KRASTA 9.9.5 available

Dear subscribers and KRASTA customers,

Version 9.9.5 is available for all customers with an active support and maintenance contract at our customer's area at http://www.krasta.de (blue "login" box at top right).

KRASTA 9.9.5 includes compared to KRASTA 9.9.1 among others the following enhancements, improvements and corrections:

FS#2148
Error: A self-referential load case definition is not recognized reliably, KRASTA locks up.
Correction in 9.9.5: KRASTA now works as intended.

FS#2151
Error: Result/Proof: Display-Setting mistakes result quantity to be displayed.
If a displaysetting specifies the result quantity to be displayed and the results of another result/proof are displayed in advance,
the incorrect/inappropriate physical quantity may be displayed.
This does not happen if the result/proof is performed explicitly.
Correction in 9.9.5: KRASTA now works as intended.

FS#2152
Error: In the KRASTA basic version, calculation-suite objects are not displayed in the object tree.
Correction in 9.9.5: KRASTA now works as intended.

FS#2146
Error: Constraints: Assistant for rope polygons formulates incorrect constraints.
The reciprocal values of the correct factors may be used.
The assistant must be run again.
Correction in 9.9.4: KRASTA now works as intended.

FS#2147
Error: KRASTA crash instead of a second error message.
Correction in 9.9.4: KRASTA now works as intended.

FS#2144
Error: Incorrect labeling in the ‘Purge system’ dialog.
Correction in 9.9.3: Corrected label to 'Undo Files ...’ instead of 'Solve Input Data ...'

FS#2145
Error: Context menu in KRASTA object tree partially not working.
Correction in 9.9.3: KRASTA now works as intended.

FS#2139
Improvement in KRASTA 9.9.2: Enhancement of a customer-specific module.

FS#2143
Improvement in KRASTA 9.9.2: Mutual ‘conversion’ of basic and combination load cases.
Basic load cases can be converted into combination load cases and vice versa.
This results in an empty load case, which is retained in the load case pattern.
Replacing a basic load case with a combination load case (BLC->CLC) is a task that occurs in practice and is simplified by this feature.
(CLC->BLC is also implemented for the sake of completeness.)