def ParseGirl(self, id, url, name, age):
soup = self.GetSoup(url)
profileData = soup.select("div.girlGalleryProfile-data")
span = profileData[0].findAll("span")
country = self.FindTextInTags(span, "Country:")
city = self.FindTextInTags(span, "City:")
marital_status = self.FindTextInTags(span, "Marital status:")
children = self.FindTextInTags(span, "Children:")
height = self.FindTextInTags(span, "Height:")
weight = self.FindTextInTags(span, "Weight:")
eyeColor = self.FindTextInTags(span, "Eye color:")
hairColor = self.FindTextInTags(span, "Hair color:")
bodyType = self.FindTextInTags(span, "Body type")
religion = self.FindTextInTags(span, "Religion:")
education = self.FindTextInTags(span, "Education:")
smoke = self.FindTextInTags(span, "Smoke:")
drink = self.FindTextInTags(span, "Drink:")
englishLevel = self.FindTextInTags(span, "English level:")
occupation = self.FindTextInTags(span, "Occupation:")
rightCol = soup.select("div.right-col")
titles = rightCol[0].select("div.title")
aboutMyself = self.FindTextInTags(titles, "About myself")
aboutMyPartner = self.FindTextInTags(titles, "About my partner")
hobbies = self.FindTextInTags(titles, "Hobbies")
ageCriteria = self.FindTextInTags(titles, "Age criteria")
datingGoal = self.FindTextInTags(titles, "Dating goal")
photoBlockSoup = soup.find(True,
{'class': ['block-receptacle', 'photo']})
photoMainURL = 'https://bridesbay.com' + photoBlockSoup.select(
'a.photo-main')[0].get('href')
photoList = photoBlockSoup.findAll(rel="girlGalleryProfile-photo")
photoPholder = []
for photo in photoList:
photoPholder.append('https://bridesbay.com' +
photo.find('img').get('src'))
girl = Girl(id, url, name, age, country, city, marital_status,
children, height, weight, eyeColor, hairColor, bodyType,
religion, education, smoke, drink, englishLevel,
occupation, aboutMyself, aboutMyPartner, hobbies,
ageCriteria, datingGoal, photoMainURL, photoPholder)
girl.SaveToFolder(self.BridesbayFolder, self.max_workersPhoto)
self.AddGirl(id, girl)
print('Girl ' + girl.name + ' parsed')
def test():
with open("./boys.csv", "r") as csvfile:
fp1 = csv.reader(csvfile, delimiter=",")
boy_lists = []
for i in fp1:
boy_lists += [
Boy(i[0], int(i[1]), int(i[2]), int(i[3]), int(i[4]), i[5])
]
csvfile.close()
with open("./girls.csv", "r") as csvfile:
fp2 = csv.reader(csvfile, delimiter=",")
girl_lists = []
for j in fp2:
girl_lists += [Girl(j[0], int(j[1]), int(j[2]), int(j[3]), j[4])]
csvfile.close()
Couple_list = []
logging.warning("\n\nGirls are looking for Boys.\n")
for g in girl_lists:
for b in boy_lists:
log_maker(g.name + " is looking for " + b.name)
if b.status == "Single" and g.status == "Single" and (
g.is_elligible(b)) and (b.is_elligible(g)):
g.status = "Committed"
b.status = "Committed"
g.boyfriend = b
b.girlfriend = g
log_maker(g.name + " is in relationship with " + b.name)
Couple_list = Couple_list + [(b, g)]
break
print(color.BLUE + "\n\nCouples in Relationship are :\n" + color.END)
for g in girl_lists:
if g.status != "Single":
print(color.GREEN + g.name + " is in relationship with " +
g.boyfriend.name + "\n" + color.END)
else:
print(color.RED + g.name +
" is still single. Not commited with any boy.\n" + color.END)
H = []
for i in Couple_list:
H += [Couple(i[0], i[1])]
calc_happiness(H)
def __init__(self):
Scene.__init__(self)
self.screne = pygame.display.set_mode((450, 480))
self.background.fill( (210,210,210) )
background = Grass()
self.girl = Girl()
self.girl.setImage("girl.png")
self.girl.x = 20
self.girl.y = 25
self.buford = Buford()
self.buford.setImage("buford.gif")
self.buford.x = self.girl.x + self.girl.width + 20
self.buford.y = self.girl.y + self.girl.height + 28
self.girl.setFollowingSprite(self.buford)
self.sprites = [background, self.girl, self.buford]
neebCount = 4
self.neebSprites = []
change= 50
for x in range(neebCount):
print("Making a neeb", change)
self.neebSprites.append( ChasingNeeb() )
self.neebSprites[x].setImage("neeb_still.gif")
self.neebSprites[x].x = 0 + change
self.neebSprites[x].y = 0
self.sprites.append(self.neebSprites[x])
change += 10
self.neebGroup = Scene.makeSpriteGroup( self, self.neebSprites )
#print( gameShared.distance(self.girl.x, self.girl.y, self.neebSprites[0].x, self.neebSprites[0].y) )
self.girlScareDistance = 190
self.neebScareDistance = 100
def __animateUp(self):
#print("ANIMATING UP")
print("CurrentIndex: ", self.currentFrameIndex, " TotalFrames: ", len( self.frames ) )
if (self.currentFrameIndex < len( self.frames ) - 1 ):
self.currentFrameIndex += 1
print("New Index", self.currentFrameIndex)
def __animateDown(self):
#print("ANIMATING DOwn")
if (self.currentFrameIndex > 0 ):
self.currentFrameIndex -=1
def __updateAnimationState(self):
#print("UPDATE ANIMATION STATE")
if( self.currentFrameIndex == 0 ):
self.status = self.INACTIVE
elif( self.currentFrameIndex >= len( self.frames )-1 ):
self.status = self.GOING_DOWN
if __name__ == "__main__":
import scene
from scene import Scene
from Girl import Girl
game = Scene()
buford = Buford()
buford.setImage("buford.gif")
girl = Girl()
girl.setImage("girl.png");
game.sprites = [buford, girl]
game.start()
END = "\033[0m"
utility()
boys = open('./boys.csv')
girls = open('./girls.csv')
getboy = csv.reader(boys, delimiter=',')
getgirl = csv.reader(girls, delimiter=',')
boy_list = []
girl_list = []
for i in getboy:
boy_list += [Boy(i[0], int(i[1]), int(i[2]), int(i[3]), int(i[4]), i[5])]
for j in getgirl:
girl_list += [Girl(j[0], int(j[1]), int(j[2]), int(j[3]), j[4])]
for g in girl_list:
for b in boy_list:
log_maker(g.name + ' is looking for ' + b.name)
if b.is_elligible(g) and g.is_elligible(
b) and g.status == 'Single' and b.status == 'Single':
g.status = 'Commited'
b.status = 'Commited'
g.set_boyfriend(b)
b.set_girlfriend(g)
print(color.BLUE + g.name + color.END + color.YELLOW +
' is in relationship with ' + color.END + color.BLUE +
b.name + color.END)
log_maker(g.name + ' is in relationship with ' + b.name)
break
class BufordSave(Scene):
def __init__(self):
Scene.__init__(self)
self.screne = pygame.display.set_mode((450, 480))
self.background.fill( (210,210,210) )
background = Grass()
self.girl = Girl()
self.girl.setImage("girl.png")
self.girl.x = 20
self.girl.y = 25
self.buford = Buford()
self.buford.setImage("buford.gif")
self.buford.x = self.girl.x + self.girl.width + 20
self.buford.y = self.girl.y + self.girl.height + 28
self.girl.setFollowingSprite(self.buford)
self.sprites = [background, self.girl, self.buford]
neebCount = 4
self.neebSprites = []
change= 50
for x in range(neebCount):
print("Making a neeb", change)
self.neebSprites.append( ChasingNeeb() )
self.neebSprites[x].setImage("neeb_still.gif")
self.neebSprites[x].x = 0 + change
self.neebSprites[x].y = 0
self.sprites.append(self.neebSprites[x])
change += 10
self.neebGroup = Scene.makeSpriteGroup( self, self.neebSprites )
#print( gameShared.distance(self.girl.x, self.girl.y, self.neebSprites[0].x, self.neebSprites[0].y) )
self.girlScareDistance = 190
self.neebScareDistance = 100
def update(self):
#print("UPDATING")
isScared = False
for neebSprite in self.neebSprites:
# Handles the neeb walking towards the girl
neebSprite.walkTimer+= 1
if neebSprite.walkTimer >= neebSprite.walkSpeed_:
neebSprite.walkTowardsGirl(self.girl)
neebSprite.walkTimer = 0
# Upadtes the girl if the neebs get too close
if( self.isNeebNearGirl(neebSprite) ):
isScared = True
# Handles the case when buford gets close to a neeb
isBufordClose = self.isNeebCloseToBufford(neebSprite)
neebSprite.setIsBufordClose(isBufordClose)
if isBufordClose:
print("HE IS CLOSE!!!!")
self.buford.status = self.buford.CHASING
neebSprite.runAwayFromBuford(self.buford)
#Update the girl if she is scared
self.girl.setScared(isScared)
def isNeebNearGirl(self, neeb):
distance = shared.distance(self.girl.x, self.girl.y, neeb.x, neeb.y)
#print("Current Distance: ", distance)
return ( distance < self.girlScareDistance )
def isNeebCloseToBufford(self, neeb):
distance = shared.distance(self.buford.x, self.buford.y, neeb.x, neeb.y)
return ( distance < self.neebScareDistance )