[警告关闭！]任何新手问题，为了不给论坛添乱。专业人士，不要走过。没有你，哪里都不能去。

Oleg 2009.08.07 10:07 #1801

Daddy >> :

嘿，各位，请帮我一下。

如果(ShowNumbers)
{
ObjectCreate("thirteenth "+i,OBJ_TEXT,0,Time[i],High[i]+add) 。
ObjectSetText("thirteenth "+i, "+13,14, "Arial",Sell);

"所以这里还有信号"
}
}

因为我无法做到这一点。提前感谢。

这一定是它。


extern string AlertWav = "alert.wav";


// ----------------------------------------------------------
...
start() {


if( ShowNumbers) {
   ObjectCreate("thirteenth"+ i,OBJ_TEXT,0,Time[ i],High[ i]+ add);
   ObjectSetText("thirteenth"+ i,""+13,14,"Arial", Sell);

// "чтобы был еще здесь сигнал"
   if( i<=0) {
      if ( AlertSound == true   &&   isNewBar() ) {
         PlaySound( AlertWav);
      } // if (AlertSound == true   &&   isNewBar() ) {
   } // if(i<=0)

} // if(ShowNumbers) {


...

   return;
} // start
// ----------------------------------------------------------



// ----------------------------------------------------------
int expBars;
bool res;

// возвращает true если появлися новый бар, иначе false 
bool isNewBar() {
   bool res = false; 

   if ( expBars != Bars) {
      expBars = Bars;
      res = true;
   } 

   return( res);
}
// ----------------------------------------------------------

Grigorij 2009.08.07 10:39 #1802

大家好。请告诉我一个好的平面指标。预先感谢你。

DrShumiloff 2009.08.07 13:50 #1803

grego >> :
大家好。你能告诉我一个好的平面指标吗？我预先感谢你。

你的意思是--一个在平面上运行良好的指标？然后是任何振荡器，如RSI或随机指数。

Grigorij 2009.08.07 16:03 #1804

是的，要显示单位，最重要的是及时打开单位，即显示其结束。我刚刚发现一个有RSI的人--这就是你的意思吗？

附加的文件：

flatptrendyrsi.mq4 3 kb

Oleg 2009.08.07 16:14 #1805

grego >> :
大家好。请告诉我一个好的统一费率指标。提前感谢。

阅读关于BOLLINGER BANDS指标。我认为这是对你最好的解决办法。

evgenio 2009.08.07 17:20 #1806

//---------------------------------------------------------------------------

#include <windows.h>
#include <stdio.h>
#include <math.h>
#include <string.h>
#include <stdlib.h>

#ifndef FALSE
#define FALSE 0
#define TRUE 1
#endif

#define MENUCODE -999

#pragma argsused
int WINAPI DllEntryPoint(HINSTANCE hinst, unsigned long reason, void* lpReserved)
{
return 1;
}
//---------------------------------------------------------------------------
/* ------------------------------------------------------------------------- */

static double Thresholds[] =
{

/* layer 1 */
1.2145040659995765, 3.7150897132033802, 0.59454351593610577, 0.31822673978973876,

/* layer 2 */
1.0261447433298005

};

static double Weights[] =
{

/* layer 1 */
-1.1141264237664898, -1.5504305146313317, 0.73286159338154766, -1.2788684374991517,
-0.61641073399851731,
0.69072562217776923, -0.22241781292722679, 0.71682200719453848, 0.0017560026910527838,
2.1540691697208927,
-0.99116459059236506, -0.054704110029000053, -1.2382645587627006, -2.9685995454576384,
-1.1411725616914337,
-0.043297251827266285, -0.066167428785390461, -0.020875395803372929, -0.11405333458161644,
1.8579545370330088,

/* layer 2 */
-0.97811177652242753, 2.8971789204781668, -1.8332145813941754, 2.2454948857766635

};

static double Acts[20];

__declspec(dllexport) double __stdcall Run( double inputs[], double sd, int outputType )
{
int i, j, k, u;
double *w = Weights, *t = Thresholds;

/* Process inputs - apply pre-processing to each input in turn,
* storing results in the neuron activations array.
*/

/* Input 0: standard numeric pre-processing: linear shift and scale. */
if ( inputs[0] == -9999 )
Acts[0] = 0.35852063342998086;
else
Acts[0] = inputs[0] * 7.2056492289955321 + -6.0600951145698216;

/* Input 1: standard numeric pre-processing: linear shift and scale. */
if ( inputs[1] == -9999 )
Acts[1] = 0.35857336433909737;
else
Acts[1] = inputs[1] * 7.204610951008644 + -6.0590778097982696;

/* Input 2: standard numeric pre-processing: linear shift and scale. */
if ( inputs[2] == -9999 )
Acts[2] = 0.35851878147446925;
else
Acts[2] = inputs[2] * 7.204610951008644 + -6.0590778097982696;

/* Input 3: standard numeric pre-processing: linear shift and scale. */
if ( inputs[3] == -9999 )
Acts[3] = 0.35847796574053348;
else
Acts[3] = inputs[3] * 7.204610951008644 + -6.0590778097982696;

/* Input 4: standard numeric pre-processing: linear shift and scale. */
if ( inputs[4] == -9999 )
Acts[4] = 0.35964573508254105;
else
Acts[4] = inputs[4] * 7.231703789412788 + -6.0820075209719429;

/*
* Process layer 1.
*/

/* For each unit in turn */
for ( u=0; u < 4; ++u )
{
/*
* First, calculate post-synaptic potentials, storing
* these in the Acts array.
*/

/* Initialise hidden unit activation to zero */
Acts[5+u] = 0.0;

/* Accumulate weighted sum from inputs */
for ( i=0; i < 5; ++i )
Acts[5+u] += *w++ * Acts[0+i];

/* Subtract threshold */
Acts[5+u] -= *t++;

/* Now apply the hyperbolic activation function, ( e^x - e^-x ) / ( e^x + e^-x ).
* Deal with overflow and underflow
*/
if ( Acts[5+u] > 100.0 )
Acts[5+u] = 1.0;
else if ( Acts[5+u] < -100.0 )
Acts[5+u] = -1.0;
else
{
double e1 = exp( Acts[5+u] ), e2 = exp( -Acts[5+u] );
Acts[5+u] = ( e1 - e2 ) / ( e1 + e2 );
}
}

/*
* Process layer 2.
*/

/* For each unit in turn */
for ( u=0; u < 1; ++u )
{
/*
* First, calculate post-synaptic potentials, storing
* these in the Acts array.
*/

/* Initialise hidden unit activation to zero */
Acts[9+u] = 0.0;

/* Accumulate weighted sum from inputs */
for ( i=0; i < 4; ++i )
Acts[9+u] += *w++ * Acts[5+i];

/* Subtract threshold */
Acts[9+u] -= *t++;

/* Now apply the logistic activation function, 1 / ( 1 + e^-x ).
* Deal with overflow and underflow
*/
if ( Acts[9+u] > 100.0 )
Acts[9+u] = 1.0;
else if ( Acts[9+u] < -100.0 )
Acts[9+u] = 0.0;
else
Acts[9+u] = 1.0 / ( 1.0 + exp( - Acts[9+u] ) );
}

/* Type of output required - selected by outputType parameter */
/* Post-process output 0, numeric linear scaling */
sd = ( Acts[9] - -5.4031700288184421 ) / 6.4841498559077788;

return (sd);
}

这个dll代码在borlagd 6中编译没有错误。

//+------------------------------------------------------------------+
//| nero.mq4 |
//| Evgenio |
//| http://www.metaquotes.net |
//+------------------------------------------------------------------+
#property copyright "Evgenio"
#property link "http://www.metaquotes.net"
#import "2.dll"
double Run( double inputs[], double sd, int outputType );
#import
double sd;
int outputType;
double inputs[];
//+------------------------------------------------------------------+
//| expert initialization function |
//+------------------------------------------------------------------+
int init()
{
//----
double inputs[4]={0.5235,0.3254,0.21422,0.32123,0.32156};
//----
return(0);
}
//+------------------------------------------------------------------+
//| expert deinitialization function |
//+------------------------------------------------------------------+
int deinit()
{
//----

//----
return(0);
}
//+------------------------------------------------------------------+
//| expert start function |
//+------------------------------------------------------------------+
int start()
{
//----

double d=Run( inputs, sd, outputType );
Print (d);

//----
return(0);
}
//+------------------------------------------------------------------+

调用它的顾问代码

2009.08.07 20:38:48 2009.08.06 00:00 nero EURGBP,M15: cannot call function 'Run' from dll '2.dll' (error 127)

测试员日志 ?

为什么？

所有的编译都没有错误，终端中所有的dll加载都已启用。

帮助 ********

[WARNING CLOSED!] Any newbie trouble me for very Looking for Help with

evgenio 2009.08.07 17:21 #1807

//---------------------------------------------------------------------------

#include <windows.h>
#include <stdio.h>
#include <math.h>
#include <string.h>
#include <stdlib.h>

#ifndef FALSE
#define FALSE 0
#define TRUE 1
#endif

#define MENUCODE -999

#pragma argsused
int WINAPI DllEntryPoint(HINSTANCE hinst, unsigned long reason, void* lpReserved)
{
return 1;
}
//---------------------------------------------------------------------------
/* ------------------------------------------------------------------------- */

static double Thresholds[] =
{

/* layer 1 */
1.2145040659995765, 3.7150897132033802, 0.59454351593610577, 0.31822673978973876,

/* layer 2 */
1.0261447433298005

};

static double Weights[] =
{

/* layer 1 */
-1.1141264237664898, -1.5504305146313317, 0.73286159338154766, -1.2788684374991517,
-0.61641073399851731,
0.69072562217776923, -0.22241781292722679, 0.71682200719453848, 0.0017560026910527838,
2.1540691697208927,
-0.99116459059236506, -0.054704110029000053, -1.2382645587627006, -2.9685995454576384,
-1.1411725616914337,
-0.043297251827266285, -0.066167428785390461, -0.020875395803372929, -0.11405333458161644,
1.8579545370330088,

/* layer 2 */
-0.97811177652242753, 2.8971789204781668, -1.8332145813941754, 2.2454948857766635

};

static double Acts[20];

__declspec(dllexport) double __stdcall Run( double inputs[], double sd, int outputType )
{
int i, j, k, u;
double *w = Weights, *t = Thresholds;

/* Process inputs - apply pre-processing to each input in turn,
* storing results in the neuron activations array.
*/

/* Input 0: standard numeric pre-processing: linear shift and scale. */
if ( inputs[0] == -9999 )
Acts[0] = 0.35852063342998086;
else
Acts[0] = inputs[0] * 7.2056492289955321 + -6.0600951145698216;

/* Input 1: standard numeric pre-processing: linear shift and scale. */
if ( inputs[1] == -9999 )
Acts[1] = 0.35857336433909737;
else
Acts[1] = inputs[1] * 7.204610951008644 + -6.0590778097982696;

/* Input 2: standard numeric pre-processing: linear shift and scale. */
if ( inputs[2] == -9999 )
Acts[2] = 0.35851878147446925;
else
Acts[2] = inputs[2] * 7.204610951008644 + -6.0590778097982696;

/* Input 3: standard numeric pre-processing: linear shift and scale. */
if ( inputs[3] == -9999 )
Acts[3] = 0.35847796574053348;
else
Acts[3] = inputs[3] * 7.204610951008644 + -6.0590778097982696;

/* Input 4: standard numeric pre-processing: linear shift and scale. */
if ( inputs[4] == -9999 )
Acts[4] = 0.35964573508254105;
else
Acts[4] = inputs[4] * 7.231703789412788 + -6.0820075209719429;

/*
* Process layer 1.
*/

/* For each unit in turn */
for ( u=0; u < 4; ++u )
{
/*
* First, calculate post-synaptic potentials, storing
* these in the Acts array.
*/

/* Initialise hidden unit activation to zero */
Acts[5+u] = 0.0;

/* Accumulate weighted sum from inputs */
for ( i=0; i < 5; ++i )
Acts[5+u] += *w++ * Acts[0+i];

/* Subtract threshold */
Acts[5+u] -= *t++;

/* Now apply the hyperbolic activation function, ( e^x - e^-x ) / ( e^x + e^-x ).
* Deal with overflow and underflow
*/
if ( Acts[5+u] > 100.0 )
Acts[5+u] = 1.0;
else if ( Acts[5+u] < -100.0 )
Acts[5+u] = -1.0;
else
{
double e1 = exp( Acts[5+u] ), e2 = exp( -Acts[5+u] );
Acts[5+u] = ( e1 - e2 ) / ( e1 + e2 );
}
}

/*
* Process layer 2.
*/

/* For each unit in turn */
for ( u=0; u < 1; ++u )
{
/*
* First, calculate post-synaptic potentials, storing
* these in the Acts array.
*/

/* Initialise hidden unit activation to zero */
Acts[9+u] = 0.0;

/* Accumulate weighted sum from inputs */
for ( i=0; i < 4; ++i )
Acts[9+u] += *w++ * Acts[5+i];

/* Subtract threshold */
Acts[9+u] -= *t++;

/* Now apply the logistic activation function, 1 / ( 1 + e^-x ).
* Deal with overflow and underflow
*/
if ( Acts[9+u] > 100.0 )
Acts[9+u] = 1.0;
else if ( Acts[9+u] < -100.0 )
Acts[9+u] = 0.0;
else
Acts[9+u] = 1.0 / ( 1.0 + exp( - Acts[9+u] ) );
}

/* Type of output required - selected by outputType parameter */
/* Post-process output 0, numeric linear scaling */
sd = ( Acts[9] - -5.4031700288184421 ) / 6.4841498559077788;

return (sd);
}

这个dll代码在borlagd 6中编译没有错误。

//+------------------------------------------------------------------+
//| nero.mq4 |
//| Evgenio |
//| http://www.metaquotes.net |
//+------------------------------------------------------------------+
#property copyright "Evgenio"
#property link "http://www.metaquotes.net"
#import "2.dll"
double Run( double inputs[], double sd, int outputType );
#import
double sd;
int outputType;
double inputs[];
//+------------------------------------------------------------------+
//| expert initialization function |
//+------------------------------------------------------------------+
int init()
{
//----
double inputs[4]={0.5235,0.3254,0.21422,0.32123,0.32156};
//----
return(0);
}
//+------------------------------------------------------------------+
//| expert deinitialization function |
//+------------------------------------------------------------------+
int deinit()
{
//----

//----
return(0);
}
//+------------------------------------------------------------------+
//| expert start function |
//+------------------------------------------------------------------+
int start()
{
//----

double d=Run( inputs, sd, outputType );
Print (d);

//----
return(0);
}
//+------------------------------------------------------------------+

调用它的顾问代码

2009.08.07 20:38:48 2009.08.06 00:00 nero EURGBP,M15: cannot call function 'Run' from dll '2.dll' (error 127)

测试员日志 ?

为什么？

所有的编译都没有错误，终端中所有的dll加载都已启用。

帮助 ********

[WARNING CLOSED!] Any newbie trouble me for very Looking for Help with

[删除] 2009.08.07 19:18 #1808

你好。

我在图表上没有看到这个指标，我已经尝试了所有的方法，我联系的所有人都在图表上显示DT-ZigZag，请告知问题出在哪里。请告诉我问题出在哪里。谢谢你。

https://www.mql5.com/ru/code/7266

infinity 2009.08.07 19:59 #1809

Koly >> :
你好。

我在图表上没有看到这个指标，我已经尝试了所有的方法，我联系的所有人都在图表上显示DT-ZigZag，请告知问题出在哪里。请告诉我问题出在哪里。谢谢你。

https://www.mql5.com/ru/code/7266

在指标中，这是 "DT-ZigZag：当前的时间框架必须小于"，GrossPeriod是它可能不被显示的唯一原因。

Grigorij 2009.08.08 08:26 #1810

chief2000 >> :

阅读关于BOLLINGER BANDS指标。我认为这是对你最好的解决办法。

下午好。不，不完全是用布林。我将尝试解释图表上的情况。你看到两条分形线在为故障工作。如果不是因为单位的原因，一切都会好起来。在平坦的过程中，在图表上可以很好地看到，然后一方或另一方回到通道，停止暴跌，在平坦的过程中，它是3-4次。当有超过80个封闭的买盘和少于20个封闭的买盘时，我就通过 "停止 "来关闭一方。卖出，但另一边是开放的，有2-3次，它将抓住。我还需要使用显示平盘和两边收盘的指标，更好的是我应该在此刻做重新警告的订单，在通道内交易。谁能告诉我什么工具可以帮助解决这样的问题？

[警告关闭！]任何新手问题，为了不给论坛添乱。专业人士，不要走过。没有你，哪里都不能去。 - 页 181