【申精】看指标学思路免费分享给大家自用彗华系量学精品指标之博傻量柱指标下载

指标公式类型：通达信公式
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公式更新时间：2019-07-28 08:10:30
指标公式标签：博傻量柱
公式运行环境： WinXP/Win7/Win8/Win10/Win All
指标公式语言：用简体中文编写

指标公式详细说明

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【申精】看指标学思路免费分享给大家自用彗华系量学精品指标之博傻量柱指标

{公式名称: 博傻量柱
公式描述: 彗华系量学精品指标/
参数数量: 2
参数1: 红十字, 最小: 0, 最大: 1, 缺省: 1
参数2: 金十字, 最小: 0, 最大: 1, 缺省: 0
公式类型: 技术指标公式-其他类型
画线方法: 副图
公式版本: 0
显示小数: 缺省位数
坐标线位置: 自动
额外y轴分界: 无
参数精灵:
请设置计算参数:
红十字: param#0 (0.00--1.00)
金十字: param#1 (0.00--1.00)
用法注释:
一、量柱含义：
1.空心柱：普通量柱，不必关注。

    2.实心柱：特别关注。
      蓝色柱，中到大阴而相对缩量的量价失衡柱。典型的洗盘柱，散户惊慌出逃。次日或隔日遇紫色柱可介入。
      紫色柱，中到大阳而相对缩量的量价失衡柱。抛压和跟风盘较小，主力可轻松拉升。连阴或底部第一紫色柱可介入。
      红色柱，跳空大跌的小实体假阳柱，次日收阳且站上其实顶或遇紫色柱可介入。
      绿色柱，跳空大跌的小实体真阴柱，次日或隔日遇紫色柱即可介入。
      黄色柱，临界区间，次日放量收阳过其实顶或遇紫色柱可介入。

    3.带芯柱：显示特殊价格。
      黄芯柱：涨停板；
      白芯柱：跌停板；
      红芯柱：假阴真阳；
      绿芯柱：假阳真阴。
      桔芯柱：与日前收盘价持平。

    4.戴帽柱：比较重要。
      黄帽柱：百日高量，天量往往对应天价，防回调；
      红帽柱：百日低量，百日低量后放量可涨停；
      浅蓝帽：连续三日量随价跌，其后初阳胜阴可介入。

    5.其它：
      顶部黄十字：博傻买入信号；
      上方绿虚线：缩量二一以上的阴线；倍量伸缩柱后有机会。
      底部红靴柱：阶段底部，当日收阳可适当介入，当日收阴，可在次日双胜阴时介入；
      中间红短线：小倍阳。阳胜进，阴胜出，小倍阳，大胆入；
      中间黄短线：并肩平量柱。阳平阳，还会涨，阴平阳，宜减仓；

二、操作方法：
    1.介入：见十字信号或有助涨作用的量柱组合就可以博傻式做多，此时副图“博涨”信号显示为“1”。建议尾盘30分钟内操作。介入后只要收高于日前收盘价的阳线则可一路持股待涨。
    2.出货：根据九阴真经出货。
    3.止损：因什么买也要因什么卖。次日低开收阴则可能介入失败，跌破信号当日中线要减仓，跌破信号当日开盘价则清仓。

三、参数设置
    为了解决通达信不同版本图标显示位置不同的问题，使副图更加美观，特别设计了两个参数，供朋友选择使用。
    1、当“红十字”为“1”时，“博傻买入”信号显示为“红十字”图标。
    2、当“金十字”为“1”时，“博傻买入”信号显示为“金色十字”。
公式源码:}
涨幅:(close-ref(close,1))/ref(close,1)*100,nodraw;
实体:(close-open)/open*100,nodraw;
今夕比:vol/ref(vol,1),nodraw;
x_1:=今夕比;
百低比:vol/ref(llv(vol,100),1),nodraw,colormagenta;
x_2:=百低比;
百高比:vol/ref(hhv(vol,55),1),nodraw,colorwhite;
x_3:=百高比;
买卖比:dynainfo(23)/dynainfo(22),nodraw,colorred;
x_4:=(close-ref(close,1))/ref(close,1)*100;
x_5:=(close-open)/open*100;
x_6:=(high-max(close,open))/max(close,open)*100;
x_7:=vol/ref(vol,1)>1.95 and vol/ref(vol,1)<2.05 and close>open;
x_8:=vol/ref(vol,1)<0.52 and close<ref(close,1) and high>low;
x_9:=max(close,max(open,ref(close,1)));
x_10:=min(close,min(open,ref(close,1)));
x_11:=(x_9-x_10)*2/3+x_10;
x_12:=(x_9+x_10)/2;
x_13:=(x_9-x_10)/3+x_10;
x_14:=open/close>=1.04 or (ref(close,1)/close>=1.03 and close<open) and if(ref(x_4>1.095,1),vol/ref(vol,1)<=1.1,vol/ma(vol,60)<=2/3 or vol/ref(vol,1)<=1.15 or vol<hhv(vol,5));
x_15:=(close-ref(close,1))/ref(close,1)>=0.03 and close>open or (close-open)/open>=0.04 and (vol<=ma(vol,60) or vol/ref(vol,1)<=1.2 or vol<hhv(vol,5)) and if(ref(high=low,1),vol/ref(vol,1)<16,vol/ref(vol,1)<6) and high>low;
x_16:=ref(x_4>0 and close>open,2) and ref(x_4>0 and close>open,1) and x_4>0 and close>open and ref(vol,1)/ref(vol,2)>1.05 and vol/ref(vol,1)>1.02 and close/ref(close,1)>1.07;
x_17:=ref(x_3>1,1) and vol/ref(vol,1)>1.2 and close>ref(hhv(close,21),1);
x_18:=ref(x_15,2) and ref(x_3>1,1) and x_3>1;
x_19:=ref(close<open,1) and ref(open,1)>=ref(hhv(max(close,open),21),1) and ref(vol,1)/ref(vol,2)>0.85 and x_15;
x_20:=ref(x_15,1) and x_15 and vol/ref(vol,1)>1.2;
x_21:=ref(x_15,2) and ref(x_15,1) and x_15 and vol>ref(vol,1) and ref(vol,1)>ref(vol,2);
x_22:=x_15 and not(ref(x_3>=1,1) and ref(close<open,1)) and not(x_3>1) and not(x_16) and not(ref(x_17,1) and vol/ref(vol,1)>0.85) and not(x_19) and not(x_20) and not(x_21);
x_23:=abs(x_4)<=3 and abs(x_5)<=2 and x_1<=2;
x_24:=ref(x_14,1) and x_23 or (ref(x_14,2) and ref(x_23,1) and x_23) or (ref(x_14,3) and ref(x_23,2) and ref(x_23,1) and x_23) or (ref(x_14,4) and ref(x_23,3) and ref(x_23,2) and ref(x_23,1) and x_23);
x_25:=close>open and x_4<(-4);
x_26:=close<=open and x_4<=(-4) and abs(x_5)<1;
x_27:=ref(close<open,2) and (ref(close<open,1) or (ref(close>=open,1) and ref(close,1)<ref(min(close,open),2))) and (close<open or (close>=open and close<ref(min(close,open),1))) and close<ref(close,1) and close<ref(close,2) and vol<ref(vol,1) and ref(vol,1)<ref(vol,2);
x_28:=ref(close<=open,3) and ref(close<=open,2) and ref(close<=open,1) and close<=open and close<=ref(close,1) and ref(close,1)<=ref(close,2) and ref(close,2)<=ref(close,3);
x_29:=count(close<=open and close<ref((close+open)/2,1),5)>=3 and close<open and close<=ref(llv(close,9),1);
x_30:=count(x_14,3) and vol<ref(llv(vol,20),1) and high>low;
x_31:=vol/ref(vol,1)>=0.98 and vol/ref(vol,1)<=1.02;
x_32:=ref(x_14,1) and ref(abs(x_5),1)>2 and close>open and close>ref((close+open)/2,1) and vol/ref(vol,1)<2.6;
x_33:=ref(x_24,1) and x_22;
x_34:=ref(x_14,1) and x_22;
x_35:=ref(x_25,1) or ref(x_25,2) and (x_22 or (close>ref(close,1) and vol>ref(vol,1) and vol/ref(vol,1)<6)) and close>open and (x_4>3 or x_5>4);
x_36:=ref(x_24,1) and close>open and x_4>3 and vol>ref(vol,1);
x_37:=ref(x_27,1) and (x_22 or (close>ref(open,1) and vol>ref(vol,1) and vol/ref(vol,1)<2.6)) and x_4>3;
x_38:=ref(x_14,2) and ref(x_24,1) and close>=open and close>ref(max(close,open),1);
x_39:=ref(x_4<=(-4) and x_5>=3,1) and close>open and close>ref(close,1);
x_40:=ref(x_14,2) and ref(close<open,1) and ref(close,1)<ref(close,2) and ref(x_1,1)<1 and open<ref(close,1) and close>ref(open,1);
x_41:=ref(x_14,2) and ref(x_27,1) and close>open and close>ref(open,1);
x_42:=ref(x_28,1) or ref(x_28,2) and (x_22 or x_4>2.95 or x_5>3 or (open>=ref(close,1) and x_4>1.5)) and close>open;
x_43:=ref(x_24,2) and ref(x_4,1)<=(-0.01) and open>ref(close,1) and ref(abs(x_5),1)<3 and x_4>3;
x_44:=ref(x_14,3) and ref(x_24,2) and ref(x_24,1) and ref(close,1)<=ref(max(close,open),2) and ref(close<=open,1) and close>ref(open,1) and close>open;
x_45:=ref(x_29,1) and ref(vol,1)/ref(vol,2)<3.5 or (ref(x_29,2) and ref(x_23,1)) and (x_22 or (vol/ref(vol,1)<5 and x_4>7.5));
x_46:=ref(x_25,1) and close>open and close>ref(close,1) and (x_4>0.5 and x_5>0.3 or (x_5>=1.15 and x_4>=0.02));
x_47:=x_32 or x_33 or x_34 or x_35 or x_36 or x_37 or x_38 or x_39 or x_40 or x_41 or x_42 or x_43 or x_44 or x_45 or x_46 and not(x_6>4) and not(x_3>=1) and close>open;
博涨:filter(x_47,1),nodraw,coloryellow;
stickline(close<=open and close<ref(close,1),0,vol,3,3),colorgreen;
stickline(close<=open and close>ref(close,1),0,vol,3,3),colorgreen;
stickline(close<=open and close=ref(close,1),0,vol,3,3),colorgreen;
stickline(close>=open and close>ref(close,1),0,vol,3,3),colorred;
stickline(close>=open and close<ref(close,1),0,vol,3,3),colorred;
stickline(close>=open and close=ref(close,1),0,vol,3,3),colorred;
stickline(x_14,0,vol,2.96,0),colorblue;
stickline(x_22,0,vol,2.96,0),colormagenta;
stickline(x_24,0,vol,2.26,0),coloryellow;
stickline(x_27,vol*6/9,vol,2.96,0),colorliblue;
stickline(close>=open and close<ref(close,1),0,vol,0.06,0),colorgreen;
stickline(close<=open and close>ref(close,1),0,vol,0.06,0),colorred;
stickline(x_25 and x_5<3,0,vol,2.96,0),colorred;
stickline(x_26,0,vol,2.96,0),colorgreen;
stickline(close=ref(close,1),0,vol,0.06,0),color0080ff;
stickline(close>1.095*ref(close,1),vol,open,0.06,0),coloryellow;
stickline(close<0.905*ref(close,1),vol,open,0.06,0),colorwhite;
stickline(vol<ref(llv(vol,100),1) and high>low and not(date=1160107),vol,vol*0.66,2.96,0),colorred;
stickline(vol>ref(hhv(vol,55),1),vol,vol*9.6/10,2.96,0),coloryellow;
stickline(x_7,vol*0.5,vol*0.5,2.66,0),colorred;
stickline(x_8,ref(vol,1),ref(vol,1),(-1),(-1)),colorgreen;
stickline(x_31,vol*0.5,vol*0.5,2,0),coloryellow;
stickline(filter(x_47,1) and (x_5>3 or x_4>3) and x_4>9.5 and x_22,vol,vol*0.79,0.06,0),colormagenta;
stickline(filter(x_47,1) and (x_5>3 or x_4>3) and x_4>9.5 and not(x_22),vol,vol*0.79,0.06,0),colorblack;
stickline(filter(x_47,1) and (x_5>3 or x_4>3) and x_4>9.5,vol*0.76,vol*0.79,0.06,0),colorblack;
stickline(filter(x_47,1) and (x_5>3 or x_4>3) and 金十字,vol*0.89,vol*0.91,2,0),coloryellow;
stickline(filter(x_47,1) and (x_5>3 or x_4>3) and 金十字,vol,vol*0.79,0.01,0),coloryellow;
stickline(x_30,vol*0.2,0,2.9,0),colorred;
drawicon(filter(x_47,1) and (x_5>3 or x_4>3) and 红十字,vol,23);