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Why choose AddFlow for .NET
- Small deployment assembly
- Lite programming interface
- Full integration with .NET
- Great Flexibility
- Many extensions
- Runtime royalty free
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AddFlow for .NET v2.1
AddFlow for .NET is a .NET Windows Forms Custom control. It provides
approximately the same flowcharting/diagramming features as the
ActiveX version and also some new features, more flexibility and
a simpler and more powerful object model. It has been
completely rewritten in C# to take advantage of the
infrastructure provided by .NET. It is 100% Managed Code.
» What's new in
the version 2.1 ?
» Download tutorial
» View screenshot
» Frequently Asked questions
» Download evaluation version
AddFlow ActiveX Control v5.4
AddFlow is an ActiveX control
that lets you quickly build flowchart-enabled applications. Features
such as distinct colors, fonts, shapes, styles, pictures, text, and
so on for each object of the diagram (node or link) are available.
Nodes stay connected when moved. Metafiles support, serialization,
multi-level undo/redo, printing, zooming, Bezier and spline curves, reflexive links,
link jumps, gradient colors, link autorouting, custome shapes, multiselection,
scrolling, user data association, navigation in the graph. Runtime distribution is royalty free.
AddFlow allows building a graph:
- either
interactively (you can create a full diagram without any
programmation)
- either programmaticaly (because it
offers a set of OLE automation objects, properties and methods
allowing for instance to create a node at a given position)
» What's new in
the version 5?
» Detailed features list
» Frequently Asked questions
» Download evaluation version
Graph layout components / LayoutFlow
The primary purpose of those
tools is to offer a way to automatically display graphs or flow charts in a reasonable manner, following some aesthetic
rules. Currently, we propose an ActiveX version and a .NET version of 4 Graph layout
components.
| HFlow |
HFlow allows performing a hierarchical layout on a graph.
Vertices are arranged in horizontal layers. The orders of the vertices on the layers are chosen so that the number of crossings is kept as small as
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| SFlow |
SFlow allows performing a symmetric layout on a graph.
The symmetric layout produces a high degree of symmetry and is particularly useful for undirected graphs, where the directions of the edge are not important. |
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| TFlow |
TFlow allows performing a tree layout on a graph.
The tree layout applies only to a specific subset of graphs: rooted trees. In such a graph, no vertice may have more than one parent. |
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| OFlow |
OFlow allows performing an orthogonal layout on a
graph. |
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» Frequently Asked questions
» Download evaluation version
» View screenshot
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