기고글
Continuous walk-forward optimization (Part 8): Program improvements and fixes MetaTrader 5를 위하여
The program has been modified based on comments and requests from users and readers of this article series. This article contains a new version of the auto optimizer. This version implements requested features and provides other improvements, which I found when working with the program
Continuous Walk-Forward Optimization (Part 7): Binding Auto Optimizer's logical part with graphics and controlling graphics from the program MetaTrader 5를 위하여
This article describes the connection of the graphical part of the auto optimizer program with its logical part. It considers the optimization launch process, from a button click to task redirection to the optimization manager
Continuous Walk-Forward Optimization (Part 6): Auto optimizer's logical part and structure MetaTrader 5를 위하여
We have previously considered the creation of automatic walk-forward optimization. This time, we will proceed to the internal structure of the auto optimizer tool. The article will be useful for all those who wish to further work with the created project and to modify it, as well as for those who
Continuous Walk-Forward Optimization (Part 5): Auto Optimizer project overview and creation of a GUI MetaTrader 5를 위하여
This article provides further description of the walk-forward optimization in the MetaTrader 5 terminal. In previous articles, we considered methods for generating and filtering the optimization report and started analyzing the internal structure of the application responsible for the optimization
Continuous Walk-Forward Optimization (Part 4): Optimization Manager (Auto Optimizer) MetaTrader 5를 위하여
The main purpose of the article is to describe the mechanism of working with our application and its capabilities. Thus the article can be treated as an instruction on how to use the application. It covers all possible pitfalls and specifics of the application usage
Continuous Walk-Forward Optimization (Part 3): Adapting a Robot to Auto Optimizer MetaTrader 5를 위하여
The third part serves as a bridge between the previous two parts: it describes the mechanism of interaction with the DLL considered in the first article and the objects for report downloading, which were described in the second article. We will analyze the process of wrapper creation for a class
Continuous Walk-Forward Optimization (Part 2): Mechanism for creating an optimization report for any robot MetaTrader 5를 위하여
The first article within the Walk-Through Optimization series described the creation of a DLL to be used in our auto optimizer. This continuation is entirely devoted to the MQL5 language
Continuous Walk-Forward Optimization (Part 1): Working with Optimization Reports MetaTrader 5를 위하여
The first article is devoted to the creation of a toolkit for working with optimization reports, for importing them from the terminal, as well as for filtering and sorting the obtained data. MetaTrader 5 allows downloading optimization results, however our purpose is to add our own data to the
Optimization management (Part II): Creating key objects and add-on logic MetaTrader 5를 위하여
This article is a continuation of the previous publication related to the creation of a graphical interface for optimization management. The article considers the logic of the add-on. A wrapper for the MetaTrader 5 terminal will be created: it will enable the running of the add-on as a managed
Optimization management (Part I): Creating a GUI MetaTrader 5를 위하여
This article describes the process of creating an extension for the MetaTrader terminal. The solution discussed helps to automate the optimization process by running optimizations in other terminals. A few more articles will be written concerning this topic. The extension has been developed using
포럼
학위와 관련된 트릭이 있는 이유는 무엇입니까?
나는 능력으로 작동하는 함수를 작성해야했고 작성하는 과정에서 나 자신에게 흥미로운 것을 발견했습니다. 즉: 음의 분수를 음의 분수 거듭제곱으로 바꾸면 MQL5는 -nan을 씁니다. double n = MathPow (- 5.5 ,- 0.2 ); 나는 같은 결과를 얻은 C ++에서 체크인했습니다 (컴파일하기에 너무 게으르고 cpp.sh에서 빠르게 테스트했기 때문에 어떤 버전의 언어가 사용되었는지 모르겠습니다) #include <iostream> #include < string > #include <tgmath.h> int main()