Free intellimouse trackball software for mac

Macally USB Mouse/Trackball is for iMousePro/ iBallPro/ iMouseJr./ iSweetNet/ iOptiNet/ iceMouse/ iOptiJr. iceMouseJr./DotMouse Optical Trackball/Optical MicroMouse/ RFMouseJr./RFMouse).
Enhancements:
- Universal Binary.

This driver supports the following Microsoft mice:

• IntelliMouse Explorer
• IntelliMouse Optical
• Wheel Mouse Optical
• Wireless IntelliMouse Explorer
• Optical Trackball
• Trackball Explorer.

The mouse button key is useful if you have to use your PowerBook in a very silent environment, where even a trackball click is too loud; since the keyboard is a lot more quiet than the trackball button, youll be able to use your trackball while other people are reading or even sleeping. You may also use this option to temporarily replace a broken mouse button on any Macintosh.
The button-toggle key is useful if you want to use your PowerBook trackball with only one hand. I find it hard to move the ball while keeping the button down, and I often release the trackball button before the dragging is over. This can be very annoying when you are selecting a command from a menu (releasing the button makes your fingers move so the cursor slips away). Using the button-toggle key should make your life a lot easier: strike the key once and move the cursor where it should be, then take your whole hand away from the trackball and strike the key again.
The graphical effects lets you see where both real and virtual mouse clicks occur.
Many extensions and control panels create virtual mouse clicks to gain control over the environment - take a look at Now Utilities Super Boomerang for a good example.
Main features:
- it can make a key combination act just like the mouse button;
- it can make another key combination toggle the mouse button on and off;
- it can assign graphical effects to mouse clicks.

Requirements:
Mac OS 8.0 or later.

MeshLab is an open source, portable, and extendible system for the processing and editing of unstructured 3D triangular meshes.
MeshLab is a software aimed to help the processing of the typical not-so-small unstructured models arising in 3D scanning, providing a set of tools for editing, cleaning, healing, inspecting, rendering and converting this kind of meshes.
The project is supported by the European Network of Excellence Epoch and AimShape
The system is heavily based on the VCG library developed at the Visual Computing Lab of ISTI - CNR, for all the core mesh processing tasks and it is available for Windows, Linux and MacOSX.
The MeshLab system started in late 2005 as a part of the FGT course of the Computer Science department of University of Pisa and most of the code (~15k lines) of the first versions was written by a handful of students.
Also this year FGT students has continued to work to this project implementing new features. The proud MeshLab developers are listed below.
Main features:
- Interactive selection and deletion of portion of the mesh. Even for large models.
- Painting interface for selecting, smoothing and coloring meshes.
- Input/output in many formats: import:PLY, STL, OFF, OBJ, 3DS, COLLADA, PTX, export:PLY, STL, OFF, OBJ, 3DS, COLLADA, VRML, DXF
- Mesh Cleaning Filters: removal of duplicated, unreferenced vertices, null faces, removal of small isolated components, coherent normal unification and flipping, erasing of non manifold faces, automatic filling of holes
- Remeshing filters: High quality edge collapse simplfication (even meshes with texture coords preservation), Surface reconstruction from points (a ball pivoting variant), Subdivision surfaces (loop and butterfly), Feature preserving smoothing and fairing filters
- Various Colorization/Inspection filters: Gaussian and mean curvature, Border edges, Non two-manifold edges, Self intersecting faces
- Interactive Mesh Painting: Color Painting, Selection paint, Smoothing
- OpenGL Shader based rendering (write your own shader!) compatible with Typhoon Labs Shader Designer
- Large rendering (up to 16k x 16k) for high quality printing
- The history of the all performed cleaning/editing actions can be re-played on different meshes or saved and for archival purposes.
- Extendible plugins based architecture, writing new mesh processing functions, colorization filters and support for different file formats is quite easy! Look at Filter-PlugIn Sample or MeshIO-PlugIn Sample
Enhancements:
New:
- Painting plugin: color, selection and smoothing directly interactively onto the mesh (thanks to gfrei)
- Simplification of textured Mesh with preservation of texture coords (thanks to pirosu)
- Automatic vertex unification when loading stl files
- More user-definable parameters in quadric simplification and in hole filling
- Improved filtering and support for compressed depthimage in the Epoch import tool
- New generic dialog mechanism, easier for developer add/change/document filter parameters
- Selection handling improved in many filters
- Added wiki based online help
- Restored on screen help
- Added online bug submission using Sourceforge tracking system
- Reformatted info bar (Added number of selected faces and fixed size fonts)
Corrected Bugs
- Snapshots do not crash MeshLab any more.
- Improved OpenGL shader compatibilities.
- Corrected bug in quadrics simplification about target number of selected faces
- Corrected bug of wrong loading ply with per face color (was save a 3ds and reload as a ply)
- Corrected bug on trackball hanging (if you released a modifier before mouse)

DejaMenu is a small utility designed to display the current applications main menu as a context menu when a key combination is pressed.

This is particularly useful for people using multiple monitors. Since the Menubar only appears on a single monitor, it is awkward to use applications on a different monitor. DejaMenu solves this - just press the configured key combo, and a copy of the Menubar is right there for your to use.

If your mouse can simulate key-presses, DejaMenu becomes even more useful. For instance, on my 4-button trackball, I have the fourth button set to bring up DejaMenu by simulating shift-cmd-m when clicked. (USB Overdrive and Kensington Mouseworks both allow mapping of keys to button presses).

In many ways, this was inspired by the NeXTStep convention of having the main menu appear on a right-click.