_0; return (TRUE); } return (FALSE); } double CalcFormerPivot() { double ld_ret_0 = 0; for (int li_8 = 1; li_8 <= 3; li_8++) ld_ret_0 += Close[li_8]; ld_ret_0 /= 3.0; return (ld_ret_0); } void OppositeHandle() { if (OrdersTotal() > 3 || gi_236 == TRUE) return; if (Bid > gd_168 && Bid < g_price_152 && gd_120 <= 0.0) { g_ticket_220 = OrderSend(Symbol(), OP_SELL, lots, Bid, g_slippage_104, NormalizeDouble(Bid + gd_112 * stoplosepercent, Digits), NormalizeDouble(Bid - gd_112 * takeprofitpercent, Digits), 0, 12345, 0, LawnGreen); if (g_ticket_220 < 0) { Comment("OrderSend failed: ", GetLastError()); Sleep(300000); } else { gi_unused_216 = -1; gi_236 = TRUE; } } if (Ask < gd_176 && Ask > g_price_160 && gd_120 >= 0.0) { g_ticket_220 = OrderSend(Symbol(), OP_BUY, lots, Ask, g_slippage_104, NormalizeDouble(Ask - gd_112 * stoplosepercent, Digits), NormalizeDouble(Ask + gd_112 * takeprofitpercent, Digits), 0, 12345, 0, LawnGreen); if (g_ticket_220 < 0) { Comment("OrderSend failed: ", GetLastError()); Sleep(300000); } else { gi_unused_216 = -1; gi_236 = TRUE; } } } void ThirdToFifth() { double ld_0 = CalcFormerPivot(); OppositeHandle(); } int GetLastCloseHour() { int l_datetime_0; if (OrderSelect(g_ticket_224, SELECT_BY_TICKET, MODE_HISTORY)) { l_datetime_0 = OrderCloseTime(); if (l_datetime_0 > 0) g_hour_212 = TimeHour(l_datetime_0); return (1); } return (0); } double CalcCurrScale(int ai_0, double ada_4, double ada_8) { double ld_12 = 0; double ld_20 = 0; for (int li_28 = 1; li_28 <= 10; li_28++) ld_12 += (ada_4[li_28 + ai_0] - (ada_8[li_28 + ai_0])) * (ada_4[li_28 + ai_0] - (ada_8[li_28 + ai_0])); ld_12 /= 10.0; ld_20 = MathSqrt(ld_12); return (1.0 * ld_20); } double Calc2BarTrend(int ai_0, double ada_4, double ada_8) { double ld_12; double ld_20; double ld_ret_28; if (ada_4[ai_0] > ada_4[ai_0 + 1] && ada_8[ai_0] >= ada_8[ai_0 + 1]) { ld_12 = ada_4[ai_0] - (ada_4[ai_0 + 1]); ld_20 = ada_8[ai_0] - (ada_8[ai_0 + 1]); if (MathAbs(ld_12) > MathAbs(ld_20)) ld_ret_28 = ld_20; else ld_ret_28 = ld_12; if (ld_ret_28 * gd_144 < 0.0) ld_ret_28 = 0.0; return (ld_ret_28); } if (ada_4[ai_0] > ada_4[ai_0 + 1] && ada_8[ai_0] < ada_8[ai_0 + 1]) { ld_ret_28 = 0; return (ld_ret_28); } if (ada_4[ai_0] <= ada_4[ai_0 + 1] && ada_8[ai_0] < ada_8[ai_0 + 1]) { ld_12 = ada_4[ai_0] - (ada_4[ai_0 + 1]); ld_20 = ada_8[ai_0] - (ada_8[ai_0 + 1]); if (MathAbs(ld_12) > MathAbs(ld_20)) ld_ret_28 = ld_20; else ld_ret_28 = ld_12; if (ld_ret_28 * gd_144 < 0.0) ld_ret_28 = 0.0; return (ld_ret_28); } if (ada_4[ai_0] < ada_4[ai_0 + 1] && ada_8[ai_0] >= ada_8[ai_0 + 1]) { ld_ret_28 = 0; return (ld_ret_28); } return (0.0); } double Calc2BarPivot(int ai_0, double ad_4, double ad_12, double ada_20, double ada_24, double ada_28) { double ld_ret_32; if (ad_12 != 0.0) { ld_ret_32 = ad_12 + ad_4; return (ld_ret_32); } if (ada_20[ai_0] - ada_24[ai_0] >= ada_20[ai_0 + 1] - (ada_24[ai_0 + 1])) ld_ret_32 = ada_28[ai_0]; else ld_ret_32 = ada_28[ai_0 + 1] + ad_4; return (ld_ret_32); } int CheckSpike(int ai_unused_0, double ad_unused_4, double ad_unused_12, double ada_20[40], double ada_24[40]) { bool li_ret_28 = FALSE; gd_144 = 0; for (int li_32 = 1; li_32 <= 6; li_32++) { if (Close[li_32] < g_price_160 || g_price_160 - Low[li_32] > gd_112 / 4.0) { li_ret_28 = TRUE; gd_144 = -1; break; } if (Close[li_32] > g_price_152 || High[li_32] - g_price_152 > gd_112 / 4.0) { li_ret_28 = TRUE; gd_144 = 1; break; } } int l_count_36 = 0; for (li_32 = 1; li_32 <= 6; li_32++) if (Close[li_32] > g_price_152 - gd_112 / 2.0) l_count_36++; if (l_count_36 >= 5) { li_ret_28 = TRUE; gd_144 = 1; } l_count_36 = 0; for (li_32 = 1; li_32 <= 6; li_32++) if (Close[li_32] < g_price_160 + gd_112 / 2.0) l_count_36++; if (l_count_36 >= 5) { li_ret_28 = TRUE; gd_144 = -1; } return (li_ret_28); } void CalcTrend() { double lda_0[40]; double lda_4[40]; double lda_8[40]; double lda_12[40]; double lda_16[40]; double lda_20[6]; double lda_24[6]; double ld_36; double ld_44; double ld_60; ArrayInitialize(lda_0, 0.0); ArrayInitialize(lda_4, 0.0); ArrayInitialize(lda_16, 0.0); for (int li_28 = 39; li_28 >= 0; li_28--) { for (int l_index_32 = 0; l_index_32 < 6; l_index_32++) { lda_20[l_index_32] = High[6 * li_28 + 1 + l_index_32]; lda_24[l_index_32] = Low[6 * li_28 + 1 + l_index_32]; } lda_0[li_28] = lda_20[ArrayMaximum(lda_20, 6, 0)]; lda_4[li_28] = lda_24[ArrayMinimum(lda_24, 6, 0)]; ld_36 = 0.5; ld_44 = 0; for (l_index_32 = 0; l_index_32 < 6; l_index_32++) { ld_36 = 0.5; if (l_index_32 < 3) ld_36 = 1.0; if (l_index_32 < 1) ld_36 = 2; lda_16[li_28] += Close[l_index_32] * ld_36; ld_44 += ld_36; } lda_16[li_28] = lda_16[li_28] / ld_44; lda_8[li_28] = Open[6 * li_28 + 6]; lda_12[li_28] = Close[6 * li_28 + 1]; } int li_52 = 1; if (gi_232) { for (int li_56 = 15; li_56 >= 0; li_56--) { gd_112 = CalcCurrScale(li_56, lda_0, lda_4); if (g_close_200 != 0.0) li_52 = CheckSpike(li_56, g_close_200 + gd_112 / 2.0, g_close_200 - gd_112 / 2.0, lda_0, lda_4); if (li_52 == 1) { gd_120 = Calc2BarTrend(li_56, lda_0, lda_4); if (NormalizeDouble(MathAbs(gd_120), Digits) >= NormalizeDouble(gd_112 / 3.0, Digits)) gd_120 = gd_112 / 3.0 * gd_120 / MathAbs(gd_120); g_close_200 = 0; } g_close_200 = Calc2BarPivot(li_56, gd_120, g_close_200, lda_0, lda_4, lda_16); g_price_152 = g_close_200 + gd_112 / 2.0; g_price_160 = g_close_200 - gd_112 / 2.0; } gd_128 = gd_120 / 6.0; gd_184 = g_price_152 - gd_120 / 2.0; gd_192 = g_price_160 - gd_120 / 2.0; gd_168 = gd_184 - 0.2 * gd_112; gd_176 = gd_192 + 0.2 * gd_112; } else { li_52 = CheckSpike(1, g_close_200 + gd_112 / 2.0, g_close_200 - gd_112 / 2.0, lda_0, lda_4); if (li_52 == 1) { gd_112 = CalcCurrScale(0, lda_0, lda_4); gd_120 = Calc2BarTrend(0, lda_0, lda_4); ld_60 = 100.0 * iMACD(NULL, 0, 8, 16, 30, PRICE_MEDIAN, MODE_MAIN, 1) - 100.0 * iMACD(NULL, 0, 8, 16, 30, PRICE_MEDIAN, MODE_MAIN, 2); g_close_200 = 0; g_close_200 = Calc2BarPivot(0, gd_120, g_close_200, lda_0, lda_4, lda_16); if (ld_60 * gd_120 <= 0.0) { gd_120 = 0.0; gd_112 = 1.0 * gd_112; g_close_200 = Close[1]; } g_price_152 = g_close_200 + gd_112 / 2.0; g_price_160 = g_close_200 - gd_112 / 2.0; gd_128 = gd_120 / 6.0; gd_184 = g_price_152 - gd_120 / 2.0; gd_192 = g_price_160 - gd_120 / 2.0; gd_168 = gd_184 - gd_112 / 4.0; gd_176 = gd_192 + gd_112 / 4.0; } else { gd_112 = CalcCurrScale(0, lda_0, lda_4); g_close_200 = Calc2BarPivot(li_56, gd_120, g_close_200, lda_0, lda_4, lda_16); g_price_152 = g_close_200 + gd_112 / 2.0; g_price_160 = g_close_200 - gd_112 / 2.0; gd_128 = gd_120 / 6.0; gd_184 = g_price_152 - gd_120 / 2.0; gd_192 = g_price_160 - gd_120 / 2.0; gd_168 = gd_184 - gd_112 / 4.0; gd_176 = gd_192 + gd_112 / 4.0; } } gi_232 = FALSE; } int init() { return (0); } int deinit() { return (0); } int start() { string l_name_4; string l_name_12; string ls_20; string ls_28; if (Bars < 20) return (0); int li_unused_0 = 1; if (Hour() == 8 && gi_228 == FALSE) { gi_236 = FALSE; gd_unused_136 = gd_120; CalcTrend(); gi_228 = TRUE; } if (Hour() != 8 && gi_228 == TRUE) gi_228 = FALSE; if (isNewBar()) { l_name_4 = "P" + Time[0]; l_name_12 = "B" + Time[0]; ls_20 = "e" + Time[0]; ls_28 = "r" + Time[0]; ObjectCreate(l_name_4, OBJ_TREND, 0, Time[1] + 10, g_price_152, Time[0], g_price_152); ObjectSet(l_name_4, OBJPROP_RAY, FALSE); ObjectSet(l_name_4, OBJPROP_COLOR, Gold); ObjectSet(l_name_4, OBJPROP_WIDTH, 5); ObjectCreate(l_name_12, OBJ_TREND, 0, Time[1] + 10, g_price_160, Time[0], g_price_160); ObjectSet(l_name_12, OBJPROP_RAY, FALSE); ObjectSet(l_name_12, OBJPROP_COLOR, Gold); ObjectSet(l_name_12, OBJPROP_WIDTH, 5); } GetLastCloseHour(); ThirdToFifth(); Comment("Please visit: http://turnal.blog.hexun.com/"); return (0); } Turnal_0.50~.mq4Turnal_0.50.ex4

这也是系统不能直接应用到实战的原因，只是定性的检验，也是为讨论可行性才画了黄线 以4小时图为交易判断窗口，则应该以1小时或更小周期选择入场时机 最近2～3天日线为根据，估计今日的活动范围。直观说就是画一对平行线刚好扣住最近2～3天的bar，平行线延长到今天，就是今天的活动范围。所以真实的系统支撑线和压力线通常是斜的，而不是平的 入场信号的第一层筛选，是上升过程接近下平行线，或者下降过程接近上平行线。也就是回调。这是第一种情况，顺势而为 第二种情况，就是平行线是水平的情况，这是震荡，每当接近压力或支撑则做反向 我想一定有很多人和我有相似思路的，所以希望有所借鉴启发，改进压力支撑的计算方法。

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谢谢分享~~~~~~~~~~~