http://www.mediawiki.org/wiki/Special:Code/pywikipedia/11629

Revision: 11629 Author: drtrigon Date: 2013-06-08 22:20:26 +0000 (Sat, 08 Jun 2013) Log Message: ----------- improvement; add 24 'Created with ...' categories (from 'Metadata')

Modified Paths: -------------- trunk/pywikipedia/catimages.py

Modified: trunk/pywikipedia/catimages.py =================================================================== --- trunk/pywikipedia/catimages.py 2013-06-08 22:09:06 UTC (rev 11628) +++ trunk/pywikipedia/catimages.py 2013-06-08 22:20:26 UTC (rev 11629) @@ -189,159 +189,194 @@

def _detect_HeaderAndMetadata(self): # check/look into the file by midnight commander (mc) - # https://pypi.python.org/pypi/hachoir-metadata + # use exif as first hint - in fact gives also image-size, streams, ...

-#### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### -#try: -# from hachoir_core.error import error, HachoirError -# from hachoir_core.cmd_line import unicodeFilename -# from hachoir_core.i18n import getTerminalCharset, _ -# from hachoir_core.benchmark import Benchmark -# from hachoir_core.stream import InputStreamError -# from hachoir_core.tools import makePrintable -# from hachoir_parser import createParser, ParserList -# import hachoir_core.config as hachoir_config -# from hachoir_metadata import config -#except ImportError, err: -# raise -# print >>sys.stderr, "Unable to import an Hachoir module: %s" % err -# sys.exit(1) -#from optparse import OptionGroup, OptionParser -#from hachoir_metadata import extractMetadata -#from hachoir_metadata.metadata import extractors as metadata_extractors + exif = self._util_get_DataTags_EXIF() + #print exif + result = { 'Software': exif['Software'] if 'Software' in exif else u'-', + 'Output_Extension': exif['Output_extension'] if 'Output_extension' in exif else u'-', + 'Desc': exif['Desc'] if 'Desc' in exif else u'-', + 'DescProducer': exif['DescProducer'] if 'DescProducer' in exif else u'-', + 'DescCreator': exif['DescCreator'] if 'DescCreator' in exif else u'-', + 'Comment': exif['Comment'] if 'Comment' in exif else u'-', + 'Producer': exif['Producer'] if 'Producer' in exif else u'-',} + #'Comments': exif['Comments'] if 'Comments' in exif else u'-', + #'WorkDesc': exif['WorkDescription'] if 'WorkDescription' in exif else u'-', + ##'Dimensions': tuple(map(int, exif['ImageSize'].split(u'x'))),} + #'Dimensions': tuple(exif['ImageSize'].split(u'x')) if 'ImageSize' in exif else (None, None),} + #'Mode': exif['ColorType'], } + +# TODO: vvv +#* metadata template in commons has to be worked out and code adopted +#* like in 'Streams' a nice content listing of MIDI (exif or music21 - if needed at all?) +#* docu all this stuff in commons +#* docu and do all open things on "commons TODO list" # # -#def parseOptions(): -# parser = OptionParser(usage="%prog [options] files") -# parser.add_option("--type", help=_("Only display file type (description)"), -# action="store_true", default=False) -# parser.add_option("--mime", help=_("Only display MIME type"), -# action="store_true", default=False) -# parser.add_option("--level", -# help=_("Quantity of information to display from 1 to 9 (9 is the maximum)"), -# action="store", default="9", type="choice", -# choices=[ str(choice) for choice in xrange(1,9+1) ]) -# parser.add_option("--raw", help=_("Raw output"), -# action="store_true", default=False) -# parser.add_option("--bench", help=_("Run benchmark"), -# action="store_true", default=False) -# parser.add_option("--force-parser",help=_("List all parsers then exit"), -# type="str") -# parser.add_option("--profiler", help=_("Run profiler"), -# action="store_true", default=False) -# parser.add_option("--quality", help=_("Information quality (0.0=fastest, 1.0=best, and default is 0.5)"), -# action="store", type="float", default="0.5") -# parser.add_option("--maxlen", help=_("Maximum string length in characters, 0 means unlimited (default: %s)" % config.MAX_STR_LENGTH), -# type="int", default=config.MAX_STR_LENGTH) -# parser.add_option("--verbose", help=_("Verbose mode"), -# default=False, action="store_true") -# parser.add_option("--debug", help=_("Debug mode"), -# default=False, action="store_true") # -# values, filename = parser.parse_args() -# if len(filename) == 0: -# parser.print_help() -# sys.exit(1) -# -# # Update limits -# config.MAX_STR_LENGTH = values.maxlen -# if values.raw: -# config.RAW_OUTPUT = True -# -# return values, filename -# -#def processFile(values, filename, -#display_filename=False, priority=None, human=True, display=True): -# charset = getTerminalCharset() -# filename, real_filename = unicodeFilename(filename, charset), filename -# -# # Create parser -# try: -# if values.force_parser: -# tags = [ ("id", values.force_parser), None ] -# else: -# tags = None -# parser = createParser(filename, real_filename=real_filename, tags=tags) -# help(parser) -# print parser.getParserTags() -# print parser.PARSER_TAGS -# for i, item in enumerate(parser.createFields()): -# print item -# if i > 5: -# break -# except InputStreamError, err: -# error(unicode(err)) -# return False -# if not parser: -# error(_("Unable to parse file: %s") % filename) -# return False -# -# # Extract metadata -# extract_metadata = not(values.mime or values.type) -# if extract_metadata: -# try: -# metadata = extractMetadata(parser, values.quality) -# except HachoirError, err: -# error(unicode(err)) -# metadata = None -# if not metadata: -# parser.error(_("Hachoir can't extract metadata, but is able to parse: %s") -# % filename) -# return False -# -# if display: -# # Display metadatas on stdout -# if extract_metadata: -# text = metadata.exportPlaintext(priority=priority, human=human) -# if not text: -# text = [_("(no metadata, priority may be too small)")] -# if display_filename: -# for line in text: -# line = "%s: %s" % (filename, line) -# print makePrintable(line, charset) -# else: -# for line in text: -# print makePrintable(line, charset) -# else: -# if values.type: -# text = parser.description -# else: -# text = parser.mime_type -# if display_filename: -# text = "%s: %s" % (filename, text) -# print text -# return True -# -#### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### -# -# def processFiles(values, filenames, display=True): -# human = not(values.raw) -# ok = True -# priority = int(values.level)*100 + 99 -# display_filename = (1 < len(filenames)) -# for filename in filenames: -# ok &= processFile(values, filename, display_filename, priority, human, display) -# return ok -# -# try: -# # Parser options and initialize Hachoir -# values, filenames = parseOptions() -# -# ok = processFiles(values, filenames) -# except KeyboardInterrupt: -# print _("Program interrupted (CTRL+C).") -# ok = False -# sys.exit(int(not ok)) -# -#### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### +#(* initial audio midi support (music21)) +#[TODO: docu on Commons ... / template ...]

- pass +# TODO: if '_detect_History' is not needed here, moveit back into _JpegFile !!! + #print "self._detect_History()" + #print self._detect_History()

+ # https://pypi.python.org/pypi/hachoir-metadata (needs 'core' and 'parser') + # + #from hachoir_core.error import HachoirError + #from hachoir_core.stream import InputStreamError + #from hachoir_parser import createParser + #import hachoir_core.config as hachoir_config + # + #from hachoir_metadata import extractMetadata + # + #hachoir_config.debug = True + #hachoir_config.verbose = True + #hachoir_config.quiet = True + # + ## Create parser + #try: + # parser = createParser(self.file_name.decode('utf-8'), + # real_filename=self.file_name.encode('utf-8'), + # tags=None) + # #print [val for val in enumerate(parser.createFields())] + # desc = parser.description + # ptags = parser.getParserTags() + #except (InputStreamError, AttributeError): + # desc = u'-' + # ptags = {} + # + ## Extract metadata + #try: + # # quality: 0.0 fastest, 1.0 best, and default is 0.5 + # metadata = extractMetadata(parser, 0.5) + # #mtags = dict([(key, metadata.getValues(key)) + # mtags = dict([(key, metadata.getValues(key)) # get, getItem, getItems, getText + # for key in metadata._Metadata__data.keys()#]) + # if metadata.getValues(key)]) + #except (HachoirError, AttributeError): + # mtags = {} + # + ##result = {'parser_desc': desc, 'parserdata': ptags, 'metadata': mtags} + ##print result + #print {'parser_desc': desc, 'parserdata': ptags, 'metadata': mtags} + # + ### Display metadatas on stdout + ##text = metadata.exportPlaintext(priority=None, human=False) + ##if not text: + ## text = [u"(no metadata, priority may be too small, try priority=999)"] + ##print u'\n'.join(text) + + self._properties['Metadata'] = [result] + #print self._properties['Metadata'] + return + def _detect_Properties(self): # get mime-type file-size, ... pass

+ def _util_get_DataTags_EXIF(self): + # http://tilloy.net/dev/pyexiv2/tutorial.html + # (is UNFORTUNATELY NOT ABLE to handle all tags, e.g. 'FacesDetected', ...) + + if hasattr(self, '_buffer_EXIF'): + return self._buffer_EXIF

+ res = {} + enable_recovery() # enable recovery from hard crash + try: + if hasattr(pyexiv2, 'ImageMetadata'): + metadata = pyexiv2.ImageMetadata(self.file_name) + metadata.read() + + for key in metadata.exif_keys: + res[key] = metadata[key] + + for key in metadata.iptc_keys: + res[key] = metadata[key] + + for key in metadata.xmp_keys: + res[key] = metadata[key] + else: + image = pyexiv2.Image(self.file_name) + image.readMetadata() + + for key in image.exifKeys(): + res[key] = image[key] + + for key in image.iptcKeys(): + res[key] = image[key] + + #for key in image.xmpKeys(): + # res[key] = image[key] + except IOError: + pass + except RuntimeError: + pass + disable_recovery() # disable since everything worked out fine + + + # http://www.sno.phy.queensu.ca/~phil/exiftool/ + # MIGHT BE BETTER TO USE AS PYTHON MODULE; either by wrapper or perlmodule: + # http://search.cpan.org/~gaas/pyperl-1.0/perlmodule.pod + # (or use C++ with embbedded perl to write a python module) + data = Popen("exiftool -j %s" % self.file_name, + shell=True, stdout=PIPE).stdout.read() + if not data: + raise ImportError("exiftool not found!") + try: # work-a-round for badly encoded exif data (from pywikibot/comms/http.py) + data = unicode(data, 'utf-8', errors = 'strict') + except UnicodeDecodeError: + data = unicode(data, 'utf-8', errors = 'replace') + #res = {} + data = re.sub("(?<!")(Binary data (?P<size>\d*) bytes)", ""(Binary data \g<size> bytes)"", data) # work-a-round some issue + for item in json.loads(data): + res.update( item ) + #print res + self._buffer_EXIF = res + + return self._buffer_EXIF + + def _detect_History(self): + res = self._util_get_DataTags_EXIF() + + #a = [] + #for k in res.keys(): + # if 'history' in k.lower(): + # a.append( k ) + #for item in sorted(a): + # print item + # http://tilloy.net/dev/pyexiv2/api.html#pyexiv2.xmp.XmpTag + #print [getattr(res['Xmp.xmpMM.History'], item) for item in ['key', 'type', 'name', 'title', 'description', 'raw_value', 'value', ]] + result = [] + i = 1 + while (('Xmp.xmpMM.History[%i]' % i) in res): + data = { 'ID': i, + 'Software': u'-', + 'Timestamp': u'-', + 'Action': u'-', + 'Info': u'-', } + if ('Xmp.xmpMM.History[%i]/stEvt:softwareAgent'%i) in res: + data['Software'] = res['Xmp.xmpMM.History[%i]/stEvt:softwareAgent'%i].value + data['Timestamp'] = res['Xmp.xmpMM.History[%i]/stEvt:when'%i].value + data['Action'] = res['Xmp.xmpMM.History[%i]/stEvt:action'%i].value + if ('Xmp.xmpMM.History[%i]/stEvt:changed'%i) in res: + data['Info'] = res['Xmp.xmpMM.History[%i]/stEvt:changed'%i].value + #print res['Xmp.xmpMM.History[%i]/stEvt:instanceID'%i].value + result.append( data ) + elif ('Xmp.xmpMM.History[%i]/stEvt:parameters'%i) in res: + data['Action'] = res['Xmp.xmpMM.History[%i]/stEvt:action'%i].value + data['Info'] = res['Xmp.xmpMM.History[%i]/stEvt:parameters'%i].value + #data['Action'] = data['Info'].split(' ')[0] + result.append( data ) + else: + pass + i += 1 + + self._features['History'] = result + return + + class _JpegFile(_UnknownFile): # for '_detect_Trained' cascade_files = [(u'Legs', 'haarcascade_lowerbody.xml'), @@ -1965,6 +2000,7 @@ #self._util_drawAxes(mat, 250, 350, im) #self._util_drawAxes(mat, 50, 50, im)

+# TODO: compare face and chessboard pose estimations and unify them, then document everything (template in wiki, ...) pywikibot.output(u'result for calibrated camera:\n rot=%s\n perp=%s\n perp2D=%s' % (rot.transpose()[0], perp[:,2], ortho)) pywikibot.output(u'nice would be to do the same for uncalibrated/default cam settings')

@@ -2045,68 +2081,6 @@ # cv2.line(im, (x,y), (x+D2norm[0].astype(int),y+D2norm[1].astype(int)), color[i], 1) # cv2.putText(im, label[i], (x+D2norm[0].astype(int),y+D2norm[1].astype(int)), cv2.FONT_HERSHEY_PLAIN, 1., color[i])

- def _util_get_DataTags_EXIF(self): - # http://tilloy.net/dev/pyexiv2/tutorial.html - # (is UNFORTUNATELY NOT ABLE to handle all tags, e.g. 'FacesDetected', ...) - - if hasattr(self, '_buffer_EXIF'): - return self._buffer_EXIF - - res = {} - enable_recovery() # enable recovery from hard crash - try: - if hasattr(pyexiv2, 'ImageMetadata'): - metadata = pyexiv2.ImageMetadata(self.image_path) - metadata.read() - - for key in metadata.exif_keys: - res[key] = metadata[key] - - for key in metadata.iptc_keys: - res[key] = metadata[key] - - for key in metadata.xmp_keys: - res[key] = metadata[key] - else: - image = pyexiv2.Image(self.image_path) - image.readMetadata() - - for key in image.exifKeys(): - res[key] = image[key] - - for key in image.iptcKeys(): - res[key] = image[key] - - #for key in image.xmpKeys(): - # res[key] = image[key] - except IOError: - pass - except RuntimeError: - pass - disable_recovery() # disable since everything worked out fine - - - # http://www.sno.phy.queensu.ca/~phil/exiftool/ - # MIGHT BE BETTER TO USE AS PYTHON MODULE; either by wrapper or perlmodule: - # http://search.cpan.org/~gaas/pyperl-1.0/perlmodule.pod - # (or use C++ with embbedded perl to write a python module) - data = Popen("exiftool -j %s" % self.image_path, - shell=True, stdout=PIPE).stdout.read() - if not data: - raise ImportError("exiftool not found!") - try: # work-a-round for badly encoded exif data (from pywikibot/comms/http.py) - data = unicode(data, 'utf-8', errors = 'strict') - except UnicodeDecodeError: - data = unicode(data, 'utf-8', errors = 'replace') - #res = {} - data = re.sub("(?<!")(Binary data (?P<size>\d*) bytes)", ""(Binary data \g<size> bytes)"", data) # work-a-round some issue - for item in json.loads(data): - res.update( item ) - #print res - self._buffer_EXIF = res - - return self._buffer_EXIF - def _detect_Faces_EXIF(self): res = self._util_get_DataTags_EXIF()

@@ -2282,46 +2256,7 @@

self._features['Faces'] += data return - - def _detect_History(self): - res = self._util_get_DataTags_EXIF()

- #a = [] - #for k in res.keys(): - # if 'history' in k.lower(): - # a.append( k ) - #for item in sorted(a): - # print item - # http://tilloy.net/dev/pyexiv2/api.html#pyexiv2.xmp.XmpTag - #print [getattr(res['Xmp.xmpMM.History'], item) for item in ['key', 'type', 'name', 'title', 'description', 'raw_value', 'value', ]] - result = [] - i = 1 - while (('Xmp.xmpMM.History[%i]' % i) in res): - data = { 'ID': i, - 'Software': u'-', - 'Timestamp': u'-', - 'Action': u'-', - 'Info': u'-', } - if ('Xmp.xmpMM.History[%i]/stEvt:softwareAgent'%i) in res: - data['Software'] = res['Xmp.xmpMM.History[%i]/stEvt:softwareAgent'%i].value - data['Timestamp'] = res['Xmp.xmpMM.History[%i]/stEvt:when'%i].value - data['Action'] = res['Xmp.xmpMM.History[%i]/stEvt:action'%i].value - if ('Xmp.xmpMM.History[%i]/stEvt:changed'%i) in res: - data['Info'] = res['Xmp.xmpMM.History[%i]/stEvt:changed'%i].value - #print res['Xmp.xmpMM.History[%i]/stEvt:instanceID'%i].value - result.append( data ) - elif ('Xmp.xmpMM.History[%i]/stEvt:parameters'%i) in res: - data['Action'] = res['Xmp.xmpMM.History[%i]/stEvt:action'%i].value - data['Info'] = res['Xmp.xmpMM.History[%i]/stEvt:parameters'%i].value - #data['Action'] = data['Info'].split(' ')[0] - result.append( data ) - else: - pass - i += 1 - - self._features['History'] = result - return - def _util_merge_Regions(self, regs, sub=False, overlap=False, close=False): # sub=False, overlap=False, close=False ; level 0 ; similar regions, similar position (default) # sub=True, overlap=False, close=False ; level 1 ; region contained in other, any shape/size @@ -2964,15 +2899,19 @@ return self._features

def _detect_HeaderAndMetadata(self): - result = {} + #_UnknownFile._detect_HeaderAndMetadata(self) + #result = {'Desc': self._properties['Metadata'][0]['Desc'].splitlines()}

+ result = {'Desc': []} + # extract data from midi file # http://valentin.dasdeck.com/midi/midifile.htm # http://stackoverflow.com/questions/3943149/reading-and-interpreting-data-fro... ba = bytearray(open(self.file_name, 'rb').read()) i = -1 - for key, data in [('Text', '\x01'), ('Copyright', '\x02'), ('Lyrics', '\x05')]: - result[key] = [] + for key, data in [('Text', '\x01'), ('Copyright', '\x02')]:#, ('Lyrics', '\x05')]: + key = 'Desc' + #result[key] = [] while True: i = ba.find('\xff%s' % data, i+1) if i < 0: # something found? @@ -2981,7 +2920,10 @@ if ba[e] != 0: # length match with string end (00)? e = ba.find('\x00', (i+3+ba[i+2])) result[key].append(ba[i+3:e].decode('latin-1').strip()) - result[key] = u'\n'.join(result[key]) + #result[key] = u'\n'.join(result[key]) + result[key] = u'\n'.join(result[key]) + if not result['Desc']: + result['Desc'] = u'-'

## find specific info in extracted data #print [item.strip() for item in re.findall('Generated .*?\n', result['Text'])] @@ -3076,19 +3018,22 @@ return

+# http://commons.wikimedia.org/wiki/File_formats _FILETYPES = { '*': _UnknownFile, ( 'image', 'jpeg'): _JpegFile, ( 'image', 'png'): _PngFile, ( 'image', 'gif'): _GifFile, ( 'image', 'tiff'): _TiffFile, ( 'image', 'x-xcf'): _XcfFile, - ( 'image', 'svg+xml'): _SvgFile, + ( 'image', 'svg+xml'): _SvgFile, # unify/merge them? + ('application', 'xml'): _SvgFile, # ('application', 'pdf'): _PdfFile, # djvu: python-djvulibre or python-djvu for djvu support # http://pypi.python.org/pypi/python-djvulibre/0.3.9 # ( 'image', 'vnd.djvu'): DjvuFile, - ('application', 'ogg'): _OggFile, - ( 'audio', 'midi'): _MidiFile,} + ( 'audio', 'midi'): _MidiFile, + ('application', 'ogg'): _OggFile,} +# ( '?', '?'): _WebMFile,}

def GenericFile(file_name): # 'magic' (libmagic) @@ -3327,11 +3272,257 @@ # Category:MIDI files created with GNU LilyPond def _cat_meta_MIDIfilescreatedwithGNULilyPond(self): result = self._info_filter['Metadata'] - relevance = (u"Generated automatically by: GNU LilyPond" in - result[0]['Text']) + relevance = len(result) and ('Desc' in result[0]) and \ + (u"Generated automatically by: GNU LilyPond" in + result[0]['Desc'])

return (u'MIDI files created with GNU LilyPond', bool(relevance))

+ # Category:Bitmap_from_Inkscape (png) + def _cat_meta_BitmapfromInkscape(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"www.inkscape.org" in + result[0]['Software'].lower()) + + return (u'Bitmap from Inkscape', bool(relevance)) + + # Category:Created_with_Inkscape (svg) + def _cat_meta_CreatedwithInkscape(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Output_Extension' in result[0]) and \ + (u"org.inkscape.output.svg.inkscape" in + result[0]['Output_Extension'].lower()) + + return (u'Created with Inkscape', bool(relevance)) + + # Category:Created_with_MATLAB (png) + # Category:Created_with_MATLAB (svg) + def _cat_meta_CreatedwithMATLAB(self): + result = self._info_filter['Metadata'] + relevance = len(result) and \ + ((('Software' in result[0]) and \ + (u"MATLAB, The Mathworks, Inc." in + result[0]['Software'])) \ + or \ + (('Desc' in result[0]) and \ + (u"Matlab Figure" in + result[0]['Desc'])) ) + + return (u'Created with MATLAB', bool(relevance)) + + # Category:Created_with_PLOT2SVG (svg) [new] + def _cat_meta_CreatedwithPLOT2SVG(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Desc' in result[0]) and \ + (u"Converted by PLOT2SVG" in + result[0]['Desc']) + + return (u'Created with PLOT2SVG', bool(relevance)) + + # Category:Created_with_ImageMagick (jpg) + def _cat_meta_CreatedwithImageMagick(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"ImageMagick" in + result[0]['Software']) + + return (u'Created with ImageMagick', bool(relevance)) + + # Category:Created_with_Adobe_ImageReady (png) + def _cat_meta_CreatedwithAdobeImageReady(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Adobe ImageReady" in + result[0]['Software']) + + return (u'Created with Adobe ImageReady', bool(relevance)) + + # Category:Created_with_Adobe_Photoshop (jpg) + def _cat_meta_CreatedwithAdobePhotoshop(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Adobe Photoshop" in + result[0]['Software']) + + return (u'Created with Adobe Photoshop', bool(relevance)) + + # Category:Created_with_Picasa (jpg) + def _cat_meta_CreatedwithPicasa(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Picasa" in + result[0]['Software']) + + return (u'Created with Picasa', bool(relevance)) + + # Category:Created_with_Qtpfsgui (jpg) + def _cat_meta_CreatedwithQtpfsgui(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Created with opensource tool Qtpfsgui" in + result[0]['Software']) + + return (u'Created with Qtpfsgui', bool(relevance)) + + # Category:Created_with_Autopano (jpg) + def _cat_meta_CreatedwithAutopano(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Autopano" in + result[0]['Software']) + + return (u'Created with Autopano', bool(relevance)) + + # Category:Created_with_Xmgrace (png) + def _cat_meta_CreatedwithXmgrace(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Grace" in + result[0]['Software']) + + return (u'Created with Xmgrace', bool(relevance)) + + # Category:Created_with_darktable (jpg) + def _cat_meta_Createdwithdarktable(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"darktable" in + result[0]['Software'].lower()) + + return (u'Created with darktable', bool(relevance)) + + # Category:Created_with_easyHDR (jpg) + def _cat_meta_CreatedwitheasyHDR(self): + result = self._info_filter['Metadata'] + relevance = len(result) and \ + ((('Software' in result[0]) and \ + (u"easyHDR" in + result[0]['Software'])) \ + or \ + (('Comment' in result[0]) and \ + (u"easyHDR" in + result[0]['Comment'])) ) + + return (u'Created with easyHDR', bool(relevance)) + + # Category:Created_with_GIMP (jpg) [new] + def _cat_meta_CreatedwithGIMP(self): + result = self._info_filter['Metadata'] + relevance = len(result) and \ + ((('Software' in result[0]) and \ + (u"GIMP" in + result[0]['Software'])) \ + or \ + (('Comment' in result[0]) and \ + (u"Created with GIMP" in + result[0]['Comment'])) ) + + return (u'Created with GIMP', bool(relevance)) + + # Category:Created_with_R (svg) + def _cat_meta_CreatedwithR(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Desc' in result[0]) and \ + (u"R SVG" in + result[0]['Desc']) + + return (u'Created with R', bool(relevance)) + + # Category:Created_with_VectorFieldPlot (svg) + def _cat_meta_CreatedwithVectorFieldPlot(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Desc' in result[0]) and \ + (u"created with VectorFieldPlot" in + result[0]['Desc']) + + return (u'Created with VectorFieldPlot', bool(relevance)) + + # Category:Created_with_Chemtool (svg) + def _cat_meta_CreatedwithChemtool(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Desc' in result[0]) and \ + (u"Created with Chemtool" in + result[0]['Desc']) + + return (u'Created with Chemtool', bool(relevance)) + + # Category:Created_with_GNU_Octave (svg) + def _cat_meta_CreatedwithGNUOctave(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Desc' in result[0]) and \ + (u"Produced by GNUPLOT" in + result[0]['Desc']) + + return (u'Created with GNU Octave', bool(relevance)) + + # Category:Created_with_GeoGebra (svg) + def _cat_meta_CreatedwithGeoGebra(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('DescProducer' in result[0]) and \ + (u"geogebra.d.W" in + result[0]['DescProducer']) #and \ + #(u"FreeHEP Graphics2D Driver" in + # result[0]['DescCreator']) + + return (u'Created with GeoGebra', bool(relevance)) + + # Category:Created_with_Stella (png) + def _cat_meta_CreatedwithStella(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Comment' in result[0]) and \ + (u"Created using Stella4D" in + result[0]['Comment']) + + return (u'Created with Stella', bool(relevance)) + + # Category:Created_with_PhotoStitch (jpg) + def _cat_meta_CreatedwithPhotoStitch(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Comment' in result[0]) and \ + (u"LEAD Technologies Inc." in + result[0]['Comment']) + + return (u'Created with PhotoStitch', bool(relevance)) + + # Category:Created_with_Scribus (pdf) + def _cat_meta_CreatedwithScribus(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Producer' in result[0]) and \ + (u"Scribus PDF Library" in + result[0]['Producer']) + + return (u'Created with Scribus', bool(relevance)) + + # Category:Created_with_OpenOffice.org (pdf) + def _cat_meta_CreatedwithOpenOfficeorg(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Producer' in result[0]) and \ + (u"OpenOffice.org" in + result[0]['Producer']) + + return (u'Created with OpenOffice.org', bool(relevance)) + + # Category:Created_with_Tux_Paint (pdf) + def _cat_meta_CreatedwithTuxPaint(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Tux Paint" in + result[0]['Software']) + + return (u'Created with Tux Paint', bool(relevance)) + + # Category:Created_with_Microsoft_Image_Composite_Editor (jpg) + def _cat_meta_CreatedwithMicrosoftImageCompositeEditor(self): + result = self._info_filter['Metadata'] + relevance = len(result) and ('Software' in result[0]) and \ + (u"Microsoft ICE" in + result[0]['Software']) + + return (u'Created with Microsoft Image Composite Editor', bool(relevance)) + +# TODO: make '_cat_meta_general(self)' + # Category:Categorized by DrTrigonBot def _addcat_BOT(self): # - ALWAYS -