def __init__(self, config, stats, regions, fleets):
"""Initializes the Combat module.
Args:
config (Config): kcauto-kai Config instance
stats (Stats): kcauto-kai Stats instance
regions (dict): dict of pre-defined kcauto-kai regions
fleets (dict): dict of active CombatFleet instances
"""
self.config = config
self.stats = stats
self.regions = regions
self.kc_region = regions['game']
self.observeRegion = Region(self.kc_region)
self.fleets = fleets
self.next_combat_time = datetime.now()
self.combined_fleet = self.config.combat['combined_fleet']
self.striking_fleet = self.config.combat['striking_fleet']
self.primary_fleet = fleets[3] if self.striking_fleet else fleets[1]
self.fleet_icon = 'fleet_icon_standard.png'
if self.combined_fleet:
self.fleet_icon = 'fleet_icon_{}.png'.format(
self.config.combat['fleet_mode'])
self.dmg = {}
self.map = MapData(self.config.combat['map'], self.regions,
self.config)
self.current_position = [0, 0]
self.current_node = None
self.nodes_run = []
self.lbas = (LBAS(config, regions, self.map)
if self.config.combat['lbas_enabled'] else None)
def _choose_and_check_availability_of_ship(self, position, criteria):
"""Select a ship in the ship list based on the specified position,
and see if it available for switching in.
Args:
position (int): 0-based position in ship list
criteria (dict): dictionary of criteria
Returns:
bool or str: result of _check_ship_availability() call
"""
fleet_indicator_area = Region(self.kc_region.x + 550,
self.kc_region.y + 225 + (43 * position),
35, 35)
if fleet_indicator_area.exists(
Pattern('fleet_indicator_shiplist.png').similar(
Globals.SHIP_LIST_FLEET_ICON_SIMILARITY)):
# if the ship is already in a fleet, skip it
return False
self._choose_ship_by_position(position)
availability = self._check_ship_availability(criteria)
if availability is True:
return True
# not an actual navigation, but a click to get rid of a side panel
Util.check_and_click(self.regions['lower_right'], 'page_first.png')
return availability
def ShowupCheck():
r_mainmenu = Region(Region(429, 149, 596, 231))
with r_mainmenu:
find("1466956847138.png").click()
Region(Region(533, 615, 232, 76)).find("1466956881720.png").click()
wait(1)
type(Key.ESC)
return
def algorithm(self, operand, *args, **kargs):
if self.value:
operand = Region(operand).nearby(self.value)
else:
operand = Region(operand).nearby()
#operand = Region(operand.getX()-(self.proximity/2), operand.getY()-(self.proximity/2), operand.getW()+self.proximity, operand.getH()+self.proximity)
return operand
def testCreateRegionFromList(self):
regions = [Region(50,50,50,50), Region(200,50,50,50), Region(200,50,50,50), Region(200,200,50,50)]
region = Region(regions)
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
self.assertEqual(region.getW(), 200)
self.assertEqual(region.getH(), 200)
def __init__(self, config, stats, regions, fleets):
"""Initializes the Combat module.
Args:
config (Config): kcauto-kai Config instance
stats (Stats): kcauto-kai Stats instance
regions (dict): dict of pre-defined kcauto-kai regions
fleets (dict): dict of active CombatFleet instances
"""
self.enabled = True
self.disabled_time = None
self.config = config
self.stats = stats
self.regions = regions
self.kc_region = regions['game']
self.fast_kc_region = Region(self.kc_region)
self.fast_kc_region.setAutoWaitTimeout(0)
self.observeRegion = Region(self.kc_region)
self.fleets = fleets
self.next_combat_time = datetime.now()
self.combined_fleet = self.config.combat['combined_fleet']
self.striking_fleet = self.config.combat['striking_fleet']
self.primary_fleet = fleets[3] if self.striking_fleet else fleets[1]
self.fleet_icon = 'fleet_icon_standard.png'
if self.combined_fleet:
self.fleet_icon = 'fleet_icon_{}.png'.format(
self.config.combat['fleet_mode'])
self.dmg = {}
self.map = MapData(self.config.combat['map'], self.regions,
self.config)
self.current_position = [0, 0]
self.current_node = None
self.nodes_run = []
self.lbas = (LBAS(config, regions, self.map)
if self.config.combat['lbas_enabled'] else None)
# combat-related regions
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'game': self.kc_region,
'check_fatigue': Region(x + 500, y + 135, 22, 290),
'check_damage': Region(x + 461, y + 130, 48, 300),
'check_damage_7th': Region(x + 461, y + 376, 48, 50),
'check_damage_flagship': Region(x + 290, y + 185, 70, 50),
'check_damage_combat': Region(x + 290, y + 140, 70, 320),
'event_next': Region(x + 720, y + 340, 80, 70),
}
def testCanLimitRegion(self):
region = Region(50,50,400,400).limit( Region(150,100,150,25) )
self.assertEqual(region.getX(), 150)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 150)
self.assertEqual(region.getH(), 25)
region = Region(100,100,200,200).limit( Region(50,50,400,400) )
self.assertEqual(region.getX(), 100)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 200)
self.assertEqual(region.getH(), 200)
def testSetClickOffset(self):
region = Region(100,100,100,100)
region.setClickOffset(Location(10,10))
# Check that it is set right
location = region.getClickOffset()
self.assertEqual(location.getX(), 10)
self.assertEqual(location.getY(), 10)
location = region.getClickLocation()
self.assertEqual(location.getX(), 160.0)
self.assertEqual(location.getY(), 160.0)
def __init__(self, config, stats, regions, fleets, combat):
"""Initializes the ShipSwitcher module.
Args:
config (Config): kcauto Config instance
stats (Stats): kcauto Stats instance
regions (dict): dict of pre-defined kcauto regions
fleets (dict): dict of active CombatFleet instances
combat (ComabtModule): active Combat Module instance
"""
# create a safely-mutable copy of the config
self.config = deepcopy(config)
self.stats = stats
self.regions = regions
self.kc_region = regions['game']
self.fleets = fleets
self.combat = combat
self.ship_count = 1
self.ship_page_count = 1
self.ship_last_page_count = 1
self.current_shiplist_page = 1
self.temp_ship_config_dict = {}
self.temp_ship_position_dict = {}
self.position_cache = {}
self.sparkling_cache = {}
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'panels': [],
'shiplist_class_col': Region(x + 350, y + 150, 200, 285),
}
for slot in range(0, 6):
# create panel regions per slot
panel_region = Region(
x + 121 + (352 * (slot % 2)),
y + 135 + (113 * (slot / 2)),
330, 110)
panel_region.setAutoWaitTimeout(0)
self.module_regions['panels'].append(panel_region)
# set sparkle check points per relevant slot
if slot not in self.config.ship_switcher:
continue
slot_config = self.config.ship_switcher[slot]
if 'sparkle' in slot_config['criteria']:
self._set_sparkle_cache(slot)
def testCreateRegionFromList(self):
regions = [
Region(50, 50, 50, 50),
Region(200, 50, 50, 50),
Region(200, 50, 50, 50),
Region(200, 200, 50, 50)
]
region = Region(regions)
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
self.assertEqual(region.getW(), 200)
self.assertEqual(region.getH(), 200)
def add(self, operand):
# If we're trying to add None, just return the original region
if not operand:
return self
regions = [self, operand]
# more than one region, get min/max region
minX, minY = 9999, 9999
maxX, maxY = -9999, -9999
for region in regions:
if region.getX() < minX: minX = int(region.getX())
if region.getY() < minY: minY = int(region.getY())
# If this is a region type
if hasattr(region, "getW") and hasattr(region, "getH"):
if (region.getX() + region.getW()) > maxX:
maxX = region.getX() + region.getW()
if (region.getY() + region.getH()) > maxY:
maxY = region.getY() + region.getH()
else:
if region.getX() > maxX: maxX = int(region.getX())
if region.getY() > maxY: maxY = int(region.getY())
return Region(minX, minY, maxX - minX, maxY - minY)
def __init__(self, config, stats, regions, fleets):
"""Initializes the Expedition module.
Args:
config (Config): kcauto Config instance
stats (Stats): kcauto Stats instance
regions (dict): dict of pre-defined kcauto regions
fleets (dict): dict of active ExpeditionFleet instances
"""
self.enabled = True
self.disabled_time = None
self.config = config
self.stats = stats
self.regions = regions
self.kc_region = regions['game']
self.fleets = fleets
self.resupply = None # defined later, after initialization
# expedition-related regions
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'game': self.kc_region,
'expedition_ranks': Region(x + 235, y + 235, 26, 372)
}
def __init__(self, config, stats, regions, fleets, combat):
"""Initializes the Repair module.
Args:
config (Config): kcauto Config instance
stats (Stats): kcauto Stats instance
regions (dict): dict of pre-defined kcauto regions
fleets (dict): dict of active combat Fleet instances
combat (ComabtModule): active Combat Module instance
"""
self.config = config
self.stats = stats
self.regions = regions
self.kc_region = self.regions['game']
self.fleets = fleets
self.combat = combat
self.ship_count = 1
self.ship_page_count = 1
self.ship_last_page_count = 1
self.current_shiplist_page = 1
self.repair_slots = 0
self.repair_timers = []
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'repair_shiplist_fleet_markers': Region(x + 555, y + 188, 45, 462)
}
def testRegionCanAddRegion(self):
region = Region(100, 100, 100, 100)
region = region.add(Region(100, 100, 200, 200))
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 100)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 200)
self.assertEqual(region.getH(), 200)
def apply(self, operand, *args, **kargs):
x1 = operand.getX() + self.dx1
y1 = operand.getY() + self.dy1
x2 = operand.getX() + operand.getW() + self.dx2
y2 = operand.getY() + operand.getH() + self.dy2
operand = Region(x1, y1, x2 - x1, y2 - y1) #morph
return operand
def testSetOffset(self):
region = Region(100, 100, 100, 100)
region = region.offset(Location(100, 100))
self.assertEqual(region.getX(), 200)
self.assertEqual(region.getY(), 200)
self.assertEqual(region.getW(), 100)
self.assertEqual(region.getH(), 100)
def MakeFullScreen_try():
# setFindFailedResponse(SKIP)
setThrowException(False)
# Enlarge left bar
try:
Region(Region(1033, 376, 58, 222)).find("1466943356273.png").click()
except FindFailed:
pass
# remove up tool bar
try:
Region(Region(1085, 131, 84, 28)).find("1466943375529.png").click()
except FindFailed:
pass
# setFindFailedResponse(ABORT)
setThrowException(True)
Debug.user("Make Full Screen")
return
def __init__(self, config, regions, map):
"""Initializes the LBAS module for use in the Combat module.
Args:
config (Config): kcauto Config instance
regions (dict): dict of pre-defined kcauto regions
map (MapData): MapData instance from the Combat module
"""
self.config = config
self.regions = regions
self.kc_region = regions['game']
self.map = map
self.fatigue = {}
# lbas-related regions
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'check_lbas_fatigue': Region(x + 850, y + 350, 55, 330),
'lbas_mode_switcher': Region(x + 1135, y + 200, 55, 80)
}
def _generate_preset_list_region(self, preset_id):
"""Method that generates the region to search for the fleet preset
recall button.
Args:
preset_id (int): which nth preset to switch to (1-based)
Returns:
Region: Sikuli region to search the fleet preset recall button in
"""
# preset_id is 1-based, offset is 0-based
offset = 4 if preset_id > 5 else preset_id - 1
return Region(self.kc_region.x + 275,
self.kc_region.y + 185 + (offset * 52), 45, 29)
def testSetOffset(self):
region = Region(100,100,100,100)
region = region.offset(Location(100,100))
self.assertEqual(region.getX(), 200)
self.assertEqual(region.getY(), 200)
self.assertEqual(region.getW(), 100)
self.assertEqual(region.getH(), 100)
def _check_ship_availability(self, criteria):
"""Checks the chosen ship's returns its availability for switching.
Args:
criteria (list): dictionary containing shipswitch criteria
Returns:
bool or str: True if the ship is available; False if it does not
meet the criteria; 'conflict' if it meets the criteria but a
ship of the same type is already in the fleet
"""
# wait until the panel is ready before speeding through checks
self.regions['lower_right'].wait(
Pattern('shiplist_shipswitch_button.png').similar(0.75), 5)
# temp region for speed matching
temp_region = Region(self.regions['upper_right'])
temp_region.setAutoWaitTimeout(0)
# check damage state; repair and heavy checked by default
valid_damages = list(self.fleets[1].get_damages_at_threshold(
self.config.combat['repair_limit']))
valid_damages.extend(['repair', 'heavy'])
for damage in set(valid_damages):
if temp_region.exists(
Pattern('ship_state_dmg_{}.png'.format(damage)).similar(
Globals.DAMAGE_SIMILARITY)):
Util.log_warning("Candidate ship is damaged.")
return False
# check fatigue states if it is a criteria
if 'fatigue' in criteria:
for fatigue in ('medium', 'high'):
if temp_region.exists(
Pattern('ship_state_fatigue_{}.png'.format(
fatigue)).similar(Globals.FATIGUE_SIMILARITY)):
Util.log_warning("Candidate ship is fatigued.")
return False
# check sparkle if it is a criteria
if 'sparkle' in criteria:
if temp_region.exists(
Pattern('sparkle_indicator_shiplist.png').similar(0.9), 2):
Util.log_warning("Candidate ship is sparkled.")
return False
# passed criteria; check if there is a conflicting ship in fleet
if Util.check_and_click(self.regions['lower_right'],
'shiplist_shipswitch_button.png'):
Util.log_msg("Candidate ship successfully switched in.")
return True
else:
Util.log_warning("Candidate ship has conflict with fleet.")
return 'conflict'
def __init__(self, config, stats, regions, fleets, combat):
self.config = config
self.stats = stats
self.regions = regions
self.kc_region = regions['game']
self.fleets = fleets
self.combat = combat
self.ship_count = 1
self.ship_page_count = 1
self.ship_last_page_count = 1
self.current_shiplist_page = 1
self.temp_ship_config_dict = {}
self.temp_ship_position_dict = {}
self.position_cache = {}
self.sparkling_cache = {}
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'panels': [],
'shiplist_class_col': Region(x + 350, y + 150, 200, 285),
}
for slot in range(0, 6):
# create panel regions per slot
panel_region = Region(x + 121 + (352 * (slot % 2)),
y + 135 + (113 * (slot / 2)), 330, 110)
panel_region.setAutoWaitTimeout(0)
self.module_regions['panels'].append(panel_region)
# set sparkle check points per relevant slot
if slot not in self.config.ship_switcher:
continue
slot_config = self.config.ship_switcher[slot]
if 'sparkle' in slot_config['criteria']:
self._set_sparkle_cache(slot)
def testRegionCanAddRegion(self):
region = Region(100,100,100,100)
region = region.add(Region(100,100,200,200))
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 100)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 200)
self.assertEqual(region.getH(), 200)
def apply(self,
operand,
previousMatches=None,
entity=None,
*args,
**kargs):
# Include context's parent in previous matched
if self.parent and entity.parent:
parentRegion = [entity.parent.region]
else:
parentRegion = []
if len(previousMatches + parentRegion) == 0:
raise Exception("Cannot find any previous regions")
return Region(previousMatches + parentRegion + [operand])
def testSetClickOffset(self):
region = Region(100, 100, 100, 100)
region.setClickOffset(Location(10, 10))
# Check that it is set right
location = region.getClickOffset()
self.assertEqual(location.getX(), 10)
self.assertEqual(location.getY(), 10)
location = region.getClickLocation()
self.assertEqual(location.getX(), 160.0)
self.assertEqual(location.getY(), 160.0)
def limit(self, operand):
# If we're trying to limit None, return original
if not operand:
return self
x1 = self.getX() if self.getX() > operand.getX() else operand.getX()
y1 = self.getY() if self.getY() > operand.getY() else operand.getY()
x2 = (self.getX() + self.getW()) if (self.getX() + self.getW()) < (
operand.getX() + operand.getW()) else (operand.getX() + operand.getW())
y2 = (self.getY() + self.getH()) if (self.getY() + self.getH()) < (
operand.getY() + operand.getH()) else (operand.getY() + operand.getH())
# Check region is valid positive
if x2 - x1 < 0 or y2 - y1 < 0:
raise Exception(
"Region %s is outside the bounds of the ParentRegion %s" %
(self, operand))
return Region(x1, y1, x2 - x1, y2 - y1)
def _filter_ships_on_level(self, ship_positions):
"""Given a list of ship positions, such as one generated by the
_filter_ships method, generate a new ship positions list based on the
levels.
Args:
ship_positions (list): list of ints of previously matched ship
positions
Returns:
list: list of positions of ships matching the level criteria
"""
filtered_ship_positions = []
for position in ship_positions:
# get ship config based on position
ship_config = {}
for ship_name in self.temp_ship_position_dict:
if position in self.temp_ship_position_dict[ship_name]:
ship_config = self.temp_ship_config_dict[ship_name]
break
if 'level' in ship_config:
# create new region based on the position
level_area = Region(
self.kc_region.x + 540,
self.kc_region.y + 128 + (28 * position),
50, 22)
ship_level = Util.read_ocr_number_text(level_area)
ship_level = sub(r"\D", "", ship_level)
ship_level = 1 if not ship_level else int(ship_level)
if ship_config['level'][0] == '<':
if ship_level <= int(ship_config['level'][1:]):
filtered_ship_positions.append(position)
if ship_config['level'][0] == '>':
if ship_level >= int(ship_config['level'][1:]):
filtered_ship_positions.append(position)
else:
filtered_ship_positions.append(position)
filtered_ship_positions.sort()
return filtered_ship_positions
def __init__(self, config, stats, regions, fleet):
"""Initialies the PvP module.
Args:
config (Config): kcauto Config instance
stats (Stats): kcauto Stats instance
regions (dict): dict of pre-defined kcauto regions
fleets (Fleet): Fleet instance of fleet that will conduct PvP
"""
self.config = config
self.stats = stats
self.regions = regions
self.kc_region = regions['game']
self.fleet = fleet
self.next_pvp_time = None
self._set_next_pvp_time()
self.opponent = {}
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'enemy_pvp_fleet': Region(x + 710, y, 365, Globals.GAME_HEIGHT)
}
def MakeFullScreen():
# Enlarge left bar
r = Region(Region(1042, 426, 35, 114))
with Region(r):
if exists("1466943356273.png"):
click(Location(1061, 458))
# Region(Region(1033,376,58,222)).find("1466943356273.png").click()
# remove up tool bar
r_toptoolbar = Region(Region(1085, 131, 84, 28))
with Region(r_toptoolbar):
if exists("1466943375529.png"):
click()
# Region(Region(1085,131,84,28)).find("1466943375529.png").click()
Debug.user("Make Full Screen")
return
def focus_kc(cls, config):
"""Method for focusing on the window Kantai Collection is running in
and defining all the pre-defined regions based off of it.
Args:
config (Config): kcauto-kai Config instance
Returns:
Region: Region instance containing the location of the Kantai
Collection game screen
list: list of pre-defined Regions
"""
kc = cls.focus_app(config)
# match the reference point to find the exact location of the game
# within the game container window
reference_region = kc.wait(Pattern('kc_reference_point.png').exact())
x = reference_region.x - 99
y = reference_region.y
regions = {}
# pre-defined regions are defined as (X_start, Y_start, width, height)
# generic regions
regions['game'] = Region(x, y, 800, 480)
regions['left'] = Region(x, y, 400, 480)
regions['right'] = Region(x + 400, y, 400, 480)
regions['upper'] = Region(x, y, 800, 240)
regions['lower'] = Region(x, y + 240, 800, 240)
regions['upper_left'] = Region(x, y, 400, 240)
regions['upper_right'] = Region(x + 400, y, 400, 240)
regions['lower_left'] = Region(x, y + 240, 400, 240)
regions['lower_right'] = Region(x + 400, y + 240, 400, 240)
regions['lower_right_corner'] = Region(x + 710, y + 390, 90, 90)
# function-specific regions
regions['expedition_flag'] = Region(x + 490, y, 60, 60)
regions['top_menu'] = Region(x + 115, y + 25, 550, 50)
regions['home_menu'] = Region(x + 30, y + 85, 335, 325)
regions['side_menu'] = Region(x, y + 120, 100, 280)
regions['top_submenu'] = Region(x + 100, y + 100, 700, 45)
regions['quest_status'] = Region(x + 710, y + 110, 65, 340)
regions['check_supply'] = Region(x + 465, y + 155, 65, 285)
regions['ship_counter'] = Region(x + 570, y, 105, 30)
# repair-related regions
regions['repair_panel'] = Region(x + 600, y + 110, 100, 340)
regions['repair_shiplist_fleet_markers'] = Region(
x + 375, y + 125, 28, 310)
# combat-related regions
regions['enemy_pvp_fleet'] = Region(x + 400, y, 400, 480)
regions['formation_line_ahead'] = Region(x + 390, y + 160, 175, 50)
regions['formation_double_line'] = Region(x + 520, y + 160, 175, 50)
regions['formation_diamond'] = Region(x + 650, y + 160, 120, 50)
regions['formation_echelon'] = Region(x + 390, y + 320, 190, 50)
regions['formation_line_abreast'] = Region(x + 520, y + 320, 190, 50)
regions['formation_vanguard'] = Region(x + 650, y + 320, 120, 50)
regions['formation_combinedfleet_1'] = Region(
x + 420, y + 150, 160, 50)
regions['formation_combinedfleet_2'] = Region(
x + 580, y + 150, 160, 50)
regions['formation_combinedfleet_3'] = Region(
x + 420, y + 280, 160, 50)
regions['formation_combinedfleet_4'] = Region(
x + 580, y + 280, 160, 50)
return (kc, regions)
def testCanAddLocationToRegion(self):
region = Region(100,100,1,1)
# Check that initialized properly
self.assertEqual(region.getX(), 100)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 1)
self.assertEqual(region.getH(), 1)
region = region.add(Location(50,50))
# X,Y Should have changed to 50
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
# W,H should have changed to 50
self.assertEqual(region.getW(), 51)
self.assertEqual(region.getH(), 51)
region = region.add(Location(200,50))
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
self.assertEqual(region.getW(), 150)
self.assertEqual(region.getH(), 51)
region = region.add(Location(200,200))
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
self.assertEqual(region.getW(), 150)
self.assertEqual(region.getH(), 150)
class CombatModule(object):
def __init__(self, config, stats, regions, fleets):
"""Initializes the Combat module.
Args:
config (Config): kcauto-kai Config instance
stats (Stats): kcauto-kai Stats instance
regions (dict): dict of pre-defined kcauto-kai regions
fleets (dict): dict of active CombatFleet instances
"""
self.enabled = True
self.disabled_time = None
self.config = config
self.stats = stats
self.regions = regions
self.kc_region = regions['game']
self.fast_kc_region = Region(self.kc_region)
self.fast_kc_region.setAutoWaitTimeout(0)
self.observeRegion = Region(self.kc_region)
self.fleets = fleets
self.next_combat_time = datetime.now()
self.combined_fleet = self.config.combat['combined_fleet']
self.striking_fleet = self.config.combat['striking_fleet']
self.primary_fleet = fleets[3] if self.striking_fleet else fleets[1]
self.fleet_icon = 'fleet_icon_standard.png'
if self.combined_fleet:
self.fleet_icon = 'fleet_icon_{}.png'.format(
self.config.combat['fleet_mode'])
self.dmg = {}
self.map = MapData(self.config.combat['map'], self.regions,
self.config)
self.current_position = [0, 0]
self.current_node = None
self.nodes_run = []
self.lbas = (LBAS(config, regions, self.map)
if self.config.combat['lbas_enabled'] else None)
# combat-related regions
x = self.kc_region.x
y = self.kc_region.y
self.module_regions = {
'game': self.kc_region,
'check_fatigue': Region(x + 500, y + 135, 22, 290),
'check_damage': Region(x + 461, y + 130, 48, 300),
'check_damage_7th': Region(x + 461, y + 376, 48, 50),
'check_damage_flagship': Region(x + 290, y + 185, 70, 50),
'check_damage_combat': Region(x + 290, y + 140, 70, 320),
'event_next': Region(x + 720, y + 340, 80, 70),
}
def goto_combat(self):
"""Method to navigate to the combat menu.
"""
Nav.goto(self.regions, 'combat')
def check_need_to_sortie(self):
"""Method to check whether the combat fleets need to sortie based on
the stored next combat time.
Returns:
bool: True if the combat fleets need to sortie, False otherwise
"""
if not self.enabled:
return False
if self.next_combat_time < datetime.now():
return True
return False
def set_next_combat_time(self, delta={}):
"""Method to set the next combat time based on the provided hours,
minutes, and seconds delta.
Args:
delta (dict, optional): dict containing the hours, minutes, and
seconds delta
"""
self.next_combat_time = datetime.now() + timedelta(
hours=delta['hours'] if 'hours' in delta else 0,
minutes=delta['minutes'] if 'minutes' in delta else 0,
seconds=delta['seconds'] if 'seconds' in delta else 0)
def combat_logic_wrapper(self):
"""Method that fires off the necessary child methods that encapsulates
the entire action of sortieing combat fleets and resolving combat.
Returns:
bool: False if the combat fleets could not be sortied
"""
self.stats.increment_combat_attempted()
if not self._select_combat_map():
# LBAS fatigue check failed; cancel sortie
return False
if self._conduct_pre_sortie_checks():
start_button = 'combat_start.png'
if (self.lbas and (self.config.combat['lbas_group_1_nodes']
or self.config.combat['lbas_group_2_nodes']
or self.config.combat['lbas_group_3_nodes'])):
start_button = 'combat_start_lbas.png'
# attempt to click sortie start button
if Util.check_and_click(self.regions['lower_right'], start_button):
Util.log_msg("Beginning combat sortie.")
else:
# generic sortie fail catch
Util.log_warning("Could not begin sortie for some reason!")
self.set_next_combat_time({'minutes': 5})
return False
else:
# fleet fatigue/damage check failed; cancel sortie
return False
# reset FCF retreat counters for combined and striking fleets
if self.combined_fleet:
self.fleets[1].reset_fcf_retreat_counts()
self.fleets[2].reset_fcf_retreat_counts()
if self.striking_fleet:
self.fleets[3].reset_fcf_retreat_counts()
self._run_combat_logic()
self.set_next_combat_time()
# after combat, resolve the FCF retreat counters for combined and
# striking fleets and add them back to their damage counters
if self.combined_fleet:
self.fleets[1].resolve_fcf_retreat_counts()
self.fleets[2].resolve_fcf_retreat_counts()
self.fleets[2].damage_counts['repair'] = 0
if self.striking_fleet:
self.fleets[3].resolve_fcf_retreat_counts()
self.fleets[3].damage_counts['repair'] = 0
else:
self.fleets[1].damage_counts['repair'] = 0
return True
def _select_combat_map(self):
"""Method that goes through the menu and chooses the specified map to
sortie to. LBAS checks are also resolved at this point.
Returns:
bool: True if the combat map is successfully chosen and started,
False if an LBAS check failed
"""
Util.rejigger_mouse(self.regions, 'top')
if self.map.world == 'event':
Util.wait_and_click(self.regions['lower'], '_event_world.png')
else:
Util.wait_and_click_and_wait(
self.regions['lower'], 'c_world_{}.png'.format(self.map.world),
self.kc_region, 'c_world_{}-1.png'.format(self.map.world))
Util.rejigger_mouse(self.regions, 'top')
if self.lbas:
# resupply and delay sortie time if LBAS fails fatigue check
lbas_check_fatigue = ('CheckFatigue'
in self.config.combat['misc_options'])
pass_lbas_check, delay_time = (
self.lbas.resupply_groups(lbas_check_fatigue))
if not pass_lbas_check:
self.set_next_combat_time({'minutes': delay_time})
return False
if self.map.world == 'event':
for page in range(1, int(self.map.subworld[0])):
Util.check_and_click(self.kc_region,
'_event_next_page_{}.png'.format(page))
Util.rejigger_mouse(self.regions, 'top')
Util.kc_sleep(2)
Util.wait_and_click(
self.kc_region,
'_event_world_{}.png'.format(self.map.subworld))
# dismiss Ooyodo chalkboards
self.kc_region.wait('event_chalkboard.png', 10)
while self.kc_region.exists('event_chalkboard'):
Util.kc_sleep(1)
Util.click_preset_region(self.regions, 'center')
Util.kc_sleep(1)
if self.regions['lower_right'].exists('sortie_select.png'):
break
else:
if int(self.map.subworld) > 4:
Util.wait_and_click(self.regions['right'],
'c_world_eo_arrow.png')
Util.rejigger_mouse(self.regions, 'top')
Util.kc_sleep(2)
Util.wait_and_click(
self.kc_region,
'c_world_{}-{}.png'.format(self.map.world, self.map.subworld))
Util.wait_and_click(self.regions['lower_right'], 'sortie_select.png')
Util.rejigger_mouse(self.regions, 'top')
return True
def _conduct_pre_sortie_checks(self):
"""Method to conduct pre-sortie fatigue and supply checks on the
combat fleets as needed.
Returns:
bool: True if the fleet passes the pre-sortie checks, False
otherwise
"""
cancel_sortie = False
if self.config.combat['fleet_mode'] == 'striking':
# switch fleet to 3rd fleet if striking fleet
Util.kc_sleep(1)
Fleet.switch(self.regions['top_submenu'], 3)
needs_resupply, self.dmg, fleet_fatigue = (
self._run_pre_sortie_fleet_check_logic(self.primary_fleet))
if self.combined_fleet:
# additional combined fleet checks
Fleet.switch(self.regions['top_submenu'], 2)
two_needs_resupply, fleet_two_damages, fleet_two_fatigue = (
self._run_pre_sortie_fleet_check_logic(self.fleets[2]))
Fleet.switch(self.regions['top_submenu'], 1)
self.dmg = self._combine_fleet_damages(self.dmg, fleet_two_damages)
for key in fleet_fatigue:
fleet_fatigue[key] = (fleet_fatigue[key]
or fleet_two_fatigue[key])
if needs_resupply:
Util.log_warning("Canceling combat sortie: resupply required.")
self.set_next_combat_time()
cancel_sortie = True
if 'CheckFatigue' in self.config.combat['misc_options']:
if fleet_fatigue['high']:
Util.log_warning(
"Canceling combat sortie: fleet has high fatigue.")
self.set_next_combat_time({'minutes': 25})
cancel_sortie = True
elif fleet_fatigue['medium']:
Util.log_warning(
"Canceling combat sortie: fleet has medium fatigue.")
self.set_next_combat_time({'minutes': 15})
cancel_sortie = True
# just use fleet 1's method
damage_counts_at_threshold = (
self.primary_fleet.get_damage_counts_at_threshold(
self.config.combat['repair_limit'], self.dmg))
if damage_counts_at_threshold > 0:
Util.log_warning(
"Canceling combat sortie: {:d} ships above damage threshold.".
format(damage_counts_at_threshold))
self.set_next_combat_time()
cancel_sortie = True
if ('PortCheck' in self.config.combat['misc_options']
or self.map.world == 'event'):
port_full_notice = ('warning_port_full_event.png' if self.map.world
== 'event' else 'warning_port_full.png')
if self.regions['lower'].exists(port_full_notice):
Util.log_warning("Canceling combat sortie: port is full.")
self.set_next_combat_time({'minutes': 15})
cancel_sortie = True
if cancel_sortie:
return False
return True
def _run_pre_sortie_fleet_check_logic(self, fleet):
"""Method that actually does the checking of supplies and damages of
the fleet during the pre-sortie fleet check. Also includes special
handling of the 7th ship in striking fleets.
Args:
fleet (CombatFleet): CombatFleet instance of fleet being checked
Returns:
bool: indicates whether or not the fleed requires resupply
dict: dict of combat damages
dict: dict of fleet fatigue
"""
needs_resupply = False
if not fleet.check_supplies(self.regions['check_supply']):
fleet.needs_resupply = True
needs_resupply = True
fleet_damages = (fleet.check_damages_7th(self.module_regions)
if self.config.combat['fleet_mode'] == 'striking' else
fleet.check_damages(
self.module_regions['check_damage']))
fleet.print_damage_counts(repair=True)
if 'CheckFatigue' in self.config.combat['misc_options']:
fleet_fatigue = fleet.check_fatigue(
self.module_regions['check_fatigue'])
fleet.print_fatigue_states()
return (needs_resupply, fleet_damages, fleet_fatigue)
return (needs_resupply, fleet_damages, {})
def _run_combat_logic(self):
"""Method that contains the logic and fires off necessary child methods
for resolving anything combat-related. Includes LBAS node assignment,
compass spins, formation selects, night battle selects, FCF retreats
for combined fleet, flagship retreats, mid-battle damage checks, and
resource node ends.
"""
self.stats.increment_combat_done()
if self.lbas:
self.lbas.assign_groups()
self.primary_fleet.needs_resupply = True
if self.combined_fleet:
self.fleets[2].needs_resupply = True
# primary combat loop
sortieing = True
self.nodes_run = []
disable_combat = False
post_combat_screens = []
while sortieing:
at_node, dialogue_click = self._run_loop_between_nodes()
# stop the background observer if no longer on the map screen
if self.config.combat['engine'] == 'live':
self.observeRegion.stopObserver()
if at_node:
# arrived at combat node
self._increment_nodes_run()
# reset ClearStop temp variables
if 'ClearStop' in self.config.combat['misc_options']:
disable_combat = False
post_combat_screens = []
if dialogue_click:
# click to get rid of initial boss dialogue in case it
# exists
Util.kc_sleep(5)
Util.click_preset_region(self.regions, 'center')
Util.kc_sleep()
Util.click_preset_region(self.regions, 'center')
Util.rejigger_mouse(self.regions, 'lbas')
combat_result = self._run_loop_during_battle()
# resolve night battle
if combat_result == 'night_battle':
if self._select_night_battle(self._resolve_night_battle()):
self._run_loop_during_battle()
self.regions['lower_right_corner'].wait('next.png', 30)
# battle complete; resolve combat results
Util.click_preset_region(self.regions, 'center')
self.regions['game'].wait('mvp_marker.png', 30)
self.dmg = self.primary_fleet.check_damages(
self.module_regions['check_damage_combat'])
self.primary_fleet.print_damage_counts()
if 'ClearStop' in self.config.combat['misc_options']:
# check for a medal drop here if ClearStop is enabled
self.regions['lower_right_corner'].wait('next.png', 30)
if self.regions['right'].exists('medal_marker.png'):
disable_combat = True
if self.combined_fleet:
self.regions['lower_right_corner'].wait('next.png', 30)
Util.click_preset_region(self.regions, 'center')
Util.kc_sleep(2)
self.regions['game'].wait('mvp_marker.png', 30)
fleet_two_damages = self.fleets[2].check_damages(
self.module_regions['check_damage_combat'])
self.fleets[2].print_damage_counts()
self.dmg = self._combine_fleet_damages(
self.dmg, fleet_two_damages)
# ascertain whether or not the escort fleet's flagship is
# damaged if necessary
if (fleet_two_damages['heavy'] == 1
and not self.fleets[2].flagship_damaged):
self.fleets[2].check_damage_flagship(
self.module_regions)
Util.rejigger_mouse(self.regions, 'lbas')
# click through while not next battle or home
while not (
self.fast_kc_region.exists('home_menu_sortie.png') or
self.fast_kc_region.exists('combat_flagship_dmg.png')
or self.fast_kc_region.exists('combat_retreat.png')):
if self.regions['lower_right_corner'].exists('next.png'):
Util.click_preset_region(self.regions, 'center')
Util.rejigger_mouse(self.regions, 'top')
if 'ClearStop' in self.config.combat['misc_options']:
post_combat_screens.append('next')
elif self.regions['lower_right_corner'].exists(
'next_alt.png'):
Util.click_preset_region(self.regions, 'center')
Util.rejigger_mouse(self.regions, 'top')
if 'ClearStop' in self.config.combat['misc_options']:
post_combat_screens.append('next_alt')
if self.map.world == 'event':
# if the 'next' asset exists in this region during an
# event map sortie, the map is cleared
if self.module_regions['event_next'].exists(
'next.png'):
Util.click_preset_region(self.regions, 'center')
Util.rejigger_mouse(self.regions, 'top')
disable_combat = True
if self.combined_fleet or self.striking_fleet:
self._resolve_fcf()
Util.rejigger_mouse(self.regions, 'top')
if self.regions['left'].exists('home_menu_sortie.png'):
# arrived at home; sortie complete
self._print_sortie_complete_msg(self.nodes_run)
sortieing = False
break
if self.regions['lower_right_corner'].exists(
'combat_flagship_dmg.png'):
# flagship retreat; sortie complete
Util.log_msg("Flagship damaged. Automatic retreat.")
Util.click_preset_region(self.regions, 'game')
self.regions['left'].wait('home_menu_sortie.png', 30)
self._print_sortie_complete_msg(self.nodes_run)
sortieing = False
break
if self.regions['lower_right_corner'].exists('next_alt.png'):
# resource node end; sortie complete
while not self.regions['left'].exists('home_menu_sortie.png'):
if self.regions['lower_right_corner'].exists('next.png'):
Util.click_preset_region(self.regions, 'center')
Util.rejigger_mouse(self.regions, 'top')
elif self.regions['lower_right_corner'].exists(
'next_alt.png'):
Util.click_preset_region(self.regions, 'center')
Util.rejigger_mouse(self.regions, 'top')
self._print_sortie_complete_msg(self.nodes_run)
sortieing = False
break
if self.kc_region.exists('combat_retreat.png'):
continue_sortie = self._resolve_continue_sortie()
# resolve retreat/continue
if continue_sortie:
self._select_continue_sortie(True)
else:
self._select_continue_sortie(False)
self.regions['left'].wait('home_menu_sortie.png', 30)
self._print_sortie_complete_msg(self.nodes_run)
sortieing = False
break
# after sortie is complete, check the dismissed post-combat screens to
# see if combat should be disabled
if ('ClearStop' in self.config.combat['misc_options']
and not disable_combat):
# TODO: additional logic needed to resolve end of 1-6
if self.map.world == 'event' and len(post_combat_screens) > 2:
# event map and more than 2 post-combat screens dismissed;
# assume that it means that event map is cleared
disable_combat = True
# if the disable combat flag is set, disable the combat module
if disable_combat:
self.disable_module()
def _print_sortie_complete_msg(self, nodes_run):
"""Method that prints the post-sortie status report indicating number
of nodes run and nodes run.
Args:
nodes_run (list): list of combat node numbers (legacy mode) or
Nodes instances (live mode) run in the primary combat logic
"""
Util.log_success(
"Sortie complete. Encountered {} combat nodes (nodes {}).".format(
len(nodes_run), ', '.join(str(node) for node in nodes_run)))
def _run_loop_between_nodes(self):
"""Method that continuously checks for the next update between combat
nodes. Resolves compass spins, formation selects, node selects, and
resource node ends.
Returns:
bool: True if the method ends on a combat node, False otherwise
bool: True if the click to remove boss dialogue should be done,
False otherwise (only applicable if first bool is True)
"""
at_node = False
# if in live engine mode, begin the background observer to track and
# update the fleet position
if self.config.combat['engine'] == 'live':
self._start_fleet_observer()
while not at_node:
if self.fast_kc_region.exists('compass.png'):
# spin compass
while (self.kc_region.exists('compass.png')):
Util.click_preset_region(self.regions, 'center')
Util.rejigger_mouse(self.regions, 'lbas')
Util.kc_sleep(3)
elif (self.regions['formation_line_ahead'].exists(
'formation_line_ahead.png')
or self.regions['formation_combinedfleet_1'].exists(
'formation_combinedfleet_1.png')):
# check for both single fleet and combined fleet formations
# since combined fleets can have single fleet battles
self._print_current_node()
formations = self._resolve_formation()
for formation in formations:
if self._select_formation(formation):
break
Util.rejigger_mouse(self.regions, 'lbas')
at_node = True
return (True, True)
elif self.fast_kc_region.exists('combat_node_select.png'):
# node select dialog option exists; resolve fleet location and
# select node
if self.config.combat['engine'] == 'legacy':
# only need to manually update self.current_node if in
# legacy engine mode
self._update_fleet_position_once()
if (self.current_node.name
in self.config.combat['node_selects']):
next_node = self.config.combat['node_selects'][
self.current_node.name]
Util.log_msg("Selecting Node {} from Node {}.".format(
next_node, self.current_node))
self.map.nodes[next_node].click_node(self.regions['game'])
Util.rejigger_mouse(self.regions, 'lbas')
elif (self.regions['lower_right_corner'].exists('next.png')
or self.fast_kc_region.exists('combat_nb_fight.png')):
# post-combat or night battle select without selecting a
# formation
self._print_current_node()
Util.rejigger_mouse(self.regions, 'lbas')
at_node = True
return (True, False)
elif self.regions['lower_right_corner'].exists(
'combat_flagship_dmg.png'):
# flagship retreat
return (False, False)
elif self.regions['lower_right_corner'].exists('next_alt.png'):
# resource node end
return (False, False)
def _run_loop_during_battle(self):
"""Method that continuously runs during combat for the night battle
prompt or battle end screen.
Returns:
str: 'night_battle' if combat ends on the night battle prompt,
'results' if otherwise
"""
while True:
if self.kc_region.exists('combat_nb_fight.png'):
return 'night_battle'
elif self.regions['lower_right_corner'].exists('next.png'):
return 'results'
else:
pass
def _start_fleet_observer(self):
"""Method that starts the observeRegion/observeInBackground methods
that tracks the fleet position icon in real-time in the live engine
mode.
"""
self.observeRegion.onAppear(
Pattern(self.fleet_icon).similar(Globals.FLEET_ICON_SIMILARITY),
self._update_fleet_position)
self.observeRegion.observeInBackground(FOREVER)
def _stop_fleet_observer(self):
"""Stops the observer started by the _start_fleet_observer() method.
"""
self.observeRegion.stopObserver()
def _update_fleet_position(self, event):
"""Method that is run by the fleet observer to continuously update the
fleet's status.
Args:
event (event): sikuli observer event
"""
fleet_match = event.getMatch()
# lastMatch is based off of screen positions, so subtract game region
# x and y to get in-game positions
self.current_position = [
fleet_match.x + (fleet_match.w / 2) - self.kc_region.x,
fleet_match.y + fleet_match.h - self.kc_region.y
]
# debug console print for the observer's found position of the fleet
"""
print(
"{}, {} ({})".format(
self.current_position[0], self.current_position[1],
fleet_match))
"""
matched_node = self.map.find_node_by_pos(*self.current_position)
self.current_node = (matched_node if matched_node is not None else
self.current_node)
event.repeat()
def _update_fleet_position_once(self):
"""Method that can be called to find and update the fleet's position
on-demand.
"""
fleet_match = self.kc_region.find(
Pattern(self.fleet_icon).similar(Globals.FLEET_ICON_SIMILARITY))
# lastMatch is based off of screen positions, so subtract game region
# x and y to get in-game positions
self.current_position = [
fleet_match.x + (fleet_match.w / 2) - self.kc_region.x,
fleet_match.y + fleet_match.h - self.kc_region.y
]
# debug console print for the method's found position of the fleet
"""
print(
"{}, {} ({})".format(
self.current_position[0], self.current_position[1],
fleet_match))
"""
matched_node = self.map.find_node_by_pos(*self.current_position)
self.current_node = (matched_node if matched_node is not None else
self.current_node)
Util.log_msg("Fleet at node {}.".format(self.current_node))
def _increment_nodes_run(self):
"""Method to properly append to the nodes_run attribute; the combat
node number if the engine is in legacy mode, otherwise with the Node
instance of the encountered node if in live mode
"""
if self.config.combat['engine'] == 'legacy':
self.nodes_run.append(len(self.nodes_run) + 1)
elif self.config.combat['engine'] == 'live':
self.nodes_run.append(self.current_node)
def _print_current_node(self):
"""Method to print out which node the fleet is at. Behavior differs
depending on the combat engine mode.
"""
if self.config.combat['engine'] == 'legacy':
Util.log_msg("Fleet at Node #{}".format(len(self.nodes_run) + 1))
if self.config.combat['engine'] == 'live':
Util.log_msg("Fleet at Node {}".format(self.current_node))
def _resolve_formation(self):
"""Method to resolve which formation to select depending on the combat
engine mode and any custom specified formations.
Returns:
tuple: tuple of formations to try in order
"""
# +1 since this happens before entering a node
next_node_count = len(self.nodes_run) + 1
custom_formations = self.config.combat['formations']
if self.config.combat['engine'] == 'legacy':
# if legacy engine, custom formation can only be applied on a node
# count basis; if a custom formation is not defined, default to
# combinedfleet_4 or line_ahead
if next_node_count in custom_formations:
Util.log_msg("Custom formation specified for node #{}.".format(
next_node_count))
return (custom_formations[next_node_count], )
else:
Util.log_msg(
"No custom formation specified for node #{}.".format(
next_node_count))
return ('combinedfleet_4'
if self.combined_fleet else 'line_ahead', )
elif self.config.combat['engine'] == 'live':
# if live engine, custom formation can be applied by node name or
# node count; if a custom formation is not defined, defer to the
# mapData instance's resolve_formation method
if (self.current_node
and self.current_node.name in custom_formations):
Util.log_msg("Custom formation specified for node {}.".format(
self.current_node.name))
return (custom_formations[self.current_node.name], )
elif next_node_count in custom_formations:
Util.log_msg("Custom formation specified for node #{}.".format(
next_node_count))
return (custom_formations[next_node_count], )
else:
Util.log_msg(
"Formation specified for node {} via map data.".format(
self.current_node.name))
return self.map.resolve_formation(self.current_node)
def _resolve_night_battle(self):
"""Method to resolve whether or not to conduct night battle depending
on the combat engine mode and any custom specified night battle modes.
Returns:
bool: True if night battle should be conducted, False otherwise
"""
# no +1 since this happens after entering a node
next_node_count = len(self.nodes_run)
custom_night_battles = self.config.combat['night_battles']
if self.config.combat['engine'] == 'legacy':
# if legacy engine, custom night battle modes can only be applied
# on a node count basis; if a custom night battle mode is not
# defined, default to True
if next_node_count in custom_night_battles:
Util.log_msg(
"Custom night battle specified for node #{}.".format(
next_node_count))
return custom_night_battles[next_node_count]
else:
Util.log_msg("No night battle specified for node #{}.".format(
next_node_count))
return False
elif self.config.combat['engine'] == 'live':
# if live engine, custom night battle modes can be applied by node
# name or node count; if a custom night battle mode is not defined,
# defer to the mapData instance's resolve_night_battle method
if (self.current_node
and self.current_node.name in custom_night_battles):
Util.log_msg(
"Custom night battle specified for node {}.".format(
self.current_node.name))
return custom_night_battles[self.current_node.name]
elif next_node_count in custom_night_battles:
Util.log_msg(
"Custom night battle specified for node #{}.".format(
next_node_count))
return custom_night_battles[next_node_count]
else:
Util.log_msg(
"Night battle specified for node {} via map data.".format(
self.current_node.name))
return self.map.resolve_night_battle(self.current_node)
def _resolve_continue_sortie(self):
"""Method to resolve whether or not to continue the sortie based on
number of nodes run, map data (if applicable), and damage counts.
Returns:
bool: True if sortie should be continued, False otherwise
"""
# check whether to retreat against combat nodes count
if len(self.nodes_run) >= self.config.combat['combat_nodes']:
Util.log_msg("Ran the necessary number of nodes. Retreating.")
return False
# if on live engine mode, check if the current node is a retreat node
if self.config.combat['engine'] == 'live':
if not self.map.resolve_continue_sortie(self.current_node):
Util.log_msg("Node {} is a retreat node. Retreating.".format(
self.current_node))
return False
# check whether to retreat against fleet damage state
threshold_dmg_count = (
self.primary_fleet.get_damage_counts_at_threshold(
self.config.combat['retreat_limit'], self.dmg))
if threshold_dmg_count > 0:
continue_override = False
if self.combined_fleet and threshold_dmg_count == 1:
# if there is only one heavily damaged ship and it is
# the flagship of the escort fleet, do not retreat
if (self.fleets[2].damage_counts['heavy'] == 1
and self.fleets[2].flagship_damaged):
continue_override = True
Util.log_msg(
"The 1 ship damaged beyond threshold is the escort "
"fleet's flagship (unsinkable). Continuing sortie.")
if not continue_override:
Util.log_warning(
"{} ship(s) damaged above threshold. Retreating.".format(
threshold_dmg_count))
return False
return True
def _select_formation(self, formation):
"""Method that selects the specified formation on-screen.
Args:
formation (str): formation to select
Returns:
bool: True if the formation was clicked, False if its button could
not be found
"""
Util.log_msg("Engaging the enemy in {} formation.".format(
formation.replace('_', ' ')))
return Util.check_and_click(
self.regions['formation_{}'.format(formation)],
'formation_{}.png'.format(formation))
def _select_night_battle(self, nb):
"""Method that selects the night battle sortie button or retreats
from it.
Args:
nb (bool): indicates whether or not night battle should be done or
not
Returns:
bool: True if night battle was initiated, False otherwise
"""
if nb:
Util.log_msg("Commencing night battle.")
Util.check_and_click(self.kc_region, 'combat_nb_fight.png')
self.kc_region.waitVanish('combat_nb_fight.png')
Util.kc_sleep()
return True
else:
Util.log_msg("Declining night battle.")
Util.check_and_click(self.kc_region, 'combat_nb_retreat.png')
self.kc_region.waitVanish('combat_nb_retreat.png')
Util.kc_sleep()
return False
def _select_continue_sortie(self, continue_sortie):
"""Method that selects the sortie continue or retreat button.
Args:
continue_sortie (bool): True if the the sortie continue button
should be pressed, False otherwise
"""
if continue_sortie:
Util.log_msg("Continuing sortie.")
Util.check_and_click(self.kc_region, 'combat_continue.png')
self.kc_region.waitVanish('combat_continue.png')
Util.kc_sleep()
else:
Util.log_msg("Retreating from sortie.")
Util.check_and_click(self.kc_region, 'combat_retreat.png')
self.kc_region.waitVanish('combat_retreat.png')
Util.kc_sleep()
def _resolve_fcf(self):
"""Method that resolves the FCF prompt. Does not use FCF if there are
more than one ship in a heavily damaged state. Supports both combined
fleet FCF and striking force FCF
"""
if self.regions['lower_left'].exists('fcf_retreat_ship.png'):
fcf_retreat = False
if self.combined_fleet:
# for combined fleets, check the heavy damage counts of both
# fleets 1 and 2
fleet_1_heavy_damage = self.fleets[1].damage_counts['heavy']
fleet_2_heavy_damage = self.fleets[2].damage_counts['heavy']
if fleet_1_heavy_damage + fleet_2_heavy_damage == 1:
fcf_retreat = True
self.fleets[1].increment_fcf_retreat_count()
self.fleets[2].increment_fcf_retreat_count()
elif self.striking_fleet:
# for striking fleets, check the heavy damage counts of the
# 3rd fleet
if self.fleets[3].damage_counts['heavy'] == 1:
fcf_retreat = True
self.fleets[3].increment_fcf_retreat_count()
if fcf_retreat:
if (Util.check_and_click(self.regions['lower'],
'fcf_retreat_ship.png')):
# decrement the Combat module's internal dmg count so it
# knows to continue sortie to the next node
self.dmg['heavy'] -= 1
else:
Util.log_warning("Declining to retreat ship with FCF.")
Util.check_and_click(self.regions['lower'],
'fcf_continue_fleet.png')
def _combine_fleet_damages(self, main, escort):
"""Method for conveniently combining two damage dicts for combined
fleets.
Args:
main (dict): damage dict of main fleet
escort (dict): damage dict of escort fleet
Returns:
dict: damage dict aggregating all damage counts for both main and
escort fleets
"""
combined = {} # create new to not update by reference
for key in main:
combined[key] = main[key] + escort[key]
return combined
def disable_module(self):
Util.log_success("De-activating the combat module.")
self.enabled = False
self.disabled_time = datetime.now()
def enable_module(self):
Util.log_success("Re-activating the combat module.")
self.enabled = True
self.disabled_time = None
def print_status(self):
"""Method that prints the next sortie time status of the Combat module.
"""
if self.enabled:
Util.log_success("Next combat sortie at {}".format(
self.next_combat_time.strftime('%Y-%m-%d %H:%M:%S')))
else:
Util.log_success("Combat module disabled as of {}".format(
self.disabled_time.strftime('%Y-%m-%d %H:%M:%S')))
def testCanLimitRegion(self):
region = Region(50, 50, 400, 400).limit(Region(150, 100, 150, 25))
self.assertEqual(region.getX(), 150)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 150)
self.assertEqual(region.getH(), 25)
region = Region(100, 100, 200, 200).limit(Region(50, 50, 400, 400))
self.assertEqual(region.getX(), 100)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 200)
self.assertEqual(region.getH(), 200)
def recover(kcauto_kai, e):
"""Attempts very basic recovery actions on a FindFailed exception. WIP
and does not integrate with the config.
Args:
kcauto_kai (KCAutoKai): KCAutoKai instance
e (Exception): Exception
Returns:
bool: True on successful recovery, otherwise raises an error
"""
kc_region = kcauto_kai.kc_region
regions = kcauto_kai.regions
recovery_method = 'kc3'
Util.log_warning(
"FindFailed error occurred; attempting basic recovery.")
App.focus(kcauto_kai.config.program)
kc_region.mouseMove(Location(1, 1))
# basic recovery attempt
type(Key.ESC)
sleep(1)
if kc_region.exists(Pattern('kc_reference_point.png').exact()):
# reference point exists, so we are in-game
Util.log_success("Recovery successful.")
kcauto_kai.stats.increment_recoveries()
return True
elif kc_region.exists('next.png'):
# crashed at some results screen; try to click it away until we see
# the main game screen
while (kc_region.exists('next.png') and not kc_region.exists(
Pattern('kc_reference_point.png').exact())):
Util.click_screen(regions, 'center')
sleep(2)
if kc_region.exists(Pattern('kc_reference_point.png').exact()):
# reference point exists, so we are back in-game
Util.log_success("Recovery successful.")
kcauto_kai.stats.increment_recoveries()
return True
# catbomb recovery
if kc_region.exists('catbomb.png') and recovery_method != 'None':
if recovery_method == 'browser':
Region.type(Key.F5)
elif recovery_method == 'kc3':
Region.type(Key.F5)
sleep(1)
Region.type(Key.SPACE)
sleep(1)
Region.type(Key.TAB)
sleep(1)
Region.type(Key.SPACE)
elif recovery_method == 'kcv':
Region.type(Key.F5)
elif recovery_method == 'kct':
Region.type(Key.ALT)
sleep(1)
Region.type(Key.DOWN)
sleep(1)
Region.type(Key.DOWN)
sleep(1)
Region.type(Key.ENTER)
elif recovery_method == 'eo':
Region.type(Key.F5)
sleep(1)
Region.type(Key.TAB)
sleep(1)
Region.type(Key.SPACE)
sleep(3)
kc_region.mouseMove(Location(0, 0))
sleep(3)
Util.wait_and_click(kc_region,
Pattern('game_start.png').similar(0.999), 60)
sleep(5)
Util.log_success("Recovery successful.")
kcauto_kai.stats.increment_recoveries()
return True
# recovery failed
Util.log_error("Irrecoverable crash")
print(e)
raise
def recover(kcauto_kai, config, e):
"""Attempts very basic recovery actions on a FindFailed exception. WIP
and does not integrate with the config.
Args:
kcauto_kai (KCAutoKai): KCAutoKai instance
config (Config): Config instance
e (Exception): Exception
Returns:
bool: True on successful recovery, otherwise raises an error
"""
kc_region = (kcauto_kai.kc_region
if kcauto_kai.kc_region else Util.focus_kc(config))
kc_region = kcauto_kai.kc_region
regions = kcauto_kai.regions
Util.log_warning(e)
Util.log_warning(
"** FindFailed error occurred; attempting basic recovery. **")
App.focus(kcauto_kai.config.program)
kc_region.mouseMove(Location(1, 1))
# basic recovery attempt
Region.type(kc_region, Key.ESC)
sleep(1)
Region.type(kc_region, Key.SPACE)
if kc_region.exists(Pattern('kc_reference_point.png').exact()):
# reference point exists, so we are in-game
Util.log_success("Recovery successful.")
kcauto_kai.stats.increment_recoveries()
return True
elif kc_region.exists('next.png'):
# crashed at some results screen; try to click it away until we see
# the main game screen
while (kc_region.exists('next.png') and not kc_region.exists(
Pattern('kc_reference_point.png').exact())):
Util.click_preset_region(regions, 'center')
sleep(2)
if kc_region.exists(Pattern('kc_reference_point.png').exact()):
# reference point exists, so we are back in-game
Util.log_success("Recovery successful.")
kcauto_kai.stats.increment_recoveries()
return True
# catbomb recovery
if kc_region.exists('catbomb.png', 10):
Util.log_warning("** Catbomb detected. **")
catbombed = True
catbomb_n = 0
while catbombed and catbomb_n < 7:
# generic f5-space-tab-space keystrokes to mimick refresh
# attempt
Region.type(kc_region, Key.F5)
sleep(1)
Region.type(kc_region, Key.SPACE)
sleep(1)
Region.type(kc_region, Key.TAB)
sleep(1)
Region.type(kc_region, Key.SPACE)
sleep(3)
# clear mouse
kc_region.mouseMove(Location(1, 1))
if kc_region.exists('catbomb.png'):
sleep_len = pow(2, catbomb_n + 4)
Util.log_warning(
"Catbomb recovery attempt {} failed; trying again in "
"{} seconds!".format(catbomb_n + 1, sleep_len))
sleep(sleep_len)
catbomb_n += 1
else:
catbombed = False
sleep(3)
Util.wait_and_click(kc_region,
Pattern('game_start.png').similar(0.999), 60)
sleep(5)
Util.log_success("Catbomb recovery successful.")
kcauto_kai.stats.increment_recoveries()
return True
# recovery failed
Util.log_error("** Irrecoverable crash. **")
print(e)
raise
def testCanAddLocationToRegion(self):
region = Region(100, 100, 1, 1)
# Check that initialized properly
self.assertEqual(region.getX(), 100)
self.assertEqual(region.getY(), 100)
self.assertEqual(region.getW(), 1)
self.assertEqual(region.getH(), 1)
region = region.add(Location(50, 50))
# X,Y Should have changed to 50
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
# W,H should have changed to 50
self.assertEqual(region.getW(), 51)
self.assertEqual(region.getH(), 51)
region = region.add(Location(200, 50))
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
self.assertEqual(region.getW(), 150)
self.assertEqual(region.getH(), 51)
region = region.add(Location(200, 200))
# Width/Height should have changed to 200/200
self.assertEqual(region.getX(), 50)
self.assertEqual(region.getY(), 50)
self.assertEqual(region.getW(), 150)
self.assertEqual(region.getH(), 150)
