def multiplexImage_WQR(to, img, qr_data):
misc.log_t("Multiplex","enter")
x_offset = 0 # placeholder? not really used
spaceY = 0 # placeholder? not really used
(w , h) = paper_size
(ww , hh) = misc.gSize(img)
#totalYSpace = h / 10
#yHl = totalYSpace - 178
#yH2 = (totalYSpace * 5) + 3
yH1 = 0
yH2 = h / 2
x1Pos = (w / 4) - (ww / 2) # not used yet
x2Pos = 0
if(not multiplex_new):
x2Pos = x_offset + ww # + 1
else:
x2Pos = ((w / 4) * 3) - (ww / 2) #x_offset + w - ww
to.paste(img, (x1Pos , yH1))
to.paste(img, (x2Pos , yH1))
to.paste(img, (x1Pos ,yH2))
to.paste(img, (x2Pos ,yH2))
# paste generated QR
qr_img = qrcode.make(qr_data).resize( (qr_size, qr_size) , Image.ANTIALIAS)
qr_x_offset = -20 # -20
qr_y_offset = -15
qr_w,qr_h = qr_img.size
to.paste(qr_img,(x2Pos - qr_w + qr_x_offset ,yH2 - qr_h + qr_y_offset))
to.paste(qr_img,(x2Pos - qr_w + qr_x_offset,h - qr_h + qr_y_offset))
to.paste(qr_img,(w - qr_w + qr_x_offset,yH2 - qr_h + qr_y_offset))
to.paste(qr_img,(w - qr_w + qr_x_offset,h - qr_h + qr_y_offset))
misc.log_t("Multiplex","exit")
return to
def draw(img, name, surname, tc, date, ow_name):
#if(misc.debug):
misc.log_t("DrawInfo","enter")
(x,y) = misc.gSize(img)
x1 = (x / 10) / 4
y1 = (y / 10) * 4 + 20
x2 = (x / 15) * 8
y2 = (y / 10) * 9 + 20
d = ImageDraw.Draw(img)
d.text((x1, y1), "ICAO MRTD 9303/3 - ISO/IEC 19794-5", fill='black', font=font_small)
d.text((x1, y1 + off_name_y), name + " " + surname, fill='black', font=font_normal)
d.text((x1, y1 + off_id_y), "ID : TR " + tc, fill='black', font=font_normal)
d.text((x1, y1 + off_date_y), date, fill='black', font=font_msmall)
d.text((x1 + off_owner_x, y1 + off_owner_y), ow_name, fill='black', font=font_small)
d.text((x2, y1), "ICAO MRTD 9303/3 - ISO/IEC 19794-5", fill='black', font=font_small)
d.text((x2, y1 + off_name_y), name + " " + surname, fill='black', font=font_normal)
d.text((x2, y1 + off_id_y), "ID : TR " + tc, fill='black', font=font_normal)
d.text((x2, y1 + off_date_y), date, fill='black', font=font_msmall)
d.text((x2 + off_owner_x, y1 + off_owner_y), ow_name, fill='black', font=font_small)
d.text((x1, y2), "ICAO MRTD 9303/3 - ISO/IEC 19794-5", fill='black', font=font_small)
d.text((x1, y2 + off_name_y), name + " " + surname, fill='black', font=font_normal)
d.text((x1, y2 + off_id_y), "ID : TR " + tc, fill='black', font=font_normal)
d.text((x1, y2 + off_date_y), date, fill='black', font=font_msmall)
d.text((x1 + off_owner_x, y2 + off_owner_y), ow_name, fill='black', font=font_small)
d.text((x2, y2), "ICAO MRTD 9303/3 - ISO/IEC 19794-5", fill='black', font=font_small)
d.text((x2, y2 + off_name_y), name + " " + surname, fill='black', font=font_normal)
d.text((x2, y2 + off_id_y), "ID : TR " + tc, fill='black', font=font_normal)
d.text((x2, y2 + off_date_y), date, fill='black', font=font_msmall)
d.text((x2 + off_owner_x, y2 + off_owner_y), ow_name, fill='black', font=font_small)
#val = Image.open("val.png")
#img.paste(val, (0, 0), val)
misc.log_t("DrawInfo","exit")
return img
def cropImage(img, box):
misc.log_t("Crop","FROM " + misc.boxToString(img.getbbox()) + " TO " + misc.boxToString(box))
return img.crop(box)
def run(c_id, name, surname, tc, printnum, x0, y0, z0, r0, brightness, color, archive):
c_id = c_id.replace('"','')
misc.log_("Selected Country",c_id)
misc.log_("Name",name)
misc.log_("Surname",surname)
misc.log_("TC",tc)
photo_id = get_pid(c_id)
name = name.replace('"','')
x1 = ast.literal_eval(x0)
y1 = ast.literal_eval(y0)
z1 = ast.literal_eval(z0)
r1 = ast.literal_eval(r0)
brightness = ast.literal_eval(brightness)
color = ast.literal_eval(color)
x1 = -x1
y1 = -y1
misc.log_t("Archive - REQUEST",archive);
if (misc.is_test_mode):
lImagePath = "cl\\test-stan.jpg"
else:
if (archive == "false"):
lImagePath = lastImage.find()
else:
lImagePath = lastImage.g_base() + tc + ".jpg" # needs testing
misc.log_t("Target File",lImagePath);
if (os.path.isfile(lImagePath)):
time = misc.get_time()
misc.log_("IMG_","Loading : " + lImagePath)
img_base = Image.open( lImagePath) # Load target image
# resize image to fit head
if(photo_id == 1):
img_base = resizeZScale( img_base, 1 + z_offset_vs) # Resize based on app
img_base = rotateImage( img_base , 270) # Rotate to fix camera rotation
else:
if(photo_id == 5):
img_base = resizeZScale( img_base, z1 + z_offset_china) # Resize based on app
img_base = rotateImage( img_base , 270 - int(r1)) # Rotate to fix camera rotation
else:
if(photo_id == 4):
img_base = resizeZScale( img_base, (z1) + z_offset_USA) # Resize based on app
img_base = rotateImage( img_base , 270 - int(r1)) # Rotate to fix camera rotation
else:
img_base = resizeZScale( img_base, z1 + z_offset) # Resize based on app
img_base = rotateImage( img_base , 270 - int(r1)) # Rotate to fix camera rotation
img_base = cropImage( img_base, transform( photo_id ,img_base , imgSize, x1, y1) )
img_base = cropImage( resizeToSmallSize(img_base) , s_icao) # don't touch breaks the rest
# apply effects
if(not brightness == 1):
misc.log_t("Enhancer","Brightness " + str(brightness))
enhancer = ImageEnhance.Brightness(img_base)
img_base = enhancer.enhance(brightness)
if(not color == 1):
misc.log_t("Enhancer","Color " + str(color))
enhancer = ImageEnhance.Color(img_base)
img_base = enhancer.enhance(color)
# 4x4 + draw text
i_out = multiplexImage_WQR( Image.new("RGB", paper_size , "white") , img_base , (qr_base_url + tc + ".jpg"))
i_out = drawInfo.draw( i_out, name, surname, tc, misc.timeString(time) , owner_name)
if(photo_id == 3):
cutlines = cl_schengen
i_out.paste(cutlines, (0, 0), cutlines)
else:
if(photo_id == 4):
cutlines = cl_usa # cl_usa
i_out.paste(cutlines, (0, 0), cutlines)
else:
if(photo_id == 5):
cutlines = cl_china # cl_china.png
i_out.paste(cutlines, (0, 0), cutlines)
else:
if(photo_id == 6):
cutlines = cl_icao_schengen
i_out.paste(cutlines, (0, 0), cutlines)
else:
cutlines = cl
i_out.paste(cutlines, (0, 0), cutlines)
i_small = cropImage(i_out, small_img_size )
i_small.save(os.pardir + "\\output\\small\\" + tc + "-sm.jpg")
file_name = os.pardir + "\\output\\" + tc + ".jpg" # + misc.timeStringShort(time)
misc.log_("FILE", "TO '" + file_name + "'")
i_out.save(file_name)
print_image_x( i_out, int(printnum))
return "Print Request Done"
else:
return "File find error... Aborted."
def rotateImage(img, val):
misc.log_t("Rotate" ,"%i" % val )
return img.rotate(val,Image.BICUBIC,True) # BICUBIC