def Mamba2PIL(imIn):
"""
Creates and returns a PIL/PILLOW image using the Mamba image 'imIn'.
If the mamba image uses a palette, it will be integrated inside the PIL/PILLOW
image.
"""
return utils.convertToPILFormat(imIn.mbIm)
def updateim(self):
# Updates the display (perform a rendering)
volume = m3D.computeVolume3D(self.im_ref())
if self.im_ref().getDepth() == 32:
immb = mamba.imageMb(self.im_ref()[self.z], 8)
if self.master.bplane == 4:
mamba.convert(self.im_ref()[self.z], immb)
self.planeLabel.config(text="Plane : all")
else:
mamba.copyBytePlane(self.im_ref()[self.z], self.master.bplane, immb)
self.planeLabel.config(text="Plane : %d" % (self.master.bplane))
im = utils.convertToPILFormat(immb.mbIm)
else:
self.planeLabel.config(text="")
im = utils.convertToPILFormat(self.im_ref()[self.z].mbIm)
if self.master.palname:
im.putpalette(palette.getPalette(self.master.palname))
self.planez.display(im)
self.volLabel.config(text="Volume : %d" % (volume))
value = self.im_ref().getPixel((self.x, self.y, self.z))
self.posLabel.config(text="At (%d,%d,%d) = %d" % (self.x, self.y, self.z, value))
def updateim(self):
# Updates the display with the new contents of the mamba image.
if self.im_ref() and self.state()=="normal" and not self.frozen:
if self.im_ref().getDepth()==32:
im = mamba.imageMb(self.im_ref(), 8)
if self.bplane==4:
mamba.convert(self.im_ref(), im)
self.infos[1].set("plane : all")
else:
mamba.copyBytePlane(self.im_ref(),self.bplane,im)
self.infos[1].set("plane : %d" % (self.bplane))
self.pilImage = utils.convertToPILFormat(im.mbIm)
else:
self.infos[1].set("")
self.pilImage = utils.convertToPILFormat(self.im_ref().mbIm)
if self.palname:
self.pilImage.putpalette(palette.getPalette(self.palname))
volume = mamba.computeVolume(self.im_ref())
self.infos[0].set("volume : "+str(volume))
self.icon = ImageTk.PhotoImage(self.pilImage.resize(self.icon_size, Image.NEAREST))
self.tk.call('wm','iconphoto', self._w, self.icon)
self.drawImage()
def updateim(self):
# Updates the display with the new contents of the mamba image.
if self.im_ref() and self.state() == "normal" and not self.frozen:
if self.im_ref().getDepth() == 32:
im = mamba.imageMb(self.im_ref(), 8)
if self.bplane == 4:
mamba.convert(self.im_ref(), im)
self.infos[1].set("plane : all")
else:
mamba.copyBytePlane(self.im_ref(), self.bplane, im)
self.infos[1].set("plane : %d" % (self.bplane))
self.pilImage = utils.convertToPILFormat(im.mbIm)
else:
self.infos[1].set("")
self.pilImage = utils.convertToPILFormat(self.im_ref().mbIm)
if self.palname:
self.pilImage.putpalette(palette.getPalette(self.palname))
volume = mamba.computeVolume(self.im_ref())
self.infos[0].set("volume : " + str(volume))
self.icon = ImageTk.PhotoImage(
self.pilImage.resize(self.icon_size, Image.NEAREST))
self.tk.call('wm', 'iconphoto', self._w, self.icon)
self.drawImage()
def save(self, path, palette=None):
"""
Saves the image at the corresponding 'path' using PIL/PILLOW library.
The format is automatically deduced by PIL/PILLOW from the image name
extension. Make sure the format support the image depth (e.g 32-bit
image cannot be stored in JPEG) and use uncompressed format
if you wish to reload the image unaltered later.
You can add a 'palette' to the saved image (note that it may alter the
pixels value if you wish to reload the image later).
"""
pilim = utils.convertToPILFormat(self.mbIm)
if self.mbIm.depth!=32 and palette:
pilim.putpalette(palette)
pilim = pilim.convert("RGB")
pilim.save(path)
def updateim(self):
# Updates the display (perform a rendering)
volume = m3D.computeVolume3D(self.im_ref())
if self.im_ref().getDepth() == 32:
immb = mamba.imageMb(self.im_ref()[self.z], 8)
if self.master.bplane == 4:
mamba.convert(self.im_ref()[self.z], immb)
self.planeLabel.config(text="Plane : all")
else:
mamba.copyBytePlane(self.im_ref()[self.z], self.master.bplane,
immb)
self.planeLabel.config(text="Plane : %d" %
(self.master.bplane))
im = utils.convertToPILFormat(immb.mbIm)
else:
self.planeLabel.config(text="")
im = utils.convertToPILFormat(self.im_ref()[self.z].mbIm)
if self.master.palname:
im.putpalette(palette.getPalette(self.master.palname))
self.planez.display(im)
self.volLabel.config(text="Volume : %d" % (volume))
value = self.im_ref().getPixel((self.x, self.y, self.z))
self.posLabel.config(text="At (%d,%d,%d) = %d" %
(self.x, self.y, self.z, value))
