def __init__(self, dirname, soname, forced_rebuild=False):
self.clib_float32 = load_dynamic_library(dirname,
soname + '_float32',
forced_rebuild=forced_rebuild)
self.clib_float64 = load_dynamic_library(dirname,
soname + '_float64',
forced_rebuild=forced_rebuild)
arg_list = [
POINTER(PyMatrix), c_uint32, c_uint32, c_int32, c_uint32, c_int32,
POINTER(c_uint32)
]
fillprototype(self.clib_float32.get_codes, None, arg_list)
fillprototype(self.clib_float64.get_codes, None, arg_list)
def __init__(self, dirname, soname, forced_rebuild=False):
self.clib_float32 = load_dynamic_library(dirname,
soname + '_float32',
forced_rebuild=forced_rebuild)
self.clib_float64 = load_dynamic_library(dirname,
soname + '_float64',
forced_rebuild=forced_rebuild)
arg_list = [
POINTER(PyMatrix), # PyMatrix X
POINTER(PyMatrix), # PyMatrix Y
POINTER(PyMatrix), # PyMatrix C
POINTER(PyMatrix), # PyMatrix Z
COOAllocator.CFUNCTYPE, # py_coo_allocator
c_double, # threshold
c_int, # solver_type
c_double, # Cp
c_double, # Cn
c_uint64, # max_iter
c_double, # eps
c_int # threads
]
fillprototype(self.clib_float32.c_multilabel_train_with_codes, None,
arg_list)
fillprototype(self.clib_float64.c_multilabel_train_with_codes, None,
arg_list)
arg_list = [
POINTER(PyMatrix),
POINTER(PyMatrix),
POINTER(PyMatrix),
POINTER(PyMatrix), PredAllocator.CFUNCTYPE, c_int
]
fillprototype(self.clib_float32.c_multilabel_predict_with_codes, None,
arg_list)
fillprototype(self.clib_float64.c_multilabel_predict_with_codes, None,
arg_list)
arg_list = [
POINTER(PyMatrix),
POINTER(PyMatrix), c_uint64,
POINTER(c_uint32),
POINTER(c_uint32), c_void_p, c_int
]
fillprototype(self.clib_float32.c_sparse_inner_products, None,
arg_list)
fillprototype(self.clib_float64.c_sparse_inner_products, None,
arg_list)