Made thousands of code-point changes so that this app is about twice faster than before, includes new features, fixes feature deficiencies and improves code generation so that the project itself is more reliable. This version is for macOS 27 only, Intel support is dropped, and hence this app is better tested for deployment targets and launches even faster because the binary is smaller. The project itself has been streamlined for faster and more reliable deployment and iteration. Many features have been reworked to be better designed with an eye towards maintainability.

This release has speed, features and reliability. We are now zeroing in on perfection by fixing a handful of issues dealing with macOS 26 (Tahoe) interaction. Please contact support@vvi.com with any improvement suggestion. We are iterating to perfection and all input is welcome.

This release has speed, features and reliability. We are now zeroing in on perfection by fixing a handful of issues dealing with macOS 26 (Tahoe) interaction. Please contact support@vvi.com with any improvement suggestion. We are iterating to perfection and all input is welcome.

This release has speed, features and reliability. We are now zeroing in on perfection by fixing a handful of issues dealing with macOS 26 (Tahoe) interaction. Please contact support@vvi.com with any improvement suggestion. We are iterating to perfection and all input is welcome.

This version is macOS 26 (Tahoe) specific in order to propel quality to the highest level. Thousands of code lines have been systematically improved to make the user interface about twice as fast. Numerous unique features have been added to give an overall polished appeal. This is certainly the best data visualization release yet! But ... we are working to outdo ourselves once again with the next release so please contact support@vvi.com with your questions and improvement suggestions. Our customers are our greatest motivator for improving quality.

This is a maintenance release to synch with other derivatives and to synch the codebase for regression analysis.

A deficiency in object-oriented language has been remedied so that the source code maintains abstraction and compiled code is efficient at the same time. This particularly impacts the multi-axis strip chart and tables because the order of computation is geometric. This is particularly important for this real-time application which can show series data in the order of millions of samples in realtime.

The multi-axis strip chart and tables are now more efficient, i.e: faster. This is particularly important for this real-time application which can show series data in the order of millions of samples in realtime.

The multi-axes strip chart and tables are now more efficient, i.e: faster. This is particularly important for this real-time application which can show series data in the order of millions of samples in realtime.

This is a maintenance release to synch with other derivatives and to synch the codebase for regression analysis.

This version requires macOS 15 (Sequoia) at the minimum. All deprecated API calls and library linkages have been removed which makes DAQ Plot more reliable.

This is a maintenance release to synch with other derivatives and to synch the codebase for regression analysis.

The user interface is faster. This is a maintenance release to synch with other derivatives and to synch the codebase for regression analysis.

This version is much faster due to code theoretic transformations on existing codebase, thus making it faster while maintaining the architecture and minimizing or eliminating regressions (a type of bug). Speed is particularly important for DAQ Plot because it is designed for real-time acquisition with the ability to quickly display millions of data samples per second to millions per year and everything in between. Overall, this version focuses on speed improvements and stability. Should you have any question then please email support@vvi.com where your input is appreciated.

Synched with the common codebase in order to pickup any unobserved bug fixes and also for regression testing. Made launching and the user interface faster by streamlining existing code. Compiled against the latest Xcode toolset on Sequoia.

Synched with the common codebase in order to pickup any unobserved bug fixes and also for regression testing. Version 14 will be compatible with Sequoia only and this version 12.16.x will be the last compatible with previous operating system versions. As a consequence only critical bugs are being fixed for 12.16.x. In the last year, DAQ Plot has become about 10 times faster and the build from scratch time reduced from one hour to 12 minutes meaning that comprehensive iteration on builds is five times faster which result in greater ability to iterate test and deploy. Version 14 will increase reliability beyond that which can be achieved otherwise by focusing only on the latest operating system. Please email support@vvi.com to let us know your thoughts about compatibility or any other issue.

Fixed an unobserved bug associated with the last refactoring. Version 14 will be compatible with Sequoia only and this version 12.16.x will be the last compatible with previous operating system versions. As a consequence only critical bugs are being fixed for 12.16.x. In the last year, DAQ Plot has become about 10 times faster and the build from scratch time reduced from one hour to 12 minutes meaning that comprehensive iteration on builds is five times faster which result in greater ability to iterate test and deploy. Version 14 will increase reliability beyond that which can be achieved otherwise by focusing only on the latest operating system. Please email support@vvi.com to let us know your thoughts about compatibility or any other issue.

This version is much more optimized. Launching is particularly optimized in this version. Singletons and forward referencing have been further eliminated, deferred or refined in order to produce much better launch time and also accuracy in multithreaded and multiprocessing situations.

This is a maintenance release to synch with other derivatives and to synch the codebase for regression analysis.

This version is faster and more secure. That is accomplished by pre-caching hashes and other deterministic values into the signed binaries. That is especially important for DAQ Plot as it is designed to show millions of data samples per second on a graph and in textual tables as well as for less intensive data acquisition needs.

This version speeds up launching, fixes bugs and removes API associated with security concerns and replaces those calls with compile-time deterministic implementations.

This version speeds up signal and table drawing and fixes bugs. This fixes a buffer overflow bug that only sometimes bit when a hardware device was specified, that device was unplugged (became unavailable) and then on subsequent launch the error message would cause a buffer overflow. That was the result of using sprintf() which is considered unsafe in modern programming. Thus sprintf() codepaths have been replaced with much more reliable and much faster built-in procedural functions.

Changing the style type produced a crash and that issue has been fixed. There was another crash bug while having the Signal Table Window forward, bringing the column drop-down menu forward and then changing the style type and that issue has been fixed. Additional testing on many variations of style type changes (from Simple, Standard, Pro) with combinations of viewers forward could not produce an additional bug. Synched with other derivatives and the codebase for regression analysis.

Some user interface components are now faster. The build process is about 25% faster and the embedded script engine (for animations, ui bindings, formula generation, etc.) is now faster which means DAQ Plot is faster than ever. A faster build process allows for quicker turn around time to address issues iteratively and also respond to customer requests in a more timely way.

Recompiled with the latest codebase and compiler to pickup optimizations and also any bug fixes that are theoretical but have not been reported or encountered during testing.