def visitPrimary(self, ctx):
""" それぞれのPrimaryの値をUnitXObjectにラップして，応答する．
Identifier: variable or function
literal: number, string, boolean, none
PAREN=(): expression
BRACK=[]: list
"""
unit = Unit()
if ctx.unit(): unit = self.visitUnit(ctx.unit())
if ctx.Identifier():
# Here
varname = ctx.Identifier().getText()
unitx_obj = UnitXObject(value=None, varname=varname, unit=unit)
"""
current_scope = self.get_scopes().peek()
if varname in current_scope:
unitx_obj = current_scope[varname]
if not unit.is_empty():
unitx_obj.unit = unit
else:
unitx_obj = UnitXObject(value=None, varname=varname, unit=unit)
"""
found_scope = self.get_scopes().peek().find_scope_of(varname)
if found_scope:
unitx_obj = found_scope[varname]
if not unit.is_empty():
unitx_obj.unit = unit
else:
unitx_obj = UnitXObject(value=None, varname=varname, unit=unit)
unitx_obj.token = ctx.Identifier().getSymbol()
elif ctx.literal():
unitx_obj = self.visitLiteral(ctx.literal())
unitx_obj.unit = unit
elif ctx.start.type == UnitXLexer.LPAREN:
unitx_obj = self.visitExpression(ctx.expression(i=0))
if not unit.is_empty():
unitx_obj.unit = unit
unitx_obj.token = ctx.start
elif ctx.start.type == UnitXLexer.LBRACK:
unitx_objs = []
for an_expr in ctx.expression():
an_obj = self.visitExpression(an_expr)
if not unit.is_empty():
an_obj.unit = unit
unitx_objs.append(an_obj)
unitx_obj = UnitXObject(value = unitx_objs, varname = None, unit=unit, token=ctx.start)
else:
if not self.is_intaractive_run:
raise Exception("Syntax error. EvalVisitor#visitPrimary") # Never happen.
assert(isinstance(unitx_obj, UnitXObject))
return unitx_obj
def __init__(self, mainObj, position, yon=4, layer=0, attrDict={}):
self.type = 'Kurt'
Unit.__init__(self, mainObj, position, yon, attrDict)
self.image = self.changeImage('Kurt', yon) # Oyunun başında ilk yüklenen unit resim dosyasi
self.rect = self.image.get_rect()
self.rect.topleft = position
self.layer = layer # LayeredUpdates grubu için gerekiyor
self.colRect = copy(Kurt.colRect[self.yon])
self.colRect.topleft = (self.colRect.topleft[0] + self.rect.topleft[0], self.colRect.topleft[1] + self.rect.topleft[1])
# çarpışmalarda kullanılan noktalar
self.colPoints = None
self.tolerans = 0
self.speed = 4
if self.player.type == Player.human_player:
self.ai = KurtFSM(self, human=True)
else:
self.ai = KurtFSM(self)
# unit'in gerçek pozisyonunu (reel sayılarla) tutar. rect'e atılırken int'e dönüştürülür.
self.yer = Vector2(*self.colRect.center)
def generate_one_unit(i, paper, problem_list):
"""
随机生成一个个体
"""
unit = Unit()
unit.id = i + 1
each_type_count = paper.each_type_count
while paper.total_score != unit.sum_score:
unit.problem_list = []
for j in range(len(each_type_count)):
one_type_problem = [
p for p in problem_list
if p.type == j+1 and is_contain_points(p, paper)]
for k in range(0, each_type_count[j]):
length = len(one_type_problem)
index = randint(0, length - k - 1)
unit.problem_list.append(one_type_problem[index])
one_type_problem[index], one_type_problem[length-k-1] = \
one_type_problem[length-k-1], \
one_type_problem[index]
return unit
def __init__(self, player, sig, model, skeleton, animations, inventory): ''' Constructor ''' Unit.__init__(player, sig, numControllers = 1) self.player = player self.enabled = False
def __init__(self, mainRef, attributes):
print("Enemy instantiated")
Unit.__init__(self)
FSM.__init__(self, 'playerFSM')
self._mainRef = mainRef
self._playerRef = mainRef.player
self._AIworldRef = mainRef.AIworld
self._enemyListRef = mainRef.enemyList
self._ddaHandlerRef = mainRef.DDAHandler
self._stateHandlerRef = mainRef.stateHandler
self._scenarioHandlerRef = mainRef.scenarioHandler
#self.topEnemyNode = mainRef.mainNode.attachNewNode('topEnemyNode')
self.initEnemyNode(mainRef.mainNode)
utils.enemyDictionary[self.enemyNode.getName()] = self
self.loadEnemyModel(attributes.modelName)
self.initAttributes(attributes)
self.initEnemyAi()
self.initEnemyDDA()
self.initEnemyCollisionHandlers()
self.initEnemyCollisionSolids()
#self.request('Idle')
self.request('Disabled')
# Start enemy updater task
self.enemyUpdaterTask = taskMgr.add(self.enemyUpdater, 'enemyUpdaterTask')
def button_events(self, event):
# check for clicks on a button
# (not in mousebuttondown to allow for mouseover highlight)
for button in self.buttons.btn_list:
if "click" in button.handleEvent(event):
if button.caption == "B":
self.player_command.player_msg = \
"That was the round button"
if button.caption == "hi":
self.player_command.player_msg = \
"Nothing here but us buttons."
if button.caption == "MAKE IT SO!":
Unit.movement(self.grid_map, self.players)
self.player_command.player_msg = ""
""" check for unit-related button events """
for player in self.players.active_list:
for group in player.units:
for unit in group.group_list:
for button in unit.unit_btns:
if "click" in button.handleEvent(event):
if button.caption == "B":
unit.active = "True"
unit.txt_status = "Targeting"
self.player_command.player_msg = \
"Click on target tile."
elif button.caption == "A":
unit.txt_status = "A Button"
else:
unit.txt_status = "Unidentified Button"
def __init__(self, is_intaractive_run, an_errhandler):
""" EvalVisitorを初期化して応答する．
"""
self.is_test = False
self.is_intaractive_run = is_intaractive_run
self.errhandler = an_errhandler
self.scopes = ScopeList()
self.is_break = False
self.is_return = False
self.return_value = UnitXObject(value=None, varname=None, unit=None, token=None, is_none=True)
this_dir, _ = os.path.split(__file__)
data_path = os.path.join(this_dir, Constants.SYSTEM_UNIT_DATA)
self.unit_manager = UnitManager(data_path) # Sets a database(data/unit_table.dat) for calculating units.
self.stdlib = Stdlib()
self.NULL_UNITX_OBJ = UnitXObject(value=None, varname=None, is_none=True, unit=Unit(), token=None)
#
# Sets a mediator to each classes for a management,
# because this class is a mediator class.
# Also, UnitXObject, Unit, Scope classes have to create many new instances.
# So, We set a mediator by using classmethod.
#
self.scopes.set_mediator(self)
self.unit_manager.set_mediator(self)
self.stdlib.set_mediator(self)
UnitXObject.set_mediator(self)
Unit.set_mediator(self)
Scope.set_mediator(self)
DefinedFunction.set_mediator(self)
UnitXObject.manager = self.get_unit_manager()
UnitXObject.scopes = self.get_scopes()
def __init__(self, constraint, x=0, y=0, direction=(1, 0), kind=0):
Unit.__init__(self, constraint, x, y, direction, 160, 65)
if kind:
self.kind = 'lion'
self.health = 200
else:
self.kind = 'blue'
self.health = 100
def update(self, time): self.applyForceFrom(-0.1, self.player.getPos()) Unit.update(self, time) angle = math.atan2(self.player.getY() - self.getY(), \ self.player.getX() - self.getX()) self.setH(angle * 180 / math.pi)
def handleCubeIntoCollision(self, entry): try: fromName = entry.getFromNodePath().getParent().getName() Unit.collideWithObstacle(self.actors[fromName]) if fromName == "player" and self.collisionSound.status() is not self.collisionSound.PLAYING: self.collisionSound.play() except: pass
def value_unit_to_number(self, param, value):
# string is of the form "32.3L"
unit = value[-1]
#v = float(value[:-1])
v = self.str_to_float(param, value[:-1])
if (Unit.get(param) != unit):
v = Unit.convert(unit, Unit.get(param), v)
return round(v, self.precision)
def reduce_unit(self, guide_unit=None):
"""
Combine similar component units and scale, to form an
equal Quantity in simpler units.
Returns underlying value type if unit is dimensionless.
"""
key = (self.unit, guide_unit)
if key in Quantity._reduce_cache:
(unit, value_factor) = Quantity._reduce_cache[key]
else:
value_factor = 1.0
canonical_units = {} # dict of dimensionTuple: (Base/ScaledUnit, exponent)
# Bias result toward guide units
if guide_unit is not None:
for u, exponent in guide_unit.iter_base_or_scaled_units():
d = u.get_dimension_tuple()
if d not in canonical_units:
canonical_units[d] = [u, 0]
for u, exponent in self.unit.iter_base_or_scaled_units():
d = u.get_dimension_tuple()
# Take first unit found in a dimension as canonical
if d not in canonical_units:
canonical_units[d] = [u, exponent]
else:
value_factor *= (u.conversion_factor_to(canonical_units[d][0])**exponent)
canonical_units[d][1] += exponent
new_base_units = {}
for d in canonical_units:
u, exponent = canonical_units[d]
if exponent != 0:
assert u not in new_base_units
new_base_units[u] = exponent
# Create new unit
if len(new_base_units) == 0:
unit = dimensionless
else:
unit = Unit(new_base_units)
# There might be a factor due to unit conversion, even though unit is dimensionless
# e.g. suppose unit is meter/centimeter
if unit.is_dimensionless():
unit_factor = unit.conversion_factor_to(dimensionless)
if unit_factor != 1.0:
value_factor *= unit_factor
# print "value_factor = %s" % value_factor
unit = dimensionless
Quantity._reduce_cache[key] = (unit, value_factor)
# Create Quantity, then scale (in case value is a container)
# That's why we don't just scale the value.
result = Quantity(self._value, unit)
if value_factor != 1.0:
# __mul__ strips off dimensionless, if appropriate
result = result * value_factor
if unit.is_dimensionless():
assert unit is dimensionless # should have been set earlier in this method
if is_quantity(result):
result = result._value
return result
def handleUnitIntoCollision(self, entry): try: fromName = entry.getFromNodePath().getParent().getName() intoName = entry.getIntoNodePath().getParent().getName() Unit.collideWithUnit(self.actors[intoName], self.actors[fromName]) if (fromName == "player" or intoName == "player") and self.collisionSound.status() is not self.collisionSound.PLAYING: self.collisionSound.play() except: pass
def test_hero_attack(self):
hero = Unit(100, 100, 5)
hero.learn(Spell('a', 10, 10, 2))
self.dungeon.spawn(hero)
self.dungeon.move_hero('down')
self.dungeon.move_hero('down')
self.assertEqual('Nothing in casting range 2',
self.dungeon.hero_attack(by="spell"))
self.dungeon.move_hero('down')
self.assertIsInstance(self.dungeon.hero_attack(by='spell'), Fight)
def __init__(self, models = None, anims = None, sphereString = None, game = None, xStart = 0, yStart = 0, zStart = 0): Unit.__init__(self, models, anims, sphereString, game, xStart, yStart, zStart) #set up sounds self.deathSound = game.loader.loadSfx(SFX_PATH + "enemy_death.wav") self.randomMovement = 0 self.randomMovementMax = 30 * 7 self.minRandomVel = 1000 self.maxRandomVel = 2000
def __init__(self, name, title, health, mana, mana_regen):
self.name = name
self.title = title
self.mana_regen = mana_regen
Unit.__init__(self, health, mana, name)
self.phisical_damage = 0
self.magic_damage = 0
self.max_equiped_weapons = 0
self.max_learned_spells = 0
def __init__(self, sport, xparam, yparam, xvals = None, yvals = None):
self.xparam = xparam
self.yparam = yparam
self.sport = sport
if (xvals is None):
xvals = []
if (yvals is None):
yvals = []
self.xvals = xvals
self.yvals = yvals
self.xlabel = self.xparam + " (%s)"%(Unit.get(self.xparam))
self.ylabel = self.yparam + " (%s)"%(Unit.get(self.yparam))
def __init__(self, team, sig, model, numControllers, keyinput):
'''
Constructor
'''
self.input = keyinput
self.model = loader.loadModel(model)
tankNode = render.attachNewNode(ActorNode("tank-physics"))
tankNode.detachNode()
self.tankNode = tankNode
actorNode = tankNode.node()
base.physicsMgr.attachPhysicalNode(actorNode)
actorNode.getPhysicsObject().setMass(1000)
fromObject = tankNode.attachNewNode(CollisionNode('tank-coll'))
fromObject.node().addSolid(CollisionSphere(0, 0, 0, 1))
self.model.reparentTo(tankNode)
pusher = PhysicsCollisionHandler()
pusher.addCollider(fromObject,tankNode)
base.cTrav.addCollider(fromObject, pusher)
fromObject.show()
Unit.__init__(self, sig, numControllers)
self.enabled = False
self.camera = VehicleCamera(self.tankNode, Vec3(0,-10,5))
self.rotation = Rotation(self.tankNode, self.camera.camNode)
self.engineFN=ForceNode('tank-hover-engine-front-left')
self.engineFNP=tankNode.attachNewNode(self.engineFN)
self.engineNodes = [NodePath("front-left-engine") ,
NodePath("front-right-engine"),
NodePath("back-left-engine") ,
NodePath("back-right-engine") ]
for i in range(0,4):
self.engineNodes[i].reparentTo(tankNode)
self.engineNodes[i].setPos(tankNode, ENGINELIST[i])
blah = loader.loadModel(model)
blah.reparentTo(self.engineNodes[i])
blah.setScale(0.1)
self.linearForce = None
self.rotateForce = None
self.movement = Movement(tankNode)
self.movement.enable()
def test_found_treasure(self):
hero = Unit(100, 100, 5)
hero.health = 1
hero.mana = 1
self.dungeon.spawn(hero)
self.dungeon._found_treasure('mana')
self.assertGreater(hero.mana, 1)
self.dungeon._found_treasure('health')
self.assertGreater(hero.health, 1)
self.dungeon._found_treasure('weapon')
self.assertNotEqual(hero.weapon, None)
self.dungeon._found_treasure('spell')
self.assertNotEqual(hero.spell, None)
def test_get_new_commands(self):
ip = "127.0.0.1"
port = 8080
unit_id = "3c82ef61-0875-41d3-99ba-101672d79d6b"
testunit = Unit(ip, unit_id, fallback_units = [])
# Post five tasks to taskboard
for _ in xrange(5):
task = create_valid_task()
# Posting a task should result in no error
testunit.post_task(task)
tasks = testunit.get_new_commands()
print tasks
self.assertTrue(len(tasks) == 5)
def __init__(self, constraint, x=0, y=0, direction=(1, 0), size=0):
radius = (size * 15 + 41) / 2
Unit.__init__(self, constraint, x, y, direction, 80, radius)
SinkingItem.__init__(self, constraint, x, y, 80, radius)
self.hungry = False
self.growth = 0
# Fish size: 0 - small, 1 - normal, 2 - big
self.size = size
self.last_fed = int(time())
self.grow_time = int(time())
self.drop_coin = False
# Prevents multiple coin drops in the same second.
self.coin_drop_time = time()
def value_space_unit_to_number(self, param, value):
# default format is "<value> <unit>"
if (value == "-"):
raise InvalidValueException(param, value)
parts = value.split()
unit = parts[1]
if (unit == "min/mi" and (":" in parts[0])):
v_parts = parts[0].split(":")
#v = float(v_parts[0]) + float(v_parts[1])/60.0 # convert to float minutes value
v = self.str_to_float(param, v_parts[0]) + self.str_to_float(param, v_parts[1])/60.0 # convert to float minutes value
else:
#v = float(parts[0])
v = self.str_to_float(param, parts[0])
if (Unit.get(param) != unit):
v = Unit.convert(unit, Unit.get(param), v)
return round(v, self.precision)
def dataReceived(self, data):
if not '\n' in data:
self.buf += data
return
full = (self.buf + data).split("\n")
self.buf = full[-1]
for line in full[:-1]:
json_data = json.loads(line)
if json_data["message_type"] == "hello":
global game_map
print "Hello message"
units = [Unit.from_dict(u) for u in json_data["units"]]
bullets = [Bullet.from_dict(b) for b in json_data["bullets"]]
hero = Hero.from_dict(json_data["hero"])
commander = Commander.from_dict(json_data["commander"])
game_map = GameMap(json_data["rows"], json_data["cols"],
json_data["map"], hero, commander, units, bullets)
elif json_data["message_type"] == "update":
# Drop any removed units/bullets, then update values for remaining
if len(game_map.units) > len(json_data["units"]):
game_map.units = game_map.units[:len(json_data["units"])]
for i in xrange(len(json_data["units"]) - len(game_map.units)):
game_map.units.append(Unit(1, 1999, 1999, 0, 0))
for u_old, u_new in zip(game_map.units, json_data["units"]):
u_old.update_from_dict(u_new)
if len(game_map.bullets) > len(json_data["bullets"]):
game_map.bullets = game_map.bullets[:len(json_data["bullets"])]
for i in xrange(len(json_data["bullets"]) - len(game_map.bullets)):
game_map.bullets.append(Bullet(0, 999, 999, 0, 0))
for b_old, b_new in zip(game_map.bullets, json_data["bullets"]):
b_old.update_from_dict(b_new)
game_map.hero.update_from_dict(json_data["hero"])
game_map.commander.update_from_dict(json_data["commander"])
def update(self, time): """Run all major player operations each frame""" #check for weapon switch key if self.controlScheme.keyDown(SWITCH): if not self.switchPressed: self.switchWeapon() self.switchPressed = True else: self.switchPressed = False self.targetEnemy() #check for attack keys if self.controlScheme.keyDown(PUSH) and not self.controlScheme.keyDown(PULL): self.attack(PUSH, time) #include sound #self.electricSound.play() if self.electricSound.status() is not self.electricSound.PLAYING: #self.electricSound.setTime(self.electricSound.getTime())#reset to the current time and play it from there self.electricSound.setVolume(.1) self.electricSound.play() elif self.controlScheme.keyDown(PULL) and not self.controlScheme.keyDown(PUSH): self.attack(PULL, time) #include sound #self.magnetSound.setLoop(True) if self.magnetSound.status() is not self.magnetSound.PLAYING: #self.magnetSound.setTime(self.magnetSound.getTime()) self.magnetSound.play() else: self.sustainedAttack = False #self.target = None if self.electricSound.status() == self.electricSound.PLAYING: #self.electricSound.setTime(float(0))#for some reason this is not resetting the time self.electricSound.stop() if self.magnetSound.status() == self.magnetSound.PLAYING: #self.magnetSound.setTime(float(0))#for some reason this is not resetting the time self.magnetSound.stop() #i am of the opinion that sound is somehow completely borked here #automatically regenerate energy self.energy += self.energyRegen * time self.energy = min(self.maxEnergy, self.energy) self.move(time) Unit.update(self, time)
def test_unit_detection(value, expected, unit, templates):
"""Testing different combinations of number formats and all units."""
for template in templates:
text = template.format(value)
found_unit = Unit.find_first_unit(text)
assert found_unit is not None, 'Nothing found in {!r}'.format(text)
assert found_unit.value == expected and found_unit.unit == unit
assert isinstance(found_unit.to_useless(), type(''))
def test_compound_units(values, expected, units, template):
"""Testing arbitrary compound unit formats."""
text = template.format(*values)
found_units = Unit.find_first_unit(text)
assert found_units is not None
assert isinstance(found_units, list)
for i, found_unit in enumerate(found_units):
assert found_unit.unit == units[i]
assert found_unit.value == expected[i]
assert isinstance(found_unit.to_useless(), type(''))
def __init__(self, team, sig, model, numControllers, keyinput):
'''
Constructor
'''
self.input = keyinput
self.model = loader.loadModel(model)
tankNode = render.attachNewNode(ActorNode("tank-physics"))
tankNode.detachNode()
self.tankNode = tankNode
actorNode = tankNode.node()
base.physicsMgr.attachPhysicalNode(actorNode)
actorNode.getPhysicsObject().setMass(1000)
fromObject = tankNode.attachNewNode(CollisionNode('tank-coll'))
fromObject.node().addSolid(CollisionSphere(0, 0, 0, 1))
self.model.reparentTo(tankNode)
pusher = PhysicsCollisionHandler()
pusher.addCollider(fromObject,tankNode)
base.cTrav.addCollider(fromObject, pusher)
fromObject.show()
Unit.__init__(self, sig, numControllers)
self.enabled = False
self.camera = VehicleCamera(self.tankNode, Vec3(0,-10,5))
self.rotation = Rotation(self.tankNode, self.camera.camNode)
self.engineFN=ForceNode('tank-engine')
self.engineFNP=tankNode.attachNewNode(self.engineFN)
self.upForce=LinearVectorForce(0,0,20000)
self.upForce.setMassDependent(1)
self.engineFN.addForce(self.upForce)
base.physicsMgr.addLinearForce(self.upForce)
def to_number(self, param, value):
# convert "11m:15s" to 675
if (not Unit.is_defined(param)):
#raise Exception("Unit for the given parameter %s has not been defined" % (param))
raise InvalidParamException(param)
if (self.param_formatters.has_key(param)):
f = self.param_formatters[param]
v = f(param, value)
else:
raise Exception("Unknown parameter %s in ParamFormatter" % (param))
return v
def __init__(self, mainRef):
print("Player instantiated")
Unit.__init__(self)
FSM.__init__(self, 'playerFSM')
self._hudRef = None
self._mainRef = mainRef
self._enemyListRef = mainRef.enemyList
self._ddaHandlerRef = mainRef.DDAHandler
self._mapHandlerRef = mainRef.mapHandler
self._stateHandlerRef = mainRef.stateHandler
self._scenarioHandlerRef = mainRef.scenarioHandler
self.playerNode = mainRef.mainNode.attachNewNode('playerNode')
self.initPlayerAttributes()
self.initPlayerModel()
self.initPlayerCamera()
self.initPlayerAbilities()
self.initPlayerCollisionHandlers()
self.initPlayerCollisionSolids()
self.initPlayerDDA()
# Start mouse picking and movement
self.mouseHandler = utils.MouseHandler(self)
# Start player update task
playerUpdateTask = taskMgr.add(self.playerUpdate, 'playerUpdateTask')
# Initialize player FSM state
self.request('Idle')
DO = DirectObject()
DO.accept('shift-mouse1', self.onShiftDown)
DO.accept('shift-up', self.onShiftUp)
self._shiftButtonDown = False
def import_data(cls):
filenm ='kegiatan_sub.csv'
with open(filenm, 'rb') as csvfile:
reader = csv.DictReader(csvfile, delimiter=';', quotechar='"')
i = 0
for row in reader:
i += 1
if i/100 ==i/100.0:
print i
#print row
tahun = row['tahun'].strip()
kegiatan_id = Kegiatan.get_by_kode(row['kegiatan'].strip()).id
unit_id = Unit.get_by_kode(row['unit'].strip()).id
no_urut = row['no_urut'].strip()
data = cls.get_by_kode(tahun, kegiatan_id, unit_id, no_urut)
if not data:
data=cls()
data.kegiatan_id = kegiatan_id
data.unit_id = unit_id
data.no_urut = no_urut
data.created = datetime.now()
data.create_uid = 1
data.tahun_id = row['tahun']
#data.level_id = data.kode.count('.')+1
#data.parent_id = DBSession.query(Rekening.id).filter(Rekening.kode==data.kode[:data.kode.rfind('.')]).scalar()
data.disabled = 0
#data.defsign = 1
#data.program_id=Program.get_by_kode(''.join([row['urusankd'].strip(),'.',row['programkd'].strip()])).id
data.kode = row['kegiatan']
data.nama = row['nama'].strip()
data.amt_lalu = 0
data.amt_yad = 0
data.ppa = 0
data.ppas = 0
data.ppa_rev = 0
data.ppas_rev = 0
data.pending = 0
data.tahunke = 0
data.h0yl = 0
data.p0yl = 0
data.r0yl = 0
data.h1yl = 0
data.p1yl = 0
data.r1yl = 0
data.h2yl = 0
data.p2yl = 0
data.r2yl = 0
DBSession.add(data)
DBSession.flush()
DBSession.commit()
def test_post_task(self):
ip = "127.0.0.1"
port = 8080
unit_id = "3c82ef61-0875-41d3-99ba-101672d79d6b"
testunit = Unit(ip,
unit_id,
fallback_units=[uuid.uuid4().hex,
uuid.uuid4().hex])
task = create_valid_task()
# Posting a task should result in no error
testunit.post_task(task)
# Posting test again should raise an error
try:
testunit.post_task(task)
except HTTPError as e:
status_code = e.response.status_code
self.assertTrue(status_code == 500)
valid_response = self.valid_response
testunit.post_task(valid_response)
def __init__(self, directory, name="design"):
if name is None:
name = os.path.split(directory)[1].lower()
self.name = name
self.tech_file = os.path.join(directory, name + '.tech')
self.loc_file = os.path.join(directory, name + '.loc')
self.nets_file = os.path.join(directory, name + '.nets')
self.tech = read_technology_file(self.tech_file)
self.units = read_units(self.loc_file)
self.udict = dict() # unit name lookup table
for unit in self.units:
self.udict[unit.name] = unit
#self.lastdir = os.path.normpath(os.path.dirname(file))
if not os.path.exists(self.nets_file):
raise Exception("Netlist file not found!")
self.nets = read_nets(self.nets_file, self.udict)
self.ndict = dict() # net name lookup table
for net in self.nets:
self.ndict[net.name] = net
self.width = self.tech['design_width']
self.height = self.tech['design_height']
self.chip = Unit("chip", 0, 0, self.width, self.height)
def test_get_response(self):
ip = "127.0.0.1"
port = 8080
unit_id = "3c82ef61-0875-41d3-99ba-101672d79d6b"
testunit = Unit(ip, unit_id, fallback_units=[])
setup_server([testunit])
# Create a valid command and response to use in this test
command, response = create_valid_task()
# Post a command, no exception
testunit.post_task(command)
# Post a response, no exception
testunit.post_task(response)
testunit_response = testunit.get_response(command)
self.assertTrue(isinstance(testunit_response, Task))
self.assertTrue(testunit_response.task_id == response.task_id)
print response
def addunit(self, charflag, unitdict):
newunit = Unit(charflag, unitdict)
createnewstack = True
#self.unit_list.add(newunit)
#print "Length: " + str(len(self.unit_list.sprites()) )
if len(self.unit_list.sprites()) == 0:
#print "First unit"
self.unit_list.add(newunit)
else:
for unit in self.unit_list:
#print "unit's stack id: " + str(unit.stack_id)
#print "new unit's stack id: " + str(newunit.stack_id)
if newunit.stack_id == unit.stack_id:
#print "Adding unit "+ str(newunit.id) + " to stack " + str(unit.stack_id) + "char?: " + str(charflag)
#print "---"
unit.add_unit(newunit)
createnewstack = False
break
if createnewstack:
#print "New stack for "+ str(unit.id) + " for stack " + str(unit.stack_id) + "char?: " + str(charflag)
#print "---"
self.unit_list.add(newunit)
def __init__(self, _unit: Unit, **kwargs) -> None:
super().__init__(wait=False,
gravity=Gravity.CENTER,
allowed_events=[p.MOUSEBUTTONDOWN, p.KEYDOWN],
**kwargs)
self.unit = _unit
self.gained_exp = _unit.exp_prev + _unit.gained_exp()
self.image = gui.Image(_unit.image,
die_when_done=False,
bg_color=c.MENU_BG)
self.bar = gui.LifeBar(max=99,
value=_unit.exp_prev,
blocks_per_row=100,
block_size=(2, 10),
life_color=c.YELLOW)
self.label = gui.Label(_("EXP: {experience}") + "\t" +
_("LV: {level}"),
f.SMALL,
txt_color=c.YELLOW)
self.label.format(**_unit.__dict__)
self.add_children(self.image, self.bar, self.label)
self.time = 0
def test_get_new_commands(self):
ip = "127.0.0.1"
port = 8080
unit_id = "3c82ef61-0875-41d3-99ba-101672d79d6b"
testunit = Unit(ip, unit_id, fallback_units=[])
setup_server([testunit])
# Post five tasks to taskboard
for _ in xrange(5):
command, response = create_valid_task()
# Posting a task should result in no error
testunit.post_task(command)
for _ in xrange(5):
command, response = create_valid_task()
# Posting a task should result in no error
testunit.post_task(response)
tasks = testunit.get_new_commands()
for task in tasks:
self.assertTrue(task.response == {})
def spawn_unit(self, player_id, loc):
# Add new unit to board
if not self.is_free(loc):
raise Exception("Cannot spawn unit in location " + str(loc) +
" since it is occupied")
if self.players[player_id].num_units() >= self.unit_limit:
logger.log(
10, "Player " + str(player_id) +
" attempted to spawn new unit, but has reached the spawn limit."
)
return
self.num_total_units_spawned += 1
unit_id = self.num_total_units_spawned
new_unit = Unit(self, unit_id, player_id, loc)
self.board_matrix[loc] = new_unit
self.turn_handler.add_to_queue(new_unit)
self.players[player_id].units.add(new_unit)
logger.log(
10, "New unit " + str(unit_id) + " spawned by player " +
str(player_id) + " in location " + str(loc))
def test_post_task(self):
ip = "127.0.0.1"
port = 8080
unit_id = "3c82ef61-0875-41d3-99ba-101672d79d6b"
testunit = Unit(ip,
unit_id,
fallback_units=[uuid.uuid4().hex,
uuid.uuid4().hex])
setup_server([testunit])
command, response = create_valid_task()
# Posting a task should result in no error
testunit.post_task(command)
# Posting test again should raise an error
try:
testunit.post_task(command)
except HTTPError as e:
status_code = e.response.status_code
self.assertTrue(status_code == 500)
# Posting a response to the task should not result in an error
testunit.post_task(response)
def enter():
gfw.world.init(['bg', 'monster', 'unit', 'unit', "gameclear"])
Monster.load_all_images()
Unit.load_all_images()
life_gauge.load()
gameclear.load()
global selectedUnit
if load():
unit = gfw.world.object(gfw.layer.unit, 0)
else:
unit = Unit(1)
selectedUnit = unit
gfw.world.add(gfw.layer.unit, unit)
gfw.world.add(gfw.layer.unit, Unit(1))
gfw.world.add(gfw.layer.unit, Unit(1))
gfw.world.add(gfw.layer.unit, Unit(1))
bg = gobj.ImageObject('background.jpg',
(canvas_width // 2, canvas_height // 2))
gfw.world.add(gfw.layer.bg, bg)
magic_circle = gobj.ImageObject(
'magic.png', (gobj.magic_circle_pos[0], gobj.magic_circle_pos[1]))
gfw.world.add(gfw.layer.bg, magic_circle)
global font, font2
font = gfw.font.load(gobj.RES_DIR + '/Sweet_story.otf', 50)
font2 = gfw.font.load(gobj.RES_DIR + '/ConsolaMalgun.ttf', 20)
global monster_time
monster_time = 1
global monster_level
monster_level = 1
global monster_level_up_time
monster_level_up_time = 50
global unit_time
unit_time = 50
global music_bg, end_music
music_bg = load_music('res/Track 5.mp3')
music_bg.set_volume(10)
end_music = load_music('res/Track 26.mp3')
end_music.set_volume(10)
music_bg.repeat_play()
def NewGame(self, img=None, stats=None, numUnits=None, name=None):
if img:
unit = self.AddUnit(
Unit(
self.screen,
imgPath=img,
highlight=True,
name=name,
))
unit.angularVelocity += stats.get('spin', 0) * 10
self.player = unit
unit.position = (unit.width, unit.height)
for i in range(numUnits or int(self.surf.get_width() / 300) + 2):
self.AddRandomUnit()
self.AddGravity(self.surf.get_rect().center, random.randint(50, 100))
for i in range(random.randint(4, int(self.screen.get_width() / 100))):
self.AddGravity(
(random.randint(0, self.surf.get_width()),
random.randint(0, self.surf.get_height())),
random.randint(10, 25),
)
self.AddRandomBooster()
def spawn_unit(self, player, loc, unit_hp=3):
# Add new unit to board
if not self.is_free(loc):
raise Exception("Cannot spawn unit in location " + str(loc) +
" since it is occupied")
if player.num_units() >= self.unit_limit:
logger.log(
LoggerLevels.ActionMessage, "Player " + str(player.id) +
" attempted to spawn new unit, but has reached the spawn limit."
)
return False # Couldn't spawn new unit
self.num_total_units_spawned += 1
unit_id = self.num_total_units_spawned
new_unit = Unit(self, unit_id, player, loc, unit_hp)
self.board_matrix[loc] = new_unit
self.turn_handler.add_to_queue(new_unit)
player.units.add(new_unit)
logger.log(
LoggerLevels.ActionMessage,
"New unit " + str(unit_id) + " spawned by player " +
str(player.id) + " in location " + str(loc))
return True # Spawned new unit
def __init__(self, x, y, sprite, window, health, collisonradius, scale):
Unit.__init__(self, x, y, sprite, window, health, collisonradius,
scale)
# new movment algorithm
self.last = random.randint(0, 3)
for line in fin.readlines():
tag, addr = line.split()
if tag == 'PUT':
break
print 'PUT: %s' % addr
context = zmq.Context()
socket = context.socket(zmq.PUSH)
socket.hwm = 1
socket.connect(addr)
start = time.time()
for n in xrange(8):
unit = Unit('import time \ntime.sleep(1)'
) #Simplistic multi-line code with imports
# Pickle it
msg = {'data': pickle.dumps(unit)}
socket.send(msgpack.packb(msg))
print '-> %s' % n
time.sleep(DELAY)
end = time.time()
print end - start
# ------------------------------------------------------------------------------
def __rtruediv__(self, other):
output = Scalar()
output.value = other / self.value
output.unit = Unit() / self.unit
return output
n_unused = len(unused) if unused is not None else 0
n_more_in_group = MAX_VAR_PER_GROUP - var_count_in_group
if n_more_in_group > 0:
eqns_to_insert = sample(range(1, n_unused), n_more_in_group)
print(eqns_to_insert)
for ind in eqns_to_insert:
child_id = unused[ind].Index
v.associate_parent(parent_id=eq_id, child_id=child_id)
print("Associating parent: " + str(eq_id) + ' with: ' + str(child_id))
from unit import Unit
from latex_data import LatexData
un = Unit()
bb_file = open('Icons/big_bang_64x64.jpg', 'rb')
bb_data = bb_file.read()
bb_file.close()
un_ltx = LatexData(latex='the beginning', image=bb_data)
un.update(an_id=1, latex=un_ltx)
# un_file = open('Icons/clipart-green-one-196b.png', 'rb')
# bb_data = bb_file.read()
# bb_file.close()
#
# un_one = LatexData(latex='$1$')
def test_init(self):
unit_feet = Unit('130790')
unit_feet.load_dictionary(unit_feet_depth)
unit_metres = Unit('900713')
unit_metres.load_dictionary(unit_metres_depth)
integer_parameter = IntegerParameter()
integer_parameter.name = 'Paper'
integer_parameter.is_required = True
integer_parameter.minimum_allowed_value = 1
integer_parameter.maximum_allowed_value = 5
integer_parameter.help_text = 'Number of paper'
integer_parameter.description = (
'A <b>test _description</b> that is very long so that you need '
'to read it for one minute and you will be tired after read this '
'description. You are the best user so far. Even better if you '
'read this description loudly so that all of your friends will be '
'able to hear you')
integer_parameter.unit = unit_feet
integer_parameter.allowed_units = [unit_feet]
integer_parameter.value = 3
widget = IntegerParameterWidget(integer_parameter)
expected_value = integer_parameter.name
real_value = widget.label.text()
message = 'Expected %s get %s' % (expected_value, real_value)
self.assertEqual(expected_value, real_value, message)
expected_value = integer_parameter.value
real_value = widget.get_parameter().value
message = 'Expected %s get %s' % (expected_value, real_value)
self.assertEqual(expected_value, real_value, message)
widget._input.setValue(1.5)
expected_value = 1
real_value = widget.get_parameter().value
message = 'Expected %s get %s' % (expected_value, real_value)
self.assertEqual(expected_value, real_value, message)
widget._input.setValue(1.55555)
expected_value = 1
real_value = widget.get_parameter().value
message = 'Expected %s get %s' % (expected_value, real_value)
self.assertEqual(expected_value, real_value, message)
widget._input.setValue(7)
expected_value = 5
real_value = widget.get_parameter().value
message = 'Expected %s get %s' % (expected_value, real_value)
self.assertEqual(expected_value, real_value, message)
expected_value = 'QLabel'
real_value = widget._unit_widget.__class__.__name__
message = 'Expected %s get %s' % (expected_value, real_value)
self.assertEqual(expected_value, real_value, message)
expected_value = 'feet'
real_value = widget._unit_widget.text()
message = 'Expected %s get %s' % (expected_value, real_value)
self.assertEqual(expected_value, real_value, message)
def exp_or_die(unit1: Unit, unit2: Unit) -> None:
if unit1.health > 0:
unit1.gain_exp(unit2)
room.run_room(ExperienceAnimation(unit1))
else:
s.loaded_map.kill_unit(unit1)
def test_take_damage_more_damage_than_hp_should_return_0(self):
npc = Unit(health=20, mana=50)
npc.take_damage(30)
self.assertEqual(npc.get_health(), 0)
from unit import Unit
from unit_stack import UnitStack
from utils import plot_history, SampleDataPointsGenerator, plot_1d
import pdb
from torchviz import make_dot
import numpy as np
# %%
use_cuda = torch.cuda.is_available()
device = torch.device("cuda" if use_cuda else "cpu")
torch.set_num_threads(12)
t_sample = 10
mu_size = t_sample
unit_count = 2
units = [Unit(name="unit{}".format(i), layer_index=i, mu_size=mu_size, mu_next_size=mu_size, device=device) for i in range(unit_count)]
network = UnitStack(units)
loss_history = []
mu_awareness = np.ones((t_sample,))
mu_awareness = torch.tensor(mu_awareness, requires_grad=True).float().to(device)
data_generator = SampleDataPointsGenerator()
# %%
# ----------- TRAIN -------------
for i in range(1000):
loss = network.step(mu_item=next(data_generator), mu_awareness=mu_awareness, train=True)
# print(loss)
def test_create_instance_invalid_input_should_type_error_error(self):
with self.assertRaises(TypeError):
Unit(health='asd', mana=100)
def test_create_instance_negative_mana_should_raise_value_error(self):
with self.assertRaises(ValueError):
Unit(health=20, mana=-20)
class Vector:
def __init__(self, x=0, y=0, z=0, name="Vector"):
self.x = x
self.y = y
self.z = z
self.initial = (x, y)
self.unit = Unit()
self.name = name
def __repr__(self):
return f"{self.name}: [{self.x}, {self.y}, {self.z}]{self.unit}"
def reset(self, x=True, y=True):
if x:
self.x, _ = self.initial
if y:
_, self.y = self.initial
def magnitude(self):
return (self.x**2 + self.y**2)**0.5
def __add__(self, other):
if self.same_type(other):
obj = copy(self)
obj.x = self.x + other.x
obj.y = self.y + other.y
return obj
else:
raise WrongDimensionsError(
"you are trying to add two different-sized vectors")
def __sub__(self, other):
if self.same_type(other):
obj = copy(self)
obj.x = self.x - other.x
obj.y = self.y - other.y
return obj
else:
raise WrongDimensionsError(
"you are trying to subtract two different-sized vectors")
def __mul__(self, other):
if type(other) == type(Vector()):
output = 0
output += self.x * other.x
output += self.y * other.y
return output
if type(other) == type(Scalar()):
obj = copy(self)
obj.x *= other.value
obj.y *= other.value
return obj
def __truediv__(self, other):
if type(other) == type(Scalar()):
v = Vector(self.x / other.value, self.y / other.value)
v.unit = self.unit / other.unit
else:
v = Vector(self.x / other, self.y / other)
v.unit = self.unit
return v
def cross(self, other):
if type(other) == type(Vector()):
output = Vector()
output.x = self.y * other.z - self.z * other.y
output.y = other.x * self.z - self.x * other.z
output.z = self.x * other.y - other.x * self.y
output.unit = self.unit * other.unit
return output
else:
raise Exception("Invalid Operation")
def same_type(self, other):
if type(self) == type(
other) and self.unit.order() == other.unit.order():
return True
else:
return False
def __init__(self, appname, appinfo, model):
"""
Create an Application object with basic information from an application
object from a juju status output
"""
# Default Values
self.notes = []
self.units = []
self.subordinates = []
self.version = ""
self.message = ""
self.relations = {}
self.endpointbindings = {}
self.charmlatestrev = -1
# Required Variables
self.name = appname
self.model = model
self.charm = appinfo["charm"]
self.series = appinfo["series"]
self.os = appinfo["os"]
self.charmorigin = appinfo["charm-origin"]
self.charmname = appinfo["charm-name"]
self.charmrev = int(appinfo["charm-rev"])
self.exposed = appinfo["exposed"]
self.status = appinfo["application-status"]["current"]
# Required Dates
if re.match(r".*Z$", appinfo["application-status"]["since"]):
self.since = pendulum.from_format(
appinfo["application-status"]["since"],
"DD MMM YYYY HH:mm:ss",
tz="UTC",
)
else:
self.since = pendulum.from_format(
appinfo["application-status"]["since"], "DD MMM YYYY HH:mm:ssZ"
)
model.controller.update_timestamp(self.since)
# Optional Variables
if "message" in appinfo["application-status"]:
self.message = appinfo["application-status"]["message"]
if "version" in appinfo:
self.version = appinfo["version"]
if "relations" in appinfo:
self.relations = appinfo["relations"]
if "endpoint-bindings" in appinfo:
self.endpointbindings = appinfo["endpoint-bindings"]
if "can-upgrade-to" in appinfo:
match = re.match(r"\D+(\d+)$", appinfo["can-upgrade-to"])
self.charmlatestrev = int(match.group(1))
self.canupgradeto = appinfo["can-upgrade-to"]
# Calculated Values
if self.exposed:
self.notes.append("exposed")
self.charmid = ""
match = re.match(r"(cs:~.*)\/(.*)-\d+$", self.charm)
if match:
self.charmid = (
match.group(1) + "/" + self.series + "/" + match.group(2)
)
else:
match = re.match(r"cs:(.*)-\d+$", self.charm)
if match:
self.charmid = "cs:" + self.series + "/" + match.group(1)
if self.charmorigin != "jujucharms":
self.notes.append("Not from Charm Store")
# Handle Units
if "units" in appinfo:
for unitname, unitinfo in appinfo["units"].items():
unit = Unit(unitname, unitinfo, self)
self.units.append(unit)
addr = None
with open('test.bridge.url', 'r') as fin:
for line in fin.readlines():
tag, addr = line.split()
if tag == 'PUT':
break
print 'PUT: %s' % addr
context = zmq.Context()
socket = context.socket(zmq.PUSH)
socket.hwm = 1
socket.connect(addr)
start = time.time()
for n in xrange(500):
unit = Unit('time.sleep', args=(1, ))
msg = {'data': pickle.dumps(unit)}
socket.send(msgpack.packb(msg))
print '-> %s' % n
time.sleep(DELAY)
end = time.time()
print end - start
# ------------------------------------------------------------------------------
def parse_battle_info(file_name='battle_info/battle_info.json', luck_factor=0):
import json
if is_windows():
file_name = unix_to_nt(file_name)
a_units = []
b_units = []
team_quantities = [0, 0]
game_scenario = GameScenario(luck=luck_factor)
army_file = 'troop_info/army.json'
navy_file = 'troop_info/navy.json'
af_file = 'troop_info/air_force.json'
if is_windows():
army_file = unix_to_nt(army_file)
navy_file = unix_to_nt(navy_file)
af_file = unix_to_nt(af_file)
with open(file_name, 'r') as f:
data = json.load(f)
with open(army_file) as f:
army_data = json.load(f)
with open(navy_file) as f:
navy_data = json.load(f)
with open(af_file) as f:
air_force_data = json.load(f)
if len(data) > 2:
raise Exception('Esse programa foi feito para rodar em apenas dois times.')
for team_number, item in enumerate(data):
team = item['team']
if team == 1:
v = a_units
else:
v = b_units
# PARSE ARMY
for idx, army_item in enumerate(item['army']):
if army_item.get('unit_type') is None:
raise Exception('army - classe número ' + str(idx+1) + ' não tem unit_type!')
if army_item.get('quantity') is None:
raise Exception('army - classe número ' + str(idx+1) + ' não tem quantity!')
team_quantities[team_number] += army_item['quantity']
army_type = army_item['unit_type']
if army_data['classes'].get(army_type) is None:
raise Exception('Não existe uma classe de exército chamada ' + str(army_type) + '!')
batch_size = army_data['classes'][army_type]['batch_size']
batches = army_item['quantity'] // batch_size
remaining_batch = army_item['quantity'] % batch_size
for i in range(batches):
v.append(Unit(
team=team,
type=army_type,
hp=army_data['classes'][army_type]['hp'],
ATK=army_data['classes'][army_type]['ATK'],
DEF=army_data['classes'][army_type]['DEF'],
cannot_attack=set(army_data['classes'][army_type]['cannot_attack']),
advantage_against=set(army_data['classes'][army_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=army_data['classes'][army_type]['prob_hit'],
multiple=batch_size
))
if remaining_batch > 0:
v.append(Unit(
team=team,
type=army_type,
hp=army_data['classes'][army_type]['hp'],
ATK=army_data['classes'][army_type]['ATK'],
DEF=army_data['classes'][army_type]['DEF'],
cannot_attack=set(army_data['classes'][army_type]['cannot_attack']),
advantage_against=set(army_data['classes'][army_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=army_data['classes'][army_type]['prob_hit'],
multiple=remaining_batch
))
# PARSE NAVY
for idx, navy_item in enumerate(item['navy']):
if navy_item.get('unit_type') is None:
raise Exception('navy - classe número ' + str(idx+1) + ' não tem unit_type!')
if navy_item.get('quantity') is None:
raise Exception('navy - classe número ' + str(idx+1) + ' não tem quantity!')
team_quantities[team_number] += navy_item['quantity']
navy_type = navy_item['unit_type']
if navy_data['classes'].get(navy_type) is None:
raise Exception('Não existe uma classe de exército chamada ' + str(navy_type) + '!')
batch_size = navy_data['classes'][navy_type]['batch_size']
batches = navy_item['quantity'] // batch_size
remaining_batch = navy_item['quantity'] % batch_size
for i in range(batches):
v.append(Unit(
team=team,
type=navy_type,
hp=navy_data['classes'][navy_type]['hp'],
ATK=navy_data['classes'][navy_type]['ATK'],
DEF=navy_data['classes'][navy_type]['DEF'],
cannot_attack=set(navy_data['classes'][navy_type]['cannot_attack']),
advantage_against=set(navy_data['classes'][navy_type]['advantage_against']),
game_scenario=game_scenario,
spot=navy_data['classes'][navy_type]['stealth'],
prob_hit=navy_data['classes'][navy_type]['prob_hit'],
multiple=batch_size
))
if remaining_batch > 0:
v.append(Unit(
team=team,
type=navy_type,
hp=navy_data['classes'][navy_type]['hp'],
ATK=navy_data['classes'][navy_type]['ATK'],
DEF=navy_data['classes'][navy_type]['DEF'],
cannot_attack=set(navy_data['classes'][navy_type]['cannot_attack']),
advantage_against=set(navy_data['classes'][navy_type]['advantage_against']),
game_scenario=game_scenario,
spot=navy_data['classes'][navy_type]['stealth'],
prob_hit=navy_data['classes'][navy_type]['prob_hit'],
multiple=remaining_batch
))
# PARSE AIR FORCE
for idx, af_item in enumerate(item['air_force']):
if af_item.get('unit_type') is None:
raise Exception('air_force - classe número ' + str(idx+1) + ' não tem unit_type!')
if af_item.get('quantity') is None:
raise Exception('air_force - classe número ' + str(idx+1) + ' não tem quantity!')
team_quantities[team_number] += af_item['quantity']
af_type = af_item['unit_type']
if air_force_data['classes'].get(af_type) is None:
raise Exception('Não existe uma classe de exército chamada ' + str(af_type) + '!')
batch_size = air_force_data['classes'][af_type]['batch_size']
batches = af_item['quantity'] // batch_size
remaining_batch = af_item['quantity'] % batch_size
for i in range(batches):
v.append(Unit(
team=team,
type=af_type,
hp=air_force_data['classes'][af_type]['hp'],
ATK=air_force_data['classes'][af_type]['ATK'],
DEF=air_force_data['classes'][af_type]['DEF'],
cannot_attack=set(air_force_data['classes'][af_type]['cannot_attack']),
advantage_against=set(air_force_data['classes'][af_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=air_force_data['classes'][af_type]['prob_hit'],
condition_to_hit=air_force_condition,
multiple=batch_size
))
if remaining_batch > 0:
v.append(Unit(
team=team,
type=af_type,
hp=navy_data['classes'][af_type]['hp'],
ATK=navy_data['classes'][af_type]['ATK'],
DEF=navy_data['classes'][af_type]['DEF'],
cannot_attack=set(air_force_data['classes'][af_type]['cannot_attack']),
advantage_against=set(air_force_data['classes'][af_type]['advantage_against']),
game_scenario=game_scenario,
prob_hit=navy_data['classes'][af_type]['prob_hit'],
condition_to_hit=air_force_condition(af_type),
multiple=remaining_batch
))
game_scenario.set_new_army_size(*team_quantities)
return a_units, b_units, game_scenario
class TestUnit(unittest.TestCase):
def setUp(self):
self.test_soldier = Unit(health=200, mana=100)
self.default_weapon = Weapon()
self.default_spell = Spell()
def test_create_instance_invalid_input_should_type_error_error(self):
with self.assertRaises(TypeError):
Unit(health='asd', mana=100)
def test_create_instance_negative_health_should_raise_value_error(self):
with self.assertRaises(ValueError):
Unit(health=-20, mana=20)
def test_create_instance_negative_mana_should_raise_value_error(self):
with self.assertRaises(ValueError):
Unit(health=20, mana=-20)
def test_can_cast(self):
self.setUp()
n = self.test_soldier
self.assertFalse(n.can_cast())
def test_can_cast_not_enough_mana(self):
self.setUp()
n = self.test_soldier
n.learn_spell(Spell('Fireball', damage=50, mana_cost=120, cast_range=3))
self.assertFalse(n.can_cast())
def test_can_cast_all_okay(self):
self.setUp()
self.test_soldier.learn_spell(self.default_spell)
self.assertTrue(self.test_soldier.can_cast())
def test_take_damage_int(self):
self.setUp()
npc = self.test_soldier
npc.take_damage(20)
self.assertEqual(npc.health, 180)
def test_take_damage_float(self):
self.setUp()
npc = self.test_soldier
npc.take_damage(10.5)
self.assertEqual(npc.health, 189.5)
def test_take_damage_more_damage_than_hp_should_return_0(self):
npc = Unit(health=20, mana=50)
npc.take_damage(30)
self.assertEqual(npc.get_health(), 0)
def test_take_damage_should_raise_type_error_invalid_input(self):
self.setUp()
with self.assertRaises(TypeError):
npc = self.test_soldier
npc.take_damage('asd')
def test_take_damage_raises_value_error_negative_value(self):
self.setUp()
with self.assertRaises(ValueError):
npc = self.test_soldier
npc.take_damage(-20)
def test_take_healing_should_not_get_over_max_hp(self):
self.setUp()
npc = self.test_soldier
npc.take_damage(20)
npc.take_healing(30)
self.assertEqual(npc.get_health(), 200)
def test_healing_msg_if_instance_is_dead(self):
self.setUp()
npc = self.test_soldier
npc.health = 0
self.assertEqual(npc.take_healing(20), 'Cannot heal a corpse!')
def test_healing_heals(self):
self.setUp()
n = self.test_soldier
n.take_damage(50)
n.take_healing(20)
self.assertEqual(n.health, 170)
def test_equip_weapon(self):
self.setUp()
npc = self.test_soldier
npc.equip_weapon(self.default_weapon)
self.assertEqual(npc.weapon, self.default_weapon)
def test_learn_spell(self):
self.setUp()
npc = self.test_soldier
npc.learn_spell(self.default_spell)
self.assertEqual(npc.spell, self.default_spell)
def test_equip_weapon_invalid_instance_raises_type_error(self):
self.setUp()
with self.assertRaises(TypeError):
self.test_soldier.equip_weapon('asd')
def test_learn_spell_invalid_instance_raises_type_error(self):
self.setUp()
with self.assertRaises(TypeError):
self.test_soldier.learn_spell('asd')
def test_take_mana_should_not_get_over_max_mana(self):
self.setUp()
npc = self.test_soldier
npc.take_mana(20)
npc.take_mana(30)
self.assertEqual(npc.get_mana(), 100)
def test_take_mana_should_raise_type_error_invalid_input(self):
self.setUp()
npc = self.test_soldier
with self.assertRaises(TypeError):
npc.take_mana('as')
def test_take_mana_should_raise_value_error_negative_value(self):
self.setUp()
n = self.test_soldier
with self.assertRaises(ValueError):
n.take_mana(-20)
def test_get_damage_source_weapon_and_spell(self):
self.setUp()
n = self.test_soldier
n.equip_weapon(self.default_weapon)
n.learn_spell(Spell(name='asd', damage=20, mana_cost=30, cast_range=2))
self.assertEqual(n.get_damage_source(), 'spell')
def test_get_damage_source_weapon_and_spell_wepaon_higher_damage(self):
self.setUp()
n = self.test_soldier
n.equip_weapon(Weapon(name='asd', damage=50))
n.learn_spell(self.default_spell)
self.assertEqual(n.get_damage_source(), 'weapon')
def test_get_damage_source_weapon_only(self):
self.setUp()
n = self.test_soldier
n.equip_weapon(self.default_weapon)
self.assertEqual(n.get_damage_source(), 'weapon')
def test_get_damage_source_spell_only(self):
self.setUp()
n = self.test_soldier
n.learn_spell(self.default_spell)
self.assertEqual(n.get_damage_source(), 'spell')
def test_get_damage_source_no_weapon_spell(self):
self.setUp()
n = self.test_soldier
self.assertEqual(n.get_damage_source(), None)
def update(self, deltaTime):
Unit.update(self, deltaTime)
def setUp(self):
self.test_soldier = Unit(health=200, mana=100)
self.default_weapon = Weapon()
self.default_spell = Spell()
def add_unit(self, name, x, y):
self.units.append(Unit(name, x, y))
def __init__(self, val=0, name="Scalar"):
self.value = val
self.unit = Unit()
self.name = name
