def dotest(outputname, nostamp):
try:
from bidi.algorithm import get_display
except ImportError:
from unittest import SkipTest
raise SkipTest("Need python-bidi")
pdf = FPDF()
if nostamp:
pdf._putinfo = lambda: common.test_putinfo(pdf)
pdf.compress = False
pdf.add_page()
pdf.add_font('DejaVu', '', \
os.path.join(common.basepath, 'font/DejaVuSans.ttf'), uni=True)
pdf.set_font('DejaVu', '', 14)
# this will be displayed wrong as actually it is stored LTR:
text= u"این یک متن پارسی است. This is a Persian text !!"
pdf.write(8, text)
pdf.ln(8)
# Reverse the RLT using the Bidirectional Algorithm to be displayed correctly:
# (http://unicode.org/reports/tr9/)
rtl_text = get_display(text)
pdf.write(8, rtl_text)
pdf.output(outputname, 'F')
def pdf_convert(fname, data):
pdf = FPDF()
pdf.set_margins(left=10, top=15, right=10)
pdf.add_page()
pdf.add_font('calibri', fname=r'c:\Windows\Fonts\calibri.ttf', uni=True)
pdf.image('gables.jpg', x=90, w=30)
pdf.set_font("calibri", size=12)
pdf.multi_cell(0, 5, txt=data)
pdf.output(fname)
def dotest(outputname, nostamp):
# filename - output filename
# nostamp - do no use stamp in result file
pdf = FPDF()
if nostamp:
pdf._putinfo = lambda: common.test_putinfo(pdf)
pdf.add_page()
pdf.set_font('Arial', '', 16)
pdf.write(8, "Test template")
pdf.output(outputname, 'F')
def test_hello_world(self):
pdf=FPDF()
pdf.add_page()
pdf.set_font('Arial','B',16)
pdf.cell(40,10,hello_world)
pdf.output(hello_world_file,'F')
self.assertTrue(os.path.exists(hello_world_file))
def randompdf (path) :
numpdf = (randint(1500,2000))
for i in range(10):
name = path + ''.join([random.choice(string.ascii_letters + string.digits) for n in xrange(randint(5,15))]) + ".pdf"
numwords = (randint(200,1000))
pdf = FPDF()
pdf.add_page()
pdf.set_font("Arial", size=12)
words =[]
for i in range(numwords):
randomword = ''.join([random.choice(string.ascii_letters + string.digits) for n in xrange(randint(5,15))])
words.append(randomword)
wordsinstring = ''.join(words)
pdf.cell(200, 10, txt=wordsinstring, align="C")
pdf.output(name)
for i in range(numpdf):
dupli = path + ''.join([random.choice(string.ascii_letters + string.digits) for n in xrange(randint(5,15))]) + ".pdf"
copyfile(name, dupli)
def generate(pdfname):
datamanager = DataManager('127.0.0.1', 27017)
pdf = FPDF()
pdf.add_page()
pdf.set_author('GRE Master')
pdf.set_title('GRE Word')
#pdf.set_font('Arial', 'B', 16)
pdf.add_font('eunjin', '', 'Eunjin.ttf', uni=True)
pdf.set_font('eunjin', '', 16)
pdf.add_font('bangwool', '', 'Bangwool.ttf', uni=True)
pdf.set_font('bangwool', '', 16)
#pdf.add_font('DejaVu', '', 'DejaVuSansCondensed.ttf', uni=True)
#pdf.set_font('DejaVu', '', 16)
for row in datamanager.find():
text = row['text']
meanings = row['meaning']
synonyms = row['synonyms']
meaning = ','.join(meanings)
synonym = u','.join(synonyms)
line = '%s : %s \n synonyms : %s' % (text, meaning, synonym)
#pdf.cell(20, 10, row['text'], 0, 0)# + ' ' + ','.join(row['meaning']))
pdf.multi_cell(0, 8, line, 1, 'J')
pdf.output(pdfname, 'F')
def createPDF(self, name=None, size='10kb'):
from PyPDF2 import PdfFileReader, PdfFileWriter
from fpdf import FPDF
import os
import random
name = os.path.basename(name)
tmp_name = '/tmp/' + name
output_name = self.sharepath + '/' + name
if size == '10kb':
randlength = random.randint(10000,90000)
elif size == '100kb':
randlength = random.randint(100000,900000)
elif size == '1mb':
randlength = random.randint(1000000,9000000)
#create file
pdf=FPDF()
pdf.add_page()
pdf.set_font('Arial','B',8)
pdf.cell(0,0,os.urandom(randlength))
pdf.output(tmp_name, "F")
#encrypt it
output = PdfFileWriter()
input1 = PdfFileReader(open(tmp_name, "rb"))
output.encrypt(user_pwd="ihasapass")
output.addPage(input1.getPage(0))
outputStream = file(output_name, "wb")
output.write(outputStream)
outputStream.close()
def generate_pdf(self,qrs,pdf_filename):
self.progress.setValue(0)
self.label.setText('Writing PDF...')
pdf=FPDF()
pdf.add_page()
col = 10
row = 20
pdf.set_font('Arial','B',20)
pdf.text(10, 10, 'QRS')
pdf.set_font('Arial','',5)
c = 1
for qr in qrs:
if col > 250:
row = row + 40
col = 10
pdf.text(col+3,row-3,qr)
pdf.image('qrs/'+qr+'.png',col,row,30)
col = col + 40
self.progress.setValue((c*100)/len(qrs))
c = c + 1
try:
if not os.path.exists('pdfs'):
os.makedirs('pdfs')
pdf.output('pdfs/'+pdf_filename+'.pdf','F')
self.messageBox('PDF', 'Pdf is Done! ' + 'pdfs/'+pdf_filename+'.pdf')
self.label.setText('')
path = os.getcwd()
os.startfile(path.replace('\\','/')+'/pdfs/'+pdf_filename+'.pdf')
except Exception as e:
self.messageBox('PDF.', str(e))
def write_cover_letter(cover_letter, skills):
# open csv file and read input
with open(skills) as skills_csv:
reader = csv.reader(skills_csv)
rownum = 0
for row in reader:
pdf = FPDF('P', 'mm', 'A4') # portrait mode, mm , A4 size paper
pdf.add_page() # new blank page
pdf.set_font('Arial', '', 12) # font, Style (B,U,I) , fontsize in pt.
#ignore the header row
if rownum == 0:
pass
else:
model_cover_letter = open(cover_letter, 'r')
for line in model_cover_letter:
line = line.replace('#website', row[0])
line = line.replace('#inserttools', ','.join(row[1].split('#'))) # skills are seperated by '#' split and join them
line = line.replace('#toolproficient', row[2])
line = line.replace('#toolyr', row[3])
line = line.replace('#company', row[4])
pdf.write(6, line)
pdf.output('cover_letters/Cover Letter - ' + row[4] + '.pdf', 'F')
pdf.close()
rownum = rownum + 1
def print_receipt(Student):
"""
Print receipts related to specified Student
Contain all three amounts paid - mess fees, room rent, amenities charge
"""
pdf = FPDF('P', 'mm', 'A4')
pdf.add_page('P')
pdf.set_font('Times', 'B', 14)
pdf.multi_cell(0, 5, 'Student Dues Payment Receipt')
pdf.ln()
pdf.multi_cell(0, 5, ('Student ID: %s' % Student.student_ID))
pdf.ln()
pdf.multi_cell(0, 5, ('Name: %s' % Student.name))
pdf.ln()
pdf.multi_cell(0, 5, ('Mess Fees: %s' % Student.mess_charge))
pdf.ln()
if Student.room_type == "S":
room_rent = db.get("hall", Student.hall_ID, "single_room_rent")[0]
elif Student.room_type == "D":
room_rent = db.get("hall", Student.hall_ID, "double_room_rent")[0]
pdf.multi_cell(0, 5, ('Room Rent: %s' % room_rent))
pdf.ln()
pdf.multi_cell(0, 5, ('Amenities Charge: %s' % str(db.get("hall", Student.hall_ID, "amenities_charge")[0])))
pdf.ln()
pdf.multi_cell(0, 5, ('Total Amount Paid: %s' % str(Student.total_dues)))
pdf.ln()
# Write generated output file to PDF
pdf.output(('receipt_%s.pdf' % Student.hall_ID), 'F')
def generate_salary_list(Hall):
"""
Print list of all employees and respective salary details for specified hall
Take dict of Worker objects as parameter
"""
pdf = FPDF('P', 'mm', 'A4')
pdf.add_page('P')
pdf.set_font('Times', 'B', 14)
pdf.multi_cell(0, 5, ('Hall Salary List: Hall %s' % Hall.hall_ID))
pdf.ln()
worker_list = dbr.rebuild("worker")
title = "Role"
wage = 0
for key in worker_list:
if worker_list[key].hall_ID == Hall.hall_ID:
if isinstance(worker_list[key], mess_manager.MessManager):
title = "Mess Manager"
wage = worker_list[key].monthly_salary
elif isinstance(worker_list[key], clerk.Clerk):
title = "Clerk"
wage = worker_list[key].monthly_salary
elif isinstance(worker_list[key], attendant.Attendant):
title = "Attendant"
wage = worker_list[key].daily_wage
pdf.multi_cell(0, 5, ('%s: %s (%s) - Rs. %s' % (worker_list[key].worker_ID,
worker_list[key].name, title, wage)))
pdf.ln()
# Write generated output file to PDF
pdf.output(('hall_salary_%s.pdf' % Hall.hall_ID), 'F')
class Document(object):
def __init__(self, **kwargs):
self.pdf = FPDF(**kwargs)
self.pdf.add_page()
self.pdf.set_margins(20, 20, 0)
self.pdf.ln()
self._add_font('DejaVu', 'DejaVuSansCondensed.ttf')
self._add_font('DejaVu-Bold', 'DejaVuSansCondensed-Bold.ttf')
def _add_font(self, font_name, file_name):
self.pdf.add_font(font_name, '', asset_path(file_name), uni=True)
def _font(self, size, bold=False):
font_name = 'DejaVu' if not bold else 'DejaVu-Bold'
self.pdf.set_font(font_name, '', size)
def _text_cell(self, w, h, text, size=10, bold=False, align='L', border=BORDER_DEBUG):
self._font(size, bold=bold)
self.pdf.cell(w, h, text, align=align, border=border)
def _multi_cell(self, w, h, text, size=10, bold=False, align='L', border=BORDER_DEBUG):
self._font(size, bold=bold)
self.pdf.multi_cell(w, h, text, align=align, border=border)
def output(self):
return self.pdf.output(dest='S')
def gerarPDF(qtd_img, Tamanho, qtd_Arq, diretorio):
pdf = FPDF(orientation='P', format='A4', unit=u'mm')
pdf.set_font(u'Arial', size=18)
pdf.set_line_width(0.1)
# evita quebra automatica da pagina, ao chegar perto da borda inferior
pdf.set_auto_page_break(False)
pdf.set_margins(8, 8)
pdf.add_page()
pdf.text(60, 50, txt=u'Relatório de Contagem de Imagens')
pdf.ln("")
pdf.set_font_size(size=10)
pdf.text(10, 60, txt=u'Total de Imagens = %s' %qtd_img)
pdf.text(80, 60, txt=u'Espaço Ocupado = %s' %Tamanho)
pdf.text(150, 60, txt=u'Total de Arquivos = %s' %qtd_Arq)
pdf.text(10, 70, txt=u'Data = %s às %s' %(datetime.datetime.now().date().__format__(u'%d/%m/%Y'), datetime.datetime.now().time().__format__(u'%H:%M:%S')))
pdf.ln("")
pdf.text(10, 80, txt=u'Diretório Raiz= %s' %diretorio)
pdf.output(u'./relatório.pdf', u'F')
# gerarPDF(0,0,0,0)
def createPDF(tFile):
# Create PDF output dir if not exist
if args.op.split("/")[0] not in listdir(curdir):
mkdir(args.op)
# Set fuzzed pdf name
sPfile = tFile.split(".ttf")[0]
tempPDF = FPDF()
# Add our fuzzed ttf into PDF
try:
tempPDF.add_font(sPfile, "", args.o + "/" + tFile, uni=True)
except:
return
tempPDF.set_font(sPfile, "", 16)
# Create blank page and fill it with data
tempPDF.add_page()
tempPDF.cell(40, 10, "PDF TEST FILE")
# Create fuzzed PDF
try:
tempPDF.output(args.op + sPfile + ".pdf", "F")
except:
return
tempPDF.close()
def hourpdf(request): # use to see working of temporary employee.
pdf = FPDF('P', 'mm', 'A4')
pdf.add_page()
ganY = [46, 54] # line bettwen collumn.
pdf.add_font('Kinnari', '', 'Kinnari.ttf', uni=True)
pdf.set_font('Kinnari', '', 12)
gen_single_text(pdf, 60, u'ใบลงเวลาทำงานลูกจ้างชั่วคราวรายชั่วโมง')
gen_single_text(pdf, 45, u'มหาวิทยาลัยเทคโนโลยีพระจอมเกล้าพระนครเหนือ')
gen_single_text(pdf, 70, u'ชื่อ')
pdf.ln(8)
pdf.cell(0, 18, u' วัน วันที่ เดือน ปี เวลาทำงาน รวมชั่วโมง ลายมือชื่อ หมายเหตุ')
drawAttr2(pdf, ganY[0], ganY[1], True)
gen_single_text(pdf, 90, u'รวมจำนวนชั่วโมง ' + u'ชั่วโมง') # call spacial funtion to write a text per line.
gen_single_text(pdf, 90, u'อัตรา 45.45 บาท ชั่วโมง')
gen_single_text(pdf, 90, u'รวมเป็นเงินทั้งสิ้น' + u'บาท')
gen_single_text(pdf, 90, u'( )')
gen_single_text(pdf, 90, u'ได้ตรวจสอบถูกต้องแล้ว')
gen_single_text(pdf, 75, u'ลงชื่อ.......................................................')
gen_single_text(pdf, 80, u'(...................................................)')
pdf.output("group3/hour.pdf", 'F')
with open('group3/hour.pdf', 'rb') as pdf: # path to pdf in directory views.
response = HttpResponse(pdf.read(),content_type='application/pdf')
response['Content-Disposition'] = 'filename=hour.pdf'
return response
pdf.closed
def issue_student_admission_letter(Student, body):
"""
Print letter for Student at time of admission
Contains details as provided by the Student
"""
pdf = FPDF('P', 'mm', 'A4')
pdf.add_page('P')
pdf.set_font('Times', 'B', 14)
pdf.multi_cell(0, 5, 'Student Admission Letter')
pdf.ln()
pdf.multi_cell(0, 5, ('Name: %s' % Student.name))
pdf.ln()
pdf.multi_cell(0, 5, ('Address: %s' % Student.address))
pdf.ln()
pdf.multi_cell(0, 5, ('Contact Number: %s' % Student.contact_number))
pdf.ln()
pdf.multi_cell(0, 5, ('Hall Allotted: %s' % str(db.get("hall", Student.hall_ID, "name")[0])))
pdf.ln()
pdf.multi_cell(0, 5, ('Room Allotted: %s' % Student.room_no))
pdf.ln()
pdf.ln()
pdf.multi_cell(0, 5, ('%s' % body))
pdf.ln()
# Write generated output file to PDF
pdf.output(('admission_letter_%s.pdf' % Student.student_ID), 'F')
def test_pdf_write(self):
pdf=FPDF()
pdf.add_page()
pdf.set_font('Arial','',12)
pdf.write(30, 'small text')
pdf.set_font('Arial','',24)
pdf.write(30, 'Large text')
pdf.output('out/fpdf/test_pdf_write.pdf', 'F')
def render(self, outfile):
pdf = FPDF()
pdf.add_page();
pdf.set_font('Arial','B',16);
for field in self.fields.values():
self.handlers[field['type'].upper()](pdf, **field)
pdf.output(outfile,"F")
def test_ttf(self):
pdf=FPDF()
pdf.add_font('test','','font/lmroman7-italic.ttf',uni=True)
pdf.add_page()
pdf.set_font('test', '', 14)
pdf.write(10, 'hello')
pdf.set_font('test', '', 24)
pdf.write(10, 'hello')
pdf.output('out/fpdf/test_ttf.pdf', 'F')
def get(self):
pdf=FPDF()
pdf.add_page()
pdf.add_font('DejaVu','','font/DejaVuSansCondensed.ttf',uni=True)
pdf.set_font('DejaVu','',16)
#pdf.set_font('Arial','B',16)
pdf.cell(40,10,u'Hello World! Здравствуй мир')
pdf.image('images/LoadFile.png', 0, 50)
self.response.headers['Content-Type'] = 'application/pdf'
self.response.write(pdf.output('', 'S'))
def pdfGen(Input,fontName,Output):
pdf = FPDF()
pdf.add_page()
ttfName=fontName+'.ttf'
pdf.add_font(fontName, '', ttfName, uni=True)
pdf.set_font(fontName, '', 14)
linestring = open(Input, 'r').read()
pdf.write(8,linestring)
pdf.ln(20)
pdf.output(Output, 'F')
def dotest(outputname, nostamp):
pdf = FPDF(orientation = "L", format = "A5")
pdf.compress = False
if nostamp:
pdf._putinfo = lambda: common.test_putinfo(pdf)
pdf.set_font('Arial', '', 14)
for i in range(10):
o = ["p", "L", "P", "l"][i % 4]
page(pdf, "Page %d from 10\nOrientation: %s" % (i + 1, o), o)
pdf.output(outputname, 'F')
def test_unicode_font(self):
pdf=FPDF()
pdf.add_page()
#pdf.add_font('DejaVu','','font/DejaVuSansCondensed.ttf',uni=True)
pdf.add_font('DejaVu','I','font/DejaVuSerif-Italic.ttf',uni=True)
pdf.set_font('DejaVu','I',16)
#pdf.set_font('Arial','B',16)
pdf.cell(40,10,u'Здравствуй мир \u2200 x \u2203 y \u223c \u221e')
pdf.output('HelloWorld.pdf', 'F')
def fpdf():
pdf = FPDF()
pdf.add_page()
pdf.set_font('Arial', 'B', 16)
pdf.cell(40, 10, 'Reporte')
pdf.output('reporte.pdf', 'F')
import os
try:
os.startfile('reporte.pdf')
except Exception:
os.system("xdg-open \"%s\"" % 'reporte.pdf')
def create_pdf(traceback):
traceback = traceback.split("\n")
pdf = FPDF()
pdf.add_page()
pdf.set_font('Arial', 'B', 12)
pdf.cell(40, 10, "Send this error report to the administrator if the problem occurs again: \n", 0, 1)
for x in xrange(0, len(traceback)):
pdf.cell(40, 10, traceback[x], 0, 1)
print traceback[x]
pdf.output('pdf/stack.pdf', 'F')
def dotest(outputname, nostamp):
pdf = FPDF(orientation = "L", format = (100, 250))
pdf.compress = False
if nostamp:
pdf._putinfo = lambda: common.test_putinfo(pdf)
pdf.set_font('Arial', '', 14)
for i in range(16):
o = ["p", "l"][i % 2]
f = ["a3", "a4", "a5", "letter", "legal", "",
(100, 250), (320, 240)][i % 8]
page(pdf, "Page %d from 16\nFormat: %s\nOrientation: %s" %
(i + 1, f, o), o, f)
pdf.output(outputname, 'F')
def createPDF(values):
pdf = FPDF()
pdf.add_page()
pdf.set_font("Arial", "B", 24)
pdf.cell(0, 20, TITLE_PDF, border=0,align="C", ln=1)
#pdf.image(LETTERHEAD_PNG,5, 5, 0, 0) #### COMENTED OUT TO DUE NO IMAGE
pdf.set_font("Courier", "", 10)
i = 0
for i in range(len(values)):
pdf.multi_cell(0, 6, values["res"+str(i)], border=1) ## Must be dynamic
i += 1
curUTC = strftime("%Y-%m-%dT%H-%M-%SZ", gmtime(time()))
pdf.output(PDF_SAVE_TEMPLATE + "-" + curUTC + ".pdf", "F")
def test_greek_letters(self):
pdf=FPDF()
initPDF(pdf)
setFontPDF(pdf,'symbol')
p = lp.ListParser( lp.CommandParser(lp.ParagraphItemCreator) )
s = r'\alpha\beta\gamma'
p.match( s )
self.assertTrue( p.hasMatch() )
res = p[0].docItem.writePDF()+' '+p[1].docItem.writePDF()+' '+p[2].docItem.writePDF()
self.assertEquals( res, u'\u03b1 \u03b2 \u03b3')
pdf.write(0, res)
pdf.add_font('djv','','font/DejaVuSans.ttf',uni=True)
pdf.set_font('djv','',12)
pdf.write(0, u' \u23a8 \u23a7 \u23a9 \u23aa \u239e \u2320 \u2321 \u23ae')
pdf.ln(10)
pdf.add_font('smb','','font/Symbola.ttf',uni=True)
pdf.set_font('smb','',12)
pdf.write(0, u' \u23b7 \u03b1 \u03b2 \u03b3')
pdf.ln(10)
pdf.add_font('jax','','font/mathjax_amsregular.ttf',uni=True)
pdf.set_font('jax','',12)
pdf.write(0, u' abc \u23b7 \u03b1 \u03b2 \u03b3')
pdf.ln(10)
pdf.add_font('jax','','font/MathJax/ttf/mathjax_size1regular.ttf',uni=True)
pdf.set_font('jax','',12)
pdf.write(0, u' abc \u23b7 \u03b1 \u03b2 \u03b3')
pdf.output('out/latex/test_greek_letters.pdf', 'F')
def print_results(top_hosts,hosts):
pdf=FPDF()
pdf.add_page()
pdf.set_font('Arial','B',24)
pdf.cell(60,10,'PCAP Analysis results','C')
pdf.ln(20)
for i in range(1,len(top_hosts)):
pdf.set_font('Arial','B',16)
pdf.ln(10)
pdf.cell(70,20,"top%d"%i)
pdf.ln(10)
pdf.set_font('Arial','B',12)
pdf.cell(70,20,"host:"+str(top_hosts[i-1][0]))
pdf.ln(10)
pdf.cell(70,20,"num:"+str(hosts[top_hosts[i-1][0]]['num']))
pdf.ln(10)
pdf.cell(70,20,"start static time:"+str(hosts[top_hosts[i-1][0]]['start_time']))
pdf.ln(10)
pdf.cell(70,20,"end static time:"+str(hosts[top_hosts[i-1][0]]['start_time']))
pdf.ln(10)
pdf.cell(70,20,"flow:"+str(float(hosts[top_hosts[i-1][0]]['flow'])/1024)+"kb")
pdf.ln(10)
pdf.cell(70,20,"visitors:")
pdf.set_font('Arial','B',10)
for visitor in hosts[top_hosts[i-1][0]]['visitors']:
pdf.ln(7)
pdf.cell(200,20," time: "+time.strftime('%Y-%m-%d',time.localtime(float(visitor[0])))+" srcip: "+str(visitor[1])+" country: "+str(visitor[2])+" dstip: "+str(visitor[3])+" country:"+str(visitor[4]))
pdf.output('result.pdf','F')
def pdfGen(request):
pdf = FPDF()
pdf.add_page()
#pdf.add_font('gargi', '', 'gargi.ttf', uni=True)
#pdf.set_font('gargi', '', 14)
#pdf.write(8, u'Hindi: एक अमरीकि')
pdf.add_font('Kedage-b', '', 'Kedage-b.ttf', uni=True)
pdf.set_font('Kedage-b', '', 14)
#pdf.add_font('TSCu_SaiIndira', '', 'TSCu_SaiIndira.ttf', uni=True)
#pdf.set_font('TSCu_SaiIndira', '', 14)
linestring = open('DigiFiles/KannadaInput.txt', 'r').read()
pdf.write(8,linestring)
pdf.ln(20)
pdf.output("DigiFiles/KannadaOutput.pdf", 'F')
#font_dir = fpdf.FPDF_FONT_DIR
font_dir = os.path.join(base, 'font')
with open(os.path.join(base, 'HelloWorld.txt')) as file:
txt = file.read()
# Add a Unicode font (uses UTF-8)
for font in os.listdir(font_dir):
if font.lower().endswith('.ttf'):
fontpath = os.path.join(font_dir, font)
print(fontpath)
t0 = time.time()
pdf.add_font(font, '', fontpath, uni=True)
t1 = time.time()
pdf.set_font(font, '', 14)
t2 = time.time()
pdf.write(8, font)
pdf.ln()
pdf.write(8, txt)
pdf.ln()
t3 = time.time()
print("ttf loading time", t1 - t0)
print("ttf total time", t3 - t0)
print()
fn = 'unifonts.pdf'
pdf.output(fn, 'F')
import os
try:
os.startfile(fn)
def create_chart():
name = input("\nEnter name of student: ")
pdf_file_name = input("Enter preferred output file name (must end in .pdf): ")
all_schools = []
school_keys = []
other_info = []
category = ["School", "Grades", "Location", "Deadline",
"Application", "Testing", "Learning Support", "URL"]
categories = [category]
n = int(input("Enter number of Schools you would like to include in the green zone then type their keys out, "
"followed by an enter : "))
for i in range(0, n):
ele = str(input())
school_keys.append(ele)
for key in school_keys:
s = shelve.open('test_shelf.db')
try:
existing = s[key]
all_schools.append([existing['name'], existing['age'], existing['location'], existing['application deadline'],
existing['application method'], existing['testing accepted'],
existing['learning support'], existing['other']])
other_info.append([existing['name'], existing['extra']])
finally:
s.close()
yellow_schools = []
yellow_school_keys = []
n = int(input("Enter number of Schools you would like to include in the yellow zone then type their keys out"
"followed by an enter : "))
for i in range(0, n):
ele = str(input())
yellow_school_keys.append(ele) # adding the element
for key in yellow_school_keys:
s = shelve.open('test_shelf.db')
try:
existing = s[key]
yellow_schools.append([existing['name'], existing['age'], existing['location'], existing['application deadline'],
existing['application method'], existing['testing accepted'],
existing['learning support'], existing['other']])
other_info.append([existing['name'], existing['extra']])
finally:
s.close()
red_schools = []
red_school_keys = []
n = int(input("Enter number of Schools you would like to include in the red zone then type their keys out"
"followed by an enter : "))
for i in range(0, n):
ele = str(input())
red_school_keys.append(ele) # adding the element
for key in red_school_keys:
s = shelve.open('test_shelf.db')
try:
existing = s[key]
red_schools.append([existing['name'], existing['age'], existing['location'], existing['application deadline'],
existing['application method'], existing['testing accepted'],
existing['learning support'], existing['other']])
other_info.append([existing['name'], existing['extra']])
finally:
s.close()
pdf = FPDF(format=(266.7, 457.2))
# Add a page
pdf.add_page()
# set style and size of font
# that you want in the pdf
pdf.set_font("Times", size=11)
pdf.image("hall.jpg", 82, 10, 105)
pdf.cell(0, 10, ln=1, align='C')
pdf.cell(0, 10, ln=1, align='C')
pdf.cell(0, 10, ln=1, align='C')
pdf.cell(0, 10, ln=1, align='C')
pdf.set_font("Times", 'B', size=11)
title_string = "Initial School Exploration List: " + name
pdf.cell(0, 10, txt=title_string, ln=1, align='L')
pdf.set_font("Times", size=11)
pdf.line(10, 58, 255, 58)
pdf.set_font("Times", 'B', size=11)
pdf.cell(13, 7, txt="Green: ", align='L')
pdf.set_font("Times", size=11)
pdf.cell(0, 7, txt="Schools we should actively pursue now.", ln=1, align='L')
pdf.set_font("Times", 'B', size=11)
pdf.cell(15, 7, txt="Yellow: ", align='L')
pdf.set_font("Times", size=11)
pdf.cell(0, 7, txt="Schools we would like you to proceed with, although not as strong a fit.", ln=1, align='L')
pdf.set_font("Times", 'B', size=11)
pdf.cell(10, 7, txt="Red: ", align='L')
pdf.set_font("Times", size=11)
pdf.cell(0, 7, txt="These schools could be a fit but less likely than the yellow and green.", ln=1, align='L')
pdf.ln(1)
epw = pdf.w - 2 * pdf.l_margin
pdf.set_font('Times', 'B', 10)
col_width = epw / 8
th = pdf.font_size
pdf.set_fill_color(0, 230, 0)
pdf.rect(pdf.x, pdf.y, epw, 7, style='DF')
pdf.cell(0, 7, txt="Green: Schools we should actively pursue now.", ln=1, align='C')
pdf.set_font("Times", 'B', size=10)
for row in categories:
for datum in row:
pdf.cell(col_width, 2 * th, str(datum), border=1)
pdf.ln(2 * th)
pdf.set_font('Times', '', 7)
link_counter = 0
for row in all_schools:
for datum in row:
link_counter = link_counter + 1
if link_counter == 8:
pdf.cell(col_width, 2 * th, str(datum), border=1)
pdf.link(pdf.x - col_width, pdf.y - (2 * th), 3, 3, str(datum))
else:
pdf.cell(col_width, 2 * th, str(datum), border=1)
link_counter = 0
pdf.ln(2 * th)
pdf.set_fill_color(255, 255, 0)
pdf.rect(pdf.x, pdf.y, epw, 7, style='DF')
pdf.set_font('Times', 'B', 10)
pdf.cell(0, 7, txt="Yellow: Schools we should pursue, but not as strong as green.", ln=1, align='C')
pdf.set_font('Times', '', 7)
link_counter = 0
for row in yellow_schools:
for datum in row:
link_counter = link_counter + 1
if link_counter == 8:
pdf.cell(col_width, 2 * th, str(datum), border=1)
pdf.link(pdf.x - col_width, pdf.y - (2 * th), 3, 3, str(datum))
else:
pdf.cell(col_width, 2 * th, str(datum), border=1)
link_counter = 0
pdf.ln(2 * th)
pdf.set_fill_color(255, 0, 0)
pdf.rect(pdf.x, pdf.y, epw, 7, style='DF')
pdf.set_font('Times', 'B', 10)
pdf.cell(0, 7, txt="Red: These schools could be a fit but less likely than "
"the yellow and green.", ln=1, align='C')
pdf.set_font('Times', '', 7)
link_counter = 0
for row in red_schools:
for datum in row:
link_counter = link_counter + 1
if link_counter == 8:
pdf.cell(col_width, 2 * th, str(datum), border=1)
pdf.link(pdf.x - col_width, pdf.y - (2 * th), 3, 3, str(datum))
else:
pdf.cell(col_width, 2 * th, str(datum), border=1)
link_counter = 0
pdf.ln(2 * th)
pdf.set_font("Times", 'B', size=14)
pdf.cell(0, 13, txt="Extra Information", ln=1, align='C')
pdf.set_font("Times", size=11)
for entry in other_info:
if entry[1] != "":
input_string = entry[0] + ": " + entry[1]
pdf.cell(0, 7, txt=input_string, ln=1, align='L')
pdf.output(pdf_file_name)
main()
def resumenPDF(inicial, final):
global alimentosConCantitdadTotal, dias,cc
pdf=FPDF(orientation='P', unit='mm', format='A4')
pdf.add_page()
pdf.set_font("Arial", size=15,style='B')
textoAEscribir=f'Información comida del {inicial.strftime("%A %d-%m-%Y")} al {final.strftime("%A %d-%m-%Y")}'
pdf.cell(200, 10, txt=textoAEscribir, ln=1, align="C")
textoAEscribir="Información de cada comida: "
pdf.set_font("Arial", size=12,style='B')
pdf.cell(200, 10, txt=textoAEscribir, ln=2, align="C")
i=3
for dia in dias.keys():
textoAEscribir=f'{dia.strftime("%A %d-%m-%Y")}\n'
pdf.set_font("Arial", size=10,style='B')
pdf.cell(200, 10, txt=textoAEscribir, ln=i)
i+=1
comidasDeEseDia=dias[dia]
for comidaActual in comidasDeEseDia.keys():
textoAEscribir=f"\t{comidaActual}"
pdf.set_font("Arial", size=10)
pdf.set_text_color(255,0,0)
pdf.cell(200, 10, txt=textoAEscribir, ln=i)
pdf.set_text_color(0,0,0)
i+=1
alimentosComidaActual = comidasDeEseDia[comidaActual]
for alimiento in alimentosComidaActual.keys():
textoAEscribir="\t\t"+str(alimentosComidaActual[alimiento])
pdf.set_font("Arial", size=8)
pdf.cell(200, 10, txt=textoAEscribir, ln=i)
i+=1
textoAEscribir="Información para la lista de la compra"
pdf.set_font("Arial", size=12,style='B')
pdf.cell(200, 10, txt=textoAEscribir, ln=i+2)
i+=1
for alimento in alimentosConCantitdadTotal.keys():
textoAEscribir="\t"+str(alimentosConCantitdadTotal[alimento])
pdf.set_font("Arial", size=8,)
pdf.cell(200, 10, txt=textoAEscribir, ln=i)
i+=1
i+=1
return pdf.output(dest="S").encode("latin-1")
def PDF_maker(self, fname, lname, month, percent_month, percent,
rank_month, overall_rank, file_location):
percent = round(percent)
percent_month = round(percent_month)
pdf = FPDF('P', 'mm', 'A4')
pdf.add_page()
pdf.set_fill_color(200, 220, 255)
pdf.image(self.cwd + "\\Other_necessary_items\\" + "campusX_logo.png",
x=10,
y=5,
w=20)
if percent >= 92:
pdf.image(self.cwd + "\\Other_necessary_items\\" + "grade-aa.jpg",
x=168,
y=2,
w=27)
elif (percent >= 84) & (percent < 92):
pdf.image(self.cwd + "\\Other_necessary_items\\" + "grade-a.jpg",
x=168,
y=2,
w=27)
elif (percent >= 75) & (percent < 84):
pdf.image(self.cwd + "\\Other_necessary_items\\" + "grade-b.jpg",
x=168,
y=2,
w=27)
elif (percent >= 60) & (percent < 75):
pdf.image(self.cwd + "\\Other_necessary_items\\" + "grade-c.jpg",
x=168,
y=2,
w=27)
else:
pdf.image(self.cwd + "\\Other_necessary_items\\" + "grade-d.jpg",
x=168,
y=2,
w=27)
pdf.set_font("times", 'B', size=50)
pdf.cell(0, 10, txt="Report Card", ln=1, align="C")
pdf.cell(0, 20, ln=2)
pdf.set_font("times", 'B', size=18)
pdf.cell(0, 7, txt="Name :- " + fname + " " + lname, ln=2, align="L")
if overall_rank == 1:
pdf.cell(0,
7,
txt="Overall Rank :- " + str(overall_rank) + "st",
ln=2,
align="L")
elif overall_rank == 3:
pdf.cell(0,
7,
txt="Overall Rank :- " + str(overall_rank) + "nd",
ln=2,
align="L")
elif overall_rank == 4:
pdf.cell(0,
7,
txt="Overall Rank :- " + str(overall_rank) + "rd",
ln=2,
align="L")
else:
pdf.cell(0,
7,
txt="Overall Rank :- " + str(overall_rank) + "th",
ln=2,
align="L")
pdf.cell(0,
7,
txt="Overall Percentage :- " + str(percent) + "%",
ln=2,
align="L")
pdf.cell(0, 7, ln=2)
pdf.set_font("times", 'B', size=18)
pdf.cell(0,
7,
txt="Your Stats for " + month + " is as follows :- ",
ln=2,
align="L")
pdf.image(self.cwd + "\\Student_images\\" + fname + "_" + lname +
".jpg",
x=158,
y=35,
w=40)
pdf.image(self.cwd + "\\Report_card\\" + month + "\\" + fname + "_" +
lname + "\\styled_table.jpg",
x=5,
y=77,
w=200)
pdf.set_font("times", 'I', size=11)
pdf.cell(0, 73, ln=2)
pdf.set_font("times", 'B', size=16)
pdf.cell(0, 7, ln=2)
pdf.cell(
0,
7,
txt=
"Graphs showing your performance throughout this month are given below :-",
border=0,
ln=1,
align="L")
pdf.set_font("times", 'BU', size=14)
pdf.image(self.cwd + "\\Report_card\\" + month + "\\" + fname + "_" +
lname + "\\radar_plot.jpg",
x=36,
y=164,
w=135)
pdf.cell(0, 107, ln=2)
pdf.cell(
0,
5,
txt=
"These skills were tested this month and here is your performance.",
align='C',
ln=1)
pdf.cell(
0,
5,
txt=
"Your vs the topper vs average performance of each task is given below.",
align='C',
ln=1)
pdf.image(self.cwd + "\\Report_card\\" + month + "\\" + fname + "_" +
lname + "\\comparison.jpg",
x=38,
y=18,
w=135)
pdf.cell(0, 108, ln=2)
pdf.cell(0,
5,
txt="Now, where do you stand compared to previous months.",
align='C',
ln=1)
pdf.image(self.cwd + "\\Report_card\\" + month + "\\" + fname + "_" +
lname + "\\monthlygraph.jpg",
x=40,
y=130,
w=130)
pdf.cell(0, 93, ln=2)
pdf.cell(0, 6, ln=2)
pdf.set_font("times", 'B', size=17)
if rank_month == 1:
pdf.set_font("times", 'B', size=16)
pdf.cell(
0,
5,
txt=
"Congo! You have achieved 1st position this month with a percentage of "
+ str(percent_month) + "%.",
border=0,
ln=2,
align="U")
elif rank_month == 2:
pdf.set_font("times", 'B', size=16)
pdf.cell(
0,
5,
txt=
"Congo! You have achieved 2nd position this month with a percentage of "
+ str(percent_month) + "%.",
border=0,
ln=2,
align="U")
elif rank_month == 3:
pdf.set_font("times", 'B', size=16)
pdf.cell(
0,
5,
txt=
"Congo! You have achieved 3rd position this month with a percentage of "
+ str(percent_month) + "%.",
border=0,
ln=2,
align="U")
elif (rank_month == 4) | (rank_month == 5):
pdf.cell(0,
5,
txt="Well Done! You are in top 5 and have ranked " +
str(rank_month) + "th this month with a",
border=0,
ln=2,
align="U")
pdf.cell(0,
5,
txt="percentage of " + str(percent_month) + "%.",
border=0,
ln=2,
align="U")
elif (rank_month >= 6) & (rank_month <= 10):
pdf.cell(0,
5,
txt="Well Done! You are in top 10 and have ranked " +
str(rank_month) + "th this month with a",
border=0,
ln=2,
align="U")
pdf.cell(0,
5,
txt="percentage of " + str(percent_month) + "%.",
border=0,
ln=2,
align="U")
else:
pdf.cell(0,
5,
txt="Your have ranked " + str(rank_month) +
"th this month with a percentage of " +
str(percent_month) + "% and your",
border=0,
ln=2,
align="U")
pdf.cell(0,
5,
txt="performance needs to improve.",
border=0,
ln=2,
align="U")
pdf.cell(0, 5, ln=2)
pdf.set_font("times", 'I', size=14)
pdf.cell(
0,
5,
txt=
"N.B.:- The tasks which have been performed by other students and evaluated this month are",
ln=2,
align='U')
pdf.cell(
0,
5,
txt=
" considered above. Previous tasks are not taken into consideration.",
ln=2,
align='U')
pdf.cell(0, 8, ln=1)
pdf.set_font("times", 'B', size=18)
pdf.cell(
0,
8,
ln=2,
txt="Date :- " + str(date.today()) +
" Place :- Kolkata",
align='L')
pdf.cell(0, 5, ln=1)
pdf.set_font("times", 'I', size=12)
pdf.cell(
0,
2,
ln=2,
txt=
"**This is a computer generated document. If you have any queries, please contact +91 8420166148."
)
pdf.output(file_location + "" + fname + "_" + lname + ".pdf")
def make_combined_pdf(pid, obj_file_uri, fileobj, obj, lang_user):
"""Make the cover-page-combined PDF file.
:param pid: PID object
:param file_uri: URI of the file object
:param lang_user: LANGUAGE of access user
:return: cover-page-combined PDF file object
"""
lang_filepath = current_app.config['PDF_COVERPAGE_LANG_FILEPATH']\
+ lang_user + current_app.config['PDF_COVERPAGE_LANG_FILENAME']
pidObject = PersistentIdentifier.get('recid', pid.pid_value)
item_metadata_json = ItemsMetadata.get_record(pidObject.object_uuid)
item_type = ItemsMetadata.get_by_object_id(pidObject.object_uuid)
item_type_id = item_type.item_type_id
type_mapping = Mapping.get_record(item_type_id)
item_map = get_mapping(type_mapping, "jpcoar_mapping")
with open(lang_filepath) as json_datafile:
lang_data = json.loads(json_datafile.read())
# Initialize Instance
pdf = FPDF('P', 'mm', 'A4')
pdf.add_page()
pdf.set_margins(20.0, 20.0)
pdf.set_fill_color(100, 149, 237)
pdf.add_font('IPAexg',
'',
current_app.config["JPAEXG_TTF_FILEPATH"],
uni=True)
pdf.add_font('IPAexm',
'',
current_app.config["JPAEXM_TTF_FILEPATH"],
uni=True)
# Parameters such as width and height of rows/columns
w1 = 40 # width of the left column
w2 = 130 # width of the right column
footer_w = 90 # width of the footer cell
# url_oapolicy_h = 7 # height of the URL & OA-policy
# height of the URL & OA-policy
url_oapolicy_h = current_app.config['URL_OA_POLICY_HEIGHT']
# title_h = 8 # height of the title
title_h = current_app.config['TITLE_HEIGHT'] # height of the title
# header_h = 20 # height of the header cell
header_h = current_app.config['HEADER_HEIGHT'] # height of the header cell
# footer_h = 4 # height of the footer cell
footer_h = current_app.config['FOOTER_HEIGHT'] # height of the footer cell
# meta_h = 9 # height of the metadata cell
# height of the metadata cell
meta_h = current_app.config['METADATA_HEIGHT']
max_letters_num = 51 # number of maximum letters that can be contained \
# in the right column
cc_logo_xposition = 160 # x-position of Creative Commons logos
# Get the header settings
record = PDFCoverPageSettings.find(1)
header_display_type = record.header_display_type
header_output_string = record.header_output_string
header_output_image = record.header_output_image
header_display_position = record.header_display_position
# Set the header position
positions = {}
if header_display_position == 'left':
positions['str_position'] = 'L'
positions['img_position'] = 20
elif header_display_position == 'center' or header_display_position is None:
positions['str_position'] = 'C'
positions['img_position'] = 85
elif header_display_position == 'right':
positions['str_position'] = 'R'
positions['img_position'] = 150
# Show header(string or image)
if header_display_type == 'string':
pdf.set_font('IPAexm', '', 22)
pdf.multi_cell(w1 + w2, header_h, header_output_string, 0,
positions['str_position'], False)
else:
pdf.image(header_output_image,
x=positions['img_position'],
y=None,
w=0,
h=30,
type='')
pdf.set_y(55)
# Title settings
title = item_metadata_json['title']
pdf.set_font('IPAexm', '', 20)
pdf.multi_cell(w1 + w2, title_h, title, 0, 'L', False)
pdf.ln(h='15')
# Metadata
fg = WekoFeedGenerator()
fe = fg.add_entry()
_file = 'file.URI.@value'
_file_item_id = None
if _file in item_map:
_file_item_id = item_map[_file].split('.')[0]
_creator = 'creator.creatorName.@value'
_creator_item_id = None
if _creator in item_map:
_creator_item_id = item_map[_creator].split('.')[0]
publisher_attr_lang = '[email protected]:lang'
publisher_value = 'publisher.@value'
publisher_item_id = None
publisher_lang_id = None
publisher_text_id = None
keyword_attr_lang = '[email protected]:lang'
keyword_attr_value = 'subject.@value'
keyword_base = None
keyword_lang = None
pdf.set_font('Arial', '', 14)
pdf.set_font('IPAexg', '', 14)
if item_metadata_json['lang'] == 'en':
item_metadata_json['lang'] = 'English'
elif item_metadata_json['lang'] == 'ja':
item_metadata_json['lang'] = 'Japanese'
try:
lang = item_metadata_json.get('lang')
except (KeyError, IndexError):
lang = None
try:
publisher_item_id = item_map[publisher_attr_lang].split('.')[0]
publisher_lang_id = item_map[publisher_attr_lang].split('.')[1]
publisher_text_id = item_map[publisher_value].split('.')[1]
publisher = None
default_publisher = None
publishers = item_metadata_json[publisher_item_id]
for publisher_data in publishers:
if publisher_data[publisher_lang_id] == lang_user:
publisher = publisher_data[publisher_text_id]
if publisher_data[publisher_lang_id] == 'en':
default_publisher = publisher_data[publisher_text_id]
if publisher is None:
publisher = default_publisher
except (KeyError, IndexError):
publisher = None
try:
pubdate = item_metadata_json.get('pubdate')
except (KeyError, IndexError):
pubdate = None
try:
keyword_item_id = item_map[keyword_attr_lang].split('.')[0]
keyword_item_lang = item_map[keyword_attr_lang].split('.')[1]
keyword_item_value = item_map[keyword_attr_value].split('.')[1]
keyword_base = item_metadata_json.get(keyword_item_id)
if keyword_base:
keyword_lang = keyword_base.get(keyword_item_lang)
if keyword_lang == 'ja':
keywords_ja = keyword_base.get(keyword_item_value)
keywords_en = None
elif keyword_lang == 'en':
keywords_en = keyword_base.get(keyword_item_value)
keywords_ja = None
else:
keywords_ja = None
keywords_en = None
except (KeyError, IndexError):
keywords_ja = None
keywords_en = None
creator_item = item_metadata_json.get(_creator_item_id)
try:
creator_mail = creator_item['creatorMails'][0].get('creatorMail')
except (KeyError, IndexError):
creator_mail = None
try:
creator_name = None
default_creator_name = None
for creator_metadata in creator_item['creatorNames']:
if creator_metadata.get('creatorNameLang') == lang_user:
creator_name = creator_metadata.get('creatorName')
if creator_metadata.get('creatorNameLang') == 'en':
default_creator_name = creator_metadata.get('creatorName')
if creator_name is None:
creator_name = default_creator_name
except (KeyError, IndexError):
creator_name = None
try:
affiliation = creator_item['affiliation'][0].get('affiliationNames')
except (KeyError, IndexError):
affiliation = None
metadata_dict = {
"lang": lang,
"publisher": publisher,
"pubdate": pubdate,
"keywords_ja": keywords_ja,
"keywords_en": keywords_en,
"creator_mail": creator_mail,
"creator_name": creator_name,
"affiliation": affiliation
}
# Change the values from None to '' for printing
for key in metadata_dict:
if metadata_dict[key] is None:
metadata_dict[key] = ''
metadata_list = [
"{}: {}".format(lang_data["Metadata"]["LANG"], metadata_dict["lang"]),
"{}: {}".format(lang_data["Metadata"]["PUBLISHER"],
metadata_dict["publisher"]),
"{}: {}".format(lang_data["Metadata"]["PUBLICDATE"],
metadata_dict["pubdate"]),
"{} (Ja): {}".format(lang_data["Metadata"]["KEY"],
metadata_dict["keywords_ja"]),
"{} (En): {}".format(lang_data["Metadata"]["KEY"],
metadata_dict["keywords_en"]),
"{}: {}".format(lang_data["Metadata"]["AUTHOR"],
metadata_dict["creator_name"]),
"{}: {}".format(lang_data["Metadata"]["EMAIL"],
metadata_dict["creator_mail"]),
"{}: {}".format(lang_data["Metadata"]["AFFILIATED"],
metadata_dict["affiliation"])
]
metadata = '\n'.join(metadata_list)
metadata_lfnum = int(metadata.count('\n'))
for item in metadata_list:
metadata_lfnum += int(
get_east_asian_width_count(item)) // max_letters_num
url = '' # will be modified later
url_lfnum = int(get_east_asian_width_count(url)) // max_letters_num
oa_policy = '' # will be modified later
oa_policy_lfnum = int(
get_east_asian_width_count(oa_policy)) // max_letters_num
# Save top coordinate
top = pdf.y
# Calculate x position of next cell
offset = pdf.x + w1
pdf.multi_cell(
w1, meta_h,
lang_data["Title"]["METADATA"] + '\n' * (metadata_lfnum + 1), 1, 'C',
True)
# Reset y coordinate
pdf.y = top
# Move to computed offset
pdf.x = offset
pdf.multi_cell(w2, meta_h, metadata, 1, 'L', False)
top = pdf.y
pdf.multi_cell(w1, url_oapolicy_h,
lang_data["Title"]["URL"] + '\n' * (url_lfnum + 1), 1, 'C',
True)
pdf.y = top
pdf.x = offset
pdf.multi_cell(w2, url_oapolicy_h, url, 1, 'L', False)
top = pdf.y
pdf.multi_cell(
w1, url_oapolicy_h,
lang_data["Title"]["OAPOLICY"] + '\n' * (oa_policy_lfnum + 1), 1, 'C',
True)
pdf.y = top
pdf.x = offset
pdf.multi_cell(w2, url_oapolicy_h, oa_policy, 1, 'L', False)
pdf.ln(h=1)
# Footer
pdf.set_font('Courier', '', 10)
pdf.set_x(108)
license = item_metadata_json[_file_item_id][0].get('licensetype')
if license == 'license_free': # Free writing
txt = item_metadata_json[_file_item_id][0].get('licensefree')
if txt is None:
txt = ''
pdf.multi_cell(footer_w, footer_h, txt, 0, 'L', False)
elif license == 'license_0': # Attribution
txt = lang_data["License"]["LICENSE_0"]
src = blueprint.root_path + "/static/images/creative_commons/by.png"
lnk = "http://creativecommons.org/licenses/by/4.0/"
pdf.multi_cell(footer_w, footer_h, txt, 0, 1, 'L', False)
pdf.ln(h=2)
pdf.image(src,
x=cc_logo_xposition,
y=None,
w=0,
h=0,
type='',
link=lnk)
elif license == 'license_1': # Attribution-ShareAlike
txt = lang_data["License"]["LICENSE_1"]
src = blueprint.root_path + "/static/images/creative_commons/by-sa.png"
lnk = "http://creativecommons.org/licenses/by-sa/4.0/"
pdf.multi_cell(footer_w, footer_h, txt, 0, 1, 'L', False)
pdf.ln(h=2)
pdf.image(src,
x=cc_logo_xposition,
y=None,
w=0,
h=0,
type='',
link=lnk)
elif license == 'license_2': # Attribution-NoDerivatives
txt = lang_data["License"]["LICENSE_2"]
src = blueprint.root_path + "/static/images/creative_commons/by-nd.png"
lnk = "http://creativecommons.org/licenses/by-nd/4.0/"
pdf.multi_cell(footer_w, footer_h, txt, 0, 'L', False)
pdf.ln(h=2)
pdf.image(src,
x=cc_logo_xposition,
y=None,
w=0,
h=0,
type='',
link=lnk)
elif license == 'license_3': # Attribution-NonCommercial
txt = lang_data["License"]["LICENSE_3"]
src = blueprint.root_path + "/static/images/creative_commons/by-nc.png"
lnk = "http://creativecommons.org/licenses/by-nc/4.0/"
pdf.multi_cell(footer_w, footer_h, txt, 0, 'L', False)
pdf.ln(h=2)
pdf.image(src,
x=cc_logo_xposition,
y=None,
w=0,
h=0,
type='',
link=lnk)
elif license == 'license_4': # Attribution-NonCommercial-ShareAlike
txt = lang_data["License"]["LICENSE_4"]
src = blueprint.root_path + "/static/images/creative_commons/\
by-nc-sa.png"
lnk = "http://creativecommons.org/licenses/by-nc-sa/4.0/"
pdf.multi_cell(footer_w, footer_h, txt, 0, 'L', False)
pdf.ln(h=2)
pdf.image(src,
x=cc_logo_xposition,
y=None,
w=0,
h=0,
type='',
link=lnk)
elif license == 'license_5': # Attribution-NonCommercial-NoDerivatives
txt = lang_data["License"]["LICENSE_5"]
src = blueprint.root_path + "/static/images/creative_commons/\
by-nc-nd.png"
lnk = "http://creativecommons.org/licenses/by-nc-nd/4.0/"
pdf.multi_cell(footer_w, footer_h, txt, 0, 'L', False)
pdf.ln(h=2)
pdf.image(src,
x=cc_logo_xposition,
y=None,
w=0,
h=0,
type='',
link=lnk)
else:
pdf.multi_cell(footer_w, footer_h, '', 0, 'L', False)
""" Convert PDF cover page data as bytecode """
output = pdf.output(dest='S').encode('latin-1')
b_output = io.BytesIO(output)
# Combine cover page and existing pages
cover_page = PdfFileReader(b_output)
f = open(obj_file_uri, "rb")
existing_pages = PdfFileReader(f)
# In the case the PDF file is encrypted by the password, ''(i.e. not
# encrypted intentionally)
if existing_pages.isEncrypted:
try:
existing_pages.decrypt('')
except BaseException: # Errors such as NotImplementedError
return ObjectResource.send_object(
obj.bucket,
obj,
expected_chksum=fileobj.get('checksum'),
logger_data={
'bucket_id': obj.bucket_id,
'pid_type': pid.pid_type,
'pid_value': pid.pid_value,
},
as_attachment=False)
# In the case the PDF file is encrypted by the password except ''
if existing_pages.isEncrypted:
return ObjectResource.send_object(
obj.bucket,
obj,
expected_chksum=fileobj.get('checksum'),
logger_data={
'bucket_id': obj.bucket_id,
'pid_type': pid.pid_type,
'pid_value': pid.pid_value,
},
as_attachment=False)
combined_pages = PdfFileWriter()
combined_pages.addPage(cover_page.getPage(0))
for page_num in range(existing_pages.numPages):
existing_page = existing_pages.getPage(page_num)
combined_pages.addPage(existing_page)
# Download the newly generated combined PDF file
try:
combined_filename = 'CV_' + datetime.now().strftime('%Y%m%d') + '_' + \
item_metadata_json[_file_item_id][0].get("filename")
except (KeyError, IndexError):
combined_filename = 'CV_' + title + '.pdf'
combined_filepath = "/code/invenio/{}.pdf".format(combined_filename)
combined_file = open(combined_filepath, "wb")
combined_pages.write(combined_file)
combined_file.close()
return send_file(combined_filepath,
as_attachment=True,
attachment_filename=combined_filename,
mimetype='application/pdf',
cache_timeout=-1)
def create_pdf(bank_name, inn, kpp, bik, recipient, account_number1,
account_number2, doc_number, date, provider, customer, reason):
header = [['Банк получателя: ' + bank_name, 'БИК: ' + bik],
[
"ИНН: " + inn + " " + "КПП: " + kpp,
'Сч. №' + account_number1
], ['Получатель: ' + recipient, 'Сч. №' + account_number2]]
pdf = FPDF()
pdf.add_page()
pdf.add_font('DejaVu', '', './fonts/DejaVuSansCondensed.ttf', uni=True)
pdf.add_font('DejaVu',
'B',
'./fonts/DejaVuSansCondensed-Bold.ttf',
uni=True)
pdf.set_font('DejaVu', '', 12)
# header
col_width = pdf.w / 2.2
row_height = pdf.font_size
spacing = 2
for row in header:
for item in row:
pdf.cell(col_width, row_height * spacing, txt=item, border=1)
pdf.ln(row_height * spacing)
font_size = 16
pdf.set_font('DejaVu', 'B', font_size)
pdf.ln(font_size / 2)
pdf_common_line(pdf, font_size,
"Счёт на оплату №{} от {}г.".format(doc_number, date))
pdf_common_line(pdf, font_size, "_" * 74)
font_size = 12
pdf.ln(font_size)
pdf.set_font('DejaVu', '', font_size)
pdf_common_line(pdf, font_size, "Поставщик")
pdf_common_line(pdf, font_size, "(Исполнитель): {}".format(provider))
pdf_common_line(pdf, font_size, "")
pdf_common_line(pdf, font_size, "Покупатель")
pdf_common_line(pdf, font_size, "(Заказчик): {}".format(customer))
pdf_common_line(pdf, font_size, "")
pdf_common_line(pdf, font_size, "Основание: {}".format(reason))
pdf_common_line(pdf, font_size, "")
# table
font_size = 10
row_height = pdf.font_size
pdf.set_font('DejaVu', '', font_size)
table = [['№', "Товары (работы, услуги)", "Кол-во", "Ед.", "Сумма"]]
counter = 1
# in calls
for in_record in in_calls:
table.append([
str(counter), "Входящий звонок от {}".format(in_record[0]),
"{} мин.".format(in_record[1]), "{} руб.".format(in_min_cost),
"{} руб.".format(in_record[1] * in_min_cost)
])
counter += 1
if in_min_free:
min_to_calc = min(in_min_free, res_count_in)
table.append([
str(counter), "Бесплатные минуты входящих звонков",
"{} мин.".format(in_min_free), '',
"{} руб.".format(min_to_calc * in_min_cost * -1)
])
counter += 1
# out calls
for out_record in out_calls:
table.append([
str(counter), "Исходящий звонок к {}".format(out_record[0]),
"{} мин.".format(out_record[1]), "{} руб.".format(out_min_cost),
"{} руб.".format(out_record[1] * out_min_cost)
])
counter += 1
if out_min_free:
min_to_calc = min(out_min_free, res_count_out)
table.append([
str(counter), "Бесплатные минуты исходящих звонков",
"{} мин.".format(out_min_free), '',
"{} руб.".format(min_to_calc * out_min_cost * -1)
])
counter += 1
# sms
for sms_record in sms_list:
table.append([
str(counter), "SMS для {}".format(sms_record[0]),
"{} шт.".format(sms_record[1]), "{} руб.".format(sms_cost),
"{} руб.".format(sms_record[1] * sms_cost)
])
counter += 1
if sms_free:
min_to_calc = min(sms_free, res_count_sms)
table.append([
str(counter), "Бесплатные SMS", "{} шт.".format(sms_free), '',
"{} руб.".format(min_to_calc * sms_cost * -1)
])
counter += 1
# internet
table.append([
str(counter), "Интернет трафик (за МБ)", "{} МБ".format(traffic_mb),
"{} руб.".format(Mb_cost), "{} руб.".format(net_cost)
])
table.append(['', "ВСЕГО", '', '', "{} руб.".format(cost_tel + net_cost)])
one_part = pdf.w / 18
for row in table:
pdf.cell(one_part * 1, row_height * spacing, txt=row[0],
border=1) # number
pdf.cell(one_part * 8, row_height * spacing, txt=row[1],
border=1) # title
pdf.cell(one_part * 2, row_height * spacing, txt=row[2],
border=1) # count
pdf.cell(one_part * 2, row_height * spacing, txt=row[3],
border=1) # cost per one
pdf.cell(one_part * 3, row_height * spacing, txt=row[4],
border=1) # total cost
pdf.ln(row_height * spacing)
# footer
font_size = 16
pdf.set_font('DejaVu', 'B', font_size)
pdf_common_line(pdf, font_size,
"Всего к оплате: {} руб.".format(cost_tel + net_cost))
pdf_common_line(pdf, font_size, "")
font_size = 8
pdf.set_font('DejaVu', '', font_size)
pdf_common_line(pdf, font_size, "Внимание!")
pdf_common_line(
pdf, font_size,
"Оплата данного счёта означает согласие с условиями поставки товара/предоставления услуг."
)
pdf_common_line(pdf, font_size, "")
font_size = 16
pdf.set_font('DejaVu', 'B', font_size)
pdf.ln(font_size / 2)
pdf_common_line(pdf, font_size, "_" * 74)
font_size = 12
pdf.set_font('DejaVu', '', font_size)
pdf.ln(font_size / 2)
pdf_common_line(
pdf, font_size,
"Руководитель " + "_" * 20 + " " * 25 + "Бухгалтер " + "_" * 20)
pdf.output(name=PDF_FILE, dest='F').encode('utf-8')
def process(self,
output_file_name=None,
dpi=150,
offset=0,
fps=10,
height_mm=50,
margins=Margin(10, 10, 10, 10),
paper_format='a4'):
def draw_raster():
for ix in range(0, nx + 1):
xx = x0 + ix * total.width
pdf.line(xx, y0, xx, y1)
if offset > 0 and ix != nx:
pdf.line(xx + offset, y0, xx + offset, y1)
for iy in range(0, ny + 1):
yy = y0 + iy * total.height
pdf.line(x0, yy, x1, yy)
height_mm = float(height_mm)
tmp_files = []
if self.clip:
if fps != self.clip.fps:
if self.verbosity > 0:
print 'Transcoding from {} fps to {} fps ...'.format(self.clip.fps, fps)
self.clip.write_videofile('tmp.mp4', fps=fps, audio=False)
tmp_files.append('tmp.mp4')
self.clip = VideoFileClip('tmp.mp4')
self.fps = self.clip.fps
self.frame_count = int(self.clip.duration * self.fps)
clip_size = Size.from_tuple(self.clip.size)
elif self.frames:
clip_size = Size.from_tuple(self.im.size)
paper = self.PAPER_SIZES[paper_format.lower()]
printable_area = Size(paper.width - margins.left - margins.right,
paper.height - margins.top - margins.bottom)
frame_mm = Size(height_mm / clip_size.height * clip_size.width, height_mm)
total = Size(offset + frame_mm.width, frame_mm.height)
frame = Size(int(frame_mm.width / 25.4 * dpi),
int(frame_mm.height / 25.4 * dpi))
nx = int(printable_area.width / total.width)
ny = int(printable_area.height / total.height)
if self.verbosity > 0:
print 'Input: {} fps, {}x{}, {} frames'\
'\n from: {}'\
.format(
self.fps,
clip_size.width,
clip_size.height,
self.frame_count,
self.input_file_name
)
print 'Output: {}dpi, {}x{}, {:.2f}mm x {:.2f}mm, {}x{} tiles'\
'\n to: {}'\
.format(
dpi,
frame.width, frame.height,
frame_mm.width, frame_mm.height,
nx, ny,
output_file_name
)
pdf = FPDF(unit='mm', format=paper_format.upper(), orientation='L')
pdf.set_compression(True)
pdf.set_title('Funny video')
pdf.set_author('Oliver Lau <*****@*****.**> - Heise Medien GmbH & Co. KG')
pdf.set_creator('flippy')
pdf.set_keywords('flip-book, video, animated GIF')
pdf.set_draw_color(128, 128, 128)
pdf.set_line_width(0.1)
pdf.set_font('Helvetica', '', 12)
pdf.add_page()
i = 0
page = 0
tx, ty = -1, 0
x0, y0 = margins.left, margins.top
x1, y1 = x0 + nx * total.width, y0 + ny * total.height
if self.clip:
all_frames = self.clip.iter_frames()
elif self.frames:
all_frames = AnimatedGif(self.im)
else:
all_frames = []
for f in all_frames:
ready = float(i + 1) / self.frame_count
if self.verbosity:
sys.stdout.write('\rProcessing frames |{:30}| {}%'
.format('X' * int(30 * ready), int(100 * ready)))
sys.stdout.flush()
tx += 1
if type(f) == GifImagePlugin.GifImageFile:
f.putpalette(self.palette)
self.last_im.paste(f)
im = self.last_im.convert('RGBA')
else:
im = Image.fromarray(f)
im.thumbnail(frame.to_tuple())
if tx == nx:
tx = 0
ty += 1
if ty == ny:
ty = 0
draw_raster()
pdf.add_page()
page += 1
temp_file = 'tmp-{}-{}-{}.jpg'.format(page, tx, ty)
im.save(temp_file)
tmp_files.append(temp_file)
x = x0 + tx * total.width
y = y0 + ty * total.height
pdf.image(temp_file,
x=x + offset,
y=y,
w=frame_mm.width,
h=frame_mm.height)
text = Point(x, y + frame_mm.height - 2)
if offset > 0:
pdf.rotate(90, text.x, text.y)
pdf.text(text.x, text.y + 5, '{}'.format(i))
pdf.rotate(0)
i += 1
if y != 0 and x != 0:
draw_raster()
if self.verbosity > 0:
print '\nGenerating PDF ...'
pdf.output(name=output_file_name)
if self.verbosity > 0:
print 'Removing temporary files ...'
for temp_file in tmp_files:
os.remove(temp_file)
class MathWorksheetGenerator:
"""class for generating math worksheet of specified size and main_type"""
def __init__(self, type_: str, max_number: int):
self.main_type = type_
self.max_number = max_number
self.pdf = FPDF()
self.small_font_size = 10
self.middle_font_size = 15
self.large_font_size = 30
self.size = 21
self.tiny_pad_size = 2
self.pad_size = 10
self.large_pad_size = 30
self.num_x_cell = 4
self.num_y_cell = 2
self.total_question = 80 # Must be a multiple of 40
self.font_1 = 'Times'
self.font_2 = 'Arial'
def generate_question(self) -> QuestionInfo:
"""Generates each question and calculate the answer depending on the type_ in a list
To keep it simple, number is generated randomly within the range of 0 to 100
:return: list of value1, main_type, value2, and answer for the generated question
"""
num_1 = random.randint(0, self.max_number)
num_2 = random.randint(0, self.max_number)
if self.main_type == 'mix':
current_type = random.choice(['+', '-', 'x'])
else:
current_type = self.main_type
if current_type == '+':
answer = num_1 + num_2
elif current_type == '-':
# avoid having a negative answer which is an advanced concept
num_1, num_2 = sorted((num_1, num_2))
answer = num_1 - num_2
elif current_type == 'x':
answer = num_1 * num_2
else:
raise RuntimeError(
f'Question main_type {current_type} not supported')
return num_1, current_type, num_2, answer
def get_list_of_questions(self) -> List[QuestionInfo]:
"""Generate all the questions for the worksheet in a list. Initially trying for unique questions, but
allowing duplicates if needed (e.g. asking for 80 addition problems with max size 3 requires duplication)
:return: list of questions
"""
questions = []
duplicates = 0
while len(questions) < self.total_question:
new_question = self.generate_question()
if new_question not in questions or duplicates >= 10:
questions.append(new_question)
else:
duplicates += 1
return questions
def make_question_page(self, data: List[QuestionInfo]):
"""Prepare a single page of questions"""
total_page = int(self.total_question /
(self.num_x_cell * self.num_y_cell))
for page in range(total_page):
self.pdf.add_page(orientation='L')
self.print_question_row(data, page * (2 * self.num_x_cell))
self.print_horizontal_separator()
self.print_question_row(
data,
page * (2 * self.num_x_cell) + self.num_x_cell)
def print_top_row(self, question_num: str):
"""Helper function to print first character row of a question row"""
self.pdf.set_font(self.font_1, size=self.middle_font_size)
self.pdf.cell(self.pad_size,
self.pad_size,
txt=question_num,
border='LT',
align='C')
self.pdf.cell(self.size, self.pad_size, border='T', align='C')
self.pdf.cell(self.size, self.pad_size, border='T', align='C')
self.pdf.cell(self.pad_size, self.pad_size, border='TR', align='C')
def print_second_row(self, num: int):
"""Helper function to print second character row of a question row"""
self.pdf.set_font(self.font_2, size=self.large_font_size)
self.pdf.cell(self.pad_size, self.size, border='L', align='C')
self.pdf.cell(self.size, self.size, align='C')
self.pdf.cell(self.size, self.size, txt=str(num), align='R')
self.pdf.cell(self.pad_size, self.size, border='R', align='C')
def print_third_row(self, num: int, current_type: str):
"""Helper function to print third character row of a question row"""
self.pdf.set_font(self.font_2, size=self.large_font_size)
self.pdf.cell(self.pad_size, self.size, border='L', align='C')
self.pdf.cell(self.size, self.size, txt=current_type, align='L')
self.pdf.cell(self.size, self.size, txt=str(num), align='R')
self.pdf.cell(self.pad_size, self.size, border='R', align='C')
def print_bottom_row(self):
"""Helper function to print bottom row of question"""
self.pdf.set_font(self.font_2, size=self.large_font_size)
self.pdf.cell(self.pad_size, self.size, border='LB', align='C')
self.pdf.cell(self.size, self.size, border='TB', align='C')
self.pdf.cell(self.size, self.size, border='TB', align='R')
self.pdf.cell(self.pad_size, self.size, border='BR', align='C')
def print_edge_vertical_separator(self):
"""Print space between question for the top or bottom row"""
self.pdf.cell(self.pad_size, self.pad_size)
def print_middle_vertical_separator(self):
"""Print space between question for the second or third row"""
self.pdf.cell(self.pad_size, self.size)
def print_horizontal_separator(self):
"""Print line breaker between two rows of questions"""
self.pdf.cell(self.size, self.size, align='C')
self.pdf.ln()
def print_question_row(self, data: List[QuestionInfo], offset: int):
"""Print a single row of questions (total question in a row is set by num_x_cell)"""
for x in range(self.num_x_cell):
self.print_top_row(str(x + 1 + offset))
self.print_edge_vertical_separator()
self.pdf.ln()
for x in range(self.num_x_cell):
self.print_second_row(data[x + offset][0])
self.print_middle_vertical_separator()
self.pdf.ln()
for x in range(self.num_x_cell):
self.print_third_row(data[x + offset][2], data[x + offset][1])
self.print_middle_vertical_separator()
self.pdf.ln()
for _ in range(self.num_x_cell):
self.print_bottom_row()
self.print_edge_vertical_separator()
self.pdf.ln()
def make_answer_page(self, data):
"""Print answer sheet"""
self.pdf.add_page(orientation='L')
self.pdf.set_font(self.font_1, size=self.large_font_size)
self.pdf.cell(self.large_pad_size,
self.large_pad_size,
txt='Answers',
ln=1,
align='C')
for i in range(len(data)):
self.pdf.set_font(self.font_1, size=self.small_font_size)
self.pdf.cell(self.pad_size,
self.pad_size,
txt=f'{i + 1}:',
border='TLB',
align='R')
self.pdf.set_font(self.font_2, size=self.small_font_size)
self.pdf.cell(self.pad_size,
self.pad_size,
txt=str(data[i][3]),
border='TB',
align='R')
self.pdf.cell(self.tiny_pad_size,
self.pad_size,
border='TRB',
align='R')
self.pdf.cell(self.tiny_pad_size, self.pad_size, align='C')
if i >= 9 and (i + 1) % 10 == 0:
self.pdf.ln()
#new_lot_string = lot_string[:index] + "\n" + lot_string[index:]
#return new_lot_string
else:
return lot_string
# the size of the pdf doc in pts
height = 1080
width = 1920
# prep pdf doc
pdf = FPDF(orientation='L', unit='pt', format=(height, width))
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(252, 255, 48)
pdf.set_font("Arial", "B", size=350)
pdf.set_margins(0, 0, 0)
pdf.set_auto_page_break(False, 0)
# open the csv file of lot info
with open('import.csv', newline='') as csvfile:
lot_list = list(csv.reader(csvfile))
length = len(lot_list)
i = 1 #start at index 1 since row 1 of csv is column headers
while i < length:
# create slide for group lots
group = get_lot_group(lot_list[i])
if group != "":
count = 1 #counter to track number of lots in group
def export_to_pdf(self):
"""
Exporting report to pdf.
"""
pdf = FPDF()
pdf.add_page()
pdf.set_font("Arial", "B", size=20)
pdf.cell(
200, 10, txt="Analysis for {} on YouTube".format(self.keyword), ln=1, align="C"
)
pdf.set_font("Arial", size=14)
pdf.cell(
200,
10,
txt="Between {} and {}".format(self.start_date[0:10], self.end_date[0:10]),
ln=2,
align="C",
)
pdf.cell(200, 10, txt="", ln=3, align="C")
pdf.set_font("Arial", "B", size=14)
pdf.cell(200, 10, txt="Overall statistics", ln=4, align="L")
pdf.set_font("Arial", size=12)
pdf.cell(
200, 10, txt="No. of views: {}".format(self.sum_views), ln=5, align="L"
)
pdf.cell(
200,
10,
txt="No. of comments: {}".format(self.sum_comments),
ln=6,
align="L",
)
pdf.cell(
200, 10, txt="No. of likes: {}".format(self.sum_likes), ln=7, align="L"
)
pdf.cell(
200,
10,
txt="No. of dislikes: {}".format(self.sum_dislikes),
ln=8,
align="L",
)
pdf.cell(200, 10, txt="", ln=9, align="L")
pdf.set_font("Arial", "B", size=14)
new_inx = 10
if "yearly" in self.analysis_type:
pdf.cell(200, 10, txt="Yearly breakdown of statistics", ln=10, align="L")
pdf.image(self.path + "/yearly_stats.png", w=150, h=150)
new_inx = new_inx + 1
if "monthly" in self.analysis_type:
pdf.cell(200, 10, txt="Monthly breakdown of statistics", ln=11, align="L")
pdf.image(self.path + "/monthly_views.png", w=150, h=90)
pdf.image(self.path + "/monthly_comments.png", w=150, h=90)
pdf.image(self.path + "/monthly_likes.png", w=150, h=90)
pdf.image(self.path + "/monthly_dislikes.png", w=150, h=90)
new_inx = new_inx + 1
pdf.cell(
200,
10,
txt="The content spoken about in the published videos",
ln=new_inx,
align="L",
)
pdf.image(self.path + "/videos.png", w=75, h=75)
pdf.cell(
200,
10,
txt="The locations mentioned in comments",
ln=new_inx + 1,
align="L",
)
pdf.image(self.path + "/comment_locations.png", w=75, h=75)
output_path = self.path + "/{}_report.pdf".format(self.keyword.replace(" ", "_"))
pdf.output(output_path)
return output_path
def Comandos():
if request.form.get('Enviar') == 'Enviar':
global comando
comando = request.form['comando']
now = datetime.datetime.now()
newDirName = now.strftime("%H:%M:%S %d-%m-%Y")
database_entry = {
'Usuario:': usuario,
'Comado:': comando,
'Hora y Fecha:': newDirName,
'Ip Del Servidor:': request.remote_addr
}
todos.insert_one(database_entry)
os.system(comando + " > Respuesta.txt")
with open("Respuesta.txt", "r") as myfile:
data = myfile.read().replace('\n', ' ')
myfile.close()
if not data:
data = "Comando invalido, intenta con uno nuevo!"
else:
data = data
return render_template("Comandos.html", data=data)
elif request.form.get('Excel') == 'Excel':
datos = pd.read_csv('Respuesta.txt',
error_bad_lines=False,
engine="python",
index_col=False,
header=None)
datos.to_excel("Excel.xlsx", index=False, header=False)
Fuente = request.form.get("Fuente")
Tamaño = request.form.get("Tamaño")
Color = request.form.get("Color")
if Color == "Negro":
Colorfont = "000000"
elif Color == "Rojo":
Colorfont = "DB0000"
elif Color == "Verde":
Colorfont = "0B6623"
file = 'Excel.xlsx'
wb = load_workbook(filename=file)
ws = wb['Sheet1']
colorfuente = Font(name=Fuente, color=Colorfont, size=Tamaño)
for cell in ws["A"]:
cell.font = colorfuente
wb.save(filename=file)
print("\nEl archivo excel se ha creado con exito!")
# Iniciamos los parámetros del script
remitente = '*****@*****.**'
destinatarios = correo
asunto = '[FLASK]Resultado del comando ' + comando + ' en formato Excel'
cuerpo = 'EL siguiente archivo contiene el resultado del comando solicitado!'
ruta_adjunto = 'Excel.xlsx'
nombre_adjunto = 'Excel.xlsx'
mensaje = MIMEMultipart()
mensaje['From'] = remitente
mensaje['To'] = destinatarios
mensaje['Subject'] = asunto
mensaje.attach(MIMEText(cuerpo, 'plain'))
archivo_adjunto = open(ruta_adjunto, 'rb')
adjunto_MIME = MIMEBase('application', 'octet-stream')
adjunto_MIME.set_payload((archivo_adjunto).read())
encoders.encode_base64(adjunto_MIME)
adjunto_MIME.add_header('Content-Disposition',
"attachment; filename= %s" % nombre_adjunto)
mensaje.attach(adjunto_MIME)
sesion_smtp = smtplib.SMTP('smtp.gmail.com', 587)
sesion_smtp.starttls()
sesion_smtp.login('*****@*****.**', 'Solariumdelvalle')
texto = mensaje.as_string()
sesion_smtp.sendmail(remitente, destinatarios, texto)
sesion_smtp.quit()
return render_template("ExcelE.html", datos=datos)
elif request.form.get('Pdf') == 'Pdf':
with open("Respuesta.txt", "r", encoding="utf-8") as myfile:
data = myfile.read().replace('\n', ' ')
myfile.close()
Fuente = request.form.get("Fuente")
Tamaño = request.form.get("Tamaño")
Orientacion = request.form.get("Orientacion")
Color = request.form.get("Color")
if Color == "Negro":
R = 0
G = 0
B = 0
elif Color == "Rojo":
R = 255
G = 0
B = 0
elif Color == "Verde":
R = 0
G = 255
B = 0
pdf = FPDF()
pdf.add_page()
pdf.set_font(Fuente, "", int(Tamaño))
pdf.set_text_color(R, G, B)
pdf.set_margins(10, 10, 10)
pdf.multi_cell(0, 6, data, 0, Orientacion)
pdf.ln(h="")
pdf.output("PDF.pdf", "f")
print("\nEl archivo pdf se ha creado con exito!")
remitente = '*****@*****.**'
destinatarios = correo
asunto = '[FLASK]Resultado del comando ' + comando + ' en formato PDF'
cuerpo = 'EL siguiente archivo contiene el resultado del comando solicitado!'
ruta_adjunto = 'PDF.pdf'
nombre_adjunto = 'PDF.pdf'
mensaje = MIMEMultipart()
mensaje['From'] = remitente
mensaje['To'] = destinatarios
mensaje['Subject'] = asunto
mensaje.attach(MIMEText(cuerpo, 'plain'))
archivo_adjunto = open(ruta_adjunto, 'rb')
adjunto_MIME = MIMEBase('application', 'octet-stream')
adjunto_MIME.set_payload((archivo_adjunto).read())
encoders.encode_base64(adjunto_MIME)
adjunto_MIME.add_header('Content-Disposition',
"attachment; filename= %s" % nombre_adjunto)
mensaje.attach(adjunto_MIME)
sesion_smtp = smtplib.SMTP('smtp.gmail.com', 587)
sesion_smtp.starttls()
sesion_smtp.login('*****@*****.**', 'Solariumdelvalle')
texto = mensaje.as_string()
sesion_smtp.sendmail(remitente, destinatarios, texto)
sesion_smtp.quit()
return render_template("PdfE.html", data=data)
return render_template("Comandos.html")
class PdfGenerator(object):
"""
Allows a pdf file to be created. The user of class can use the various methods
available to manually create data in a given Pdf file. For example by calling
the title method the user can add a title to the top of the page or change
the color by calling the color method. The class also allows the use to add
a single line of data to a cell but to add multiple data to a cell the
insert_data_multiple_cell must be called
"""
def __init__(self, file_name, font_family="Arial", size=10, style="B"):
self.file_name = file_name
self._pdf = FPDF(unit="pt", format="A4")
self._pdf.add_page()
self._pdf.set_font(family=font_family, size=size, style=style)
def generate(self):
"""when called this creates the full pdf file and stores it in the root folder."""
self._pdf.output(self.file_name)
def change_font_color(self, red: int, green: int, blue: int) -> None:
"""change_font_color(red:int, green: int, blue: int)"
Uses the RGB color system to change the font color of a text.
In order to change the text of a color this method must be
called first then unless this is called again and new color
system added any text added will be the color that was set
when this method was called
"""
self._pdf.set_text_color(r=red, g=green, b=blue)
def change_font(self, font_family="Arial", style="", size=16):
"""change_font(font_family: str, style:str, size: int) -> returns None
When this is called allows the font text to be set. This style
and the size of the font can also be set.
:parameter
style: The style takes three options
B: Bold
I: Italic
U: Underline
The style can also be combined in the following ways
For example:
BI: This makes the text bold and italic
BU: This makes the text bold and then underline
BIU: This makes the text bold, italic and then underlines the text
"""
self._pdf.set_font(family=font_family, style=style, size=size)
def insert_title(self,
title,
cell_height,
cell_width=0,
border=0,
align="C"):
"""insert_title(title: str, cell_height:int, cell_width: int, border: int, align: str)
"""
self._pdf.cell(cell_width,
cell_height,
txt=str(title),
border=border,
align=align)
def insert_data_multiple_cell(self,
cell_width,
cell_height,
data_txt,
align="L",
border=0):
self._pdf.multi_cell(w=cell_width,
h=cell_height,
txt=str(data_txt),
border=border,
align=align)
def insert_data_single_cell(self,
cell_width,
cell_height,
data_txt,
align="L",
border=0):
self._pdf.cell(cell_width,
cell_height,
data_txt,
align=align,
border=border)
def add_new_line(self):
self._pdf.ln()
def add_img(self, img, width, height):
self._pdf.image(img, w=width, h=height)
def generate_pdf(uncommon, dow_data):
# convert numeric days to words
dayOfWeek = {
0: 'Monday',
1: 'Tuesday',
2: 'Wednesday',
3: 'Thursday',
4: 'Friday',
5: 'Saturday',
6: 'Sunday'
}
dow_data = pd.DataFrame({
'day': dow_data.index,
'avg_visits': dow_data.values
})
dow_data['weekday'] = dow_data['day'].map(dayOfWeek)
from fpdf import FPDF
pdf = FPDF()
pdf.add_page()
pdf.set_font('Arial', 'B', 16)
pdf.cell(40, 10, 'Vector Space Member Data Report')
pdf.cell(10, 40, datetime.now().strftime('%m-%d-%Y'))
pdf.add_page()
pdf.set_font('Arial', '', 10)
pdf.image('percent_active.png', x=None, y=None, w=180, type='', link='')
pdf.add_page()
pdf.set_font('Arial', '', 10)
pdf.cell(
40, 20,
'The following people have keyed into the space in the last 90 days, but not in the last 30 days.',
0, 2, "L")
for i in range(0, len(uncommon)):
if i % 2 == 0:
pdf.cell(50, 8, '%s' % (uncommon['member'].loc[i]), 0, 0, 'C')
else:
pdf.cell(50, 8, '%s' % (uncommon['member'].loc[i]), 0, 2, 'C')
pdf.cell(-50)
pdf.add_page()
pdf.cell(40, 20, 'Average number of unique entries by day of week.', 0, 2,
"L")
dow_data = dow_data.drop(columns=['day'])
dow_data = dow_data.set_index('avg_visits')
data = dow_data.sort_values(by=['avg_visits'], ascending=False).to_string()
for line in data.splitlines()[1:]:
pdf.cell(50, 8, '%s' % (line), 0, 2, 'R')
pdf.add_page()
today = datetime.now().strftime('%Y-%m-%d')
pdf.image('weekly_visits_' + today + '.png',
x=None,
y=None,
w=180,
type='',
link='')
pdf.add_page()
pdf.image('daily_uniques.png', x=None, y=None, w=180, type='', link='')
pdf.add_page()
pdf.image('monthly_visits_' + today + '.png',
x=None,
y=None,
w=180,
type='',
link='')
Path("./reports").mkdir(parents=True, exist_ok=True)
pdf.output('./reports/member-data_' + today + '.pdf', 'F')
# cleanup plots
fileList = glob.glob(
'/vsfs01/home/aspontarelli/Documents/member_data_analysis/*.png')
for filePath in fileList:
try:
os.remove(filePath)
except:
print("Error while deleting file : ", filePath)
def generatePDFshares(splits, threshold, shared_key, txid):
for i in range(splits):
pdf = FPDF()
pdf.add_page()
try:
pdf.image('Flo.png', 80, 20, 33)
pdf.ln(50)
except:
pdf.set_font('Courier', '', 12)
pdf.cell(40, 40, 'No Image', 1, 10, 'C')
pdf.ln(10)
pdf.set_font('Courier', '', 50)
pdf.multi_cell(0, 10, 'FLO Secret', 0, 'C', False)
pdf.set_font('Courier', '', 12)
pdf.multi_cell(0, 10, 'Powered by the FLO Blockchain', 0, 'C', False)
pdf.set_font('Times', '', 16)
pdf.ln(20)
pdf.multi_cell(
0, 10,
'A secret has been encrypted and stored on the blockchain of the FLO cryptocurrency and your Secret ID is : ',
0, 'J', False)
pdf.set_font('Courier', '', 12)
pdf.multi_cell(0, 10, str(txid), 1, 'C', False)
pdf.set_font('Times', '', 16)
pdf.ln(10)
pdf.multi_cell(
0, 10,
'The key to decrypt this secret has been split in ' + str(splits) +
' shares like this one. By design, the secret can be decrypted with any '
+ str(threshold) + ' of these shares.', 0, 'J', False)
pdf.ln(10)
pdf.multi_cell(
0, 10, 'Below is the part of the key that belongs to this share',
0, 'J', False)
pdf.set_font('Courier', '', 12)
pdf.multi_cell(0, 5, str(shared_key[i]), 1, 'L', False)
pdf.set_font('Times', '', 16)
pdf.ln(10)
pdf.multi_cell(0, 10, 'Use the FLO Secret app to decrypt the secret',
0, 'J', False)
pdf.multi_cell(0, 20, 'Download FLO Secret from the below link', 0,
'J', False)
pdf.set_font('Courier', '', 14)
pdf.cell(0, 0, 'https://github.com/akhil2015/FLO-shared-secret', 0, 0,
'L', False, "https://github.com/akhil2015/FLO-shared-secret")
filename = 'Flo_Secret_' + txid + '/sharedkey_' + str(i + 1) + '.pdf'
os.makedirs(os.path.dirname(filename), exist_ok=True)
pdf.output(filename, 'F')
def get(self, data = None):
out_type = self.get_argument('type', 'html')
components = []
components = self.get_query_arguments('action[]', [])
multiply = int(self.get_argument('multiply', 5))
layout = self.get_argument('template', '70x40_simple')
skip = int(self.get_argument('skip', 0))
#print("Soucastky..",components)
if len(components) > 0:
comp = list(self.mdb.stock.find({'_id' : {'$in' : components}}))
else:
comp = list(self.mdb.stock.find().sort([("category", 1), ("_id",1)]))
page = 0
#print("Budeme tisknout:", comp)
if layout == 'souhrn_01':
autori = self.get_query_argument('autor', None)
if not autori: autori = ['autory vlozite pridanim autoru do adresy s parametrem "autor"', 'autoru muze byt vice, pouzijte vice parametru', 'Například pridanim tohoto na konec adresy: &autor=Tester První']
datum = self.get_argument('datum', ">>pro specifikovani pridejte parametr 'datum' do GET parametru<<")
page = 1
money_sum = 0
Err = []
print ("pozadovany format je:", layout)
pdf = FPDF('P', 'mm', format='A4')
pdf.set_auto_page_break(False)
pdf.add_font('pt_sans', '', 'static/pt_sans/PT_Sans-Web-Regular.ttf', uni=True)
pdf.add_font('pt_sans-bold', '', 'static/pt_sans/PT_Sans-Web-Bold.ttf', uni=True)
pdf.set_font('pt_sans', '', 12)
pdf.add_page()
pdf.set_xy(0, 40)
pdf.cell(pdf.w, 0, 'Celkový přehled skladu', align='C', ln=2)
pdf.set_xy(0, 46)
pdf.cell(pdf.w, 0, 'Universal Scientific Technologies s.r.o.', align='C', ln=2)
pdf.set_xy(20, 200)
pdf.cell(1,0, 'Inventuru provedli:', ln=2)
for x in autori:
pdf.cell(1,20, x, ln=2)
pdf.set_font('pt_sans', '', 8)
pdf.set_xy(120, 288)
pdf.cell(10, 0, "Generováno %s, strana %s z %s" %(datetime.datetime.now(), page, pdf.alias_nb_pages()) )
pdf.add_page()
data = self.mdb.stock.aggregate([
{'$addFields': {'count': {'$sum': '$history.bilance'}}}
])
gen_time = datetime.datetime(2018, 10, 1)
lastOid = ObjectId.from_datetime(gen_time)
for i, component in enumerate(data):
#for i, component in enumerate(list(data)[:30]):
print(i, "=============================")
print(component['_id'])
try:
## Pokud je konec stránky
if pdf.get_y() > pdf.h-20:
pdf.line(10, pdf.get_y()+0.5, pdf.w-10, pdf.get_y()+0.5)
pdf.set_font('pt_sans', '', 10)
pdf.set_xy(150, pdf.get_y()+1)
pdf.cell(100, 5, 'Součet strany: {:6.2f} Kč'.format(page_sum))
pdf.add_page()
## Pokud je nová strana
if page != pdf.page_no():
pdf.set_font('pt_sans', '', 8)
page = pdf.page_no()
pdf.set_xy(120, 288)
pdf.cell(10, 0, "Generováno %s, strana %s z %s" %(datetime.datetime.now(), page, pdf.alias_nb_pages()) )
pdf.set_font('pt_sans', '', 11)
pdf.set_xy(10, 10)
pdf.cell(100, 5, 'Skladová položka')
pdf.set_x(95)
pdf.cell(10, 5, "Počet kusů", align='R')
pdf.set_x(120)
pdf.cell(10, 5, "Cena za 1ks", align='R')
pdf.set_x(180)
pdf.cell(10, 5, "Cena položky (bez DPH)", align='R', ln=2)
pdf.line(10, 15, pdf.w-10, 15)
pdf.set_y(18)
page_sum = 0
pdf.set_font('pt_sans', '', 10)
count = component['count']
if count >0:
price = 0
price_ks = 0
first_price = 0
pdf.set_x(10)
pdf.cell(100, 5, component['_id'])
pdf.set_x(95)
pdf.cell(10, 5, "%5.d" %(count), align='R')
pdf.set_x(10)
pdf.cell(100, 5, "{:5.0f} {}".format(i, component['_id']))
inventura = False
for x in reversed(component.get('history', [])):
if x.get('operation', None) == 'inventory':
print("inventura", x)
if x['_id'].generation_time > lastOid.generation_time:
print("#############")
inventura = True
count = x['absolute']
pdf.set_x(110)
pdf.cell(1, 5, "i")
break;
pdf.set_font('pt_sans', '', 10)
pdf.set_x(95)
pdf.cell(10, 5, "{} j".format(count), align='R')
rest = count
for x in reversed(component.get('history', [])):
if x.get('price', 0) > 0:
if first_price == 0:
first_price = x['price']
if x['bilance'] > 0:
if x['bilance'] <= rest:
price += x['price']*x['bilance']
rest -= x['bilance']
else:
price += x['price']*rest
rest = 0
print("Zbývá", rest, "ks, secteno", count-rest, "za cenu", price)
if(count-rest): price += rest*first_price
money_sum += price
page_sum +=price
if price == 0.0 and x.get('count', 0) > 0:
Err.append('Polozka >%s< nulová cena, nenulový počet' %(component['_id']))
pdf.set_x(120)
if count > 0: pdf.cell(10, 5, "%6.2f Kč" %(price/count), align='R')
else: pdf.cell(10, 5, "%6.2f Kč" %(0), align='R')
pdf.set_font('pt_sans-bold', '', 10)
pdf.set_x(180)
pdf.cell(10, 5, "%6.2f Kč" %(price), align='R')
except Exception as e:
Err.append('Err' + repr(e) + component['_id'])
print(e)
pdf.set_y(pdf.get_y()+4)
pdf.line(10, pdf.get_y(), pdf.w-10, pdf.get_y())
pdf.set_font('pt_sans', '', 8)
pdf.set_x(180)
pdf.cell(10, 5, "Konec souhrnu", align='R')
pdf.set_font('pt_sans', '', 10)
pdf.set_xy(150, pdf.get_y()+3)
pdf.cell(100, 5, 'Součet strany: {:6.2f} Kč'.format(page_sum))
pdf.page = 1
pdf.set_xy(20,175)
pdf.set_font('pt_sans', '', 12)
pdf.cell(20,20, "Cena skladových zásob k %s je %0.2f Kč (bez DPH)" %(datum, money_sum))
if len(Err) > 0:
pdf.set_xy(30,80)
pdf.cell(1,6,"Pozor, chyby ve skladu:", ln=2)
pdf.set_x(32)
for ch in Err:
pdf.cell(1,5,ch,ln=2)
pdf.page = page
print(autori)
if layout == '105x74_simple':
page = 0
page_cols = 2
page_rows = 4
page_cells = page_cols * page_rows
cell_w = 105
cell_h = 75
print ("pozadovany format je:", layout)
pdf = FPDF('P', 'mm', format='A4')
pdf.add_font('pt_sans', '', 'static/pt_sans/PT_Sans-Web-Regular.ttf', uni=True)
pdf.add_font('pt_sans-bold', '', 'static/pt_sans/PT_Sans-Web-Bold.ttf', uni=True)
pdf.set_font('pt_sans-bold', '', 12)
pdf.set_auto_page_break(False)
pdf.add_page()
for i, component in enumerate(comp):
i += skip
id = component['_id'].strip().replace('/', '')
code128.image(component['_id']).save("static/barcode/%s.png"%(id))
if i != 0 and i%(page_cells) == 0:
page += 1
pdf.add_page()
print("New PAGE --- ", i, i%page_cells)
row = int(i/page_cols)-page*page_rows
column = i%page_cols
cell_x = column*cell_w
cell_y = row*cell_h
print(component)
pdf.set_font('pt_sans-bold', '', 14)
pdf.set_xy(cell_x+5, cell_y+5)
pdf.cell(cell_w-10, 0, component['_id'])
pdf.set_xy(cell_x, cell_y+10)
pdf.image('static/barcode/%s.png'%(id), w = cell_w, h=10)
pdf.set_font('pt_sans', '', 11)
pdf.set_xy(cell_x+5, cell_y+23)
try:
pdf.multi_cell(cell_w-10, 5, component['description'])
except Exception as e:
pdf.multi_cell(cell_w-10, 5, "ERR" + repr(e))
pdf.set_xy(cell_x+5, cell_y+cell_h-15)
pdf.set_font('pt_sans', '', 8)
pdf.cell(cell_w-10, 10, ', '.join(component['category']) + " | " + str(datetime.datetime.now()) + " | " + "UST")
if layout == '70x42-3_simple':
page = 0
page_cols = 3
page_rows = 7
page_cells = page_cols * page_rows
cell_w = 210/page_cols
cell_h = 297/page_rows
print ("pozadovany format je:", layout)
pdf = FPDF('P', 'mm', format='A4')
pdf.add_font('pt_sans', '', 'static/pt_sans/PT_Sans-Web-Regular.ttf', uni=True)
pdf.add_font('pt_sans-bold', '', 'static/pt_sans/PT_Sans-Web-Bold.ttf', uni=True)
pdf.set_font('pt_sans-bold', '', 12)
pdf.set_auto_page_break(False)
pdf.add_page()
for i, component in enumerate(comp):
i += skip
id = component['name'].strip().replace('/', '_')
code128.image(component['_id']).save("static/barcode/%s.png"%(id))
if i != 0 and i%(page_cells) == 0:
page += 1
pdf.add_page()
print("New PAGE --- ", i, i%page_cells)
row = int(i/page_cols)-page*page_rows
column = i%page_cols
cell_x = column*cell_w
cell_y = row*cell_h
pdf.set_xy(cell_x+5, cell_y+6.75)
if len(component['name'])<23:
pdf.set_font('pt_sans-bold', '', 14)
else:
pdf.set_font('pt_sans-bold', '', 10)
pdf.cell(cell_w-10, 0, component['name'][:35])
pdf.set_xy(cell_x+2.5, cell_y+9)
pdf.image('static/barcode/%s.png'%(id), w = cell_w-5, h=7)
pdf.set_font('pt_sans', '', 11)
pdf.set_xy(cell_x+4, cell_y+20)
try:
pdf.multi_cell(cell_w-8, 4, component['description'][:185])
except Exception as e:
pdf.multi_cell(cell_w-10, 5, "ERR" + repr(e))
pdf.set_xy(cell_x+5, cell_y+cell_h-7)
pdf.set_xy(cell_x+5, cell_y+13)
pdf.set_font('pt_sans', '', 7.5)
pdf.cell(cell_w-10, 10, ', '.join(component['category']) + " |" + str(datetime.date.today()) + "| " + component['_id'])
if layout == '105x48_simple':
page = 0
page_cols = 2
page_rows = 6
page_cells = page_cols * page_rows
#cell_w = 105
#cell_h = 48
cell_w = 210/page_cols
cell_h = 297/page_rows
print ("pozadovany format je:", layout)
pdf = FPDF('P', 'mm', format='A4')
pdf.add_font('pt_sans', '', 'static/pt_sans/PT_Sans-Web-Regular.ttf', uni=True)
pdf.add_font('pt_sans-bold', '', 'static/pt_sans/PT_Sans-Web-Bold.ttf', uni=True)
pdf.set_font('pt_sans-bold', '', 12)
pdf.set_auto_page_break(False)
pdf.add_page()
for i, component in enumerate(comp):
i += skip
id = component['_id'].strip().replace('/', '')
code128.image(component['_id']).save("static/barcode/%s.png"%(id))
if i != 0 and i%(page_cells) == 0:
page += 1
pdf.add_page()
print("New PAGE --- ", i, i%page_cells)
row = int(i/page_cols)-page*page_rows
column = i%page_cols
cell_x = column*cell_w
cell_y = row*cell_h
print(component)
pdf.set_font('pt_sans-bold', '', 14)
pdf.set_xy(cell_x+5, cell_y+5)
pdf.cell(cell_w-10, 0, component['_id'])
pdf.set_xy(cell_x, cell_y+10)
pdf.image('static/barcode/%s.png'%(id), w = cell_w, h=10)
pdf.set_font('pt_sans', '', 10)
pdf.set_xy(cell_x+5, cell_y+20)
try:
pdf.multi_cell(cell_w-10, 4, component['description'][:275])
except Exception as e:
pdf.multi_cell(cell_w-10, 4, "ERR" + repr(e))
pdf.set_xy(cell_x+5, cell_y+cell_h-10)
pdf.set_font('pt_sans', '', 8)
pdf.cell(cell_w-10, 10, ', '.join(component['category']) + " | " + str(datetime.datetime.now()) + " | " + "UST")
elif layout == '105x48_panorama':
page = 0
page_cols = 6
page_rows = 2
page_cells = page_cols * page_rows
cell_w = 48
cell_h = 105
print ("pozadovany format je:", layout)
pdf = FPDF('L', 'mm', format='A4')
pdf.add_font('pt_sans', '', 'static/pt_sans/PT_Sans-Web-Regular.ttf', uni=True)
pdf.add_font('pt_sans-bold', '', 'static/pt_sans/PT_Sans-Web-Bold.ttf', uni=True)
pdf.set_font('pt_sans-bold', '', 12)
pdf.set_auto_page_break(False)
pdf.add_page()
for i, component in enumerate(comp):
i += skip
id = component['_id'].strip().replace('/', '')
code128.image(component['_id']).save("static/barcode/%s.png"%(id))
if i != 0 and i%(page_cells) == 0:
page += 1
pdf.add_page()
print("New PAGE --- ", i, i%page_cells)
row = int(i/page_cols)-page*page_rows
column = i%page_cols
cell_x = column*cell_w
cell_y = row*cell_h
print(component)
pdf.set_font('pt_sans-bold', '', 14)
pdf.set_xy(cell_x+5, cell_y+5)
pdf.cell(cell_w-10, 0, component['_id'])
pdf.set_xy(cell_x, cell_y+cell_h)
pdf.rotate(90)
pdf.image('static/barcode/%s.png'%(id), w = cell_h-5, h=10)
pdf.rotate(0)
pdf.set_font('pt_sans', '', 11)
pdf.set_xy(cell_x+8, cell_y+20)
try:
pdf.multi_cell(cell_w-10, 5, component['description'])
except Exception as e:
pdf.multi_cell(cell_w-10, 5, "ERR" + repr(e))
pdf.set_xy(cell_x+5, cell_y+cell_h-15)
pdf.set_font('pt_sans', '', 8)
pdf.cell(cell_w-10, 10, ', '.join(component['category']) + " | " + str(datetime.datetime.now()) + " | " + "UST")
pdf.output("static/tmp/sestava.pdf")
with open('static/tmp/sestava.pdf', 'rb') as f:
self.set_header("Content-Type", 'application/pdf; charset="utf-8"')
self.set_header("Content-Disposition", "inline; filename=UST_tiskova_sestava.pdf")
self.write(f.read())
f.close()
def get(self, request, *args, **kwargs):
from fpdf import FPDF
pdf = FPDF()
pdf.add_font('DejaVu','','rink/fonts/DejaVuSansCondensed.ttf',uni=True)
roster = Roster.objects.filter(event__slug=self.event.slug)
for roster_entry in roster:
registration_data = roster_entry.registrationdata_set.first()
pdf.add_page()
pdf.set_margins(16, 2)
pdf.ln(20)
pdf.set_font('DejaVu','',16)
pdf.cell(40,40,'Derby Name:')
pdf.set_font('DejaVu','',48)
pdf.cell(40,40, roster_entry.user.derby_name)
pdf.ln(20)
pdf.set_font('DejaVu','',16)
pdf.cell(40,40,'Real Name:')
pdf.set_font('DejaVu','',24)
pdf.cell(40,40, roster_entry.user.first_name + " " + roster_entry.user.last_name)
pdf.ln(20)
pdf.set_font('DejaVu','',16)
pdf.cell(60,40,'Date of Birth:')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, str(registration_data.emergency_date_of_birth))
pdf.ln(10)
pdf.set_font('DejaVu','',16)
pdf.cell(60,40,'Emergency Contact:')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, registration_data.emergency_contact)
pdf.ln(10)
pdf.cell(60,40,'')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, registration_data.emergency_phone)
pdf.ln(10)
pdf.cell(60,40,'')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, registration_data.emergency_relationship)
pdf.ln(15)
if registration_data.emergency_contact_second:
pdf.set_font('DejaVu','',16)
pdf.cell(60,40,'Emergency Contact #2:')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, registration_data.emergency_contact_second)
pdf.ln(10)
pdf.cell(60,40,'')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, registration_data.emergency_phone_second)
pdf.ln(10)
pdf.cell(60,40,'')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, registration_data.emergency_relationship_second)
pdf.ln(15)
pdf.set_font('DejaVu','',16)
pdf.cell(60,40,'Hosptial Preference:')
pdf.set_font('DejaVu','',24)
pdf.cell(0,40, registration_data.emergency_hospital)
pdf.ln(15)
pdf.set_font('DejaVu','',12)
pdf.multi_cell(0,40,'Medical Conditions:')
pdf.ln(-15)
pdf.set_font('DejaVu','',24)
if registration_data.emergency_allergies == "":
details = "<none>"
else:
details = registration_data.emergency_allergies
pdf.write(12, details)
pdf.ln(25)
wftda = ""
try:
wftda = int(registration_data.derby_insurance_number)
except:
pass
pdf.set_font('Courier','',7)
pdf.write(4, 'RINK #' + str(registration_data.user.id) + " | " + str(registration_data.user.email) + " | WFTDA #" + str(wftda) + " | generated on " + strftime("%Y-%m-%d", gmtime()))
pdf.output('/tmp/rink_medical.pdf', 'F')
with open('/tmp/rink_medical.pdf', 'rb') as pdf:
response = HttpResponse(pdf.read(), content_type='application/pdf')
response['Content-Disposition'] = 'inline;filename=rink_medical.pdf'
os.remove('/tmp/rink_medical.pdf')
return response
class MakePDF(FPDF):
def __init__(self, result_dict: dict, filename: str):
super().__init__()
# try:
self._result = SelectIndividual(result_dict)
self._result_dict = self._result.get_result_dict()
self.annotation = "Даний підбір виконано автоматично. Для підтвердження підбору зверніться у проектну організацію"
self.title1 = "З/б балка Б-1. Опалубне креслення"
self.title2 = "З/б балка Б-1. Армування"
self.title3 = "Специфікація"
if int(self._result_dict["Б-1"][2]) < 2500 and int(self._result_dict["Б-1"][3]) < 400:
self.scale = 10
else:
self.scale = 20
self.count_of_lines = 11
self.form3 = FPDF(orientation="L", unit="mm", format="A3")
self.form3.add_page()
self.form3.add_font("iso", "", "static/ISOCPEUR/ISOCPEUR.ttf", uni=True)
self._draw_form_3()
self._draw_specification(self._result_dict, 20, 184, self.title3)
self._make()
self.form3.output(f"static/{filename}")
# except:
# self.make_error()
# def _initial_scale_dimension(self):
# self.scale = 10
# self.l = (int(self._result_dict["Б-1"][2]) + 500) / self.scale
# self.h = int(self._result_dict["Б-1"][3]) / self.scale
# self.b = int(self._result_dict["Б-1"][4]) / self.scale
# diam_pos1 = self._result_dict["1"][1] / self.scale
# diam_pos2 = self._result_dict["2"][1] / self.scale
# diam_pos3 = self._result_dict["3"][1] / self.scale
# diam_pos4 = self._result_dict["4"][1] / self.scale
# self.a = diam_pos1 / 2 + 20 / self.scale
def make_error(self):
return "Помилка! З даними параметрами неможливо виконати розрахунок. Збільшіть висоту перерізу."
def _make(self):
self._draw_beam(36, 30)
self._draw_rainforcment(36, 110)
def _draw_beam(self, x, y):
x0 = x
y0 = y
l = (int(self._result_dict["Б-1"][2]) + 500) / self.scale
h = int(self._result_dict["Б-1"][3]) / self.scale
b = int(self._result_dict["Б-1"][4]) / self.scale
self.form3.set_font("iso", "", 14)
self.form3.text(x0 + l / 2.5, y0 - 5, self.title1)
self.form3.set_line_width(0.5)
self.form3.rect(x0, y0, l, h)
self._dim_h(x0, y0 + h, l)
self._dim_v(x0, y0, h)
if l > 250:
self.form3.rect(x0 + l + 16, y0, b, h)
self._dim_h(x0 + l + 16, y0 + h, b)
else:
self.form3.rect(x0 + l + 30, y0, b, h)
self._dim_h(x0 + l + 30, y0 + h, b)
def _draw_rainforcment(self, x, y):
x0 = x
y0 = y
l = (int(self._result_dict["Б-1"][2]) + 500) / self.scale
h = int(self._result_dict["Б-1"][3]) / self.scale
b = int(self._result_dict["Б-1"][4]) / self.scale
self.form3.set_font("iso", "", 14)
self.form3.text(x0 + l / 2.35, y0 - 5, self.title2)
diam_pos1 = self._result_dict["1"][1] / self.scale
diam_pos2 = self._result_dict["2"][1] / self.scale
diam_pos3 = self._result_dict["3"][1] / self.scale
diam_pos4 = self._result_dict["4"][1] / self.scale
a = diam_pos1 / 2 + 20 / self.scale
self.form3.set_line_width(0.05)
self.form3.rect(x0, y0, l, h)
pos1_l = int(self._result_dict["1"][3] / self.scale * 1000)
pos2_l = int(self._result_dict["2"][3] / self.scale * 1000)
self.form3.set_line_width(0.5)
self.form3.line(x0 + 30 / self.scale, y0 + h - a, x0 + 30 / self.scale + pos1_l, y0 + h - 30 / self.scale)
self.form3.line(x0 + 30 / self.scale, y0 + a, x0 + 30 / self.scale + pos2_l, y0 + 30 / self.scale)
pos3_data = self._result.get_distance_position_3_4()
def draw_pos3(x, y):
self.form3.line(
x,
y + a - diam_pos2 / 2 - diam_pos3 / 2,
x,
y + h - a + diam_pos2 / 2 + diam_pos3 / 2,
)
draw_pos3(x0 + (30 + 50) / self.scale, y0)
draw_pos3(x0 + (30 + 50) / self.scale + pos3_data[1] * 1000 / self.scale, y0)
draw_pos3(x0 + l - (30 + 50) / self.scale - pos3_data[1] * 1000 / self.scale, y0)
draw_pos3(x0 + l - (30 + 50) / self.scale, y0)
mid_dist_temp = round((pos2_l * self.scale - (50 + pos3_data[1] * 1000) * 2 - pos3_data[3] * 1000) / 2)
mid_dist = mid_dist_temp / self.scale
draw_pos3(x0 + 30 / self.scale + (50 + pos3_data[1] * 1000) / self.scale + mid_dist, y0)
draw_pos3(x0 + 30 / self.scale + (50 + pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + mid_dist, y0)
s = (b - 2 * a) / (self._result_dict["1"][0] - 1)
if l > 250:
self.form3.set_line_width(0.05)
self.form3.rect(x0 + l + 16, y0, b, h)
self.form3.set_line_width(0.5)
self.form3.line(
x0 + l + 16 + a - (diam_pos3 + diam_pos1) / 2,
y0 + 10 / self.scale,
x0 + l + 16 + a - (diam_pos3 + diam_pos1) / 2,
y0 + h - 10 / self.scale
)
self.form3.line(
x0 + l + 16 + b - a + (diam_pos3 + diam_pos1) / 2,
y0 + 10 / self.scale,
x0 + l + 16 + b - a + (diam_pos3 + diam_pos1) / 2,
y0 + h - 10 / self.scale
)
self.form3.line(
x0 + l + 16 + 10 / self.scale,
y0 + a - (diam_pos3 + diam_pos2) / 2,
x0 + l + 16 + b - 10 / self.scale,
y0 + a - (diam_pos3 + diam_pos2) / 2
)
self.form3.line(
x0 + l + 16 + 10 / self.scale,
y0 + h - a + (diam_pos3 + diam_pos1) / 2,
x0 + l + 16 + b - 10 / self.scale,
y0 + h - a + (diam_pos3 + diam_pos1) / 2
)
self.form3.set_line_width(0.05)
self.form3.ellipse(x0 + l + 16 + a - diam_pos1 / 2, y0 + a - diam_pos2 / 2, diam_pos2, diam_pos2, "FD")
self.form3.ellipse(x0 + l + 16 - a + diam_pos1 / 2 + b - diam_pos2, y0 + a - diam_pos2 / 2, diam_pos2, diam_pos2, "FD")
for i in range(self._result_dict["1"][0]):
self.form3.ellipse(x0 + l + 16 + a - diam_pos1 / 2 + s * i, y0 + h - a - diam_pos1 / 2, diam_pos1, diam_pos1, "FD")
else:
self.form3.set_line_width(0.05)
self.form3.rect(x0 + l + 30, y0, b, h)
self.form3.set_line_width(0.5)
self.form3.line(
x0 + l + 30 + a - (diam_pos3 + diam_pos1) / 2,
y0 + 10 / self.scale,
x0 + l + 30 + a - (diam_pos3 + diam_pos1) / 2,
y0 + h - 10 / self.scale
)
self.form3.line(
x0 + l + 30 + b - a + (diam_pos3 + diam_pos1) / 2,
y0 + 10 / self.scale,
x0 + l + 30 + b - a + (diam_pos3 + diam_pos1) / 2,
y0 + h - 10 / self.scale
)
self.form3.line(
x0 + l + 30 + 10 / self.scale,
y0 + a - (diam_pos3 + diam_pos2) / 2,
x0 + l + 30 + b - 10 / self.scale,
y0 + a - (diam_pos3 + diam_pos2) / 2
)
self.form3.line(
x0 + l + 30 + 10 / self.scale,
y0 + h - a + (diam_pos3 + diam_pos1) / 2,
x0 + l + 30 + b - 10 / self.scale,
y0 + h - a + (diam_pos3 + diam_pos1) / 2
)
self.form3.set_line_width(0.05)
self.form3.ellipse(x0 + l + 30 + a - diam_pos1 / 2, y0 + a - diam_pos2 / 2, diam_pos2, diam_pos2, "FD")
self.form3.ellipse(x0 + l + 30 - a + diam_pos1 / 2 + b - diam_pos2, y0 + a - diam_pos2 / 2, diam_pos2, diam_pos2, "FD")
for i in range(self._result_dict["1"][0]):
self.form3.ellipse(x0 + l + 30 + a - diam_pos1 / 2 + s * i, y0 + h - a - diam_pos1 / 2, diam_pos1, diam_pos1, "FD")
self._dim_h(x0, y0 + h, 30 / self.scale, -3.5)
self._dim_h(x0 + 30 / self.scale, y0 + h, 50 / self.scale, 5)
self._dim_h(
x0 + 30 / self.scale + 50 / self.scale,
y0 + h,
pos3_data[1] * 1000 / self.scale,
-5,
f"{pos3_data[0] - 1}x100={(pos3_data[0] - 1) * 100}"
)
self._dim_h(
x0 + 30 / self.scale + 50 / self.scale + pos3_data[1] * 1000 / self.scale,
y0 + h,
mid_dist
)
self._dim_h(
x0 + 30 / self.scale + 50 / self.scale + pos3_data[1] * 1000 / self.scale + mid_dist,
y0 + h,
pos3_data[3] * 1000 / self.scale,
-5,
f"{pos3_data[2] - 1}x200={(pos3_data[2] - 1) * 200}"
)
self._dim_h(
x0 + 30 / self.scale + 50 / self.scale + pos3_data[1] * 1000 / self.scale + mid_dist + pos3_data[3] * 1000 / self.scale,
y0 + h,
mid_dist
)
self._dim_h(
x0 + 30 / self.scale + 50 / self.scale + pos3_data[1] * 1000 / self.scale + 2 * mid_dist + pos3_data[3] * 1000 / self.scale,
y0 + h,
pos3_data[1] * 1000 / self.scale,
-5,
f"{pos3_data[0] - 1}x100={(pos3_data[0] - 1) * 100}"
)
self._dim_h(
x0 + 30 / self.scale + 50 / self.scale + 2 * pos3_data[1] * 1000 / self.scale + 2 * mid_dist + pos3_data[3] * 1000 / self.scale,
y0 + h,
50 / self.scale,
-4.5
)
self._dim_h(
x0 + 30 / self.scale + 2 * 50 / self.scale + 2 * pos3_data[1] * 1000 / self.scale + 2 * mid_dist + pos3_data[3] * 1000 / self.scale,
y0 + h,
30 / self.scale,
4
)
self._dim_v(x0, y0, a, 3)
self._dim_v(x0, y0 + a, h - 2 * a)
self._dim_v(x0, y0 - a + h, a, -3)
if l > 250:
self._dim_h(x0 + l + 16, y0 + h, a, -3)
if self._result_dict['1'][0] > 2:
self._dim_h(
x0 + l + 16 + a,
y0 + h,
b - 2 * a,
-1,
f" "
)
self.form3.set_line_width(0.05)
self.form3.line(x0 + l + 16 + b / 2, y0 + h + 8, x0 + l + 16 + b / 2, y0 + h + 13)
self.form3.line(x0 + l + 16 + b / 2, y0 + h + 13, x0 + l + 16 + b / 2 + 15, y0 + h + 13)
self.form3.text(
x0 + l + 16 + b / 2 + 1,
y0 + h + 12.5,
f"{self._result_dict['1'][0] - 1}x"
f"{int(round((b - 2 * a) * self.scale / (self._result_dict['1'][0] - 1), 0))}="
f"{int(round((b - 2 * a) * self.scale, 0))}")
else:
self._dim_h(
x0 + l + 16 + a,
y0 + h,
b - 2 * a,
-1,
f"{int(round((b - 2 * a) * self.scale / (self._result_dict['1'][0] - 1), 0))}"
)
self._dim_h(x0 + l + 16 - a + b, y0 + h, a, 3.5)
self._dim_v(x0 + l + 16, y0, a, 3)
self._dim_v(x0 + l + 16, y0 + a, h - 2 * a)
self._dim_v(x0 + l + 16, y0 - a + h, a, -3)
else:
self._dim_h(x0 + l + 30, y0 + h, a, -3)
if self._result_dict['1'][0] > 2:
self._dim_h(
x0 + l + 30 + a,
y0 + h,
b - 2 * a,
-1,
" " #f"{self._result_dict['1'][0] - 1}x{int(round((b - 2 * a) * self.scale / (self._result_dict['1'][0] - 1), 0))}"
)
self.form3.set_line_width(0.05)
self.form3.line(x0 + l + 30 + b / 2, y0 + h + 8, x0 + l + 30 + b / 2, y0 + h + 13)
self.form3.line(x0 + l + 30 + b / 2, y0 + h + 13, x0 + l + 30 + b / 2 + 15, y0 + h + 13)
self.form3.text(
x0 + l + 30 + b / 2 + 1,
y0 + h + 12.5,
f"{self._result_dict['1'][0] - 1}x"
f"{int(round((b - 2 * a) * self.scale / (self._result_dict['1'][0] - 1), 0))}="
f"{int(round((b - 2 * a) * self.scale, 0))}")
else:
self._dim_h(
x0 + l + 30 + a,
y0 + h,
b - 2 * a,
0,
f"{int(round((b - 2 * a) * self.scale / (self._result_dict['1'][0] - 1), 0))}"
)
self._dim_h(x0 + l + 30 - a + b, y0 + h, a, 3.5)
self._dim_v(x0 + l + 30, y0, a, 3)
self._dim_v(x0 + l + 30, y0 + a, h - 2 * a)
self._dim_v(x0 + l + 30, y0 - a + h, a, -3)
self.form3.set_line_width(0.05)
self.form3.set_font("iso", "", 11)
self.form3.line(x0 + l / 2 + 5, y0 + a, x0 + l / 2 + 5, y0 + a + 5)
self.form3.line(x0 + l / 2 + 5, y0 + a + 5, x0 + l / 2 + 8, y0 + a + 5)
self.form3.text(x0 + l / 2 + 6, y0 + a + 4.5, "2")
self.form3.line(x0 + l / 2 - 5, y0 + h - a, x0 + l / 2 - 5, y0 + h - a - 5)
self.form3.line(x0 + l / 2 - 5, y0 + h - a - 5, x0 + l / 2 - 2, y0 + h - a - 5)
self.form3.text(x0 + l / 2 - 4, y0 + h - a - 5.5, "1")
self.form3.line(x0 + 80 / self.scale, y0 + h / 2, x0 + 80 / self.scale + 8, y0 + h / 2)
self.form3.text(x0 + 80 / self.scale + 6, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + (80 + pos3_data[1] * 1000) / self.scale,
y0 + h / 2,
x0 + (80 + pos3_data[1] * 1000) / self.scale - 8,
y0 + h / 2
)
self.form3.text(x0 + (80 + pos3_data[1] * 1000) / self.scale - 7, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + (80 + pos3_data[1] * 1000) / self.scale + mid_dist,
y0 + h / 2,
x0 + (80 + pos3_data[1] * 1000) / self.scale + mid_dist + 8,
y0 + h / 2
)
self.form3.text(x0 + (80 + pos3_data[1] * 1000) / self.scale + mid_dist + 6, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + (80 + pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + mid_dist,
y0 + h / 2,
x0 + (80 + pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + mid_dist - 8,
y0 + h / 2
)
self.form3.text(x0 + (80 + pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + mid_dist -7, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + (80 + pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + 2 * mid_dist,
y0 + h / 2,
x0 + (80 + pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + 2 * mid_dist + 8,
y0 + h / 2
)
self.form3.text(x0 + (80 + pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + 2 * mid_dist + 6, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + (80 + 2 * pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + 2 * mid_dist,
y0 + h / 2,
x0 + (80 + 2 * pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + 2 * mid_dist - 8,
y0 + h / 2
)
self.form3.text(x0 + (80 + 2 * pos3_data[1] * 1000 + pos3_data[3] * 1000) / self.scale + 2 * mid_dist - 7, y0 + h / 2 - 0.5, "3")
if l > 250:
for i in range(self._result_dict["1"][0]):
self.form3.line(
x0 + l + 16 + a + s * i,
y0 + h - a,
x0 + l + 16 + a + 2,
y0 + h - a - 5
)
self.form3.line(
x0 + l + 16 + a + 2,
y0 + h - a - 5,
x0 + l + 16 + a + 5,
y0 + h - a - 5
)
self.form3.text(x0 + l + 16 + a + 3, y0 + h - a - 5.5, "1")
self.form3.line(
x0 + l + 16 + a - diam_pos2 / 2,
y0 + a,
x0 + l + 16 + a - diam_pos2 / 2 - 2,
y0 + a - 5
)
self.form3.line(
x0 + l + 16 + a - diam_pos2 / 2 - 2,
y0 + a - 5,
x0 + l + 16 + a - diam_pos2 / 2 - 5,
y0 + a - 5
)
self.form3.text(x0 + l + 16 + a - diam_pos2 / 2 - 4, y0 + a - 5.5, "2")
self.form3.line(
x0 + l + 16 - a + b - diam_pos2 / 2 + diam_pos1 / 2,
y0 + a,
x0 + l + 16 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 2,
y0 + a - 5
)
self.form3.line(
x0 + l + 16 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 2,
y0 + a - 5,
x0 + l + 16 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 5,
y0 + a - 5
)
self.form3.text(x0 + l + 16 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 3, y0 + a - 5.5, "2")
self.form3.line(
x0 + l + 16 + a - (diam_pos3 / 2 + diam_pos1 / 2),
y0 + h / 2,
x0 + l + 16 + a - (diam_pos3 / 2 + diam_pos1 / 2) - 6,
y0 + h / 2
)
self.form3.text(x0 + l + 16 + a - (diam_pos3 / 2 + diam_pos1 / 2) - 5, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + l + 16 - a + (diam_pos3 / 2 + diam_pos1 / 2) + b,
y0 + h / 2,
x0 + l + 16 - a + (diam_pos3 / 2 + diam_pos1 / 2) + b + 8,
y0 + h / 2
)
self.form3.text(x0 + l + 16 - a + (diam_pos3 + diam_pos1) / 2 + b + 6, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + l + 16 + b / 2,
y0 + a - (diam_pos4 + diam_pos2) / 2,
x0 + l + 16 + b / 2 - 2,
y0 + a - (diam_pos4 + diam_pos2) / 2 - 5
)
self.form3.line(x0 + l + 16 + b / 2 - 2, y0 + a - (diam_pos4 + diam_pos2) / 2 - 5, x0 + l + 16 + b / 2 + 1, y0 + a - (diam_pos4 + diam_pos2) / 2 - 5)
self.form3.text(x0 + l + 16 + b / 2 - 1, y0 + a - (diam_pos4 + diam_pos2) / 2 - 5.5, "4")
self.form3.line(
x0 + l + 16 + 3,
y0 + h - a + (diam_pos4 + diam_pos1) / 2,
x0 + l + 16 - 2,
y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 5
)
self.form3.line(
x0 + l + 16 - 2,
y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 5,
x0 + l + 16 - 5,
y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 5
)
self.form3.text(x0 + l + 16 - 4, y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 4.5, "4")
else:
for i in range(self._result_dict["1"][0]):
self.form3.line(
x0 + l + 30 + a + s * i,
y0 + h - a,
x0 + l + 30 + a + 2,
y0 + h - a - 5
)
self.form3.line(
x0 + l + 30 + a + 2,
y0 + h - a - 5,
x0 + l + 30 + a + 5,
y0 + h - a - 5
)
self.form3.text(x0 + l + 30 + a + 3, y0 + h - a - 5.5, "1")
self.form3.line(
x0 + l + 30 + a - diam_pos2 / 2,
y0 + a,
x0 + l + 30 + a - diam_pos2 / 2 - 2,
y0 + a - 5
)
self.form3.line(
x0 + l + 30 + a - diam_pos2 / 2 - 2,
y0 + a - 5,
x0 + l + 30 + a - diam_pos2 / 2 - 5,
y0 + a - 5
)
self.form3.text(x0 + l + 30 + a - diam_pos2 / 2 - 4, y0 + a - 5.5, "2")
self.form3.line(
x0 + l + 30 - a + b - diam_pos2 / 2 + diam_pos1 / 2,
y0 + a,
x0 + l + 30 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 2,
y0 + a - 5
)
self.form3.line(
x0 + l + 30 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 2,
y0 + a - 5,
x0 + l + 30 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 5,
y0 + a - 5
)
self.form3.text(x0 + l + 30 - a + b - diam_pos2 / 2 + diam_pos1 / 2 + 3, y0 + a - 5.5, "2")
self.form3.line(
x0 + l + 30 + a - (diam_pos3 / 2 + diam_pos1 / 2),
y0 + h / 2,
x0 + l + 30 + a - (diam_pos3 / 2 + diam_pos1 / 2) - 6,
y0 + h / 2
)
self.form3.text(x0 + l + 30 + a - (diam_pos3 / 2 + diam_pos1 / 2) - 5, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + l + 30 - a + (diam_pos3 / 2 + diam_pos1 / 2) + b,
y0 + h / 2,
x0 + l + 30 - a + (diam_pos3 / 2 + diam_pos1 / 2) + b + 8,
y0 + h / 2
)
self.form3.text(x0 + l + 30 - a + (diam_pos3 + diam_pos1) / 2 + b + 6, y0 + h / 2 - 0.5, "3")
self.form3.line(
x0 + l + 30 + b / 2,
y0 + a - (diam_pos4 + diam_pos2) / 2,
x0 + l + 30 + b / 2 - 2,
y0 + a - (diam_pos4 + diam_pos2) / 2 - 5
)
self.form3.line(x0 + l + 30 + b / 2 - 2, y0 + a - (diam_pos4 + diam_pos2) / 2 - 5, x0 + l + 30 + b / 2 + 1, y0 + a - (diam_pos4 + diam_pos2) / 2 - 5)
self.form3.text(x0 + l + 30 + b / 2 - 1, y0 + a - (diam_pos4 + diam_pos2) / 2 - 5.5, "4")
self.form3.line(
x0 + l + 30 + 3,
y0 + h - a + (diam_pos4 + diam_pos1) / 2,
x0 + l + 30 - 2,
y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 5
)
self.form3.line(
x0 + l + 30 - 2,
y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 5,
x0 + l + 30 - 5,
y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 5
)
self.form3.text(x0 + l + 30 - 4, y0 + h - a + (diam_pos4 + diam_pos1) / 2 + 4.5, "4")
def _dim_h(self, x, y, l, x_text=0.0, text=""):
x0 = x
y0 = y
x_t = x0 + x_text + l / 2 - 2
if len(text) == 0:
dim_text = str(int(l * self.scale))
else:
dim_text = text
self.form3.set_line_width(0.05)
self.form3.line(x0 - 2, y0 + 8, x0 + l + 2, y0 + 8)
self.form3.line(x0, y0 + 2, x0, y0 + 10)
self.form3.line(x0 + l, y0 + 2, x0 + l, y0 + 10)
self.form3.set_line_width(0.5)
self.form3.line(x0 - 0.9, y0 + 8.9, x0 + 0.9, y0 + 7.1)
self.form3.line(x0 + l - 0.9, y0 + 8.9, x0 + l + 0.9, y0 + 7.1)
self.form3.set_font("iso", "", 11)
self.form3.text(x_t, y0 + 7.5, dim_text)
def _dim_v(self, x, y, l, x_text=0.0, text=""):
x0 = x
y0 = y
x_t = x0 + x_text - l / 2 - 2
self.form3.rotate(90, x0, y0)
if len(text) == 0:
dim_text = str(int(l * self.scale))
else:
dim_text = text
self.form3.set_line_width(0.05)
self.form3.line(x0 + 2, y0 - 8, x0 - l - 2, y0 - 8)
self.form3.line(x0, y0 - 2, x0, y0 - 10)
self.form3.line(x0 - l, y0 - 2, x0 - l, y0 - 10)
self.form3.set_line_width(0.5)
self.form3.line(x0 + 0.9, y0 - 8.9, x0 - 0.9, y0 - 7.1)
self.form3.line(x0 - l + 0.9, y0 - 8.9, x0 - l - 0.9, y0 - 7.1)
self.form3.set_font("iso", "", 11)
self.form3.text(x_t, y0 - 8.5, dim_text)
self.form3.rotate(0)
def _draw_form_3(self, y=0):
y0 = y
self.form3.set_line_width(0.5)
self.form3.rect(20, y0 + 10, 390, y0 + 277)
self.form3.rect(230, y0 + 232, 180, y0 + 55)
self.form3.line(240, y0 + 232, 240, y0 + 257)
self.form3.line(250, y0 + 232, 250, y0 + 287)
self.form3.line(260, y0 + 232, 260, y0 + 257)
self.form3.line(270, y0 + 232, 270, y0 + 287)
self.form3.line(285, y0 + 232, 285, y0 + 287)
self.form3.line(295, y0 + 232, 295, y0 + 287)
self.form3.line(365, y0 + 257, 365, y0 + 287)
self.form3.line(380, y0 + 257, 380, y0 + 272)
self.form3.line(395, y0 + 257, 395, y0 + 272)
self.form3.line(295, y0 + 242, 410, y0 + 242)
self.form3.line(230, y0 + 252, 295, y0 + 252)
self.form3.line(230, y0 + 257, 410, y0 + 257)
self.form3.line(365, y0 + 262, 410, y0 + 262)
self.form3.line(295, y0 + 272, 410, y0 + 272)
self.form3.set_line_width(0.05)
self.form3.line(230, y0 + 237, 295, y0 + 237)
self.form3.line(230, y0 + 242, 295, y0 + 242)
self.form3.line(230, y0 + 247, 295, y0 + 247)
self.form3.line(230, y0 + 262, 295, y0 + 262)
self.form3.line(230, y0 + 267, 295, y0 + 267)
self.form3.line(230, y0 + 272, 295, y0 + 272)
self.form3.line(230, y0 + 277, 295, y0 + 277)
self.form3.line(230, y0 + 282, 295, y0 + 282)
self.form3.set_font("iso", "", 11)
self.form3.text(233, y0 + 255.75, "Зм.")
self.form3.text(240.75, y0 + 255.75, "Кільк.")
self.form3.text(252, y0 + 255.75, "Арк.")
self.form3.text(260.5, y0 + 255.75, "№док.")
self.form3.text(273, y0 + 255.75, "Підпис")
self.form3.text(286, y0 + 255.75, "Дата")
self.form3.text(231, y0 + 260.75, "Виконав")
self.form3.text(251, y0 + 260.75, "Бережний")
self.form3.text(367, y0 + 260.75, "Стадія")
self.form3.text(382.5, y0 + 260.75, "Аркуш")
self.form3.text(396.25, y0 + 260.75, "Аркушів")
self.form3.text(296, y0 + 275.75, self.title1)
self.form3.text(296, y0 + 280.75, self.title2)
self.form3.text(296, y0 + 285.75, self.title3)
self.form3.set_font("iso", "", 14)
self.form3.text(370, y0 + 268.75, "ЕП")
self.form3.text(386.5, y0 + 268.75, "1")
self.form3.text(401.5, y0 + 268.75, "1")
self.form3.text(336, y0 + 238.25, str(datetime.utcnow().strftime("%Y—%m—%d %H:%M")))
self.form3.image("static/images/logo_dark.png", 366.25, y0 + 273.25, 42.5, 12.5)
def _draw_specification(self, result_dict: dict, x=230, y=30, title: str = "Специфікація"):
x0 = x
y0 = y
self.form3.set_line_width(0.5)
self.form3.line(x0 + 0, y0 + 0, x0 + 180, y0 + 0)
self.form3.line(x0 + 0, y0 + 15, x0 + 180, y0 + 15)
self.form3.line(x0 + 0, y0 + 0, x0 + 0, y0 + 15 + self.count_of_lines * 8)
self.form3.line(x0 + 15, y0 + 0, x0 + 15, y0 + 15 + self.count_of_lines * 8)
self.form3.line(x0 + 75, y0 + 0, x0 + 75, y0 + 15 + self.count_of_lines * 8)
self.form3.line(x0 + 135, y0 + 0, x0 + 135, y0 + 15 + self.count_of_lines * 8)
self.form3.line(x0 + 145, y0 + 0, x0 + 145, y0 + 15 + self.count_of_lines * 8)
self.form3.line(x0 + 160, y0 + 0, x0 + 160, y0 + 15 + self.count_of_lines * 8)
self.form3.line(x0 + 180, y0 + 0, x0 + 180, y0 + 15 + self.count_of_lines * 8)
y = y0 + 23
self.form3.set_line_width(0.05)
i = 0
while i < self.count_of_lines:
self.form3.set_font("iso", "", 11)
self.form3.line(x0 + 0, y, x0 + 180, y)
i += 1
y += 8
self.form3.set_font("iso", "", 14)
self.form3.text(x0 + 85, y0 - 5, title)
self.form3.set_font("iso", "", 11)
self.form3.text(x0 + 5, y0 + 9.25, "Поз.")
self.form3.text(x0 + 35, y0 + 9.25, "Позначення")
self.form3.text(x0 + 94, y0 + 9.25, "Найменування")
self.form3.text(x0 + 135.5, y0 + 9.25, "Кільк.")
self.form3.text(x0 + 145.3, y0 + 7.25, "Маса од.,")
self.form3.text(x0 + 151, y0 + 11, "кг")
self.form3.text(x0 + 163, y0 + 9.25, "Примітка")
self.form3.set_font("iso", "U", 11)
self.form3.text(x0 + 88, y0 + 20.25 + 0 * 8, "Залізобетонні вироби")
self.form3.text(x0 + 90, y0 + 20.25 + 2 * 8, "Арматурні вироби")
self.form3.text(x0 + 96, y0 + 20.25 + 7 * 8, "Матеріали")
self.form3.set_font("iso", "", 11)
mark = []
for key in result_dict.keys():
mark.append(key)
text0 = f"Залізобетонна балка {mark[0]}"
mass = (int(self._result_dict[mark[0]][2]) + 500) * int(self._result_dict[mark[0]][3]) * int(self._result_dict[mark[0]][4]) * 2500 / 1e9
self.form3.text(x0 + 4, y0 + 20.25 + 1 * 8, mark[0])
self.form3.text(x0 + 76, y0 + 20.25 + 1 * 8, text0)
self.form3.text(x0 + 139, y0 + 20.25 + 1 * 8, '1')
self.form3.text(x0 + 148.5, y0 + 20.25 + 1 * 8, str(mass))
i = 3
for p in mark[1:]:
diameter = self._result_dict[p][1]
cl = self._result_dict[p][2]
length = int(self._result_dict[p][3] * 1000)
quantity = self._result_dict[p][0]
text1 = f"∅{diameter}{cl}; L={length}"
mass = round(pi * (diameter / 1000) ** 2 / 4 * 7850 * length / 1000, 3)
total_mass = f"{round(mass * quantity, 3)} кг"
self.form3.text(x0 + 6.5, y0 + 20.25 + i * 8, p)
self.form3.text(x0 + 16, y0 + 20.25 + i * 8, "ДСТУ 3760:2019")
self.form3.text(x0 + 76, y0 + 20.25 + i * 8, text1)
self.form3.text(x0 + 139, y0 + 20.25 + i * 8, f"{quantity}")
self.form3.text(x0 + 148.5, y0 + 20.25 + i * 8, f"{mass}")
self.form3.text(x0 + 162.5, y0 + 20.25 + i * 8, f"{total_mass}")
i += 1
volume = (int(self._result_dict[mark[0]][2]) + 500) * int(self._result_dict[mark[0]][3]) * int(self._result_dict[mark[0]][4]) / 1e9
self.form3.text(x0 + 16, y0 + 20.25 + 8 * 8, "ДСТУ Б В.2.7-176:2008")
self.form3.text(x0 + 76, y0 + 20.25 + 8 * 8, "Бетон класу С20/25")
self.form3.text(x0 + 162.5, y0 + 20.25 + 8 * 8, f"{volume}")
self.form3.text(x0 + 171, y0 + 20.25 + 8 * 8, f"м")
self.form3.set_font("iso", "", 7)
self.form3.text(x0 + 173, y0 + 19.25 + 8 * 8, "3")
class Report:
def __init__(self, data: DataSet):
self.output_path = os.path.join(data.data_path, "stats")
self.dataset_name = os.path.basename(data.data_path)
self.mapi_light_light_green = [210, 245, 226]
self.mapi_light_green = [5, 203, 99]
self.mapi_light_grey = [218, 222, 228]
self.mapi_dark_grey = [99, 115, 129]
self.pdf = FPDF("P", "mm", "A4")
self.pdf.add_page()
self.title_size = 20
self.h1 = 16
self.h2 = 13
self.h3 = 10
self.text = 10
self.small_text = 8
self.margin = 10
self.cell_height = 7
self.total_size = 190
self.stats = self._read_stats_file("stats.json")
def save_report(self, filename):
self.pdf.output(os.path.join(self.output_path, filename), "F")
def _make_table(self, columns_names, rows, row_header=False):
self.pdf.set_font("Helvetica", "", self.h3)
self.pdf.set_line_width(0.3)
columns_sizes = [int(self.total_size / len(rows[0]))] * len(rows[0])
if columns_names:
self.pdf.set_draw_color(*self.mapi_light_grey)
self.pdf.set_fill_color(*self.mapi_light_grey)
for col, size in zip(columns_names, columns_sizes):
self.pdf.rect(
self.pdf.get_x(),
self.pdf.get_y(),
size,
self.cell_height,
style="FD",
)
self.pdf.set_text_color(*self.mapi_dark_grey)
self.pdf.cell(size, self.cell_height, col, align="L")
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.cell_height)
self.pdf.set_draw_color(*self.mapi_light_grey)
self.pdf.set_fill_color(*self.mapi_light_light_green)
for row in rows:
for i, (col, size) in enumerate(zip(row, columns_sizes)):
if i == 0 and row_header:
self.pdf.set_draw_color(*self.mapi_light_grey)
self.pdf.set_fill_color(*self.mapi_light_grey)
self.pdf.rect(
self.pdf.get_x(),
self.pdf.get_y(),
size,
self.cell_height,
style="FD",
)
self.pdf.set_text_color(*self.mapi_dark_grey)
if i == 0 and row_header:
self.pdf.set_draw_color(*self.mapi_light_grey)
self.pdf.set_fill_color(*self.mapi_light_light_green)
self.pdf.cell(size, self.cell_height, col, align="L")
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.cell_height)
def _read_stats_file(self, filename):
file_path = os.path.join(self.output_path, filename)
with io.open_rt(file_path) as fin:
return io.json_load(fin)
def _make_section(self, title):
self.pdf.set_font("Helvetica", "B", self.h1)
self.pdf.set_text_color(*self.mapi_dark_grey)
self.pdf.cell(0, self.margin, title, align="L")
self.pdf.set_xy(self.margin, self.pdf.get_y() + 1.5 * self.margin)
def _make_subsection(self, title):
self.pdf.set_xy(self.margin, self.pdf.get_y() - 0.5 * self.margin)
self.pdf.set_font("Helvetica", "B", self.h2)
self.pdf.set_text_color(*self.mapi_dark_grey)
self.pdf.cell(0, self.margin, title, align="L")
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
def _make_centered_image(self, image_path, desired_height):
width, height = PIL.Image.open(image_path).size
resized_width = width * desired_height / height
if resized_width > self.total_size:
resized_width = self.total_size
desired_height = height * resized_width / width
self.pdf.image(
image_path,
self.pdf.get_x() + self.total_size / 2 - resized_width / 2,
self.pdf.get_y(),
h=desired_height,
)
self.pdf.set_xy(self.margin,
self.pdf.get_y() + desired_height + self.margin)
def make_title(self):
# title
self.pdf.set_font("Helvetica", "B", self.title_size)
self.pdf.set_text_color(*self.mapi_light_green)
self.pdf.cell(0, self.margin, "OpenSfM Quality Report", align="C")
self.pdf.set_xy(self.margin, self.title_size)
# version number
try:
out, _ = subprocess.Popen(
["git", "describe", "--tags"],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
).communicate()
version = out.strip().decode()
except BaseException as e:
logger.warning(
f"Exception thrwon while extracting 'git' version, {e}")
version = ""
# indicate we don't know the version
version = "unknown" if version == "" else version
self.pdf.set_font("Helvetica", "", self.small_text)
self.pdf.set_text_color(*self.mapi_dark_grey)
self.pdf.cell(0,
self.margin,
f"Processed with OpenSfM version {version}",
align="R")
self.pdf.set_xy(self.margin, self.pdf.get_y() + 2 * self.margin)
def make_dataset_summary(self):
self._make_section("Dataset Summary")
rows = [
["Dataset", self.dataset_name],
["Date", self.stats["processing_statistics"]["date"]],
[
"Area Covered",
f"{self.stats['processing_statistics']['area']/1e6:.6f} km²",
],
[
"Processing Time",
f"{self.stats['processing_statistics']['steps_times']['Total Time']:.2f} seconds",
],
]
self._make_table(None, rows, True)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
def _has_meaningful_gcp(self):
return (self.stats["reconstruction_statistics"]["has_gcp"]
and "average_error" in self.stats["gcp_errors"])
def make_processing_summary(self):
self._make_section("Processing Summary")
rec_shots, init_shots = (
self.stats["reconstruction_statistics"]
["reconstructed_shots_count"],
self.stats["reconstruction_statistics"]["initial_shots_count"],
)
rec_points, init_points = (
self.stats["reconstruction_statistics"]
["reconstructed_points_count"],
self.stats["reconstruction_statistics"]["initial_points_count"],
)
geo_string = []
if self.stats["reconstruction_statistics"]["has_gps"]:
geo_string.append("GPS")
if self._has_meaningful_gcp():
geo_string.append("GCP")
ratio_shots = rec_shots / init_shots * 100 if init_shots > 0 else -1
rows = [
[
"Reconstructed Images",
f"{rec_shots} over {init_shots} shots ({ratio_shots:.1f}%)",
],
[
"Reconstructed Points",
f"{rec_points} over {init_points} points ({rec_points/init_points*100:.1f}%)",
],
[
"Reconstructed Components",
f"{self.stats['reconstruction_statistics']['components']} component",
],
[
"Detected Features",
f"{self.stats['features_statistics']['detected_features']['median']} features",
],
[
"Reconstructed Features",
f"{self.stats['features_statistics']['reconstructed_features']['median']} features",
],
["Geographic Reference", " and ".join(geo_string)],
]
row_gps_gcp = [" / ".join(geo_string) + " errors"]
geo_errors = []
if self.stats["reconstruction_statistics"]["has_gps"]:
geo_errors.append(
f"{self.stats['gps_errors']['average_error']:.2f}")
if self._has_meaningful_gcp():
geo_errors.append(
f"{self.stats['gcp_errors']['average_error']:.2f}")
row_gps_gcp.append(" / ".join(geo_errors) + " meters")
rows.append(row_gps_gcp)
self._make_table(None, rows, True)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
topview_height = 130
topview_grids = [
f for f in os.listdir(self.output_path) if f.startswith("topview")
]
self._make_centered_image(
os.path.join(self.output_path, topview_grids[0]), topview_height)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
def make_processing_time_details(self):
self._make_section("Processing Time Details")
columns_names = list(
self.stats["processing_statistics"]["steps_times"].keys())
formatted_floats = []
for v in self.stats["processing_statistics"]["steps_times"].values():
formatted_floats.append(f"{v:.2f} sec.")
rows = [formatted_floats]
self._make_table(columns_names, rows)
self.pdf.set_xy(self.margin, self.pdf.get_y() + 2 * self.margin)
def make_gps_details(self):
self._make_section("GPS/GCP Errors Details")
# GPS
for error_type in ["gps", "gcp"]:
rows = []
columns_names = [error_type.upper(), "Mean", "Sigma", "RMS Error"]
if "average_error" not in self.stats[error_type + "_errors"]:
continue
for comp in ["x", "y", "z"]:
row = [comp.upper() + " Error (meters)"]
row.append(
f"{self.stats[error_type + '_errors']['mean'][comp]:.3f}")
row.append(
f"{self.stats[error_type +'_errors']['std'][comp]:.3f}")
row.append(
f"{self.stats[error_type +'_errors']['error'][comp]:.3f}")
rows.append(row)
rows.append([
"Total",
"",
"",
f"{self.stats[error_type +'_errors']['average_error']:.3f}",
])
self._make_table(columns_names, rows)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
def make_features_details(self):
self._make_section("Features Details")
heatmap_height = 60
heatmaps = [
f for f in os.listdir(self.output_path) if f.startswith("heatmap")
]
self._make_centered_image(os.path.join(self.output_path, heatmaps[0]),
heatmap_height)
if len(heatmaps) > 1:
logger.warning("Please implement multi-model display")
columns_names = ["", "Min.", "Max.", "Mean", "Median"]
rows = []
for comp in ["detected_features", "reconstructed_features"]:
row = [comp.replace("_", " ").replace("features", "").capitalize()]
for t in columns_names[1:]:
row.append(
f"{self.stats['features_statistics'][comp][t.replace('.', '').lower()]:.0f}"
)
rows.append(row)
self._make_table(columns_names, rows)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
def make_reconstruction_details(self):
self._make_section("Reconstruction Details")
rows = [
[
"Average Reprojection Error (normalized / pixels)",
(f"{self.stats['reconstruction_statistics']['reprojection_error_normalized']:.2f} / "
f"{self.stats['reconstruction_statistics']['reprojection_error_pixels']:.2f}"
),
],
[
"Average Track Length",
f"{self.stats['reconstruction_statistics']['average_track_length']:.2f} images",
],
[
"Average Track Length (> 2)",
f"{self.stats['reconstruction_statistics']['average_track_length_over_two']:.2f} images",
],
]
self._make_table(None, rows, True)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 1.5)
residual_histogram_height = 60
residual_histogram = [
f for f in os.listdir(self.output_path)
if f.startswith("residual_histogram")
]
self._make_centered_image(
os.path.join(self.output_path, residual_histogram[0]),
residual_histogram_height,
)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
def make_camera_models_details(self):
self._make_section("Camera Models Details")
for camera, params in self.stats["camera_errors"].items():
residual_grids = [
f for f in os.listdir(self.output_path)
if f.startswith("residuals_" + str(camera.replace("/", "_")))
]
if not residual_grids:
continue
initial = params["initial_values"]
optimized = params["optimized_values"]
names = [""] + list(initial.keys())
rows = []
rows.append(["Initial"] + [f"{x:.4f}" for x in initial.values()])
rows.append(["Optimized"] +
[f"{x:.4f}" for x in optimized.values()])
self._make_subsection(camera)
self._make_table(names, rows)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
residual_grid_height = 100
self._make_centered_image(
os.path.join(self.output_path, residual_grids[0]),
residual_grid_height)
def make_tracks_details(self):
self._make_section("Tracks Details")
matchgraph_height = 80
matchgraph = [
f for f in os.listdir(self.output_path)
if f.startswith("matchgraph")
]
self._make_centered_image(
os.path.join(self.output_path, matchgraph[0]), matchgraph_height)
histogram = self.stats["reconstruction_statistics"][
"histogram_track_length"]
start_length, end_length = 2, 10
row_length = ["Length"]
for length, _ in sorted(histogram.items(), key=lambda x: int(x[0])):
if int(length) < start_length or int(length) > end_length:
continue
row_length.append(length)
row_count = ["Count"]
for length, count in sorted(histogram.items(),
key=lambda x: int(x[0])):
if int(length) < start_length or int(length) > end_length:
continue
row_count.append(f"{count}")
self._make_table(None, [row_length, row_count], True)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
def add_page_break(self):
self.pdf.add_page("P")
def generate_report(self):
self.make_title()
self.make_dataset_summary()
self.make_processing_summary()
self.add_page_break()
self.make_features_details()
self.make_reconstruction_details()
self.add_page_break()
self.make_tracks_details()
self.make_camera_models_details()
self.add_page_break()
self.make_gps_details()
self.make_processing_time_details()
class Invoice:
""" The model for the invoice resource """
def __init__(self, data):
""" Creates an invoice instance with the passed data and the FPDF library """
self.pdf = FPDF()
self.data = data
self.pdf.set_title(f'{self.data["company_name"]} invoice')
self.pdf.set_title('invoice')
self.pdf.set_font('Arial', 'B', 8)
def write_invoice_content(self, total, pages):
""" The central function for writing invoice content based on invoice data in instance """
all_products = self.data['products']
if len(all_products) <= 10:
last_page = True
# 10 or less products posted to service, thus only one page required
self.pdf.add_page()
self.write_header()
self.write_content(total, all_products, last_page)
else:
# more than 10 products posted to service, 2 or more pages required
for i in range(pages):
if i == pages - 1: # if current page we're writing to is the last page, then set flag to true
last_page = True
else:
last_page = False
first_index = 0 + i * 10
second_index = 10 + i * 10
products = all_products[
first_index:
second_index] # products on a given page will be a sublist of all products...
# ... based on page number so that a page always has 10 products
self.pdf.add_page()
self.write_header()
self.write_content(total, products, last_page)
def write_header(self):
""" Draws the generic header content on the first page of the invoice """
#image and title
self.pdf.image('invoice_pic.png', 10, 8, 25, 25)
self.pdf.set_font('Arial', size=22)
self.write_text(34, 25, 'Generic Invoice Service')
#invoice
self.pdf.set_font('Arial', size=30)
self.write_text(155, 30, 'Invoice')
#date, invoice number, and period
self.pdf.set_font('Arial', size=12)
self.write_text(155, 38, f'Date: {self.data["date"]}')
self.write_text(155, 44,
f'Invoice Number: {self.data["invoice_number"]}')
self.write_text(155, 50, f'Period: {self.data["period"]}')
#to and from
self.write_text(35, 54, f'From: {self.data["company_name"]}')
self.write_text(35, 60, f'To: {self.data["invoice_to"]}')
def write_content(self, total, products, last_page):
""" Draws the cells for products and the writes the products to the pages """
#draw cells
self.pdf.set_line_width(0.2)
self.pdf.set_xy(15, 70)
self.pdf.cell(180, 190, '', border=1)
self.pdf.set_xy(15, 70)
self.pdf.cell(125, 190, '', border=1)
self.pdf.set_xy(110, 70)
self.pdf.cell(30, 190, '', border=1)
self.pdf.set_xy(140, 70)
self.pdf.cell(30, 190, '', border=1)
#write titles and underline (line width 0.5mm, then reset to default)
self.pdf.set_font('Arial', 'B', 12)
self.write_text(18, 75, 'Product name:')
self.write_text(112, 75, 'SKU:')
self.write_text(142, 75, 'Quantity:')
self.write_text(172, 75, 'Price:')
self.pdf.set_line_width(0.3)
self.pdf.line(15, 76.5, 195, 76.5)
self.pdf.set_line_width(0.2)
self.pdf.set_font('Arial', size=10)
y = 81
for product in products:
title = product['title']
quantity = product['quantity']
price = product['price']
sku = product['sku']
if len(title) > 30:
title = title[
0:
26] + '...' # truncating title and suffixing with dots, if product title longer than 30 chars
self.write_text(18, y, title)
self.write_text(112, y, str(sku))
self.write_text(142, y, str(quantity))
self.write_text(172, y, str(price))
y += 5
if last_page: #if the the page we're currently writing to is the last page, then..
#draw total amount cell
self.pdf.set_xy(140, 260)
self.pdf.cell(55, 15, '', border=1)
#draw total amount value
self.pdf.set_font('Arial', 'B', 22)
self.write_text(145, 270, '$' + str(total) + ' due')
def write_notes(self):
""" Creates the last page and adds """
self.pdf.add_page()
self.pdf.set_font('Arial', 'B', 14)
self.write_text(10, 20, 'Notes:')
self.pdf.set_line_width(0.5)
self.pdf.line(10, 21, 25, 21)
self.pdf.set_font('Arial', size=8)
self.pdf.set_xy(10, 25)
self.pdf.write(5, self.data['notes'])
def write_text(self, x, y, text):
""" A function to write text to some coordinates on a page of the invoice """
self.pdf.text(x, y, text)
def output(self, filename):
""" A function to save the file locally with the passed filename """
self.pdf.output(filename, 'F')
class YaFTe():
def __init__(self, filename):
with open(filename, 'r') as f:
self.tconfig = yaml.load(f.read())
self.tconfig.pop('templates', {})
self.elements = {}
self.pdf = FPDF(**self.get_fpdfoptions(), unit="mm")
self.add_fonts()
self.set_docoptions()
self.prepare_elements()
self.pdf.set_auto_page_break(False)
def get_fpdfoptions(self):
options = {}
try:
options['format'] = self.tconfig['docoptions'].pop('format', 'A4')
options['orientation'] = self.tconfig['docoptions'].pop(
'orientation', 'portrait')
except:
MissingParameterError('docoptions')
return options
def add_fonts(self):
for name, spec in self.tconfig['docoptions'].pop('fonts', {}).items():
self.pdf.add_font(name, **spec)
def add_page(self, debug=False, **kwargs):
self.pdf.add_page()
for key, element in sorted(self.elements.items(),
key=lambda x: x[1]['priority']):
current_element = element.copy()
if debug:
current_element['text'] = key
if current_element['type'] == 'image':
current_element['type'] = 'text'
elif key in kwargs:
if 'format' in current_element:
current_element['text'] = current_element['format'].format(
kwargs[key])
else:
current_element['text'] = str(kwargs[key])
self.add_to_page(current_element)
pass
def add_to_page(self, element):
try:
type = element.pop('type', 'unknown')
getattr(self, 'element_{0}'.format(type))(**element)
except Exception as e:
print(e)
pass
def output(self, *args, **kwargs):
return self.pdf.output(*args, **kwargs)
def set_docoptions(self):
for key, value in self.tconfig.pop('docoptions', {}).items():
getattr(self.pdf, 'set_{0}'.format(key))(value)
def prepare_elements(self):
defaults = self.tconfig.pop('defaults', {})
for key, telement in self.tconfig.items():
elem = defaults.copy()
elem.update(telement)
try:
def setreplace(dct, key, replace):
if not key in dct:
dct[key] = replace(dct)
except KeyError as ke:
raise MissingParameterError(key) from ke
self.elements[key] = elem
def __getitem__(self, name):
if name in self.elements:
return self.elements[name]['text']
def __setitem__(self, name, value):
if name in self.elements:
self.elements[name]['text'] = value
else:
raise KeyError('{name} is no element'.format(name=name))
def element_text(self,
x,
y,
w,
h,
text,
font,
size,
style='',
align='L',
foreground=None,
border=0,
bordercolor=0,
fill=False,
background=None,
multiline=False,
**kwargs):
if background is not None:
self.pdf.set_fill_color(*rgb(background))
if foreground is not None:
self.pdf.set_text_color(*rgb(foreground))
if bordercolor is not None:
self.pdf.set_draw_color(*rgb(bordercolor))
self.pdf.set_font(font, style, size)
self.pdf.set_xy(x, y)
if not multiline in [1, True, 'true']:
self.pdf.cell(w=w,
h=h,
txt=text,
border=border,
ln=0,
align=align,
fill=fill)
else:
self.pdf.multi_cell(w=w,
h=self.pdf.k * size / 10 * 1.2,
txt=text,
border=border,
align='J')
def element_box(self,
x,
y,
w,
h,
border,
background=0,
bordercolor=0xFFFFFF,
style='D',
**kwargs):
if background is not None:
self.pdf.set_fill_color(*rgb(background))
if bordercolor is not None:
self.pdf.set_draw_color(*rgb(bordercolor))
self.pdf.rect(x, y, w, h, style=style)
pass
def element_rect(self, **kwargs):
self.rect(**kwargs, style='F')
pass
def element_image(self, x, y, w, h, text, link='', type='', **kwargs):
self.pdf.image(text, x, y, w, h, type=type, link=link)
pass
def element_unknown(self, type, **kwargs):
print('detected unknown type: {0}'.format(type))
pass
# PyFPDF documentation
# https://pyfpdf.readthedocs.io/en/latest/index.html
#################################################################
# First Page - Trying out the methods #
#################################################################
# Generate FPDF object and add page
# FPDF(orientation, unit, format)
pdf = FPDF("P", "mm", "A4")
pdf.add_page()
# fpdf.set_font(family, style = '', size = 0)
# Before writing text
pdf.set_font("Arial", "B", 16)
# fpdf.text(x: float, y: float, txt: str)
# Must specify `x,y`
"""
pdf.text(10,10,"Hello, World")
wi = pdf.get_string_width("Hello, World ")
pdf.text(10+wi,10,"Goodbye, World")
"""
# fpdf.cell(w, h = 0, txt = '', border = 0, ln = 0, align = '', fill = False, link = '')
# Rely on cursor for `x,y`
pdf.cell(0, 10, "Hello, World", 1, 1, "C")
pdf.set_font("Courier", "", 14)
pdf.cell(95, 10, "print('Hello, World')", 1, 0, "C")
from fpdf import FPDF
# https://python-scripts.com/create-pdf-pyfpdf -- источник
pdf = FPDF(orientation='P', unit='mm', format='A4')
pdf.add_page()
pdf.set_font("Arial", size=12)
pdf.cell(200, 10, txt="Welcome to Python!", ln=1, align="C")
pdf.output("simple_demo.pdf")
def print_results(analysed_models):
create_images(analysed_models)
# create individual results
output_file = open("./Results/inidivudal_results.txt", 'w')
output_file.write(
"------------------------------Analysis results---------------------------------------"
+ "\n" + "\n")
output_file.write(
"############################################################################"
+ "\n")
output_file.write("Individual Model Samples: " + "\n")
output_file.write(
"############################################################################"
+ "\n" + "\n")
for model in analysed_models:
output_file.write("\t" + "metadata:" + "\n")
output_file.write("\t" + "\t" + "Name: " + model.name + "\n" + "\n")
output_file.write("\t" + "Length metrics:" + "\n")
output_file.write("\t" + "\t" + "Source Lines of Code (SLOC) = " +
str(model.sloc) + "\n" + "\n")
output_file.write("\t" + "Halstead metrics:" + "\n")
output_file.write("\t" + "\t" + "Halstead Program Length = " +
str(model.h_prog_length) + "\n")
output_file.write("\t" + "\t" + "Halstead Vocabulary Length = " +
str(model.h_vocab_length) + "\n")
output_file.write("\t" + "\t" + "Halstead Program Volume = " +
str(model.h_prog_vollume) + "\n")
output_file.write("\t" + "\t" + "Halstead Program Difficulty = " +
str(model.h_prog_diff) + "\n")
output_file.write("\t" + "\t" + "Halstead Programming Effort = " +
str(model.h_prog_effort) + "\n")
output_file.write("\t" + "\t" + "Halstead Language Level = " +
str(model.h_lang_lvl) + "\n")
output_file.write("\t" + "\t" + "Halstead Intelligence Content = " +
str(model.h_int_content) + "\n")
output_file.write("\t" + "\t" + "Halstead Programming Time = " +
str(model.h_prog_time) + "\n" + "\n")
output_file.write("\t" + "Control Flow metrics:" + "\n")
output_file.write("\t" + "\t" + "McCabe's Cyclomatic complexity = " +
"TBD" + "\n")
output_file.write(
"############################################################################"
+ "\n" + "\n")
#create PDF with overal image results
pdf = FPDF()
pdf.add_page()
pdf.set_xy(0, 0)
pdf.set_font('arial', 'B', 30)
pdf.cell(60)
pdf.cell(75, 10, "Analysis Results", 0, 2, 'C')
pdf.cell(-60)
pdf.set_font('arial', 'B', 20)
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.cell(75, 10, "Full Sample results:", 0, 2, 'C')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.set_font('arial', 'B', 15)
pdf.cell(75, 10, "Size metrics:", 0, 2, 'C')
pdf.image("./Results/SLOC.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.cell(75, 10, "Halstead metrics:", 0, 2, 'C')
pdf.image("./Results/prog_length.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.image("./Results/vocab_length.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.image("./Results/prog_vollume.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.image("./Results/prog_diffic.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.image("./Results/prog_effort.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.image("./Results/lang_level.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.image("./Results/i_cont.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.cell(75, 10, "", 0, 2, 'C')
pdf.image("./Results/p_time.png",
x=None,
y=None,
w=200,
h=175,
type='',
link='')
pdf.output('./Results/Sample_Results.pdf', 'F')
def gen_pdf_pages(mol_keys, results):
sort_pages = [
mol_keys[i * 3:(i + 1) * 3]
for i in range((len(mol_keys) + 3 - 1) // 3)
]
counter = 1
pages = []
for page in sort_pages:
pdf = FPDF()
pdf.add_font("DejaVu", "", ttf_path, uni=True)
pdf.add_page()
img_place_y = 10
txt_place_y = 15
num_place_y = 98
for mol_n in page:
pdf.set_font("DejaVu", "", 10)
pdf.image(f"{mol_n}.png", 10, img_place_y, 90)
os.remove(f"{mol_n}.png")
pdf.rect(10, img_place_y, 190, 90)
pdf.dashed_line(100, img_place_y, 100, img_place_y + 90)
pdf.text(12, num_place_y, str(counter))
counter += 1
img_place_y += 94
num_place_y += 94
txt_space_y = 0
line_counter = 0
props_list = list(results[mol_n]["props"].items())
for tag in props_list:
entry_length = len(str(tag[0])) + len(str(tag[1])) + 2
if entry_length <= 45:
line_counter += 1
else:
line_counter += 2
if line_counter <= 17:
size = 10
write_props(pdf, props_list, txt_place_y, txt_space_y, size)
elif 17 < line_counter <= 19:
size = 9
write_props(pdf, props_list, txt_place_y, txt_space_y, size)
elif 19 < line_counter <= 21:
size = 8
write_props(pdf, props_list, txt_place_y, txt_space_y, size)
elif 21 < line_counter <= 23:
size = 7
write_props(pdf, props_list, txt_place_y, txt_space_y, size)
elif 23 < line_counter <= 25:
size = 6
write_props(pdf, props_list, txt_place_y, txt_space_y, size)
elif 25 < line_counter <= 27:
size = 5
write_props(pdf, props_list, txt_place_y, txt_space_y, size)
else:
size = 5
write_props_list = props_list[:27]
write_props(pdf, write_props_list, txt_place_y, txt_space_y,
size)
txt_place_y += 94
out = f"{counter}.pdf"
pdf.output(out)
pages.append(f"{counter}.pdf")
return pages
elif organism == "Mus musculus":
picture = mouse
red = 160
green = 160
blue = 160
alignment = "C"
else:
picture = sadness
red = 255
green = 0
blue = 0
alignment = "L"
pdf = FPDF() #creating a PDF file
pdf.add_page() #adding a page to the newly created PDF file
pdf.set_font('Courier', size=24) #specifying the font and size
pdf.cell(100, 20, txt=query_name, ln=1,
align="L") #first line is query name aligned left
pdf.cell(100, 20, txt=query_length, ln=1,
align="L") #second line is query length
pdf.cell(100, 20, txt=hit_organism, ln=1,
align="L") #third line is hit organism
pdf.cell(100, 20, txt=hit_gene, ln=1, align="L") #fourth line is hit gene
pdf.cell(100, 20, txt=evalue, ln=1, align="L") #fifth line is the evalue
pdf.set_text_color(int(red), int(green),
int(blue)) #changing the colour of the subsequent text
pdf.multi_cell(
200, 10, txt=picture, align=alignment
) #over multiple lines, we are printing out the final organism picture
ts = str(int(time.time())) #makes a time stamp so we don't write over files
def makePDF(customerData):
# declare location of PDFs to use
overlay_pdf_file_name = 'overlay_PDF.pdf' # textOverSuccess.pdf
pdf_template_file_name = 'background.pdf' # base_PDF_template
pdf = FPDF('P', 'mm', 'letter') # paragraph oriented, millimeters measured, letter page sized
pdf.add_page()
pdf.set_font('Arial', '', 14) # font, style ('' means normal), 14pt
### test dictionary for overlay data
### WORKS
# result_pdf_file_name = "./pdfs/" + customerData['person_name'] + ".pdf"
form_dictionary = \
{
'form': 'ACCT',
'data': [
{ 'x': 13, 'y': 146, 'w': 94, 'h': 5.5, 'value': customerData['person_name'] },
{ 'x': 108, 'y': 146, 'w': 23, 'h': 5.5, 'value': '1450' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
{ 'x': 133, 'y': 146, 'w': 22, 'h': 5.5, 'value': 'iterating make another' },
]
}
# adds form data to overlay pdf
for field in range(0, len(form_dictionary['data'])):
pdf.set_xy(form_dictionary['data'][field]['x'], form_dictionary['data'][field]['y'])
pdf.cell(form_dictionary['data'][field]['w'], form_dictionary['data'][field]['h'], form_dictionary['data'][field]['value'])
# ready to overlay to watermark template
pdf.output('overlay_PDF.pdf')
pdf.close()
### this takes the overlay data and merges it with the watermark template
### WORKS
with open("./polls/background.pdf", 'rb') as pdf_template_file, open(overlay_pdf_file_name, 'rb') as overlay_PDF_file:
# open watermark template pdf object
pdf_template = PdfFileReader(pdf_template_file)
# open overlay data pdf object
overlay_PDF = PdfFileReader(overlay_PDF_file)
template_total_pages = pdf_template.getNumPages()
# iterate through each page to flatten overlay data and watermark template
for page_number in range(0, template_total_pages):
# get each page from watermark template
template_page = pdf_template.getPage(page_number)
# merge overlay data to watermark template
template_page.mergePage(overlay_PDF.getPage(page_number))
# write result to new PDF
output_pdf = PdfFileWriter()
output_pdf.addPage(template_page)
with open(result_pdf_file_name, 'wb') as result_pdf_file:
output_pdf.write(result_pdf_file)
def Generate_Report(name, gender, age, mobile, sc, Scale, scan):
#create pdf object
pdf = FPDF(
orientation='P', unit='mm', format='A4'
) #orientation = ['P','L'], unit = ['mm','cm'], format = ['A3','A4','A5','letter','legal']
#add a new page
pdf.add_page()
#set font to pdf object
pdf.set_font("Arial", 'B', size=16)
pdf.set_text_color(255, 0, 0)
#add logo as header
img_path = 'logo.png'
sp = "\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t"
title = 'Automated Diabetic Retinopathy Severity Identification'
exs = 'Not Found'
hms = 'Not Found'
ma = 'Not Found'
if (sc == 0):
dr = 'Negative'
else:
dr = 'Positive'
if Scale == 0:
scale = 'None'
ma = 'None'
exs = 'None'
hms = 'None'
elif Scale == 1:
scale = 'Mild'
ma = 'Present'
elif Scale == 2:
scale = 'Moderate'
ma = 'Present'
elif Scale == 3:
scale = 'Severe'
ma = 'Present'
exs = 'Formed'
hms = 'Found'
else:
scale = 'Proliferative'
ma = 'Present'
exs = 'Formed'
hms = 'Found'
pdf.image(img_path, x=80, y=8, w=60, h=20)
pdf.ln(20)
# Add Title
pdf.cell(20)
pdf.cell(20, 5, title, ln=1)
pdf.ln(0.2)
pdf.set_font("Arial", size=10)
pdf.set_text_color(0, 0, 0)
pdf.cell(0, 5, 'Date: %s' % date.today().strftime("%b-%d-%Y"), ln=0)
pdf.cell(0, 5, "Shaik Nagur Shareef (+91 8309913300)", align="R", ln=1)
#draw line
pdf.set_line_width(0.5)
pdf.line(10, 40, 200, 40)
pdf.ln(2)
pdf.set_font("Arial", 'B', size=12)
pdf.set_text_color(0, 0, 255)
pdf.cell(0, 5, "Patient Details", align="C", ln=1)
pdf.set_font("Arial", size=12)
pdf.set_text_color(0, 0, 0)
pdf.ln(5)
pdf.cell(0, 5, "Name :" + sp + sp + sp + name, align="L", ln=1)
pdf.ln(2)
pdf.cell(0, 5, "Gender :" + sp + sp + sp + gender, align="L", ln=1)
pdf.ln(2)
pdf.cell(0,
5,
"Age \t\t:" + sp + sp + sp + str(age) + " years",
align="L",
ln=1)
pdf.ln(2)
pdf.cell(0,
5,
"Mobile \t\t:" + sp + sp + sp + str(mobile),
align="L",
ln=1)
pdf.ln(5)
pdf.set_font("Arial", 'B', size=12)
pdf.set_text_color(0, 0, 255)
pdf.cell(0, 5, "Diagonosis Report", align="C", ln=1)
pdf.set_font("Arial", size=12)
pdf.set_text_color(0, 0, 0)
pdf.ln(5)
pdf.cell(0, 5, "Diabetic Retinopathy :" + sp + sp + dr, align="L", ln=1)
pdf.ln(2)
pdf.cell(0,
5,
"Severity \t\t\t\t\t\t\t\t:" + sp + sp + scale,
align="L",
ln=1)
pdf.ln(2)
pdf.cell(0,
5,
"Micro Aneurysms \t\t\t\t\t\t:" + sp + sp + ma,
align="L",
ln=1)
pdf.ln(2)
pdf.cell(0,
5,
"Hemorrhages \t\t:" + sp + sp + hms,
align="L",
ln=1)
pdf.ln(2)
pdf.cell(0,
5,
"Exudates \t\t\t\t\t\t:" + sp + sp + exs,
align="L",
ln=1)
pdf.ln(10)
#add Scan
pdf.image(scan, x=40, y=140, w=128, h=128)
# save file
pdf.output("static/Reports/" + name + ".pdf")
def stickers_simple(col = 3, rows = 7, skip = 0, comp = [], store = None, pozice = None):
page = 0
page_cols = col
page_rows = rows
page_cells = page_cols * page_rows
cell_w = 210/page_cols
cell_h = 297/page_rows
stock_identificator = store
print ("pozadovany format je 70x42")
pdf = FPDF('P', 'mm', format='A4')
pdf.add_font('pt_sans', '', 'static/pt_sans/PT_Sans-Web-Regular.ttf', uni=True)
pdf.add_font('pt_sans-bold', '', 'static/pt_sans/PT_Sans-Web-Bold.ttf', uni=True)
pdf.set_font('pt_sans-bold', '', 12)
pdf.set_auto_page_break(False)
pdf.add_page()
for i, component in enumerate(comp):
i += skip
# id = component['name'].strip().replace('/', '_')
id = str(component['_id'])
barcode = str(int(id, 16))
code128.image(barcode).save("static/tmp/barcode/%s.png"%(id))
if i != 0 and i%(page_cells) == 0:
page += 1
pdf.add_page()
print("New PAGE --- ", i, i%page_cells)
row = int(i/page_cols)-page*page_rows
column = i%page_cols
cell_x = column*cell_w
cell_y = row*cell_h
pdf.set_xy(cell_x+3, cell_y+6.75)
if len(component['name'])<23:
pdf.set_font('pt_sans-bold', '', 14)
else:
pdf.set_font('pt_sans-bold', '', 10)
pdf.cell(cell_w-10, 0, component['name'][:35])
pdf.set_xy(cell_x+1, cell_y+9)
pdf.image('static/tmp/barcode/%s.png'%(id), w = cell_w-2, h=6)
pdf.set_font('pt_sans', '', 9.5)
pdf.set_xy(cell_x+3, cell_y+22)
try:
pdf.multi_cell(cell_w-6, 3.4, component['description'][:190])
except Exception as e:
pdf.multi_cell(cell_w-10, 5, "ERR" + repr(e))
#pdf.set_xy(cell_x+3, cell_y+12)
#pdf.set_font('pt_sans', '', 7.5)
#pdf.cell(cell_w-10, 10, id + " | " + str(datetime.date.today()) )
pos = pozice(bson.ObjectId(id), stock = stock_identificator['_id'], primary = True)
if len(pos) > 0:
pos = pos[0]['info'][0]['name']
print("POZ", pos)
else:
pos = ""
pdf.set_font('pt_sans', '', 7.5)
#pdf.set_xy(cell_x+3, cell_y+15)
#pdf.cell(cell_w-10, 10, str(stock_identificator['code']) + " | " + str(pos) + " | " + ','.join(component['category']))
pdf.set_xy(cell_x+3, cell_y+12)
pdf.cell(cell_w-10, 10, str(datetime.date.today()) + " | " + ','.join(component['category']))
pdf.set_xy(cell_x+3, cell_y+15)
pdf.cell(cell_w-10, 10, str(stock_identificator['code']) + " | " + str(pos))
print("Generovani pozice...")
return pdf
# Example of unicode support based on tfPDF
# http://www.fpdf.org/en/script/script92.php
from fpdf import FPDF
import sys
pdf = FPDF()
pdf.add_page()
# Add a Unicode font (uses UTF-8)
pdf.add_font('DejaVu', '', 'DejaVuSansCondensed.ttf', uni=True)
pdf.set_font('DejaVu', '', 14)
fn = 'ex.pdf'
# Load a UTF-8 string from a file and print it
txt = open('HelloWorld.txt').read()
pdf.write(8, txt)
# Select a standard font (uses windows-1252)
pdf.set_font('Arial', '', 14)
pdf.ln(10)
pdf.write(5, 'The file size of this PDF is only 12 KB.')
pdf.output(fn, 'F')
import os
try:
os.startfile(fn)
except:
os.system("evince %s" % fn)
"""
Example PDF file generation using PyPDF package.
See documentation at
https://pyfpdf.readthedocs.io/en/latest/index.html
git clone https://github.com/reingart/pyfpdf.git
sudo python3 setup.py install
"""
from fpdf import FPDF
pdf = FPDF()
pdf.add_page(orientation='L', format='A4')
pdf.set_font('Arial', 'B', 16)
pdf.cell(40, 10, 'Hello World!')
pdf.output('pyfpdf_output.pdf', 'F')
