def parse_line(self, line):
oid, pos_x, pos_y, belligerent = line.split()
self.data.append(FrontMarker(
id=oid,
belligerent=to_belligerent(belligerent),
pos=Point2D(pos_x, pos_y),
))
def parse_line(self, line):
pos_x, pos_y, pos_z, belligerent = line.split()
self.data.append(
StaticCamera(
belligerent=to_belligerent(belligerent),
pos=Point3D(pos_x, pos_y, pos_z),
))
def parse_line(self, line):
params = line.split()
oid, building_object, belligerent = params[:3]
pos_x, pos_y, rotation_angle = params[3:]
code = building_object.split('$')[1]
self.data.append(Building(
id=oid,
belligerent=to_belligerent(belligerent),
code=code,
pos=Point2D(pos_x, pos_y),
rotation_angle=to_angle(rotation_angle),
))
def parse_line(self, line):
params = line.split()
oid, building_object, belligerent = params[:3]
pos_x, pos_y, rotation_angle = params[3:]
code = building_object.split('$')[1]
self.data.append(
Building(
id=oid,
belligerent=to_belligerent(belligerent),
code=code,
pos=Point2D(pos_x, pos_y),
rotation_angle=to_angle(rotation_angle),
))
def parse_line(self, line):
(
belligerent, the_range, pos_x, pos_y, has_parachutes,
air_spawn_height, air_spawn_speed, air_spawn_heading, max_pilots,
radar_min_height, radar_max_height, radar_range, air_spawn_always,
enable_aircraft_limits, aircraft_limits_consider_lost,
disable_spawning, friction_enabled, friction_value,
aircraft_limits_consider_stationary, show_default_icon,
air_spawn_if_deck_is_full, spawn_in_stationary,
return_to_start_position
) = line.split()
self.data.append({
'range': int(the_range),
'belligerent': to_belligerent(belligerent),
'show_default_icon': to_bool(show_default_icon),
'friction': {
'enabled': to_bool(friction_enabled),
'value': float(friction_value),
},
'spawning': {
'enabled': not to_bool(disable_spawning),
'with_parachutes': to_bool(has_parachutes),
'max_pilots': int(max_pilots),
'in_stationary': {
'enabled': to_bool(spawn_in_stationary),
'return_to_start_position': to_bool(return_to_start_position),
},
'in_air': {
'height': int(air_spawn_height),
'speed': int(air_spawn_speed),
'heading': int(air_spawn_heading),
'conditions': {
'always': to_bool(air_spawn_always),
'if_deck_is_full': to_bool(air_spawn_if_deck_is_full),
},
},
'aircraft_limitations': {
'enabled': to_bool(enable_aircraft_limits),
'consider_lost': to_bool(aircraft_limits_consider_lost),
'consider_stationary': to_bool(aircraft_limits_consider_stationary),
},
},
'radar': {
'range': int(radar_range),
'min_height': int(radar_min_height),
'max_height': int(radar_max_height),
},
'pos': Point2D(pos_x, pos_y),
})
def parse_line(self, line):
params = line.split()
oid, code, belligerent = params[0:3]
pos = params[3:5]
rotation_angle, delay, count, period = params[5:9]
destination = params[9:]
self.data.append(
Rocket(id=oid,
code=code,
belligerent=to_belligerent(belligerent),
pos=Point2D(*pos),
rotation_angle=to_angle(rotation_angle),
delay=float(delay),
count=int(count),
period=float(period),
destination=Point2D(*destination) if destination else None))
def parse_line(self, line):
params = line.split()
oid, code, belligerent = params[0:3]
pos = params[3:5]
rotation_angle, delay, count, period = params[5:9]
destination = params[9:]
self.data.append(Rocket(
id=oid,
code=code,
belligerent=to_belligerent(belligerent),
pos=Point2D(*pos),
rotation_angle=to_angle(rotation_angle),
delay=float(delay),
count=int(count),
period=float(period),
destination=Point2D(*destination) if destination else None
))
def parse_line(self, line):
params = line.split()
(uid, type__code, belligerent), params = params[0:3], params[3:]
type_code, unit_code = type__code.split('.')
unit_type = self._get_unit_type(type_code)
unit = {
'id': uid,
'code': unit_code,
'type': unit_type,
'belligerent': to_belligerent(belligerent),
}
if params:
hibernation, skill, recharge_time = params
unit.update({
'hibernation': int(hibernation),
'skill': to_skill(skill),
'recharge_time': float(recharge_time),
})
self.data.append(unit)
def parse_line(self, line):
params = line.split()
(uid, type__code, belligerent), params = params[0:3], params[3:]
type_code, unit_code = type__code.split('.')
unit_type = self._get_unit_type(type_code)
unit = {
'id': uid,
'code': unit_code,
'type': unit_type,
'belligerent': to_belligerent(belligerent),
}
if params:
hibernation, skill, recharge_time = params
unit.update({
'hibernation': int(hibernation),
'skill': to_skill(skill),
'recharge_time': float(recharge_time),
})
self.data.append(unit)
def clean(self):
"""
Redefines base method. See :meth:`SectionParser.clean` for
semantics.
"""
weather_conditions = int(self.data['CloudType'])
return {
'location_loader': self.data['MAP'],
'time': {
'value': to_time(self.data['TIME']),
'is_fixed': 'TIMECONSTANT' in self.data,
},
'weather_conditions': Conditions.get_by_value(weather_conditions),
'cloud_base': int(float(self.data['CloudHeight'])),
'player': {
'belligerent': to_belligerent(self.data['army']),
'flight_id': self.data.get('player'),
'aircraft_index': int(self.data['playerNum']),
'fixed_weapons': 'WEAPONSCONSTANT' in self.data,
},
}
def clean(self):
"""
Redefines base method. See :meth:`SectionParser.clean` for
semantics.
"""
weather_conditions = int(self.data['CloudType'])
return {
'location_loader': self.data['MAP'],
'time': {
'value': to_time(self.data['TIME']),
'is_fixed': 'TIMECONSTANT' in self.data,
},
'weather_conditions': Conditions.get_by_value(weather_conditions),
'cloud_base': int(float(self.data['CloudHeight'])),
'player': {
'belligerent': to_belligerent(self.data['army']),
'flight_id': self.data.get('player'),
'aircraft_index': int(self.data['playerNum']),
'fixed_weapons': 'WEAPONSCONSTANT' in self.data,
},
}
def parse_line(self, line):
params = line.split()
oid, object_name, belligerent = params[0], params[1], params[2]
pos = params[3:5]
rotation_angle = params[5]
params = params[6:]
unit_type = self._get_type(object_name)
info = {
'id': oid,
'belligerent': to_belligerent(belligerent),
'code': self._get_code(object_name),
'pos': Point2D(*pos),
'rotation_angle': to_angle(rotation_angle),
'type': unit_type,
}
subparser = self.__subparsers.get(unit_type)
if subparser:
info.update(subparser(params))
structure_class = structure_class_by_unit_type(unit_type)
self.data.append(structure_class(**info))
def parse_line(self, line):
params = line.split()
oid, object_name, belligerent = params[0], params[1], params[2]
pos = params[3:5]
rotation_angle = params[5]
params = params[6:]
unit_type = self._get_type(object_name)
info = {
'id': oid,
'belligerent': to_belligerent(belligerent),
'code': self._get_code(object_name),
'pos': Point2D(*pos),
'rotation_angle': to_angle(rotation_angle),
'type': unit_type,
}
subparser = self.__subparsers.get(unit_type)
if subparser:
info.update(subparser(params))
structure_class = structure_class_by_unit_type(unit_type)
self.data.append(structure_class(**info))
def parse_line(self, line):
pos_x, pos_y, pos_z, belligerent = line.split()
self.data.append(StaticCamera(
belligerent=to_belligerent(belligerent),
pos=Point3D(pos_x, pos_y, pos_z),
))
def test_to_belligerent(self):
self.assertEqual(to_belligerent('0'), Belligerents.none)
self.assertEqual(to_belligerent('1'), Belligerents.red)
self.assertEqual(to_belligerent('2'), Belligerents.blue)
