def findPlanetTitle(session, planet, language):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which title we are finding
@type planet: sc_global_addr
@param language: language of title
@type language: sc_global_addr
@return: title of the planet
@rtype: string
"""
identficationKey = keynodes.common.nrel_identification
addr1 = sc_utils.searchOneShotBinPairAttrToNode(session, planet,
identficationKey,
sc.SC_N_CONST)
if addr1 is not None:
addr2 = searchPosArcFrom(session, addr1)
for addr in addr2:
is_spec_lang = sc_utils.checkIncToSets(session, addr, [language],
sc.SC_A_CONST)
if is_spec_lang is True:
content = session.get_content_str(addr)
if content is not None:
return sc_utils.cp1251ToUtf8(content)
return None
def findPlanetProperty(session, planet, property, unit_attr):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which property we are finding
@type planet: sc_global_addr
@param property: property keynode
@type property: sc_global_addr
@param unit_attr: property unit attribute keynode
@type unit_attr: sc_global_addr
@return: property value of the planet
@rtype: str
"""
identficationKey = keynodes.common.nrel_identification
dec_system = space_keynodes.DefaultAttr.dec_system
addr1 = sc_utils.searchOneShotBinPairAttrFromNode(session, planet,
property, sc.SC_N_CONST)
if addr1 is not None:
addr2 = searchOneShotPosArcAttrFrom(session, addr1, unit_attr)
addr3 = sc_utils.searchOneShotBinPairAttrToNode(
session, addr2, identficationKey, sc.SC_N_CONST)
addr4 = searchPosArcAttrFrom(session, addr3, dec_system)
for addr in addr4:
content = session.get_content_str(addr)
if content is not None:
return sc_utils.cp1251ToUtf8(str(content))
return None
def findPlanetAtmosphChemistry(session, planet):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which radius we are finding
@type planet: sc_global_addr
@return: chemistry of the planet
@rtype: tuple(property_name, [tuple(substance_name, percent),...],unit_name)
"""
atmosphereKey = space_keynodes.SpaceRelation.atmosphere
chemistryKey = space_keynodes.SpaceRelation.chemistry
prop_name = str(sc_utils.cp1251ToUtf8(session.get_idtf(atmosphereKey)))
prop_name = prop_name.replace('*', '')
result = None
addr1 = sc_utils.searchOneShotBinPairAttrFromNode(session, planet,
atmosphereKey,
sc.SC_N_CONST)
if addr1 is not None:
addr2 = sc_utils.searchOneShotBinPairAttrFromNode(
session, addr1, chemistryKey, sc.SC_N_CONST)
chemistry = findAllPlanetProperties(session, addr2)
items = []
unit_name = ""
for chem in chemistry:
if chem is not None:
name, value, unit_name = chem
item = (name, value)
items.append(item)
result = (prop_name, items, unit_name)
return result
def findPlanetAtmosphChemistry(session, planet):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which radius we are finding
@type planet: sc_global_addr
@return: chemistry of the planet
@rtype: tuple(property_name, [tuple(substance_name, percent),...],unit_name)
"""
atmosphereKey = space_keynodes.SpaceRelation.atmosphere
chemistryKey = space_keynodes.SpaceRelation.chemistry
prop_name = str(sc_utils.cp1251ToUtf8(session.get_idtf(atmosphereKey)))
prop_name = prop_name.replace('*', '')
result=None
addr1 = sc_utils.searchOneShotBinPairAttrFromNode(session, planet, atmosphereKey, sc.SC_N_CONST)
if addr1 is not None:
addr2 = sc_utils.searchOneShotBinPairAttrFromNode(session, addr1, chemistryKey, sc.SC_N_CONST)
chemistry = findAllPlanetProperties(session, addr2)
items = []
unit_name = ""
for chem in chemistry:
if chem is not None:
name, value, unit_name = chem
item = (name, value)
items.append(item)
result = (prop_name, items, unit_name)
return result
def findPlanetProperty(session, planet, property, unit_attr):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which property we are finding
@type planet: sc_global_addr
@param property: property keynode
@type property: sc_global_addr
@param unit_attr: property unit attribute keynode
@type unit_attr: sc_global_addr
@return: property value of the planet
@rtype: str
"""
identficationKey = keynodes.common.nrel_identification
dec_system = space_keynodes.DefaultAttr.dec_system
addr1 = sc_utils.searchOneShotBinPairAttrFromNode(session, planet, property, sc.SC_N_CONST)
if addr1 is not None:
addr2 = searchOneShotPosArcAttrFrom(session, addr1, unit_attr)
addr3 = sc_utils.searchOneShotBinPairAttrToNode(session, addr2, identficationKey, sc.SC_N_CONST)
addr4 = searchPosArcAttrFrom(session, addr3, dec_system)
for addr in addr4:
content = session.get_content_str(addr)
if content is not None:
return sc_utils.cp1251ToUtf8(str(content))
return None
def findAllPlanetProperties(session, planet):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which properties we are finding
@type planet: sc_global_addr
@return: list of the planet properties
@rtype: list[tuple(key,value,unit),...]
"""
identficationKey = keynodes.common.nrel_identification
dec_system = space_keynodes.DefaultAttr.dec_system
properties = []
list1 = searchBinPairsFromNode(session, planet, sc.SC_CONST)
for el in list1:
list2 = searchPosArcFrom(session, el[1])
if len(list2) > 0:
addr1 = list2[0]
list3 = searchFullPosArcFrom(session, el[1], addr1)
attr = list3[0][1]
rel = el[0]
prop_name = str(sc_utils.cp1251ToUtf8(session.get_idtf(rel)))
prop_name = prop_name.rstrip('*')
unit_name = str(sc_utils.cp1251ToUtf8(session.get_idtf(attr)))
unit_name = unit_name.rstrip('_')
unit_name = unit_name.replace("значение", "")
prop_value = str(findPlanetProperty(session, planet, rel, attr))
properties.append((prop_name, prop_value, unit_name))
chemistry = findPlanetAtmosphChemistry(session, planet)
properties.append(chemistry)
return properties
def findAllPlanetProperties(session, planet):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which properties we are finding
@type planet: sc_global_addr
@return: list of the planet properties
@rtype: list[tuple(key,value,unit),...]
"""
identficationKey = keynodes.common.nrel_identification
dec_system = space_keynodes.DefaultAttr.dec_system
properties=[]
list1 = searchBinPairsFromNode(session, planet, sc.SC_CONST)
for el in list1:
list2 = searchPosArcFrom(session, el[1])
if len(list2)>0:
addr1 = list2[0]
list3 = searchFullPosArcFrom(session, el[1], addr1)
attr = list3[0][1]
rel = el[0]
prop_name = str(sc_utils.cp1251ToUtf8(session.get_idtf(rel)))
prop_name = prop_name.rstrip('*')
unit_name = str(sc_utils.cp1251ToUtf8(session.get_idtf(attr)))
unit_name = unit_name.rstrip('_')
unit_name = unit_name.replace("значение", "")
prop_value = str(findPlanetProperty(session, planet, rel, attr))
properties.append((prop_name, prop_value, unit_name))
chemistry = findPlanetAtmosphChemistry(session, planet);
properties.append(chemistry)
return properties
def findPlanetTitle(session, planet, language):
"""
@param session: current workable session
@type session: sc_session
@param planet: planet which title we are finding
@type planet: sc_global_addr
@param language: language of title
@type language: sc_global_addr
@return: title of the planet
@rtype: string
"""
identficationKey = keynodes.common.nrel_identification
addr1 = sc_utils.searchOneShotBinPairAttrToNode(session, planet, identficationKey, sc.SC_N_CONST)
if addr1 is not None:
addr2 = searchPosArcFrom(session, addr1)
for addr in addr2:
is_spec_lang = sc_utils.checkIncToSets(session, addr, [language], sc.SC_A_CONST)
if is_spec_lang is True:
content = session.get_content_str(addr)
if content is not None:
return sc_utils.cp1251ToUtf8(content)
return None
def searchBinPairsFromNode(_session, _beg, _const):
"""Searches full data for all binary orient pairs with specified begin element
@param _session: session to work with
@type _session: MThreadSession
@param _beg: begin element of pair
@type _beg: sc_global_addr
@param _const: pair constant type
@type _const: int
@return: list of tuple(rel, end)
@rtype: list
@raise RuntimeWarning: if structure of binary orient pair is wrong
template:
x ? rel
|
v
O =============> ? (node to find)
_beg
"""
res = []
# finding sheaf node
it1 = _session.create_iterator(
_session.sc_constraint_new(sc_constants.CONSTR_5_a_a_f_a_f,
sc.SC_NODE | _const,
sc.SC_ARC | sc.SC_POS | _const, _beg,
sc.SC_ARC | sc.SC_POS | _const,
keynodes.n_1), True)
while not it1.is_over():
# check if founded node is sheaf
sheaf_node = it1.value(0)
if sc_utils.isNodeSheaf(_session, sheaf_node):
#finding relation node
list1 = searchPosArcTo(_session, sheaf_node)
rel_node = None
for el in list1:
idtf = str(sc_utils.cp1251ToUtf8(_session.get_idtf(el)))
if not idtf.__eq__("stype_sheaf"):
rel_node = el
# finding end node
it2 = _session.create_iterator(
_session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
sheaf_node,
sc.SC_ARC | sc.SC_POS | _const,
sc.SC_NODE,
sc.SC_ARC | sc.SC_POS | _const,
keynodes.n_2), True)
end_el = None
while not it2.is_over():
if end_el is None:
end_el = it2.value(2)
else:
raise RuntimeWarning("Invalid binary orient pair")
it2.next()
if end_el is not None: res.append((rel_node, end_el))
it1.next()
return res
def searchBinPairsFromNode(_session, _beg, _const):
"""Searches full data for all binary orient pairs with specified begin element
@param _session: session to work with
@type _session: MThreadSession
@param _beg: begin element of pair
@type _beg: sc_global_addr
@param _const: pair constant type
@type _const: int
@return: list of tuple(rel, end)
@rtype: list
@raise RuntimeWarning: if structure of binary orient pair is wrong
template:
x ? rel
|
v
O =============> ? (node to find)
_beg
"""
res = []
# finding sheaf node
it1 = _session.create_iterator(_session.sc_constraint_new(sc_constants.CONSTR_5_a_a_f_a_f,
sc.SC_NODE | _const,
sc.SC_ARC | sc.SC_POS | _const,
_beg,
sc.SC_ARC | sc.SC_POS | _const,
keynodes.n_1), True)
while not it1.is_over():
# check if founded node is sheaf
sheaf_node = it1.value(0)
if sc_utils.isNodeSheaf(_session, sheaf_node):
#finding relation node
list1 = searchPosArcTo(_session, sheaf_node)
rel_node = None
for el in list1:
idtf = str(sc_utils.cp1251ToUtf8(_session.get_idtf(el)))
if not idtf.__eq__("stype_sheaf"):
rel_node=el
# finding end node
it2 = _session.create_iterator(_session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
sheaf_node,
sc.SC_ARC | sc.SC_POS | _const,
sc.SC_NODE,
sc.SC_ARC | sc.SC_POS | _const,
keynodes.n_2), True)
end_el = None
while not it2.is_over():
if end_el is None:
end_el = it2.value(2)
else:
raise RuntimeWarning("Invalid binary orient pair")
it2.next()
if end_el is not None: res.append((rel_node, end_el))
it1.next()
return res
