PL_TRIPHOP_DEPRIC = 2
PL_LINK = 3
PL_EXTERNVALUE = 4
PL_NONE = 5
PL_WAIT = 6
PL_HEADWAY = 7
PL_TRIPBOARD = 8
PL_CROSSING = 9
PL_ALIGHT = 10
PL_HEADWAYBOARD = 11
PL_EGRESS = 12
PL_HEADWAYALIGHT = 13
PL_ELAPSE_TIME = 14
PL_COMBINATION = 15
LGSTypes.edgepayload_t = {1:c_int8, 2:c_int16, 4:c_int32, 8:c_int64}[c_size_t.in_dll(lgs, "EDGEPAYLOAD_ENUM_SIZE").value]
declarations = [\
(lgs.chpNew, LGSTypes.CHPath, [c_int, c_long]),
(lgs.chpLength, c_int, [LGSTypes.CHPath]),
(lgs.chpCombine, LGSTypes.CHPath, [LGSTypes.CHPath, LGSTypes.CHPath]),
(lgs.chpDestroy, None, [LGSTypes.CHPath]),
(lgs.dist, LGSTypes.CHPath, [LGSTypes.Graph, c_char_p, c_char_p, LGSTypes.WalkOptions, c_int, c_int]),
(lgs.get_shortcuts, POINTER(LGSTypes.CHPath), [LGSTypes.Graph, LGSTypes.Vertex, LGSTypes.WalkOptions, c_int, POINTER(c_int)]),
(lgs.init_priority_queue, LGSTypes.Heap, [LGSTypes.Graph, LGSTypes.WalkOptions, c_int]),
(lgs.pqPush, None, [LGSTypes.Heap, LGSTypes.Vertex, c_long]),
(lgs.pqPop, LGSTypes.Vertex, [LGSTypes.Heap, POINTER(c_long)]),
(lgs.get_contraction_hierarchies, LGSTypes.CH, [LGSTypes.Graph, LGSTypes.WalkOptions, c_int]),
(lgs.chNew, LGSTypes.CH, []),
(lgs.chUpGraph, LGSTypes.Graph, [LGSTypes.CH]),
(lgs.chDownGraph, LGSTypes.Graph, [LGSTypes.CH]),
(lgs.epNew, LGSTypes.EdgePayload, [LGSTypes.edgepayload_t, c_void_p]),
get_divs[intype] = fn = _LIB['np_divs_' + name]
fn.restype = None
fn.argtypes = [
POINTER(POINTER(intype)), c_size_t, POINTER(c_size_t),
POINTER(POINTER(intype)), c_size_t, POINTER(c_size_t),
c_size_t,
POINTER(c_char_p), c_size_t,
POINTER(POINTER(c_double)),
POINTER(DivParams),
]
################################################################################
### C values
default_c_vals = POINTER(c_double).in_dll(_LIB, 'default_c_vals')
num_default_c_vals = c_size_t.in_dll(_LIB, 'num_default_c_vals')
################################################################################
### SDM model stuff
class SDM_ClassifyD(Structure): pass
class SDM_ClassifyF(Structure): pass
class SDM_RegressD(Structure): pass
class SDM_RegressF(Structure): pass
_sdm_classes = [
(SDM_ClassifyD, c_double, c_int),
(SDM_ClassifyF, c_float, c_int),
(SDM_RegressD, c_double, c_double),
(SDM_RegressF, c_float, c_double),
]
class ENUM_serialization_status_code_t:
OK = 0
GRAPH_FILE_NOT_FOUND = 1
MMAP_FILE_NOT_FOUND = 2
UNSUPPORTED_EDGE_TYPE = 3
SERIALIZATION_READ_ERROR = 4
BAD_FILE_SIG = 5
BINARY_INCOMPATIBILITY = 6
for enum in ("edgepayload_t", "serialization_status_code_t"):
setattr(
LGSTypes,
enum,
{1: c_int8, 2: c_int16, 4: c_int32, 8: c_int64}[c_size_t.in_dll(lgs, "ENUM_SIZE__%s" % enum).value],
)
declarations = [
(lgs.chpNew, LGSTypes.CHPath, [c_int, c_long]),
(lgs.chpLength, c_int, [LGSTypes.CHPath]),
(lgs.chpCombine, LGSTypes.CHPath, [LGSTypes.CHPath, LGSTypes.CHPath]),
(lgs.chpDestroy, None, [LGSTypes.CHPath]),
(lgs.dist, LGSTypes.CHPath, [LGSTypes.Graph, c_char_p, c_char_p, LGSTypes.WalkOptions, c_int, c_int]),
(
lgs.get_shortcuts,
POINTER(LGSTypes.CHPath),
[LGSTypes.Graph, LGSTypes.Vertex, LGSTypes.WalkOptions, c_int, POINTER(c_int)],
),
(lgs.init_priority_queue, LGSTypes.Heap, [LGSTypes.Graph, LGSTypes.WalkOptions, c_int]),
(lgs.pqPush, None, [LGSTypes.Heap, LGSTypes.Vertex, c_long]),
def sizeof(struct_type):
try:
return c_size_t.in_dll(libcpr, 'cpr_' + struct_type + '_sizeof').value
except ValueError:
raise ValueError, "unknown libcpr structure type: {}".format(
struct_type)
PL_TRIPBOARD = 8
PL_CROSSING = 9
PL_ALIGHT = 10
PL_HEADWAYBOARD = 11
PL_EGRESS = 12
PL_HEADWAYALIGHT = 13
PL_ELAPSE_TIME = 14
PL_COMBINATION = 15
LGSTypes.edgepayload_t = {
1: c_int8,
2: c_int16,
4: c_int32,
8: c_int64
}[c_size_t.in_dll(lgs, "EDGEPAYLOAD_ENUM_SIZE").value]
declarations = [\
(lgs.chpNew, LGSTypes.CHPath, [c_int, c_long]),
(lgs.chpLength, c_int, [LGSTypes.CHPath]),
(lgs.chpCombine, LGSTypes.CHPath, [LGSTypes.CHPath, LGSTypes.CHPath]),
(lgs.chpDestroy, None, [LGSTypes.CHPath]),
(lgs.dist, LGSTypes.CHPath, [LGSTypes.Graph, c_char_p, c_char_p, LGSTypes.WalkOptions, c_int, c_int]),
(lgs.get_shortcuts, POINTER(LGSTypes.CHPath), [LGSTypes.Graph, LGSTypes.Vertex, LGSTypes.WalkOptions, c_int, POINTER(c_int)]),
(lgs.init_priority_queue, LGSTypes.Heap, [LGSTypes.Graph, LGSTypes.WalkOptions, c_int]),
(lgs.pqPush, None, [LGSTypes.Heap, LGSTypes.Vertex, c_long]),
(lgs.pqPop, LGSTypes.Vertex, [LGSTypes.Heap, POINTER(c_long)]),
(lgs.get_contraction_hierarchies, LGSTypes.CH, [LGSTypes.Graph, LGSTypes.WalkOptions, c_int]),
(lgs.chNew, LGSTypes.CH, []),
(lgs.chUpGraph, LGSTypes.Graph, [LGSTypes.CH]),
(lgs.chDownGraph, LGSTypes.Graph, [LGSTypes.CH]),
(lgs.epNew, LGSTypes.EdgePayload, [LGSTypes.edgepayload_t, c_void_p]),
def sizeof(struct_type):
try:
return c_size_t.in_dll(libcpr, 'cpr_' + struct_type + '_sizeof').value
except ValueError:
raise ValueError, "unknown libcpr structure type: {}".format(struct_type)
POINTER(c_size_t),
POINTER(POINTER(intype)),
c_size_t,
POINTER(c_size_t),
c_size_t,
POINTER(c_char_p),
c_size_t,
POINTER(POINTER(c_double)),
POINTER(DivParams),
]
################################################################################
### C values
default_c_vals = POINTER(c_double).in_dll(_LIB, 'default_c_vals')
num_default_c_vals = c_size_t.in_dll(_LIB, 'num_default_c_vals')
################################################################################
### SDM model stuff
class SDM_ClassifyD(Structure):
pass
class SDM_ClassifyF(Structure):
pass
class SDM_RegressD(Structure):
pass
