What’s new in 24.5

The appearance of the documentation has become modern, beautiful and concise. The main documentation page is now very functional and allows you to quickly access the most necessary and sought-after sections. We really like it, we hope that you will appreciate it too.

We have created tooltips for interface elements for you. Now you will know exactly what a particular button or menu item is responsible for.

We have implemented a very convenient tool for you to navigate through the contents of the script. The content is generated automatically based on the formatting of the text sections. You can quickly navigate from one section of the script to another, execute it, or delete it. You can also quickly create a new section.

Sometimes it happens that part of the file data is lost during transmission over the Network and scripts stop opening in development environments. This can carry great risks of losing groundwork and time spent on development. To minimize such losses, we made it possible to open the "broken" script in text form. This way you can access its contents.

We have allocated a new library – Radars. It will contain algorithms and tools for designing, simulating, analyzing, and testing multifunctional radar systems. As the library gets bigger, it will include models of transmitters, receivers, distribution channels, targets, jammers, and jammers. It will allow radars to be modeled at different levels of abstraction using probabilistic models and models based on a complex signal envelope.

Another feature for precise debugging, which we are sure a lot of people are waiting for. We have implemented the ability to perform step-by-step debugging of dynamic Engee models. To do this, you need to enable a similar version of the model in its settings. In the menu, you can adjust the number of steps, as well as the time (in milliseconds) of a step during iterative execution of models. Now you can move forward or backward in the simulation process and track the results at each step.

We have implemented another very convenient feature – the output of variable types in the block settings when they are changed and saved. Also, the pop-up menu will now display the type of parameter value if it is set by a vector or matrix.

By default, parameter changes are saved by pressing the Enter key, but now, to be sure, the user can disable automatic saving and apply the changes manually.

Previously, the Engee canvas displayed the names of the blocks whose name was changed, but now, for your convenience, we have added the ability to display the names of all the blocks.

Engee uses local solvers in conjunction with global solvers to calculate physical networks, a well-known approach that allows large complex models to be calculated in a reasonable amount of time. Moreover, a single physical network can be divided into several smaller ones connected by directional signals, and use a local solver for each one.

We have added support for discrete local solvers representing the physical network as a discrete black box for the global solver. This makes it possible to achieve even greater acceleration with an often acceptable loss of accuracy, which is especially important for real-time calculations on KPM RHYTHM.

Now, when deleting a run, the numbering is saved and no longer starts over. When running several different models sequentially, the runs are also numbered sequentially.

Added keyboard shortcuts to control the simulation on the canvas:

The margins in the block library have been fixed, and now they look neater and more logical, as they reflect different levels of library nesting.