def convert(self, element):
if not type(element) is Element:
print("Element 타입으로 변환수행")
self.element = Element(element)
else:
self.element = element
self.width, self.height = self.element.width, self.element.height
self._setRatio()
self._makeNorm()
print('변환완료 %d' % self.element.id)
return self.getElement()
class Normalize:
_type = 1
_limit = setting.view_max_count
base_width = setting.base_size['width']
base_height = setting.base_size['height']
applying_ratio = 1
def __init__(self):
pass
def convert(self, element):
if not type(element) is Element:
print("Element 타입으로 변환수행")
self.element = Element(element)
else:
self.element = element
self.width, self.height = self.element.width, self.element.height
self._setRatio()
self._makeNorm()
print('변환완료 %d' % self.element.id)
return self.getElement()
def getElement(self):
return self.element
def _setRatio(self):
if self.element.orientation == 'landscape':
self.applying_ratio = self.base_height / self.height # 240 / 2500 = 0.1%
elif self.element.orientation == 'portrait':
self.applying_ratio = self.base_width / self.width # 240 / 2500 = 0.1%
else:
self.applying_ratio = 1
def _makeNorm(self):
# 가로세로비율을 계산해 베이스값의 배수로 환산하고 객체내 block변수값으로 등록함.
if self.element.orientation == 'landscape':
test = self.width * self.applying_ratio / self.base_width
out_rate = self._check_limit(test)
self.element.update((out_rate * self.base_width, self.base_height))
elif self.element.orientation == 'portrait':
test = self.height * self.applying_ratio / self.base_height
out_rate = self._check_limit(test)
self.element.update((self.base_width, out_rate * self.base_height))
else:
self.element.update((self.base_width, self.base_height))
print("getNorm : %s" % out_rate)
return self.element
def _check_limit(self, test):
if test <= 1:
return 1
else:
# limit을 초과할 수 없다
return min(math.ceil(test), self._limit)
out_rate = self._check_limit(test)
self.element.update((out_rate * self.base_width, self.base_height))
elif self.element.orientation == 'portrait':
test = self.height * self.applying_ratio / self.base_height
out_rate = self._check_limit(test)
self.element.update((self.base_width, out_rate * self.base_height))
else:
self.element.update((self.base_width, self.base_height))
print("getNorm : %s" % out_rate)
return self.element
def _check_limit(self, test):
if test <= 1:
return 1
else:
# limit을 초과할 수 없다
return min(math.ceil(test), self._limit)
if __name__ == '__main__':
test = Element(('url', 3000, 250))
nor = Normalize()
nor.convert(test)
print(nor.getElement())
test = Element(('url', 320, 6500))
nor.convert(test)
print(nor.getElement())
elif self.index >= self.size:
return False
else:
rst = self.source[self.index]
self.index +=1
# 더 이상 버퍼및 소스에는 남은 항목이 없음을 공지
if len(self.source) <= self.index:
self._is_last_source=True
return rst
if __name__ == '__main__':
from NormalizeArray import Normalize
n = Normalize()
data =[
n.convert( Element(('u1',1920,1080)) ),
n.convert( Element(('u1',1920,1080)) ),
n.convert( Element(('u1',1920,1080)) ),
n.convert( Element(('u1',1920,1080)) ),
]
print(data)
create = Create(data)
create.start()
print(create.results)
# a =['a','b','c']
# b =['a1','b1']
# fetch = Store(a)
# fetch.update(b)
# print(fetch.pop())