def estoTeSacaUnaListaDeSlides(slides):
picsVerticales = []
for line in fileinput.input():
if not fileinput.isfirstline(): #a tomar viento la primera linea
separada = line[:len(line) - 1].split(' ') # Separamos por ' '
fila = fileinput.lineno() # n de fila
picLeido = Pic(fila - 2, separada) # construyo el leido...
if (picLeido.orientation()):
picsVerticales.append(picLeido)
else:
slides.append(Slide(picLeido)) # y lo anado a la lista
unirVerticales(slides, picsVerticales)
def estoTeSacaUnaListaDeSlides(slides):
picsVerticales = []
for line in fileinput.input():
if not fileinput.isfirstline(): #a tomar viento la primera linea
separada = line[:len(line) - 1].split(' ') # Separamos por ' '
fila = fileinput.lineno() # n de fila
picLeido = Pic(fila - 2, separada) # construyo el leido...
if (picLeido.orientation()
): # es vertical, pa la lista de verticales
picsVerticales.append(picLeido)
else: # no lo es, a los slides directo
slides.append(Slide(picLeido))
# unimos lo verticales a los slides, maximizando tags
unirVerticales(slides, picsVerticales)
def crop_to_avg_proportion(cls, limit):
directory = "./data/train"
_, _, _, _, avg_height, avg_width = Pic.size_ranges(limit)
avg_proportion = avg_height / avg_width
pics = []
names = []
for image in os.listdir(directory)[:limit]:
filepath = directory + "/" + image
pic = Image.open(filepath)
numpy_pic = numpy.asarray(pic)
height, width, _ = numpy_pic.shape
new_height = width * avg_proportion
new_width = height * (avg_width / avg_height)
height_on_both_sides = int(round((height - new_height) / 2))
width_on_both_sides = int(round((width - new_width) / 2))
name = re.findall('/.*/.*(/.*)', pic.filename)[0]
names.append(name)
if new_height < height:
pic = Resize.crop(pic, 0, height_on_both_sides, width,
height - (2 * height_on_both_sides))
elif new_width < width:
pic = Resize.crop(pic, width_on_both_sides, 0,
width - (2 * width_on_both_sides), height)
else:
print 'error'
pics.append(pic)
return pics, names
def crop_to_avg_proportion(cls, limit):
directory = "./data/train"
_, _, _, _, avg_height, avg_width = Pic.size_ranges(limit)
avg_proportion = avg_height/avg_width
pics = []
names = []
for image in os.listdir(directory)[:limit]:
filepath = directory + "/" + image
pic = Image.open(filepath)
numpy_pic = numpy.asarray(pic)
height, width, _ = numpy_pic.shape
new_height = width * avg_proportion
new_width = height * (avg_width/avg_height)
height_on_both_sides = int(round((height - new_height)/2))
width_on_both_sides = int(round((width - new_width)/2))
name = re.findall('/.*/.*(/.*)', pic.filename)[0]
names.append(name)
if new_height < height:
pic = Resize.crop(pic, 0, height_on_both_sides, width, height-(2*height_on_both_sides))
elif new_width < width:
pic = Resize.crop(pic, width_on_both_sides, 0, width-(2*width_on_both_sides), height)
else:
print 'error'
pics.append(pic)
return pics, names
def a_ver_esa_lectura(pics):
for line in fileinput.input():
if not fileinput.isfirstline(): #a tomar viento la primera linea
# print(line)
separada = line[:len(line) - 1].split(' ') # Separamos por ' '
# print(separada)
fila = fileinput.lineno() # n de fila
picLeido = Pic(fila - 1, separada) # construyo el leido...
pics.append(picLeido) # y lo anado a la lista
def maximizarTags(elto1: Pic, verticales: list) -> Pic:
# ESTO ESTA MU FEO
minIntersec = 10000
encontrado = False
elto2 = verticales[0]
longLista = len(verticales)
i = 0
while (not encontrado) and (
i < longLista): #esto no es muy pythonesco pero vamos
elto2 = verticales[i]
long = len(elto1.tags() & elto2.tags())
if long < minIntersec:
minIntersec = long
if long == 0:
encontrado = True
i += 1
return verticales.pop(i - 1)
def maximizarTags(elto1: Pic, verticales: list) -> Pic:
# ESTO ESTA MU FEO
minIntersec = 10000 # vergonzoso
encontrado = False
elto2 = verticales[0] # asignacion de mas
longLista = len(verticales)
i = 0 # uf
while (not encontrado) and (
i < longLista): #esto no es muy pythonesco pero vamos
elto2 = verticales[i]
lIntersec = len(
elto1.tags()
& elto2.tags()) # nº de tags compartidos (interseccion)
if lIntersec < minIntersec:
minIntersec = lIntersec
if lIntersec == 0: # es el minimo posible, dejamos de buscar
encontrado = True
i += 1 # cries in python
return verticales.pop(
i - 1) # devolvemos el elto (y lo quitamos de verticales)
import sys from pic import Pic from classifier import Classifier from score import error limit = int(sys.argv[1]) half = limit/2 data, targets = Pic.data(limit) data = Pic.flatten(data) data, cv_data = data[:half], data[half:] targets, cv_targets = targets[:half], targets[half:] preds = Classifier.predict(data, targets, data) print error(preds, cv_targets) #print preds #print cv_targets
def site_ico_bind(user_id, pic_id, site_id):
p = Pic.get(pic_id)
if p and p.user_id == user_id:
ico96.set(site_id, pic_id)
# The hex filename is just the passed filename
hfilename = filename
# If it's not HEX or ASM, what is it?
else:
raise Exception("Unknown file extension")
# If a serial port has not been passed, use the first available one
if len(sys.argv) < 3:
sport = glob.glob('/dev/ttyUSB*')[0]
# Otherwise used the passed one
else:
sport = sys.argv[2]
# Init new HexFile and PIC instances
hf = HexFile(hfilename)
prog = Pic(sport, 9600, 0x03FF)
# Write and verify the hex file to the pic
prog.write_file(hf)
prog.verify_file(hf)
# Write and verify the config word from the hex file to the pic
prog.write_verify_config_file(hf)
# Run the program on the pic
prog.execute()
# Close the connection with the pic
prog.close()
def pic_to_review_count_by_cid(cid):
return Pic.where(cid=cid, state=1, admin_id=0).count()
def test_segments():
data = Pic.images(1)
face = Face()
print type(data[0])
inners, outers = face.segments(data[0])
print len(inners), len(outers)
import sys from pic import Pic from classifier import Classifier from score import error limit = int(sys.argv[1]) half = limit / 2 data, targets = Pic.data(limit) data = Pic.flatten(data) data, cv_data = data[:half], data[half:] targets, cv_targets = targets[:half], targets[half:] preds = Classifier.predict(data, targets, data) print error(preds, cv_targets) #print preds #print cv_targets
def _pic_list_to_review_by_cid(cid, start_id, limit):
return Pic.where(cid=cid, state=1, admin_id=0).where('id>%s' % start_id).order_by('id')[:limit]
def pic_reviewed_count_by_cid_state(cid, state):
return Pic.where(cid=cid, state=state).where('admin_id>0').count()
def pic_list_reviewed_by_cid_state(cid, state, limit, offset):
return Pic.where(cid=cid, state=state).where('admin_id>0').order_by('id desc')[offset: offset + limit]
# We don't need to compile if it's already a HEX file
elif extension == "hex":
# The hex filename is just the passed filename
hfilename = filename
# If it's not HEX or ASM, what is it?
else:
raise Exception("Unknown file extension")
# If a serial port has not been passed, use the first available one
if len(sys.argv) < 3: sport = glob.glob('/dev/ttyUSB*')[0]
# Otherwise used the passed one
else: sport = sys.argv[2]
# Init new HexFile and PIC instances
hf = HexFile(hfilename)
prog = Pic(sport, 9600, 0x03FF)
# Write and verify the hex file to the pic
prog.write_file(hf)
prog.verify_file(hf)
# Write and verify the config word from the hex file to the pic
prog.write_verify_config_file(hf)
# Run the program on the pic
prog.execute()
# Close the connection with the pic
prog.close()
def test_segments():
data = Pic.images(1)
face = Face()
print type(data[0])
inners, outers = face.segments(data[0])
print len(inners), len(outers)
def create_pic(filenames):
for filename in filenames:
pic = Pic(filename)
yield pic
def site_ico_bind(user_id, pic_id, site_id):
p = Pic.get(pic_id)
if p and p.user_id == user_id:
ico96.set(site_id, pic_id)