def create_manifest(self, imgfiles):
"""create manifest"""
# to be set in sysargs or via imagemagick
imageWidth = int(self.width)
imageHeight = int(self.height)
identifier = "test file import"
# setup factory
factory = ManifestFactory()
factory.set_base_metadata_uri("http://www.example.org/metadata/")
factory.set_base_image_uri("http://www.example.org/iiif/")
factory.set_iiif_image_info(version="2.0", lvl="2")
# setup manifest
mf = factory.manifest(label="Manifest")
mf.viewingHint = "paged"
mf.set_metadata({
"test label": "test value",
"next label": "next value"
})
mf.attribution = "Provided by Bodleian Library, Oxford, using ManifestFactory code from the Houghton Library, Harvard University"
mf.viewingHint = "paged"
mf.description = "Description of Manuscript Goes Here"
seq = mf.sequence()
# loop through images in path
for img in imgfiles:
# get path, full image name and extension
imgPath, imgFullName = os.path.split(img)
imgName, imgExt = os.path.splitext(imgFullName)
# Mostly identity will come from incrementing number (f1r, f1v,...)
# or the image's identity
cvs = seq.canvas(ident="c%s" % imgName,
label="Canvas %s" % imgName)
cvs.set_hw(imageWidth, imageHeight)
anno = cvs.annotation()
al = cvs.annotationList("foo")
# for demo purposes adds choices
img = factory.image(imgFullName, iiif=True)
img2 = factory.image(imgName + 'b' + imgExt, iiif=True)
chc = anno.choice(img, [img2])
json = mf.toString(compact=False)
# write to text file
text_file = open(identifier.replace(" ", "") + ".json", "w")
text_file.write(json)
text_file.close()
return json
cvs.width = img.width
if folio == 'f16r':
# Add Detail Image
ifn = "f16r.d"
anno2 = cvs.annotation(label="Detail Image")
img = anno2.image(ifn, iiif=True)
img.set_hw_from_file(imageDirectory + ifn + ".jpg")
frag = '#xywh=640,780,590,410'
anno2.on += frag
if folio in ['f1r', 'f25r', 'f44v', 'f117r', 'f128r', 'f176v', 'f182r']:
# Add Image Choice
img1 = fac.image(ident="%s.c" % folio, label="Color", iiif=True)
img1.set_hw_from_file(imageDirectory + ("%s.c.jpg" % folio))
img2 = anno.resource
img2.set_label("Black and White")
anno.choice(img1, [img2])
# Add Text Annotation List
annol = cvs.annotationList("text-%s" % folio)
# Text Annotations per Line
(cola, colb, areas, texts) = parse_js_file(f,rv)
lineids = texts.keys()
lineids.sort()
for lid in lineids:
if folio == 'f16r':
# Add Detail Image
ifn = "f16r.d"
anno2 = cvs.annotation(label="Detail Image")
img = anno2.image(ifn, iiif=True)
img.set_hw_from_file(imageDirectory + ifn + ".jpg")
frag = '#xywh=640,780,590,410'
anno2.on += frag
if folio in [
'f1r', 'f25r', 'f44v', 'f117r', 'f128r', 'f176v', 'f182r'
]:
# Add Image Choice
img1 = fac.image(ident="%s.c" % folio, label="Color", iiif=True)
img1.set_hw_from_file(imageDirectory + ("%s.c.jpg" % folio))
img2 = anno.resource
img2.set_label("Black and White")
anno.choice(img1, [img2])
# Add Text Annotation List
annol = cvs.annotationList("text-%s" % folio)
# Text Annotations per Line
(cola, colb, areas, texts) = parse_js_file(f, rv)
lineids = texts.keys()
lineids.sort()
for lid in lineids:
try:
except:
manifest = fac.manifest(bkid, label=linfo['title'])
manifest.set_metadata({'Author': linfo['first_author'], 'Place of Publication': linfo['pubplace'],
'Publisher': linfo['publisher'], "Date": linfo['date'], "Shelfmarks" : bookinfo['shelfmarks'],
'Issuance': bookinfo['issuance']})
manifest.attribution = "British Library"
manifest.seeAlso = bookinfo['flickr_url_to_book_images']
seq = manifest.sequence("s1", label="Regular Order")
manifests[bkid] = manifest
cvs = seq.canvas(linfo['flickr_id'], label="p. %03d (detail)" % int(linfo['page']))
anno = cvs.annotation("%s-image" % linfo['flickr_id'])
imgs = []
if linfo['flickr_original_source']:
orig = fac.image(linfo['flickr_original_source'])
orig.set_hw(int(linfo['flickr_original_height']), int(linfo['flickr_original_width']))
imgs.append(orig)
if linfo['flickr_large_source']:
large = fac.image(linfo['flickr_large_source'])
large.set_hw(int(linfo['flickr_large_height']), int(linfo['flickr_large_width']))
imgs.append(large)
if linfo['flickr_medium_source']:
medium = fac.image(linfo['flickr_medium_source'])
medium.set_hw(int(linfo['flickr_medium_height']), int(linfo['flickr_medium_width']))
imgs.append(medium)
if linfo['flickr_small_source']:
small = fac.image(linfo['flickr_small_source'])
