- MATLAB 2014A DOCUMENTATION MANUAL
- MATLAB 2014A DOCUMENTATION SOFTWARE
- MATLAB 2014A DOCUMENTATION CODE
In MATLAB R2014a the Bus Selector block has been virtualized in Simulink. The following is a list of known issues as of March, 27th 2014: not using new R2014a features) should work fine with R2014a and Release 2014-A. Nevertheless we are confident that most existing RTI and ConfigurationDesk models (i.e. MATLAB 2014A DOCUMENTATION SOFTWARE
For these reasons we cannot fully exclude that you encounter issues, and for the same reason the installation software displays a warning, if it detects R2014a.
MATLAB 2014A DOCUMENTATION MANUAL
Due to release timeline constraints there were some restrictions a) with respect to execution of manual tests and b) with respect to the level of detail that could be realized for RTI, ConfigurationDesk and VEOS compatibility analysis of Simulink or Simulink Coder Features new with R2014a. As a result, no problems have been observed in these tests. Qualification of using command revertInlineParametersOffToR2013b for MATLAB R2014a / dSPACE Release 2014-Aįor RTI, ConfigurationDesk and VEOS, existing and relevant automated regression tests have been run under R2014a and with the command revertInlineParametersOffToR2013b being applied.
add a call to your dsstartup.m script (see dSPACE documentation for more details on the dsstartup.m script). add a call to your startup.m script (see MATLAB documentation for more details on the startup.m script), or. Run the command manually after MATLAB started, or. For this, you have the following options: If you intend to work with MATLAB R2014a and dSPACE Release 2014-A, you must ensure to run the command revertInlineParametersOffToR2013b before using RTI, ConfigurationDesk or VEOS. Handling of command revertInlineParametersOffToR2013b For more details see the Simulink Coder release notes here: 
The command revertInlineParametersOffToR2013b is shipped as part of the Simulink Coder product with MATLAB R2014a. This command enables the Simulink Coder behavior and dSPACE TRC file generation in MATLAB R2014a similar to that in MATLAB R2013b and before. Using dSPACE Release 2014-A in combination with MATLAB R2014a requires to use the command revertInlineParametersOffToR2013b. The use of the MATLAB command revertInlineParametersOffToR2013b will still be necessary.Ĭombining MATLAB R2014a with dSPACE Release 2014-A With dSPACE Release 2014-B and newer dSPACE plans to grant official support for MATLAB R2014a.
dSPACE reserves the right to limit or decline product support for this combination. dSPACE performed only a shortened quality assurance testing process between MATLAB R2014a and dSPACE Release 2014-A because of limited time between the MATLAB and dSPACE release dates. A warning about missing compatibility will be displayed by dSPACE installation if it detects MATLAB R2014a. MATLAB 2014A DOCUMENTATION CODE
For enabling the compatible code generation behavior a specific MATLAB command has to be set ( see details below). New features of MATLAB Simulink and Simulink Coder of MATLAB R2014a are not supported. Therefore dSPACE Release 2014-A is able to unofficially support MATLAB R2014a, that means: However, Mathworks has provided to us a technical solution in terms of a specific MATLAB command to enable the old code and TRC file generation behavior. These changes could not fully be taken into account in dSPACE Release 2014-A, and, as a consequence, dSPACE Release 2014-A does not officially support MATLAB R2014a.įurthermore dSPACE does not grant product support (by support and development department) for this combination by default. Fan, “Choice of the perfectly matched layer boundary condition for frequency-domain Maxwell's equations solvers,” Journal of Computational Physics, vol. 231, pp.With the MATLAB/Simulink R2014a release, code generation by Simulink Coder has changed and therefore also the generation of variable descriptions (TRC files) by RTI, ConfigurationDesk and VEOS had to be modified accordingly. You are welcome to cite the following paper about the techniques used in MaxwellFDFD: The output parameters E and H are the solution E- and H-fields of the simulation. 'SRCJ' (source): the electric current source in the simulation domain 'OBJ' (object): the materials and shapes of the objects in the simulation domain 'DOM' (domain): the material and size of the simulation domain 'OSC' (oscilation): the length unit (1 nm) and free-space wavelength (1550 nm) The meaning of the input parameter groups used in the code is as follows: 
MaxwellFDFD is a MATLAB-based package that solves the frequency-domain Maxwell's equations
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