def call_copy_image(self, event):
img_name=var_name.get(self.label + "_image",\
self._shell.locals)
if img_name is not None:
self._shell.run("%s = %s.image.image_copy()"\
% (img_name, self.label))
def call_copy_image(self, event):
img_name=var_name.get(self.label + "_image",\
self._shell.locals)
if img_name is not None:
self._shell.run("%s = %s.image.image_copy()"\
% (img_name, self.label))
def OnDropFiles(self, x, y, filenames):
for filename in filenames:
if os.path.exists(filename):
filename = os.path.normpath(os.path.abspath(filename))
if filename.endswith('.xml') or filename.endswith('.xml.gz'):
if open(filename, 'r').read(4) == "<xml":
name = var_name.get("glyphs", self.display.shell.locals)
if name:
self.display.shell.run('from gamera import gamera_xml')
self.display.shell.run(
'%s = gamera_xml.glyphs_from_xml(r"%s")' % (name, filename))
else:
name = var_name.get('image', self.display.shell.locals)
if name:
self.display.shell.run(
'%s = load_image(r"%s")' % (name, filename))
def OnDropFiles(self, x, y, filenames):
for filename in filenames:
if os.path.exists(filename):
filename = os.path.normpath(os.path.abspath(filename))
if filename.endswith('.xml') or filename.endswith('.xml.gz'):
if open(filename, 'r').read(4) == "<xml":
name = var_name.get("glyphs", self.display.shell.locals)
if name:
self.display.shell.run('from gamera import gamera_xml')
self.display.shell.run(
'%s = gamera_xml.glyphs_from_xml(r"%s")' % (name, filename))
else:
name = var_name.get('image', self.display.shell.locals)
if name:
self.display.shell.run(
'%s = load_image(r"%s")' % (name, filename))
def get_result_name(self, function, dict):
if function.return_type not in ('', None):
if function.return_type.name is not None:
name = function.return_type.name
else:
name = function.__name__
return var_name.get(name, dict)
return ''
def get_result_name(self, function, dict):
if function.return_type not in ('', None):
if function.return_type.name != None:
name = function.return_type.name
else:
name = function.__name__
return var_name.get(name, dict)
return ''
def openTifFile(self, event):
tiffilename = ""
foldir = ""
global swap2
alist = []
dialog = Args([FileOpen("Send a .tif or .png file to Aruspix", tiffilename, "*.tif;*.png"), #
#FileOpen("or a .png file", tiffilename, "*.tif;*.png"),
Directory("or all .tif and .png files in folder", foldir)],
name = "Open")
params = dialog.show()
#print; print "params"; print params; print
if not params:
return
if params[0]:
# print 'it is a single file: '
# print params[0]
alist.append(params[0])
else: ## It is a folder
# print "yes! a folder"; print
alist = Tools.dirEntries(params[1], True, 'tif', 'png')
#app_path = '/Users/gabriel/Documents/code/aruspix/Debug/Aruspix.app/Contents/MacOS/Aruspix'
app_path = '/Applications/Aruspix.app/Contents/MacOS/Aruspix'
#print; print 'alist: '; print alist; print
for i_file in alist:
print 'Processing '; print i_file; print
o_file = os.path.splitext(i_file); #print 'o_file'; print o_file; print
if o_file[1] == '.png':
# print; print "PNG"
f = 'convert ' + i_file + ' -compress None ' + o_file[0] + '.tif'
subprocess.Popen(f, shell = True)
f = app_path + ' -q -e Rec -p ' + o_file[0] + '.tif ' + o_file[0] + '.axz'
p = subprocess.Popen(f, shell = True)
p.wait()
subprocess.Popen("rm " + o_file[0] + '.tif' , shell=True) # erasing the created TIF
else:
# print; print "TIF"
f = app_path + ' -q -e Rec -p ' + i_file + ' ' + o_file[0] + '.axz'
p = subprocess.Popen(f, shell = True)
p.wait()
if params[0]:
axfilename = o_file[0] + '.axz' #; print "axfilename: "; print axfilename; print
axfile = AxFile(axfilename, "")
swap2 = axfile.get_img0() #; print"swap: "; print swap2; print
name = var_name.get("aruspix_img",\
self._shell.locals)
self._shell.run("%s = %s.swap2.visualize()"\
% (name, self.label ))
print 'Done!'
print
def double_click(self):
from gamera.gui import matplotlib_support
if matplotlib_support.matplotlib_installed:
name = var_name.get("figure")
if name != None:
return "%s = plot(%s)" % (name, self.label)
else:
gui_util.message("Plotting is not supported because the optional matplotlib library\n"
"could not be found.\n\n"
"Download and install matplotlib from matplotlib.sourceforge.net,\n"
"then restart Gamera to have plotting support.")
def _OnFileOpen(self, event):
filename = gui_util.open_file_dialog(
self, util.get_file_extensions("load"))
if filename:
name = var_name.get("image", self.shell.locals)
if name:
try:
wx.BeginBusyCursor()
self.shell.run('%s = load_image(r"%s")' % (name, filename))
finally:
wx.EndBusyCursor()
def double_click(self):
from gamera.gui import matplotlib_support
if matplotlib_support.matplotlib_installed:
name = var_name.get("figure")
if name != None:
return "%s = plot(%s)" % (name, self.label)
else:
gui_util.message("Plotting is not supported because the optional matplotlib library\n"
"could not be found.\n\n"
"Download and install matplotlib from matplotlib.sourceforge.net,\n"
"then restart Gamera to have plotting support.")
def _OnFileOpen(self, event):
filename = gui_util.open_file_dialog(
self, util.get_file_extensions("load"))
if filename:
name = var_name.get("image", self.shell.locals)
if name:
try:
wx.BeginBusyCursor()
self.shell.run('%s = load_image(r"%s")' % (name, filename))
finally:
wx.EndBusyCursor()
def OnCreateCopy(self, event):
sh = self.get_shell()
name = var_name.get("copy", sh.locals)
if name:
if len(self.images) == 1:
sh.locals[name] = self.images[0].image_copy()
else:
sh.locals[name] = []
for i in range(len(self.images)):
sh.locals[name].append(self.images[i].image_copy())
sh.Update()
sh.update()
def OnCreateCopy(self, event):
sh = self.get_shell()
name = var_name.get("copy", sh.locals)
if name:
if len(self.images) == 1:
sh.locals[name] = self.images[0].image_copy()
else:
sh.locals[name] = []
for i in range(len(self.images)):
sh.locals[name].append(self.images[i].image_copy())
sh.Update()
sh.update()
def _OnLoadXML(self, event):
from gamera import gamera_xml
filename = gui_util.open_file_dialog(self, gamera_xml.extensions)
if filename:
name = var_name.get("glyphs", self.shell.locals)
if name:
wx.BeginBusyCursor()
try:
self.shell.run("from gamera import gamera_xml")
self.shell.run('%s = gamera_xml.glyphs_from_xml(r"%s")' %
(name, filename))
finally:
wx.EndBusyCursor()
def _OnLoadXML(self, event):
from gamera import gamera_xml
filename = gui_util.open_file_dialog(self, gamera_xml.extensions)
if filename:
name = var_name.get("glyphs", self.shell.locals)
if name:
wx.BeginBusyCursor()
try:
self.shell.run("from gamera import gamera_xml")
self.shell.run('%s = gamera_xml.glyphs_from_xml(r"%s")' %
(name, filename))
finally:
wx.EndBusyCursor()
def OnIntoGameraGUI(self, event):
#---------------------------------------------------------------------------
from gamera import knn
from gamera.gui import gui
from gamera.gui import var_name
name = var_name.get("classifier", gui.main_win.shell.locals)
if name is None:
gui_util.message("No valid variable name for classifier entered")
return
copiedClassifier = self.CopyClassifier(self.classifier)
gui.main_win.shell.locals[name] = copiedClassifier
gui.main_win.shell.run('\n')
def OnIntoGameraGUI(self, event):
# ---------------------------------------------------------------------------
from gamera import knn
from gamera.gui import gui
from gamera.gui import var_name
name = var_name.get("classifier", gui.main_win.shell.locals)
if name == None:
gui_util.message("No valid variable name for classifier entered")
return
copiedClassifier = self.CopyClassifier(self.classifier)
gui.main_win.shell.locals[name] = copiedClassifier
gui.main_win.shell.run("\n")
def OnCreateReference(self, event):
sh = self.get_shell()
name = var_name.get("ref", sh.locals)
if name:
if len(self.images) == 1:
if isinstance(self.images[0], weakref.ProxyTypes):
sh.locals[name] = self.images[0].image_copy()
else:
sh.locals[name] = self.images[0]
else:
sh.locals[name] = []
for image in self.images:
if isinstance(image, weakref.ProxyTypes):
sh.locals[name].append(image.image_copy())
else:
sh.locals[name].append(image)
sh.Update()
sh.update()
def OnCreateReference(self, event):
sh = self.get_shell()
name = var_name.get("ref", sh.locals)
if name:
if len(self.images) == 1:
if isinstance(self.images[0], weakref.ProxyTypes):
sh.locals[name] = self.images[0].image_copy()
else:
sh.locals[name] = self.images[0]
else:
sh.locals[name] = []
for image in self.images:
if isinstance(image, weakref.ProxyTypes):
sh.locals[name].append(image.image_copy())
else:
sh.locals[name].append(image)
sh.Update()
sh.update()
def call_copy_image(self, event):
img_name=var_name.get(self.label + "_image",\
self._shell.locals)
def _OnClassifier(self, event):
name = var_name.get("classifier", self.shell.locals)
if name:
self.shell.run("from gamera import knn")
self.shell.run("%s = knn.kNNInteractive()" % name)
self.shell.run("%s.display()" % name)
def openAxFile(self, event):
#
# let the user choose the parameters
#
#pp_module="PsaltikiPage"
axfilename = ""
tmpdir = ""
imgdir = ""
imgvisual = True
imgmusic = True
imglyrics = False
imgborder = False
imgornate = False
imgtext = False
imgtitle = False
imgflat = False
imggrey = False
#opt = c_opt()
# start options dialog
dialog = Args([FileOpen("Aruspix file", axfilename, "*.axz"),
#Directory("or all Aruspix Files in folder", imgdir),
Directory("Temporary directory (optional)", tmpdir),
Check("Visualize image","",True),
Check("Extract music staves","",True),
Check("Extract lyrics"),
Check("Extract title elements"),
Check("Extract ornate letters"),
Check("Extract text in staff"),
Check("Extract borders"),
Check("Flatten as BW"),
Check("Original greyscale image")],
name = "Select options")
params = dialog.show()
if not params:
return
i = 0
axfilename = params[i]; i+=1
if axfilename == "":
return
tmpdir = params[i]; i+=1
if tmpdir == None:
tmpdir = ""
imgvisual = params[i]; i+=1
imgmusic = params[i]; i+=1
imglyrics = params[i]; i+=1
imgborders = params[i]; i+=1
imgornate = params[i]; i+=1
imgtext = params[i]; i+=1
imgtitle = params[i]; i+=1
imgflat = params[i]; i+=1
imggrey = params[i]; i+=1
axfile = AxFile(axfilename, tmpdir)
global swap
swap = axfile.get_img0()
if imgvisual == True:
name = var_name.get("aruspix_img",\
self._shell.locals)
self._shell.run("%s = %s.swap.visualize()"\
% (name, self.label ))
if imgmusic == True:
name = var_name.get("staves",\
self._shell.locals)
self._shell.run("%s = %s.swap.extract(0)"\
% (name, self.label ))
if imglyrics == True:
name = var_name.get("lyrics",\
self._shell.locals)
self._shell.run("%s = %s.swap.extract(4)"\
% (name, self.label ))
if imgborders == True:
name = var_name.get("borders",\
self._shell.locals)
self._shell.run("%s = %s.swap.extract(1)"\
% (name, self.label ))
if imgornate == True:
name=var_name.get("ornate_letters",\
self._shell.locals)
self._shell.run("%s = %s.swap.extract(2)"\
% (name, self.label ))
if imgtext == True:
name=var_name.get("text_in_staff",\
self._shell.locals)
self._shell.run("%s = %s.swap.extract(3)"\
% (name, self.label ))
if imgtitle == True:
name=var_name.get("titles",\
self._shell.locals)
self._shell.run("%s = %s.swap.extract(5)"\
% (name, self.label ))
if imgflat == True:
name=var_name.get("all",\
self._shell.locals)
self._shell.run("%s = %s.swap.flatten()"\
% (name, self.label ))
if imggrey == True:
swap = axfile.get_img1()
name=var_name.get("original",\
self._shell.locals)
self._shell.run("%s = %s.swap.image_copy()"\
% (name, self.label ))
def createMusicStavesObj(self, event):
# find class belonging to menu entry
index = -1
for i, m in enumerate(self._menuids):
if m == event.GetId():
index = i
break
if index < 0:
return
ms_module=self.classes[index]
# ask for parameters
dialog=Args([FileOpen("Image file", "", "*.*"),\
Int("Staffline height"),\
Int("Staffspace height")],\
"Create a %s object" % ms_module)
params=dialog.show()
if params != None:
if params[0] != None:
#
# load the image here and load it
# into the gamera shell, too. this is
# done because for checking whether
# it is a onebit image or not.
#
filename=params[0]
imagename = path.basename(params[0])
imagename=imagename.split('.')[0]
# substitute special characters
imagename=re.sub('[^a-zA-Z0-9]', '_',\
imagename)
imagename=re.sub('^[0-9]', '_',\
imagename)
test = r"test\t"
test2 = "test\t"
image=load_image(filename)
#self._shell.run(imagename + ' = load_image(r"' + filename + '") ')
self._shell.run('%s = load_image(r"%s")'\
% (imagename, filename))
if image.data.pixel_type != ONEBIT:
self._shell.run("%s = %s.to_onebit()"\
% (imagename,\
imagename))
# still exists in the gamera shell
del image
# choose a name for the variable in
# the GUI
if ms_module.startswith("StaffFinder"):
name=var_name.get("stafffinder",\
self._shell.locals)
else:
name=var_name.get("musicstaves",\
self._shell.locals)
if name is "" or name is None:
return
# create an instance of the specified
# MusicStaves_XXX class
self._shell.run("%s = %s.%s(%s, %d, %d)"\
% (name,\
self.label,\
ms_module,\
imagename,\
params[1], params[2]))
def _OnClassifier(self, event):
name = var_name.get("classifier", self.shell.locals)
if name:
self.shell.run("from gamera import knn")
self.shell.run("%s = knn.kNNInteractive()" % name)
self.shell.run("%s.display()" % name)
def createMusicStavesObj(self, event):
# find class belonging to menu entry
index = -1
for i, m in enumerate(self._menuids):
if m == event.GetId():
index = i
break
if index < 0:
return
ms_module = self.classes[index]
# ask for parameters
dialog=Args([FileOpen("Image file", "", "*.*"),\
Int("Staffline height"),\
Int("Staffspace height")],\
"Create a %s object" % ms_module)
params = dialog.show()
if params != None:
if params[0] != None:
#
# load the image here and load it
# into the gamera shell, too. this is
# done because for checking whether
# it is a onebit image or not.
#
filename = params[0]
imagename = path.basename(params[0])
imagename = imagename.split('.')[0]
# substitute special characters
imagename=re.sub('[^a-zA-Z0-9]', '_',\
imagename)
imagename=re.sub('^[0-9]', '_',\
imagename)
test = r"test\t"
test2 = "test\t"
image = load_image(filename)
#self._shell.run(imagename + ' = load_image(r"' + filename + '") ')
self._shell.run('%s = load_image(r"%s")'\
% (imagename, filename))
if image.data.pixel_type != ONEBIT:
self._shell.run("%s = %s.to_onebit()"\
% (imagename,\
imagename))
# still exists in the gamera shell
del image
# choose a name for the variable in
# the GUI
if ms_module.startswith("StaffFinder"):
name=var_name.get("stafffinder",\
self._shell.locals)
else:
name=var_name.get("musicstaves",\
self._shell.locals)
if name is "" or name is None:
return
# create an instance of the specified
# MusicStaves_XXX class
self._shell.run("%s = %s.%s(%s, %d, %d)"\
% (name,\
self.label,\
ms_module,\
imagename,\
params[1], params[2]))
