def get_image_bandpass(request):
"""
Function to get the computing image with a fourier filter applied
"""
imagePath = request.GET.get('image', None)
lowFreq = request.GET.get('lowFreq', 0.)
highFreq = request.GET.get('highFreq', 1.0)
decay = request.GET.get('decayFreq', 0.)
dim = request.GET.get('dim', None)
# ** DEBUG **
# print str(imagePath)
# print float(lowFreq)
# print float(highFreq)
# print float(decay)
# print int(dim)
# create a xmipp image empty
imgXmipp = xmipp.Image()
# compute the Fourier Filter in the image
xmipp.bandPassFilter(imgXmipp, str(imagePath), float(lowFreq), float(highFreq), float(decay), int(dim))
# from PIL import Image
img = getPILImage(imgXmipp, dim)
response = HttpResponse(mimetype="image/png")
img.save(response, "PNG")
return response
def get_image_psd(request):
"""
Function to get the computing psd image
"""
imagePath = request.GET.get('image', None)
downsample = request.GET.get('downsample', None)
dim = request.GET.get('dim', None)
# create a xmipp image empty
imgXmipp = xmipp.Image()
# ** DEBUG **
# print str(imagePath)
# print float(downsample)
# print int(dim)
# compute the PSD image
xmipp.fastEstimateEnhancedPSD(imgXmipp, str(imagePath),
float(downsample), int(dim), 2)
# from PIL import Image
img = getPILImage(imgXmipp, dim)
response = HttpResponse(mimetype="image/png")
img.save(response, "PNG")
return response
def generateMicImage(self, input_file, output_file=None):
if not output_file:
output_file = os.path.splitext(input_file)[0] + '.png'
img = ImageHandler().createImage()
img.read(input_file)
pimg = getPILImage(img)
pwutils.makeFilePath(output_file)
pimg.save(output_file, "PNG")
def get_image_mask(request):
"""
Function to get the computing image with a mask filter applied
"""
imagePath = request.GET.get('image', None)
dim = request.GET.get('dim', None)
# create a xmipp image empty
imgXmipp = xmipp.Image()
# from PIL import Image
img = getPILImage(imgXmipp, dim)
response = HttpResponse(mimetype="image/png")
img.save(response, "PNG")
return response
def get_slice(request):
sliceNo = None
imagePath = request.GET.get('image')
imageDim = request.GET.get('dim', 150)
mirrorY = 'mirrorY' in request.GET
# applyTransformMatrix = 'applyTransformMatrix' in request.GET
# onlyApplyShifts = request.GET.get('onlyApplyShifts',False)
# wrap = request.GET.get('wrap',False)
# transformMatrix = request.GET.get('transformMatrix',None)
# This validations not works for volumes into a stack
if '__slice__' in imagePath:
parts = imagePath.split('__slice__', 1)
sliceNo = int(parts[0])
imagePath = parts[1]
# if '@' in imagePath:
# parts = imagePath.split('@')
# imageNo = parts[0]
# imagePath = parts[1]
imagePath = convertVolume(request, imagePath)
imgXmipp = xmipp.Image()
if sliceNo is None:
imgXmipp.readPreview(imagePath, int(imageDim))
else:
imgXmipp.readPreview(imagePath, int(imageDim), sliceNo)
# if applyTransformMatrix and transformMatrix != None:
# imgXmipp.applyTransforMatScipion(transformMatrix, onlyApplyShifts, wrap)
#
if mirrorY:
imgXmipp.mirrorY()
# from PIL import Image
# img = getPILImage(imgXmipp, None, False)
img = getPILImage(imgXmipp, normalize=False)
response = HttpResponse(mimetype="image/png")
if img.mode != 'RGB':
img = img.convert('RGB')
img.save(response, "PNG")
return response
def get_slice(request):
sliceNo = None
imagePath = request.GET.get('image')
imageDim = request.GET.get('dim', 150)
mirrorY = 'mirrorY' in request.GET
# applyTransformMatrix = 'applyTransformMatrix' in request.GET
# onlyApplyShifts = request.GET.get('onlyApplyShifts',False)
# wrap = request.GET.get('wrap',False)
# transformMatrix = request.GET.get('transformMatrix',None)
# This validations not works for volumes into a stack
if '__slice__' in imagePath:
parts = imagePath.split('__slice__', 1)
sliceNo = int(parts[0])
imagePath = parts[1]
# if '@' in imagePath:
# parts = imagePath.split('@')
# imageNo = parts[0]
# imagePath = parts[1]
imagePath = convertVolume(request, imagePath)
imgXmipp = xmipp.Image()
if sliceNo is None:
imgXmipp.readPreview(imagePath, int(imageDim))
else:
imgXmipp.readPreview(imagePath, int(imageDim), sliceNo)
# if applyTransformMatrix and transformMatrix != None:
# imgXmipp.applyTransforMatScipion(transformMatrix, onlyApplyShifts, wrap)
#
if mirrorY:
imgXmipp.mirrorY()
# from PIL import Image
# img = getPILImage(imgXmipp, None, False)
img = getPILImage(imgXmipp, normalize=False)
response = HttpResponse(mimetype="image/png")
if img.mode != 'RGB':
img = img.convert('RGB')
img.save(response, "PNG")
return response
def get_image_gaussian(request):
"""
Function to get the computing image with a gaussian filter applied
"""
imagePath = request.GET.get('image', None)
freqSigma = request.GET.get('sigmaFreq', None)
dim = request.GET.get('dim', None)
# create a xmipp image empty
imgXmipp = xmipp.Image()
# compute the Gaussian Filter in the image
xmipp.gaussianFilter(imgXmipp, str(imagePath), float(freqSigma), int(dim))
# from PIL import Image
img = getPILImage(imgXmipp, dim)
response = HttpResponse(mimetype="image/png")
img.save(response, "PNG")
return response
def generate_image(self, input_file, outputName=None):
output_root = join(self.images_path, basename(outputName))
output_file = output_root + '.jpg'
print "Generating image: ", output_file
if not exists(output_file):
from PIL import Image
self.img.read(join(self.project_path, input_file))
pimg = getPILImage(self.img)
pwutils.makeFilePath(output_file)
if self.bigThumb:
pimg.save(output_file, "JPEG")
if self.smallThumb:
pimg.thumbnail((self.smallThumb, self.smallThumb), Image.ANTIALIAS)
pimg.save(output_root + 't.jpg', "JPEG")
return output_file
def generate_image(self, input_file, outputName=None):
output_root = join(self.images_path, basename(outputName))
output_file = output_root + '.png'
print "Generating image: ", output_file
if not exists(output_file):
from PIL import Image
self.img.read(join(self.project_path, input_file))
pimg = getPILImage(self.img)
pwutils.makeFilePath(output_file)
if self.bigThumb:
pimg.save(output_file, "PNG")
if self.smallThumb:
pimg.thumbnail((self.smallThumb, self.smallThumb), Image.ANTIALIAS)
pimg.save(output_root + 't.png', "PNG")
return output_file
def get_image(request):
imageNo = None
# TO DO: Change the way to obtain the separate string of the imagePath
imagePath = request.GET.get('image')
imageDim = request.GET.get('dim', 150)
# This prefix can be passed to avoid that image is not refresh when cached by browser (name does not change)
prefix = request.GET.get('prefix', "")
mirrorY = 'mirrorY' in request.GET
applyTransformMatrix = 'applyTransformMatrix' in request.GET
onlyShifts = 'onlyShifts' in request.GET
wrap = 'wrap' in request.GET
matrix = request.GET.get('matrix',None)
try:
# PAJM: Como vamos a gestionar lsa imagen
if imagePath.endswith('png') or imagePath.endswith('gif'):
imagePathTmp = os.path.join(request.session['projectPath'], prefix + imagePath)
img = getImage(imagePathTmp, tkImage=False)
else:
if '@' in imagePath:
parts = imagePath.split('@')
imageNo = parts[0]
imagePath = parts[1]
if 'projectPath' in request.session:
imagePathTmp = os.path.join(request.session['projectPath'], imagePath)
if not os.path.isfile(imagePathTmp):
raise Exception('should not use getInputPath')
#imagePath = getInputPath('showj', imagePath)
if imageNo:
imagePath = '%s@%s' % (imageNo, imagePath)
imgXmipp = xmipp.Image()
imgXmipp.readPreview(imagePath, int(imageDim))
#===================================================================
# Transform Matrix
if applyTransformMatrix:
takarras=[tMatrix[0][0], tMatrix[0][1], tMatrix[0][2], x if x!=None else 0,
tMatrix[1][0], tMatrix[1][1], tMatrix[1][2], y if y!=None else 0,
tMatrix[2][0], tMatrix[2][1], tMatrix[2][2], z if z!=None else 0]
# imgXmipp.applyTransforMatScipion(matrix, onlyShifts, wrap)
imgXmipp.applyTransforMatScipion(takarras, onlyShifts, wrap)
#===================================================================
#===================================================================
# Invert Y axis
if mirrorY:
imgXmipp.mirrorY()
#===================================================================
#TO DO: PSD FIX
if imagePath.endswith('.psd'):
imgXmipp.convertPSD()
# from PIL import Image
img = getPILImage(imgXmipp, None)
except Exception:
img = getImage(findResource(getResourceIcon("no_image")), tkImage=False)
response = HttpResponse(mimetype="image/png")
img.save(response, "PNG")
return response
def get_image(request):
imageNo = None
# TO DO: Change the way to obtain the separate string of the imagePath
imagePath = request.GET.get('image')
imageDim = request.GET.get('dim', 150)
# This prefix can be passed to avoid that image is not refresh when cached by browser (name does not change)
prefix = request.GET.get('prefix', "")
mirrorY = 'mirrorY' in request.GET
applyTransformMatrix = 'applyTransformMatrix' in request.GET
onlyShifts = 'onlyShifts' in request.GET
wrap = 'wrap' in request.GET
matrix = request.GET.get('matrix', None)
try:
# PAJM: Como vamos a gestionar lsa imagen
if imagePath.endswith('png') or imagePath.endswith('gif'):
imagePathTmp = os.path.join(request.session['projectPath'],
prefix + imagePath)
img = getImage(imagePathTmp, tkImage=False)
else:
if '@' in imagePath:
parts = imagePath.split('@')
imageNo = parts[0]
imagePath = parts[1]
if 'projectPath' in request.session:
imagePathTmp = os.path.join(request.session['projectPath'],
imagePath)
if not os.path.isfile(imagePathTmp):
raise Exception('should not use getInputPath')
#imagePath = getInputPath('showj', imagePath)
if imageNo:
imagePath = '%s@%s' % (imageNo, imagePath)
imgXmipp = xmipp.Image()
imgXmipp.readPreview(imagePath, int(imageDim))
#===================================================================
# Transform Matrix
if applyTransformMatrix:
takarras = [
tMatrix[0][0], tMatrix[0][1], tMatrix[0][2],
x if x != None else 0, tMatrix[1][0], tMatrix[1][1],
tMatrix[1][2], y if y != None else 0, tMatrix[2][0],
tMatrix[2][1], tMatrix[2][2], z if z != None else 0
]
# imgXmipp.applyTransforMatScipion(matrix, onlyShifts, wrap)
imgXmipp.applyTransforMatScipion(takarras, onlyShifts, wrap)
#===================================================================
#===================================================================
# Invert Y axis
if mirrorY:
imgXmipp.mirrorY()
#===================================================================
#TO DO: PSD FIX
if imagePath.endswith('.psd'):
imgXmipp.convertPSD()
# from PIL import Image
img = getPILImage(imgXmipp, None)
except Exception:
img = getImage(findResource(getResourceIcon("no_image")),
tkImage=False)
response = HttpResponse(mimetype="image/png")
img.save(response, "PNG")
return response
