def proximalGraph(*args):
"""
proximalGraph(Matrix<(double)> alpha0, Matrix<(double)> alpha, Vector<(double)> eta_g,
SpMatrix<(bool)> groups,
SpMatrix<(bool)> groups_var, int num_threads,
double lambda1, double lambda2, double lambda3,
bool intercept, bool resetflow, char name_regul,
bool verbose, bool pos, bool clever,
bool eval, int size_group, bool transpose) -> Vector<(double)>
proximalGraph(Matrix<(float)> alpha0, Matrix<(float)> alpha, Vector<(float)> eta_g,
SpMatrix<(bool)> groups, SpMatrix<(bool)> groups_var,
int num_threads,
float lambda1, float lambda2, float lambda3,
bool intercept, bool resetflow, char name_regul,
bool verbose, bool pos, bool clever, bool eval,
int size_group, bool transpose) -> Vector<(float)>
"""
return _spams_wrap.proximalGraph(*args)
def proximalGraph(*args) -> "Vector< float > *":
"""
proximalGraph(Matrix< double > * alpha0, Matrix< double > * alpha, Vector< double > * eta_g, SpMatrix< bool > * groups, SpMatrix< bool > * groups_var, int num_threads, double lambda1, double lambda2, double lambda3, bool intercept, bool resetflow, char * name_regul, bool verbose, bool pos, bool clever, bool eval, int size_group, bool transpose) -> Vector< double >
proximalGraph(Matrix< float > * alpha0, Matrix< float > * alpha, Vector< float > * eta_g, SpMatrix< bool > * groups, SpMatrix< bool > * groups_var, int num_threads, float lambda1, float lambda2, float lambda3, bool intercept, bool resetflow, char * name_regul, bool verbose, bool pos, bool clever, bool eval, int size_group, bool transpose) -> Vector< float > *
"""
return _spams_wrap.proximalGraph(*args)