What’s new in 25.10

The behavior of the feedback form regarding the selection of tags has been optimized, there are more of them, and the selection field itself is automatically hidden. Now the user can create requests with their "wishlist" much faster.

Previously from command line with the help program management The user received a link for launching the application. Now there is a new mode for calling user applications. When adding an attribute open_url=true in the application launch bar, we get a new behavior mode: the application opens automatically in a separate window. Now you can add the app launch by clicking on the button. masks of the block, for example:

Added keyboard shortcuts in the command line for keyboard control mode. We recommend that you learn more about the features of the "hotkeys" of the Engee command line in this section of the documentation.: Engee keyboard shortcuts.

Added support for dynamic system models in the form of a frequency transfer function (FRD model). It is now possible to create, import, and analyze frequency characteristics of both SISO and MIMO systems in Engee. You can use various graphical forms to represent the dynamics of the system: AFC, LFCC, Nichols diagram and a graph of singular values. This makes it possible to use Engee to identify and verify systems based on experimental data without having to build a parametric model.

We have created built—in language that allows you to create your own physical components, just like in Simscape. Engineers can now describe their effects, formulas, and equations directly in code and turn them into blocky Engee elements. This means that you can simulate any process, even if there are no such blocks in the library yet — from hydraulics to electrics.

The new language combines the power of symbolic calculations and the flexibility of programming. Engee* becomes the first Russian platform where users can create their own physical worlds without restrictions and without compiling external libraries. And the first example of creating your own physical component is already ready.: Creating our own physical component, the Resistor

We gave the user the opportunity to specify exactly where to output the text in the block mask. You can set text coordinates and alignment using special arguments in a callback command like engee.show.

Added the ability to change the column widths in tables of some modeling environment tools: symbols of Finite automata, module physical variables, in the list breakpoints.

Expanded support for data types in the block C Function and we added two additional types to the selection menu.: int128 and uint128.

Now the commands get_param and set_param support more parameters for blocks Bus Creator and Bus Selector. The Bus Creator block has a parameter added.:

And the Bus Selector block has the following parameters:

This allows you to flexibly control the structure of the tires and their signals from scripts — including adding, renaming, and selecting elements — without manually editing the model.

Added another stage in the window model diagnostics to more accurately estimate the time of its execution, the simulation is being prepared. Now there should be no serious discrepancies between the actual execution time of the models and that recorded in the diagnostics.

Added an option for software control that creates a duplicate of the input port (not to be confused with a copy). Using the argument duplicate = true with the team engee.copy_block duplicates the input port block in the subsystem, assigning the target block the same port number as the source block. Duplicating the input port block allows you to fork the signal from the input port without creating a new port or adding new signals.

128-bit integer data types are now supported in the C Function block. This is especially useful for verification of the code generated by Verilog, which may contain types of this length. The GNU/Clang extension is used to generate the C code. int128_t/uint128_t.

We regularly update and improve the blocks in the category "Hardware". Install an up-to-date support package to enjoy the latest features: Engee.Integrations.

Now it is possible through software control (using commands engee.set_param!/engee.get_param) get access to all model settings, including model settings from the RHYTHM panel. For example, you can disable the overflow detection of the calculation step (the program name of the setting ritmDetectOverruns) by a team: engee.set_param!(engee.gcm(),"ritmDetectOverruns"⇒false). This allows you to create more flexible scripts and automation scenarios using software control for RHYTHM.