def save (self) :
var_mem=self._variant_used
self.use_variant(None)
#variants
for var in self.variants() :
var.save()
#node
inv=lambda x : 1./x if abs(x)>1e-6 else 0.
dx,dy,dz=self.resolution()
self._transform3D*=Matrix4(scaling(tuple(inv(r) for r in (dx,dy,dz))))
#masked
for i in xrange(len(self)) :
im=self.image(i)
if self._masked[i] :
im.set_filename("%sX" % im.filename())
SVGLayer.save(self)
self.set_attribute("descr","stack")
self.set_attribute("dx","%f" % dx)
self.set_attribute("dy","%f" % dy)
self.set_attribute("dz","%f" % dz)
self._transform3D*=Matrix4(scaling((dx,dy,dz)))
#masked
for i in xrange(len(self)) :
im=self.image(i)
if self._masked[i] :
im.set_filename(im.filename()[:-1])
#variant
self.use_variant(var_mem)
def save(self):
var_mem = self._variant_used
self.use_variant(None)
#variants
for var in self.variants():
var.save()
#node
inv = lambda x: 1. / x if abs(x) > 1e-6 else 0.
dx, dy, dz = self.resolution()
self._transform3D *= Matrix4(
scaling(tuple(inv(r) for r in (dx, dy, dz))))
#masked
for i in xrange(len(self)):
im = self.image(i)
if self._masked[i]:
im.set_filename("%sX" % im.filename())
SVGLayer.save(self)
self.set_attribute("descr", "stack")
self.set_attribute("dx", "%f" % dx)
self.set_attribute("dy", "%f" % dy)
self.set_attribute("dz", "%f" % dz)
self._transform3D *= Matrix4(scaling((dx, dy, dz)))
#masked
for i in xrange(len(self)):
im = self.image(i)
if self._masked[i]:
im.set_filename(im.filename()[:-1])
#variant
self.use_variant(var_mem)
def set_resolution (self, dx, dy, dz) : self._transform3D*=Matrix4(scaling((dx,dy,dz)))
def set_resolution(self, dx, dy, dz):
self._transform3D *= Matrix4(scaling((dx, dy, dz)))
