def add_notes(page, notes):
for note in notes:
# Create the location, note that the Mendeley coordinate system seems to have its Y axis inverted when
# compared to the pdf library's axis. So the Y position should be flipped
page_lr = page.rect
corner = pdf.Point(note.x, page_lr.y1 - note.y)
# Get the date
if note.date == None:
date = pdf.getPDFnow()
else:
try:
date = note.date.strftime("D:%Y%m%d%H%M%SZ00'00")
except:
date = pdf.getPDFnow()
# Make the note
anot = page.addTextAnnot(corner, note.content)
color = anot.colors
color["fill_color"] = note.color
color["stroke_color"] = note.color
anot.setColors(color)
anot.setOpacity(1)
info = anot.info
info["title"] = note.author
info["content"] = note.content
info["subject"] = note.content.partition("\n")[0]
info["creationDate"] = date
anot.setInfo(info)
anot.update()
y = a.y - x * math.sqrt(3)
c = fitz.Point(x, y) # top corner of drawn triangle
shape.drawPolyline((a, b, c)) # draw start triangle on it
shape.finish(fill=color1, closePath=True) # colorize it
t0 = time.perf_counter()
triangle_count = 0
triangle_count = triangle(shape, a, b, c, fill,
triangle_count) # draw the fractal
t1 = time.perf_counter()
compute_time = round(t1 - t0, 3)
shape.commit() # write the shape to the page
meta = {
"title": "Sierpinski Triangle with %i sub-triangles" % triangle_count,
"author": "Jorj X. McKie",
"subject": "Demonstration of PyMuPDF's features",
"keywords": "PDF, fractal, Sierpinski, triangle",
"creator": os.path.basename(__file__),
"producer": "PyMuPDF v%s" % fitz.VersionBind,
"creationDate": fitz.getPDFnow(),
"modDate": fitz.getPDFnow(),
}
doc.setMetadata(meta)
doc.save(outfile, deflate=True)
print(
"Computation time %g seconds, triangle side %g pixels, %i sub-triangles." %
(compute_time, abs(b - a), triangle_count))
def make_pdf(dlg):
# no file selected: treat like "QUIT"
if not len(dlg.szr02.Table.data): # no files there - quit
return None
# create time zone value in PDF format
cdate = fitz.getPDFnow()
ausgabe = dlg.btn_aus.GetPath()
pdf_out = fitz.open() # empty new PDF document
aus_nr = 0 # current page number in output
pdf_dict = {"creator": "PDF Joiner",
"producer": "PyMuPDF",
"creationDate": cdate,
"modDate": cdate,
"title": dlg.austit.Value,
"author": dlg.ausaut.Value,
"subject": dlg.aussub.Value,
"keywords": dlg.keywords.Value}
pdf_out.setMetadata(pdf_dict) # put in meta data
total_toc = [] # initialize TOC
#==============================================================================
# process one input file
#==============================================================================
for zeile in dlg.szr02.Table.data:
dateiname = zeile[0]
doc = fitz.open(dateiname)
max_seiten = len(doc)
#==============================================================================
# user input minus 1, PDF pages count from zero
# also correct any inconsistent input
#==============================================================================
von = int(zeile[2]) - 1 # first PDF page number
bis = int(zeile[3]) - 1 # last PDF page number
von = min(max(0, von), max_seiten - 1) # "from" must be in range
bis = min(max(0, bis), max_seiten - 1) # "to" must be in range
rot = int(zeile[4]) # get rotation angle
# now copy the page range
pdf_out.insertPDF(doc, from_page = von, to_page = bis,
rotate = rot)
if dlg.noToC.Value: # no ToC wanted - get next file
continue
incr = 1 # standard increment for page range
if bis < von:
incr = -1 # increment for reversed sequence
# list of page numbers in range
pno_range = list(range(von, bis + incr, incr))
# standard bokkmark title = "infile [pp from-to of max.pages]"
bm_main_title = "%s [pp. %s-%s of %s]" % \
(os.path.basename(dateiname[:-4]), von + 1,
bis + 1, max_seiten)
# insert standard bookmark ahead of any page range
total_toc.append([1, bm_main_title, aus_nr + 1])
toc = doc.getToC(simple = False) # get file's TOC
last_lvl = 1 # immunize against hierarchy gaps
for t in toc:
lnk_type = t[3]["kind"] # if "goto", page must be in range
if (t[2] - 1) not in pno_range and lnk_type == fitz.LINK_GOTO:
continue
if lnk_type == fitz.LINK_GOTO:
pno = pno_range.index(t[2] - 1) + aus_nr + 1
# repair hierarchy gaps by filler bookmarks
while (t[0] > last_lvl + 1):
total_toc.append([last_lvl + 1, "<>", pno, t[3]])
last_lvl += 1
last_lvl = t[0]
t[2] = pno
total_toc.append(t)
aus_nr += len(pno_range) # increase output counter
doc.close()
doc = None
#==============================================================================
# all input files processed
#==============================================================================
if total_toc:
pdf_out.setToC(total_toc)
pdf_out.save(ausgabe)
pdf_out.close()
return ausgabe
fitz.Point(50, height - 33), # line above footer
fitz.Point(50 + pspace, height - 33),
color=blue,
width=0.5)
page.insertText(
fitz.Point(
50 + pspace - plen_ftr, # insert footer
height - 33 + ftr_fontsz * 1.2),
footer,
fontsize=ftr_fontsz,
color=blue)
# finally provide some metadata
m = {
"creationDate": fitz.getPDFnow(), # current timestamp
"modDate": fitz.getPDFnow(), # current timestamp
"creator": "text2pdf.py",
"producer": "PyMuPDF v1.11.0",
"title": "Content of file " + ifn,
"subject":
"Demonstrate the use of methods insertPage, insertText and drawLine",
"author": "Jorj McKie"
}
doc.setMetadata(m)
# and save the PDF
doc.save(ofn, garbage=4, deflate=True)
doc.close()
cropbox = +img.rect + (-5, -5, 5, 5)
img.commit()
p.setCropBox(cropbox)
# create first pencil page (tip left)
page = doc.newPage()
img = page.newShape()
pencil(img, fitz.Point(100,150), 100, True)
cropbox = +img.rect + (-5, -5, -5, +5)
img.commit()
page.setCropBox(cropbox)
# create second pencil page (tip right)
page = doc.newPage()
img = page.newShape()
pencil(img, fitz.Point(440,150), 100, False)
cropbox = +img.rect + (5, -5, 5, +5)
img.commit()
page.setCropBox(cropbox)
m = {'title': "Signs and Symbols",
'author': "Jorj X. McKie",
'subject': "Create various symbols for use with showPDFpage()",
'keywords': "symbols, shapes, signs",
'creator': "shapes_and_symbols.py",
'producer': "PyMuPDF",
'creationDate': fitz.getPDFnow(),
'modDate': fitz.getPDFnow()}
doc.setMetadata(m)
doc.save("symbols.pdf", garbage = 4, deflate= True)
doc = fitz.open() # empty PDF
while idx < num_colors:
doc.insertPage(-1, width = w, height = h) # new empty page
page=doc[-1] # load it
for i in range(10): # row index
if idx >= num_colors:
break
for j in range(10): # column index
rect = fitz.Rect(rw*j, rh*i, rw*j + rw, rh*i + rh) # color rect
cname = mylist[idx][0].lower() # color name
col = mylist[idx][1:] # color tuple -> to floats
col = (col[0] / 255., col[1] / 255., col[2] / 255.)
page.drawRect(rect, color = col, fill = col) # draw color rect
pnt1 = rect.top_left + (0, rh*0.3) # pos of color name in white
pnt2 = pnt1 + (0, lheight) # pos of color name in black
page.insertText(pnt1, cname, fontsize = fsize, color = white)
page.insertText(pnt2, cname, fontsize = fsize, color = black)
idx += 1
if idx >= num_colors:
break
m = {"author": "Jorj X. McKie", "producer": "PyMuPDF", "creator": "colordb.py",
"creationDate": fitz.getPDFnow(), "modDate": fitz.getPDFnow(),
"title": "PyMuPDF Color Database", "subject": "Sorted down by HSV values"}
doc.setMetadata(m)
path = os.path.dirname(os.path.abspath(__file__))
ofn = os.path.join(path, "colordbHSV.pdf")
print("Writing:", ofn)
doc.save(ofn, garbage = 4, deflate = True, clean=True)
triangle_count) # draw the fractal
t1 = time.perf_counter()
compute_time = round(t1 - t0, 3)
shape.commit() # write the shape to the page
meta = {
"title":
"Sierpinski Triangle with %i sub-triangles, %g seconds" %
(triangle_count, compute_time),
"author":
"Jorj X. McKie",
"subject":
"Demonstration of PyMuPDF's features",
"keywords":
"PDF, fractal, Sierpinski, triangle",
"creator":
os.path.basename(__file__),
"producer":
"PyMuPDF v%s" % fitz.VersionBind,
"creationDate":
fitz.getPDFnow(),
"modDate":
fitz.getPDFnow(),
}
doc.setMetadata(meta)
doc.save(outfile, deflate=True)
print(
"Computation time %g seconds, triangle side %g pixels, %i sub-triangles." %
(compute_time, abs(b - a), triangle_count))
page.insertText(fitz.Point(50, 50), ifn, # header = input filename
color = blue,
fontsize = hdr_fontsz)
page.drawLine(fitz.Point(50,60), fitz.Point(50 + pspace,60), # line below hdr
color= blue, width = 0.5)
page.drawLine(fitz.Point(50, height-33), # line above footer
fitz.Point(50 + pspace, height - 33),
color = blue, width = 0.5)
page.insertText(fitz.Point(50 + pspace - plen_ftr, # insert footer
height - 33 + ftr_fontsz * 1.2),
footer, fontsize = ftr_fontsz, color = blue)
# finally provide some metadata
m = {"creationDate": fitz.getPDFnow(), # current timestamp
"modDate": fitz.getPDFnow(), # current timestamp
"creator": "text2pdf.py",
"producer": "PyMuPDF v1.11.0",
"title": "Content of file " + ifn,
"subject": "Demonstrate the use of methods insertPage, insertText and drawLine",
"author": "Jorj McKie"}
doc.setMetadata(m)
# and save the PDF
doc.save(ofn, garbage=4, deflate=True)
doc.close()
Dependencies:
-------------
* PyMuPDF v1.17.4
* calendar (either use LocaleTextCalendar or just TextCalendar)
This program creates calendars for three years in a row (starting with
the one given as parameter) and stores the result in a PDF.
"""
import fitz
import calendar
import sys
if not fitz.VersionBind.split(".") >= ["1", "17", "4"]:
raise ValueError("Need PyMuPDF v.1.17.4 at least.")
if len(sys.argv) != 2:
startyear = fitz.getPDFnow()[2:6] # take current year
else:
startyear = sys.argv[1]
if len(startyear) != 4 or not startyear.isnumeric():
raise ValueError("Start year must be 4 digits")
suffix = "-%s.pdf" % startyear
outfile = __file__.replace(".py", suffix)
startyear = int(startyear)
doc = fitz.open() # new empty PDF
# font = fitz.Font("cour") # use the built-in font Courier
font = fitz.Font("spacemo") # use Space Mono - a nicer mono-spaced font
cal = calendar.LocaleTextCalendar(locale="de") # use your locale
# cal = calendar.TextCalendar() # or stick with English