uml diagram business / commercial software for mac

Pedigree-Draw 6.0 is a simple and salutary tool creating annotated genealogical diagrams (also known as "family trees" or "genograms") of pedigreed family data.

It includes facilities for creating and editing individual data records, a extensive symbol repetoire to display individual genetic and demographic attributes, and a broad range of parameters governing the structure and appearance of the pedigree diagram.

Although designed primarily to handle human data, Pedigree-Draw is also capable of dealing with issues characteristic of captive animal populations, such as extensive multiple mating and familial inbreeding. It uses a standard tab-delimited ASCII file format that enables the importing of data from most database and spreadsheet programs.

Pedigree-Draw was developed originally for use in analyzing population data gathered for biomedical and genetic research projects, and to aid the management of captive animal colonies. It's been applied to other fields as well, including genetic counseling and life science education.

Although not designed as a genealogical database per se, the program can be used to collect and edit biographical data found in the course of family history research, including pictures of family members, and display or print those data in standard hierarchical formats suitable for publication. Output may also be saved in Portable Document Format (PDF) for distribution via the Internet, or posting on World-Wide Web sites.

QuickUML is an object-oriented design tool focused on tight integration and ease-of-use for a core set of UML models.
Its extreme focus and ease-of-use make it a great solution for both new and experienced designers.

QuickUML is an object-oriented design tool focused on tight integration and ease-of-use for a core set of UML models. An entire project is quickly accessible through a tabbed window of use cases, class models, object models, dictionary and code. The project is saved as an XML file that is compatible with the Windows and Linux edition of QuickUML.

Use Cases
Use cases document user-visible functions that the system must perform. Each use case describes a named interaction in terms of external inputs and system responses. Use case entries link to models, code, foreign files or other use case entries to provide a solid foundation for development and two-way traceability.

Class and Package Diagrams
Class models describe objects in the system and the various kinds of static relationships. They may contain classes, interfaces, components, packages and other objects. Flexible presentation options allow different instances of a class to be presented with its full list of attributes and operations, compressed to show just the class name or selectively showing class members relevant to the context of a specific diagram. Projects may contain hundreds of diagrams accessible through a Contents view that provides easy navigation and flexible diagram management.

Sequence Diagrams
Sequence diagrams illustrate object interactions and timing with horizontal operation connections between vertical lifelines under objects, modules and packages. A project dictionary is automatically produced as class and object models are drawn, but designers can also directly access dictionary entries. Changes to an object made on one diagram are instantly reflected throughout the project.
Advanced Features
QuickUML has advanced features for projects with multiple programming languages, design namespaces, UML stereotypes, color support, diagram scaling, custom detail fields, context sensitive help, print preview, print to PDF and automated generation of class models from the dictionary. Diagrams can be exported as BMP, JPEG, JPEG 2000, MacPaint, Photoshop, PICT, PNG, QuickTime Image, SGI Image, TGA and TIFF files. An integrated code manager enables navigation through code files linked to use cases and diagram objects.

AutoGraf 1.0.2b provides users with such an efficient and powerful class diagram generator, a.k.a. a UML reverse-engineering tool, for Objective-C. Innovative features include Bolt (diagram self-update), Find-as-you-type, print-quality graphics, and integrated AppKit/Foundation/WebKit browsing.

Requirements: Mac OS X 10.1 or higher (10.3 with Xcode 1.2 required for doc browsing)

Based on the latest web technologies, mxGraph is the ultimate solution for drawing diagrams in a browser. Using open standards, mxGraph does not depend on any third-party plugins and proprietary software. mxGraph works straight out of the box, no client configuration, no plugin installation, no platform dependencies - it just works!
mxGraph is a Javascript library that uses built-in browser capabilities to provide an interactive drawing and diagramming solution. mxGraph outperforms all existing solutions in startup time, functionality and interactivity.
Differentiate your product in the marketplace by enabling your customers to draw and share complex diagrams through a web browser, across every platform.
Main features:
- Centralised updating managed at the server
- No client plug-ins or installation required
- Deployment using Java, .NET, PHP, static HTML and more
- Easy configuration of the application using XML
- User interface is HTML and the data is exchanged in XML
- Java, .NET or PHP backend for concurrent diagram editing
Enhancements:
- mxLine uses STYLE_HORIZONTAL for horizontal/vertical style
- Adds mxMultiplicity.validNeighborsAllowed for inverting logic of rules
- Adds mxToolbar.updateDefaultMode switch
- Adds mxDefaultToolbar.setMode function for setting current mode
- Uses mxDictionary for lookup of mxCellStates in mxGraphView
- Adds new mxObjectIdentity and mxDictionary classes
- Adds triangle shape and perimeters to backends
- PHP uses spl_object_hash for lookup in mxGraphView
- Adds mxGraphModel.createRoot hook to all backends
- Adds mxGraph.labelMovable switch with accessors
- Fixes various minor bugs in PHP backend
- Fixes override of argument in mxCell.is
- Adds new edge styles and loop handling to all backends
- Removes all logging from PHP backend (except session example) due to changes in PHP 5.2
- Adds support for Opera 9.x where x > 0
- Adds mxFastOrganicLayout.isCellMovable hook for incremental layout
- Adds mxDivResizer.getDocumentWidth, getDocumentHeight hooks
- Fixes moving of edge control points in mxGraph.moveInto
- Fixes selection of cells for clicks in mxConnectionHandler
- Fixes use of scale and translate in mxEdgeStyle.Loop
- Fixes default collapsed size for cells withou labels (eg. groups)
- Uses visibility CSS directive for showing/hiding nodes
- Adds mxGraph.toBack and toFront for cell ordering
- Fixes mxGraph.move does not modify offset for edges
- Fixes bug for inserting loops using mxCell.insertEdge
- Hides tooltips and menus if mouse (clicks) outside graph container
- Disables display of tooltips while menu is showing
- Adds mxPanningHandler.showMenu, hideMenu and isMenuShowing functions
- Adds shadow for mxPanningHandler in FF
- Adds shadow for mxTooltipHandler in FF
- Fixes mxPerimeter.RightAngleTrianglePerimeter
- Adds mxGraph.maximumGraphSize
- Renames mxGraph.minimumGraphBounds to minimumGraphSize
- Fixes mxGraph.getPreferredSizeForCell result aligned to grid
- Adds mxGraph.getSizeForString for getting extent of rendered text
- Adds mxConstants.DEFAULT_FONTSIZE + DEFAULT_FONTFAMILY

Excel QuickCRC 2.0 is described as an unique and handy tool that can enable you to discover, collect and document class information like responsibilities, attributes and collaborations between classes.

CRC cards are popular among developers using agile development methods or as a front end to UML. Developers use responsibility driven design to quickly derive a solid class structure for projects. This foundation can substantially reduce development cost and time to market. The core concepts are simple. The CRC card represents each class and its properties. The Scenario defines class interactions needed to satisfy project requirements. Design simulation ensures completeness and understanding of the project design.

QuickCRC enables new users to be productive in minutes without formal training. Cards, scenarios and external agents are usually defined by clicking a palette tool on a diagram and typing information into a property dialog. CRC cards can also be created from nouns and verbs in a text specification by mapping words to cards as class names, attributes and responsibilities. Card and scenario objects can be moved between diagrams or automatically organized based on design relationships. Designers can edit or move card information on-screen by renaming or dragging cards, attributes, responsibilities and collaborations. Design changes are instantly reflected throughout the model so every name and relationship reference is always accurate. Software designers can assign the attribute access of each card responsibility. The tool shows a live attribute access graph of card information to help designers discover, refine and eliminate unnecessary card attributes. Cards and scenarios can be linked to foreign documents like specifications, graphic images, code files or test procedures.

QuickCRC includes design verification, text and HTML reports, drag and drop graphics plus a rich search feature for locating specific design information. The product has a contextual online help system, printed and PDF manual and a step-by-step tutorial. A QuickCRC MacOSX project can be edited in the Windows or Linux edition of QuickCRC or shared with other development tools. CRC cards can be exported to text and imported into MacA&D to auto-generate UML class diagrams. CRC cards can be generated from existing C++, Java, Delphi or Objective-C code with MacTranslator.

Major Features:

1. Responsibility Driven Design
   • Automate responsibility driven design of object-oriented software with QuickCRC. Use CRC cards to discover and document classes, responsibilities, attributes and collaborations. Use agile methods or as a front end to UML.
2. CRC Cards
   • In the diagram workspace, create card and scenario objects. Each card has a class name, description, superclasses, subclasses, attributes, responsibilities and collaborating objects. Enter card information through a dialog or edit on-screen by dragging or renaming cards, attributes, responsibilities and collaborations.
3. Attribute Access
   • The software designer can assign the attribute access of each card responsibility. The tool shows an attribute access graph from the card information to help developers discover, refine and eliminate unnecessary card attributes.
4. Design Scenarios
   • A scenario object represents a design mechanism defined as a series of steps involving communicating objects. Scenarios can reference cards or other scenarios. Cards and scenarios can also reference external agents defined by the designer to identify system and user interfaces.
5. Model Organization
   • Separate card and scenario objects into different diagrams based on functional areas of a complex design. Cut and paste cards and scenarios between diagrams or projects.
6. Contents View
   • The contents view allows a designer to navigate between diagrams shown as folder icons that can be opened or closed. From the contents view, a card or scenario can be dragged between diagrams or double-clicked to edit its properties. This makes it easy to locate and modify information as the model grows.
7. Simulation
   • QuickCRC provides active simulation of an evolving design. Features include single stepping backwards, forwards or over a called scenario or jumping to a specific location in the scenario stack of a multiple scenario simulation. Its fast and easy to step through your design, just select a scenario and click the Simulate button.
8. Instant Synchronization
   • QuickCRC maintains relationships between cards, scenarios and external agents as fluid design changes take place. If a card references undefined subclasses or superclasses, those cards are generated automatically. Model other relationships between cards like aggregation and interface implementation. Name changes and cross references between objects are instantly updated.
9. Search and Organize
   • QuickCRC has a rich search feature for locating design data within specific fields of any card or scenario in the project. Card and scenario objects can be automatically arranged on the diagram based on user specified criteria to visually highlight relationships between objects.
10. Inheritance Graph
    • Show the class inheritance structure of a project with the concise inheritance graph. The graph is generated from card information regardless of how cards are physically arranged or partitioned between diagrams. Several inheritance graphs can be active for different root classes in the project to focus attention on different parts of a large design. Card properties can be viewed or edited by double-clicking its name on the inheritance graph.
11. Import, Export & Error Checking
    • CRC models can be verified to locate errors. Information can be listed to a text or HTML report to serve as a coding specification.
    • Export models as text and import into MacA&D for detailed design or code generation. Use MacTranslator to generate CRC cards from object-oriented source code.

Requirements:

• Universal Binaries Click Here to Order QuickCRC is Universal Binary for any PPC or Intel based Macintosh with Mac OS X 10.1 or later.
• Single User, 5-User Site and Unlimited User Site Licenses are available.

MacBreadboard 1.16 is a product created as a Digital Electronics Breadboarding Simulator. It has a very unique interface in which you "move" chips & wires on a virtual breadboard. MacBreadboard and WinBreadboard (the PC version) are used in many colleges and universities around the world. It's ideal for prototyping designs on the computer before going into the lab, or in situations where using actual breadboards is not practical for some reason.The Full product includes 78 simulated TTL chips and it can even display timing diagrams.