def printer1(question):
print question
# TODO: make this do a google image search and do something intereting with the results
options = images.ImageOptions()
options.image_type = images.ImageType.CLIPART
options.larger_than = images.LargerThan.MP_4
options.color = "green"
image_results = google.search_images("banana", options)
images.download(image_results, path=TEMP_PATH)
print question
def test_get_images_req_url(self):
query = "banana"
options = images.ImageOptions()
options.image_type = images.ImageType.CLIPART
options.larger_than = images.LargerThan.MP_4
options.color = "green"
req_url = images._get_images_req_url(query, options)
exp_req_url = 'https://www.google.com.ar/search?q=banana&es_sm=122&source=lnms&tbm=isch&sa=X&ei=DDdUVL-fE4SpNq-ngPgK&ved=0CAgQ_AUoAQ&biw=1024&bih=719&dpr=1.25&tbs=itp:clipart,isz:lt,islt:4mp,ic:specific,isc:green'
self.assertEqual(req_url, exp_req_url)
def webimagesearch():
if not current_user.is_authenticated:
return redirect("/index")
form = WebImageSearchPostForm()
if form.validate_on_submit():
lastQuery.clear()
lastQuery.append(form.query.data)
options = images.ImageOptions()
options.image_type = form.imageType.data
options.size_category = form.sizeCategory.data
options.larger_than = form.largerThan.data
options.exact_width = form.exactWidth.data
options.exact_height = form.exactHeight.data
options.color_type = form.colorType.data
options.color = form.color.data
search_results = google.search_images(form.query.data, options)
userImageSearch.clear()
print(search_results)
for result in search_results:
somePosts = [{
'domain': result.domain,
'filesize': result.filesize,
'format': result.format,
'height': result.height,
'index': result.index,
'link': result.link,
'name': result.name,
'page': result.page,
'site': result.site,
'thumb': result.thumb,
'thumb_height': result.thumb_height,
'thumb_width': result.thumb_width,
'width': result.width
}]
userImageSearch.extend(somePosts)
return redirect("/webimagesearch")
return render_template('webimagesearch.html',
title='Websearch',
form=form,
userImageSearch=userImageSearch,
current_user=current_user,
lastQuery=lastQuery)
def findTheColor(strToFind, precision = 10):
print "\nLooking for %s" % (strToFind)
options = images.ImageOptions()
results = google.search_images(strToFind + " logo", options, precision)
colorHexa = []
colorLabel = []
for i in range(0, precision):
colors = getColorsFromURL(results[i].link)
if colors:
for z in range(0, len(colors['tags'])):
if (colors['tags'][z]['label'] not in ['Beige', 'White', 'Black']):
colorHexa.append(colors['tags'][z]['color'])
colorLabel.append(colors['tags'][z]['label'])
break
obj = Counter(colorLabel)
c = Color(getRelevant(obj))
colorsToSave.append(c.hex)
print "Color is: %s - %s" % (c, c.hex)
def getColor(stringToSearch, precision = 20, keyWords = 'Logo', secondaryColor = False):
print "\n\n==========================================================\n\n"
print "Looking images for: "+stringToSearch
directory = "download/"+stringToSearch
# options = images.ImageOptions()
options = images.ImageOptions()
options.image_type = images.ImageType.CLIPART
options.larger_than = images.LargerThan.MP_4
options.color = "green"
results = google.search_images("banana", options)
print results
# results = google.search_images(stringToSearch + " " + keyWords, options, precision)
if not os.path.exists(directory):
print "\nDownloading images to "+directory
os.makedirs(directory)
images.fast_download(results, path=directory, threads=precision)
listColorHex = []
listColorName = []
print "\nChecking URL and getting colors from:"
for i in range(0, precision):
print "\n%s (%s/%s) %s" % (stringToSearch, i+1, precision, results[i].link)
colors = getColorsFromURL(results[i].link)
if colors:
for z in range(0, len(colors['tags'])):
if colorIsAllowed(colors['tags'][z]['label'].lower()):
print ("-> " + colors['tags'][z]['color'] + " - " + colors['tags'][z]['label'])
# colorCheck = showColorInfo(colors['tags'][z]['color'])
# listColorHex.append(colorCheck['name']['closest_named_hex'])
listColorName.append(colors['tags'][z]['label'])
listColorHex.append(colors['tags'][z]['color'])
if z == 0:
listColorName.append(colors['tags'][z]['label'])
listColorHex.append(colors['tags'][z]['color'])
listColorName.append(colors['tags'][z]['label'])
listColorHex.append(colors['tags'][z]['color'])
elif z == 1:
listColorName.append(colors['tags'][z]['label'])
listColorHex.append(colors['tags'][z]['color'])
else:
print "-> Bad Request (400)"
print ""
if (listColorName and listColorHex):
colorName = Counter(listColorName)
colorName = Color(getRelevant(colorName))
colorHex = Counter(listColorHex)
colorHex = getRelevant(colorHex)
if secondaryColor:
sColorHex = getRelevant(Counter(listColorHex), colorHex)
print "Color could be: \n-> %s and %s" % (colorHex, sColorHex)
return [colorHex, sColorHex]
else:
print "Color could be: \n-> %s" % (colorHex)
return colorHex
else:
print "Sorry, couldn't find the colors for you. Try to increase the precision. %d it's a little number" % precision
return ''
def reset_options():
options = images.ImageOptions()
options.color_type = 'color'
options.license = 'f'
options.larger_than = images.LargerThan.MP_12
return options
break
obj = Counter(colorLabel)
c = Color(getRelevant(obj))
colorsToSave.append(c.hex)
print "Color is: %s - %s" % (c, c.hex)
# with open('bancos.csv', 'rb') as f:
# reader = csv.reader(f)
# for row in reader:
# findTheColor(row[2], 20)
# sleep(30)
precision = 15
options = images.ImageOptions()
results = google.search_images("Woori Bank Logo", options, precision)
colorHexa = []
colorLabel = []
for i in range(0, precision):
print "(%s/%s) %s" % (i+1, precision, results[i].link)
colors = getColorsFromURL(results[i].link)
if colors:
for z in range(0, len(colors['tags'])):
if (colors['tags'][z]['label'] not in ['Beige', 'White', 'Black', 'WhiteSmoke', 'gainsboro']):
print "-> " + colors['tags'][z]['label'] + " - " + colors['tags'][z]['color']
colorHexa.append(colors['tags'][z]['color'])
colorLabel.append(colors['tags'][z]['label'])
break
def setup_options():
options = images.ImageOptions()
options.size_category = "large"
return options