shapeopt | OptParam : Doing parametrization by means of shapeopt
kandi X-RAY | shapeopt Summary
kandi X-RAY | shapeopt Summary
shapeopt is a C++ library. shapeopt has no bugs, it has no vulnerabilities and it has low support. You can download it from GitHub.
OptParam: Doing parametrization by means of shapeopt. This class is the abstract interface of a parametrization method, ie. a map from the boundary controlpoints to the interior controlpoints. Most importantly this method is the main 'bookkeeper' in my code. One of the main members is 'm_mappers' which holds a vector with a gsDofMapper for each dimension. For each dimension this Dofmapper is a 'Degrees of Freedom Mapper' that maps local indicies to global indicies of the controlpoints. This also takes care of the coupling of interfaces and possible elimination/ fixation of the boundary controlpoints. Finally by tagging controlpoints we can flag the ones that has a special role later, e.g. the design variables of a shape optimixation step. For performing OptParam the tagged points denotes the boundary controlpoints that should end up in the configuration of the 'goal' (the shape we want to parametrize) When constructing the class the default behaivour is to glue the interfaces, fix and tag the controlpoints on the boundary. In the following methods when handling controlpoints we use the format. The important methods are. The base class for shape optimization problems. It inherits from the gsOptProblem<> from G+Smo which interfaces IpOpt.
OptParam: Doing parametrization by means of shapeopt. This class is the abstract interface of a parametrization method, ie. a map from the boundary controlpoints to the interior controlpoints. Most importantly this method is the main 'bookkeeper' in my code. One of the main members is 'm_mappers' which holds a vector with a gsDofMapper for each dimension. For each dimension this Dofmapper is a 'Degrees of Freedom Mapper' that maps local indicies to global indicies of the controlpoints. This also takes care of the coupling of interfaces and possible elimination/ fixation of the boundary controlpoints. Finally by tagging controlpoints we can flag the ones that has a special role later, e.g. the design variables of a shape optimixation step. For performing OptParam the tagged points denotes the boundary controlpoints that should end up in the configuration of the 'goal' (the shape we want to parametrize) When constructing the class the default behaivour is to glue the interfaces, fix and tag the controlpoints on the boundary. In the following methods when handling controlpoints we use the format. The important methods are. The base class for shape optimization problems. It inherits from the gsOptProblem<> from G+Smo which interfaces IpOpt.
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shapeopt has a low active ecosystem.
It has 1 star(s) with 0 fork(s). There are 1 watchers for this library.
It had no major release in the last 6 months.
There are 1 open issues and 0 have been closed. There are no pull requests.
It has a neutral sentiment in the developer community.
The latest version of shapeopt is current.
Quality
shapeopt has no bugs reported.
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shapeopt has no vulnerabilities reported, and its dependent libraries have no vulnerabilities reported.
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shapeopt does not have a standard license declared.
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shapeopt releases are not available. You will need to build from source code and install.
Installation instructions are not available. Examples and code snippets are available.
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