def table(self, pdf: FPDF, header: list, data):
pdf.set_fill_color(200)
pdf.set_line_width(.3)
pdf.set_font('', 'B')
w = [15, 100, 45, 25]
for i in range(len(header)):
pdf.cell(w[i], 7, header[i], 1, 0, 'C')
pdf.ln()
pdf.set_font('')
fill = False
for row in data:
if pdf.get_y() > 250:
border = 'LRT'
else:
border = 'LR'
pdf.cell(w[0], 6, str(row.inventory_supply.id), border, 0, 'L',
fill)
pdf.cell(w[1], 6,
self.removeSpecialCharacters(row.inventory_supply.name),
border, 0, 'L', fill)
username = "******" if row.checked_by is None else self.removeSpecialCharacters(
row.checked_by.username)
pdf.cell(w[2], 6, username, border, 0, 'C', fill)
pdf.cell(w[3], 6, '', border, 0, 'C', fill)
pdf.ln()
fill = not fill
if pdf.get_y() > 250:
pdf.cell(sum(w), 0, '', 'T', 1)
pdf.cell(sum(w), 0, '', 'T')
def write_to_pdf(data: dict, filename: str):
pdf = FPDF()
effective_page_width = pdf.w - 2 * pdf.l_margin
pdf.compress = False
pdf.add_page()
pdf.add_font("TimesNewRoman", '', 'TimesNewRoman.ttf', uni=True)
pdf.set_font("TimesNewRoman", size=30)
pdf.cell(w=0, txt=data['title'])
pdf.ln(30)
pdf.set_line_width(1)
pdf.set_draw_color(255, 0, 0)
for index_news, news_dict in enumerate(data['items']):
pdf.set_font("TimesNewRoman", size=20)
pdf.line(20, pdf.get_y() - 10, effective_page_width, pdf.get_y() - 10)
pdf.multi_cell(effective_page_width, 10, news_dict['title'])
if news_dict['contain_image']:
download_image_and_paste_in_pdf(pdf, news_dict, index_news)
pdf.multi_cell(effective_page_width, 10, news_dict['published'])
pdf.multi_cell(effective_page_width, 10, news_dict['summary'][news_dict['summary'].rfind(']') + 1:])
pdf.set_font("TimesNewRoman", size=15)
pdf.ln(5)
pdf.multi_cell(effective_page_width, 10, 'Link on news:\n' + news_dict['link'])
if news_dict['contain_image']:
pdf.multi_cell(effective_page_width, 10, 'Link on image:\n' + news_dict['link_on_image'])
pdf.ln(40)
try:
pdf.output(filename, 'F')
except PermissionError:
raise RssReaderException.FileException(f'close file:\n{filename}')
def export_customer_tags(query):
pdf = FPDF(orientation ='P', unit = 'mm', format='Letter')
pdf.set_margins(left=4, top=8, right=5)
pdf.set_auto_page_break(auto = True, margin = 10)
pdf.add_page()
pdf.set_font('Arial', '', 10)
x_ref = pdf.get_x()
width_tag = 69.6
count = 0
y_ref = pdf.get_y()
count_tag = 0
for customer in query:
if count_tag % 30 == 0 and count_tag > 0:
pdf.add_page()
#text = 'Prezado Alisson Barbosa\nRua das Orquídeas, 57\nJardim das Plantas\nCampina Grande - PB\n58415-000'
text = '{}\n{}, {}\n{}\n{}\n{}'.format(customer.name, customer.street, customer.number, customer.neighborhood, customer.city, customer.cep)
if count == 0:
x_ref = pdf.get_x()
y_ref = pdf.get_y()
count += 1
elif count == 1:
x_ref += width_tag
count += 1
elif count == 2:
x_ref += width_tag
count = 0
pdf.set_xy(x = x_ref, y = y_ref)
pdf.multi_cell(width_tag, 5.195, text, 0, 'L')
count_tag += 1
response = HttpResponse(pdf.output(dest='S').encode('latin-1'))
response['Content-Disposition'] = 'attachment;filename="Etiquetas.pdf"'
return response
def generateDicePDF():
# save FPDF() class into
# a variable pdf
pdf = FPDF()
pdf.add_page()
pdf.add_font('Braille', '', 'static/Swell-Braille.ttf', uni=True)
# set style and size of font
# that you want in the pdf
pdf.set_font("Arial", size=30)
pdf.multi_cell(200,
5,
txt='Braille Labels for Dice/Spinner\n\n',
align='C')
pdf.set_font("Arial", size=10)
pdf.multi_cell(
200,
5,
txt='Cut out Braille labels and paste them onto the dice/spinner.\n\n',
align='C')
index = 0
theText = ['0', '0']
f = open("static/userData/brailleForDice.txt", "r")
# insert the texts in pdf
theX = pdf.get_x()
theY = pdf.get_y()
for x in f:
if theX >= 170:
theX = 5
theY += 15
if theY >= 260:
pdf.add_page()
theY = 15
if index == 0:
pdf.set_xy(theX - 5, theY)
if index > 0:
pdf.set_xy(theX + 17, theY)
if index % 6 == 0:
if int(theText[0]) > 9:
theY += 15
theX = 5
pdf.set_xy(theX, theY)
theX = pdf.get_x()
theY = pdf.get_y()
theText = x.split(':')
pdf.set_font("Arial", size=8)
pdf.multi_cell(15, 10, txt=theText[0], align='R')
pdf.set_font('Braille', '', size=24)
pdf.set_xy(theX + 15, theY)
theX = pdf.get_x()
theY = pdf.get_y()
pdf.multi_cell(27, 10, txt=theText[1], align='L', border=1)
index += 1
# save the pdf with name .pdf
pdf.output("static/userData/theDiceSpinner.pdf")
def createPDF():
pdf = FPDF()
pdf.add_page()
pdf.set_font('Times', 'BI', 11)
# write file...
contact = open("./user.txt", "r")
for a in contact:
pdf.multi_cell(200, 5, txt=a, align='C')
contact.close()
education = open('./education.txt', 'r')
pdf.cell(200, 5, txt="Education", align='L')
y = pdf.get_y()
pdf.line(200, y + 5, 5, y + 5)
pdf.set_font('Times', '', 10)
for b in education:
pdf.multi_cell(200, 5, txt=b, align='L')
education.close()
pdf.set_font('Times', 'BI', 11)
pdf.cell(200, 5, txt="Selected Independent Projects", align='L')
y = pdf.get_y()
pdf.line(200, y + 5, 5, y + 5)
projects = open('./project.txt', 'r')
pdf.set_font('Times', '', 10)
for c in projects:
pdf.multi_cell(200, 5, txt=c, align='L')
projects.close()
pdf.set_font('Times', 'BI', 11)
pdf.cell(200, 5, txt="Experience", align='L')
y = pdf.get_y()
pdf.line(200, y + 5, 5, y + 5)
experience = open('./work.txt', 'r')
pdf.set_font('Times', '', 10)
for d in experience:
pdf.multi_cell(200, 5, txt=d, align='L')
experience.close()
pdf.set_font('Times', 'BI', 11)
pdf.cell(200, 5, txt="Skills", align='L')
y = pdf.get_y()
pdf.line(200, y + 5, 5, y + 5)
skills = open('./skill.txt', "r")
pdf.set_font('Times', '', 10)
for e in skills:
pdf.multi_cell(200, 5, txt=e, align='L')
skills.close()
try:
pdf.output("resume.pdf", "F")
return "Success"
except:
return "Error"
def pokepdf(pokemon):
# FPDF Object
pdf = FPDF("L", "mm", "A5")
# Add page
pdf.add_page()
# Paint the background
pdf.set_fill_color(*color.get(pokemon["type"][0], (255, )))
pdf.rect(0, 0, 210, 297, "F")
# Set font
pdf.set_font(*fonts["title"])
pdf.set_xy(20, 10)
# Add Pokeball
ball = {False: "pokeball", True: "masterball"}[pokemon["legendary"]]
pdf.image(f"images/balls/{ball}.png", pdf.get_x(), pdf.get_y() + 25, w=20)
# Add Pokemon Name
pdf.cell(w=0,
txt=f"{pokemon['id']} - {pokemon['name']}".title(),
align="C",
ln=1)
# Add Pokemon Sprite
pdf.image(pokemon["sprite_url"], 80, pdf.get_y() + 10, w=50)
# Set new font
font = fonts["flavor"]
pdf.set_font(*font)
pdf.set_xy(10, 70)
# Cut text if larger than page
flavor = chunks(pokemon["flavor"], font)
# Add flavor text
for i in flavor:
pdf.cell(w=0, h=5, txt=i, align="C", ln=2)
# Add type symbols
for i, typ in enumerate(pokemon["type"]):
if len(pokemon["type"]) == 1:
pos = [90]
else:
pos = [50, 120]
pdf.image(f"images/types/{typ}.png", pos[i], pdf.get_y() + 15, w=40)
# Export pdf
path = f"output/{pokemon['id']}_{pokemon['name']}.pdf"
pdf.output(path)
print(f"pdf saved to {path}")
def test_graphics_context(tmp_path):
pdf = FPDF()
pdf.add_page()
pdf.set_font("helvetica", "", 12)
pdf.set_text_color(0x00, 0xFF, 0x00)
pdf.set_fill_color(0xFF, 0x88, 0xFF)
pdf.set_y(20)
pdf.cell(txt="outer 01", new_x=XPos.LMARGIN, new_y=YPos.NEXT, fill=True)
with pdf.local_context():
pdf.set_font("courier", "BIU", 30)
pdf.set_text_color(0xFF, 0x00, 0x00)
pdf.set_fill_color(0xFF, 0xFF, 0x00)
pdf.cell(txt="inner 01",
new_x=XPos.LMARGIN,
new_y=YPos.NEXT,
fill=True)
pdf.set_x(70)
with pdf.rotation(30, pdf.get_x(), pdf.get_y()):
pdf.set_fill_color(0x00, 0xFF, 0x00)
pdf.cell(txt="inner 02",
new_x=XPos.LMARGIN,
new_y=YPos.NEXT,
fill=True)
pdf.set_stretching(150)
pdf.cell(txt="inner 03",
new_x=XPos.LMARGIN,
new_y=YPos.NEXT,
fill=True)
pdf.cell(txt="outer 02", new_x=XPos.LMARGIN, new_y=YPos.NEXT, fill=True)
assert_pdf_equal(pdf, HERE / "graphics_context.pdf", tmp_path)
def align_right(msg: Message, time: int, pdf: FPDF):
"""
Writes the given text into the PDF file. Aligns text right. Handles Image
:param msg: The Message Object for sender and text
:param time: Time stamp
:param pdf: The open PDF file
:return: Nothing
"""
global old
text = "[{0}] {1}:".format(
str(datetime.fromtimestamp(int(str(time)[:10])))[:16], msg.get_name())
if old != text:
pdf.set_font(config.FONT, size=config.FONT_CHATTER)
pdf.multi_cell(200, config.FONT_CHATTER, txt=text, align='R')
old = text
pdf.set_font(config.FONT, size=config.FONT_SIZE)
if msg.is_img():
if 150 + pdf.get_y() > config.A4_HEIGHT:
pdf.add_page()
pdf.image(msg.get_msg(),
w=config.WIDTH,
h=config.HEIGHT,
x=config.A4_WIDTH - 100)
else:
pdf.multi_cell(200,
config.FONT_SIZE,
txt="{}".format(msg.get_msg()),
align='R')
def __measure_high_of_examples(self, examplesToPrint, width_of_example):
''' Stub function to simulate high of one column with examples.
:param [string] examplesToPrint: The list with math examples.
:param float width_of_example: The width of one example.
:return float: High of first column the examples write in columns.
'''
# open and configure PDF for measurement
pdfMeasurement = FPDF('P', 'mm', 'A4')
self.__configuratePDF(pdfMeasurement)
# iterate through examples and write first column
for example_index in range(0, len(examplesToPrint), NUMBER_OF_COLUMN):
# set actual width for writing
pdfMeasurement.set_x(pdfMeasurement.l_margin)
# write the example with symbol assign
pdfMeasurement.multi_cell(width_of_example,
LINE_OF_EXAMPLE_HIGH,
examplesToPrint[example_index] + " =",
align="R")
# get actual y position in PDF
size_y_block = pdfMeasurement.get_y()
pdfMeasurement.close()
return size_y_block
def get_centered_start_y(text_width, text):
test_pdf = FPDF('P', METRIC, DOCUMENT_SIZE)
test_pdf.add_font(FONT_NAME, '', FONT_LOCATION, uni=True)
test_pdf.set_font(FONT_NAME, size=FONT_SIZE)
test_pdf.set_auto_page_break(False)
test_pdf.add_page()
initial_y = test_pdf.get_y()
test_pdf.multi_cell(
text_width,
TEXT_HEIGHT,
text,
0,
'C',
)
multi_cell_height = test_pdf.get_y() - initial_y
start_y = int(round(0.5 * (DOCUMENT_SIZE[1] - multi_cell_height)))
return int(round(0.5 * (DOCUMENT_SIZE[1] - multi_cell_height)))
def output_pdf(logger, all_news, about_website=None, file_name=None):
"""Function which create or overwrites PDF-file with selected fresh or cached news"""
logger.info('Convert to PDF-format')
pdf = FPDF()
pdf.add_page()
if about_website is not None:
pdf.set_font("Arial", "B", size=14)
pdf.set_fill_color(200, 220, 255)
for value in about_website.values():
line = 1
pdf.cell(190, 8, txt=value, ln=line, align="C")
line += 1
pdf.set_font("Arial", size=10)
pdf.set_line_width(1)
pdf.set_draw_color(35, 41, 153)
for news in all_news:
link = news['Source of image']
for key, value in news.items():
if key != 'Summary':
pdf.multi_cell(190, 6, txt=f'{key}: {value}', align="L")
else:
position_y = pdf.get_y()
try:
filename, _ = urllib.request.urlretrieve(link)
pdf.image(filename, 80, position_y, h=30, type='jpeg', link=link)
pdf.ln(31)
os.remove(filename)
except Exception as ex:
logger.warning("Error finding image: {}, {}.".format(type(ex), ex))
pdf.multi_cell(190, 6, txt=f'{key}: {value}', align="L")
position_y = pdf.get_y()
pdf.set_line_width(1)
pdf.set_draw_color(35, 41, 153)
pdf.line(10, position_y, 200, position_y)
logger.info('Creating of PDF-file')
try:
pdf.output(file_name)
logger.info('Converted successfully!')
except Exception as ex:
logger.error("PDF file writing error : {}, {}.".format(type(ex), ex))
def printExampleToPDF(self, examplesToPrint, language_manager,
nameOfDirectory, numberOfCopies):
''' The method print example to PDF.
:param [str] examplesToPrint: The list with math examples.
:param Language_manager language_manager: Manager of language mutation and translation of sentence.
:param str nameOfDirectory: Name of the user chosen output directory.
:param int numberOfCopies: The number of copies to print.
:return None:
'''
# when the path to folder is empty. The files saves to working directory
if nameOfDirectory == '':
nameOfDirectory = '.'
# create PDFs
pdfExamples = FPDF('P', 'mm', 'A4')
pdfResults = FPDF('P', 'mm', 'A4')
# cofigurate PDFs
self.__configuratePDF(pdfExamples)
self.__configuratePDF(pdfResults)
# width of page without margins
effective_page_width = pdfExamples.w - 2 * pdfExamples.l_margin
# width of example with place for result
width_of_example = (effective_page_width /
NUMBER_OF_COLUMN) - WIDTH_OF_RESULT
# Y position before start writing
y_before = pdfExamples.get_y()
# Measure high of examples block. Need for making copies.
y_size = self.__measure_high_of_examples(examplesToPrint,
width_of_example)
# write example and results to PDF
self.__writeExamplesToPDF(y_before, y_size, pdfExamples,
examplesToPrint, width_of_example,
effective_page_width, numberOfCopies)
self.__writeResultsToPDF(y_before, pdfResults, examplesToPrint,
width_of_example, effective_page_width)
# save pdf to directory
pdfExamples.output(
nameOfDirectory + "/" +
self.__create_name_of_file(language_manager) + "_examples.pdf",
'F')
pdfResults.output(
nameOfDirectory + "/" +
self.__create_name_of_file(language_manager) + "_results.pdf", 'F')
def createExercices(problems):
exercises_per_column = 28
columns = 5
column_width = 50
cell_height = 7
number_width = 6
spacer = 2
pdf = FPDF(orientation="L")
pdf.set_top_margin(5)
pdf.set_auto_page_break(True, 1)
pdf.add_page()
pdf.set_font("Arial", size=12)
start_x = pdf.get_x()
start_y = pdf.get_y()
for i in range(len(problems)):
problem = problems[i]
pdf.set_xy(start_x + int(i / exercises_per_column) * column_width,
start_y + (i % exercises_per_column) * cell_height)
border = "R"
if (int(i / exercises_per_column) == columns - 1):
border = 0
if (problem.unknown == UnknownElement.Z):
pdf.cell(spacer, cell_height)
pdf.cell(number_width, cell_height, txt=str(problem.x), align="C")
pdf.cell(number_width,
cell_height,
txt=str(problem.operator),
align="C")
pdf.cell(number_width, cell_height, txt=str(problem.y), align="C")
pdf.cell(number_width, cell_height, "=", align="C")
pdf.cell(column_width - 4 * number_width - spacer,
cell_height,
border=border)
elif (problem.unknown == UnknownElement.X):
pdf.cell(column_width - 4 * number_width - spacer, cell_height)
pdf.cell(number_width,
cell_height,
txt=str(problem.operator),
align="C")
pdf.cell(number_width, cell_height, txt=str(problem.y), align="C")
pdf.cell(number_width, cell_height, "=", align="C")
pdf.cell(number_width, cell_height, str(problem.z), align="C")
pdf.cell(spacer, cell_height, border=border)
pdf.output("simple_demo.pdf")
def pdf(list,length):
desktop = os.path.join(os.path.join(os.environ['USERPROFILE']), 'Desktop')
pdf = FPDF()
pdf.set_margins(4,5, 2)
pdf.add_page()
pdf.set_font("Times",'B', size=30)
pdf.cell(200, 10, txt="Test Paper", ln=15, align="C")
pdf.ln(5)
pdf.set_font('Times', 'B', 20)
pdf.cell(200, 10, txt="Short Answers", ln=15, align="C")
pdf.ln(8)
pdf.set_font('Times', 'I', 10)
pdf.multi_cell(200, 10, txt="This test has been generated using the Questionnaire software.No answers are provided to the questions and it is upto the discretion of the candidate to decide upon the right answers.A short answer is of 3-4 sentences,so the answers should be brief",align ='J')
pdf.ln(10)
pdf.set_font('Times', 'B', 15)
for i in range(length):
pdf.multi_cell(200, 10, txt=str(i+1) + "." + " " + list[i])
pdf.ln(10)
x = pdf.get_x()
y = pdf.get_y()
pdf.dashed_line(x,y,x+175,y,6)
pdf.ln(10)
pdf.output(desktop + "/" + "Questions" + ".pdf")
def test_pdf_cell(self):
pdf=FPDF()
pdf.c_margin = 0.0
pdf.add_font('symbol','','font/DejaVuSans.ttf',uni=True)
pdf.add_page()
f = 0.81
font_name = 'times'
text = 'small text'
pdf.set_font(font_name,'',12)
x,y = pdf.get_x(), pdf.get_y()
w = pdf.get_string_width(text)
h = pdf.font_size_pt / pdf.k
pdf.cell(w, h, text)
pdf.rect(x, y, w, h, '')
pdf.line(x, y + f * h, x + w, y + f * h)
text = 'Large text'
pdf.set_font(font_name,'',24)
x,y = pdf.get_x(), pdf.get_y()
w = pdf.get_string_width(text)
h = pdf.font_size_pt / pdf.k
pdf.cell(w,h, text)
pdf.rect(x, y, w, h, '')
pdf.line(x, y + f * h, x + w, y + f * h)
text = 'Larger text'
pdf.set_font(font_name,'',48)
x,y = pdf.get_x(), pdf.get_y()
w = pdf.get_string_width(text)
h = pdf.font_size_pt / pdf.k
pdf.cell(w,h, text)
pdf.rect(x, y, w, h, '')
pdf.line(x, y + f * h, x + w, y + f * h)
pdf.output('out/fpdf/test_pdf_cell.pdf', 'F')
def makePDF(cls, PDFName):
pdf = FPDF('P', 'mm', (220, 110))
for supporter in cls.Supporters:
print(supporter.preference)
envelope = [1, 2, 3, 4, 6, 7, 8, 9]
if supporter.preference in envelope:
pdf.add_page()
font_size = 20
line_spacing = 8
pdf.set_font('Arial', 'B', font_size)
pdf.set_xy(20, 20)
x_orig = pdf.get_x()
y_orig = pdf.get_y()
print(x_orig)
print(y_orig)
pdf.cell(40, 0, supporter.fullname)
addrLines = supporter.address.split("\n")
for i in range(0, len(addrLines)):
print(addrLines[i])
pdf.set_xy(x_orig, y_orig + line_spacing * (i + 1))
pdf.set_font('Arial', 'B', font_size)
pdf.cell(40, 0, addrLines[i])
pdf.image('logo.jpg', 120, 35, 60, 60)
pdf.set_font('Arial', '', 6)
stamptext = ""
if supporter.preference in [3, 4, 8, 9]:
stamptext = "Hand"
elif supporter.preference in [1, 6]:
stamptext = "UK"
elif supporter.preference in [2, 7]:
stamptext = "Int"
pdf.set_xy(180, 12)
pdf.cell(15, 20, stamptext, border=1, align='C')
pdf.set_xy(180, 14)
pdf.cell(15,
20,
"{}T {}P {}F".format(supporter.letters[0],
supporter.letters[1],
supporter.letters[2]),
border=0,
align='C')
pdf.output(PDFName, 'F')
def send_statement_to_user(user, transactions_data):
date = str(datetime.datetime.utcnow())
balance = str(transactions_data[0].balance)
email = user.email
pdf = FPDF()
pdf.add_page()
pdf.set_font("Arial", size=15)
pdf.cell(200, 10, txt="Kuvera Bank", ln=1, align='C')
pdf.cell(200, 10, txt="Date: " + date, ln=2)
pdf.cell(200, 10, txt="Email: " + email, ln=3)
pdf.cell(200, 10, txt="Balance: " + balance, ln=4)
pdf.cell(200,
10,
txt="S/N " + "TXN ID " +
"Amount " + "Date",
ln=5)
for i in range(0, len(transactions_data)):
ybefore = pdf.get_y()
column_spacing = 5
pdf.multi_cell(20, 10, str(i + 1))
pdf.set_xy(20 + column_spacing + pdf.l_margin, ybefore)
pdf.multi_cell(20, 10, str(transactions_data[i].id))
pdf.set_xy(2 * (20 + column_spacing) + pdf.l_margin, ybefore)
pdf.multi_cell(50, 10, str(transactions_data[i].amount))
pdf.set_xy(2 * (50 + column_spacing) + pdf.l_margin, ybefore)
pdf.multi_cell(100, 10, str(transactions_data[i].date_time))
pdf.output(str(transactions_data[0].u_id) + "_" + date + ".pdf")
path = str(transactions_data[0].u_id) + "_" + date + ".pdf"
recipients = [str(email)]
msg = Message('Statement from Kuvera Bank',
sender='*****@*****.**',
recipients=recipients)
msg.body = 'Please find attached your historical statememt'
with open(os.getcwd() + "/" + path, 'rb') as fh:
msg.attach(filename=path,
disposition="attachment",
content_type="application/pdf",
data=fh.read())
mail.send(msg)
def __row(self, pdf: FPDF, row: DayGroupedEntry):
default_height = self.__pdf_height(pdf)
splits = split_string(row[4], 90)
height = default_height * len(splits)
pdf.cell(pdf.w * 0.08, height, txt=row[0], border=1)
pdf.cell(pdf.w * 0.07, height, txt=row[1].__str__(), border=1)
pdf.cell(pdf.w * 0.07, height, txt=row[2].__str__(), border=1)
pdf.cell(pdf.w * 0.06, height, txt=row[3].__str__(), border=1)
desc_w = pdf.w * 0.57
if len(splits) > 1:
current_x = pdf.get_x()
current_y = pdf.get_y()
pdf.multi_cell(desc_w, default_height, txt=row[4], border=1)
pdf.set_xy(current_x + desc_w, current_y)
else:
pdf.cell(desc_w, height, txt=row[4], border=1)
pdf.cell(pdf.w * 0.06, height, txt=row[5].__str__(), border=1)
pdf.ln(height)
pdf.set_font('Courier', 'B', 20)
charWidth = pdf.get_string_width("W")
lines = text_cipher.split("\n")
for line in lines:
words = line.split(" ")
total_width = 0
pdf.set_x(margin)
for word in words:
width = pdf.get_string_width(word + " ")
total_width += width
#print(word + ": " + str(width) + ", " + str(total_width))
if (total_width >= (A4_width - 2 * margin)):
#print('ln')
pdf.ln()
pdf.ln()
total_width = width
pdf.cell(width, line_height, word + " ", 0)
if word == '':
continue
x1 = margin + total_width - width + offset
x2 = margin + total_width - pdf.get_string_width(" ") + offset
y1 = pdf.get_y() + 1.8 * line_height
y2 = y1
pdf.line(x1, y1, x2, y2)
y2 -= line_height * 0.5
for i in range(len(word) + 1):
pdf.line(x1 + charWidth * i, y1, x1 + charWidth * i, y2)
pdf.ln()
pdf.ln()
pdf.output('cipher_text.pdf', 'F')
# Long meaningless piece of text
header = f"""
Invoice #: {args.number}
Invoice Date: {args.idate}
Due Date: {args.ddate}
"""
effective_page_width = pdf.w - 2 * pdf.l_margin
me = f"""
{allData[0]}
{allData[1]}
{allData[2]}
"""
ybefore = pdf.get_y()
pdf.set_font('Times', '', 12.0)
pdf.multi_cell(effective_page_width / 2, 0.15, me)
bank = f"""
Routing #: {allData[3]}
Account #: {allData[4]}
Please contact {allData[5]}
for other means of payment
"""
pdf.set_font('Times', 'B')
pdf.multi_cell(effective_page_width / 2, 0.15, bank)
pdf.ln(0.25)
# title is generated with today's date time
picks_file = "reptilinks-picks-" + now.strftime("%Y-%m-%d %H%M%S") + ".pdf"
title = "Orders: " + str(order_num_min) + " - " + str(order_num_max)
# refer to https://pyfpdf.readthedocs.io/en/latest docs
# for more information on how to use their libary to format a pdf
pdf = FPDF(format="Letter")
pdf.add_page()
pdf.set_font('Times', '', 8)
pdf.cell(70, 5, title, 0, 1)
############################################
# regular
############################################
x = pdf.get_x()
y = pdf.get_y()
# refer to layout.py file for PrintCells function def
(xr, yr) = layout.PrintCells(pdf, "Regular", regular_products, x, y, y)
############################################
# Mini
############################################
(xm, ym) = layout.PrintCells(pdf, "Mini", mini_products, xr, yr, y)
############################################
# Non link
############################################
(xn, yn) = layout.PrintCells(pdf, "Non-link", non_sausage, xm, ym, y)
############################################
def make_pdf(self, a1):
pdf = FPDF()
pdf.add_page()
pdf.set_xy(10, 15)
pdf.set_font('arial', 'B', 16)
pdf.cell(0, 10, 'Instrument description', 0, 2, 'C')
pdf.set_font('arial', '', 12)
pdf.set_x(15)
pdf.cell(0, 6, 'Issuer: ' + self.issuer, 0, 2, 'L')
pdf.cell(0, 6, 'ISIN: ' + self.name, 0, 2, 'L')
pdf.cell(0, 6, '', 0, 2, 'L')
pdf.cell(0, 6, 'Currency: ' + self.notional_curr, 0, 2, 'L')
pdf.cell(
0, 6, 'Term: ' + str(self.term) +
(' year ' if self.term == 1 else ' years'), 0, 2, 'L')
pdf.cell(0, 6, ('Asset: ' if len(self.BAs) == 1 else 'Assets: ') +
', '.join(self.BAs), 0, 2, 'L')
pdf.cell(0, 6, '', 0, 2, 'L')
if self.coupon_value == 0:
pdf.cell(0, 6, 'Coupon: no\n', 0, 2, 'L')
if self.coupon_value > 0:
txt_coupon = (('Coupon: %.2f%%' % (self.coupon_value * 100)) +
((' every %d months\n' % self.check_months)
if self.check_months > 1 else ' every month\n'))
if self.coupon_always == 1:
pdf.cell(0, 6, txt_coupon, 0, 2, 'L')
if self.coupon_always == 0:
txt2 = ('Conditional coupon: yes\nMemory effect: ' +
('yes' if self.coupon_memory == 1 else 'no') +
'\nCoupon barrier: %.f%%' %
(self.coupon_lower_barrier * 100))
pdf.multi_cell(75, 6, txt_coupon + txt2, 1, 2, 'L')
pdf.cell(0, 6, '', 0, 2, 'L')
pdf.set_xy(15, pdf.get_y())
if self.autocall_flag == 0:
pdf.cell(0, 6, 'Autocallable: no\n', 0, 2, 'L')
else:
txt2 = (('Autocallable: yes\n') +
(('Autocall level: %.f%%\n' %
(self.autocall_barrier * 100))
if self.autocall_barrier_increase_rate == 0 else
(('Initial autocall level: %.f%%\n' %
(self.autocall_barrier * 100)) +
(('Autocall level increase step: %.f%%\n' %
(self.autocall_barrier_increase_rate * 100))
if self.autocall_barrier_increase_rate > 0 else
('Autocall level decrease step: %.f%%\n' %
(-self.autocall_barrier_increase_rate * 100))))))
pdf.multi_cell(75, 6, txt2, 1, 2, 'L')
# погашение:
txt0 = ('Capital protection level: %.f%%\n' %
(self.redemption_amount * 100))
if self.redemption_put_strike > 0:
txt1 = (('Capital protection barrier: %.f%%\n' %
(self.redemption_put_strike * 100)) +
('Redemption rule below barrier: ') +
('worst performance' if self.redemption_guarantee_rule == 1
else ('(worst performance) / (protection barrier)'
if self.redemption_guarantee_rule == 2 else (''))))
else:
txt1 = ''
txt21 = (('Downside participation: %.f%%\n' %
(self.redemption_downside_participation * 100))
if self.redemption_downside_participation > 0 else '')
txt22 = (('Upside participation: %.f%%\n' %
(self.redemption_upside_participation * 100))
if self.redemption_upside_participation > 0 else '')
txt = txt0 + txt1 + txt21 + txt22
pdf.cell(0, 6, '', 0, 2, 'L')
pdf.set_xy(15, pdf.get_y())
pdf.multi_cell((75 + 75 * (txt1 != '')), 6, txt, (txt != txt0), 2, 'L')
# погашение - закончили
pdf.cell(0, 6, '', 0, 2, 'L')
pdf.set_xy(15, pdf.get_y())
pdf.cell(0, 6,
('Theoretical price: %.2f%%' % (a1.sum(axis=0).mean() * 100)),
0, 2, 'L')
#pdf.cell(0, 6, ('Max payoff: %.2f%%' % ((a1.sum(axis = 0).max())*100)), 0, 2, 'L')
pdf.cell(0, 6, '', 0, 2, 'L')
pdf.cell(90, 10, " ", 0, 2, 'C')
pdf.cell(-30)
fig = figure(figsize=(16, 10))
plt.yticks([])
plt.xticks(fontname="Arial", fontsize=24)
chart_name = self.name + ' NPV distribution'
title(self.name + ' NPV distribution', fontname="Arial", fontsize=24)
bins = np.linspace(0, 1.5, 75)
plt.hist(a1.sum(axis=0), bins, alpha=1, color='salmon')
plt.savefig('results/' + self.name + ' payoff.png')
plt.close(fig)
pdf.image('results/' + self.name + ' payoff.png',
x=2,
y=170,
w=200,
h=0,
type='',
link='')
pdf.output('results/' + self.name + ' description sheet', 'F')
os.remove('results/' + self.name + ' payoff.png')
class Report:
def __init__(self, data):
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")
rows = [
[
"Reconstructed Images",
f"{rec_shots} over {init_shots} shots ({rec_shots/init_shots*100:.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",
f"{self.stats['reconstruction_statistics']['reprojection_error']:.2f} pixels",
],
[
"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)
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 = 80
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 = 60
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.make_tracks_details()
self.add_page_break()
self.make_camera_models_details()
self.make_gps_details()
self.make_processing_time_details()
class summaryClass:
def __init__(self):
from fpdf import FPDF
self.pdf = FPDF()
self.pdf.set_auto_page_break(False)
self.currentRow = 0
self.claimCount = 1
self.database = db.database_class()
def writeClaim(self, claim, diagCodes):
self.database.insertAccession(claim.rowList[0]["ACCESSION_NUMBER"])
self.pdf.set_font('Arial', '', 8)
self.pdf.set_xy(5, self.currentRow)
self.pdf.line(5, self.currentRow, 280, self.currentRow)
self.currentRow += 2
self.pdf.set_xy(5, self.currentRow)
self.pdf.cell(5, 4, "[" + str(self.claimCount) + "]")
self.pdf.set_xy(12, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["ACCESSION_NUMBER"]))
self.pdf.set_xy(38, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["INSURANCE_PAYER_ID"]))
self.pdf.set_xy(70, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_LAST"]))
self.pdf.set_xy(88, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_FIRST"]))
self.pdf.set_xy(110, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_DOB"]))
self.pdf.set_xy(132, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_GENDER"]))
self.pdf.set_xy(145, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["REFER_PHY_FIRST"]))
self.pdf.set_xy(160, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["REFER_PHY_LAST"]))
self.pdf.set_xy(190, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["REFER_PHY_NPI"]))
self.pdf.set_xy(220, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["INSURANCE_PLAN_NAME"]))
self.currentRow += 5
self.pdf.set_xy(70, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_STREET_ADDR"]))
self.pdf.set_xy(220, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["INSURANCE_STREET_ADDR"]))
self.currentRow += 5
self.pdf.set_xy(70, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_CITY"]))
self.pdf.set_xy(105, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_STATE"]))
self.pdf.set_xy(110, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["PATIENT_ZIP"]))
self.pdf.set_xy(220, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["INSURANCE_CITY"]))
self.pdf.set_xy(250, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["INSURANCE_STATE"]))
self.pdf.set_xy(258, self.currentRow)
self.pdf.cell(5, 4, str(claim.rowList[0]["INSURANCE_ZIP"]))
self.currentRow += 5
self.pdf.line(5, self.currentRow, 280, self.currentRow)
self.currentRow += 2
self.pdf.set_xy(15, self.currentRow)
self.pdf.cell(5, 4, "Diagnosis Codes:")
xPos = 40
for i in range(len(diagCodes)):
self.pdf.set_xy(xPos, self.currentRow)
self.pdf.cell(5, 4, diagCodes[i])
xPos += 15
self.currentRow += 5
self.pdf.set_xy(15, self.currentRow)
self.pdf.cell(5, 4, "CPT Code")
self.pdf.set_xy(35, self.currentRow)
self.pdf.cell(5, 4, "EMG Code")
self.pdf.set_xy(55, self.currentRow)
self.pdf.cell(5, 4, "Price")
self.currentRow += 5
self.pdf.line(5, self.currentRow, 280, self.currentRow)
self.currentRow += 3
for row in claim.rowList:
self.pdf.set_xy(15, self.currentRow)
self.pdf.cell(5, 4, str(row["CPT"]))
self.pdf.set_xy(35, self.currentRow)
self.pdf.cell(5, 4, str(row["EMG"]))
self.pdf.set_xy(55, self.currentRow)
self.pdf.cell(5, 4, str(row["PRICE"]))
self.currentRow += 5
if self.pdf.get_y() > 155:
self.pdf.add_page("L")
self.pdf.set_xy(5, 10)
self.currentRow = 5
self.currentRow += 10
self.claimCount += 1
def writeMast(self):
self.pdf.add_page("L")
self.pdf.set_font('Arial', 'B', 10)
self.pdf.set_xy(5, 0)
self.pdf.cell(5, 10, 'Claim Summary - ')
self.pdf.set_xy(12, self.currentRow + 10)
self.pdf.set_font('Arial', '', 8)
self.pdf.cell(5, 4, "Accession #")
self.pdf.set_xy(38, self.currentRow + 10)
self.pdf.cell(5, 4, "Sub ID")
self.pdf.set_xy(70, self.currentRow + 10)
self.pdf.cell(5, 4, "Pat. Last")
self.pdf.set_xy(88, self.currentRow + 10)
self.pdf.cell(5, 4, "Pat. First")
self.pdf.set_xy(110, self.currentRow + 10)
self.pdf.cell(5, 4, "DOB")
self.pdf.set_xy(132, self.currentRow + 10)
self.pdf.cell(5, 4, "Gender")
self.pdf.set_xy(145, self.currentRow + 10)
self.pdf.cell(5, 4, "Ref Phy")
self.pdf.set_xy(190, self.currentRow + 10)
self.pdf.cell(5, 4, "Ref Phy NPI")
self.pdf.set_xy(220, self.currentRow + 10)
self.pdf.cell(5, 4, "Insurance")
self.currentRow = 20
self.pdf.set_font('Arial', '', 10)
def writePDF(self):
self.pdf.output('claimSummary.pdf', 'F')
def printwork(self):
pdf = FPDF(orientation='P', unit='mm', format='A4')
pdf.set_auto_page_break(auto=True, margin=10)
pdf.add_page()
pdf.set_image_filter("DCTDecode")
# heading -> Personal Information
pdf.set_font("times", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190,
5,
txt="Personal Information",
border=1,
ln=1,
align="L",
fill=1)
# content -> personal Information
pdf.set_text_color(0, 0, 0)
pdf.set_font("Helvetica", 'B', size=11)
pdf.cell(30, 6, txt="ID:", ln=0, align="L")
pdf.set_font("Helvetica", '', size=11)
pdf.cell(50, 6, txt=str(self.id), ln=0, align='L')
pdf.set_font("Helvetica", 'B', size=11)
pdf.cell(30, 6, txt="Name:", ln=0, align="L")
pdf.set_font("Helvetica", '', size=11)
pdf.cell(50, 6, txt=self.name, ln=1, align='L')
pdf.set_font("Helvetica", 'B', size=11)
pdf.cell(30, 5, txt="Gender:", ln=0, align="L")
pdf.set_font("Helvetica", '', size=11)
pdf.cell(50, 5, txt=self.sex, ln=0, align='L')
pdf.set_font("Helvetica", 'B', size=11)
pdf.cell(30, 5, txt="Age:", ln=0, align="L")
pdf.set_font("Helvetica", '', size=11)
pdf.cell(50, 5, txt=self.age, ln=1, align='L')
pdf.set_font("Helvetica", 'B', size=11)
pdf.cell(30, 5, txt="Address:", ln=0, align="L")
pdf.set_font("Helvetica", '', size=11)
pdf.cell(50, 5, txt=self.address, ln=1, align='L')
pdf.cell(190, 2, "", ln=1)
# Heading -> C/C
pdf.set_font("Helvetica", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190, 5, txt="C/C", border=1, ln=1, align="L", fill=1)
# content -> c/c
pdf.set_text_color(0, 0, 0)
pdf.set_font("Helvetica", '', size=11)
pdf.multi_cell(190, 5, txt=self.cc, ln=0, align="L")
pdf.cell(190, 2, "", ln=1)
# Heading -> OE
pdf.set_font("Helvetica", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190, 5, txt="O.E.", border=1, ln=1, align="L", fill=1)
# content -> OE
pdf.set_text_color(0, 0, 0)
pdf.set_font("Helvetica", '', size=11)
pdf.multi_cell(190, 5, txt=self.oe, ln=0, align="L")
pdf.cell(190, 2, "", ln=1)
# Heading -> rf
pdf.set_font("Helvetica", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190, 5, txt="R.F.", border=1, ln=1, align="L", fill=1)
# content -> rf
pdf.set_text_color(0, 0, 0)
pdf.set_font("Helvetica", '', size=11)
pdf.multi_cell(190, 5, txt=self.rf, ln=0, align="L")
pdf.cell(190, 2, "", ln=1)
# Heading -> path report
pdf.set_font("Helvetica", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190,
5,
txt="Pathology Reoprt",
border=1,
ln=1,
align="L",
fill=1)
# content -> path report
pdf.set_text_color(0, 0, 0)
pdf.set_font("Helvetica", '', size=11)
pdf.multi_cell(190, 5, txt=self.pathreport, ln=0, align="L")
pdf.cell(190, 2, "", ln=1)
# Heading -> Dxs
pdf.set_font("Helvetica", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190, 5, txt="Dxs", border=1, ln=1, align="L", fill=1)
# content -> Dxs
pdf.set_text_color(0, 0, 0)
pdf.set_font("Helvetica", '', size=11)
pdf.multi_cell(190, 5, txt=self.dxs, ln=0, align="L")
pdf.cell(190, 2, "", ln=1)
# Heading -> comment
pdf.set_font("Helvetica", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190, 5, txt="Comment", border=1, ln=1, align="L", fill=1)
# content -> comment
pdf.set_text_color(0, 0, 0)
pdf.set_font("Helvetica", '', size=11)
pdf.multi_cell(190, 5, txt=self.comments, ln=0, align="L")
pdf.cell(190, 2, "", ln=1)
curr_pos = pdf.get_y()
if curr_pos + 55 > 275:
pdf.add_page()
pdf.set_font("times", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190,
5,
txt="Images of Rediology",
border=1,
ln=1,
align="L",
fill=1)
pdf.cell(190, 1, "", ln=1)
i = 1
j = 0
while 2 * i <= len(self.rediology) + len(self.rediology) % 2:
yy = pdf.get_y()
if j + 1 <= len(self.rediology):
pdf.image(self.path + self.rediology[j], x=10, h=50, w=90)
j += 1
if j + 1 <= len(self.rediology):
pdf.image(self.path + self.rediology[j],
x=110,
y=yy,
h=50,
w=90)
j += 1
pdf.ln(2)
i += 1
curr_pos = pdf.get_y()
if curr_pos + 55 > 275:
pdf.add_page()
pdf.set_font("times", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190,
5,
txt="Images of MRI",
border=1,
ln=1,
align="L",
fill=1)
pdf.cell(190, 1, "", ln=1)
i = 1
j = 0
while 2 * i <= len(self.mri) + len(self.mri) % 2:
yy = pdf.get_y()
if j + 1 <= len(self.mri):
pdf.image(self.path + self.mri[j], x=10, h=50, w=90)
j += 1
if j + 1 <= len(self.mri):
pdf.image(self.path + self.mri[j], x=110, y=yy, h=50, w=90)
j += 1
pdf.ln(2)
i += 1
curr_pos = pdf.get_y()
if curr_pos + 55 > 275:
pdf.add_page()
pdf.set_font("times", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190,
5,
txt="Images of X-Ray",
border=1,
ln=1,
align="L",
fill=1)
pdf.cell(190, 1, "", ln=1)
i = 1
j = 0
while 2 * i <= len(self.xray) + len(self.xray) % 2:
yy = pdf.get_y()
if j + 1 <= len(self.xray):
pdf.image(self.path + self.xray[j], x=10, h=50, w=90)
j += 1
if j + 1 <= len(self.xray):
pdf.image(self.path + self.xray[j], x=110, y=yy, h=50, w=90)
j += 1
pdf.ln(2)
i += 1
curr_pos = pdf.get_y()
if curr_pos + 55 > 275:
pdf.add_page()
pdf.set_font("times", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190,
5,
txt="Images of CT Scan",
border=1,
ln=1,
align="L",
fill=1)
pdf.cell(190, 1, "", ln=1)
i = 1
j = 0
while 2 * i <= len(self.ctscan) + len(self.ctscan) % 2:
yy = pdf.get_y()
if j + 1 <= len(self.ctscan):
pdf.image(self.path + self.ctscan[j], x=10, h=50, w=90)
j += 1
if j + 1 <= len(self.ctscan):
pdf.image(self.path + self.ctscan[j], x=110, y=yy, h=50, w=90)
j += 1
pdf.ln(2)
i += 1
curr_pos = pdf.get_y()
if curr_pos + 55 > 275:
pdf.add_page()
pdf.set_font("times", 'B', size=12)
pdf.set_draw_color(0, 0, 0)
pdf.set_fill_color(0, 0, 0)
pdf.set_text_color(255, 255, 255)
pdf.set_line_width(1)
pdf.cell(190, 5, txt="Other Images", border=1, ln=1, align="L", fill=1)
pdf.cell(190, 1, "", ln=1)
i = 1
j = 0
while 2 * i <= len(self.pics) + len(self.pics) % 2:
yy = pdf.get_y()
if j + 1 <= len(self.pics):
pdf.image(self.path + self.pics[j], x=10, h=50, w=90)
j += 1
if j + 1 <= len(self.pics):
pdf.image(self.path + self.pics[j], x=110, y=yy, h=50, w=90)
j += 1
pdf.ln(2)
i += 1
curr_pos = pdf.get_y()
if curr_pos + 55 > 275:
pdf.add_page()
destination = QFileDialog.getExistingDirectory()
pdf.output(destination + "/" + str(self.id) + ".pdf")
def export_full_to_pdf(schedule_ref: Schedule,
title_text: str,
file_path: str,
font_name: str,
font_path: str,
encoding: str,
progress=None) -> None:
"""
Method for exports to PDF file
"""
file = QFileInfo(file_path)
# pdf
pdf = FPDF(orientation="L")
# encoding
if encoding == "UTF-8":
pdf.add_font(font_name, "", font_path, uni=True)
else:
pdf.add_font(font_name, "", font_path)
pdf.set_doc_option("core_fonts_encoding", encoding)
pdf.set_font(font_name)
pdf.add_page()
x, y = float(pdf.get_x()), float(pdf.get_y())
w = float(pdf.w) - 2 * float(pdf.get_x())
h = float(pdf.h) - 2 * float(pdf.get_y()) - 6
pdf.set_auto_page_break(True, margin=y)
title = 10
pdf.set_font_size(14)
pdf.cell(w, title, txt=title_text, align="C", border=0)
h -= title
first_column, first_row = 4, 4
step_column = (w - first_row) / 8
step_row = (h - first_column) / 6
indexes = schedule_ref.indexes()
table_widget = schedule_editor_window.ScheduleTableWidget()
table_widget.set_schedule(schedule_ref)
# processing
week_step = 100 / 7
count = 0
i = 0
while i < 7:
j = 0
while j < 9:
if i == 0 and j == 0:
# upper-left cell
pdf.set_xy(x, y + title)
pdf.cell(first_column, first_row, border=1)
j += 1
elif i == 0:
# top cells with time
pdf.set_xy(x + first_row + step_column * (j - 1), y + title)
pdf.set_font_size(8)
pdf.cell(step_column,
first_row,
txt=TimePair.time_start_end(j - 1),
align="C",
border=1)
j += 1
elif j == 0:
# left cells with days of the week
pdf.set_xy(
x,
y + title + first_column + step_row * (i - 1) + step_row)
pdf.rotate(90)
pdf.set_font_size(8)
pdf.cell(step_row,
first_row,
txt=str(DaysOfWeek.value_of(i - 1)),
align="C",
border=1)
pdf.rotate(0)
j += 1
else:
# cells inside the table
pdf.set_xy(x + first_row + step_column * (j - 1),
y + title + first_column + step_row * (i - 1))
simple_row = (step_row / indexes[i - 1])
prev_x, prev_y = pdf.get_x(), pdf.get_y()
start_index = sum(indexes[r] for r in range(i - 1))
number_row = 0
for m in range(start_index, start_index + indexes[i - 1]):
item = table_widget.item(m, j - 1)
if item is not None:
x_span_count = table_widget.columnSpan(m, j - 1)
y_span_count = table_widget.rowSpan(m, j - 1)
pdf.set_xy(prev_x, prev_y + number_row * simple_row)
pdf.cell(step_column * x_span_count,
simple_row * y_span_count,
border=1)
text = item.text()
if text != "":
draw_text(
pdf, x + first_row + step_column * (j - 1),
y + title + first_column + step_row * (i - 1) +
simple_row * number_row,
step_column * x_span_count,
simple_row * y_span_count, text)
number_row += 1
pdf.set_xy(prev_x, prev_y)
j += 1
i += 1
if progress is not None:
count += 1
progress.setValue(week_step * count)
if progress.wasCanceled():
break
pdf.output(file.absoluteFilePath())
def export_weeks_to_pdf(schedule_ref: Schedule,
title_text: str,
add_date: bool,
file_path: str,
font_name: str,
font_path: str,
encoding: str,
start: datetime.date,
end: datetime.date,
color_a: QColor,
color_b: QColor,
progress=None) -> None:
"""
Method for exports to PDF file
"""
file = QFileInfo(file_path)
# pdf
pdf = FPDF(orientation="L")
# encoding
if encoding == "UTF-8":
pdf.add_font(font_name, "", font_path, uni=True)
else:
pdf.add_font(font_name, "", font_path)
pdf.set_doc_option("core_fonts_encoding", encoding)
# processing
week_step = 100 / (end - start).days / 7
count = 0
pdf.set_font(font_name)
while True:
pdf.add_page()
schedule = schedule_ref.create_week_schedule(
start, start + datetime.timedelta(days=6))
indexes = schedule.indexes()
table_widget = schedule_editor_window.ScheduleTableWidget()
table_widget.set_schedule(schedule)
start += datetime.timedelta(days=6)
x, y = float(pdf.get_x()), float(pdf.get_y())
w = float(pdf.w) - 2 * float(pdf.get_x())
h = float(pdf.h) - 2 * float(pdf.get_y()) - 6
pdf.set_auto_page_break(True, margin=y)
title = 10
title_page = title_text
if add_date:
start_week = (start +
datetime.timedelta(days=-6)).strftime("%d.%m.%Y")
end_week = start.strftime("%d.%m.%Y")
title_page += f". {start_week} - {end_week}"
pdf.set_font_size(14)
pdf.cell(w, title, txt=title_page, align="C", border=0)
h -= title
first_column, first_row = 4, 4
step_column = (w - first_row) / 8
step_row = (h - first_column) / 6
i = 0
while i < 7:
j = 0
while j < 9:
if i == 0 and j == 0:
# upper-left cell
pdf.set_xy(x, y + title)
pdf.cell(first_column, first_row, border=1)
j += 1
elif i == 0:
# top cells with time
pdf.set_xy(x + first_row + step_column * (j - 1),
y + title)
pdf.set_font_size(8)
pdf.cell(step_column,
first_row,
txt=TimePair.time_start_end(j - 1),
align="C",
border=1)
j += 1
elif j == 0:
# left cells with days of the week
pdf.set_xy(
x, y + title + first_column + step_row * (i - 1) +
step_row)
pdf.rotate(90)
pdf.set_font_size(8)
pdf.cell(step_row,
first_row,
txt=str(DaysOfWeek.value_of(i - 1)),
align="C",
border=1)
pdf.rotate(0)
j += 1
else:
# cells inside the table
pdf.set_xy(x + first_row + step_column * (j - 1),
y + title + first_column + step_row * (i - 1))
simple_row = (step_row / indexes[i - 1])
prev_x, prev_y = pdf.get_x(), pdf.get_y()
start_index = sum(indexes[r] for r in range(i - 1))
number_row = 0
for m in range(start_index, start_index + indexes[i - 1]):
item = table_widget.item(m, j - 1)
if item is not None:
x_span_count = table_widget.columnSpan(m, j - 1)
y_span_count = table_widget.rowSpan(m, j - 1)
pdf.set_xy(prev_x,
prev_y + number_row * simple_row)
# pdf.cell(step_column * x_span_count,
# simple_row * y_span_count,
# border=1)
day, number, duration = i - 1, j - 1, x_span_count
pairs = schedule.pairs_by_index(
day, number, duration, number_row)
# select color for cell
if all(pair["subgroup"].get_subgroup() ==
SubgroupPairAttrib.Common
for pair in pairs):
# common
pdf.cell(step_column * x_span_count,
simple_row * y_span_count,
border=1)
elif all(pair["subgroup"].get_subgroup() ==
SubgroupPairAttrib.A for pair in pairs):
# A subgroup
pdf.set_fill_color(color_a.red(),
color_a.green(),
color_a.blue())
pdf.cell(step_column * x_span_count,
simple_row * y_span_count,
border=1,
fill=1)
elif all(pair["subgroup"].get_subgroup() ==
SubgroupPairAttrib.B for pair in pairs):
# B subgroup
pdf.set_fill_color(color_b.red(),
color_b.green(),
color_b.blue())
pdf.cell(step_column * x_span_count,
simple_row * y_span_count,
border=1,
fill=1)
else:
# A and B subgroup
prev_x = pdf.get_x()
prev_y = pdf.get_y()
toggle = True
row = 5
column = math.ceil(step_column * x_span_count /
step_row * row)
for t in range(column):
for n in range(row):
pdf.set_xy(
prev_x + t * step_column *
x_span_count / column,
prev_y + n * step_row / row)
if toggle:
color = color_a
toggle = False
else:
color = color_b
toggle = True
pdf.set_fill_color(
color.red(), color.green(),
color.blue())
pdf.cell(step_column * x_span_count /
column,
simple_row * y_span_count /
row,
border=0)
pdf.set_xy(prev_x, prev_y)
pdf.cell(step_column * x_span_count,
simple_row * y_span_count,
border=1)
if len(pairs) != 0:
text = "\n".join(str(pair) for pair in pairs)
draw_text(
pdf, x + first_row + step_column * (j - 1),
y + title + first_column + step_row *
(i - 1) + simple_row * number_row,
step_column * x_span_count,
simple_row * y_span_count, text)
number_row += 1
pdf.set_xy(prev_x, prev_y)
j += 1
# old
# pairs = schedule.pairs_by_index(i - 1, j - 1, 1) \
# + schedule.pairs_by_index(i - 1, j - 1, 2)
#
# max_duration = max([1, *[pair["time"].duration() for pair in pairs]])
#
# # select color for cell
# if all(pair["subgroup"].get_subgroup() == SubgroupPairAttrib.Common
# for pair in pairs):
# # common
# pdf.cell(step_column * max_duration,
# step_row,
# border=1)
# elif all(pair["subgroup"].get_subgroup() == SubgroupPairAttrib.A
# for pair in pairs):
# # A subgroup
# pdf.set_fill_color(color_a.red(), color_a.green(), color_a.blue())
# pdf.cell(step_column * max_duration,
# step_row,
# border=1,
# fill=1)
# elif all(pair["subgroup"].get_subgroup() == SubgroupPairAttrib.B
# for pair in pairs):
# # B subgroup
# pdf.set_fill_color(color_b.red(), color_b.green(), color_b.blue())
# pdf.cell(step_column * max_duration,
# step_row,
# border=1,
# fill=1)
# else:
# # A and B subgroup
# prev_x = pdf.get_x()
# prev_y = pdf.get_y()
#
# toggle = True
#
# row = 5
# column = math.ceil(step_column * max_duration / step_row * row)
#
# for m in range(column):
# for n in range(row):
# pdf.set_xy(prev_x + m * step_column * max_duration / column,
# prev_y + n * step_row / row)
#
# if toggle:
# color = color_a
# toggle = False
# else:
# color = color_b
# toggle = True
#
# pdf.set_fill_color(color.red(), color.green(), color.blue())
# pdf.cell(step_column * max_duration / column,
# step_row / row,
# border=0,
# fill=1)
# pdf.set_xy(prev_x, prev_y)
# pdf.cell(step_column * max_duration,
# step_row,
# border=1)
# text = ""
# for pair in pairs:
# text += str(pair) + "\n"
#
# if text != "":
# draw_text(pdf,
# x + first_row + step_column * (j - 1),
# y + title + first_column + step_row
# * (i - 1),
# step_column * max_duration,
# step_row,
# text)
# j += max_duration
i += 1
if progress is not None:
count += 1
progress.setValue(week_step * count)
if progress.wasCanceled():
break
start += datetime.timedelta(days=1)
if end <= start:
break
pdf.output(file.absoluteFilePath())
def create_pdf(self):
"""Build the PDF file from user-supplied information"""
# Dictionary of variables collected from gui, to be passed to method_graf()
self.variabledic = {"methodofservice": self.methodText.get(),
"documents": self.docsservedText.get().upper(),
"target": self.targetText.get(),
"dateandtime": self.monthText.get() + " " + self.dayText.get() +
", " + self.yearText.get() + ", at " + self.hourText.get() +
":" + self.minuteText.get() + " " + self.ampmText.get(),
"location": self.locationText.get(),
"subperson": self.subpersonText.get(),
"subrelation": self.subrelationText.get(),
"parentname": self.parentText.get(),
"tempguard": self.tempText.get(),
"committed": self.committedBool.get(),
"adminname": self.adminText.get(),
"agentname": self.agentText.get(),
"sex": self.sexText.get()
}
pdf=FPDF("P", "pt", "Letter")
pdf.set_margins(36,36)
pdf.alias_nb_pages()
pdf.add_page()
# State, County & Court
pdf.set_font("Times", "", 12)
pdf.multi_cell(h = 18, w = 540, align = "L", txt = (
"IN THE "+self.courtText.get().upper()+" COURT OF\n"+
self.countyText.get().upper()+" COUNTY, "+self.stateText.get().upper()))
pdf.ln(30)
# Plaintiff
pcursor = pdf.get_y()
pdf.multi_cell(h=18, w=400, align = "L", txt=self.plaintiffEntry.get(0.0,'end').upper())
newpcursor = pdf.get_y()
pdf.set_xy(400, pcursor)
pdf.cell(w = 0, align = "R", txt = "PLAINTIFF")
pdf.set_xy(0, newpcursor)
pdf.ln(18)
# Case Number
pdf.cell(h = 18, w = 20, align = "L", txt = "V.")
pdf.cell(h = 18, w = 500, align = "C", txt = "CASE NO. "+self.caseNoText.get().upper())
pdf.ln(30)
# Defendant
pcursor = pdf.get_y()
pdf.multi_cell(h=18, w=400, align = "L", txt=self.defendantEntry.get(0.0,'end').upper())
newpcursor = pdf.get_y()
pdf.set_xy(400, pcursor)
pdf.cell(h = 18, w = 0, align = "R", txt = "DEFENDANT")
pdf.set_xy(0, newpcursor)
pdf.ln(18)
# Title
pdf.set_font("Times", "U", 12)
pdf.cell(h = 24, w = 0, align = "C", txt = "AFFIDAVIT OF SERVICE")
pdf.ln(36)
# Commencement
pdf.set_font("Times", "", 12)
pdf.multi_cell(h = 30, w = 540, align = "L", txt = (
" Comes now " + self.serverText.get() + ", who, being duly "
"sworn, deposes and says:"))
# Paragraph with details of service (multi-line), called from method_graf() function
pdf.multi_cell(h = 30, w = 540, align = "L", txt = self.method_graf(**self.variabledic))
# Comments
if len(self.commentsText.get()) > 0:
pdf.multi_cell(h = 30, w = 540, align = "L", txt = " " + self.commentsText.get())
# Not a party/No interest/Further affiant sayeth not, etc.
pdf.multi_cell(h = 30, w = 540, align = "L", txt = (
" I am not a party to this action, and I have no interest in it. \n"
" Further affiant sayeth not."))
pdf.ln(40)
# Signature/Notary section
pdf.line(270,pdf.get_y(),540,pdf.get_y())
pdf.set_x(270)
pdf.cell(h = 24, w = 0, align = "L", txt = self.serverText.get())
pdf.ln(24)
pdf.set_x(270)
pdf.multi_cell(h = 18, w = 0, align = "L", txt = self.servaddrEntry.get(0.0,"end"))
pdf.ln(24)
pdf.set_x(36)
pdf.cell(h = 18, w = 270, align = "L", txt = "Subscribed and sworn to before me this date:")
pdf.line(270,pdf.get_y()+18,540,pdf.get_y()+18)
pdf.ln(40)
pdf.line(270,pdf.get_y()+18,540,pdf.get_y()+18)
pdf.ln(24)
pdf.set_x(270)
pdf.cell(h = 18, w = 270, align = "L", txt = "Notary Public")
pdf.ln(36)
pdf.set_x(270)
pdf.cell(h = 18, w = 270, align = "L", txt = "My commission expires:")
pdf.line(400,pdf.get_y()+18,540,pdf.get_y()+18)
# write PDF
pdf.output(self.filenameText.get()+".pdf", "F")
return None
def invoice_to_PDF(order, client, filename=None):
"""
creates and pdf invoice of the order, and returns the pfd as a string buffer.
@order: the order used to create a invoice
@client: if specified this data is used for the client address, otherwise the address is taken from the order
@filename: if specified the pdf is written to disk with the given filename,
filename can contains a complete path
"""
pdf = FPDF()
pdf.add_font('DejaVu', '', fname='{0}/fonts/ttf-dejavu/DejaVuSerif.ttf'.format(settings.STATIC_ROOT), uni=True)
pdf.add_font('DejaVu', 'B', fname='{0}/fonts/ttf-dejavu/DejaVuSerif-Bold.ttf'.format(settings.STATIC_ROOT), uni=True)
pdf.add_font('DejaVu', 'I', fname='{0}/fonts/ttf-dejavu/DejaVuSerif-Italic.ttf'.format(settings.STATIC_ROOT), uni=True)
pdf.add_font('DejaVu', 'BI', fname='{0}/fonts/ttf-dejavu/DejaVuSerif-BoldItalic.ttf'.format(settings.STATIC_ROOT), uni=True)
def check_for_new_page():
if pdf.get_y() > PAGE_BOTTOM_Y:
pdf.add_page()
def text_fonts():
pdf.set_font('DejaVu', '', 11.0)
def add_row(column_data, columns=COLUMNS, border=0):
"""
add a row to the pdf
"""
cell_margin_left = 2
cell_margin_right = 2
check_for_new_page()
last_y = START_TABLE_Y if pdf.page_no() == 1 else TOP_PAGE_MARGIN
row_y = pdf.get_y() if pdf.get_y() > last_y else last_y
max_y = row_y # max_y is used to check if multi cell is wrapping text and so uses more rows.
next_x = LEFT_PAGE_MARGIN
for i, column in enumerate(columns):
width = column[0]
align = column[1]
pdf.set_xy(next_x+cell_margin_left, row_y)
pdf.multi_cell(w=width-cell_margin_right,
h=TABLE_ROW_HIGH,
txt=column_data[i] if len(column_data) > i else '', align=align, border=border)
max_y = max(max_y, pdf.get_y()) # keep track if multi cell wrapped text
next_x += width
pdf.set_y(max_y)
def add_row_line():
last_y = START_TABLE_Y if pdf.page_no() == 1 else TOP_PAGE_MARGIN
line_y = pdf.get_y() if pdf.get_y() > last_y else last_y - 2
pdf.set_xy(LEFT_PAGE_MARGIN + 1, line_y)
pdf.line(LEFT_PAGE_MARGIN, line_y+2, RIGHT_PAGE_MARGIN, line_y+2)
pdf.set_y(line_y+5)
def draw_vertical_lines_around_columns(columns = COLUMNS, top_y=TOP_PAGE_MARGIN, bottom_y=PAGE_BOTTOM_Y):
####
# draw table vertical lines
####
line_y = pdf.get_y() - 3
line_x = LEFT_PAGE_MARGIN
first = True
for column in columns:
if first:
pdf.line(line_x, START_TABLE_Y, line_x, line_y) # vertical line in front of table
first = False
line_x += column[0]
pdf.line(line_x, START_TABLE_Y, line_x, line_y) # vertical line after column
pdf.add_page()
text_fonts()
####
# Header: logo and company info
####
pdf.image('{0}/gfx/logos/logo_jeslee.jpg'.format(settings.STATIC_ROOT), 20.0, TOP_PAGE_MARGIN, link='', type='', w=79.5, h=33.0)
pdf.set_xy(125.0, TOP_PAGE_MARGIN)
# pdf.set_font('arial', 'B', 13.0)
pdf.set_left_margin(125.0)
pdf.write(6, '{company}\n{street}\n{zip} {city}\n{email}\n\nBank: {bank_account}\nKvk: {kvk}\nBTW: {btw}'.format(
company=settings.COMPANY['business_name'],
street=settings.COMPANY['street'], zip=settings.COMPANY['zip'], city=settings.COMPANY['city'],
email=settings.COMPANY['email'], bank_account=settings.COMPANY['bank_account'], kvk=settings.COMPANY['kvk_nr'], btw=settings.COMPANY['btw_nr']
))
####
# Invoice data
####
pdf.set_xy(LEFT_PAGE_MARGIN, 75)
pdf.set_left_margin(LEFT_PAGE_MARGIN)
pdf.set_font('DejaVu', 'B', 14.0)
pdf.write(6, 'Factuur {number}'.format(number=order.number))
text_fonts()
pdf.set_xy(125, 75)
pdf.write(6, 'Factuurdatum: {date}'.format(date=datetime.now().strftime("%d %B %Y")))
pdf.set_xy(LEFT_PAGE_MARGIN, 85)
pdf.write(5, 'Referentie: {reference}'.format(reference=order.invoice_line2 if order.invoice_line2 else 'Uw bestelling bij Jeslee'))
pdf.set_xy(LEFT_PAGE_MARGIN, 100)
name = order.invoice_company_name \
if order.invoice_company_name \
else "{0} {1}".format(order.invoice_firstname, order.invoice_lastname)
address = order.invoice_line1
pdf.write(6, '{name}\n{address}\n{zip} {city}'.format(
name=name.strip(), address=address.strip(),
zip=order.invoice_code, city=order.invoice_city
))
####
# Article data
####
pdf.set_font('DejaVu', '', 9.0)
add_row_line()
add_row(['Artikelcode', 'Omschrijving', '', 'Bedrag\nincl. btw', 'Totaal'])
add_row_line()
for item in order.items.all():
code = ''
description = ''
if item.product:
code = item.product.sku
description = item.product.description if item.product.description else item.product.name
str(item.product.tax if item.product.tax else '')
add_row([code,
description,
'%.0f x' % item.product_amount,
to_currency(item.product_price_gross),
to_currency(item.price_gross)])
add_row_line()
columns_below_items = [(COLUMN_1_WIDTH + COLUMN_2_WIDTH + COLUMN_3_WIDTH+COLUMN_4_WIDTH , 'R'),
(COLUMN_5_WIDTH, 'R')]
add_row(['Subtotaal', to_currency(order.price-order.tax)], columns=columns_below_items)
taxes = tax_per_percentage(order)
for tax_percentage, tax in taxes.iteritems():
add_row(['Btw {0}%'.format(tax_percentage), to_currency(tax)], columns=columns_below_items)
add_row_line()
pdf.set_font('DejaVu', 'B', 10.0)
add_row(['Totaal', to_currency(order.price)], columns=columns_below_items)
table_bottom = pdf.get_y() + 2
pdf.line(LEFT_PAGE_MARGIN, table_bottom, RIGHT_PAGE_MARGIN, table_bottom) # bottom horizontal line of table
pdf.set_font('DejaVu', '', 10.0)
pdf.set_y(pdf.get_y() + 10)
check_for_new_page()
pdf.set_x(LEFT_PAGE_MARGIN)
pdf.multi_cell(w=COLUMN_1_WIDTH + COLUMN_2_WIDTH + COLUMN_3_WIDTH+COLUMN_4_WIDTH+COLUMN_5_WIDTH,
h=TABLE_ROW_HIGH,
txt=order.message, align='L', border=0)
pdf.set_font('DejaVu', '', 10.0)
pdf.set_xy(LEFT_PAGE_MARGIN, PAGE_BOTTOM_Y-14)
pay_date = datetime.now() + timedelta(PAY_INVOICE_WITHIN_DAYS)
pdf.write(4, 'We verzoeken u vriendelijk het bovenstaande bedrag van {order_price} voor '
'{pay_date} te voldoen op onze bankrekening onder vermelding van het '
'factuurnummer {invoice_number}.\nVoor vragen kunt u contact opnemen per email ({email}).'.
format(order_price=to_currency(order.price),
pay_date=pay_date.strftime("%d %B %Y"),
invoice_number=order.number,
email=settings.COMPANY['email']))
pdf.set_draw_color(80)
pdf.set_text_color(80)
pdf.line(LEFT_PAGE_MARGIN, PAGE_BOTTOM_Y, RIGHT_PAGE_MARGIN, PAGE_BOTTOM_Y) # bottom horizontal line
pdf.set_xy(LEFT_PAGE_MARGIN+5, PAGE_BOTTOM_Y+2)
if filename:
pdf.output(filename, 'F')
return pdf.output('invoice.pdf', 'S')
def invoice_to_PDF(order, client, filename=None):
"""
creates and pdf invoice of the order, and returns the pfd as a string buffer.
@order: the order used to create a invoice
@client: if specified this data is used for the client address, otherwise the address is taken from the order
@filename: if specified the pdf is written to disk with the given filename,
filename can contains a complete path
"""
pdf = FPDF()
pdf.add_font('DejaVu',
'',
fname='{0}/fonts/ttf-dejavu/DejaVuSerif.ttf'.format(
settings.STATIC_ROOT),
uni=True)
pdf.add_font('DejaVu',
'B',
fname='{0}/fonts/ttf-dejavu/DejaVuSerif-Bold.ttf'.format(
settings.STATIC_ROOT),
uni=True)
pdf.add_font('DejaVu',
'I',
fname='{0}/fonts/ttf-dejavu/DejaVuSerif-Italic.ttf'.format(
settings.STATIC_ROOT),
uni=True)
pdf.add_font(
'DejaVu',
'BI',
fname='{0}/fonts/ttf-dejavu/DejaVuSerif-BoldItalic.ttf'.format(
settings.STATIC_ROOT),
uni=True)
def check_for_new_page():
if pdf.get_y() > PAGE_BOTTOM_Y:
pdf.add_page()
def text_fonts():
pdf.set_font('DejaVu', '', 11.0)
def add_row(column_data, columns=COLUMNS, border=0):
"""
add a row to the pdf
"""
cell_margin_left = 2
cell_margin_right = 2
check_for_new_page()
last_y = START_TABLE_Y if pdf.page_no() == 1 else TOP_PAGE_MARGIN
row_y = pdf.get_y() if pdf.get_y() > last_y else last_y
max_y = row_y # max_y is used to check if multi cell is wrapping text and so uses more rows.
next_x = LEFT_PAGE_MARGIN
for i, column in enumerate(columns):
width = column[0]
align = column[1]
pdf.set_xy(next_x + cell_margin_left, row_y)
pdf.multi_cell(w=width - cell_margin_right,
h=TABLE_ROW_HIGH,
txt=column_data[i] if len(column_data) > i else '',
align=align,
border=border)
max_y = max(max_y,
pdf.get_y()) # keep track if multi cell wrapped text
next_x += width
pdf.set_y(max_y)
def add_row_line():
last_y = START_TABLE_Y if pdf.page_no() == 1 else TOP_PAGE_MARGIN
line_y = pdf.get_y() if pdf.get_y() > last_y else last_y - 2
pdf.set_xy(LEFT_PAGE_MARGIN + 1, line_y)
pdf.line(LEFT_PAGE_MARGIN, line_y + 2, RIGHT_PAGE_MARGIN, line_y + 2)
pdf.set_y(line_y + 5)
def draw_vertical_lines_around_columns(columns=COLUMNS,
top_y=TOP_PAGE_MARGIN,
bottom_y=PAGE_BOTTOM_Y):
####
# draw table vertical lines
####
line_y = pdf.get_y() - 3
line_x = LEFT_PAGE_MARGIN
first = True
for column in columns:
if first:
pdf.line(line_x, START_TABLE_Y, line_x,
line_y) # vertical line in front of table
first = False
line_x += column[0]
pdf.line(line_x, START_TABLE_Y, line_x,
line_y) # vertical line after column
pdf.add_page()
text_fonts()
####
# Header: logo and company info
####
pdf.image('{0}/gfx/logos/logo_jeslee.jpg'.format(settings.STATIC_ROOT),
20.0,
TOP_PAGE_MARGIN,
link='',
type='',
w=79.5,
h=33.0)
pdf.set_xy(125.0, TOP_PAGE_MARGIN)
# pdf.set_font('arial', 'B', 13.0)
pdf.set_left_margin(125.0)
pdf.write(
6,
'{company}\n{street}\n{zip} {city}\n{email}\n\nBank: {bank_account}\nKvk: {kvk}\nBTW: {btw}'
.format(company=settings.COMPANY['business_name'],
street=settings.COMPANY['street'],
zip=settings.COMPANY['zip'],
city=settings.COMPANY['city'],
email=settings.COMPANY['email'],
bank_account=settings.COMPANY['bank_account'],
kvk=settings.COMPANY['kvk_nr'],
btw=settings.COMPANY['btw_nr']))
####
# Invoice data
####
pdf.set_xy(LEFT_PAGE_MARGIN, 75)
pdf.set_left_margin(LEFT_PAGE_MARGIN)
pdf.set_font('DejaVu', 'B', 14.0)
pdf.write(6, 'Factuur {number}'.format(number=order.number))
text_fonts()
pdf.set_xy(125, 75)
pdf.write(
6, 'Factuurdatum: {date}'.format(
date=datetime.now().strftime("%d %B %Y")))
pdf.set_xy(LEFT_PAGE_MARGIN, 85)
pdf.write(
5, 'Referentie: {reference}'.format(
reference=order.invoice_line2 if order.
invoice_line2 else 'Uw bestelling bij Jeslee'))
pdf.set_xy(LEFT_PAGE_MARGIN, 100)
name = order.invoice_company_name \
if order.invoice_company_name \
else "{0} {1}".format(order.invoice_firstname, order.invoice_lastname)
address = order.invoice_line1
pdf.write(
6, '{name}\n{address}\n{zip} {city}'.format(name=name.strip(),
address=address.strip(),
zip=order.invoice_code,
city=order.invoice_city))
####
# Article data
####
pdf.set_font('DejaVu', '', 9.0)
add_row_line()
add_row(['Artikelcode', 'Omschrijving', '', 'Bedrag\nincl. btw', 'Totaal'])
add_row_line()
for item in order.items.all():
code = ''
description = ''
if item.product:
code = item.product.sku
description = item.product.description if item.product.description else item.product.name
str(item.product.tax if item.product.tax else '')
add_row([
code, description,
'%.0f x' % item.product_amount,
to_currency(item.product_price_gross),
to_currency(item.price_gross)
])
add_row_line()
columns_below_items = [
(COLUMN_1_WIDTH + COLUMN_2_WIDTH + COLUMN_3_WIDTH + COLUMN_4_WIDTH,
'R'), (COLUMN_5_WIDTH, 'R')
]
add_row(['Subtotaal', to_currency(order.price - order.tax)],
columns=columns_below_items)
taxes = tax_per_percentage(order)
for tax_percentage, tax in taxes.iteritems():
add_row(['Btw {0}%'.format(tax_percentage),
to_currency(tax)],
columns=columns_below_items)
add_row_line()
pdf.set_font('DejaVu', 'B', 10.0)
add_row(['Totaal', to_currency(order.price)], columns=columns_below_items)
table_bottom = pdf.get_y() + 2
pdf.line(LEFT_PAGE_MARGIN, table_bottom, RIGHT_PAGE_MARGIN,
table_bottom) # bottom horizontal line of table
pdf.set_font('DejaVu', '', 10.0)
pdf.set_y(pdf.get_y() + 10)
check_for_new_page()
pdf.set_x(LEFT_PAGE_MARGIN)
pdf.multi_cell(w=COLUMN_1_WIDTH + COLUMN_2_WIDTH + COLUMN_3_WIDTH +
COLUMN_4_WIDTH + COLUMN_5_WIDTH,
h=TABLE_ROW_HIGH,
txt=order.message,
align='L',
border=0)
pdf.set_font('DejaVu', '', 10.0)
pdf.set_xy(LEFT_PAGE_MARGIN, PAGE_BOTTOM_Y - 14)
pay_date = datetime.now() + timedelta(PAY_INVOICE_WITHIN_DAYS)
pdf.write(
4,
'We verzoeken u vriendelijk het bovenstaande bedrag van {order_price} voor '
'{pay_date} te voldoen op onze bankrekening onder vermelding van het '
'factuurnummer {invoice_number}.\nVoor vragen kunt u contact opnemen per email ({email}).'
.format(order_price=to_currency(order.price),
pay_date=pay_date.strftime("%d %B %Y"),
invoice_number=order.number,
email=settings.COMPANY['email']))
pdf.set_draw_color(80)
pdf.set_text_color(80)
pdf.line(LEFT_PAGE_MARGIN, PAGE_BOTTOM_Y, RIGHT_PAGE_MARGIN,
PAGE_BOTTOM_Y) # bottom horizontal line
pdf.set_xy(LEFT_PAGE_MARGIN + 5, PAGE_BOTTOM_Y + 2)
if filename:
pdf.output(filename, 'F')
return pdf.output('invoice.pdf', 'S')
def setava_01(self, stock_taking):
comp = list(self.mdb.stock.find().sort([("category", 1), ("_id", 1)]))
autori = stock_taking['author'].strip().split(',')
datum = str(stock_taking['closed'].date())
filename = "{}_{}.pdf".format(stock_taking['_id'],
''.join(stock_taking['name'].split()))
print("Generovani prehledu inventury")
print("Od:", autori)
print("Kdy:", datum)
print("Soubor,", filename)
page = 1
money_sum = 0
Err = []
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, "Vytvořeno %s, strana %s z %s" %
(datetime.datetime.now().strftime("%d. %m. %Y, %H:%M:%S"), page,
pdf.alias_nb_pages()))
pdf.add_page()
data = self.mdb.stock.aggregate([{
'$addFields': {
'count': {
'$sum': '$history.bilance'
}
}
}])
query = [
{
"$group": {
'_id': '$pid',
'operations': {
"$push": "$$ROOT"
}
}
},
{
"$addFields": {
"packet_count": {
"$sum": "$operations.count"
},
"packet_reserv": {
"$sum": "$operations.reserv"
},
"packet_ordered": {
"$sum": "$operations.ordered"
},
"packet_price": {
"$function": {
"body": '''function(prices, counts) {
let total_counts = Array.sum(counts);
var tmp_count = total_counts;
var total_price = 0;
var c = counts.reverse();
var p = prices.reverse();
for(i in c){
if(c[i] > 0){
if(c[i] < tmp_count){
total_price += (c[i]*p[i]);
tmp_count -= c[i]
}
else{
total_price += (tmp_count*p[i]);
tmp_count = 0;
}
}
}
return total_price;
}''',
"args":
["$operations.unit_price", "$operations.count"],
"lang": "js"
}
}
}
},
#{"$addFields": {"comp": "$pid"}},
{
"$lookup": {
"from":
"stock",
"let": {
"pid": "$_id"
},
"pipeline": [
{
"$match": {
"$expr": {
"$in": ["$$pid", "$packets._id"]
}
}
},
{
"$unwind": "$packets"
},
{
"$match": {
"$expr": {
"$eq": ["$packets._id", "$$pid"]
}
}
},
],
"as":
"component"
}
},
{
"$set": {
"component": {
"$first": "$component"
}
}
},
{
"$lookup": {
"from": "store_positions_complete",
"localField": "component.packets.position",
"foreignField": "_id",
"as": "position_info",
}
},
{
"$set": {
"position_info": {
"$first": "$position_info"
}
}
},
{
"$group": {
'_id': '$component._id',
'packets': {
"$push": "$$ROOT"
},
#'component': { "$push": "$component" }
}
},
{
"$sort": {
"_id": 1
}
}
#{ "$sort": {"position_info.warehouse.code": 1, "position_info.path_string": 1, "position_info.name": 1, "component.name":1}},
#{ "$project": { "packet_count": 1, "packet_reserv": 1, "packet_price": 1, "packet_ordered": 1, "_id": 0} },
# { "$group": {
# '_id': 'null',
# 'count': {"$sum": '$packet_count'},
# 'price': {"$sum": '$packet_price'},
# 'reserv': {"$sum": '$packet_reserv'},
# 'ordered': {"$sum": '$packet_ordered'},
# }
# }
]
data = self.mdb.stock_operation.aggregate(query)
gen_time = datetime.datetime(2018, 10, 1)
lastOid = ObjectId.from_datetime(gen_time)
number_components = 0
number_packets = 0
for i, component in enumerate(data):
print(" ")
number_components += 1
# print(component['_id'], component)
component['packets_count'] = []
component['packets_prices'] = []
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, "Vytvořeno %s, strana %s z %s" %
(datetime.datetime.now().strftime("%d. %m. %Y, %H:%M:%S"),
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(105)
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 = 0
price = 0
packets = ""
for j, packet in enumerate(component['packets']):
number_packets += 1
pcount = packet['packet_count']
pprice = round(packet['packet_price'], 2)
component['packets_count'].append(pcount)
component['packets_prices'].append(pprice)
count += pcount
price += pprice
packets += " {},".format(pprice)
#pac_info = get_packet_count(self.mdb, packet['_id'])
#print("C: {}, {}, ".format(pcount-pac_info['packet_count'], pprice-pac_info['packet_price']))
price_ks = 0
first_price = 0
inventura = False
if count > 0:
money_sum += price
page_sum += price
if price == 0.0: # and x.get('count', 0) > 0:
Err.append(
'Polozka >%s< nulová cena, nenulový počet (%s)' %
(component['_id'], component.get('name', '---')))
pdf.set_x(10)
pdf.cell(
100, 5,
"{:5.0f} {} ({})".format(i, packet['component']['name'],
len(component['packets'])))
pdf.set_font('pt_sans', '', 10)
pdf.set_x(105)
pdf.cell(10, 5, "{} j".format(count), align='R')
# pdf.set_x(107)
# pdf.cell(10, 5, repr(component['packets_count']) + " " +repr(component['packets_prices']), align='L')
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) + repr(component['_id']))
print(e)
if count > 0:
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')
print("Celková cena", money_sum)
print("Probematicke", len(Err))
print("Polozek:", number_components)
print("Pocet sacku:", number_packets)
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
pdf.output("static/tmp/sestava.pdf")
year = datum[:4]
filename = "{}.pdf".format(''.join(stock_taking['name'].split(' ')))
foldername = os.path.join(tornado.options.options.owncloud_root,
'accounting', year, 'stocktaking', filename)
foldername = save_file(self.mdb, foldername)
return upload_file(self.oc, 'static/tmp/sestava.pdf', foldername)
class PDFPrinter:
PAGE_FORMAT = 'A4'
UNIT = 'mm'
MARGIN = 10
CONTENT_WIDTH = 297 - 2 * MARGIN
CONTENT_HEIGHT = 210 - 2 * MARGIN
HEADER_HEIGHT = 30
NOTES_HEIGHT = 17
TABLE_HEIGHT = CONTENT_HEIGHT - HEADER_HEIGHT - NOTES_HEIGHT
FONT_S = 7
FONT_XS = 6.5
def __init__(self):
self.colors = {}
self.timelinesCount = None
self.fontSize = 12
self.textColor = Color.WHITE
self.pdf = FPDF(orientation='L',
unit=PDFPrinter.UNIT,
format=PDFPrinter.PAGE_FORMAT)
self.pdf.add_font('regular',
'',
os.path.join('fonts', 'ubuntu', 'Ubuntu-B.ttf'),
uni=True)
self.pdf.add_font('condensed',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Regular.ttf'),
uni=True)
self.pdf.add_font('italic',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Bold.ttf'),
uni=True)
self.pdf.set_font("regular", size=self.fontSize)
self.pdf.add_page()
self.pdf.set_margins(PDFPrinter.MARGIN, PDFPrinter.MARGIN,
PDFPrinter.MARGIN)
self.uglyMeasure = FPDF(orientation='L',
unit=PDFPrinter.UNIT,
format=PDFPrinter.PAGE_FORMAT)
self.uglyMeasure.add_font('regular',
'',
os.path.join('fonts', 'ubuntu',
'Ubuntu-B.ttf'),
uni=True)
self.uglyMeasure.add_font('condensed',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Regular.ttf'),
uni=True)
self.uglyMeasure.add_font('italic',
'',
os.path.join('fonts', 'roboto',
'RobotoCondensed-Bold.ttf'),
uni=True)
self.uglyMeasure.set_font("regular", size=self.fontSize)
self.uglyMeasure.add_page()
def defineColor(self, key, color):
hex = color.lstrip('#')
self.colors[key.lower()] = tuple(
int(hex[i:i + 2], 16) for i in (0, 2, 4))
def printHeader(self, names):
self.timelinesCount = len(names)
boxWidth = PDFPrinter.CONTENT_WIDTH / self.timelinesCount
boxPos = 0
for name in names:
color = self.colors[name.lower()]
x = PDFPrinter.MARGIN + boxWidth * boxPos
y = PDFPrinter.MARGIN
w = boxWidth
h = 7
self._box(x,
y,
w,
h,
color=color,
lineColor=Color.BLACK,
lineWidth=0.1)
self._text(x,
y,
w,
h,
text=name,
color=self.textColor,
font='regular',
size=self.fontSize)
boxPos += 1
def printTimetable(self, timetable):
colCount = len(timetable.keys())
colWidth = PDFPrinter.CONTENT_WIDTH / colCount
tablePositionY = 30
tableHeight = PDFPrinter.TABLE_HEIGHT + 1
tableHeaderHeight = 7
timelineRowHeight = tableHeight - tableHeaderHeight
timelineRowPositionY = tablePositionY + tableHeaderHeight
timeBlockWidth = (colWidth - 2) / self.timelinesCount
timeWindow = self._findTimeWindow(timetable)
yPerMin = (timelineRowHeight - 2) / (timeWindow["toTime"] -
timeWindow["fromTime"])
colNo = 0
for key, schedules in timetable.items():
x = PDFPrinter.MARGIN + colWidth * colNo
self._box(x=x,
y=tablePositionY,
w=colWidth,
h=tableHeaderHeight,
color=Color.LIGHT_GREY,
lineColor=Color.BLACK,
lineWidth=0.2)
self._text(x=x,
y=tablePositionY,
w=colWidth,
h=tableHeaderHeight,
text=key,
color=Color.BLACK,
font='regular',
size=self.fontSize)
self._box(x=x,
y=timelineRowPositionY,
w=colWidth,
h=timelineRowHeight,
color=None,
lineColor=Color.BLACK,
lineWidth=0.2)
self._drawTimeblocks(schedules,
areaWidth=timeBlockWidth,
areaPositionX=x,
areaPositionY=timelineRowPositionY + 0.8,
scaleY=yPerMin,
timeWindowStart=timeWindow["fromTime"])
colNo += 1
def _drawTimeblocks(self, schedules, areaWidth, areaPositionX,
areaPositionY, scaleY, timeWindowStart):
timeBlockNo = 0
for person, timelines in schedules.items():
blockColor = self.colors[person.lower()]
blockPositionX = areaPositionX + areaWidth * timeBlockNo + 0.5 * timeBlockNo + 0.5
for timeline in timelines:
fromTimePosY = scaleY * (self._timeToInt(timeline.fromTime) -
timeWindowStart) + 0.4
blockPositionY = areaPositionY + fromTimePosY
blockHeight = scaleY * (self._timeToInt(timeline.toTime) -
timeWindowStart) - fromTimePosY
self._box(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight,
color=blockColor,
lineColor=None)
if (timeline.kind == "~"):
self._drawLeftLines(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight)
elif (timeline.kind == "d"):
self._drawTwoRightLines(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight)
elif (timeline.kind == "e"):
self._drawEmptyRightCorner(x=blockPositionX,
y=blockPositionY,
w=areaWidth,
h=blockHeight)
self._drawTimeblockLabels(areaX=blockPositionX,
areaY=blockPositionY,
areaW=areaWidth,
areaH=blockHeight,
timeline=timeline,
backColor=blockColor)
timeBlockNo += 1
def _drawLeftLines(self, x, y, w, h):
hw = h / w
posX = x
posXM = x + w
posY = y
posYM = y + h
jump = 3
while (posXM > x):
posX += jump
posXM -= jump
posY += jump * hw
posYM -= jump * hw
if jump == 2:
jump = 0.5
else:
jump = 2
if (posX < x + w and posY < y + h):
self._line(posX, y, x, posY, Color.WHITE, lineWidth=0.2)
if (posXM > x and posYM > y):
self._line(posXM,
y + h,
x + w,
posYM,
Color.WHITE,
lineWidth=0.2)
def _drawTwoRightLines(self, x, y, w, h):
hw = h / w
posX = x
posXM = x + w
posY = y
posYM = y + h
jump = 2
for _ in range(4):
posX += jump
posXM -= jump
posY += jump * hw
posYM -= jump * hw
# if jump == 2:
# jump = 0.7
# else:
# jump = 2
if (posX < x + w and posY < y + h):
self._line(posX, y + h, x, posYM, Color.WHITE, lineWidth=0.3)
if (posXM > x and posYM > y):
self._line(posXM, y, x + w, posY, Color.WHITE, lineWidth=0.3)
def _drawEmptyRightCorner(self, x, y, w, h):
hw = h / w
posX = x
posXM = x + w
posY = y
posYM = y + h
jump = 1
for p in range(9):
posX += jump
posXM -= jump
posY += jump * hw
posYM -= jump * hw
if p > 5:
jump = 1
else:
jump = 0.2
if (posX < x + w and posY < y + h):
self._line(posX, y + h, x, posYM, Color.WHITE, lineWidth=0.2)
if (posXM > x and posYM > y):
self._line(posXM, y, x + w, posY, Color.WHITE, lineWidth=0.2)
def _drawTimeblockLabels(self, areaX, areaY, areaW, areaH, timeline,
backColor):
label = []
if (timeline.name):
label.append(timeline.name.upper())
for component in timeline.components:
label.append(component.upper())
if (label):
self._textBlock(x=areaX,
y=areaY,
w=areaW,
h=areaH,
textLines=label,
color=Color.WHITE,
font='condensed',
size=PDFPrinter.FONT_XS,
align='C',
backColor=backColor)
if (timeline.fromTime):
textSize = self._measure(text=timeline.fromTime,
font='italic',
size=PDFPrinter.FONT_S)
self._text(x=areaX,
y=areaY - 1,
w=areaW / 2,
h=textSize.y,
text=timeline.fromTime,
color=Color.WHITE,
font='italic',
size=PDFPrinter.FONT_S,
align='L',
backColor=backColor)
if (timeline.toTime):
textSize = self._measure(text=timeline.toTime,
font='italic',
size=PDFPrinter.FONT_S)
self._text(x=areaX + areaW / 2,
y=areaY + areaH - textSize.y + 1,
w=areaW / 2,
h=textSize.y,
text=timeline.toTime,
color=Color.WHITE,
font='italic',
size=PDFPrinter.FONT_S,
align='R',
backColor=backColor)
def printNotes(self, notes):
x = PDFPrinter.MARGIN
y = PDFPrinter.MARGIN + PDFPrinter.HEADER_HEIGHT + PDFPrinter.TABLE_HEIGHT
w = PDFPrinter.CONTENT_WIDTH
h = 5
for note in notes:
y += h
self._text(x,
y,
w,
0,
text=note,
color=Color.BLACK,
font='regular',
size=self.fontSize,
align='L')
def save(self, fileName):
self.pdf.output(fileName)
def _measure(self, text, font, size):
self.uglyMeasure.set_font(font, size=size)
self.uglyMeasure.set_xy(0, 0)
self.uglyMeasure.write(size / 2.83, txt=text)
sizeX = self.uglyMeasure.get_x()
self.uglyMeasure.write(size / 2.83, txt="\n")
sizeY = self.uglyMeasure.get_y()
result = Size(sizeX, sizeY)
return result
def _text(self,
x,
y,
w,
h,
text,
color,
font,
size,
align='C',
backColor=None):
self.pdf.set_text_color(color[0], color[1], color[2])
self.pdf.set_font(font, size=size)
self.pdf.set_xy(x, y)
fillBackground = False
if (backColor):
self.pdf.set_fill_color(backColor[0], backColor[1], backColor[2])
fillBackground = True
self.pdf.cell(w, h, txt=text, ln=1, align=align, fill=fillBackground)
def _textBlock(self,
x,
y,
w,
h,
textLines,
color,
font,
size,
align='C',
backColor=None):
textH = 0
texts = []
for line in textLines:
textSize = self._measure(text=line, font=font, size=size)
textSize.y += 1
textH += textSize.y
texts.append({"txt": line, "height": textSize.y})
self.pdf.set_text_color(color[0], color[1], color[2])
self.pdf.set_font(font, size=size)
posY = y + (h - textH) / 2
fillBackground = False
if (backColor):
self.pdf.set_fill_color(backColor[0], backColor[1], backColor[2])
fillBackground = True
for line in texts:
self.pdf.set_xy(x, posY)
self.pdf.cell(w,
line["height"],
txt=line["txt"],
align=align,
fill=fillBackground)
posY += line["height"]
def _box(self, x, y, w, h, color, lineColor, lineWidth=0):
style = ''
if (lineColor):
self.pdf.set_line_width(lineWidth)
self.pdf.set_draw_color(lineColor[0], lineColor[1], lineColor[2])
style += 'D'
if (color):
self.pdf.set_fill_color(color[0], color[1], color[2])
style += 'F'
self.pdf.rect(x, y, w, h, style)
def _line(self, x1, y1, x2, y2, color, lineWidth):
self.pdf.set_line_width(lineWidth)
self.pdf.set_draw_color(color[0], color[1], color[2])
self.pdf.line(x1, y1, x2, y2)
def _findTimeWindow(self, timetable):
minTime = self._timeToInt("24:00")
maxTime = self._timeToInt("00:00")
for daySchedule in timetable.values():
for personalSchedule in daySchedule.values():
for schedule in personalSchedule:
f = self._timeToInt(schedule.fromTime)
t = self._timeToInt(schedule.toTime)
minTime = min(minTime, f, t)
maxTime = max(maxTime, f, t)
return {"fromTime": minTime, "toTime": maxTime}
def _timeToInt(self, str):
parts = str.split(':')
return int(parts[0]) * 60 + int(parts[1])
class Report:
def __init__(self, data: DataSet, stats=None) -> None:
self.output_path = os.path.join(data.data_path, "stats")
self.dataset_name = os.path.basename(data.data_path)
self.io_handler = data.io_handler
self.mapi_light_light_green = [255, 255, 255]
self.mapi_light_green = [0, 0, 0]
self.mapi_light_grey = [218, 222, 228]
self.mapi_dark_grey = [0, 0, 0]
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.odm_stat = 'odm_processing_statistics'
if stats is not None:
self.stats = stats
else:
self.stats = self._read_stats_file("stats.json")
def save_report(self, filename: str) -> None:
# pyre-fixme[28]: Unexpected keyword argument `dest`.
bytestring = self.pdf.output(dest="S")
if isinstance(bytestring, str):
bytestring = bytestring.encode("utf8")
with self.io_handler.open(os.path.join(self.output_path, filename),
"wb") as fwb:
fwb.write(bytestring)
def _make_table(self, columns_names, rows, row_header=False) -> None:
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) -> Dict[str, Any]:
file_path = os.path.join(self.output_path, filename)
with self.io_handler.open_rt(file_path) as fin:
return io.json_load(fin)
def _read_gcp_stats_file(self, filename):
file_path = os.path.join(self.output_path,
"ground_control_points.json")
with self.io_handler.open_rt(file_path) as fin:
return io.json_load(fin)
def _make_section(self, title: str) -> None:
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: str) -> None:
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: str,
desired_height: float) -> None:
with tempfile.TemporaryDirectory() as tmp_local_dir:
local_image_path = os.path.join(tmp_local_dir,
os.path.basename(image_path))
with self.io_handler.open(local_image_path, "wb") as fwb:
with self.io_handler.open(image_path, "rb") as f:
fwb.write(f.read())
width, height = PIL.Image.open(local_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(
local_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) -> None:
# 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, "ODM Quality Report", align="C")
self.pdf.set_xy(self.margin, self.title_size)
# version number
version_file = os.path.abspath(
os.path.join(os.path.dirname(__file__), "../../../../../VERSION"))
try:
with open(version_file, 'r') as f:
version = f.read().strip()
except Exception as e: # indicate we don't know the version
version = "unknown"
logger.warning(f"Invalid ODM version {version_file}: " + str(e))
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 ODM version {version}",
align="R")
self.pdf.set_xy(self.margin, self.pdf.get_y() + 2 * self.margin)
def make_dataset_summary(self) -> None:
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",
self.stats[self.odm_stat]['total_time_human'] if self.odm_stat in self.stats else \
f"{self.stats['processing_statistics']['steps_times']['Total Time']:.2f} seconds",
],
["Capture Start", self.stats["processing_statistics"]["start_date"]],
["Capture End", self.stats["processing_statistics"]["end_date"]],
]
self._make_table(None, rows, True)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
def _has_meaningful_gcp(self) -> bool:
return (self.stats["reconstruction_statistics"]["has_gcp"]
and "average_error" in self.stats["gcp_errors"])
def make_processing_summary(self) -> None:
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 (Sparse)",
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)],
]
# Dense (if available)
if self.stats.get('point_cloud_statistics'):
if self.stats['point_cloud_statistics'].get('dense'):
rows.insert(2, [
"Reconstructed Points (Dense)",
f"{self.stats['point_cloud_statistics']['stats']['statistic'][0]['count']:,} points"
])
# GSD (if available)
if self.odm_stat in self.stats and self.stats[self.odm_stat].get(
'average_gsd'):
rows.insert(3, [
"Average Ground Sampling Distance (GSD)",
f"{self.stats[self.odm_stat]['average_gsd']:.1f} cm"
])
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 = 110
topview_grids = [
f for f in self.io_handler.ls(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) -> None:
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_gcp_error_details(self):
self._make_section("Ground Control Point Error")
gcp_stats = self._read_gcp_stats_file("ground_control_points.json")
rows = []
column_names = ["ID", "Error X (m)", "Error Y (m)", "Error Z (m)"]
for gcp in gcp_stats:
row = [gcp["id"]]
row.append(f"{gcp['error'][0]:.3f}")
row.append(f"{gcp['error'][1]:.3f}")
row.append(f"{gcp['error'][2]:.3f}")
rows.append(row)
self._make_table(column_names, rows)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
def make_gps_details(self) -> None:
self._make_section("GPS/GCP/3D Errors Details")
# GPS
table_count = 0
for error_type in ["gps", "gcp", "3d"]:
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)
table_count += 1
if table_count > 0:
abs_error_type = "gps" if table_count == 2 else "gcp"
a_ce90 = self.stats[abs_error_type + "_errors"].get("ce90", 0)
a_le90 = self.stats[abs_error_type + "_errors"].get("le90", 0)
r_ce90 = self.stats["3d_errors"].get("ce90", 0)
r_le90 = self.stats["3d_errors"].get("le90", 0)
rows = []
if a_ce90 > 0 and a_le90 > 0:
rows += [[
"Horizontal Accuracy CE90 (meters)",
f"{a_ce90:.3f}",
f"{r_ce90:.3f}" if r_ce90 > 0 else "-",
],
[
"Vertical Accuracy LE90 (meters)",
f"{a_le90:.3f}",
f"{r_le90:.3f}" if r_le90 > 0 else "-",
]]
if rows:
if table_count > 2:
self.add_page_break()
self._make_table(["", "Absolute", "Relative"], rows, True)
self.pdf.set_xy(self.margin,
self.pdf.get_y() + self.margin / 2)
# rows = []
# columns_names = [
# "GPS Bias",
# "Scale",
# "Translation",
# "Rotation",
# ]
# for camera, params in self.stats["camera_errors"].items():
# bias = params["bias"]
# s, t, R = bias["scale"], bias["translation"], bias["rotation"]
# rows.append(
# [
# camera,
# f"{s:.2f}",
# f"{t[0]:.2f} {t[1]:.2f} {t[2]:.2f}",
# f"{R[0]:.2f} {R[1]:.2f} {R[2]:.2f}",
# ]
# )
# self._make_table(columns_names, rows)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
def make_features_details(self) -> None:
self._make_section("Features Details")
heatmap_height = 60
heatmaps = [
f for f in self.io_handler.ls(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) -> None:
self._make_section("Reconstruction Details")
rows = [
[
"Average Reprojection Error (normalized / pixels / angular)",
(f"{self.stats['reconstruction_statistics']['reprojection_error_normalized']:.2f} / "
f"{self.stats['reconstruction_statistics']['reprojection_error_pixels']:.2f} / "
f"{self.stats['reconstruction_statistics']['reprojection_error_angular']:.5f}"
),
],
[
"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 self.io_handler.ls(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) -> None:
self._make_section("Camera Models Details")
for camera, params in self.stats["camera_errors"].items():
residual_grids = [
f for f in self.io_handler.ls(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_rig_cameras_details(self) -> None:
if len(self.stats["rig_errors"]) == 0:
return
self._make_section("Rig Cameras Details")
columns_names = [
"Translation X",
"Translation Y",
"Translation Z",
"Rotation X",
"Rotation Y",
"Rotation Z",
]
for rig_camera_id, params in self.stats["rig_errors"].items():
initial = params["initial_values"]
optimized = params["optimized_values"]
rows = []
r_init, t_init = initial["rotation"], initial["translation"]
r_opt, t_opt = optimized["rotation"], optimized["translation"]
rows.append([
f"{t_init[0]:.4f} m",
f"{t_init[1]:.4f} m",
f"{t_init[2]:.4f} m",
f"{r_init[0]:.4f}",
f"{r_init[1]:.4f}",
f"{r_init[2]:.4f}",
])
rows.append([
f"{t_opt[0]:.4f} m",
f"{t_opt[1]:.4f} m",
f"{t_opt[2]:.4f} m",
f"{r_opt[0]:.4f}",
f"{r_opt[1]:.4f}",
f"{r_opt[2]:.4f}",
])
self._make_subsection(rig_camera_id)
self._make_table(columns_names, rows)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
def make_tracks_details(self) -> None:
self._make_section("Tracks Details")
matchgraph_height = 80
matchgraph = [
f for f in self.io_handler.ls(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) -> None:
self.pdf.add_page("P")
def make_survey_data(self):
self._make_section("Survey Data")
self._make_centered_image(
os.path.join(self.output_path, "overlap.png"), 90)
self._make_centered_image(
os.path.join(self.output_path, "overlap_diagram_legend.png"), 3)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin / 2)
def _add_image_label(self, text):
self.pdf.set_font_size(self.small_text)
self.pdf.text(
self.pdf.get_x() + self.total_size / 2 -
self.pdf.get_string_width(text) / 2,
self.pdf.get_y() - 5, text)
def make_preview(self):
ortho = os.path.join(self.output_path, "ortho.png")
dsm = os.path.join(self.output_path, "dsm.png")
dtm = os.path.join(self.output_path, "dtm.png")
count = 0
if os.path.isfile(ortho) or os.path.isfile(dsm):
self._make_section("Previews")
if os.path.isfile(ortho):
self._make_centered_image(
os.path.join(self.output_path, ortho), 110)
self._add_image_label("Orthophoto")
count += 1
if os.path.isfile(dsm) and self.stats.get('dsm_statistics'):
self._make_centered_image(os.path.join(self.output_path, dsm),
110)
self._add_image_label("Digital Surface Model")
self._make_centered_image(
os.path.join(self.output_path, "dsm_gradient.png"), 4)
self.pdf.set_font_size(self.small_text)
min_text = "{:,.2f}m".format(
self.stats['dsm_statistics']['min'])
max_text = "{:,.2f}m".format(
self.stats['dsm_statistics']['max'])
self.pdf.text(self.pdf.get_x() + 40,
self.pdf.get_y() - 5, min_text)
self.pdf.text(
self.pdf.get_x() + 40 + 110.5 -
self.pdf.get_string_width(max_text),
self.pdf.get_y() - 5, max_text)
count += 1
if os.path.isfile(dtm) and self.stats.get('dtm_statistics'):
if count >= 2:
self.add_page_break()
self._make_centered_image(os.path.join(self.output_path, dtm),
110)
self._add_image_label("Digital Terrain Model")
self._make_centered_image(
os.path.join(self.output_path, "dsm_gradient.png"), 4)
self.pdf.set_font_size(self.small_text)
min_text = "{:,.2f}m".format(
self.stats['dtm_statistics']['min'])
max_text = "{:,.2f}m".format(
self.stats['dtm_statistics']['max'])
self.pdf.text(self.pdf.get_x() + 40,
self.pdf.get_y() - 5, min_text)
self.pdf.text(
self.pdf.get_x() + 40 + 110.5 -
self.pdf.get_string_width(max_text),
self.pdf.get_y() - 5, max_text)
self.pdf.set_xy(self.margin, self.pdf.get_y() + self.margin)
return True
def generate_report(self) -> None:
self.make_title()
self.make_dataset_summary()
self.make_processing_summary()
self.add_page_break()
if self.make_preview():
self.add_page_break()
if os.path.isfile(os.path.join(self.output_path, "overlap.png")):
self.make_survey_data()
self.make_gps_details()
if os.path.isfile(
os.path.join(self.output_path, "ground_control_points.json")):
self.make_gcp_error_details()
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()
if text_font_data['type'] == 'embeded':
pdf.add_font(text_font_data['name'], '', os.path.abspath('.') + '/app/pdf/' + text_font_data['path'], uni=True)
text_font = text_font_data['name']
# header section
# left
pdf.set_font(title_font, '', font_size['header_title'])
pdf.cell(1, line_height['section'] + 1, data['header']['name'], ln=2)
pdf.set_font_size(font_size['header_sub_title'])
pdf.set_text_color(grey)
pdf.cell(1, line_height['text'] + 1, data['header']['title'], ln=2)
pdf.set_font_size(font_size['text'] + 2)
online_text = data['pdf']['online']['text']
pdf.cell(pdf.get_string_width(online_text), line_height['text'] + 1, online_text, ln=0)
pdf.set_text_color(*blue)
pdf.cell(1, line_height['text'] + 1, data['pdf']['online']['url'], ln=2, link=data['pdf']['online']['url'])
header_y = pdf.get_y()
# right
pdf.set_y(page_size['top'] - 1)
pdf.set_x(page_size['end_x'])
pdf.set_font(text_font, '', font_size['text'])
pdf.set_text_color(black)
pdf.cell(1, line_height['text'] - 0.5, data['about']['location'], ln=2, align='R')
pdf.cell(1, line_height['text'] - 0.5, data['about']['phone'], ln=2, align='R')
pdf.cell(1, line_height['text'] - 0.5, data['about']['email'], ln=2, align='R')
pdf.set_text_color(*blue)
pdf.cell(1, line_height['text'] - 0.5, data['about']['socials']['blog']['url'], ln=2, align='R', link=data['about']['socials']['blog']['url'])
pdf.cell(1, line_height['text'] - 0.5, data['about']['socials']['github']['url'], ln=2, align='R', link=data['about']['socials']['github']['url'])
pdf.set_text_color(black)
# hr
pdf.set_line_width(0.4)
pdf.dashed_line(page_size['left'] + 1, header_y, page_size['end_x'] + 1, header_y, 1, 1)
def create_pdf(**kwargs):
"""Build the PDF file from user-supplied information"""
# Dictionary of variables collected from gui, to be passed to method_graf()
variabledic = {"methodofservice": kwargs['servicemethod'],
"documents": kwargs['docserved'].upper(),
"target": kwargs['personserved'],
"dateandtime": kwargs['dateserved'] + ", at " + kwargs['timeserved'],
"location": kwargs['servelocation'],
"subperson": kwargs['subname'],
"subrelation": kwargs['subrelation'],
"parentname": kwargs['parentname'],
"tempguard": kwargs['guardname'],
"committed": kwargs['committed'],
"adminname": kwargs['adminname'],
"agentname": kwargs['agentname'],
}
pdf=FPDF("P", "pt", "Letter")
pdf.set_margins(36,36)
pdf.alias_nb_pages()
pdf.add_page()
# State, County & Court
pdf.set_font("Times", "", 12)
pdf.multi_cell(h = 18, w = 540, align = "L", txt = (
"IN THE "+kwargs['court'].upper()+" COURT OF\n"+
kwargs['county'].upper()+" COUNTY, "+kwargs['state'].upper()))
pdf.ln(30)
# Plaintiff
pcursor = pdf.get_y()
pdf.multi_cell(h=18, w=400, align = "L", txt=kwargs['plaintiff'].upper())
newpcursor = pdf.get_y()
pdf.set_xy(400, pcursor)
pdf.cell(w = 0, align = "R", txt = "PLAINTIFF")
pdf.set_xy(0, newpcursor)
pdf.ln(18)
# Case Number
pdf.cell(h = 18, w = 20, align = "L", txt = "V.")
pdf.cell(h = 18, w = 500, align = "C", txt = "CASE NO. "+kwargs['caseno'].upper())
pdf.ln(30)
# Defendant
pcursor = pdf.get_y()
pdf.multi_cell(h=18, w=400, align = "L", txt=kwargs['defendant'].upper())
newpcursor = pdf.get_y()
pdf.set_xy(400, pcursor)
pdf.cell(h = 18, w = 0, align = "R", txt = "DEFENDANT")
pdf.set_xy(0, newpcursor)
pdf.ln(18)
# Title
pdf.set_font("Times", "U", 12)
pdf.cell(h = 24, w = 0, align = "C", txt = "AFFIDAVIT OF SERVICE")
pdf.ln(36)
# Commencement
pdf.set_font("Times", "", 12)
pdf.multi_cell(h = 30, w = 540, align = "L", txt = (
" Comes now " + kwargs['servername'] + ", who, being duly "
"sworn, deposes and says:"))
# Paragraph with details of service (multi-line), called from method_graf() function
pdf.multi_cell(h = 30, w = 540, align = "L", txt = method_graf(**variabledic))
# Comments
if len(kwargs['comments']) > 0:
pdf.multi_cell(h = 30, w = 540, align = "L", txt = " " + kwargs['comments'])
# Not a party/No interest/Further affiant sayeth not, etc.
pdf.multi_cell(h = 30, w = 540, align = "L", txt = (
" I am not a party to this action, and I have no interest in it. \n"
" Further affiant sayeth not."))
pdf.ln(40)
# Signature/Notary section
pdf.line(270,pdf.get_y(),540,pdf.get_y())
pdf.set_x(270)
pdf.cell(h = 24, w = 0, align = "L", txt = kwargs['servername'])
pdf.ln(24)
pdf.set_x(270)
pdf.multi_cell(h = 18, w = 0, align = "L", txt = kwargs['serveraddress'])
pdf.ln(24)
pdf.set_x(36)
pdf.cell(h = 18, w = 270, align = "L", txt = "Subscribed and sworn to before me this date:")
pdf.line(270,pdf.get_y()+18,540,pdf.get_y()+18)
pdf.ln(40)
pdf.line(270,pdf.get_y()+18,540,pdf.get_y()+18)
pdf.ln(24)
pdf.set_x(270)
pdf.cell(h = 18, w = 270, align = "L", txt = "Notary Public")
pdf.ln(36)
pdf.set_x(270)
pdf.cell(h = 18, w = 270, align = "L", txt = "My commission expires:")
pdf.line(400,pdf.get_y()+18,540,pdf.get_y()+18)
# write PDF
pdf.output("app/static/pdfs/your.pdf", "F")
