You can now keep your Internal Block diagram (IBD) consistent with Activities with less effort! Our brand new behavior-to-structure synchronization allows you to validate Part Properties in an IBD to check whether Proxy Ports exist and are typed by compatible Interface Blocks based on flows found in Activities. As a result, instead of manually updating IBDs to be consistent with Activities, coherence between them is ensured by automatically detecting inconsistencies and providing the user with the solvers to handle each inconsistency individually.
Contextual Relationships have undergone major improvements! From now on, you can create contextual relationships directly in structure tree view tables and represent data in table columns by considering the usage context of the row elements.
Creating contextual relationships in tables.
Additionally, for a more compact Internal Block Diagram (IBD) view, you can now represent contextual relationships in the Element Properties compartment of the element shape.
Displaying contextual relationships in the element compartment.
In earlier versions, the Show Parts filter was hard to use in larger projects: only a limited list of connectors was visible; and identifying the connectors was difficult in some cases. This version brings enhancements that will allow easy searching, identification, and selection of all connectors outgoing from the parts. Using this dialog, you can easily filter connectors and choose which ones should be displayed in the table or hidden from it. Learn more >>
Content block
id
253195033
Performance Improvements
Anchor
numbering validation
numbering validation
Numbering validation. Project opening now takes less time as a result of boosting numbering validation efficiency. Image Added
A chart comparing the project opening speed in 2021x and 2021x Refresh1 SysML projects with 0.5M, 1M, 2M, and 5M elements.
Anchor
element selection
element selection
Element selection. Further improvements have been introduced to element selection (i.e., the Select Element dialog and drop-down lists) performance. The stereotyped element search is now performed approximately 20-200 times faster.
Anchor
import from another project
import from another project
Import from another project. Projects can be imported much faster as the import operation now works more like Copy/Paste rather than Merge.
Image Added
A chart comparing the sample project import speed in 2021x and 2021x Refresh1 SysML projects with 0.5M and 1M elements.
Anchor
Time consumption on large server projects
Time consumption on large server projects
Time consumption on large server projects. Report Wizard now utilizes significantly less time on large server projects using the Web Publisher 2.0 template, in comparison with the 2021x version.Image Added
A chart displaying the results of performance testing between SysML project 5M and 10M sizes in the whole elements scope.
Anchor
ignoring smart package calculation in tables and matrices
ignoring smart package calculation in tables and matrices
Ignoring Smart Package Calculation in Tables and Matrices. Depending on the complexity and the total number of Smart Packages within the specified scope in tables and matrices, significant performance degradation can be caused while building tables and matrices. Since the 2021x Refresh1, the inner Smart Packages are no longer calculated by default unless you turn on theInclude Additional Content option. Consequently, tables and matrices are now built faster. Image Added
The contents of a Smart Package that falls within the specified scope is excluded when building a table.
Anchor
freezing smart package contents
freezing smart package contents
Refreshing Smart Package contents on demand. You can now suspend the automatic Smart Package contents recalculation in the background to enhance performance by simply changing the Smart Package state to Frozen. As a result, elements are no longer automatically added to the Smart Package contents; however, the dynamic contents can still be refreshed on demand by clicking the button.
Four SysML projects in 2021x that were used to run the performance tests, ranging from 0.5M to 5M in size, are equal in size to projects of earlier versions with sizes ranging from 1M to 10M.
