def constructCube(self):
# Get all the visiable images that images in the last cube -- if there was any
last_visiable_images = dict()
if self.cube is not None:
last_visiable_images = self.cube.getVisibleImages()
print 'Before constructing cube: Number of visiable images by name from last cube is', len(last_visiable_images.keys())
# Clear the old axis, if there are any.
objectCubeService.get_state().getMultiDimensionalView(False).clearAxes()
# Clear all filters!
filterManager.clear()
filters = []
if self.x is not None:
filters.append( self.x.get_load_filter() )
if self.y is not None:
filters.append( self.y.get_load_filter() )
if self.z is not None:
filters.append( self.z.get_load_filter() )
# Add the filters.
filterManager.add_filters( filters )
# Get mdv from Object cube.
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
axis_index = 0
if self.x is not None:
if not self.x.is_hierarchy():
mdv.setAxis(axis_index, self.x.tagset)
self.x.set_axis_index( axis_index )
axis_index += 1
else:
mdv.setAxis( axis_index, self.x.get_state_hierarchy_node(), self.x.getLevel())
self.x.set_axis_index( axis_index )
axis_index +=1
if self.y is not None:
if not self.y.is_hierarchy():
mdv.setAxis(axis_index, self.y.tagset )
self.y.set_axis_index( axis_index )
axis_index += 1
else:
mdv.setAxis( axis_index, self.y.get_state_hierarchy_node(), self.y.getLevel())
self.y.set_axis_index( axis_index )
axis_index += 1
if self.z is not None:
if not self.z.is_hierarchy():
mdv.setAxis(axis_index, self.z.tagset )
self.z.set_axis_index( axis_index )
axis_index += 1
else:
mdv.setAxis( axis_index, self.z.get_state_hierarchy_node(), self.z.getLevel())
self.z.set_axis_index( axis_index )
axis_index += 1
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
# Notify the image loader for the new images
browser.image.image_service.notifyImageLoad( objectCubeService.get_state().getObjects() )
self.cube = Cube( mdv, self.x, self.y, self.z, last_visiable_images )
print '--New cube constructred with', self.cube.getNumberOfImages(), 'number of images.'
def constructCube(self):
# Get all the visiable images that images in the last cube -- if there was any
last_visiable_images = dict()
if self.cube is not None:
last_visiable_images = self.cube.getVisibleImages()
print 'Before constructing cube: Number of visiable images by name from last cube is', len(
last_visiable_images.keys())
# Clear the old axis, if there are any.
objectCubeService.get_state().getMultiDimensionalView(
False).clearAxes()
# Clear all filters!
filterManager.clear()
filters = []
if self.x is not None:
filters.append(self.x.get_load_filter())
if self.y is not None:
filters.append(self.y.get_load_filter())
if self.z is not None:
filters.append(self.z.get_load_filter())
# Add the filters.
filterManager.add_filters(filters)
# Get mdv from Object cube.
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
axis_index = 0
if self.x is not None:
if not self.x.is_hierarchy():
mdv.setAxis(axis_index, self.x.tagset)
self.x.set_axis_index(axis_index)
axis_index += 1
else:
mdv.setAxis(axis_index, self.x.get_state_hierarchy_node(),
self.x.getLevel())
self.x.set_axis_index(axis_index)
axis_index += 1
if self.y is not None:
if not self.y.is_hierarchy():
mdv.setAxis(axis_index, self.y.tagset)
self.y.set_axis_index(axis_index)
axis_index += 1
else:
mdv.setAxis(axis_index, self.y.get_state_hierarchy_node(),
self.y.getLevel())
self.y.set_axis_index(axis_index)
axis_index += 1
if self.z is not None:
if not self.z.is_hierarchy():
mdv.setAxis(axis_index, self.z.tagset)
self.z.set_axis_index(axis_index)
axis_index += 1
else:
mdv.setAxis(axis_index, self.z.get_state_hierarchy_node(),
self.z.getLevel())
self.z.set_axis_index(axis_index)
axis_index += 1
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
# Notify the image loader for the new images
browser.image.image_service.notifyImageLoad(
objectCubeService.get_state().getObjects())
self.cube = Cube(mdv, self.x, self.y, self.z, last_visiable_images)
print '--New cube constructred with', self.cube.getNumberOfImages(
), 'number of images.'
class Coordinate:
def __init__(self):
# Member variables for the axis.
self.x = None
self.y = None
self.z = None
# Hold the cube
self.cube = None
def set_x(self, x):
""" Set dimension to x in the coordinate. """
self.x = x
def get_x(self):
return self.x
def get_z(self):
return self.z
def set_y(self, y):
self.y = y
def get_y(self):
return self.y
def set_z(self, z):
self.z = z
def constructCube(self):
# Get all the visiable images that images in the last cube -- if there was any
last_visiable_images = dict()
if self.cube is not None:
last_visiable_images = self.cube.getVisibleImages()
print 'Before constructing cube: Number of visiable images by name from last cube is', len(last_visiable_images.keys())
# Clear the old axis, if there are any.
objectCubeService.get_state().getMultiDimensionalView(False).clearAxes()
# Clear all filters!
filterManager.clear()
filters = []
if self.x is not None:
filters.append( self.x.get_load_filter() )
if self.y is not None:
filters.append( self.y.get_load_filter() )
if self.z is not None:
filters.append( self.z.get_load_filter() )
# Add the filters.
filterManager.add_filters( filters )
# Get mdv from Object cube.
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
axis_index = 0
if self.x is not None:
if not self.x.is_hierarchy():
mdv.setAxis(axis_index, self.x.tagset)
self.x.set_axis_index( axis_index )
axis_index += 1
else:
mdv.setAxis( axis_index, self.x.get_state_hierarchy_node(), self.x.getLevel())
self.x.set_axis_index( axis_index )
axis_index +=1
if self.y is not None:
if not self.y.is_hierarchy():
mdv.setAxis(axis_index, self.y.tagset )
self.y.set_axis_index( axis_index )
axis_index += 1
else:
mdv.setAxis( axis_index, self.y.get_state_hierarchy_node(), self.y.getLevel())
self.y.set_axis_index( axis_index )
axis_index += 1
if self.z is not None:
if not self.z.is_hierarchy():
mdv.setAxis(axis_index, self.z.tagset )
self.z.set_axis_index( axis_index )
axis_index += 1
else:
mdv.setAxis( axis_index, self.z.get_state_hierarchy_node(), self.z.getLevel())
self.z.set_axis_index( axis_index )
axis_index += 1
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
# Notify the image loader for the new images
browser.image.image_service.notifyImageLoad( objectCubeService.get_state().getObjects() )
self.cube = Cube( mdv, self.x, self.y, self.z, last_visiable_images )
print '--New cube constructred with', self.cube.getNumberOfImages(), 'number of images.'
def draw(self):
messenger.send('change-mode', ['CubeMode'])
class Coordinate:
def __init__(self):
# Member variables for the axis.
self.x = None
self.y = None
self.z = None
# Hold the cube
self.cube = None
def set_x(self, x):
""" Set dimension to x in the coordinate. """
self.x = x
def get_x(self):
return self.x
def get_z(self):
return self.z
def set_y(self, y):
self.y = y
def get_y(self):
return self.y
def set_z(self, z):
self.z = z
def constructCube(self):
# Get all the visiable images that images in the last cube -- if there was any
last_visiable_images = dict()
if self.cube is not None:
last_visiable_images = self.cube.getVisibleImages()
print 'Before constructing cube: Number of visiable images by name from last cube is', len(
last_visiable_images.keys())
# Clear the old axis, if there are any.
objectCubeService.get_state().getMultiDimensionalView(
False).clearAxes()
# Clear all filters!
filterManager.clear()
filters = []
if self.x is not None:
filters.append(self.x.get_load_filter())
if self.y is not None:
filters.append(self.y.get_load_filter())
if self.z is not None:
filters.append(self.z.get_load_filter())
# Add the filters.
filterManager.add_filters(filters)
# Get mdv from Object cube.
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
axis_index = 0
if self.x is not None:
if not self.x.is_hierarchy():
mdv.setAxis(axis_index, self.x.tagset)
self.x.set_axis_index(axis_index)
axis_index += 1
else:
mdv.setAxis(axis_index, self.x.get_state_hierarchy_node(),
self.x.getLevel())
self.x.set_axis_index(axis_index)
axis_index += 1
if self.y is not None:
if not self.y.is_hierarchy():
mdv.setAxis(axis_index, self.y.tagset)
self.y.set_axis_index(axis_index)
axis_index += 1
else:
mdv.setAxis(axis_index, self.y.get_state_hierarchy_node(),
self.y.getLevel())
self.y.set_axis_index(axis_index)
axis_index += 1
if self.z is not None:
if not self.z.is_hierarchy():
mdv.setAxis(axis_index, self.z.tagset)
self.z.set_axis_index(axis_index)
axis_index += 1
else:
mdv.setAxis(axis_index, self.z.get_state_hierarchy_node(),
self.z.getLevel())
self.z.set_axis_index(axis_index)
axis_index += 1
mdv = objectCubeService.get_state().getMultiDimensionalView(False)
# Notify the image loader for the new images
browser.image.image_service.notifyImageLoad(
objectCubeService.get_state().getObjects())
self.cube = Cube(mdv, self.x, self.y, self.z, last_visiable_images)
print '--New cube constructred with', self.cube.getNumberOfImages(
), 'number of images.'
def draw(self):
messenger.send('change-mode', ['CubeMode'])
