Used that is used, 100% open source, 100% customized based on the need for efficient instrument control VC ++!

 Equipment, instrumentation solutions in E-XD++ visualization component library is an important solution, E-XD++ Visualization Graphics is a 100% Visual C++ / MFC  based Vector Editor, it ships with complete source codes,  it contains the most popular Gauge and Dashboard design, editing capabilities features. From the first version of E-XD++, it already has the full features on Gauge and Dashboard Design, the current version of E-XD++ has performed its functions to extreme, basically, if you want to build any very professional HMI and SCADA or Other real time graphics based applications,  E-XD++ will be the best choice. It has almost all the features of a very professional HMI & SCADA software. It supports SVG Importing and Exporting. DXF Importing and Exporting, XML Loading and Sving, many kinds of Gauge And Dashboard. The VBScript & JavaScript is used for action controlling of any shapes on the canvas.  It will be the best choice for building your own "Full Customized" Industry software, you do not event need to write one line of code, a very professional and complete functional HMI application is created, it will saves you at least 80% of building time and a lot of money.

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UCanCode instrument graphics are drawn by a team of flexibility and show the progress of the class composition of these classes with flexible design, each part can be flexibly customized. Mainly consists of three parts:

 (Note: The instrumentation component modules in the Advanced Enterprise version only available!)

1) Background: UCanCode instruments directly from any of the background graphic E-XD++ component library visual graphics to form the ready-made graphics class, you can use any E-XD++ component library visual graphics as the background graphics class such as lines \ Rectangular \ oval \ images \ arc \ complex graphics and so on. If you choose any graphic type as the background, the instrumentation will UCanCode graphics derived from this class, for example, derived from CFOButtonShape, the instrument background is a rectangular button.

 2) Scale: UCanCode scale instrumentation provides a default linear scale and the scale of the two elliptical arc, you can have either, or derived from these two species as to create a new scale type, in use time, need to refer to sample program to paste together with the background graphics.

 3) Pointer: UCanCode pointer instrument graphics can be very broad, you can make rectangular progress bar \ the linear pointer \ arc pointer \ digital indicators, etc., in use, how much pointer, the pointer will be the number of background graphics pasted together with the can be. as shown, and some at the same time both the linear pointer and digital indicators. while the pointer class itself is completely derived. If you need to customize the pointer, only need to derive from the corresponding class can be completed.

 The following is HMIBuilder instrumentation solutions Case:

 E-XD++ products, our pre-scheduled in the CFODrawShape several base class to deal specifically with the virtual instrument graphical function of the coverage of these virtual functions and pointers can be equal to the background scale associate.  Function as follows:

1.  The default scale bar:

1). CFOPMeterScale

Class CFOPMeterScale defines a linear scale, through the property to set Minimum and Maximum properties of maximum and minimum values, as shown above.

2). CFOPMeterEllipticalScale

 Another scale category is CFOPMeterEllipticalScale, is a scale along the ellipse. Can set StartAngle and SweepAngle.

 2. The following pointer class for the system:

 1) CFOPIndicatorNeedle

class CFOPIndicatorNeedle defines a simple pointer, pointer parameters PivotPoint set by the center.

 Defines a pointer enumeration FOPIndicatorNeedleStyle various styles.

 The following figure shows an example of how to use CFOPIndicatorNeedle the fpKite style, the default angle is 60, the use of CFOPMeterEllipticalScale oval plate.   The width of the pointer value is set to 10.  

 2) CFOPIndicatorBar

 Progress bar, a rectangular type CFOPIndicatorBar real progress bar, you can set the maximum, minimum, as shown below.

 Class defines a rectangle CFOPIndicatorBar progress bar, you can display different sub-values, set by a class of Phase the maximum value of each segment \ minimum and worth every color, as follows:

3) CFOPIndicatorElliptical

 Oval progress bar, the class is to improve the degree of CFOPIndicatorElliptical definition of Article class.   As shown below.

 4) CFOPIndicatorSlider

 Cursor pointer, class CFOPIndicatorSlider is its defining class, itself is a box cursor itself is derived from class CObject down so that it can serialize or run-time type identification, you can set the Pen and Brush. Dimensions used to set the size property.   

 5) CFOPIndicatorKnob

 Knob pointer, CFOPIndicatorKnob defines an oval-shaped knob pointer, pointer knobs arc in the center of a small triangle, the color property value MarkerColor set a new class derived from this class, you can re-customize the look and feel.

 Here is the E-XD++ Visual Component Library source code version control system enterprise application development, the basic steps:

 1. Design requires the monitoring system components:

This step can be E-XD++ provides ShapeDesigner application to the design, this tool can directly be Microsoft Visio or ConceptDraw other professional graphics tools designed components into (SVG file) came in with, of course, you can also ShapeDesigner itself rich The basic graphic design needs to the monitoring system components.  At design time, can easily design directly to the canvas element by Copy, Paste way to the left of the component into the tool box, as shown below (Note: This ShapeDesigner the source code itself, together with the E-XD++ official version available, can be customized as needed):

 When we design components of the composite components can also be a single definition of a number of sub-components to facilitate later identification and handling of the Key ID values ​​that can later obtained directly by calling GetKeyID.

 2. Design monitoring system needs a graphical interface:

E-XD++ provides a special interface design tools DiagramEditor, in this tool, we can easily apply the above ShapeDesigner through a variety of monitoring system components designed to build a graphical interface.  Interface in the structures, as required for specific components we can specify the Key ID value, the Key ID value for us in specific programs to control, for example, we can control the switch off and open, lights flashing and so on.  We designed a graphical interface can be saved as a single xdg file, as shown below: (Note: This DiagramEditor the source code itself, together with the E-XD++ provides the official version can be customized as needed):

 3. Building monitoring application:

 By E-XD++ visualization component library provides graphics integrated in Visual Studio's AppWizard (Application Creation Wizard) to automatically generate the framework code control system can be designed for the above We DiagramEditor xdg files into this program as resource file, when we need to load a design interface when calling the following function:

LoadXdgFromResource (...); if we need to switch to the new interface, you can also call the function to load the new interface.  Reference sample NetworkDemo.

 4. Animation and real-time data processing:

 External data acquisition we can View the Window class or classes of timer to be collected, when the need to update the interface when the status of the components can be designed directly above us to get the Key value of the graphic elements or sub-component graphics.

 5. Transaction processing:

 By overriding the appropriate virtual function to time a variety of transaction processing, for example, we only need to cover the following virtual functions CFOPCanvasCore class to respond to button events:

virtual void DoButtonClickEvent(CFODrawShape *pShape, const int &nSel); virtual void DoButtonClickEvent (CFODrawShape * pShape, const int & nSel);

 The actual instrument in the development of the graphics the graphics needs of your current class from the class or subclass CFODrawShape derived down, the derived class itself will serve as the instrument graphics graphics context to use, so the specific choice of which class to be derived, mainly to see Which of your instrument similar to close some of the background graphics. In addition you need to define a derived class, the class scale, the general class CFOPMeterScale directly or class CFOPMeterEllipticalScale, of course, you can use these classes themselves, but also to create the next for a new means to, you can choose from the category CFOPIndicatorBar, CFOPIndicatorElliptical, CFOPIndicatorSlider, CFOPIndicatorSliderElliptical, CFOPIndicatorNeedle, or create one of the CFOPIndicatorKnob to can.

GaugeDemo Everything this way, see the sample program: GaugeDemo

 All the instruments need the full assembly of the parts, any part of the derived class, or by overloading virtual functions to be expanded and customized. The background of the instrument you can use any E-XD++ Enterprise Edition provides the graphical components to form Of course, you can also use graphics to create a composite style of the ever-changing instrumentation, reference example: GaugeDemo, as follows:

 E-XD++ visualization component library to any graphics on the canvas are set to start the timer function independently, which means that as long as you want to move up a graph can be allowed to move, which for the development of any advanced industrial control and simulation application provides the most direct solution.

 There are also features of the system:

	100% MFC design, and provides all the source code, without reservation.
	Effective more than 500,000 line of code, and more than 500 C ++ extension classes.
	Automatic code generation process, and complete the development of documentation to help you quickly build a variety of applications on E-XD++.
	Development of advanced application systems to provide complete and scalable interface control.
	Property line of code changes and provide support for Undo / Redo function.
	Users on the canvas according to their needs, components, operation, and other custom operations.
	Supports both single page or multi-page application.
	The layout of the components, layout, organized in the order.
	Print, print preview and output to the image.
	Draw a straight line, mark lines, curves, rectangles, ellipses, add text, and pictures.
	Provide more than 80 examples of various development programs.

 HMI Demo example shows how to define a simple multi-page industrial control interface, as follows:

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