Здравствуйте!
Я тоже написала эту программу. У вас случайно не выскакивала ошибка
my.cpp
msvcrt.lib(crtexe.obj) : error LNK2001: неразрешенный внешний символ "_main"
c:usersвикторияdocumentsvisual studio 2010Projectsmy_GL1Releasemy_GL1.exe : fatal error LNK1120: 1 неразрешенных внешних элементов
Пожалуйста, подскажите, как ее можно устранить?
angry
8,63717 золотых знаков72 серебряных знака180 бронзовых знаков
задан 14 мар 2012 в 15:03
Подобная проблема будет иметь место, если вместо приложения Win32 вы создали консольное приложение Win32. В это случае будет отсутствовать точка входа main и сборщик будет выдавать ошибку.
Чтобы исправить, надо создать проект заново как приложение Win32 и добавить в него код. Дополнительно здесь: ошибка LNK2001: неразрешенный внешний символ _main.
ответ дан 15 мар 2012 в 6:07
stanislavstanislav
34.1k25 золотых знаков95 серебряных знаков212 бронзовых знаков
1
Можно просто изменить тут:
Проект->Свойства->Компоновщик->Система->Подсистема
на Консоль (/SUBSYSTEM:CONSOLE) или Windows (/SUBSYSTEM:WINDOWS) (в зависимости от того, какая подсистема вам нужна
ответ дан 13 июл 2018 в 16:55
user2173645user2173645
4312 серебряных знака15 бронзовых знаков
| description | title | ms.date | f1_keywords | helpviewer_keywords | ms.assetid |
|---|---|---|---|---|---|
|
Learn more about: Linker Tools Error LNK2001 |
Linker Tools Error LNK2001 |
10/22/2021 |
LNK2001 |
LNK2001 |
dc1cf267-c984-486c-abd2-fd07c799f7ef |
unresolved external symbol «symbol«
The compiled code makes a reference or call to symbol. The symbol isn’t defined in any libraries or object files searched by the linker.
This error message is followed by fatal error LNK1120. To fix error LNK1120, first fix all LNK2001 and LNK2019 errors.
There are many ways to get LNK2001 errors. All of them involve a reference to a function or variable that the linker can’t resolve, or find a definition for. The compiler can identify when your code doesn’t declare a symbol, but not when it doesn’t define one. That’s because the definition may be in a different source file or library. If your code refers to a symbol, but it’s never defined, the linker generates an error.
What is an unresolved external symbol?
A symbol is the internal name for a function or global variable. It’s the form of the name used or defined in a compiled object file or library. A global variable is defined in the object file where storage is allocated for it. A function is defined in the object file where the compiled code for the function body is placed. An external symbol is one referenced in one object file, but defined in a different library or object file. An exported symbol is one that’s made publicly available by the object file or library that defines it.
To create an application or DLL, every symbol used must have a definition. The linker must resolve, or find the matching definition for, every external symbol referenced by each object file. The linker generates an error when it can’t resolve an external symbol. It means the linker couldn’t find a matching exported symbol definition in any of the linked files.
Compilation and link issues
This error can occur:
-
When the project is missing a reference to a library (.LIB) or object (.OBJ) file. To fix this issue, add a reference to the required library or object file to your project. For more information, see lib Files as linker input.
-
When the project has a reference to a library (.LIB) or object (.OBJ) file that in turn requires symbols from another library. It may happen even if you don’t call functions that cause the dependency. To fix this issue, add a reference to the other library to your project. For more information, see Understanding the classical model for linking: Taking symbols along for the ride.
-
If you use the /NODEFAULTLIB or /Zl options. When you specify these options, libraries that contain required code aren’t linked into the project unless you’ve explicitly included them. To fix this issue, explicitly include all the libraries you use on the link command line. If you see many missing CRT or Standard Library function names when you use these options, explicitly include the CRT and Standard Library DLLs or library files in the link.
-
If you compile using the /clr option. There may be a missing reference to
.cctor. For more information on how to fix this issue, see Initialization of mixed assemblies. -
If you link to the release mode libraries when building a debug version of an application. Similarly, if you use options /MTd or /MDd or define
_DEBUGand then link to the release libraries, you should expect many potential unresolved externals, among other problems. Linking a release mode build with the debug libraries also causes similar problems. To fix this issue, make sure you use the debug libraries in your debug builds, and retail libraries in your retail builds. -
If your code refers to a symbol from one library version, but you link a different version of the library. Generally, you can’t mix object files or libraries that are built for different versions of the compiler. The libraries that ship in one version may contain symbols that can’t be found in the libraries included with other versions. To fix this issue, build all the object files and libraries with the same version of the compiler before linking them together. For more information, see C++ binary compatibility between Visual Studio versions.
-
If library paths are out of date. The Tools > Options > Projects > VC++ Directories dialog, under the Library files selection, allows you to change the library search order. The Linker folder in the project’s Property Pages dialog box may also contain paths that could be out of date.
-
When a new Windows SDK is installed (perhaps to a different location). The library search order must be updated to point to the new location. Normally, you should put the path to new SDK include and lib directories in front of the default Visual C++ location. Also, a project containing embedded paths may still point to old paths that are valid, but out of date. Update the paths for new functionality added by the new version that’s installed to a different location.
-
If you build at the command line, and have created your own environment variables. Verify that the paths to tools, libraries, and header files go to a consistent version. For more information, see Use the MSVC toolset from the command line.
Coding issues
This error can be caused by:
-
Mismatched case in your source code or module-definition (.def) file. For example, if you name a variable
var1in one C++ source file and try to access it asVAR1in another, this error is generated. To fix this issue, use consistently spelled and cased names. -
A project that uses function inlining. It can occur when you define the functions as
inlinein a source file, rather than in a header file. Inlined functions can’t be seen outside the source file that defines them. To fix this issue, define the inlined functions in the headers where they’re declared. -
Calling a C function from a C++ program without using an
extern "C"declaration for the C function. The compiler uses different internal symbol naming conventions for C and C++ code. The internal symbol name is what the linker looks for when resolving symbols. To fix this issue, use anextern "C"wrapper around all declarations of C functions used in your C++ code, which causes the compiler to use the C internal naming convention for those symbols. Compiler options /Tp and /Tc cause the compiler to compile files as C++ or C, respectively, no matter what the filename extension is. These options can cause internal function names different from what you expect. -
An attempt to reference functions or data that don’t have external linkage. In C++, inline functions and
constdata have internal linkage unless explicitly specified asextern. To fix this issue, use explicitexterndeclarations on symbols referred to outside the defining source file. -
A missing function body or variable definition. This error is common when you declare, but don’t define, variables, functions, or classes in your code. The compiler only needs a function prototype or
externvariable declaration to generate an object file without error, but the linker can’t resolve a call to the function or a reference to the variable because there’s no function code or variable space reserved. To fix this issue, make sure to define every referenced function and variable in a source file or library you link. -
A function call that uses return and parameter types or calling conventions that don’t match the ones in the function definition. In C++ object files, Name decoration encodes the calling convention, class or namespace scope, and return and parameter types of a function. The encoded string becomes part of the final decorated function name. This name is used by the linker to resolve, or match, calls to the function from other object files. To fix this issue, make sure the function declaration, definition, and calls all use the same scopes, types, and calling conventions.
-
C++ code you call, when you include a function prototype in a class definition, but don’t include the implementation of the function. To fix this issue, be sure to provide a definition for all class members you call.
-
An attempt to call a pure virtual function from an abstract base class. A pure virtual function has no base class implementation. To fix this issue, make sure all called virtual functions are implemented.
-
Trying to use a variable declared within a function (a local variable) outside the scope of that function. To fix this issue, remove the reference to the variable that isn’t in scope, or move the variable to a higher scope.
-
When you build a Release version of an ATL project, producing a message that CRT startup code is required. To fix this issue, do one of the following,
-
Remove
_ATL_MIN_CRTfrom the list of preprocessor defines to allow CRT startup code to be included. For more information, see General property page (Project). -
If possible, remove calls to CRT functions that require CRT startup code. Instead, use their Win32 equivalents. For example, use
lstrcmpinstead ofstrcmp. Known functions that require CRT startup code are some of the string and floating point functions.
-
Consistency issues
There’s currently no standard for C++ name decoration between compiler vendors, or even between different versions of the same compiler. Object files compiled with different compilers may not use the same naming scheme. Linking them can cause error LNK2001.
Mixing inline and non-inline compile options on different modules can cause LNK2001. If a C++ library is created with function inlining turned on (/Ob1 or /Ob2) but the corresponding header file describing the functions has inlining turned off (no inline keyword), this error occurs. To fix this issue, define the functions inline in the header file you include in other source files.
If you use the #pragma inline_depth compiler directive, make sure you’ve set a value of 2 or greater, and make sure you also use the /Ob1 or /Ob2 compiler option.
This error can occur if you omit the LINK option /NOENTRY when you create a resource-only DLL. To fix this issue, add the /NOENTRY option to the link command.
This error can occur if you use incorrect /SUBSYSTEM or /ENTRY settings in your project. For example, if you write a console application and specify /SUBSYSTEM:WINDOWS, an unresolved external error is generated for WinMain. To fix this issue, make sure you match the options to the project type. For more information on these options and entry points, see the /SUBSYSTEM and /ENTRY linker options.
Exported .def file symbol issues
This error occurs when an export listed in a .def file isn’t found. It could be because the export doesn’t exist, is spelled incorrectly, or uses C++ decorated names. A .def file doesn’t take decorated names. To fix this issue, remove unneeded exports, and use extern "C" declarations for exported symbols.
Use the decorated name to find the error
The C++ compiler and linker use Name Decoration, also known as name-mangling. Name decoration encodes extra information about the type of a variable in its symbol name. The symbol name for a function encodes its return type, parameter types, scope, and calling convention. This decorated name is the symbol name the linker searches for to resolve external symbols.
A link error can result if the declaration of a function or variable doesn’t exactly match the definition of the function or variable. That’s because any difference becomes part of the symbol name to match. The error can happen even if the same header file is used in both the calling code and the defining code. One way it may occur is if you compile the source files by using different compiler flags. For example, if your code is compiled to use the __vectorcall calling convention, but you link to a library that expects clients to call it using the default __cdecl or __fastcall calling convention. In this case, the symbols don’t match because the calling conventions are different.
To help you find the cause, the error message shows you two versions of the name. It displays both the «friendly name,» the name used in source code, and the decorated name (in parentheses). You don’t need to know how to interpret the decorated name. You can still search for and compare it with other decorated names. Command-line tools can help to find and compare the expected symbol name and the actual symbol name:
-
The /EXPORTS and /SYMBOLS options of the DUMPBIN command-line tool are useful here. They can help you discover which symbols are defined in your .dll and object or library files. You can use the symbols list to verify that the exported decorated names match the decorated names the linker searches for.
-
In some cases, the linker can only report the decorated name for a symbol. You can use the UNDNAME command-line tool to get the undecorated form of a decorated name.
Additional resources
For more information, see the Stack Overflow question «What is an undefined reference/unresolved external symbol error and how do I fix it?».
| description | title | ms.date | f1_keywords | helpviewer_keywords | ms.assetid |
|---|---|---|---|---|---|
|
Learn more about: Linker Tools Error LNK2001 |
Linker Tools Error LNK2001 |
10/22/2021 |
LNK2001 |
LNK2001 |
dc1cf267-c984-486c-abd2-fd07c799f7ef |
unresolved external symbol «symbol«
The compiled code makes a reference or call to symbol. The symbol isn’t defined in any libraries or object files searched by the linker.
This error message is followed by fatal error LNK1120. To fix error LNK1120, first fix all LNK2001 and LNK2019 errors.
There are many ways to get LNK2001 errors. All of them involve a reference to a function or variable that the linker can’t resolve, or find a definition for. The compiler can identify when your code doesn’t declare a symbol, but not when it doesn’t define one. That’s because the definition may be in a different source file or library. If your code refers to a symbol, but it’s never defined, the linker generates an error.
What is an unresolved external symbol?
A symbol is the internal name for a function or global variable. It’s the form of the name used or defined in a compiled object file or library. A global variable is defined in the object file where storage is allocated for it. A function is defined in the object file where the compiled code for the function body is placed. An external symbol is one referenced in one object file, but defined in a different library or object file. An exported symbol is one that’s made publicly available by the object file or library that defines it.
To create an application or DLL, every symbol used must have a definition. The linker must resolve, or find the matching definition for, every external symbol referenced by each object file. The linker generates an error when it can’t resolve an external symbol. It means the linker couldn’t find a matching exported symbol definition in any of the linked files.
Compilation and link issues
This error can occur:
-
When the project is missing a reference to a library (.LIB) or object (.OBJ) file. To fix this issue, add a reference to the required library or object file to your project. For more information, see lib Files as linker input.
-
When the project has a reference to a library (.LIB) or object (.OBJ) file that in turn requires symbols from another library. It may happen even if you don’t call functions that cause the dependency. To fix this issue, add a reference to the other library to your project. For more information, see Understanding the classical model for linking: Taking symbols along for the ride.
-
If you use the /NODEFAULTLIB or /Zl options. When you specify these options, libraries that contain required code aren’t linked into the project unless you’ve explicitly included them. To fix this issue, explicitly include all the libraries you use on the link command line. If you see many missing CRT or Standard Library function names when you use these options, explicitly include the CRT and Standard Library DLLs or library files in the link.
-
If you compile using the /clr option. There may be a missing reference to
.cctor. For more information on how to fix this issue, see Initialization of mixed assemblies. -
If you link to the release mode libraries when building a debug version of an application. Similarly, if you use options /MTd or /MDd or define
_DEBUGand then link to the release libraries, you should expect many potential unresolved externals, among other problems. Linking a release mode build with the debug libraries also causes similar problems. To fix this issue, make sure you use the debug libraries in your debug builds, and retail libraries in your retail builds. -
If your code refers to a symbol from one library version, but you link a different version of the library. Generally, you can’t mix object files or libraries that are built for different versions of the compiler. The libraries that ship in one version may contain symbols that can’t be found in the libraries included with other versions. To fix this issue, build all the object files and libraries with the same version of the compiler before linking them together. For more information, see C++ binary compatibility between Visual Studio versions.
-
If library paths are out of date. The Tools > Options > Projects > VC++ Directories dialog, under the Library files selection, allows you to change the library search order. The Linker folder in the project’s Property Pages dialog box may also contain paths that could be out of date.
-
When a new Windows SDK is installed (perhaps to a different location). The library search order must be updated to point to the new location. Normally, you should put the path to new SDK include and lib directories in front of the default Visual C++ location. Also, a project containing embedded paths may still point to old paths that are valid, but out of date. Update the paths for new functionality added by the new version that’s installed to a different location.
-
If you build at the command line, and have created your own environment variables. Verify that the paths to tools, libraries, and header files go to a consistent version. For more information, see Use the MSVC toolset from the command line.
Coding issues
This error can be caused by:
-
Mismatched case in your source code or module-definition (.def) file. For example, if you name a variable
var1in one C++ source file and try to access it asVAR1in another, this error is generated. To fix this issue, use consistently spelled and cased names. -
A project that uses function inlining. It can occur when you define the functions as
inlinein a source file, rather than in a header file. Inlined functions can’t be seen outside the source file that defines them. To fix this issue, define the inlined functions in the headers where they’re declared. -
Calling a C function from a C++ program without using an
extern "C"declaration for the C function. The compiler uses different internal symbol naming conventions for C and C++ code. The internal symbol name is what the linker looks for when resolving symbols. To fix this issue, use anextern "C"wrapper around all declarations of C functions used in your C++ code, which causes the compiler to use the C internal naming convention for those symbols. Compiler options /Tp and /Tc cause the compiler to compile files as C++ or C, respectively, no matter what the filename extension is. These options can cause internal function names different from what you expect. -
An attempt to reference functions or data that don’t have external linkage. In C++, inline functions and
constdata have internal linkage unless explicitly specified asextern. To fix this issue, use explicitexterndeclarations on symbols referred to outside the defining source file. -
A missing function body or variable definition. This error is common when you declare, but don’t define, variables, functions, or classes in your code. The compiler only needs a function prototype or
externvariable declaration to generate an object file without error, but the linker can’t resolve a call to the function or a reference to the variable because there’s no function code or variable space reserved. To fix this issue, make sure to define every referenced function and variable in a source file or library you link. -
A function call that uses return and parameter types or calling conventions that don’t match the ones in the function definition. In C++ object files, Name decoration encodes the calling convention, class or namespace scope, and return and parameter types of a function. The encoded string becomes part of the final decorated function name. This name is used by the linker to resolve, or match, calls to the function from other object files. To fix this issue, make sure the function declaration, definition, and calls all use the same scopes, types, and calling conventions.
-
C++ code you call, when you include a function prototype in a class definition, but don’t include the implementation of the function. To fix this issue, be sure to provide a definition for all class members you call.
-
An attempt to call a pure virtual function from an abstract base class. A pure virtual function has no base class implementation. To fix this issue, make sure all called virtual functions are implemented.
-
Trying to use a variable declared within a function (a local variable) outside the scope of that function. To fix this issue, remove the reference to the variable that isn’t in scope, or move the variable to a higher scope.
-
When you build a Release version of an ATL project, producing a message that CRT startup code is required. To fix this issue, do one of the following,
-
Remove
_ATL_MIN_CRTfrom the list of preprocessor defines to allow CRT startup code to be included. For more information, see General property page (Project). -
If possible, remove calls to CRT functions that require CRT startup code. Instead, use their Win32 equivalents. For example, use
lstrcmpinstead ofstrcmp. Known functions that require CRT startup code are some of the string and floating point functions.
-
Consistency issues
There’s currently no standard for C++ name decoration between compiler vendors, or even between different versions of the same compiler. Object files compiled with different compilers may not use the same naming scheme. Linking them can cause error LNK2001.
Mixing inline and non-inline compile options on different modules can cause LNK2001. If a C++ library is created with function inlining turned on (/Ob1 or /Ob2) but the corresponding header file describing the functions has inlining turned off (no inline keyword), this error occurs. To fix this issue, define the functions inline in the header file you include in other source files.
If you use the #pragma inline_depth compiler directive, make sure you’ve set a value of 2 or greater, and make sure you also use the /Ob1 or /Ob2 compiler option.
This error can occur if you omit the LINK option /NOENTRY when you create a resource-only DLL. To fix this issue, add the /NOENTRY option to the link command.
This error can occur if you use incorrect /SUBSYSTEM or /ENTRY settings in your project. For example, if you write a console application and specify /SUBSYSTEM:WINDOWS, an unresolved external error is generated for WinMain. To fix this issue, make sure you match the options to the project type. For more information on these options and entry points, see the /SUBSYSTEM and /ENTRY linker options.
Exported .def file symbol issues
This error occurs when an export listed in a .def file isn’t found. It could be because the export doesn’t exist, is spelled incorrectly, or uses C++ decorated names. A .def file doesn’t take decorated names. To fix this issue, remove unneeded exports, and use extern "C" declarations for exported symbols.
Use the decorated name to find the error
The C++ compiler and linker use Name Decoration, also known as name-mangling. Name decoration encodes extra information about the type of a variable in its symbol name. The symbol name for a function encodes its return type, parameter types, scope, and calling convention. This decorated name is the symbol name the linker searches for to resolve external symbols.
A link error can result if the declaration of a function or variable doesn’t exactly match the definition of the function or variable. That’s because any difference becomes part of the symbol name to match. The error can happen even if the same header file is used in both the calling code and the defining code. One way it may occur is if you compile the source files by using different compiler flags. For example, if your code is compiled to use the __vectorcall calling convention, but you link to a library that expects clients to call it using the default __cdecl or __fastcall calling convention. In this case, the symbols don’t match because the calling conventions are different.
To help you find the cause, the error message shows you two versions of the name. It displays both the «friendly name,» the name used in source code, and the decorated name (in parentheses). You don’t need to know how to interpret the decorated name. You can still search for and compare it with other decorated names. Command-line tools can help to find and compare the expected symbol name and the actual symbol name:
-
The /EXPORTS and /SYMBOLS options of the DUMPBIN command-line tool are useful here. They can help you discover which symbols are defined in your .dll and object or library files. You can use the symbols list to verify that the exported decorated names match the decorated names the linker searches for.
-
In some cases, the linker can only report the decorated name for a symbol. You can use the UNDNAME command-line tool to get the undecorated form of a decorated name.
Additional resources
For more information, see the Stack Overflow question «What is an undefined reference/unresolved external symbol error and how do I fix it?».
- Remove From My Forums
-
Question
-
Hello everybody,
I’m experiencing linkage issues while trying to compile a program.
Anyone out there wanna try to help me?
Linking... CreatureSpriteTable.obj : error LNK2001: unresolved external symbol "class EditString * pdlgEditString" (?pdlgEditString@@3PAVEditString@@A) CreatureSpriteTable.obj : error LNK2001: unresolved external symbol "public: void __thiscall CNewEdit::AddString(char const *)" (?AddString@CNewEdit@@QAEXPBD@Z) InitCreatureTable.obj : error LNK2001: unresolved external symbol "public: void __thiscall CNewEdit::AddString(char const *)" (?AddString@CNewEdit@@QAEXPBD@Z) InitInfo.obj : error LNK2001: unresolved external symbol "public: void __thiscall CNewEdit::AddString(char const *)" (?AddString@CNewEdit@@QAEXPBD@Z) InitCreatureTable.obj : error LNK2001: unresolved external symbol "class CNewEdit * pedit" (?pedit@@3PAVCNewEdit@@A) InitInfo.obj : error LNK2001: unresolved external symbol "class CNewEdit * pedit" (?pedit@@3PAVCNewEdit@@A) Debug/ClientInfo.exe : fatal error LNK1120: 3 unresolved externals Error executing link.exe. ClientInfo.exe - 8 error(s), 0 warning(s)
I’m using Visual C++
Answers
-
If you get unresolved external symbol means, you have used the class/function in your program. But, the linker is not able to find the definition.
If the EditString/CNewEdit::AddString used in executable, you should define in your application.
If you are tying to use 3rd party application
DLL, you should link with the Libarry (*.lib) file. you can also use run time linking using
LoadLibrary/GetProcAddress family function.
If you want more information about Link 2001, you can check the following msdn link
http://msdn.microsoft.com/en-us/library/f6xx1b1z(VS.80).aspx
Thanks and Regards Selvam http://www15.brinkster.com/selvamselvam/
-
Marked as answer by
Friday, November 25, 2011 9:30 AM
-
Marked as answer by
-
Hi,
As
Selvam’s suggestion, LNK2001 means that the Visual Studio or Visual C+ cannot find the definition of the function or class. That mean
you need to add the LIB or DLL to your project.According to your description, I suggest you can ask your friend and find out whether or not there is any other LIB or DLL. Then you can add these libraries to the
Visual C++ by these step:1.
Select Tools menu and click option.2. Click Directories tab and choose the “Library Files” in Show directories for option.
3. Double click the blank in the Directories option and add the path of the LIBs or DLLs
4. Repeat these steps to add the Include files or other option.
5. Select Ok to finish.
In addition, you can also load the libraries dynamically. Please check these reference:
1.
http://msdn.microsoft.com/en-us/library/ms686923(v=VS.85).aspx
2.
http://msdn.microsoft.com/en-us/library/ms686944(v=VS.85).aspx
Best Regards,
Rob
Rob Pan [MSFT]
MSDN Community Support | Feedback to us
-
Marked as answer by
Rob Pan
Friday, November 25, 2011 9:30 AM
-
Marked as answer by
#pragma once
#include «filt1.h»
//#include «filt_gen.h»
//extern void cf(double *h,int hsize,double fs, double f0, double sf, double ef, double *rcf, double *icf);
//extern int filt_gen(double lf,double hf,double* resp);
//extern int differ_gen(double lf,double* resp);
using namespace System;
using namespace System::ComponentModel;
using namespace System::Collections;
using namespace System::Windows::Forms;
using namespace System::Data;
using namespace System::Drawing;
using namespace ZedGraph;
//static int click;
//static double coordY[4][64], coordX[4][64];
extern double coordY[4][64], coordX[4][64];
extern bool canalOpen[5];
static double l1,l2[5],l3,t;
static short * pbf;
static int per, Canal;
extern int set_generator(int phase,int amplityde, int canal);
extern int set_amp(int att, int gain, int canal);
extern int set_frequency(double frequency, int freq_unit, int canal);
extern int set_compensator(int phase,int amplityde, int canal);
extern int get_amp1();
extern int balance(int canal);
namespace vihretok {
/// <summary>
/// Сводка для Def
///
/// Внимание! При изменении имени этого класса необходимо также изменить
/// свойство имени файла ресурсов («Resource File Name») для средства компиляции управляемого ресурса,
/// связанного со всеми файлами с расширением .resx, от которых зависит данный класс. В противном случае,
/// конструкторы не смогут правильно работать с локализованными
/// ресурсами, сопоставленными данной форме.
/// </summary>
public ref class Def : public System::Windows::Forms::Form
{
public: void Load_Graw (void)
{
// Получим панель для рисования
ZedGraph::GraphPane ^myPane1 = zedGraphControl1—>GraphPane;
// Очистим список кривых на тот случай, если до этого сигналы уже были нарисованы
//myPane1->CurveList->Clear();
//myPane1->GraphObjList->Clear();
//Запрет на самосогласования и выход за установленные границы
myPane1—>XAxis—>Scale—>MaxGrace=0;
myPane1—>XAxis—>Scale—>MinGrace=0;
myPane1—>YAxis—>Scale—>MaxGrace=0;
myPane1—>YAxis—>Scale—>MinGrace=0;
// Подписи к графику и к осям
// Установим размеры шрифтов для подписей по осям
myPane1—>XAxis—>Title—>FontSpec—>Size = 16;
myPane1—>YAxis—>Title—>FontSpec—>Size = 16;
// Установим размеры шрифта для легенды
myPane1—>Legend—>FontSpec—>Size = 12;
// Установим размеры шрифта для общего заголовка
myPane1—>Title—>FontSpec—>Size = 17;
myPane1—>Title—>FontSpec—>FontColor=System::Drawing::Color::Brown;
myPane1—>Title—>Text = «Отклонение по X»;
myPane1—>XAxis—>Title—>Text = «Измерение»;
myPane1—>YAxis—>Title—>Text = «Отклонение»;
//Установка фона панели графиков (не рабочая часть)
myPane1—>Fill—>Color=System::Drawing::Color::LightBlue;
//Установка фона панели отображения графиков
myPane1—>Chart—>Fill = gcnew Fill( Color::White, Color::Aqua, 90 );
//Установка границы вывода графиков
myPane1—>Chart—>Border—>Color=System::Drawing::Color::Black;
// Устанавливаем интересующий нас интервал по оси X
myPane1—>XAxis—>Scale—>Min = l2[Convert::ToInt32(lCanal—>Text)]—2*t;
myPane1—>XAxis—>Scale—>Max = l2[Convert::ToInt32(lCanal—>Text)]+2*t;
//Ручная установка шага оси Х — 1 В
//myPane1->XAxis->Scale->MinorStep = 0.1;
myPane1—>XAxis—>Scale—>MajorStep = 25;
// Устанавливаем интересующий нас интервал по оси Y — значения в мА от -10 до 100 мА
myPane1—>YAxis—>Scale—>Min = —t;
myPane1—>YAxis—>Scale—>Max = t;
//myPane1->YAxis->Scale->MinorStep = 0.1;
myPane1—>YAxis—>Scale—>MajorStep = 25;
//Установка оси «Y» ровно по оси «Х» 0.0
myPane1—>XAxis—>Cross = 0.0;
//Устанавливаем метки только возле осей!
myPane1—>XAxis—>MajorTic—>IsOpposite = false;
myPane1—>XAxis—>MinorTic—>IsOpposite = false;
myPane1—>YAxis—>MajorTic—>IsOpposite = false;
myPane1—>YAxis—>MinorTic—>IsOpposite = false;
//Рисуем сетку по X
myPane1—>XAxis—>MajorGrid—>IsVisible=true;
myPane1—>XAxis—>MajorGrid—>DashOn=20;
myPane1—>XAxis—>MajorGrid—>DashOff=20;
myPane1—>XAxis—>MajorGrid—>Color=System::Drawing::Color::Gray;
myPane1—>XAxis—>Color=System::Drawing::Color::Gray;
//Рисуем сетку по Y
myPane1—>YAxis—>MajorGrid—>IsVisible=true;
myPane1—>YAxis—>MajorGrid—>DashOn=20;
myPane1—>YAxis—>MajorGrid—>DashOff=20;
myPane1—>YAxis—>MajorGrid—>Color=System::Drawing::Color::Gray;
myPane1—>YAxis—>Color=System::Drawing::Color::Gray;
// Получим панель для рисования
ZedGraph::GraphPane ^myPane3 = zedGraphControl3—>GraphPane;
// Очистим список кривых на тот случай, если до этого сигналы уже были нарисованы
//myPane2->CurveList->Clear();
//myPane2->GraphObjList->Clear();
//Запрет на самосогласования и выход за установленные границы
myPane3—>XAxis—>Scale—>MaxGrace=0;
myPane3—>XAxis—>Scale—>MinGrace=0;
myPane3—>YAxis—>Scale—>MaxGrace=0;
myPane3—>YAxis—>Scale—>MinGrace=0;
// Подписи к графику и к осям
// Установим размеры шрифтов для подписей по осям
myPane3—>XAxis—>Title—>FontSpec—>Size = 16;
myPane3—>YAxis—>Title—>FontSpec—>Size = 16;
// Установим размеры шрифта для легенды
myPane3—>Legend—>FontSpec—>Size = 12;
// Установим размеры шрифта для общего заголовка
myPane3—>Title—>FontSpec—>Size = 17;
myPane3—>Title—>FontSpec—>FontColor=System::Drawing::Color::Brown;
myPane3—>Title—>Text = «Отклонение по Z»;
myPane3—>XAxis—>Title—>Text = «Отклонение по Х»;
myPane3—>YAxis—>Title—>Text = «Отклонение по Y»;
//Установка фона панели графиков (не рабочая часть)
myPane3—>Fill—>Color=System::Drawing::Color::LightBlue;
//Установка фона панели отображения графиков
myPane3—>Chart—>Fill = gcnew Fill( Color::White, Color::Aqua, 90 );
//Установка границы вывода графиков
myPane3—>Chart—>Border—>Color=System::Drawing::Color::Black;
// Устанавливаем интересующий нас интервал по оси X
myPane3—>XAxis—>Scale—>Min = —t;
myPane3—>XAxis—>Scale—>Max = t;
//Ручная установка шага оси Х — 1 В
//myPane1->XAxis->Scale->MinorStep = 0.1;
myPane3—>XAxis—>Scale—>MajorStep = 25;
// Устанавливаем интересующий нас интервал по оси Y — значения в мА от -10 до 100 мА
myPane3—>YAxis—>Scale—>Min = —t;
myPane3—>YAxis—>Scale—>Max = t;
//myPane1->YAxis->Scale->MinorStep = 0.1;
myPane3—>YAxis—>Scale—>MajorStep = 25;
//Установка оси «Y» ровно по оси «Х» 0.0
myPane3—>XAxis—>Cross = 0.0;
//Устанавливаем метки только возле осей!
myPane3—>XAxis—>MajorTic—>IsOpposite = false;
myPane3—>XAxis—>MinorTic—>IsOpposite = false;
myPane3—>YAxis—>MajorTic—>IsOpposite = false;
myPane3—>YAxis—>MinorTic—>IsOpposite = false;
//Рисуем сетку по X
myPane3—>XAxis—>MajorGrid—>IsVisible=true;
myPane3—>XAxis—>MajorGrid—>DashOn=20;
myPane3—>XAxis—>MajorGrid—>DashOff=20;
myPane3—>XAxis—>MajorGrid—>Color=System::Drawing::Color::Gray;
myPane3—>XAxis—>Color=System::Drawing::Color::Gray;
//Рисуем сетку по Y
myPane3—>YAxis—>MajorGrid—>IsVisible=true;
myPane3—>YAxis—>MajorGrid—>DashOn=20;
myPane3—>YAxis—>MajorGrid—>DashOff=20;
myPane3—>YAxis—>MajorGrid—>Color=System::Drawing::Color::Gray;
myPane3—>YAxis—>Color=System::Drawing::Color::Gray;
// Получим панель для рисования
ZedGraph::GraphPane ^myPane2 = zedGraphControl2—>GraphPane;
// Очистим список кривых на тот случай, если до этого сигналы уже были нарисованы
//myPane2->CurveList->Clear();
//myPane2->GraphObjList->Clear();
//Запрет на самосогласования и выход за установленные границы
myPane2—>XAxis—>Scale—>MaxGrace=0;
myPane2—>XAxis—>Scale—>MinGrace=0;
myPane2—>YAxis—>Scale—>MaxGrace=0;
myPane2—>YAxis—>Scale—>MinGrace=0;
// Подписи к графику и к осям
// Установим размеры шрифтов для подписей по осям
myPane2—>XAxis—>Title—>FontSpec—>Size = 16;
myPane2—>YAxis—>Title—>FontSpec—>Size = 16;
// Установим размеры шрифта для легенды
myPane2—>Legend—>FontSpec—>Size = 12;
// Установим размеры шрифта для общего заголовка
myPane2—>Title—>FontSpec—>Size = 17;
myPane2—>Title—>FontSpec—>FontColor=System::Drawing::Color::Brown;
myPane2—>Title—>Text = «Отклонение по Y»;
myPane2—>XAxis—>Title—>Text = «Измерение»;
myPane2—>YAxis—>Title—>Text = «Отклонение»;
//Установка фона панели графиков (не рабочая часть)
myPane2—>Fill—>Color=System::Drawing::Color::LightBlue;
//Установка фона панели отображения графиков
myPane2—>Chart—>Fill = gcnew Fill( Color::White, Color::Aqua, 90 );
//Установка границы вывода графиков
myPane2—>Chart—>Border—>Color=System::Drawing::Color::Black;
// Устанавливаем интересующий нас интервал по оси X
myPane2—>XAxis—>Scale—>Min = l2[Convert::ToInt32(lCanal—>Text)]—t*2;
myPane2—>XAxis—>Scale—>Max = l2[Convert::ToInt32(lCanal—>Text)]+t*2;
//Ручная установка шага оси Х — 1 В
//myPane1->XAxis->Scale->MinorStep = 0.1;
myPane2—>XAxis—>Scale—>MajorStep = 25;
// Устанавливаем интересующий нас интервал по оси Y — значения в мА от -10 до 100 мА
myPane2—>YAxis—>Scale—>Min = —t;
myPane2—>YAxis—>Scale—>Max = t;
//myPane1->YAxis->Scale->MinorStep = 0.1;
myPane2—>YAxis—>Scale—>MajorStep = 25;
//Установка оси «Y» ровно по оси «Х» 0.0
myPane2—>XAxis—>Cross = 0.0;
//Устанавливаем метки только возле осей!
myPane2—>XAxis—>MajorTic—>IsOpposite = false;
myPane2—>XAxis—>MinorTic—>IsOpposite = false;
myPane2—>YAxis—>MajorTic—>IsOpposite = false;
myPane2—>YAxis—>MinorTic—>IsOpposite = false;
//Рисуем сетку по X
myPane2—>XAxis—>MajorGrid—>IsVisible=true;
myPane2—>XAxis—>MajorGrid—>DashOn=20;
myPane2—>XAxis—>MajorGrid—>DashOff=20;
myPane2—>XAxis—>MajorGrid—>Color=System::Drawing::Color::Gray;
myPane2—>XAxis—>Color=System::Drawing::Color::Gray;
//Рисуем сетку по Y
myPane2—>YAxis—>MajorGrid—>IsVisible=true;
myPane2—>YAxis—>MajorGrid—>DashOn=20;
myPane2—>YAxis—>MajorGrid—>DashOff=20;
myPane2—>YAxis—>MajorGrid—>Color=System::Drawing::Color::Gray;
myPane2—>YAxis—>Color=System::Drawing::Color::Gray;
//******************************************************************************
// Добавляем информацию по регистрам вывода точек
//******************************************************************************
RollingPointPairList ^list1 = gcnew RollingPointPairList (64);
RollingPointPairList ^list2 = gcnew RollingPointPairList (64);
RollingPointPairList ^list3 = gcnew RollingPointPairList (64);
// Выводим пустые линии графиков на экран
LineItem ^F1Curve = myPane1—>AddCurve( «», list1, Color::Indigo, SymbolType::None);
LineItem ^F2Curve = myPane2—>AddCurve( «», list2, Color::Blue, SymbolType::None);
LineItem ^F3Curve = myPane3—>AddCurve( «», list3, Color::BlueViolet, SymbolType::None);
//Ширина линии в 1/72 дюйма!!!!!!!!!! Хорошо получается при 2!!!!!!!!!
F1Curve—>Line—>Width=2;
F2Curve—>Line—>Width=2;
F3Curve—>Line—>Width=1;
//Задаем что линии гладкии!!!!!!!
F1Curve—>Line—>IsSmooth=true;
F2Curve—>Line—>IsSmooth=true;
F3Curve—>Line—>IsSmooth=true;
// Вызываем метод AxisChange (), чтобы обновить данные об осях.
// В противном случае на рисунке будет показана только часть графика,
// которая умещается в интервалы по осям, установленные по умолчанию
zedGraphControl1—>AxisChange ();
zedGraphControl2—>AxisChange ();
zedGraphControl3—>AxisChange ();
// Обновляем график
zedGraphControl1—>Invalidate();
zedGraphControl2—>Invalidate();
zedGraphControl3—>Invalidate();
}
//График для функций
public: void Graw_Draw (void)
{
//Получаем линии от графиков
LineItem ^F1Curve=(LineItem ^)zedGraphControl1—>GraphPane—>CurveList[0];
LineItem ^F2Curve=(LineItem ^)zedGraphControl2—>GraphPane—>CurveList[0];
LineItem ^F3Curve=(LineItem ^)zedGraphControl3—>GraphPane—>CurveList[0];
IPointListEdit ^list1= (IPointListEdit ^) F1Curve—>Points;
IPointListEdit ^list2= (IPointListEdit ^) F2Curve—>Points;
IPointListEdit ^list3= (IPointListEdit ^) F3Curve—>Points;
//for (unsigned int i=0; i<200; i++)
//{
// int x;
// x=(i-10)*(i-10);
list1—>Add(l2[Convert::ToInt32(lCanal—>Text)], l1);
list2—>Add(l2[Convert::ToInt32(lCanal—>Text)], l3);
list3—>Add(l1, l3);
//}
// Вызываем метод AxisChange (), чтобы обновить данные об осях.
// В противном случае на рисунке будет показана только часть графика,
// которая умещается в интервалы по осям, установленные по умолчанию
zedGraphControl1—>AxisChange ();
zedGraphControl2—>AxisChange ();
zedGraphControl3—>AxisChange();
// Обновляем график
zedGraphControl1—>Invalidate();
zedGraphControl2—>Invalidate();
//************************
}
public:
Def(void)
{
l1=0;
//l2[Canal]=0;
l3=0;
t=5;
InitializeComponent();
//
//TODO: добавьте код конструктора
//
}
protected:
/// <summary>
/// Освободить все используемые ресурсы.
/// </summary>
~Def()
{
if (components)
{
delete components;
}
}
private: System::Windows::Forms::TextBox^ tObj;
protected:
private: int click;
private: Devart::Data::MySql::MySqlDataReader^ MySqlDataReader1;
private: System::Windows::Forms::Button^ bSizeMinus;
private: System::Windows::Forms::Button^ bStart;
private: System::Windows::Forms::Button^ bSizePlus;
private: System::Windows::Forms::Label^ lOut;
private: System::Windows::Forms::Label^ lIn;
private: System::Windows::Forms::NumericUpDown^ attIn;
private: System::Windows::Forms::Label^ lPhase;
private: System::Windows::Forms::Timer^ timer1;
private: System::Windows::Forms::Label^ lObj;
private: System::Windows::Forms::NumericUpDown^ attOut;
private: System::Windows::Forms::Label^ lf;
private: System::Windows::Forms::Label^ lAmp;
private: System::Windows::Forms::Button^ bResize;
private: System::Windows::Forms::Label^ lSettings;
private: System::Windows::Forms::TextBox^ tf1;
private: System::Windows::Forms::TextBox^ tPhase1;
private: System::Windows::Forms::TextBox^ tAmp1;
private: System::Windows::Forms::TrackBar^ fBar1;
private: System::Windows::Forms::TrackBar^ phaseBar1;
private: System::Windows::Forms::SplitContainer^ splitContainer1;
private: ZedGraph::ZedGraphControl^ zedGraphControl3;
private: ZedGraph::ZedGraphControl^ zedGraphControl2;
private: ZedGraph::ZedGraphControl^ zedGraphControl1;
private: System::Windows::Forms::Label^ lCanal;
private: Devart::Data::MySql::MySqlConnection^ mySqlConnection1;
private: Devart::Data::MySql::MySqlCommand^ mySqlCommand1;
private: System::Windows::Forms::Label^ label2;
private: System::Windows::Forms::TrackBar^ trackBar1;
private: System::Windows::Forms::Label^ lObject;
private: System::Windows::Forms::Label^ lBase;
private: System::Windows::Forms::Button^ bStop;
private: System::Windows::Forms::Button^ bBalance;
private: System::Windows::Forms::Button^ bFilt;
private: System::ComponentModel::IContainer^ components;
private:
/// <summary>
/// Требуется переменная конструктора.
/// </summary>
#pragma region Windows Form Designer generated code
/// <summary>
/// Обязательный метод для поддержки конструктора — не изменяйте
/// содержимое данного метода при помощи редактора кода.
/// </summary>
void InitializeComponent(void)
{
this—>components = (gcnew System::ComponentModel::Container());
System::ComponentModel::ComponentResourceManager^ resources = (gcnew System::ComponentModel::ComponentResourceManager(Def::typeid));
this—>tObj = (gcnew System::Windows::Forms::TextBox());
this—>bSizeMinus = (gcnew System::Windows::Forms::Button());
this—>bStart = (gcnew System::Windows::Forms::Button());
this—>bSizePlus = (gcnew System::Windows::Forms::Button());
this—>lOut = (gcnew System::Windows::Forms::Label());
this—>lIn = (gcnew System::Windows::Forms::Label());
this—>attIn = (gcnew System::Windows::Forms::NumericUpDown());
this—>lPhase = (gcnew System::Windows::Forms::Label());
this—>timer1 = (gcnew System::Windows::Forms::Timer(this—>components));
this—>lObj = (gcnew System::Windows::Forms::Label());
this—>attOut = (gcnew System::Windows::Forms::NumericUpDown());
this—>lf = (gcnew System::Windows::Forms::Label());
this—>lAmp = (gcnew System::Windows::Forms::Label());
this—>bResize = (gcnew System::Windows::Forms::Button());
this—>lSettings = (gcnew System::Windows::Forms::Label());
this—>tf1 = (gcnew System::Windows::Forms::TextBox());
this—>tPhase1 = (gcnew System::Windows::Forms::TextBox());
this—>tAmp1 = (gcnew System::Windows::Forms::TextBox());
this—>fBar1 = (gcnew System::Windows::Forms::TrackBar());
this—>phaseBar1 = (gcnew System::Windows::Forms::TrackBar());
this—>splitContainer1 = (gcnew System::Windows::Forms::SplitContainer());
this—>bFilt = (gcnew System::Windows::Forms::Button());
this—>bBalance = (gcnew System::Windows::Forms::Button());
this—>bStop = (gcnew System::Windows::Forms::Button());
this—>lBase = (gcnew System::Windows::Forms::Label());
this—>trackBar1 = (gcnew System::Windows::Forms::TrackBar());
this—>label2 = (gcnew System::Windows::Forms::Label());
this—>lCanal = (gcnew System::Windows::Forms::Label());
this—>zedGraphControl3 = (gcnew ZedGraph::ZedGraphControl());
this—>zedGraphControl2 = (gcnew ZedGraph::ZedGraphControl());
this—>zedGraphControl1 = (gcnew ZedGraph::ZedGraphControl());
this—>lObject = (gcnew System::Windows::Forms::Label());
this—>mySqlConnection1 = (gcnew Devart::Data::MySql::MySqlConnection());
this—>mySqlCommand1 = (gcnew Devart::Data::MySql::MySqlCommand());
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>attIn))—>BeginInit();
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>attOut))—>BeginInit();
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>fBar1))—>BeginInit();
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>phaseBar1))—>BeginInit();
this—>splitContainer1—>Panel1—>SuspendLayout();
this—>splitContainer1—>Panel2—>SuspendLayout();
this—>splitContainer1—>SuspendLayout();
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>trackBar1))—>BeginInit();
this—>SuspendLayout();
//
// tObj
//
this—>tObj—>Location = System::Drawing::Point(537, 14);
this—>tObj—>Name = L«tObj»;
this—>tObj—>Size = System::Drawing::Size(201, 20);
this—>tObj—>TabIndex = 33;
//
// bSizeMinus
//
this—>bSizeMinus—>Font = (gcnew System::Drawing::Font(L«Microsoft Sans Serif», 12, System::Drawing::FontStyle::Regular, System::Drawing::GraphicsUnit::Point,
static_cast<System::Byte>(204)));
this—>bSizeMinus—>Location = System::Drawing::Point(472, 95);
this—>bSizeMinus—>Name = L«bSizeMinus»;
this—>bSizeMinus—>Size = System::Drawing::Size(34, 34);
this—>bSizeMinus—>TabIndex = 32;
this—>bSizeMinus—>Text = L«-«;
this—>bSizeMinus—>UseVisualStyleBackColor = true;
this—>bSizeMinus—>Click += gcnew System::EventHandler(this, &Def::bSizeMinus_Click);
//
// bStart
//
this—>bStart—>BackColor = System::Drawing::SystemColors::ButtonHighlight;
this—>bStart—>Location = System::Drawing::Point(432, 33);
this—>bStart—>Name = L«bStart»;
this—>bStart—>Size = System::Drawing::Size(74, 25);
this—>bStart—>TabIndex = 30;
this—>bStart—>Text = L«СТАРТ»;
this—>bStart—>UseVisualStyleBackColor = true;
this—>bStart—>Click += gcnew System::EventHandler(this, &Def::bStart_Click);
//
// bSizePlus
//
this—>bSizePlus—>Font = (gcnew System::Drawing::Font(L«Microsoft Sans Serif», 12, System::Drawing::FontStyle::Regular, System::Drawing::GraphicsUnit::Point,
static_cast<System::Byte>(204)));
this—>bSizePlus—>Location = System::Drawing::Point(432, 95);
this—>bSizePlus—>Name = L«bSizePlus»;
this—>bSizePlus—>Size = System::Drawing::Size(34, 34);
this—>bSizePlus—>TabIndex = 31;
this—>bSizePlus—>Text = L«+»;
this—>bSizePlus—>UseVisualStyleBackColor = true;
this—>bSizePlus—>Click += gcnew System::EventHandler(this, &Def::bSizePlus_Click);
//
// lOut
//
this—>lOut—>AutoSize = true;
this—>lOut—>Location = System::Drawing::Point(32, 95);
this—>lOut—>Name = L«lOut»;
this—>lOut—>Size = System::Drawing::Size(39, 13);
this—>lOut—>TabIndex = 33;
this—>lOut—>Text = L«Выход»;
//
// lIn
//
this—>lIn—>AutoSize = true;
this—>lIn—>Location = System::Drawing::Point(32, 56);
this—>lIn—>Name = L«lIn»;
this—>lIn—>Size = System::Drawing::Size(31, 13);
this—>lIn—>TabIndex = 32;
this—>lIn—>Text = L«Вход»;
//
// attIn
//
this—>attIn—>Increment = System::Decimal(gcnew cli::array< System::Int32 >(4) {3, 0, 0, 0});
this—>attIn—>Location = System::Drawing::Point(29, 72);
this—>attIn—>Maximum = System::Decimal(gcnew cli::array< System::Int32 >(4) {45, 0, 0, 0});
this—>attIn—>Name = L«attIn»;
this—>attIn—>Size = System::Drawing::Size(45, 20);
this—>attIn—>TabIndex = 30;
this—>attIn—>ValueChanged += gcnew System::EventHandler(this, &Def::attIn_ValueChanged);
//
// lPhase
//
this—>lPhase—>AutoSize = true;
this—>lPhase—>Location = System::Drawing::Point(83, 17);
this—>lPhase—>Name = L«lPhase»;
this—>lPhase—>Size = System::Drawing::Size(36, 13);
this—>lPhase—>TabIndex = 28;
this—>lPhase—>Text = L«Фаза»;
//
// timer1
//
this—>timer1—>Interval = 1;
this—>timer1—>Tick += gcnew System::EventHandler(this, &Def::timer1_Tick);
//
// lObj
//
this—>lObj—>AutoSize = true;
this—>lObj—>Location = System::Drawing::Point(426, 5);
this—>lObj—>Name = L«lObj»;
this—>lObj—>Size = System::Drawing::Size(105, 26);
this—>lObj—>TabIndex = 34;
this—>lObj—>Text = L«Название объекта rnдефектоскопии:»;
//
// attOut
//
this—>attOut—>Increment = System::Decimal(gcnew cli::array< System::Int32 >(4) {3, 0, 0, 0});
this—>attOut—>Location = System::Drawing::Point(29, 109);
this—>attOut—>Maximum = System::Decimal(gcnew cli::array< System::Int32 >(4) {45, 0, 0, 0});
this—>attOut—>Name = L«attOut»;
this—>attOut—>Size = System::Drawing::Size(45, 20);
this—>attOut—>TabIndex = 31;
this—>attOut—>ValueChanged += gcnew System::EventHandler(this, &Def::attOut_ValueChanged);
//
// lf
//
this—>lf—>AutoSize = true;
this—>lf—>Location = System::Drawing::Point(128, 17);
this—>lf—>Name = L«lf»;
this—>lf—>Size = System::Drawing::Size(49, 13);
this—>lf—>TabIndex = 29;
this—>lf—>Text = L«Частота»;
//
// lAmp
//
this—>lAmp—>AutoSize = true;
this—>lAmp—>Location = System::Drawing::Point(26, 17);
this—>lAmp—>Name = L«lAmp»;
this—>lAmp—>Size = System::Drawing::Size(62, 13);
this—>lAmp—>TabIndex = 27;
this—>lAmp—>Text = L«Амплитуда»;
//
// bResize
//
this—>bResize—>Location = System::Drawing::Point(3, 3);
this—>bResize—>Name = L«bResize»;
this—>bResize—>Size = System::Drawing::Size(22, 22);
this—>bResize—>TabIndex = 26;
this—>bResize—>Text = L«>»;
this—>bResize—>UseVisualStyleBackColor = true;
this—>bResize—>Click += gcnew System::EventHandler(this, &Def::bResize_Click);
//
// lSettings
//
this—>lSettings—>AutoSize = true;
this—>lSettings—>Location = System::Drawing::Point(3, 25);
this—>lSettings—>Name = L«lSettings»;
this—>lSettings—>Size = System::Drawing::Size(15, 117);
this—>lSettings—>TabIndex = 25;
this—>lSettings—>Text = L«НrnАrnСrnТrnРrnОrnЙrnКrnИ»;
this—>lSettings—>TextAlign = System::Drawing::ContentAlignment::TopCenter;
//
// tf1
//
this—>tf1—>Location = System::Drawing::Point(131, 33);
this—>tf1—>Name = L«tf1»;
this—>tf1—>Size = System::Drawing::Size(45, 20);
this—>tf1—>TabIndex = 24;
this—>tf1—>Text = L«500»;
this—>tf1—>TextChanged += gcnew System::EventHandler(this, &Def::tf1_TextChanged);
//
// tPhase1
//
this—>tPhase1—>Location = System::Drawing::Point(80, 33);
this—>tPhase1—>Name = L«tPhase1»;
this—>tPhase1—>Size = System::Drawing::Size(45, 20);
this—>tPhase1—>TabIndex = 23;
this—>tPhase1—>Text = L«0»;
this—>tPhase1—>TextChanged += gcnew System::EventHandler(this, &Def::tPhase1_TextChanged);
//
// tAmp1
//
this—>tAmp1—>Location = System::Drawing::Point(29, 33);
this—>tAmp1—>Name = L«tAmp1»;
this—>tAmp1—>Size = System::Drawing::Size(45, 20);
this—>tAmp1—>TabIndex = 22;
this—>tAmp1—>Text = L«0»;
this—>tAmp1—>TextChanged += gcnew System::EventHandler(this, &Def::tAmp1_TextChanged);
//
// fBar1
//
this—>fBar1—>Location = System::Drawing::Point(131, 60);
this—>fBar1—>Maximum = 1000;
this—>fBar1—>Minimum = 10;
this—>fBar1—>Name = L«fBar1»;
this—>fBar1—>Orientation = System::Windows::Forms::Orientation::Vertical;
this—>fBar1—>Size = System::Drawing::Size(45, 260);
this—>fBar1—>TabIndex = 21;
this—>fBar1—>TickStyle = System::Windows::Forms::TickStyle::Both;
this—>fBar1—>Value = 500;
this—>fBar1—>Scroll += gcnew System::EventHandler(this, &Def::fBar1_Scroll);
//
// phaseBar1
//
this—>phaseBar1—>Location = System::Drawing::Point(80, 60);
this—>phaseBar1—>Maximum = 3600;
this—>phaseBar1—>Name = L«phaseBar1»;
this—>phaseBar1—>Orientation = System::Windows::Forms::Orientation::Vertical;
this—>phaseBar1—>Size = System::Drawing::Size(45, 260);
this—>phaseBar1—>TabIndex = 20;
this—>phaseBar1—>TickStyle = System::Windows::Forms::TickStyle::Both;
this—>phaseBar1—>Scroll += gcnew System::EventHandler(this, &Def::phaseBar1_Scroll);
//
// splitContainer1
//
this—>splitContainer1—>Dock = System::Windows::Forms::DockStyle::Fill;
this—>splitContainer1—>Location = System::Drawing::Point(0, 0);
this—>splitContainer1—>Name = L«splitContainer1»;
//
// splitContainer1.Panel1
//
this—>splitContainer1—>Panel1—>Controls—>Add(this—>lOut);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>lIn);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>attOut);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>attIn);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>lf);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>lPhase);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>lAmp);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>bResize);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>lSettings);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>tf1);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>tPhase1);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>tAmp1);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>fBar1);
this—>splitContainer1—>Panel1—>Controls—>Add(this—>phaseBar1);
this—>splitContainer1—>Panel1MinSize = 28;
//
// splitContainer1.Panel2
//
this—>splitContainer1—>Panel2—>BackColor = System::Drawing::Color::PaleTurquoise;
this—>splitContainer1—>Panel2—>Controls—>Add(this—>bFilt);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>bBalance);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>bStop);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>lBase);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>trackBar1);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>label2);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>lCanal);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>zedGraphControl3);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>zedGraphControl2);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>zedGraphControl1);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>lObj);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>tObj);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>bSizeMinus);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>bSizePlus);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>bStart);
this—>splitContainer1—>Panel2—>Controls—>Add(this—>lObject);
this—>splitContainer1—>Size = System::Drawing::Size(924, 555);
this—>splitContainer1—>SplitterDistance = 28;
this—>splitContainer1—>TabIndex = 5;
//
// bFilt
//
this—>bFilt—>Location = System::Drawing::Point(432, 135);
this—>bFilt—>Name = L«bFilt»;
this—>bFilt—>Size = System::Drawing::Size(72, 23);
this—>bFilt—>TabIndex = 45;
this—>bFilt—>Text = L«Фильтр»;
this—>bFilt—>UseVisualStyleBackColor = true;
this—>bFilt—>Click += gcnew System::EventHandler(this, &Def::bFilt_Click);
//
// bBalance
//
this—>bBalance—>Location = System::Drawing::Point(432, 164);
this—>bBalance—>Name = L«bBalance»;
this—>bBalance—>Size = System::Drawing::Size(73, 23);
this—>bBalance—>TabIndex = 44;
this—>bBalance—>Text = L«Баланс»;
this—>bBalance—>UseVisualStyleBackColor = true;
this—>bBalance—>Click += gcnew System::EventHandler(this, &Def::bBalance_Click);
//
// bStop
//
this—>bStop—>BackColor = System::Drawing::SystemColors::ButtonHighlight;
this—>bStop—>Location = System::Drawing::Point(432, 64);
this—>bStop—>Name = L«bStop»;
this—>bStop—>Size = System::Drawing::Size(74, 25);
this—>bStop—>TabIndex = 43;
this—>bStop—>Text = L«СТОП»;
this—>bStop—>UseVisualStyleBackColor = true;
this—>bStop—>Click += gcnew System::EventHandler(this, &Def::bStop_Click);
//
// lBase
//
this—>lBase—>AutoSize = true;
this—>lBase—>Location = System::Drawing::Point(565, 99);
this—>lBase—>Name = L«lBase»;
this—>lBase—>Size = System::Drawing::Size(33, 13);
this—>lBase—>TabIndex = 42;
this—>lBase—>Text = L«lBase»;
this—>lBase—>Visible = false;
//
// trackBar1
//
this—>trackBar1—>BackColor = System::Drawing::Color::PaleTurquoise;
this—>trackBar1—>Location = System::Drawing::Point(3, 498);
this—>trackBar1—>Name = L«trackBar1»;
this—>trackBar1—>Size = System::Drawing::Size(666, 45);
this—>trackBar1—>TabIndex = 40;
this—>trackBar1—>TickStyle = System::Windows::Forms::TickStyle::None;
this—>trackBar1—>Visible = false;
this—>trackBar1—>Scroll += gcnew System::EventHandler(this, &Def::trackBar1_Scroll);
//
// label2
//
this—>label2—>AutoSize = true;
this—>label2—>Location = System::Drawing::Point(564, 81);
this—>label2—>Name = L«label2»;
this—>label2—>Size = System::Drawing::Size(35, 13);
this—>label2—>TabIndex = 39;
this—>label2—>Text = L«label1»;
this—>label2—>Visible = false;
//
// lCanal
//
this—>lCanal—>AutoSize = true;
this—>lCanal—>Location = System::Drawing::Point(564, 62);
this—>lCanal—>Name = L«lCanal»;
this—>lCanal—>Size = System::Drawing::Size(35, 13);
this—>lCanal—>TabIndex = 38;
this—>lCanal—>Text = L«label1»;
this—>lCanal—>Visible = false;
//
// zedGraphControl3
//
this—>zedGraphControl3—>Location = System::Drawing::Point(429, 246);
this—>zedGraphControl3—>Name = L«zedGraphControl3»;
this—>zedGraphControl3—>ScrollGrace = 0;
this—>zedGraphControl3—>ScrollMaxX = 0;
this—>zedGraphControl3—>ScrollMaxY = 0;
this—>zedGraphControl3—>ScrollMaxY2 = 0;
this—>zedGraphControl3—>ScrollMinX = 0;
this—>zedGraphControl3—>ScrollMinY = 0;
this—>zedGraphControl3—>ScrollMinY2 = 0;
this—>zedGraphControl3—>Size = System::Drawing::Size(240, 240);
this—>zedGraphControl3—>TabIndex = 37;
//
// zedGraphControl2
//
this—>zedGraphControl2—>Location = System::Drawing::Point(3, 246);
this—>zedGraphControl2—>Name = L«zedGraphControl2»;
this—>zedGraphControl2—>ScrollGrace = 0;
this—>zedGraphControl2—>ScrollMaxX = 0;
this—>zedGraphControl2—>ScrollMaxY = 0;
this—>zedGraphControl2—>ScrollMaxY2 = 0;
this—>zedGraphControl2—>ScrollMinX = 0;
this—>zedGraphControl2—>ScrollMinY = 0;
this—>zedGraphControl2—>ScrollMinY2 = 0;
this—>zedGraphControl2—>Size = System::Drawing::Size(420, 240);
this—>zedGraphControl2—>TabIndex = 36;
//
// zedGraphControl1
//
this—>zedGraphControl1—>Location = System::Drawing::Point(3, 5);
this—>zedGraphControl1—>Name = L«zedGraphControl1»;
this—>zedGraphControl1—>ScrollGrace = 0;
this—>zedGraphControl1—>ScrollMaxX = 0;
this—>zedGraphControl1—>ScrollMaxY = 0;
this—>zedGraphControl1—>ScrollMaxY2 = 0;
this—>zedGraphControl1—>ScrollMinX = 0;
this—>zedGraphControl1—>ScrollMinY = 0;
this—>zedGraphControl1—>ScrollMinY2 = 0;
this—>zedGraphControl1—>Size = System::Drawing::Size(420, 240);
this—>zedGraphControl1—>TabIndex = 35;
//
// lObject
//
this—>lObject—>AutoSize = true;
this—>lObject—>Location = System::Drawing::Point(537, 18);
this—>lObject—>Name = L«lObject»;
this—>lObject—>Size = System::Drawing::Size(0, 13);
this—>lObject—>TabIndex = 41;
//
// mySqlConnection1
//
this—>mySqlConnection1—>ConnectionString = L«User Id=root;Host=localhost;Database=fazus_db;»;
this—>mySqlConnection1—>Name = L«mySqlConnection1»;
//
// mySqlCommand1
//
this—>mySqlCommand1—>Connection = this—>mySqlConnection1;
this—>mySqlCommand1—>Name = L«mySqlCommand1»;
//
// Def
//
this—>AutoScaleDimensions = System::Drawing::SizeF(6, 13);
this—>AutoScaleMode = System::Windows::Forms::AutoScaleMode::Font;
this—>BackColor = System::Drawing::Color::PaleTurquoise;
this—>ClientSize = System::Drawing::Size(924, 555);
this—>Controls—>Add(this—>splitContainer1);
this—>Icon = (cli::safe_cast<System::Drawing::Icon^ >(resources—>GetObject(L«$this.Icon»)));
this—>Name = L«Def»;
this—>Text = L«Def»;
this—>Load += gcnew System::EventHandler(this, &Def::Def_Load);
this—>VisibleChanged += gcnew System::EventHandler(this, &Def::Def_Load);
this—>FormClosing += gcnew System::Windows::Forms::FormClosingEventHandler(this, &Def::Def_FormClosing);
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>attIn))—>EndInit();
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>attOut))—>EndInit();
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>fBar1))—>EndInit();
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>phaseBar1))—>EndInit();
this—>splitContainer1—>Panel1—>ResumeLayout(false);
this—>splitContainer1—>Panel1—>PerformLayout();
this—>splitContainer1—>Panel2—>ResumeLayout(false);
this—>splitContainer1—>Panel2—>PerformLayout();
this—>splitContainer1—>ResumeLayout(false);
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this—>trackBar1))—>EndInit();
this—>ResumeLayout(false);
}
#pragma endregion
private: System::Void Def_Load(System::Object^ sender, System::EventArgs^ e) {
tPhase1—>Text=Convert::ToString((float)phaseBar1—>Value/10);
tf1—>Text=Convert::ToString(fBar1—>Value);
click=0;
/* fd_set soc_insp;
timeval insp_time;
soc_insp.fd_count = 1;
soc_insp.fd_array[0] = m_sock;
insp_time.tv_sec = 0;
insp_time.tv_usec = 10000*2;*/
/* init_program();
init_instrument();
select(0, &soc_insp, NULL, NULL, &insp_time);
this->Name;*/
if(this—>Name==«Can0») {
Canal=0;
lCanal—>Text=«0»;
this—>Text=«Дефектоскопия, канал 1»;
}
if(this—>Name==«Can1») {
Canal=1;
lCanal—>Text=«1»;
this—>Text=«Дефектоскопия, канал 2»;
}
if(this—>Name==«Can2») {
Canal=2;
lCanal—>Text=«2»;
this—>Text=«Дефектоскопия, канал 3»;
}
if(this—>Name==«Can3») {
Canal=3;
lCanal—>Text=«3»;
this—>Text=«Дефектоскопия, канал 4»;
}
if(this—>Name!=«Can0»&&this—>Name!=«Can1»&&this—>Name!=«Can2»&&this—>Name!=«Can3») {
Canal=99;
l2[4]=0;
trackBar1—>Value=(int)l2[4];
lCanal—>Text=«4»;
bBalance—>Visible=false;
lBase—>Text=this—>Name;
tObj—>Visible=false;
bResize—>Visible=false;
lSettings—>Visible=false;
bFilt—>Visible=false;
this—>Text=«Дефектоскопия, архив»;
trackBar1—>Visible=true;
mySqlCommand1—>CommandText=«select X from`»+lBase—>Text+«`;»;
mySqlConnection1—>Open();
MySqlDataReader1 = mySqlCommand1—>ExecuteReader();
while(MySqlDataReader1—>Read())
{
}
trackBar1—>Maximum=Convert::ToInt16(MySqlDataReader1—>RecordCount::get());
mySqlCommand1—>CommandText=«select `obj` from`obj` where `database`='»+lBase—>Text+«‘;»;
MySqlDataReader1 = mySqlCommand1—>ExecuteReader();
while(MySqlDataReader1—>Read())
{
for (int i = 0; i < MySqlDataReader1—>FieldCount; i++)
{
lObject—>Text=MySqlDataReader1—>GetValue(i)—>ToString();
}
}
mySqlConnection1—>Close();
}
canalOpen[Convert::ToInt32(lCanal—>Text)]=false;
this—>Load_Graw();
}
private: System::Void tAmp1_TextChanged(System::Object^ sender, System::EventArgs^ e) {
set_generator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_compensator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_amp(Convert::ToInt32(attIn—>Text)/3,Convert::ToInt32(attOut—>Text)/3,Convert::ToInt32(lCanal—>Text));
set_frequency(fBar1—>Value,1,Convert::ToInt32(lCanal—>Text));
}
private: System::Void tf1_TextChanged(System::Object^ sender, System::EventArgs^ e) {
fBar1—>Value=Convert::ToInt32(tf1—>Text);
set_frequency(fBar1—>Value,1,Convert::ToInt32(lCanal—>Text));
}
private: System::Void tPhase1_TextChanged(System::Object^ sender, System::EventArgs^ e) {
set_generator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_compensator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_amp(Convert::ToInt32(attIn—>Text)/3,Convert::ToInt32(attOut—>Text)/3,Convert::ToInt32(lCanal—>Text));
set_frequency(fBar1—>Value,1,Convert::ToInt32(lCanal—>Text));
}
private: System::Void phaseBar1_Scroll(System::Object^ sender, System::EventArgs^ e) {
tPhase1—>Text=Convert::ToString((float)phaseBar1—>Value/10);
}
private: System::Void fBar1_Scroll(System::Object^ sender, System::EventArgs^ e) {
tf1—>Text=Convert::ToString(fBar1—>Value);
}
private: System::Void bResize_Click(System::Object^ sender, System::EventArgs^ e) {
click++;
if(click%2){
splitContainer1—>SplitterDistance=tf1—>Width+tf1—>Left+3;
bResize—>Text=«<«;
}
else{
splitContainer1—>SplitterDistance=bResize—>Width;
bResize—>Text=«>»;
}
}
private: System::Void attIn_ValueChanged(System::Object^ sender, System::EventArgs^ e) {
tAmp1—>Text=Convert::ToString(get_amp1());
set_generator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_compensator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_amp(Convert::ToInt32(attIn—>Text)/3,Convert::ToInt32(attOut—>Text)/3,Convert::ToInt32(lCanal—>Text));
}
private: System::Void attOut_ValueChanged(System::Object^ sender, System::EventArgs^ e) {
tAmp1—>Text=Convert::ToString(get_amp1());
set_generator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_compensator(phaseBar1—>Value,Convert::ToInt32(tAmp1—>Text),Convert::ToInt32(lCanal—>Text));
set_amp(Convert::ToInt32(attIn—>Text)/3,Convert::ToInt32(attOut—>Text)/3,Convert::ToInt32(lCanal—>Text));
}
private: System::Void timer1_Tick(System::Object^ sender, System::EventArgs^ e) {
if(this—>Name!=«Can0»&&this—>Name!=«Can1»&&this—>Name!=«Can2»&&this—>Name!=«Can3»)
{//алгоритм вывода из базы
if(lObject—>Text!=«»){
int z;
l2[4]=trackBar1—>Value;
if(trackBar1—>Value<64){
z=0;
}
else{
z=trackBar1—>Value—64;
}
timer1—>Interval=42;
//timer1->Interval=65;
//timer1->Interval=1;
l2[4]=++l2[4];
trackBar1—>Value=Convert::ToInt32(l2[4]);
if(l2[4]>trackBar1—>Maximum—2){
timer1—>Enabled=false;
}
mySqlCommand1—>CommandText = «select `X` from`»+lBase—>Text+«` where `id`=»+trackBar1—>Value+«;»;
mySqlConnection1—>Open();
MySqlDataReader1 = mySqlCommand1—>ExecuteReader();
while(MySqlDataReader1—>Read())
{
for (int i = 0; i < MySqlDataReader1—>FieldCount; i++)
{
l1=Convert::ToDouble(MySqlDataReader1—>GetValue(i)—>ToString());
if(l2[4]>trackBar1—>Maximum—2){
break;
timer1—>Enabled=false;
}
per++;
if(per>=64){
per=0;};
if(l1>t) t=t+2.5;
if(l3>t) t=t+2.5;
if(l1<—t) t=t+2.5;
if(l3<—t) t=t+2.5;
}
}
mySqlCommand1—>CommandText = «select `Y` from`»+lBase—>Text+«` where `id`=»+trackBar1—>Value+«;»;
mySqlConnection1—>Open();
MySqlDataReader1 = mySqlCommand1—>ExecuteReader();
while(MySqlDataReader1—>Read())
{
for (int i = 0; i < MySqlDataReader1—>FieldCount; i++)
{
l3=Convert::ToDouble(MySqlDataReader1—>GetValue(i)—>ToString());
if(l2[4]>trackBar1—>Maximum—2){
break;
timer1—>Enabled=false;
}
per++;
if(per>=64){
per=0;};
if(l1>t) t=t+2.5;
if(l3>t) t=t+2.5;
if(l1<—t) t=t+2.5;
if(l3<—t) t=t+2.5;
}
}
Load_Graw();
Graw_Draw();
mySqlConnection1—>Close();
}
}
else
{
l1=coordX[Convert::ToInt32(lCanal—>Text)][per]/1000;
l3=coordY[Convert::ToInt32(lCanal—>Text)][per]/1000;
this—>Load_Graw();
this—>Graw_Draw();
l2[Convert::ToInt32(lCanal—>Text)]=++l2[Convert::ToInt32(lCanal—>Text)];
mySqlCommand1—>CommandText = «insert into `»+label2—>Text+«`(`X`,`Y`) values (‘»+Convert::ToString(l1)+«‘,'»+Convert::ToString(l3)+«‘);»;
mySqlConnection1—>Open();
mySqlCommand1—>ExecuteNonQuery();
per++;
if(per>=64){
per=0;};
if(l1>t) t=t+2.5;
if(l3>t) t=t+2.5;
if(l1<—t) t=t+2.5;
if(l3<—t) t=t+2.5;
}
}
private: System::Void bStart_Click(System::Object^ sender, System::EventArgs^ e) {
if((tObj—>Text!=«»)&&(tObj—>Text!=«Enter the name of the object inspection»)&&(this—>Name==«Can0»||this—>Name==«Can1»||this—>Name==«Can2»||this—>Name==«Can3»)){
timer1—>Interval=1;
DateTime date1;
date1=DateTime::Now;
mySqlCommand1—>CommandText = «create table `»+Convert::ToString(date1.Day)+«_»+Convert::ToString(date1.Month)+«_»+Convert::ToString(date1.Year)+«_»+Convert::ToString(date1.Hour)+«_»+Convert::ToString(date1.Minute)+«_»+Convert::ToString(date1.Second)+«`(`ID` int(10) AUTO_INCREMENT,`X` char(10),`Y` char(10), `step` int(10), PRIMARY KEY(`ID`));»;
mySqlConnection1—>Open();
label2—>Text=Convert::ToString(date1.Day)+«_»+Convert::ToString(date1.Month)+«_»+Convert::ToString(date1.Year)+«_»+Convert::ToString(date1.Hour)+«_»+Convert::ToString(date1.Minute)+«_»+Convert::ToString(date1.Second);
mySqlCommand1—>ExecuteNonQuery();
mySqlCommand1—>CommandText = «insert into `obj`(`OBJ`,`database`) values (‘»+tObj—>Text+«‘,'»+label2—>Text+«‘);»;
mySqlCommand1—>ExecuteNonQuery();
timer1—>Enabled=true;
mySqlConnection1—>Close();
}
else
{
tObj—>Text=«Enter the name of the object inspection»;
}
if((lObject—>Text!=«»)&&(trackBar1—>Value<trackBar1—>Maximum—2)){
timer1—>Enabled=true;
l2[4]=trackBar1—>Value;
}
/* if(lObject->Text!=»»){
int z;
l2[4]=trackBar1->Value;
if(trackBar1->Value<64){
z=0;
}
else{
z=trackBar1->Value-64;
}
mySqlCommand1->CommandText = «select `X` from`»+lBase->Text+»` where `id`<«+trackBar1->Value+» and `id`>=»+z+»;»;
mySqlConnection1->Open();
MySqlDataReader1 = mySqlCommand1->ExecuteReader();
while(MySqlDataReader1->Read())
{
for (int i = 0; i < MySqlDataReader1->FieldCount; i++)
{
l1=Convert::ToDouble(MySqlDataReader1->GetValue(i)->ToString());
l2[4]=++l2[4];
trackBar1->Value=Convert::ToInt32(l2[4]);
per++;
if(per>=64){
per=0;};
if(l1>t) t=t+2.5;
if(l3>t) t=t+2.5;
if(l1<-t) t=t+2.5;
if(l3<-t) t=t+2.5;
}
}
mySqlConnection1->Close();
timer1->Enabled=true;*/
// }
}
private: System::Void bSizePlus_Click(System::Object^ sender, System::EventArgs^ e) {
t=t—2.5;
}
private: System::Void bSizeMinus_Click(System::Object^ sender, System::EventArgs^ e) {
t=t+2.5;
}
private: System::Void trackBar1_Scroll(System::Object^ sender, System::EventArgs^ e) {
if(!timer1—>Enabled){
int z;
l2[4]=trackBar1—>Value;
if(trackBar1—>Value<64){
z=0;
}
else{
z=trackBar1—>Value—64;
}
l2[4]=++l2[4];
mySqlCommand1—>CommandText = «select `X` from`»+lBase—>Text+«` where `id`<«+trackBar1—>Value+» and `id`>»+z+«;»;
mySqlConnection1—>Open();
MySqlDataReader1 = mySqlCommand1—>ExecuteReader();
while(MySqlDataReader1—>Read())
{
for (int i = 0; i < MySqlDataReader1—>FieldCount; i++)
{
l1=Convert::ToDouble(MySqlDataReader1—>GetValue(i)—>ToString());
per++;
if(per>=64){
per=0;};
if(l1>t) t=t+2.5;
if(l3>t) t=t+2.5;
if(l1<—t) t=t+2.5;
if(l3<—t) t=t+2.5;
}
}
mySqlCommand1—>CommandText = «select `Y` from`»+lBase—>Text+«` where `id`=»+trackBar1—>Value+«;»;
mySqlConnection1—>Open();
MySqlDataReader1 = mySqlCommand1—>ExecuteReader();
while(MySqlDataReader1—>Read())
{
for (int i = 0; i < MySqlDataReader1—>FieldCount; i++)
{
l3=Convert::ToDouble(MySqlDataReader1—>GetValue(i)—>ToString());
per++;
if(per>=64){
per=0;};
if(l1>t) t=t+2.5;
if(l3>t) t=t+2.5;
if(l1<—t) t=t+2.5;
if(l3<—t) t=t+2.5;
}
}
Load_Graw();
Graw_Draw();
mySqlConnection1—>Close();
}
}
private: System::Void bStop_Click(System::Object^ sender, System::EventArgs^ e) {
timer1—>Enabled=false;
}
private: System::Void bBalance_Click(System::Object^ sender, System::EventArgs^ e) {
balance(Convert::ToInt32(lCanal—>Text));
}
private: System::Void bFilt_Click(System::Object^ sender, System::EventArgs^ e) {
filt1^ gfilt = gcnew filt1;
gfilt—>Show();
}
private: System::Void Def_FormClosing(System::Object^ sender, System::Windows::Forms::FormClosingEventArgs^ e) {
canalOpen[Convert::ToInt32(lCanal—>Text)]=true;
}
};
}
//Convert::ToInt32(lCanal)
/* mySqlInsertData->CommandText = «insert into `»+label2->Text+»`(`X`,`Y`, `step`) values (‘»+textBox1->Text+»‘,'»+textBox2->Text+»‘,'»+textBox3->Text+»‘);»;
label1->Text=mySqlInsertData->CommandText;
mySqlInsertData->ExecuteNonQuery();
*/