def draw(self):
self.dlg = TextDialog(title="CardMode", message="Constructing cube, please wait")
self.dlg.draw()
# Force repaint for showing the dialog before the images.
base.graphicsEngine.renderFrame()
base.graphicsEngine.renderFrame()
# Let the coordinate construct new cube.
# NOTE: Should this be self.drawing_area instead of coordinate
if self.coordinate.x is None and self.coordinate.y is None and self.coordinate.z is None:
# we need to clear all filters!!!
filterManager.clear(True)
messenger.send(CUBE_MENU_RELOAD_FILTERS)
self.dlg.Close()
return
else:
self.coordinate.constructCube()
# Draw the cord.
self.coordinate.draw()
# Reload the filter list
messenger.send(CUBE_MENU_RELOAD_FILTERS)
self.dlg.Close()
class CubeService:
"""
This class is used operate as a service for a singleton
instance that is accessible to other parts.
"""
def __init__(self):
# Used for axis indexing in ObjectCube.
#axis_counter = 0
# Keep instance of a coordinate in memory.
self.coordinate = Coordinate()
# Default values for max image size, max image space and cluster index space.
self.max_image_size = 10
self.max_image_space = 5
self.cluster_index_space = 0.2
def get_max_image_size(self):
return self.max_image_size
def set_max_image_size(self, size):
self.max_image_size = size
def get_max_image_space(self):
return self.max_image_space
def set_max_image_space(self, size):
self.max_image_space = size
def get_cluster_stack_space(self):
return self.cluster_index_space
def view_on_x(self, dim):
if dim is None:
self.coordinate.set_x( None )
elif type(dim) == ObjectCubePython.NumericalTagSet or type(dim) == ObjectCubePython.AlphanumericalTagSet or type(dim) == ObjectCubePython.DateTagSet or type(dim) == ObjectCubePython.TimeTagSet:
x_ax = browser.cube.axis.AxisTagset( dim, axis=X_AXIS)
self.coordinate.set_x( x_ax )
elif type(dim) == ObjectCubePython.PersistentDimension:
x_ax = browser.cube.axis.AxisHierarchy( dim, axis=X_AXIS )
self.coordinate.set_x( x_ax )
else:
print 'typewas', type(dim)
raise Exception('Viewving unknown dimension on X: ' + dim.__str__())
def view_on_y(self, dim):
if dim is None:
self.coordinate.set_y( None )
elif type(dim) == ObjectCubePython.PersistentDimension:
y_ax = browser.cube.axis.AxisHierarchy( dim, axis = Y_AXIS )
self.coordinate.set_y( y_ax )
else:
y_ax = browser.cube.axis.AxisTagset( dim, axis = Y_AXIS )
self.coordinate.set_y( y_ax )
def view_on_z(self, dim):
if dim is None:
self.coordinate.set_z( None )
elif type(dim) == ObjectCubePython.PersistentDimension:
z_ax = browser.cube.axis.AxisHierarchy( dim, axis=Z_AXIS )
self.coordinate.set_z( z_ax )
else:
z_ax = browser.cube.axis.AxisTagset( dim, axis=Z_AXIS )
# If there is something on x, we must remove it...
self.coordinate.set_z( z_ax )
def get_x(self):
return self.coordinate.x
def get_y(self):
return self.coordinate.y
def get_z(self):
return self.coordinate.z
def getCurrentCube(self):
return self.coordinate.cube
def draw(self):
self.dlg = TextDialog(title="CardMode", message="Constructing cube, please wait")
self.dlg.draw()
# Force repaint for showing the dialog before the images.
base.graphicsEngine.renderFrame()
base.graphicsEngine.renderFrame()
# Let the coordinate construct new cube.
# NOTE: Should this be self.drawing_area instead of coordinate
if self.coordinate.x is None and self.coordinate.y is None and self.coordinate.z is None:
# we need to clear all filters!!!
filterManager.clear(True)
messenger.send(CUBE_MENU_RELOAD_FILTERS)
self.dlg.Close()
return
else:
self.coordinate.constructCube()
# Draw the cord.
self.coordinate.draw()
# Reload the filter list
messenger.send(CUBE_MENU_RELOAD_FILTERS)
self.dlg.Close()
def reload(self):
self.draw()
