Circuit Electrical
Diagram Component
Drawing Tool
Circuit Electrical Diagram
Component with 100% C++ Source Code!
Introducing UCanCode XD++
MFC Library, a breakthrough solution that provides the most
cost-effective way to publish, process and securely manage circuit
electrical diagram drawing. Full .NET
support.
Everything in the core of the component is designed for
electrical CAD. Starting with our intelligent
electrical symbols, through the automatically generated lists and the intelligent support of
electrical standards, to our unique Module and Model for
electrical CAD.
- And much, much more.
Easily add a wide variety of customizable
diagrams to your VC++ or .NET applications. E-XD++ Suite is an
extensible and high-performance VC++ diagramming framework for
Windows Forms and ASP.NET applications. It can be used for programmatically
creating flowchart, workflow, network, swimlane,
maps, org chart, process flow, state transitions
and other such diagrams or for developing Microsoft Visio-like
interactive graphics and diagramming applications. It stores
graphical objects in a node graph and renders those objects onto the
screen. E-XD++ Suite supports both vector and raster graphics
on the drawing surface. There are several built-in layout routines
that will help you easily create common layout patterns like hierarchical
and directed tree layouts.
First time here?
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Product
Tour
E-XD++ Circuit Diagramming Tool product walkthrough
Screenshots
Applications built on E-XD++ Circuit Diagramming Tool
Product
feature comparison
Powerful, flexible, and
easy to use Diagram Components.
Powerful and flexible enough to create diagrams exactly the way you want
them to appear. So easy to use that you will be able to prototype your
application in just a few minutes.
Feature rich.
With features such as automatic layout, multiple layers, collapsible
sub-graphs, snap-to connection points, XML, SVG, and more, E-XD++ Have the
power and flexibility you need to create sophisticated diagrams, quickly and
easily. Events such as click, double-click, hover, select, rubber-band
select, copy, delete, resize and move are supported. Operations such as
drag-and-drop, unlimited undo/redo, and clipboard operations are common and
complex, and are expected by today's sophisticated users. it full supports
importing ArcGis, SVG and DXF File format.
Performance and
Scalability.
UCanCode E-XD++ Capable of handling many thousands of nodes and edges, up to
hundreds of thousands depending upon the complexity of the nodes you wish to
draw and the operations you wish to allow. Our graphical classes are
extremely lightweight objects enabling outstanding performance.
Save Time and Money and gain Reliability.
A diagram is worth 1,000 words, and E-XD++ is shipped with more than 500,000 lines of well designed and well tested code! It is used by hundreds of the world's most quality conscious companies. It will saves you thousands of hours of complex coding and years of maintenance. |
E-XD++
MFC/Circuit Electrical Diagramming Component
Enterprise Edition
is the the world’s
leading MFC/C++ visualization component (MFC/Circuit
Electrical Diagramming Tool / Component Source Code). Renowned for incredibly
rich graphics, E-XD++ MFC/Electrical
Diagramming Tool
Source Code helps developers build applications that offer
unparalleled functionality. |
Outstanding productivity lowers project
risk and reduces maintenance headaches. With 8 years of dedicated
research and development, UCanCode leads the market for
visualization technologies, providing outstanding customer support.
with E-XD++ MFC/Electrical
Diagramming Tool
Source Code Enterprise you can easily build Visio
2003 like applications. |
The following is a new circuit electrical sample that build with the latest edition of
E-XD++ Enterprise V11.0, 100% VC++/MFC Source
Codes is shipped with full edition:
And a new sample is:
We provide this sample application
for the sake of customers from electric power
system component. E-XD++ is very flexible and high extendable,
which makes it easier to develop any kind of extendable shapes, as shown
below:
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