第二代极品双响炮(预警+幅图+主图)~~~抓牛就是一种享受 [通达信]
第二代极品双响炮(预警+幅图+主图)~~~抓牛就是一种享受 [通达信]
极品双响炮操作系统详解 炒股一定要从复杂到简单。把你的全部技术凝聚成一种战法,或结合自己特长找到一种最适合你的操作系统的战法,专注一种战法会使你对它越来越精通。只专注
极品双响炮操作系统详解
炒股一定要从复杂到简单。把你的全部技术凝聚成一种战法,或结合自己特长找到一种最适合你的操作系统的战法,专注一种战法会使你对它越来越精通。只专注属于你技术的操作模式的市场机会。不再眼红市场眼花缭乱的干扰,恪守本分,耐心等待符合你战法的机会,就像狙击手在等待目标的出现一样。其实成功的交易就是用百分之80时间等待,和百分之20时间操作。只专注一种战法会使你的选股简单了。虽然你好像失去了大多数机会。其实股市不缺机会,就缺高水平的炒手,但你已能抓住属于你的机会,只专注一种战法成功的概率会很高。
本套操作系统是本人经过多年实战总结,经过反复验证,不断进行优化后得出的一套比较成熟的操作系统。百宝箱内包含此套操作系统的主图、副图、选股和大智慧的股票池以及操作说明书。拥有此套操作系统后需要你做的事情就是准备好你手中的资金,耐心等待目标的出现,当出现目标后就可大胆出击,千万不要去走私哦,否则你就会痛失机会的。
极品双响炮指标定义:
双响炮:一种爆竹,点燃引线之后会首先“砰”的响一声腾空而起,然后在空中再“彭”的响一声,顾名思义为双响炮。股市中的双响炮就是前期存在一根大阳线,然后股价回调后再次出现一根大阳线,是双阳定乾坤的必涨组合,涨停双响炮其实我们并不陌生,像平时讲的涨停双节棍,N字涨停,单阳不破,上升三法等组合形态都跟涨停双响炮相似。我们知道股市中大幅连续大阳线拉升的股票很少见,更多的还是大阳线后会接连几天出现调整,实战中我们往往不敢在其调整时贸然下手,股市中谨慎永远没有错,这种态度无可厚非,谁也不知道这到底是调整还是庄家在出货,但是如果调整后再次出现大阳线,这就反证了前几日是洗盘而非出货,后市必然看涨,既然看涨盘中就可以大胆介入。
极品双响炮:毫无疑问就是涨停双响炮中的极品,由于双响炮出票比较多,但要做到出信号少而精确实是件困难的事,如果做到那就是极品。本指标就是从这点出发而精心编制的极品双响炮。
当然极品指标还需要好的实战经验配合才能发挥它的威力,才能算的上是一套完美的操作系统,宝箱内的这份指标操作说明(实战经验小结)可以作为你的指导,不至于你拿到指标后无从下手。历史的一些大牛票如中青宝、高金食品、成飞集成等都逃不出本操作系统的预警和选股。本操作系统适合做超短、短线以及波段,比较灵活,实战成功率极高,获利丰厚!此套系统操作做超短和短线月盈利可达为25%以上,如做好波段盈利可想而知。。。
一、指标适用环境:不管大盘好坏都可操作。
二、操作注意点:
1、买入:
1)指标可以预警用,也可以收盘前选股用,而用预警则效果比较好,可以使利润更大化。预警是涨幅大于4.1%出来的,可以结合K线形态和均线排列情况,支撑强度等删选最佳的票,然后看分时图找最佳买点大胆介入。
2)以下几种为较好买入形态:
较好的综合形态:均线多头顺上,K线支撑较强的,双响炮中间调整时的K线实体和量能比较小
较好的组合形态:双响炮+阳吞阴形态(阳吞阴更能看出主力做多的意图),双响炮+穿多条均线(低位穿多条均线启动),双响炮+突破压力线和强势线(主图中的红、绿粗线)
2、卖出:
1)卖出次日看开盘情况,
如各均线排列混乱的并且低开的则等盘中冲高卖出先,做好止盈止损。
如均线排列比较好,特别是长期均线多头顺上,均线乖离率不大的并且高开很多的则有再次涨停的可能,可以继续持有,冲高回落的则可以逢低加仓做短线波段滚动操作。
如双响的后炮或次日收盘创阶段新高或前期新高,且该股属于市场热点、市场领涨板块的,其往往是波段大幅上涨的开始,可以持有做一个波段。
3、操作资金分配:
1)预警出信号当天买入50%(1只票),留50%等待第二只票出现买或做滚动操作备用,切不可满仓操作。
{二代双响副图预警选股}
MA1:=MA(CLOSE,5);
MA2:=MA(CLOSE,10);
MA3:=MA(CLOSE,20);
MA4:=MA(CLOSE,30);
MA5:=MA(CLOSE,60);
强势线:=MA(C,25) + ((MA(C,25) * 20) / 100);
TC3:=REF(C,1);
涨停:=IF((((C - TC3) * 100) / TC3) >= (10 - ((0.03 * 100) / TC3)),1,0);
跌停:=IF((((TC3 - C) * 100) / TC3) >= (10 - ((0.03 * 100) / TC3)),1,0);
VAR2:=CLOSE * VOL;
VAR3:=EMA(((((EMA(VAR2,3) / EMA(VOL,3)) + (EMA(VAR2,6) / EMA(VOL,6))) + (EMA(VAR2,12) / EMA(VOL,12))) + (EMA(VAR2,24) / EMA(VOL,24))) / 4,13);
上:=SMA(HIGH,21,2) * 1.05;
BMA:=MA(CLOSE,118);
阻挡:=SMA(HIGH,21,2) * 1.05;
RSV:=((CLOSE - LLV(LOW,13)) / (HHV(HIGH,13) - LLV(LOW,13))) * 100;
K:=SMA(RSV,3,1);
D:=SMA(K,3,1);
J:=(3 * K) - (2 * D);
RSV12:=((CLOSE - LLV(LOW,34)) / (HHV(HIGH,34) - LLV(LOW,34))) * 100;
K12:=SMA(RSV12,3,1);
D12:=SMA(K12,3,1);
J12:=(3 * K12) - (2 * D12);
RSV24:=((CLOSE - LLV(LOW,55)) / (HHV(HIGH,55) - LLV(LOW,55))) * 100;
K24:=SMA(RSV24,3,1);
D24:=SMA(K24,3,1);
J24:=(3 * K24) - (2 * D24);
压力位:=IF(CROSS(J24,J),HIGH,REF(HIGH,BARSLAST(CROSS(J24,J))));
DF:=BETWEEN(CLOSE / REF(CLOSE,1),1.0983,1.110);
Z:=(O + H) / 2;
B1:=((REF(C,3) / REF(C,4)) > 1.09) AND (REF(C,3) > REF(O,3));
B2:=(((H / REF(C,1)) >= 1.041) AND (((O / REF(O,3)) < 1.05) OR ((REF(O,1) / REF(O,3)) < 1.05))) AND ((REF(C,3) / O) > 1.02);
XG2:=B1 AND B2;
C1:=((REF(C,4) / REF(C,5)) > 1.09) AND (REF(C,4) > REF(O,4));
C2:=(((H / REF(C,1)) >= 1.041) AND (((O / REF(O,4)) < 1.05) OR ((REF(O,1) / REF(O,4)) < 1.05))) AND (O < REF(C,4));
C3:=(REF(C,4) / O) > 1.02;
XG3:=(C1 AND C2) AND C3;
D1:=((REF(C,5) / REF(C,6)) > 1.09) AND (REF(C,5) > REF(O,5));
D2:=((H / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,5),1.05,0.85));
XG4:=D1 AND D2;
E1:=((REF(C,6) / REF(C,7)) > 1.09) AND (REF(C,6) > REF(O,6));
E2:=((H / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,6),1.05,0.85));
XG5:=E1 AND E2;
F1:=((REF(C,7) / REF(C,8)) > 1.095) AND (REF(C,7) > REF(O,7));
F2:=((H / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,7),1.05,0.85));
XG6:=F1 AND F2;
G1:=((REF(C,8) / REF(C,9)) > 1.095) AND (REF(C,8) > REF(O,8));
G2:=((H / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,8),1.05,0.85));
XG7:=G1 AND G2;
H1:=((REF(C,9) / REF(C,10)) > 1.095) AND (REF(C,9) > REF(O,9));
H2:=((C / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,9),1.05,0.92));
H3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
XG8:=(H1 AND H2) AND H3;
J1:=((REF(C,10) / REF(C,11)) > 1.095) AND (REF(C,10) > REF(O,10));
J2:=((C / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,10),1.05,0.92));
J3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
XG9:=(J1 AND J2) AND J3;
L1:=((REF(C,11) / REF(C,12)) > 1.095) AND (REF(C,11) > REF(O,11));
L2:=((C / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,11),1.05,0.92));
L3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
XG10:=(L1 AND L2) AND L3;
M1:=(((REF(C,12) / REF(C,13)) > 1.095) AND (REF(C,12) > REF(O,12))) AND ((REF(C,13) / REF(C,14)) < 1.09);
M2:=((C / REF(C,1)) > 1.041) AND (BETWEEN(O / REF(O,12),1.05,0.92));
M3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
XG11:=(M1 AND M2) AND M3;
N1:=((REF(C,13) / REF(C,14)) > 1.095) AND (REF(C,13) > REF(O,13));
N2:=((H / REF(C,1)) > 1.04) AND (L < REF(C,13));
N3:=(CROSS(C,MA(C,5)) AND (MA(C,5) > MA(C,20))) AND (C > MA(C,20));
XG12:=(N1 AND N2) AND N3;
ZHXG1:=(((((((((XG2 OR XG3) OR XG4) OR XG5) OR XG6) OR XG7) OR XG8) OR XG9) OR XG10) OR XG11) OR XG12;
PH1:=((REF(C,9) / REF(C,10)) > 1.095) AND (REF(C,9) > REF(O,9));
PH2:=((H / REF(C,1)) > 1.041) AND (L < REF(C,9));
PH3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
PXG8:=(PH1 AND PH2) AND PH3;
PJ1:=((REF(C,10) / REF(C,11)) > 1.095) AND (REF(C,10) > REF(O,10));
PJ2:=((H / REF(C,1)) > 1.041) AND (L < REF(C,10));
PJ3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
PXG9:=(PJ1 AND PJ2) AND PJ3;
PL1:=((REF(C,11) / REF(C,12)) > 1.095) AND (REF(C,11) > REF(O,11));
PL2:=((H / REF(C,1)) > 1.041) AND (L < REF(C,11));
PL3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
PXG10:=(PL1 AND PL2) AND PL3;
PM1:=(((REF(C,12) / REF(C,13)) > 1.095) AND (REF(C,12) > REF(O,12))) AND ((REF(C,13) / REF(C,14)) < 1.09);
PM2:=((H / REF(C,1)) > 1.041) AND (L < REF(C,12));
PM3:=((CROSS(C,MA(C,5)) AND CROSS(C,MA(C,10))) AND (MA(C,10) > MA(C,20))) AND (MA(C,5) > MA(C,20));
PXG11:=(PM1 AND PM2) AND PM3;
VXG:=(L < 压力位) AND (C > 压力位);
上轨道:=MA(C,25) + ((MA(C,25) * 20) / 100);
CQSX:=CROSS(C,上轨道);
ZHXG2:=((((PXG8 OR PXG9) OR PXG10) OR PXG11) AND VXG) AND CQSX;
PDM1:=(((C / REF(C,1)) > 1.07) AND ((C / O) > 1.05)) AND ((H / C) < (C / O));
PDM2:=((BETWEEN(O / REF(H,1),1.01,1.08)) AND ((C / REF(C,1)) > 1.041)) AND ((REF(C,1) / REF(C,2)) < 1.04);
PDM3:=(((MA(C,5) > MA(C,10)) AND (MA(C,10) > MA(C,20))) AND (MA(C,10) > MA(C,30))) AND (MA(C,30) > MA(C,60));
PDM4:=((REF(C,1) / REF(C,2)) < 1.09) AND ((REF(C,2) / REF(C,3)) < 1.09);
PDXG:=((COUNT(REF(PDM1,1),20) AND PDM2) AND PDM3) AND PDM4;
YZB1:=((REF(C,3) / REF(C,4)) > 1.09) AND (REF(C,3) = REF(O,3));
YZB2:=((H / REF(C,1)) >= 1.041) AND (O < REF(C,3));
YZXG2:=YZB1 AND YZB2;
YZC1:=((REF(C,4) / REF(C,5)) > 1.09) AND (REF(C,4) = REF(O,4));
YZC2:=((H / REF(C,1)) >= 1.041) AND (O < REF(C,4));
YZXG3:=YZC1 AND YZC2;
YZZH:=YZXG2 OR YZXG3;
KM1:=((((((((C / REF(C,1)) > 1.095) AND (C = H)) AND (O < MA(C,10))) AND (C > MA(C,10))) AND (O < MA(C,20))) AND (C > MA (C,20))) AND (O < MA(C,30))) AND (C > MA(C,30));
DM1:=((((((((H / REF(C,1)) > 1.041) AND (L < MA(C,5))) AND (C > MA(C,5))) AND (L < MA(C,10))) AND (C > MA(C,10))) AND (L < MA(C,20))) AND (C > MA(C,20))) AND (((L < MA(C,60)) AND (C > MA(C,60))) OR ((L < MA(C,120)) AND (C > MA(C,120))));
KDXG:=COUNT(REF(KM1,3),12) AND DM1;
GKB1:=((REF(C,3) / REF(C,4)) > 1.09) AND (REF(C,3) > REF(O,3));
GKB2:=(((((((H / REF(C,1)) >= 1.041) AND ((H / REF(C,1)) >= 1.031)) AND (BETWEEN(O / REF(O,3),1.06,0.92))) AND (REF(V,1) < REF(V,2))) AND ((REF(H,2) / MAX(REF(O,2),REF(C,2))) < 1.07)) AND ((MA(C,20) / MA(C,30)) < 1.05)) AND (REF(L,2) < REF(C,3));
GKXG1:=GKB1 AND GKB2;
GKC1:=((REF(C,4) / REF(C,5)) > 1.09) AND (REF(C,4) > REF(O,4));
GKC2:=(((H / REF(C,1)) >= 1.041) AND ((C / REF(C,1)) >= 1.031)) AND (BETWEEN(O / REF(O,4),1.06,0.92));
GKC3:=((((((REF(V,1) < REF(V,2)) AND (REF(V,2) < REF(V,3))) AND ((REF(H,3) / MAX(REF(O,3),REF(C,3))) < 1.07)) AND (H > MA (C,5))) AND (C > MA(C,10))) AND (C > MA(C,30))) AND (REF(L,3) < REF(C,4));
GKXG2:=(GKC1 AND GKC2) AND GKC3;
GKXGXG:=GKXG1 OR GKXG2;
二代双响:(((ZHXG1 OR ZHXG2) OR YZZH) OR KDXG) OR GKXGXG;
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