Free pulsing software for mac

mailPulse 1.0b is such a simple but useful AppleScript Studio Cocoa application that is run every six minutes by a daemon (written in C). It checks to see if Mail.app has any unread mail, and if so, it tells the Griffin PowerMate to "pulse" its light on and off. Not too complicated - but hey, that's why it's free!

Requirements: Mac OS X 10.2

Mac OS 9.x

• Netscape Navigator 4.x
• Netscape 6.x (and higher)
• Mozilla 1.x (and higher)
• AOL users can minimize the AOL window and use Netscape when viewing Pulse content on the Mac.

Mac OS X

• Netscape 6.x (and higher)
• Mozilla 1.x (and higher)
• AOL users can minimize the AOL window and use Netscape when viewing Pulse content on the Mac.

Requirements:
Mac OS 9 or later, a supported web browser.

SysFarm Pulse is a web application for implementing Web 2.0 analytical communities (spaces), providing tools to analyze and visualize data and create a (mobile/web) community around it.
SysFarm Puls is also available as a service at http://pulse.sysfarm.com

System requirements:
- Java

MUSCLE is a cross-platform, robust, somewhat scalable client-server messaging system for dynamic distributed applications that runs under any POSIX-compliant operating system. MUSCLE has been developed, used, and refined as the networking component of BeShare, CueStation, CueConsole, and various other audio control applications at Level Control Systems (now Meyer Sound Laboratories) for over six years.
Main features:
- Use BMessage-like muscle::Messages under any operating system.
- Send flattened muscle::Messages from one computer to another over TCP streams, eliminating unnecessary compatibility and protocol-versioning hassles.
- Run a muscled server on a central machine, and write (or download) client programs to log in to the server and communicate through it. Once logged in, client programs can discover who else is logged in, send muscle::Messages to other clients, and store muscle::Messages in the servers RAM for other clients to download later. Clients can also subscribe to selected data on the server, and be automatically notified whenever it changes. Unicast-style, multicast-style, and broadcast-style Message routing are all supported via an intelligent hierarchical pattern-matching routing mechanism. Writing multiplayer games, IRC style chat applications, SETI style distributed calculation apps, or any other type of distributed software is made easy because MUSCLE handles all the dirty work for you!
- Customize the included muscled server by defining your own session logic or message-streaming protocol. (Note that this is only necessary for certain specialized applications--the standard server provides sufficient functionality for most things)
- Write your client code in C++, C, Java, Delphi, or Python. Single-threaded and multi-threaded messaging APIs are provided for all of the aforementioned languages.
- Or just use the included message, string, dataIO, hashtable, dequeue, string-tokenizer, reference-count, regular expression and pattern matching parser, and object-pool code by themselves, as handy cross-platform utility classes. All source code is included, and you are free to use and abuse it any way you wish.
Enhancements:
- Optimized CreateConnectedSocketPair() by having it use the UNIX socketpair(AF_UNIX) function on systems that support that call.
- Removed the optional (useNagles) argument from the CreateConnectedSocketPair() function, since there
- is little or no point in using Nagles algorithm for sockets within the same process. (if you really needed it for some reason, you could still call SetSocketNaglesAlgorithmEnabled() manually on the resulting sockets afterwards)
- tests/cvscopy.cpp is now tests/svncopy.cpp, since I dont use CVS anymore.
- Thread::WaitForNextMessageAux() wasnt handling file descriptors properly when called with a wakeupTime less than or equal to the current time. Fixed.
- Added a testpulsenode.cpp file to the tests folder, to test the reliability and scalability of the PulseNode timed-event-callback implementation.
- Fixed some valgrind hits in NetworkUtilityFunctions.cpp by having the code check the sin_family of sockaddr structs before reading any IPv4-specific fields. QMuscleSupport.h wouldnt compile under Qt 3.x. Fixed.
- Added Mika Lindqvists patches to get QMuscleSupport.h to compile under older versions of Microsoft Visual C++.
- The SharedUsageLimitProxyMemoryAllocator class was not always freeing all of the cached memory during large free operations, which could result in the process-memory-cache getting too large. Fixed.
- Fixed a bug in the PulseNode classs linked list code that could cause PulseChildren to not have their Pulse() methods called at the proper times.
- Merged in Bryan Varners patch to the MessageTransceiverThread Java class so that spurious connect-succeeded tags are no longer sent by the I/O thread to the main thread.

Fine digital synthesizer with a interface which allow you to edit parameters quick and intuitive even if equipped only with a mouse.
Using the edit knob you can, in addition to standard editing, change multiple parameters with both ease and speed.
Main features:
- 2 Oscillators with waveforms sine-triangle-saw-square-pulse
- FM and sync
- External input and noise
- Fold algorithm
- ADSR volume envelope
- ADS filter envelope
- LP-LP or LP-HP 12dB/oct filters
- Filter overdrive
- 2 modulation busses with 8 sources and 8 destinations each
- 1 LFO with triangle, square , saw.
Enhancements:
- Universal Binary
- New ADSR parameters
- Auto routing editor
- Arpeggiator
- Improved performance.

TurboMCS Controller is an application designed to interface with the EG&G Ortec TurboMCS (Multi-Channel Scaler) hardware via the serial port.
You have the possibility to view the data onscreen but also saved it in binary or text files. This type of hardware is used for fast timing measurements of pulsed count sources, mainly in LIDAR or other time-of-flight applications.

System requirements:
- Connected MCS.