from odfdo import Document, Paragraph
document = Document('text')
body = document.body
paragraph = Paragraph(('A paragraph with a footnote '
'about references in it.'))
body.append(paragraph)
# Notes are quite complex so they deserve a dedicated API on paragraphs:
paragraph.insert_note(after="graph",
note_id='note1',
citation="1",
body=('Author, A. (2007). "How to cite references", '
'New York: McGraw-Hill.'))
# That looks complex so we detail the arguments:
#
# after => The word after what the “¹” citation is inserted.
# note_id => The unique identifier of the note in the document.
# citation => The symbol the user sees to follow the footnote.
# body => The footnote itself, at the end of the page.
#
# odfdo creates footnotes by default. To create endnotes (notes
# that appear at the end of the document), give the
# note_class=’endnote’ parameter.
# Let's add another section to make our document clear:
# Annotations are notes that don’t appear in the document but typically on a
# side bar in a desktop application. So they are not printed.
from odfdo import Document, Paragraph, Header
document = Document("text")
body = document.body
body.append(Header(1, "Annotations"))
paragraph = Paragraph("A paragraph with an annotation in the middle.")
body.append(paragraph)
# Annotations are inserted like notes but they are simpler:
paragraph.insert_annotation(after="annotation",
body="It's so easy!",
creator="Luis")
# Annotation arguments are quite different:
# after => The word after what the annotation is inserted.
# body => The annotation itself, at the end of the page.
# creator => The author of the annotation.
# date => A datetime value, by default datetime.now().
from odfdo import Document, Paragraph
document = Document("text")
body = document.body
paragraph = Paragraph(("A paragraph with a footnote "
"about references in it."))
body.append(paragraph)
# Notes are quite complex so they deserve a dedicated API on paragraphs:
paragraph.insert_note(
after="graph",
note_id="note1",
citation="1",
body=('Author, A. (2007). "How to cite references", '
"New York: McGraw-Hill."),
)
# That looks complex so we detail the arguments:
#
# after => The word after what the “¹” citation is inserted.
# note_id => The unique identifier of the note in the document.
# citation => The symbol the user sees to follow the footnote.
# body => The footnote itself, at the end of the page.
#
# odfdo creates footnotes by default. To create endnotes (notes
# that appear at the end of the document), give the
# note_class=’endnote’ parameter.
from odfdo import Document, Header, Paragraph, Table
document = Document("text")
body = document.body
# Let's add another section to make our document clear:
body.append(Header(1, "Tables"))
body.append(Paragraph("A 3x3 table:"))
# Creating a table :
table = Table("Table 1", width=3, height=3)
body.append(table)
body = document.body
for numero, filename in enumerate(listdir('samples')):
# Heading
heading = Header(1, text=filename)
body.append(heading)
path = join('samples', filename)
mimetype, _ = guess_type(path)
if mimetype is None:
mimetype = 'application/octet-stream'
if mimetype.startswith('image/'):
# Add the image
internal_name = 'Pictures/' + filename
image = Image.open(path)
width, height = image.size
paragraph = Paragraph('Standard')
# 72 ppp
frame = Frame('frame_%d' % numero, 'Graphics',
str(int(width / 72.0)) + 'in',
str(int(height / 72.0)) + 'in')
image = DrawImage(internal_name)
frame.append(image)
paragraph.append(frame)
body.append(paragraph)
# And store the data
container = document.container
with open(path, 'rb') as f:
content = f.read()
container.set_part(internal_name, content)
elif mimetype in ('text/csv', 'text/comma-separated-values'):
# generally want to write paragraphs, lists, headings, and a table of
# content to show the document hierarchy at first.
# 2.1 - Adding Main Title
# Titles are organised by level, starting from level 1.
#So let’s add the main title of our document:
title1 = Header(1, txt_1)
body.append(title1)
# 2.2 - Adding more Titles and Paragraphs
# title of second level:
title = Header(2, txt_a1)
body.append(title)
# Adding a basic Paragraph of plain text
paragraph = Paragraph(txt_a2)
body.append(paragraph)
# title of second level:
title = Header(2, txt_b1)
body.append(title)
# Adding a basic Paragraph of plain text
paragraph = Paragraph(txt_b2)
body.append(paragraph)
if not os.path.exists('test_output'):
os.mkdir('test_output')
output = os.path.join('test_output', 'my_basic_text_document.odt')
# remove default styles
document.delete_styles()
# add our styles
document.insert_style(_style_font_1, default=True)
document.insert_style(_style_font_2, default=True)
document.insert_style(_style_font_3, default=True)
document.insert_style(_style_page, automatic=True)
document.insert_style(_style_master)
document.insert_style(_style_footer)
document.insert_style(_style_description)
document.insert_style(_style_small_serif)
document.insert_style(_style_bold)
body = document.body
paragraph = Paragraph('', style='description')
paragraph.append_plain_text(text_1)
body.append(paragraph)
paragraph = Paragraph(style='line')
body.append(paragraph)
paragraph = Paragraph(style='smallserif')
paragraph.append_plain_text(text_2)
body.append(paragraph)
paragraph = Paragraph(style='line')
body.append(paragraph)
paragraph = Paragraph(style='description')
paragraph.append_plain_text(text_3)
# remove default styles
document.delete_styles()
# add our styles
document.insert_style(_style_font_1, default=True)
document.insert_style(_style_font_2, default=True)
document.insert_style(_style_font_3, default=True)
document.insert_style(_style_page, automatic=True)
document.insert_style(_style_master)
document.insert_style(_style_footer)
document.insert_style(_style_description)
document.insert_style(_style_small_serif)
document.insert_style(_style_bold)
body = document.body
paragraph = Paragraph("", style="description")
paragraph.append_plain_text(text_1)
body.append(paragraph)
paragraph = Paragraph(style="line")
body.append(paragraph)
paragraph = Paragraph(style="smallserif")
paragraph.append_plain_text(text_2)
body.append(paragraph)
paragraph = Paragraph(style="line")
body.append(paragraph)
paragraph = Paragraph(style="description")
paragraph.append_plain_text(text_3)
from odfdo import Document, Paragraph
document = Document("text")
body = document.body
# create a new paragraph with some content :
paragraph = Paragraph("Hello_World")
body.append(paragraph)
# Heading
heading = Header(1, text=filename)
body.append(heading)
path = join("samples", filename)
mimetype, _ = guess_type(path)
if mimetype is None:
mimetype = "application/octet-stream"
if mimetype.startswith("image/"):
# Add the image
image_uri = document.add_file(path)
# compute size
image = Image.open(path)
width, height = image.size
draw_size = (f"{width/400:.2f}in", f"{height/400:.2f}in")
image_frame = Frame.image_frame(image_uri, size=draw_size, anchor_type="char")
paragraph = Paragraph("")
paragraph.append(image_frame)
body.append(paragraph)
body.append(Paragraph(""))
elif mimetype in ("text/csv", "text/comma-separated-values"):
table = Table(f"table {numero}", style="Standard")
csv = reader(open(path))
for line in csv:
size = len(line)
row = Row()
for value in line:
cell = Cell(value)
row.append_cell(cell)
table.append_row(row)
for i in range(size):
column = Column(style="Standard")
return text
from odfdo import Document, Header, Paragraph
# Create the document
my_document = Document('text')
body = my_document.body
# Add content (See Create_a_basic_document.py)
title1 = Header(1, random_text(1)[:70])
body.append(title1)
for p in range(3):
title = Header(2, random_text(1)[:70])
body.append(title)
paragraph = Paragraph(random_text(10))
# Adding Annotation
# Annotations are notes that don’t appear in the document but
# typically on a side bar in a desktop application. So they are not printed.
# Now we add some annotation on each paragraph
some_word = paragraph.text_recursive.split()[3]
# choosing the 4th word of the paragraph to insert the note
paragraph.insert_annotation(
after=some_word, # The word after what the annotation is inserted.
body="It's so easy!", # The annotation itself, at the end of the page.
creator="Bob" # The author of the annotation.
# date= xxx A datetime value, by default datetime.now().
)
from odfdo import Document, Paragraph
document = Document("text")
body = document.body
# we knwo we have a style of name "highlight" :
body.append(Paragraph("Highlighting the word", style="highlight"))
body = my_document.body
# Create the Table Of Content
toc = TOC()
# Changing the default "Table Of Content" Title :
toc.title = "My Table of Content"
# Do not forget to add every components to the document:
body.append(toc)
# Add content (See Create_a_basic_document.py)
title1 = Header(1, random_text(1)[:70])
body.append(title1)
for p in range(3):
title = Header(2, random_text(1)[:70])
body.append(title)
paragraph = Paragraph(random_text(10))
body.append(paragraph)
# Beware, update the TOC with the actual content. If not done there,
# the reader will need to "update the table of content" later.
toc.fill()
if not os.path.exists("test_output"):
os.mkdir("test_output")
output = os.path.join("test_output", "my_document_with_toc.odt")
# And finally save the document.
my_document.save(target=output, pretty=True)
price += 10.5
return cat_list
tax_rate = .196
if __name__ == "__main__":
commercial = Document('text')
body = commercial.body
catalog = make_catalog()
title1 = Header(1, "Basic commercial document")
body.append(title1)
title11 = Header(2, "Available products")
body.append(title11)
paragraph = Paragraph("Here the list:")
body.append(paragraph)
# List of products in a list :
product_list = List()
body.append(product_list)
for product in catalog:
item = ListItem("%-10s, price: %.2f €" % (product.name, product.price))
product_list.append(item)
title12 = Header(2, "Your command")
body.append(title12)
command = {0: 1, 1: 12, 2: 3, 4: 5}
# A table in the text document :
if __name__ == "__main__":
document = Document('text')
body = document.body
print("Making some Koch fractal")
title = Header(1, "Some Koch fractal")
body.append(title)
style = document.get_style('graphic')
style.set_properties({"svg:stroke_color": "#0000ff"})
style.set_properties(fill_color="#ffffcc")
para = Paragraph('')
body.append(para)
# some computation of oordinates
center, vlist = make_coords(side=12.0, vpos=8.0)
# create a circle
rad = 8.0
pos = center - complex(rad, rad)
circle = EllipseShape(size=('%.2fcm' % (rad * 2), '%.2fcm' % (rad * 2)),
position=('%.2fcm' % pos.real, '%.2fcm' % pos.imag))
para.append(circle)
# create a drawing with a lot of lines
para.append('number of lines: %s' % len(vlist))
for v in vlist:
print("Generating test_output/use_case2.odt ...")
# Go
document = Document("text")
body = document.body
# 0- The image
# ------------
path = join("samples", "image.png")
image = Image.open(path)
width, height = image.size
# Add the image
image_uri = document.add_file(path)
draw_size = (f"{width/100:.2f}cm", f"{height/100:.2f}cm")
image_frame = Frame.image_frame(image_uri, size=draw_size, position=("0cm", "0cm"))
paragraph = Paragraph("", style="Standard")
paragraph.append(image_frame)
body.append(paragraph)
body.append(Paragraph())
# 1- Congratulations (=> style on paragraph)
# ------------------------------------------
heading = Header(1, text="Congratulations !")
body.append(heading)
# The style
style = Style(
"paragraph",
"style1",
parent="Standard",
area="text",
return text
from odfdo import Document, Header, Paragraph
# Create the document
my_document = Document("text")
body = my_document.body
# Add content (See Create_a_basic_document.py)
title1 = Header(1, random_text(1)[:70])
body.append(title1)
for p in range(3):
title = Header(2, random_text(1)[:70])
body.append(title)
paragraph = Paragraph(random_text(10))
# Adding Footnote
# Now we add a footnote on each paragraph
# Notes are quite complex so they deserve a dedicated API on paragraphs:
some_word = paragraph.text_recursive.split()[3]
# choosing the 4th word of the paragraph to insert the note
paragraph.insert_note(
after=some_word, # The word after what the “¹” citation is inserted.
note_id=f"note{p}", # The unique identifier of the note in the document.
citation="1", # The symbol the user sees to follow the footnote.
body=(
f'Author{p}, A. (2007). "How to cite references", Sample Editions.'
# The footnote itself, at the end of the page.
),
)
from odfdo import Document, Paragraph, Frame
doc = Document("text")
body = doc.body
uri = doc.add_file("newlogo.png")
image_frame = Frame.image_frame(uri,
size=("6cm", "4cm"),
position=("5cm", "10cm"))
# put image frame in a paragraph:
para = Paragraph("")
para.append(image_frame)
body.append(para)
# doc.save(target='test_picture.odt', pretty=True)
if __name__ == "__main__":
document = Document("text")
body = document.body
print("Making some Koch fractal")
title = Header(1, "Some Koch fractal")
body.append(title)
style = document.get_style("graphic")
style.set_properties({"svg:stroke_color": "#0000ff"})
style.set_properties(fill_color="#ffffcc")
para = Paragraph("")
body.append(para)
# some computation of oordinates
center, vlist = make_coords(side=12.0, vpos=8.0)
# create a circle
rad = 8.0
pos = center - complex(rad, rad)
circle = EllipseShape(
size=("%.2fcm" % (rad * 2), "%.2fcm" % (rad * 2)),
position=("%.2fcm" % pos.real, "%.2fcm" % pos.imag),
)
para.append(circle)
# create a drawing with a lot of lines
from odfdo import Document, Paragraph
document = Document('text')
body = document.body
# we knwo we have a style of name "highlight" :
body.append(Paragraph('Highlighting the word', style='highlight'))
