def __init__(self, world):
self.grid = []
self.images = map(lambda f: loadImage("images/" + f), [
"tree1.png",
"tree2.png",
"tree3.png",
"tree4.png",
"tree5.png",
"tree6.png",
"tree8.png",
"tree9.png",
"tree10.png"])
print self.images
for line_num in xrange(WORLD_SIZE[1]):
line = []
y = line_num * BLOCK_SIZE
for cell in xrange(WORLD_SIZE[0]):
on_edge = False
if cell==0 or cell==WORLD_SIZE[0]-1:
on_edge = True
if line_num==0 or line_num==WORLD_SIZE[1]-1:
on_edge = True
if on_edge or randint(0, 99) < 5:
x = cell * BLOCK_SIZE
block = Block(world, choice(self.images))
image_size = block.image.get_size()
block.location = Vector2(x+image_size[0]/2, y+BLOCK_SIZE)
line.append(block)
else:
line.append(None)
self.grid.append(line)
def mine(self, block : Block):
while True:
index = self.__index_generator.next()
block_object = str(index) + str(block.time_stamp) + str(block.data) + str(block.pre_hash)
block_hash = self.__hash_generator.generate(block_object)
if self.__policy.check(block_hash):
block.index = index
block.block_hash = block_hash
return block
def test_CreateABlockChainWhenAddBlockToItThenGetChainShouldReturnAListOfBlocks(
self):
blockchain = BlockChain()
block = Block(0)
blockchain.add_block(block)
assert_that(blockchain.get_chain(), instance_of(list))
assert_that(blockchain.get_chain()[0].index, equal_to(0))
def test_CreateABlockWithoutInputThenItsPropertyShouldBeNone(self):
block = Block()
assert_that(block.index, none())
assert_that(block.time_stamp, none())
assert_that(block.data, none())
assert_that(block.pre_hash, none())
assert_that(block.block_hash, none())
def restore_blocks(mydb):
mycol = mydb["blocks"] #create collection
mylist = mycol.find()
for data_block in mylist:
block = Block(data_block["x"], data_block["y"])
block.is_mine = data_block["is_mine"]
block.is_monster = data_block["is_monster"]
block.is_super_monster = data_block["is_super_monster"]
block.is_key = data_block["is_key"]
block.is_exit = data_block["is_exit"]
block.is_open = data_block["is_open"]
for blocks in Data.blocks:
for block in blocks:
if (not block):
continue
elif block.is_open:
block.restore()
def build_block():
for x in range(st.NUMBER_COLUMN):
for y in range(st.NUMBER_ROW):
if not (x == st.NUMBER_COLUMN / 2 and y == st.NUMBER_ROW / 2):
block = Block(st.SIZE_BORDER + st.SIZE * x,
st.SIZE_BORDER + st.SIZE * y)
if not random.randint(0,
st.DENSITY_MINES) and block.is_empty():
block.is_mine = True
elif not random.randint(
0, st.DENSITY_MONSTERS) and block.is_empty():
block.is_monster = True
elif not random.randint(
0, st.DENSITY_SUPERMONSTERS) and block.is_empty():
block.is_super_monster = True
def test_CreateABlockWhenSetAPropertyThenItCouldNotBeSetAgain(self):
block = Block(0, 0, "hello", "123", "456")
block.index = 1
block.time_stamp = 1
block.data = "bye"
block.pre_hash = "789"
block.block_hash = "100"
assert_that(block.index, equal_to(0))
assert_that(block.time_stamp, equal_to(0))
assert_that(block.data, equal_to("hello"))
assert_that(block.pre_hash, equal_to("123"))
assert_that(block.block_hash, equal_to("456"))
def convert(self, block_dict: dict):
if "index" not in block_dict:
raise ValueError('No Index Value')
if 'time_stamp' not in block_dict:
raise ValueError('No Time Stamp Value')
if 'data' not in block_dict:
raise ValueError('No Data Value')
if 'pre_hash' not in block_dict:
raise ValueError('No PreHash Value')
if 'block_hash' not in block_dict:
raise ValueError('No BlockHash Value')
return Block(int(block_dict['index']), int(block_dict['time_stamp']),
block_dict['data'], block_dict['pre_hash'],
block_dict['block_hash'])
def process(self, time_passed):
self.hunger -= time_passed*2.5
self.thirst -= time_passed*2.5
self.heat -= time_passed*2.5
self.age += time_passed
pressed = pygame.key.get_pressed()
move_vector = (0, 0)
if(self.joycontrol == -1):
for m in (self.key_map[key] for key in self.key_map if pressed[key]):
move_vector = map(sum, zip(move_vector, m))
else:
x = self.joystick.get_axis(0)
y = self.joystick.get_axis(1)
if math.fabs(x) < 0.1:
x = 0.
if math.fabs(y) < 0.1:
y = 0.
move_vector = Vector2(x,y)
self.heading = Vector2(move_vector)
if move_vector[0] < 0.0:
self.left_facing = True
elif move_vector[0] > 0.0:
self.left_facing = False
if self.heading.get_length() > 0.0:
self.frame_timer -= time_passed
if self.frame_timer < 0.0:
self.frame_timer = FRAME_TIME
self.current_frame += 1
if self.current_frame >= len(self.images_rf):
self.current_frame = 0
GameEntity.process(self, time_passed)
hare = self.world.get_close_entity("hare", self.location, 80)
if hare:
self.hunger = min(self.hunger+20.0, 120.0)
self.world.remove_entity(hare)
self.world.hare_count -= 1
self.sounds["eat"].play()
fire = self.world.get_close_entity("fire", self.location, 80)
if fire:
self.heat = min(self.heat+time_passed*20.0, 120)
water = self.world.get_close_entity("water", self.location, 80)
if water:
self.thirst = min(self.thirst+time_passed*20.0, 120)
if self.hunger < 0.0 or self.heat < 0.0 or self.thirst < 0.0:
self.world.remove_entity(self)
self.world.human_count -= 1
tomb_stone = Block(self.world, loadImage("images/tomb.png"))
tomb_stone.location = self.location
self.world.add_entity(tomb_stone)
self.hunger_image_index = min(5,int(6.0*self.hunger/120.0))
self.thirst_image_index = min(5,int(6.0*self.thirst/120.0))
self.heat_image_index = min(5,int(6.0*self.heat/120.0))
