def initArea(self, areas):
#for all areas in the list areas
for newAreaJson in areas:
#initialise a new area
newArea = Area(newAreaJson)
self.areasDict[newAreaJson["name"]] = newArea
self.initTree()
def main():
PI = 0.0
print("Jay Ganesh.......")
print("Enter Radius")
No = float(input())
print("Enter Value of PI")
PI = float(input())
ret = Area(No, PI)
print("Radius of Circle is :", ret)
def __init__(self):
self.__PLR_INIT_POS = [1,1]
self.__PLR_INIT_FACE = Player.S
self.__master = Tk()
self.__w = Canvas(self.__master, width=WIN_WIDTH, height=WIN_HEIGHT)
self.__w.pack()
PLR_IMAGES = {Player.N:PhotoImage(file="images/playerN.gif"), \
Player.S:PhotoImage(file="images/playerS.gif"), \
Player.W:PhotoImage(file="images/playerW.gif"), \
Player.E:PhotoImage(file="images/playerE.gif")}
IMAGES = {"images/floor_dirt.gif":PhotoImage(file="images/floor_dirt.gif"), \
"images/wall_rock.gif":PhotoImage(file="images/wall_rock.gif"), \
"images/door_ladder_down.gif":PhotoImage(file="images/door_ladder_down.gif"), \
"images/door_ladder_up.gif":PhotoImage(file="images/door_ladder_up.gif"), \
"images/interactive_sign.gif":PhotoImage(file="images/interactive_sign.gif"), \
"images/interactive_door.gif":PhotoImage(file="images/interactive_door.gif"), \
"images/door_door.gif":PhotoImage(file="images/door_door.gif"), \
"images/floor_door_mat.gif":PhotoImage(file="images/floor_door_mat.gif"), \
"images/wall_black.gif":PhotoImage(file="images/wall_black.gif"), \
"images/door_black.gif":PhotoImage(file="images/door_black.gif"), \
"images/wall_table_S.gif":PhotoImage(file="images/wall_table_S.gif"), \
"images/wall_table_N.gif":PhotoImage(file="images/wall_table_N.gif"), \
"images/floor_indoors.gif":PhotoImage(file="images/floor_indoors.gif"), \
"images/floor_door_mat.gif":PhotoImage(file="images/floor_door_mat.gif"), \
}
Square.INIT(self.__w, IMAGES)
areaInfo = self.__loadArea()
self.__myA = Area(areaInfo[1:]) #first row contains other data
self.__processData(areaInfo[0])
#self.__myA.initTest()
self.__me = Player(self.__w, self.__PLR_INIT_POS, self.__PLR_INIT_FACE, PLR_IMAGES)
Area.setPlayer(self.__me)
self.__master.tk.call('tk', 'scaling', 2.0)
#self.__oldUpdate()
self.__update()
self.__master.bind("<Key>", self.key)
mainloop()
'''
def Main(self):
if self.quit == False:
Handler = pygame.event.get()
self.screen.fill((0, 0, 0))
if self.state == "World":
if self.area == None:
self.area = self.area = Area.Area(
Wself.player("default.dfile"), "teron")
temp = self.area.step(Handler)
if temp != None:
if temp[0] == "Fight":
self.arena = Arena.Arena(Bself.player("default.dfile"),
temp[1])
self.state = "Fight"
if self.state == "Title":
temp = self.Test.step(self.screen, Handler, [])
if temp != None:
self.state = temp
if self.state == "Fight":
#if pygame.mixer.music.get_busy()==False:
# pygame.mixer.music.load('resc/Brainkrieg.ogg')
# pygame.mixer.music.play()
temp = self.arena.step(self.screen, Handler)
if temp != None:
t2 = []
for ID in temp:
for c in range(0, len(self.area.grid)):
if self.area.grid[c][
0].group == "Bug" and self.area.grid[c][
0].id == ID:
t2.append(c)
t2.sort(reverse=True)
for num in t2:
self.area.grid.pop(num)
del t2
self.state = "World"
#pygame.mixer.music.stop()
self.fps = self.getFPS()
self.screen.blit(self.font.render(self.fps, 0, (255, 0, 0)),
(0, 0))
self.timer.tick(30)
pygame.display.flip()
self.getQuit(Handler)
else:
exit()
def read_accidents_from_file(date_object):
localisations = Area.Localisation.make_dictionary()
intersections = Area.Intersection.make_dictionary()
type_of_collisions = Details.TypeOfCollision.make_dictionary()
try:
with open('Accidents.csv', 'r', encoding="ISO-8859-1") as csv_file:
reader = csv.reader(csv_file, delimiter=',')
for row in reader:
date = Date.Date(read_hour(row[4]), read_minute(row[4]),
int(row[3]), int(row[2]), 2000 + int(row[1]))
if date_object == date:
area = Area.Area(localisations[row[6]],
intersections[row[7]])
details = Details.Details(type_of_collisions[row[9]])
accident = Accident.Accident(area, date, details)
accidents.append(accident)
except FileNotFoundError:
print("Cannot open a file")
def __init__(self):
self.time = 0
self.step = 0.003
self.path = Path.Path()
pos = Position.Position(0, 0)
pos.y = 420
self.path.add(pos, 0)
pos.x = 90
self.path.add(pos, 1)
pos.x = 180
self.path.add(pos, 1)
pos.y = 180
self.path.add(pos, 2)
pos.x = 420
self.path.add(pos, 2)
pos.y = 500
self.path.add(pos, 2)
pos.x = 750
self.path.add(pos, 2)
pos.y = 330
self.path.add(pos, 1)
pos.x = 1250
self.path.add(pos, 2)
pos.x = 1350
self.path.add(pos, 2)
self.tower = Towers.Tower(0, 0)
self.map = Map.Map()
self.area = Area.Area()
self.wave = Wave.Wave(self.path)
self.wave.nextWave()
self.score = Score.Score()
self.shop = Shop.Shop()
self.isSetupDone = False
self.setupTime = 0
self.newTower = False
self.newTowerType = 0
self.enemies = pygame.sprite.Group()
self.towerList = list()
self.avg = list()
self.timer = 0
self.startTimer = False
def main():
##COMMENT OUT LINE IN __init__ OF Square CLASS BEFORE RUNNING
Square.INIT(0)
me = Player([2, 2])
Area.setPlayer(me)
myA = Area()
myA.initTest()
print(myA)
inp = input("What would you like to do? [w,a,s,d] [q]")
while inp != "q":
if inp == "w":
me.setFacing(Player.N)
me.move((-1, 0))
##print("u" + str(me.getCurPos()))
if myA.getSquare(me.getCurPos()).isWall():
print("moving back now")
me.move((1, 0))
elif inp == "s":
me.setFacing(Player.S)
me.move((1, 0))
##print(me.getCurPos())
if myA.getSquare(me.getCurPos()).isWall():
me.move((-1, 0))
elif inp == "a":
me.setFacing(Player.E)
me.move((0, -1))
##print(me.getCurPos())
if myA.getSquare(me.getCurPos()).isWall():
me.move((0, 1))
elif inp == "d":
me.setFacing(Player.W)
me.move((0, 1))
##print(me.getCurPos())
if myA.getSquare(me.getCurPos()).isWall():
me.move((0, -1))
if myA.getSquare(me.getCurPos()).isDoor():
me.setCurPos(myA.getSquare(me.getCurPos()).getLoc2())
print(myA)
inp = input("What would you like to do? [w,a,s,d] [q]")
import Area
area = Area.Area(Area.Localisation.Out_of_agglomeration,
Area.Intersection.Intersection_in_X)
#properties test
assert area.localisation == Area.Localisation.Out_of_agglomeration
assert area.intersection == Area.Intersection.Intersection_in_X
#setters test
area.localisation = Area.Localisation.In_built_up_areas
area.intersection = Area.Intersection.Out_of_intersection
assert area.localisation == Area.Localisation.In_built_up_areas
assert area.intersection == Area.Intersection.Out_of_intersection
import Area
import Car
if __name__ == "__main__":
circuleArea = Area.Area(10)
print("圓面積：", circuleArea.getArea())
myCar = Car.Car()
myCar.setColor("Blue")
myCar.setMark("BMW")
print("車子的顏色：", myCar.color)
print("車子的品牌：", myCar.mark)
import Accident
import Area
import Date
import Details
object = Accident.Accident(
Area.Area(Area.Localisation.In_built_up_areas,
Area.Intersection.Out_of_intersection),
Date.Date(12, 30, 5, 11, 2018),
Details.Details(Details.TypeOfCollision.Multiple_collisions))
#properties test
assert object.area.localisation == Area.Localisation.In_built_up_areas
assert object.area.intersection == Area.Intersection.Out_of_intersection
assert object.date == Date.Date(12, 30, 5, 11, 2017)
assert object.details == Details.Details(
Details.TypeOfCollision.Multiple_collisions)
#setters test
object.area = Area.Area(Area.Localisation.Out_of_agglomeration,
Area.Intersection.Out_of_intersection)
object.date = Date.Date(11, 50, 28, 2, 2017)
object.details = Details.Details(Details.TypeOfCollision.By_the_side)
assert object.area.localisation == Area.Localisation.Out_of_agglomeration
assert object.date == Date.Date(11, 50, 28, 2, 2017)
assert object.details == Details.Details(Details.TypeOfCollision.By_the_side)
