binary options binary options magnet scams on the internet binary options forum singapore brides - https://go.forexbinaryoptions.co.in/GOmJKh; High Power Binary System.

High Power Binary System has been designed for short-term trading classical PUT / CALL binary options. This indicator algorithm, built on a large number of traditional and unconventional copyright filters. Some of them are trendy, some - signaland are also available oscillators, so the generally strategy takes into account all aspects of the market changes.

As a term of expiration is best used period on timeframe (TF) - TF * 3. That is, if you analyze the market on the M5, then select the period of life of a binary option should be no more than 15 minutes.

Characteristics of High Power Binary System.

Platform: Metatrader4 Asset: Any currency pair, any indices, any stocks and any commodities Trading Time: Any, recommended European and American sessions Timeframe: M5 or higher Expiry: 3 candles (for M5 - 15 min, and so forth) Recommended broker: Binomo , Binary , IQOption.

Installing of indicators and template of High Power Binary System.

Unpack the archive with templates and indicators. Copy the indicators to the folder Files/Open Data Folder/MQL4/Indicators . The template is copied to the folder Files/Open Data Folder/templates . Restart the terminal. Open the desired graph of the currency pair. Set the template High power binary option 2015 . Switch to the TF M5 or higher, of your choice.

Rules of trade by High Power Binary System.

Rules strategy as a whole may seem primitive. Primitively rely on the testimony of arrows! Let's just say, the arrows in the indicators are made for easier of perception signal, and, judging by the list of indicators within the template, the basis of their testimony is quite real.

CALL signals:

On the graph has a yellow arrow pointing up. On the RSI indicator appeared white arrow up. Yellow line of Stochastic is above the red line.

PUT signals:

On the graph appeared red down arrow. On the RSI indicator appeared white arrow down. Yellow stochastic line is below the red line.

As far as can be seen on the graph with the indicator set in the terminal, the strategy High Power Binary System has its origins in the currency market. However, since it is short-term and working on small range, it can be applied to binary options.

Very important! For a successful trade with Star Profit Option requires broker that does not create delays in the opening positions and has a zero spread. That is a broker Binomo . In addition, Binomo regulated by International Finance Commission :

In the archives High_Power_Binary_System.rar:

RSI-3TF_ALERT.ex4 Stochastic.ex4 T3MA-ALARM.ex4 High power binary option 2015.tpl.

Free Download High Power Binary System.

hi, i cant install the system in my mt4. The problem is the ex4 - file. i can only install mq4-files. What can i do.

best regards Thomas.

You don't install anything , you just copy the files to the appropriate directories.

I am sorry. how i can copy the files and where is the place for copy? Can you please give me an Example Step by step? Thank you very much! best regards Thomas.

You need to look up "how to install indicators into MT4" on Google or some other search engine. It'll be best if you find a video to guide you through the steps.

É um Excelente, Incrivel.

90% de precisão nos mercados de London/ New York.

Obrigado Daniel. pode por gentileza, me orientar. qual o melhor sistema que voce tem aqui no seu site.

It's a Great, Amazing .

90% accurate in London / New York markets.

Thank you Daniel . can you please guide me. What is the best system you have here on your site .

Hola Thiago?Sigues utilizado estrategia y como te va.Yo soy nuevo en tarde y quiero saber si te va bien todavía con la Estrategia.

Hi. Please the t3ma Alarm indicator does not give off any alert. And it comes up late. Any fix for this?

does this indicators repaint? But its looks very great, i hope it does,nt repaint.

Yes. they repaint.

can somebody automate this system or is there an expert advisor done on this i would like to try it.

This indicator looks promising but I have an issue. Arrow on graph appears on previous candle. By the time opportunity is lost and I think because of this all the indications on graph is 100% correct. Am I doing any setting mistake?

Here in the rules you mentioned: On the graph has a yellow arrow pointing up. On the RSI indicator appeared white arrow up. Yellow line of Stochastic is above the red line.

In my CALL case: When alert pop message arise, most time i can see that YELLOW LINE OF STOCHASTIC IS BELOW THE RED LINE. Please let me know, should i trade in this case? Or i must only follow STOCHASTIC rules as you mentioned above.

Rules are rules. If you are not awake to abide by them, hence will not strategy.

Means i must go with STOCHASTIC lines. Right?

I downloaded this High power binary option 2015 but something is missing: There are no yellow up/ red down arrow on the graph and the white arrow up/ down on RSI Indicator. Also the signal alarm does not appera. Apart from the stochastic indicator i cannot see other indicators and accessories you mentioned above! I tried so many times to look for the answer but i cannot get any. obviously there should be a problem with this system. Can you please tell me what is wrong?

The same problem applies for "Killbinarysignals-2": The green/ red arrows do not appear! Please if you don't beleive me try to download them and tell me. Can you please fix the problems?

Thank you Ferdinand.

The whole problem is that you did not install indicators in the terminal. How to do it is written here .

Thank you Daniel, now it's working!

hello sir can i take a position in this type 1On the RSI indicator appeared white arrow up 2On the graph has a yellow arrow pointing up. 3Yellow line of Stochastic is above the red line.

Thanks very much for this great High Power Binary system. In my humble opinion, its only major shortcoming is the lack of an alert for the T3MA-ALARM indicator. Kindly send to me the MQL4 Source File for this T3MA-ALARM.exe indicator to enable me insert an alert in it. Thanks very much for your assistance to up and coming traders. May God reward you abundantly.

Concerning the MQL4 Source File for the T3MA-ALARM indicator made reference to above, kindly provide it on this platform and I would be able to download and adjust it. Thank you so much once again for all your help.

Thank you very much for this great High Power Binary system. In my demo testing experience, I found the following shortcomings:

a. There is no Alert for the T3MA-ALARM indicator.

b. Arrows on graph appear late after two candles and appear at 2 previous candle, because of this, entry is late and missed.

If above issues are fixed, this system is awesome in my opinion.

If you could fix the above issues and post it here , your kind help would be very much appreciated.

Once again, Thank you, Daniel.

See you on my next post.

ts only major shortcoming is the lack of an alert for the T3MA-ALARM indicator and Kindly send to me the MQL4 Source File for this T3MA-ALARM.exe indicator to enable me insert an alert in it. Thanks very much for your assistance to up and coming traders. May God reward you abundantly.

Hi LBG, I agree, the main problem is the missing audible sound alert when a white arrow appears. Following is the source code, including an email alert- Hope you can fix it and send me a copy to c.tamberlin@gmail.com. Thanks.

#property link "RSI-3TF_ALERT_25"

#property indicator_separate_window #property indicator_minimum 0.0 #property indicator_maximum 100.0 #property indicator_levelcolor DarkGray #property indicator_levelwidth 0 #property indicator_buffers 8 #property indicator_color1 Fuchsia #property indicator_color2 Aqua #property indicator_color3 Red #property indicator_color4 Yellow #property indicator_color5 White #property indicator_color6 White #property indicator_color7 GreenYellow #property indicator_color8 Yellow #property indicator_level1 93.0 #property indicator_level2 7.0 #property indicator_level3 50.0.

extern string RSI_INPUT_1 = "=== RSI A == === RSI B == Period_M1"; break; case 5: ls_unused_12 = "Period_M5"; break; case 15: ls_unused_12 = "Period_M15"; break; case 30: ls_unused_12 = "Period_M30"; break; case 60: ls_unused_12 = "Period_H1"; break; case 240: ls_unused_12 = "Period_H4"; break; case 1440: ls_unused_12 = "Period_D1"; break; case 10080: ls_unused_12 = "Period_W1"; break; case 43200: ls_unused_12 = "Period_MN1"; break; default: ls_unused_12 = "Current Timeframe"; SetStepTF1_Up(); > switch (TF2) case 1: ls_unused_24 = "Period_M1"; break; case 5: ls_unused_24 = "Period_M5"; break; case 15: ls_unused_24 = "Period_M15"; break; case 30: ls_unused_24 = "Period_M30"; break; case 60: ls_unused_24 = "Period_H1"; break; case 240: ls_unused_24 = "Period_H4"; break; case 1440: ls_unused_24 = "Period_D1"; break; case 10080: ls_unused_24 = "Period_W1"; break; case 43200: ls_unused_24 = "Period_MN1"; break; default: ls_unused_24 = "Current Timeframe"; SetStepTF2_Up(); > switch (TF3) case 1: ls_unused_36 = "Period_M1"; break; case 5: ls_unused_36 = "Period_M5"; break; case 15: ls_unused_36 = "Period_M15"; break; case 30: ls_unused_36 = "Period_M30"; break; case 60: ls_unused_36 = "Period_H1"; break; case 240: ls_unused_36 = "Period_H4"; break; case 1440: ls_unused_36 = "Period_D1"; break; case 10080: ls_unused_36 = "Period_W1"; break; case 43200: ls_unused_36 = "Period_MN1"; break; default: ls_unused_36 = "Current Timeframe"; SetStepTF3_Up(); > string ls_44 = "RSI-3TF_ALERT_22"; string ls_52 = ls_44; ls_52 = ls_52 + " (" + TF1; ls_52 = ls_52 + ", " + TF2; ls_52 = ls_52 + ", " + TF3; ls_52 = ls_52 + ")"; ls_52 = ls_52 + "("; ls_52 = ls_52 + " " + DoubleToStr(RSI_Period_1, 0); ls_52 = ls_52 + ", " + DoubleToStr(RSI_Period_2, 0); ls_52 = ls_52 + ", " + DoubleToStr(RSI_Period_3, 0); ls_52 = ls_52 + ") "; IndicatorShortName(ls_52); >

void start() int li_4; int l_shift_12; int l_shift_16; int l_shift_20; double l_irsi_24; double l_irsi_32; double l_irsi_40; int li_0 = Bars - NumberOfBars; string sHiLo;

if (NumberOfBars == 0) li_4 = Bars - 1; else li_4 = NumberOfBars - 1; for (int li_8 = li_4; li_8 >= 0; li_8--) l_shift_20 = iBarShift(NULL, TF1, Time[li_8], FALSE); l_shift_12 = iBarShift(NULL, TF2, Time[li_8], FALSE); l_shift_16 = iBarShift(NULL, TF3, Time[li_8], FALSE); g_ibuf_304[li_8] = iRSI(NULL, TF1, RSI_Period_1, PRICE_CLOSE, l_shift_20); g_ibuf_308[li_8] = iRSI(NULL, TF2, RSI_Period_2, PRICE_CLOSE, l_shift_12); g_ibuf_312[li_8] = iRSI(NULL, TF3, RSI_Period_3, PRICE_CLOSE, l_shift_16); g_ibuf_316[li_8] = iRSI(NULL, TF3, RSI_Period_3, PRICE_CLOSE, l_shift_16); if (g_ibuf_304[li_8] > 50.0) gd_176 = 1; else gd_176 = 0; if (g_ibuf_308[li_8] > 50.0) gd_184 = 1; else gd_184 = 0; if (g_ibuf_312[li_8] > 50.0) gd_192 = 1; else gd_192 = 0; if (gd_224 == 0.0 && gi_336 != Time[li_8] && gd_176 + gd_184 + gd_192 == 3.0) g_ibuf_320[li_8] = 30; gd_224 = 1; gd_232 = 0; if (AlertOn && li_8 == 0 && g_dtPrevSignal != Time[li_8]) if (g_ibuf_316[li_8] > 50) sHiLo = "HIGH PROB"; else sHiLo = "LOW PROB";

g_dtPrevSignal = Time[li_8]; if (!AlertHighProbabilityOnly || g_ibuf_316[li_8] > 50) Alert("RSI-3TF_ALERT_22 ", Symbol(), " M", Period()," Signal UP ", sHiLo); > > > if (g_ibuf_304[li_8] < 50.0) gd_200 = 1; else gd_200 = 0; if (g_ibuf_308[li_8] < 50.0) gd_208 = 1; else gd_208 = 0; if (g_ibuf_312[li_8] < 50.0) gd_216 = 1; else gd_216 = 0; if (gd_232 == 0.0 && gi_336 != Time[li_8] && gd_200 + gd_208 + gd_216 == 3.0) g_ibuf_324[li_8] = 70; gd_224 = 0; gd_232 = 1; if (AlertOn && li_8 == 0 && g_dtPrevSignal != Time[li_8]) if (g_ibuf_316[li_8] < 50) sHiLo = "HIGH PROB"; else sHiLo = "LOW PROB";

g_dtPrevSignal = Time[li_8]; if (!AlertHighProbabilityOnly || g_ibuf_316[li_8] 50.0 && g_ibuf_304[li_8 + 1] 50.0 && g_ibuf_308[li_8 + 1] 50.0 && g_ibuf_312[li_8 + 1] < 50.0) g_ibuf_328[li_8] = 50; if (g_ibuf_304[li_8] 50.0) g_ibuf_328[li_8] = 50; if (g_ibuf_308[li_8] 50.0) g_ibuf_328[li_8] = 50; if (g_ibuf_312[li_8] 50.0) g_ibuf_328[li_8] = 50; l_irsi_24 = iRSI(NULL, TF1, RSI_Period_B1, PRICE_CLOSE, l_shift_20); l_irsi_32 = iRSI(NULL, TF2, RSI_Period_B2, PRICE_CLOSE, l_shift_12); l_irsi_40 = iRSI(NULL, TF3, RSI_Period_B3, PRICE_CLOSE, l_shift_16); if (l_irsi_24 > 50.0) gd_240 = 1; else gd_240 = 0; if (l_irsi_32 > 50.0) gd_248 = 1; else gd_248 = 0; if (l_irsi_40 > 50.0) gd_256 = 1; else gd_256 = 0; if (gd_288 == 0.0 && gd_240 + gd_248 + gd_256 == 3.0) g_ibuf_332[li_8] = 95; gd_288 = 1; gd_296 = 0; > if (g_ibuf_304[li_8] < 50.0) gd_264 = 1; else gd_264 = 0; if (g_ibuf_308[li_8] < 50.0) gd_272 = 1; else gd_272 = 0; if (g_ibuf_312[li_8] < 50.0) gd_280 = 1; else gd_280 = 0; if (gd_296 == 0.0 && gd_264 + gd_272 + gd_280 == 3.0) g_ibuf_332[li_8] = 95; gd_288 = 0; gd_296 = 1; > if (gd_288 == 1.0 && gd_240 + gd_248 + gd_256 != 3.0) gd_288 = 0; gd_296 = 0; > if (gd_296 == 1.0 && gd_264 + gd_272 + gd_280 != 3.0) gd_288 = 0; gd_296 = 0; > > >

void SetValues(int ai_0) TF1 = ai_0; >

void SetStepTF1_Up() switch (Period()) case PERIOD_M1: SetValues(30); return; case PERIOD_M5: SetValues(60); return; case PERIOD_M15: SetValues(240); return; case PERIOD_M30: SetValues(1440); return; case PERIOD_H1: SetValues(10080); return; case PERIOD_H4: SetValues(43200); return; case PERIOD_D1: SetValues(43200); return; case PERIOD_W1: SetValues(43200); return; case PERIOD_MN1: SetValues(43200); return; return; > >

void SetValues2(int ai_0) TF2 = ai_0; >

void SetStepTF2_Up() switch (Period()) case PERIOD_M1: SetValues2(15); return; case PERIOD_M5: SetValues2(30); return; case PERIOD_M15: SetValues2(60); return; case PERIOD_M30: SetValues2(240); return; case PERIOD_H1: SetValues2(1440); return; case PERIOD_H4: SetValues2(10080); return; case PERIOD_D1: SetValues2(43200); return; case PERIOD_W1: SetValues2(43200); return; case PERIOD_MN1: SetValues2(43200); return; return; > >

void SetValues3(int ai_0) TF3 = ai_0; >

void SetStepTF3_Up() switch (Period()) case PERIOD_M1: SetValues3(5); return; case PERIOD_M5: SetValues3(15); return; case PERIOD_M15: SetValues3(30); return; case PERIOD_M30: SetValues3(60); return; case PERIOD_H1: SetValues3(240); return; case PERIOD_H4: SetValues3(1440); return; case PERIOD_D1: SetValues3(10080); return; case PERIOD_W1: SetValues3(43200); return; case PERIOD_MN1: SetValues3(43200); return; > >