Gekko Forum - Guides

is gekko useful for stock market as well?

Wed, 29 Apr 2020 15:59:39 +0000

Hi, I am totally new to Gekko, I have two (probably stupid) questions:

1) can I use Gekko for analyzing stock market data instead of cryptocurrencies?
2) how can I feed Gekko with custom market/stock data?

Adding Events to your strategy

Tue, 05 Nov 2019 09:13:42 +0000

There are a large number of Events with interesting data that are emitted by the Gekko plugins. Some would be quite useful in strategies but they are not available for the simple reason that strategies are not plugins and therefore cannot directly pick up the triggered events.

My quest was initially to be able to read live portfolio data as I have two strategies running in parallell and I need to know if I am exposed or not. I also want the strategy to react correctly to manual changes in the portfolio. I have since added more events that have proven quite useful.

Before using this guide, please be aware that it requires changes to two core Gekko plugins, meaning that if you update Gekko your changes are lost and the strategy will not work. It may also mean you break something else if you are not careful.

That being said, it is quite easy to do. Let's add the PortfolioChange event (~ is your Gekko root folder);
Edit ~/plugins/tradingAdvisor/tradingAdvisor.js and add:
Actor.prototype.processPortfolioChange = function(portfolio) { // This must be the handler name. The parameter name can be made up (portfolio). Just be consistent.
this.strategy.processPortfolioChange(portfolio); // This will be executed in baseTradingMethod.js
}

Edit ~/plugins/tradingAdvisor/baseTradingMethod.js and add:
Base.prototype.processPortfolioChange = function(portfolio) {
this.onPortfolioChange(portfolio); // onPortfolioChange will be accessible in the strategy
}

In your strategy, onPortfolioChange will trigger when the portfolio has changed so you can read the asset and currency variables. This is independent of your candle size so this can trigger at any moment. Add, for example;
strat.onPortfolioChange = function (portfolio) {
log.info('Portfolio has changed; Asset=', portfolio.asset.toFixed(3), 'and Currency=', portfolio.currency.toFixed(0) );
}

That's it!

Follow the same logic for any other Events. This adds Balance updates;
Edit ~/plugins/tradingAdvisor/tradingAdvisor.js and add:
Actor.prototype.portfolioValueChange = function(balance) {
this.strategy.portfolioValueChange(balance);
}
Edit ~/plugins/tradingAdvisor/baseTradingMethod.js and add:
Base.prototype.portfolioValueChange = function(balance) {
this.onBalanceChange(balance);
}
In your strategy, add:
strat.onBalanceChange = function (balance) {
log.info('Balance has changed; it is now', balance.balance.toFixed(1) );
}

trade with 50%

Fri, 20 Sep 2019 06:08:08 +0000

Hi,

i am new with gekko, but it works now :-)
i want to run 2 gekkos with one trading account. So i have to limit each gekko to a trading amount of 50% ?

can anybody tell me in simple words (i am not a programmer, i read some articles about this but didn't understand it ) where i can tell gekko to trade only with 50% of my amount ?

thank you so much

Mike

Quick example of how to implement NATR in a strategy.

Mon, 05 Aug 2019 00:59:49 +0000

Can anybody post a quick code example of how this indicators is coded in a strategy?

Playlist of all my Gekko Trading Bot videos

Tue, 27 Nov 2018 23:37:08 +0000

I have been creating videos on the Gekko Trading Bot since the beginning of this year. I covered everything from installing it on Windows, Mac, Linux, Docker, and backtesting, running various plugins like Telegram and Twitter. I'm sure some of you have watched some of my videos. I figured I probably should have a playlist of all the videos here so you can reference them at your leisure.

https://www.youtube.com/playlist?list=PL...lPyy9Qa3aY

In addition, I get asked what Gekko topics I should cover next. I don't always respond to PMs (sorry, my inbox is inundated) so it might be better to leave a comment here and I will let you know if that is something that I will cover in a future video.

[TECH TUT] Updating a old exchange integration to Gekko 0.6+

Mon, 26 Nov 2018 11:34:20 +0000

This is a technical guide that explains how to migrate legacy exchange wrapper files to new Gekko Broker wrapper files used by Gekko +0.6. This is meant for technical contributors to Gekko who want to update an old exchange integration into Gekko. This isn't an exact guide but it roughly covers the things you need to fix.

All exchange wrappers can be found here: https://github.com/askmike/gekko/tree/de...e/wrappers

- All files ending with .js.old are old wrappers not updated yet.
- All files ending with .js are new wrappers not are working with Gekko 0.6 or higher.

If you want to update an outdated wrapper you need to do a few things:

- Remove all requires to any files outside the `gekko/exchange` directory, such as log and util (the wrappers are now part of a standalone library called Gekko Broker).
- Some function signatures have changed, such as:
- checkOrder: the callback needs to be passed on object describing partial fills & order rejection
- cancelOrder: the callback needs to be passed err as well as a "filled" boolean and optionally more data regarding partial fills.
- Error handling works different now, you need to create a function that will handle correct (non error result) and you will need to create a global function that will process the exchange SDK output and normalize error types for the new retry system.

You can look at existing updated implementations for example, and be sure to check out the wrapper reference here: https://gekko.wizb.it/docs/extending/add...hange.html

[TUT] Importing market data from the CLI

Tue, 18 Sep 2018 02:54:00 +0000

[I might move this guide into the docs one day]

If you are experiencing issues importing data via the interface, you can do so via the commandline to get more debug information needed to troubleshoot your problem.

Step 1: create a config file

Copy gekko/sample-config.js into gekko/config.js

Step 2: configure your config

Open up the gekko/config.js file with a text editor (sublime is excellent, free and runs on all major OSes).

- Search for "config.watch" and replace exchange, currency and asset with the market you want to import from.
- [OPTIONAL] Search for "config.importer" and replace the from date with a more recent date (for example a month ago).

Step 3: run the import

- Open a terminal and navigate to the Gekko directory.
- Run the import by typing: node gekko -c config.js -i

How to change database in the new version

Fri, 14 Sep 2018 21:10:27 +0000

I did change from sqlite to postgres, but it doens't work on version 6. I did all I can do, but I still not able to use postgresql.
Anyone know what should I change in this new version?

[Tutorial] Windows64 native with talib tulind and xFFFFF repo

Mon, 03 Sep 2018 03:25:15 +0000

Hi, i can't post this as thread because i have links to resources (github, nodejs) and forum treats it as spam.

Anyway the tutorial is about my struggle installing gekko on native Windows 10 64 bit as bash for windows seems slow for me(probably just me though).

What this tutorial includes:

1. gekko typical install
2. installation of windows-build-tools
3. installing/Compiling of native talib and tulind
4. installation of Gekko-Strategies by xFFFFF
5. installation of modules to make neuralnet-based strats work (some of them)

Here is the pdf though. If you guys tested it and it works kindly ask admin to post and revise if it's helpful for newbies like me. Thank you.

*public domain, use at your own risk... blah blah blah, credits to original authors.

GekkoOnWindows64Native.pdf (Size: 221.52 KB / Downloads: 216)

[TUT] Running a backtest through the CLI

Fri, 17 Aug 2018 07:10:24 +0000

[I might move this guide into the docs one day]

If you are developing your own strategy or want to gain more insights in what is happening you can easily use the commandline interface (CLI) to run a backtest quickly. By default these backtests include a lot of debugging information which you can use to understand what is going on inside the strategy you are running.

This guide assumes you have historical data available (imported previously or obtained from a live gekko).

Step 1: create a config file

Copy gekko/sample-config.js into gekko/config.js

Step 2: configure your config

Open up the gekko/config.js file with a text editor (sublime is excellent, free and runs on all major OSes).

- Search for "config.watch" and replace exchange, currency and asset with the market you want to backtest over.
- Search for "config.tradingAdvisor" and set method to your strategy, candleSize to the type of candles you want (in minutes, hourly candles means filling in 60).
- [optoinally] Search for "paperTrader" and configure the slippage and spread according to the market. If you are trading on a big market (BTC/USD for example) the defaults are fine.

Step 3: run the backtest

- Open a terminal and navigate to the Gekko directory.
- Run the backtest by typing: node gekko -c config.js -b

HELP INSTALLING INDICATOR PLEASE HELP

Fri, 10 Aug 2018 21:47:20 +0000

herkese gekko'yu selamlıyorum ben de tulibı bir kenara kurdum ama hiçbir gösterge takmadım ve çalışamıyorum yeniim lütfen yardım ederim teşekkürler

[TUT] CONFIG-FILE CONVERTOR FOR CLI GEKKO

Thu, 21 Jun 2018 16:25:32 +0000

for the CLI-gekko (terminal gekko) we must set up the sample-config.js.

our strategie has its "my_strategie.toml" file, but in the config IT MUST BE AS JSON-style CODE.

if you do not use the backtest Machine from xFFFFF,
you can simply use an online tool that makes the conversation for you.
this is very easy and never makes an error.!!!

go to this page:
toml-json convertor

here simply copie paste your .toml code

Code:
[___trendatron___]

#<<<>>><<<>>>#

__longPos = false

#>>><<<>>><<#

[_backtest_start_]

__________day = 1

______month = 4

_____hour = 18

_minute = 38

candle_size = 1

#<<<>>><<<>>>#

[RSI]

optInTimePeriod = 30

[trsRSI]

high = 68

low = 30

[___stop_abs____]

stop_abs = -1.7

abs_exp = -250

now copie/paste the created .json code into your sample-config.js, as you can learn from my other Tutorial:

Code:
{

  "___trendatron___": {

    "__longPos": false

  },

  "_backtest_start_": {

    "__________day": 1,

    "______month": 4,

    "_____hour": 18,

    "_minute": 38,

    "candle_size": 1

  },

  "RSI": {

    "optInTimePeriod": 30

  },

  "trsRSI": {

    "high": 68,

    "low": 30

  },

  "___stop_abs____": {

    "stop_abs": -1.7,

    "abs_exp": -250

  }

}

TUT#5
just scroll down and find the thread :-)

thanks to xFFFFF, Matias Korhonen, and Ankasem
hope this helps

Japonicus Results

Wed, 23 May 2018 05:55:12 +0000

Hi all,

Anyone got a guide on how to read the results from Japonicus?

Thanks

Help for my strategy

Thu, 10 May 2018 21:37:46 +0000

Hello,

how do i implement a new indicator?I installed talib and tulip but dont know how to implement the bollinger bands indicator.I also need an advice how to create a trigger where the buy signal is triggered when the candle closes under the lowest band and then sell it when it closes on/above the middle/upper band.I have no programming skills so write slowly please.

[TUT] STRATEGIE #5 dynamique stoploss [SHARE]

Thu, 03 May 2018 19:02:50 +0000

In this Tutorial we will add a dynamic stoploss.

Stoploss seems to be pretty hard to get right,
because the most approaches would decrease the profit, rather than do good to it.

First one would think, a price.long-absolut-stoploss would work well, but the reallity shows different:
>>>a smaller stop value does increase the errors and loose more than the stop would benefit..!

it simply hurts the strategy as TommieHansen stated.

On the otherside if we set the threshold more loose, then it again does not work too much.

The indicators based stoploss are also interesting but theese have problems with the indication speed,
because:
>>>>>the newest candle.data must first fight against the old averages, before it could seriously indicate a fast change.
>>>thats not always true since they would use multiplication to indicate a fast change.
>>>>>>>THUS also create a lot of false triggers due to multiplication (RSI-based)

so what we do!

i found a easy way is to create our own stop indicator.
Its very simple design:

Code:
this.price.exp = this.price.trades * this.price.dif;

the candle.trades value is intresting.
It seem to indicate the changes pretty faster than enybody else.
But it is a positive number (offcourse!).
For our indicator we wanna have a bipolar output signal, otherwise it would trigger in both trends.
therefore we multiply with the procentage difference between the candles.

The price.dif is a simple procent calculation for the absolut price:

Code:
this.price.dif = ((this.price.last - this.price.close) / this.price.last) * -100;    //LAST LONG

this.price.last = 0;

this.price.last = this.price.close; //BACKUP FOR THE NEXT CANDLE

When goLong we store the candle.close:

Code:
this.price.long = this.price.close;

The stop(trend) logic dos inhibit the RSI trader while in the stop trend.
then a unlock logic will delay the stop trend for not buy to early.

I also adjusted the RSI trader to get better positive results.
4 month
1 month

Binance
BTC/Usdt
candlesize 1min
warmup 10min

For the 4 month period with such a difficult trend, its not bad.
>>>>>>>>its only a rsi and a stoploss...<<<<<<<<<
the one month as expected, is a bit less then the bulltrend

here is the finished code:

Code:
/*

Tutorial:     trendatron #5

            rsi trader

philipp wyler

2018-04-25

*/

var _ = require('lodash');

var log = require('../core/log.js');

var config = require('../core/util.js').getConfig();

var trenda = {};

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

//>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

trenda.init = function () {

    this.name = 'trendatron_2';

    this.allInit();

    this.userMap();

    this.cpuTime();

    this.indInit();

    this.setupLog();

}

trenda.update = function (candle) {

    this.timeCursor();

    this.priceUpdate();

    this.calculus();

    this.resultRSI = this.tulipIndicators.myrsi.result.result;

}

trenda.log = function () {

}

trenda.check = function (candle) {

    this.stop();

    //lets trade...

    if (this.logic.stopabs !== true && this.resultRSI > this.settings.trsRSI.high && this.logic.longpos !== false) {

        this.goShort();

    }

    else if (this.logic.stopabs !== true && this.resultRSI < this.settings.trsRSI.low && this.logic.longpos !== true) {

        this.goLong();

    }

}

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

//>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

trenda.stop = function () {

    if (this.logic.stopabs !== false) {

        if (this.logic.lock !== false && this.resultRSI > this.settings.trsRSI.high) {

            this.logic.lock = false;

        }

        if (this.logic.lock !== true && this.resultRSI < this.settings.trsRSI.low) {

            this.logic.stopabs = false;

            log.debug('-  ' + this.timearr + ' zz---unlock ' + '  stop ' + this.logic.stopabs + '  pc ' + this.price.close.toFixed(2) + '  exp ' + this.price.exp.toFixed(2));

        }

    }

    //SIDECHAIN STOP

    if (this.logic.stopabs !== true && this.logic.longpos !== false && this.stopabsset > this.price.abs) {

        if (this.stopabsexpset > this.price.exp) {

            this.logic.stopabs = true;

            this.logic.lock = true;

            this.goShort();

            this.logic.stopcount++;

            log.debug('-  ' + this.timearr + ' xxxxxxxxxxx ' + '  stop ' + this.logic.stopabs + '  pc ' + this.price.close.toFixed(2) + '  exp ' + this.price.exp.toFixed(2));

        }

    }

    if (this.logic.stopabs !== true && this.logic.longpos !== true && this.stopabsset > this.price.abs) {

        if (this.stopabsexpset > this.price.exp) {

            this.logic.stopabs = true;

            this.logic.lock = true;

            this.logic.waitcount++;

            log.debug('-  ' + this.timearr + ' yyyyyyyyyy ' + '  wait ' + this.logic.stopabs + '  pc ' + this.price.close.toFixed(2) + '  exp ' + this.price.exp.toFixed(2));

        }

    }

}

trenda.goShort = function () {

    this.logic.longpos = false;

    this.advice('short');

    log.debug('>>> ' + this.timearr + ' Short price.close = ' + this.price.close);

}

trenda.goLong = function () {

    this.logic.longpos = true;

    this.advice('long');

    this.price.long = this.price.close;

    log.debug(' <<<' + this.timearr + ' Long price.close = ' + this.price.close);

}

trenda.priceUpdate = function () {

    this.price.close = this.candle.close;

    this.price.low = this.candle.low;

    this.price.high = this.candle.high;

    this.price.volume = this.candle.volume;

    this.price.vwp = this.candle.vwp;

    this.price.trades = this.candle.trades;

}

trenda.calculus = function () {

    this.price.abs = ((this.price.long - this.price.close) / this.price.long) * -100;    //LAST LONG

    this.price.dif = ((this.price.last - this.price.close) / this.price.last) * -100;    //LAST LONG

    this.price.last = 0;

    this.price.last = this.price.close;

    this.price.exp = this.price.trades * this.price.dif;

}

trenda.indInit = function () {

    // define the indicators we need     //move the settings into >>>rsi input length

    this.addTulipIndicator('myrsi', 'rsi', this.customRSIsettings);

}

trenda.allInit = function () {

    //first fetch settings from .toml

    this.customRSIsettings = this.settings.RSI;

    //add candle

    price =

        {

            close: 0,//this.candle

            low: 0,//this.candle

            high: 0,//this.candle

            volume: 0,//this.candle

            vwp: 0,//this.candle

            trades: 0,//this.candle

            long: 0,

            last: 0,

            dif: 0,

            exp: 0

        };

    this.price = price;

    logic =

        {

            longpos: false,

            stopabs: false,

            lock: false,

            globalcount: 0,

            stopcount: 0,

            waitcount: 0

        };

    this.logic = logic;

    this.stopabsset = this.settings.___stop_abs____.stop_abs;

    this.stopabsexpset = this.settings.___stop_abs____.abs_exp;

}

trenda.cpuTime = function () {

    //CPU TIME SET

    this.startTime = new Date();

}

trenda.userMap = function () {

    this.longpos = this.settings.___trendatron___.__longPos;

    month = this.settings._backtest_start_.______month;

    day = this.settings._backtest_start_.__________day;

    hour = this.settings._backtest_start_._____hour;

    minute = this.settings._backtest_start_._minute;

    this.montharr = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31];

    this.month = month;

    this.day = day;

    this.hour = hour;

    this.minute = minute;

    this.timearr = [];

    this.candlesize = this.settings._backtest_start_.candle_size;

}

trenda.timeCursor = function () {

    if (this.logic.globalcount == 0) {

        this.mcount = this.minute;

        this.hcount = this.hour;

        this.dcount = this.day;

        this.moncount = this.month;

    }

    y = this.candlesize;

    for (i = 0; i < y; i++) {

        this.logic.globalcount++;//COUNT BACKTEST CANDLES

        z = this.moncount - 1;

        this.monthframe = this.montharr[z];

        candleminute = this.logic.globalcount % 60;//MINUTE MODULUS////

        this.candleminute = candleminute;

        //HOUR COUNT

        if (this.mcount == 59) {

            this.hcount++;//HOUR COUNT

            this.mcount = 0;

        }

        else if (this.mcount < 59) {

            this.mcount++;

        }

        //DAY COUNT

        if (this.hcount == 24) {

            this.dcount++;//DAY COUNT

            this.hcount = 0;

        }

        //MONTHDAY

        if (this.dcount > (this.monthframe)) {

            this.moncount++;

            this.dcount = 1

        }

        //MONTH

        else if (this.moncount > 12) {

            this.moncount = 1;

        }

        this.candlehour = this.hcount;//HOUR

        this.candleday = this.dcount;//DAY

        this.candlemonth = this.moncount;//MONTH

        this.timearr = [this.candlemonth, this.candleday, this.candlehour, this.candleminute];

    }

}

trenda.setupLog = function () {

    log.info

        (

        '\n' + '\t' + '\t' + '\t' + '\t' +

        '  ...last longpos = ' + this.logic.longpos + '\n' + '\t' + '\t' + '\t' +

        '+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+' + '\n' + '\t' + '\t' + '\t' +

        '  .....start backtest ' + this.name + ' varactor' + '\n' + '\t' + '\t' + '\t' +

        '+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+' + '\n' + '\t' + '\t' + '\t' +

        '\n' + '\t' + '\t' + '\t' +

        '                     <<>>' + '\n' + '\t' + '\t' + '\t' +

        '                 ><<><>><<>>' + '\n' + '\t' + '\t' + '\t' +

        '             >><<>>       <<>><<' + '\n' + '\t' + '\t' + '\t' +

        '        <>><<>    system v3   >><<>>' + '\n' + '\t' + '\t' + '\t' +

        '    <<>><<>  start date ' + this.month + ':' + this.day + ':' + this.hour + ':' + this.minute + ' >><<>>' + '\n' + '\t' + '\t' + '\t' +

        ' ><<>><    ......beginn trading       <>><<>' + '\n' + '\t' + '\t' + '\t' +

        '><<>><            ' + this.name + '         ><>><<' + '\n' + '\t' + '\t' + '\t' +

        '  >><<>>       susitronix d-sign      <<>><<' + '\n' + '\t' + '\t' + '\t' +

        '     >><<<<<>>><<            <<>>><<>><<' + '\n' + '\t' + '\t' + '\t' +

        '              ><<<<>>><<<>>><<>>' + '\n' + '\t' + '\t' + '\t' +

        '                    >>><<<' + '\n' + '\t' + '\t' + '\t' +

        '                      <>' + '\n'

        );

}

trenda.end = function () {

    this.logic.globalcount;

    this.monthdif = (((this.logic.globalcount / 60) / 24) / 30) % 12;

    this.daysdif = ((this.logic.globalcount / 60) / 24) % 30;

    this.hoursdif = (this.logic.globalcount / 60) % 24;

    this.minutesdif = this.logic.globalcount % 60;

    this.globalcountdif = this.logic.globalcount - this.globalcountbegin;

    let seconds = ((new Date() - this.startTime) / 1000),

        minutes = seconds / 60,

        str;

    //CPU TIME CALCULUS IN MILLISECONDS

    this.totaltime = ((minutes / 60) + seconds);

    this.cputime = ((this.totaltime / this.logic.globalcount) * 1000);

    minutes < 1 ? str = seconds.toFixed(2) + ' seconds' : str = minutes.toFixed(2) + ' minutes';

    log.info

        (

        '\n' + '\t' + '\t' +

        '.....backtest started with longpos = ' + this.longpos + '\n' + '\t' +

        '.....stop count = ' + this.logic.stopcount + '\n' + '\t' +

        '.....wait count = ' + this.logic.waitcount + '\n' + '\t' +

        '                                                       ' + '\n' + '\t' +

        '                             <<>>                      ' + '\n' + '\t' +

        '                       <<>><<>><<>><<>>                ' + '\n' + '\t' +

        '                 >><<>><<>><<>><<>><<>><<>><<          ' + '\n' + '\t' +

        '            <<>><<>>     ' + this.name + '     <<>><<>>' + '\n' + '\t' +

        '        <<>><<>>    start date ' + this.month + ':' + this.day + ':' + this.hour + ':' + this.minute + '     <<>><<>>' + '\n' + '\t' +

        '   <<>><<>>         end time ' + this.candlemonth + ':' + this.candleday + ':' + this.candlehour + ':' + this.candleminute + ' finish     <<>><<>>' + '\n' + '\t' +

        ' <<>><<>>      ' + str + ' / candles = ' + this.logic.globalcount + '       <<>><<>>' + '\n' + '\t' +

        '   <<>><<>>    candle cpu time = ' + this.cputime.toFixed(4) + ' mSec       <<>><<>>' + '\n' + '\t' +

        '      >><< <<>><<>><<>>                <<>><<>><<>> <<>> ' + '\n' + '\t' +

        '    <<>><>         <<>><<>><<>><<>><<>><<>>         <<>><< ' + '\n' + '\t' +

        '<<>><<>>><<                <<>><<>>                ><<>><<>>>< ' + '\n' + '\t'

        );

}

module.exports = trenda;

And here the settings .toml

Code:
[___trendatron___]

#<<<>>><<<>>>#

__longPos = false

#>>><<<>>><<#

[_backtest_start_]

__________day = 1

______month = 4

_____hour = 18

_minute = 38

candle_size = 1

#<<<>>><<<>>>#

[RSI]

optInTimePeriod = 30

[trsRSI]

high = 68

low = 30

[___stop_abs____]

stop_abs = -1.7

abs_exp = -250

The actual code for the strat would be fearly small, the rest are just debug tools.
>>>In the following tutorial we will build the hypetrend that can be seen as a complement to the stoploss, function wise.
Also we try to build a macrotrend for the longer trends in the future.

If you have questions to it, feel free to ask here in this topic because i will read them. hope this helps
or if you need some help with your strategie, no worries fire it up

Migration to postgreSQL or mongoDB

Thu, 03 May 2018 18:06:48 +0000

In my opinion, this is not normal, probably everyone who did it for the first time was just as surprised as me "why the f* does not work?"

Changes should be made in the following files:

gekko/config/adapters/postgresql.toml:1:postgres://
gekko/config/adapters/mongodb.toml:1:mongodb://
gekko/config/general.toml:4:'sqlite'
gekko/web/vue/UIconfig.js:19:'sqlite'
gekko/web/routes/baseConfig.js:53:postgres://
gekko/web/routes/baseConfig.js:66:mongodb://
gekko/test/test-config.json:112:postgres://

God bless the grep!

[TUT] STRATEGIE #4 TULIP: MA, MACD, STOCH, RSI [SHARE]

Mon, 30 Apr 2018 03:33:43 +0000

In this tutorial you can learn how to setup indicators.

>>>i have randoomly choosen Tulip indicators but it could be eny avilable indicators for gekko.
>>>>>the test results are all in the same uptrend/period and should only show the trigger points.
>>>>>>>WARNING THESE STRATEGIES ARE NOT PROFITABLE ENOUGH OVER TIME.
(((((it needs more than one indicator-if-statement to become a profitable trader)))))

Some indicators have two or three options (user input averaging length) and more than one output.
In this case, Arrays are used to set the inputs or read the output values.

First a simple RSI (realtime strength index) with one input/output
////////Test results: BASSic RSI

Code:
/*

BASSic tulip_RSI

*/

var _ = require('lodash');

var log = require('../core/log.js');

var config = require('../core/util.js').getConfig();

var strat = {};

strat.init = function () {

    //add candle.close

    price =

        {

            close: 0//this.candle

        };

    this.price = price;

    logic =

        {

            longpos: false

        };

    this.logic = logic;

    //first fetch settings from .toml

    var customRSIsettings = this.settings.RSI;

    // define the indicators we need     //move the settings into >>>rsi input length

    this.addTulipIndicator('myrsi', 'rsi', customRSIsettings);

}

strat.update = function (candle) {

}

strat.log = function () {

}

strat.check = function (candle) {

    //update price.close

    this.price.close = this.candle.close;

    //update the indicator before using it

    var resultRSI = this.tulipIndicators.myrsi.result.result;

    //lets trade...

    if (resultRSI > this.settings.trsRSI.high && this.logic.longpos !== false) {

        this.logic.longpos = false;

        this.advice('short');

        log.debug('goShort price ' + this.price.close + '  rsi ' + resultRSI.toFixed(2));

    }

    else if (resultRSI < this.settings.trsRSI.low && this.logic.longpos !== true) {

        this.logic.longpos = true;

        this.advice('long');

        log.debug('goLong price ' + this.price.close + '  rsi ' + resultRSI.toFixed(2));

    }

}

module.exports = strat;

use your editor and load a existing gekko strategie.js file from the gekko folder (gekko/strategies/.....)
>select all and delete the content
>>copy/paste my example code strat above
>>>Save as: rename to:
>>>>tulip_RSI.js //and save

WARNIG: MY CODE INDENTS HAVE BEEN BIT MESSED UP HERE
JUST: in your editor right-click choose [format document] before save...

Code:
[RSI]

optInTimePeriod = 15

[trsRSI]

high = 71

low = 28

#_try_1min_candles_#

#_binance_BTC_USDT_#

use your editor and load a existing gekko strategie.toml file from the gekko folder (gekko/config/strategies/.....)
>select all and delete the content
>>copy/paste my example code user settings above
>>>Save as: rename to:
>>>>tulip_RSI.toml
>>>>>Save as type //<<

Now we implement the timecurser step by step as i would write the code.
First write settings.toml

Code:
[___trendatron___]

#<<<>>><<<>>><<<#

__longPos = false

#>>><<<>>><<<>>>#

[_backtest_start_]

__________day = 1

______month = 4

_____hour = 18

_minute = 38

candle_size = 1

#<<<>>><<<>>><<<#

[RSI]

optInTimePeriod = 15

[trsRSI]

high = 71

low = 28

we also use the logic.longpos to tell gekko if we start trading with currency or asset.
that way we dont need to edit the code for using basic functions like this.

Now i have nice names in the settings but for writing code i use different names.
instead of just initializing the settings in the [INIT] we create a mapping:

Code:
trenda.init = function () {

    this.longpos = this.settings.___trendatron___.__longPos;

    month = this.settings._backtest_start_.______month;

    day = this.settings._backtest_start_.__________day;

    hour = this.settings._backtest_start_._____hour;

    minute = this.settings._backtest_start_._minute;

    this.montharr = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31];

    this.month = month;

    this.day = day;

    this.hour = hour;

    this.minute = minute;

    this.timearr = [];

    this.candlesize = this.settings._backtest_start_.candle_size;

    //add candle.close

    price =

        {

            close: 0,//this.candle

        };

    this.price = price;

    logic =

        {

            longpos: this.longpos

        };

    this.logic = logic;

    //first fetch settings from .toml

    var customRSIsettings = this.settings.RSI;

    // define the indicators we need     //move the settings into >>>rsi input length

    this.addTulipIndicator('myrsi', 'rsi', customRSIsettings);

}

we have also initialized two arrays:
this.montharr //here we set the values for each month directly. This will also set the length to 12
this.timearr //here we only init a empty array since we dont know/have the content yet.

>>>WE CAN CHECK A ARRAY LENGTH IN THE DEBUG LINE:

Code:
log.debug('Array length ' + this.myArray.length);

add the main code to the update function, that will execute before we can use it:

Code:
trenda.update = function (candle) {

    if (this.logic.globalcount == 0) {

        this.mcount = this.minute;

        this.hcount = this.hour;

        this.dcount = this.day;

        this.moncount = this.month;

    }

    y = this.candlesize;

    for (i = 0; i < y; i++) {

        this.logic.globalcount++;//COUNT BACKTEST CANDLES

        z = this.moncount - 1;

        this.monthframe = this.montharr[z];

        candleminute = this.logic.globalcount % 60;//MINUTE MODULUS////

        this.candleminute = candleminute;

        //HOUR COUNT

        if (this.mcount == 59) {

            this.hcount++;//HOUR COUNT

            this.mcount = 0;

        }

        else if (this.mcount < 59) {

            this.mcount++;

        }

        //DAY COUNT

        if (this.hcount == 24) {

            this.dcount++;//DAY COUNT

            this.hcount = 0;

        }

        //MONTHDAY

        if (this.dcount > (this.monthframe)) {

            this.moncount++;

            this.dcount = 1

        }

        //MONTH

        else if (this.moncount > 12) {

            this.moncount = 1;

        }

        this.candlehour = this.hcount;//HOUR

        this.candleday = this.dcount;//DAY

        this.candlemonth = this.moncount;//MONTH

        this.timearr = [this.candlemonth, this.candleday, this.candlehour, this.candleminute];

    }

}

Now we setup the main counter in the [INIT] that will count the candles for the backtest period.

Code:
logic =

        {

            longpos: false,

            globalcount: 0 //candle counter

        };

    this.logic = logic;

The final code with the debug lines using the time array:

Code:
/*

Tutorial:     trendatron #0

            rsi trader

philipp wyler

2018-04-25

*/

var _ = require('lodash');

var log = require('../core/log.js');

var config = require('../core/util.js').getConfig();

var trenda = {};

trenda.init = function () {

    this.longpos = this.settings.___trendatron___.__longPos;

    month = this.settings._backtest_start_.______month;

    day = this.settings._backtest_start_.__________day;

    hour = this.settings._backtest_start_._____hour;

    minute = this.settings._backtest_start_._minute;

    this.montharr = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31];

    this.month = month;

    this.day = day;

    this.hour = hour;

    this.minute = minute;

    this.timearr = [];

    this.candlesize = this.settings._backtest_start_.candle_size;

    //add candle.close

    price =

        {

            close: 0,//this.candle

        };

    this.price = price;

    logic =

        {

            longpos: false,

            globalcount: 0

        };

    this.logic = logic;

    //first fetch settings from .toml

    var customRSIsettings = this.settings.RSI;

    // define the indicators we need     //move the settings into >>>rsi input length

    this.addTulipIndicator('myrsi', 'rsi', customRSIsettings);

}

trenda.update = function (candle) {

    if (this.logic.globalcount == 0) {

        this.mcount = this.minute;

        this.hcount = this.hour;

        this.dcount = this.day;

        this.moncount = this.month;

    }

    y = this.candlesize;

    for (i = 0; i < y; i++) {

        this.logic.globalcount++;//COUNT BACKTEST CANDLES

        z = this.moncount - 1;

        this.monthframe = this.montharr[z];

        candleminute = this.logic.globalcount % 60;//MINUTE MODULUS////

        this.candleminute = candleminute;

        //HOUR COUNT

        if (this.mcount == 59) {

            this.hcount++;//HOUR COUNT

            this.mcount = 0;

        }

        else if (this.mcount < 59) {

            this.mcount++;

        }

        //DAY COUNT

        if (this.hcount == 24) {

            this.dcount++;//DAY COUNT

            this.hcount = 0;

        }

        //MONTHDAY

        if (this.dcount > (this.monthframe)) {

            this.moncount++;

            this.dcount = 1

        }

        //MONTH

        else if (this.moncount > 12) {

            this.moncount = 1;

        }

        this.candlehour = this.hcount;//HOUR

        this.candleday = this.dcount;//DAY

        this.candlemonth = this.moncount;//MONTH

        this.timearr = [this.candlemonth, this.candleday, this.candlehour, this.candleminute];

    }

}

trenda.log = function () {

}

trenda.check = function (candle) {

    //update price.close

    this.price.close = this.candle.close;

    //update the indicator before using it

    var resultRSI = this.tulipIndicators.myrsi.result.result;

    //lets trade...

    if (resultRSI > this.settings.trsRSI.high && this.logic.longpos !== false) {

        this.logic.longpos = false;

        this.advice('short');

        log.debug('>>> ' + this.timearr + ' Short price.close = ' + this.price.close);

    }

    else if (resultRSI < this.settings.trsRSI.low && this.logic.longpos !== true) {

        this.logic.longpos = true;

        this.advice('long');

        log.debug(' <<<' + this.timearr + ' Long price.close = ' + this.price.close);

    }

}

module.exports = trenda;

>>>save this code as: trendatron_1.js
>>>>>save also the latest settings.toml from above, as trendatron_1.toml (File type "all files")
>>>>>>>run the code

The code works but looks alllready stuffed with nothing in there yet.
>>>>>We create subroutines/functions that can be called from every where:
(this makes sense for functions that are called more than once, or that are only to be initialized, like the timecursor (set and forget)).

Code:
/*

Tutorial:     trendatron #2

            rsi trader

philipp wyler

2018-04-25

*/

var _ = require('lodash');

var log = require('../core/log.js');

var config = require('../core/util.js').getConfig();

var trenda = {};

trenda.init = function () {

    this.allInit();

    this.userMap();

    this.indInit();

}

trenda.update = function (candle) {

    this.timeCursor();

}

trenda.log = function () {

}

trenda.check = function (candle) {

    //update price.close

    this.price.close = this.candle.close;

    //update the indicator before using it

    var resultRSI = this.tulipIndicators.myrsi.result.result;

    //add debug line and display the rsi value

    //log.debug('RSI result = ' + resultRSI);

    //lets trade...

    if (resultRSI > this.settings.trsRSI.high && this.logic.longpos !== false) {

        this.goShort();

    }

    else if (resultRSI < this.settings.trsRSI.low && this.logic.longpos !== true) {

        this.goLong();

    }

}

trenda.goShort = function () {

    this.logic.longpos = false;

    this.advice('short');

    log.debug('>>> ' + this.timearr + ' Short price.close = ' + this.price.close);

}

trenda.goLong = function () {

    this.logic.longpos = true;

    this.advice('long');

    log.debug(' <<<' + this.timearr + ' Long price.close = ' + this.price.close);

}

trenda.indInit = function () {

    // define the indicators we need     //move the settings into >>>rsi input length

    this.addTulipIndicator('myrsi', 'rsi', this.customRSIsettings);

}

trenda.allInit = function () {

    //first fetch settings from .toml

    this.customRSIsettings = this.settings.RSI;

    //add candle.close

    price =

        {

            close: 0,//this.candle

        };

    this.price = price;

    logic =

        {

            longpos: false,

            globalcount: 0

        };

    this.logic = logic;

}

trenda.userMap = function () {

    this.longpos = this.settings.___trendatron___.__longPos;

    month = this.settings._backtest_start_.______month;

    day = this.settings._backtest_start_.__________day;

    hour = this.settings._backtest_start_._____hour;

    minute = this.settings._backtest_start_._minute;

    this.montharr = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31];

    this.month = month;

    this.day = day;

    this.hour = hour;

    this.minute = minute;

    this.timearr = [];

    this.candlesize = this.settings._backtest_start_.candle_size;

}

trenda.timeCursor = function () {

    if (this.logic.globalcount == 0) {

        this.mcount = this.minute;

        this.hcount = this.hour;

        this.dcount = this.day;

        this.moncount = this.month;

    }

    y = this.candlesize;

    for (i = 0; i < y; i++) {

        this.logic.globalcount++;//COUNT BACKTEST CANDLES

        z = this.moncount - 1;

        this.monthframe = this.montharr[z];

        candleminute = this.logic.globalcount % 60;//MINUTE MODULUS////

        this.candleminute = candleminute;

        //HOUR COUNT

        if (this.mcount == 59) {

            this.hcount++;//HOUR COUNT

            this.mcount = 0;

        }

        else if (this.mcount < 59) {

            this.mcount++;

        }

        //DAY COUNT

        if (this.hcount == 24) {

            this.dcount++;//DAY COUNT

            this.hcount = 0;

        }

        //MONTHDAY

        if (this.dcount > (this.monthframe)) {

            this.moncount++;

            this.dcount = 1

        }

        //MONTH

        else if (this.moncount > 12) {

            this.moncount = 1;

        }

        this.candlehour = this.hcount;//HOUR

        this.candleday = this.dcount;//DAY

        this.candlemonth = this.moncount;//MONTH

        this.timearr = [this.candlemonth, this.candleday, this.candlehour, this.candleminute];

    }

}

module.exports = trenda;

looks better but lets use the [update] as its ment to, and the [check] for the final strategic statements:

Code:
/*

Tutorial:     trendatron #2

            rsi trader

philipp wyler

2018-04-25

*/

var _ = require('lodash');

var log = require('../core/log.js');

var config = require('../core/util.js').getConfig();

var trenda = {};

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

//>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

trenda.init = function () {

    this.allInit();

    this.userMap();

    this.indInit();

}

trenda.update = function (candle) {

    this.timeCursor();

    this.price.close = this.candle.close;

    this.resultRSI = this.tulipIndicators.myrsi.result.result;

}

trenda.log = function () {

}

trenda.check = function (candle) {

    //lets trade...

    if (this.resultRSI > this.settings.trsRSI.high && this.logic.longpos !== false) {

        this.goShort();

    }

    else if (this.resultRSI < this.settings.trsRSI.low && this.logic.longpos !== true) {

        this.goLong();

    }

}

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

//>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>

//<<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><<>><

trenda.goShort = function () {

    this.logic.longpos = false;

    this.advice('short');

    log.debug('>>> ' + this.timearr + ' Short price.close = ' + this.price.close);

}

trenda.goLong = function () {

    this.logic.longpos = true;

    this.advice('long');

    log.debug(' <<<' + this.timearr + ' Long price.close = ' + this.price.close);

}

trenda.indInit = function () {

    // define the indicators we need     //move the settings into >>>rsi input length

    this.addTulipIndicator('myrsi', 'rsi', this.customRSIsettings);

}

trenda.allInit = function () {

    //first fetch settings from .toml

    this.customRSIsettings = this.settings.RSI;

    //add candle.close

    price =

        {

            close: 0,

        };

    this.price = price;

    logic =

        {

            longpos: false,

            globalcount: 0

        };

    this.logic = logic;

}

trenda.userMap = function () {

    this.longpos = this.settings.___trendatron___.__longPos;

    month = this.settings._backtest_start_.______month;

    day = this.settings._backtest_start_.__________day;

    hour = this.settings._backtest_start_._____hour;

    minute = this.settings._backtest_start_._minute;

    this.montharr = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31];

    this.month = month;

    this.day = day;

    this.hour = hour;

    this.minute = minute;

    this.timearr = [];

    this.candlesize = this.settings._backtest_start_.candle_size;

}

trenda.timeCursor = function () {

    if (this.logic.globalcount == 0) {

        this.mcount = this.minute;

        this.hcount = this.hour;

        this.dcount = this.day;

        this.moncount = this.month;

    }

    y = this.candlesize;

    for (i = 0; i < y; i++) {

        this.logic.globalcount++;//COUNT BACKTEST CANDLES

        z = this.moncount - 1;

        this.monthframe = this.montharr[z];

        candleminute = this.logic.globalcount % 60;//MINUTE MODULUS////

        this.candleminute = candleminute;

        //HOUR COUNT

        if (this.mcount == 59) {

            this.hcount++;//HOUR COUNT

            this.mcount = 0;

        }

        else if (this.mcount < 59) {

            this.mcount++;

        }

        //DAY COUNT

        if (this.hcount == 24) {

            this.dcount++;//DAY COUNT

            this.hcount = 0;

        }

        //MONTHDAY

        if (this.dcount > (this.monthframe)) {

            this.moncount++;

            this.dcount = 1

        }

        //MONTH

        else if (this.moncount > 12) {

            this.moncount = 1;

        }

        this.candlehour = this.hcount;//HOUR

        this.candleday = this.dcount;//DAY

        this.candlemonth = this.moncount;//MONTH

        this.timearr = [this.candlemonth, this.candleday, this.candlehour, this.candleminute];

    }

}

module.exports = trenda;

much better ;-)
its now modular to comment/uncomment functions, besides it has become somewhat structurized.

Code:
//this.timeCursor();

now the whole function is switched off

thats it for the timecursor and subcircuits.
in the next short tutorial a simple cpu-prozessing-time messurement tool and debug functions are the topic.

[TUT] STRATEGIE#1 BASSic TULIP RSI TRADER

Thu, 26 Apr 2018 03:50:30 +0000

WARNING: THIS IS A GUIDE FOR BEGINNERS FROM A BLOODY BEGINNER AS YOU WILL SEE
PRO-CODERS PLEASE ADD CORRECTIONS SO I CAN LEARN! THANKS TO MIKE

In the following tutorial sequals you can learn:
-how to develop a strategie,
-build some useful tools for our debug purposes
-build a little trend generator
-add a pseudo stoploss (loose halve the bag is better then...)

>>>ONLY START THE SIMULATION WHEN I ASK YOU TO (incomplete snippets wont work)

If you are not to much into electronics/logic/debug...no worries you will learn by the examples,
and with the diffrent code modules you can build your own.
Ask questions AND i strongly recomend to watch some nice youtube java tutorials :
(basic code structure, conventions, operators, statements, var/obj/this.global/arrays!)
Cave of programming

The performance wont be the goal of this tutorals. Its more for educational purpose.

You need a serious code editor that works for you.
after notepad++ and eclipse strugle i use now Visual studio code. perfect love it nice!!

cli == cmd == terminal (command line interface)

bracket convention:
the brackets can be used in three different ways, doing exactly the same

Code:
method.check = function(candle) 

{

  do_something;

}

Code:
method.check = function(candle) {

  do_something;

}

Code:
method.check = function(candle) {do_something;}

to create a comment in the strat use double backlash:
//my comment

for a whole comment-block use asterix+backlash: //the editor will help with colors...
/*
my
comment
block
*/

the = sign-ology

Code:
a = b; //basic code convention: the right value will always be moved into the left variable (a value WILL BE LOST)

a = b + c; //on the right we can add operators, do calculations before we move the result into a

if (a == b){ //here the == is a comparator function (is it the same as ???)

    do_stuff

}

a = b + c; //the semikolon tells the compiler to do whats before...

a = b + c * x / 3,14; //first it calculates the multiply/divide then the Add/subtract then the result will be moved into a

a = (b + c) * x / 3,14; //first it calculates whats inside the brackets then the result will be moved into a

first we begin with the core of our strategie without eny content:

Code:
/*

Tutorial:     trendatron #1

            rsi trader

philipp wyler

2018-04-25

*/

var method = {};

method.init = function()

{

}

method.update = function(candle) {

}

method.log = function() {

}

method.check = function(candle)

{

}

module.exports = method;

The compiler needs some basic functions in order to work.
Also the order must be correct:
-init
-update
-log
-check
-export

the log function is not too useful so we have only three main sections:
-init
-update
-check

the export function is only for the compiler, to add our strat to gekko.

Now we begin even smaller and create our first VAR (variable).
This is necessary to initialize the ram since the computer can not place numbers in the air.
A var is a vessel that can hold enything we move inside.
example:
//house would be our object (object based code technique)
house
//house contains...
kitchen, restroom, basement
//kitchen contains...
stove, fridge, sink
//fridge contains...
keg of b...

//when we use that object hirarchy in our code, we would write for keg:
house.kitchen.fridge.keg //(simpified)

now our computer knows where is the keg and therefor thus initialize the ram for us.
if we have a var/number/value we can only use it locally where it is created:
in this example i create a var in [update] and tell the strat in the [check] to display the value in the cli

Code:
method.update = function(candle) 

{

var myvalue = 0;//here we create/define myvalue as a local object

}

method.check = function(candle) {

log.debug (myvalue); //in here myvalue would not be readable because first we must assign it as a global object

}

Code:
method.update = function(candle) 

{

var myvalue = 0;//here we create/define myvalue as a local object

this.myvalue = myvalue; //now we make it global by move myvalue into this.myvalue (this. is the global parameter)

}

method.check = function(candle) {

  log.debug (this.myvalue); //now it is avilable everywhere in our strat and updated, evertime the code use it somewhere

}

lets create our first var:

Code:
var method = {};

since this is the var for my strat i name mine:

Code:
var trenda = {};

our strat:

Code:
var trenda = {};

trenda.init = function()

{

}

trenda.update = function(candle) {

}

trenda.log = function() {

}

trenda.check = function(candle)

{

}

module.exports = trenda;

now we add a indicator, fetch the settings from the settings (.toml) and update the indicator before use.

Code:
var trenda = {};

trenda.init = function()

{

    //first fetch settings from .toml

    var customRSIsettings = this.settings.RSI;

    // define the indicators we need     //move the settings into >>>rsi input length

    this.addTulipIndicator('myrsi', 'rsi', customRSIsettings);

}

trenda.update = function(candle) {

}

trenda.log = function() {

}

trenda.check = function(candle)

{

    //update the indicator before using it with the candle data

    var resultRSI = this.tulipIndicators.myrsi.result.result;

    //now use it...

}

module.exports = trenda;

>>>NOTE: THE INDICATOR WILL AUTOMATICLY FIND THE NECESSARY CANDLE DATA
>>>>>WE ONLY HAVE TO DEFINE THE INPUT LENGTH OF THE AVERAGING

the settings.toml file look like this:

Code:
[RSI]

optInTimePeriod = 15

[trsRSI]

high = 70

low = 30

Now its time to save these files to the gekko folder:
use your editor and load a existing gekko strategie.js file from the gekko folder (gekko/strategies/.....)
>select all and delete the content
>>copy/paste my example code strat above
>>>Save as: rename to:
>>>>trendatron_0.js //and save
WARNIG: MY CODE INDENTS HAVE BEEN BIT MESSED UP HERE
JUST: in your editor right-click choose [format document] before save...

use your editor and load a existing gekko strategie.toml file from the gekko folder (gekko/config/strategies/.....)
>select all and delete the content
>>copy/paste my example code user settings above
>>>Save as: rename to:
>>>>trendatron_0.toml
>>>>>Save as type //<<