Tags: ModiaSim/ModiaBase.jl
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## ModiaBase v0.11.1 [Diff since v0.11.0](v0.11.0...v0.11.1) **Merged pull requests:** - Add nonlinear equation system solver (#9) (@GerhardHippmann)
## ModiaBase v0.11.0 [Diff since v0.10.0](v0.10.0...v0.11.0) - Moved ModiaBase.Symbolic.makeDerVar to Modia (because makeDerVar needs FloatType for generating type-stable code and FloatType is available in Modia but not in ModiaBase). **Merged pull requests:** - Merge main into development (#8) (@MartinOtter)
## ModiaBase v0.10.0 [Diff since v0.9.2](v0.9.2...v0.10.0) **Non-backwards** compatible changes - EquationAndStateInfo.jl and StateSelection.jl moved to Modia (ModiaLang is merged into Modia), because the AST generation in these files depends on details of CodeGeneration.jl of Modia/ModiaLang. - TestLinearEquations.jl also moved to Modia/ModiaLang. **Merged pull requests:** - Mo move ast to modia (#7) (@MartinOtter)
## ModiaBase v0.9.0 [Diff since v0.8.1](v0.8.1...v0.9.0) Non-backwards compatible improvements - Parameter values in the code are now type cast to the type of the parameter value from the `@instantiatedModel(..)` call. The benefit is that access of parameter values in the code is type stable and operations with the parameter value are more efficient and at run-time no memory is allocated. Existing models can no longer be simulated, if parameter values provided via `simulate!(.., merge=xx)` are not type compatible to their definition. For example, an error is thrown if the @instantedModel(..) uses a Float64 value and the `simulate!(.., merge=xx)` uses a `Measurement{Float64}` value for the same parameter. Other improvements - Hierarchical names in function calls supported (e.g. `a.b.c.fc(..)`). - Functions can return multiple values, e.g. `(tau1,tau2) = generalizedForces(derw1, derw2)`. - Large speedup of symbolic transformation, if function depends on many input (and output) arguments (includes new operator `implicitDependency(..)`). - Support for StaticArrays variables (the StaticArrays feature is kept in the generated AST). - Support for Array variables (especially of state and tearing variables) where the dimension can change after @instantiateModel(..) - Included DAE-Mode in solution of linear equation system (if DAE integrator is used and all unknowns of a linear equation system are part of the DAE states, solve the linear equation system during continuous integration via DAE solver (= usually large simulation speed-up, for larger linear equation systems) - Improved code generation of linear equation systems lead to more efficient solution of linear equation systems. Bug fixes - Do no longer expand the unit macro in the AST, such as `u"N"`, because otherwise `logCode=true` results in wrong code (previously, a `u"N"` definition in the model was displayed in the code as `N` which is not correct Julia code). **Merged pull requests:** - Branch merge development to main2 (#6) (@MartinOtter)
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