def gen_ad_vec(self, ads, choice=CHOICE): # check self is ad_union # generates a vector of ads from AdVector
vec = [0]*self.size()
for ad in self.data:
for lad in ads.data:
if(ad.identical_ad(lad, choice)):
vec[self.index(ad)] += 1.
return vec
def gen_ad_vec(self, ads, choice=CHOICE): # check self is ad_union # generates a vector of ads from AdVector
vec = [0]*self.size()
for ad in self.data:
for lad in ads.data:
if(ad.identical_ad(lad, choice)):
vec[self.index(ad)] += 1.
return vec
def gen_temp_ad_vec(self, ads, choice=CHOICE): # self is ad_union
vec = [0] * ads.size()
i = 0
j = 0
for ad in ads.data:
for lad in self.data:
if (ad.identical_ad(lad, choice)):
vec[i] = self.index(lad)
i += 1
return vec
def gen_temp_ad_vec(self, ads, choice=CHOICE): # self is ad_union
vec = [0]*ads.size()
i = 0
j = 0
for ad in ads.data:
for lad in self.data:
if(ad.identical_ad(lad, choice)):
vec[i] = self.index(lad)
i += 1
return vec
def unique(self):
uniq = AdVector()
for ad in self.data:
present = False
for un_ad in uniq.data:
if (ad.identical_ad(un_ad, CHOICE)):
present = True
break
if (not present):
uniq.add(ad)
return uniq
def unique(self):
uniq = AdVector()
for ad in self.data:
present = False
for un_ad in uniq.data:
if(ad.identical_ad(un_ad, CHOICE)):
present = True
break
if(not present):
uniq.add(ad)
return uniq
