configuration_selector_impl.h File Reference

Namespaces
namespace	sst
	Parent namespace for all Surge Synth Team code.
namespace	sst::filtersplusplus
	configuration_selector contains a set of useful functions to genreate uis and allow users to navigate the configuration space more naturally than the simple flat list in the core api.
namespace	sst::filtersplusplus::details

Functions
bool	isModelConfigValid (const FilterModel &fm, const ModelConfig &tc)
	A simple boolean check of if a given model config is valid for a given model.
bool	isPartialConfigValid (const FilterModel &fm, Passband p)
	This API allows you to build a partial config and test if you are valid so far.
bool	isPartialConfigValid (const FilterModel &fm, Passband p, Slope s)
bool	isPartialConfigValid (const FilterModel &fm, Passband p, Slope s, DriveMode d)
ModelConfig	closestValidModelTo (const FilterModel &fm, const ModelConfig &mc)
	Given a model config, which is the 'closes' valid model to the one handed in.
template<is_modelconfig_enum T>
std::vector< T >	potentialValuesFor (const FilterModel &fm)
	Given an enum type, what are the potential values this model could support for just that dimension.
bool	mcequal (const ModelConfig &mc)
template<is_modelconfig_enum T, typename... Args> requires (is_modelconfig_enum<Args> && ...)
bool	mcequal (const ModelConfig &mc, T val, Args... rest_args)
template<is_modelconfig_enum T, typename... Args> requires (is_modelconfig_enum<Args> && ...)
std::vector< std::pair< T, bool > >	vavpc (const FilterModel &fm, Args... cstr)
template<is_modelconfig_enum T, typename... Args> requires (is_modelconfig_enum<Args> && ...)
std::vector< T >	vapc (const FilterModel &fm, Args... cstr)
template<is_modelconfig_enum T, typename... Args> requires (is_modelconfig_enum<Args> && ...)
bool	isPartialMatch (const ModelConfig &mc, Args... cstr)
	isPartialMatch is just a utility where you can send a model config and then any subset of enums and get a true/false.
template<is_modelconfig_enum T>
std::vector< std::pair< T, bool > >	valuesAndValidityForPartialConfig (const FilterModel &fm)
	To probe a partial config, you want to know which values are possible valid and either get a list with only valid ones, or get a list of values with validity.
template<is_modelconfig_enum T>
std::vector< std::pair< T, bool > >	valuesAndValidityForPartialConfig (const FilterModel &fm, Passband p)
template<is_modelconfig_enum T>
std::vector< std::pair< T, bool > >	valuesAndValidityForPartialConfig (const FilterModel &fm, Passband p, Slope s)
template<is_modelconfig_enum T>
std::vector< std::pair< T, bool > >	valuesAndValidityForPartialConfig (const FilterModel &fm, Passband p, Slope s, DriveMode d)
template<is_modelconfig_enum T, typename... Args> requires (is_distinct_modelconfig_enum<Args, T> && ...)
std::vector< std::pair< T, bool > >	valuesAndValidityForPartiaulConfig (const FilterModel &fm, Args... args)
template<is_modelconfig_enum T>
std::vector< T >	valuesForPartialConfig (const FilterModel &fm)
	And this provides the filtered version, so items in the above api with false here would just not appear in the list.
template<is_modelconfig_enum T>
std::vector< T >	valuesForPartialConfig (const FilterModel &fm, const Passband &p)
template<is_modelconfig_enum T>
std::vector< T >	valuesForPartialConfig (const FilterModel &fm, const Passband &p, const Slope &s)
template<is_modelconfig_enum T>
std::vector< T >	valuesForPartialConfig (const FilterModel &fm, const Passband &p, const Slope &s, const DriveMode &d)
template<is_modelconfig_enum T, typename... Args> requires (is_distinct_modelconfig_enum<Args, T> && ...)
std::vector< T >	valuesForPartialConfig (const FilterModel &fm, Args... args)
template<is_modelconfig_enum T, typename... Args> requires (is_distinct_modelconfig_enum<Args, T> && ...)
bool	noChoicesOrOnlyUnsupported (const FilterModel &fm, Args... args)