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 Many customers for the specific problems of power system, we have designed this source code based solution, E-XD++ component library visual graphics high degree of flexibility and good scalability, allowing you to develop any type of extended graphics become very easy and quickly.
 E-XD++ visualization component library to support graphics in a straight line or curve to create a connection line anywhere stops.
 If you need complex graphics, you can create a composite graphic design program, also designed by code.

 Below:

Second, the power configuration and control charts:

The following is a multi-page display of power system simulation example:

Third, another circuit wiring diagram:

Below is an electric wiring diagram example:

Fourth, the power components:

The solution offers hundreds of default special power system components, the official version provided by ShapeDesigner, can easily design more complex components by yourself, it supports importing SVG and Export to SVG, DXF Import and Export:

The following is a cross cable Auto cross Features:

V. Power Geographic wiring diagram:

 System components while providing professional wiring diagram for the development of a variety of geographic application below:

 Note: The figure among all the components are connected via the standard cable is made ​​with complete logic, for example: a node that can be connected through any of those nodes, and so is the access or take out.  In a control menu on the menu, the menu provides an animated feature allows you to truly understand this kind of logic.

 Wiring diagram of the geographic solution provides the following complex two-, three-wire adjustable parallel to the line graphics.

 Description: This series devices all use vc ++ source code written in, has the best performance, each element contains two additional control points, respectively, label and online adjustment of the position of the arrow.  Support multi-line display label text can be edited directly double-click the arrow type of free extensions, can be as straight as any increase in the addition of new vertices to interrupt lines, text labels automatically to maintain the parallel with a certain period, selected and not selected show different color and so on.

 VII, Other Features:

  . Any complex vector graphics are available through straight lines and curves of the mixture of editorial and get in the E-XD++, you can in a straight line endpoint drawn curve, the curve or arc endpoint to add new line segments, etc. Fast power system need to build any complex graphics.

  . Any of the selected graphic can be obtained directly through the intersection, subtraction, like and other complex geometric operations, as you build the most complex power system to provide the most efficient pixel processing functions.

  . Any of the primitive power system can be in any desired position of the graphic links to any increase in the number of line stops, and the docking point for the size, appearance and location of all connections can be set freely. Book of the virtual system can also be extended appearance of the new stops.

  . Between any two stops can be used directly in the system provides up to 15 create a link between the link line.  All cables are provided and the key corresponding handler class virtual function, virtual function by covering them, you can quickly create a new cable.

  . Connector intersection occurs, the system automatically displays the cross mark, mark through a variety of styles optional.  By overriding the appropriate virtual function, you can create a custom cross mark.

  . System provides more rounded broken cable, this cable can be cut into any number of segments for power system devices and settings.

  . Provide a sound logic cable through any cable, or connect the control point primitives are primitives which can be found in the same direct or indirect connection.

  . Each graphics are built-in independent timer can be set various states.

  . Support layer function, hierarchical schematic editor.

  . Preset design mode with the mode of operation, respectively dealing with the same primitive design state and running state.  Would also have developed two programs, a work in design mode only, the other only in Run mode.

  . Any primitive mouse events can be dealt with separately.

  . Canvas size arbitrarily set to support the thumbnail preview, zoom speed, mouse pan canvas, roll canvas editing and other advanced operations automatically.

  . Multi-page editor, the same tucancode.net can be set to any number of pages to edit.

  . Super performance, tens of thousands in the same place the canvas element.

  . Without programming, the system has to handle all print controls.  Connect the printer to print.

  . Provide the same function calls the ocx control, facilitate or directly on the web. Net, delphi, java and other developers to do the same function call.

  . Dual-mode GDI and GDI + drawing, allowing you to choose performance and effect.

  . Full Undo / Redo support.

  . Plug and play custom property settings, you can be individually set for any graph element to any desired value of the new custom property and set new property values ​​are automatically modified to support Undo / Redo

  . To provide all of the features 100% VC ++ source code, also part of the design while providing ocx source code, to ensure that you fully grasp the product's core technology.  Not to use someone else's single ocx control to wait until the developers solve problems and serious delays in project embarrassment.

 Eight, the development of basic power system configuration steps:

 Here is the E-XD++ Visual Component Library source code version of Power Systems enterprise application development basic steps:

 1. The design of power system components required:

 This step can be E-XD++ provides the professional component design ShapeDesigner application to design, this tool can directly be Microsoft Visio or ConceptDraw other professional graphics tools designed to power system components directly into (SVG file) come with use, of course you ShapeDesigner itself through the rich need to design the basic components of power system composite components.  At design time, can easily canvas directly to the components designed 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 versions 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 power system needs of the graphical interface:

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

LoadXdgFromResource(...);  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. External data collection we can View the Window class or classes of the 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 components sub-graph.

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

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

 Nine, scripting support:

 E-XD++ visualization solution provides a complete scripting support is available through VBScript or JavaScript to control any component on the canvas of the state, provided nearly 500 the default system control functions, the script will be with the program's source code be provided with the official version.

 Description: The script solution will provide full source code can be customized any details, you can use VBScript or JavaScript to control any action of any shape on the canvas.

 X. web solutions for power system:

 The official version of the E-XD++ visualization component library provides a full graphical capabilities of the ocx control UCCDraw, this control can be done through the E-XD++ Library exactly the same function, this control can be developed directly on the web on the power system.  Ocx with the other place is not the same as the design of our ocx source code made ​​available. All functions can take it and then design and customization.

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