def test_get_remaining_dims_7d_anonymous(self):
cube = tcl.setup_7d_anonymous_cube()
names = gl.get_dim_names(cube)
used_dims = (names[5], names[3], names[0])
remaining_dims = gl.get_remaining_dims(names, used_dims)
self.assertEqual(remaining_dims, [names[1], names[2], names[4],
names[6]])
def test_get_dim_names_7d(self):
cube = tcl.setup_7d_anonymous_cube()
names = gl.get_dim_names(cube)
self.assertEqual(names, [
"*ANONYMOUS*0", "*ANONYMOUS*1", "*ANONYMOUS*2", "*ANONYMOUS*3",
"*ANONYMOUS*4", "*ANONYMOUS*5", "*ANONYMOUS*6"
])
def test_get_dim_index(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
dim = "model_level_number"
index = gl.get_dim_index(dim, names)
expected_index = 1
self.assertEqual(index, expected_index)
def test_get_dim_index(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
dim = "model_level_number"
index = gl.get_dim_index(dim, names)
expected_index = 1
self.assertEqual(index, expected_index)
def test_get_remaining_dims_7d_anonymous(self):
cube = tcl.setup_7d_anonymous_cube()
names = gl.get_dim_names(cube)
used_dims = (names[5], names[3], names[0])
remaining_dims = gl.get_remaining_dims(names, used_dims)
self.assertEqual(remaining_dims,
[names[1], names[2], names[4], names[6]])
def test_get_dim_names_7d(self):
cube = tcl.setup_7d_anonymous_cube()
names = gl.get_dim_names(cube)
self.assertEqual(names, ["*ANONYMOUS*0", "*ANONYMOUS*1",
"*ANONYMOUS*2", "*ANONYMOUS*3",
"*ANONYMOUS*4", "*ANONYMOUS*5",
"*ANONYMOUS*6"])
def test_get_dim_values_date_time(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
values = gl.get_coord_values(cube, "time", names)
points = cube.coord("time").points
coord = cube.coord("time")
expected_values = [coord.units.num2date(point) for point in points]
self.assertEqual(all(values), all(expected_values))
def test_get_dim_values_date_time(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
values = gl.get_coord_values(cube, "time", names)
points = cube.coord("time").points
coord = cube.coord("time")
expected_values = [coord.units.num2date(point) for point in points]
self.assertEqual(all(values), all(expected_values))
def sort_axis_labels(cube, axis_labels):
"""
Takes in the axis labels, and arranges them so that they are sorted into
the form xlabel, ylabel.
Args:
* cube
The cube to which the labels belong. (The full cube before collapsing)
*axis_labels
List of Strings, representing the coordinate names of the x and y axes
of the plot.
"""
dim_names = get_dim_names(cube)
sorted_list = []
for name in dim_names:
if name in axis_labels:
sorted_list.append(name)
if len(sorted_list) != 2:
sorted_list = ('', '')
return sorted_list[1], sorted_list[0]
def sort_axis_labels(cube, axis_labels):
"""
Takes in the axis labels, and arranges them so that they are sorted into
the form xlabel, ylabel.
Args:
* cube
The cube to which the labels belong. (The full cube before collapsing)
*axis_labels
List of Strings, representing the coordinate names of the x and y axes
of the plot.
"""
dim_names = get_dim_names(cube)
sorted_list = []
for name in dim_names:
if name in axis_labels:
sorted_list.append(name)
if len(sorted_list) != 2:
sorted_list = ("", "")
return sorted_list[1], sorted_list[0]
def set_dimension_combos(self):
"""
This method is responisble for ensuring that all of the revelant
combo boxes are filled with the correct coordinate names. It is
called whenever the cube is changed.
"""
QApplication.setOverrideCursor(QtCore.Qt.WaitCursor)
self.clear_dims()
# Cube is set and the summary is printed to the information tab.
self.cube = self.get_current_cube()
self.print_cube_browser.setText(str(self.cube))
# we check to see if we need to add or remove collapsed dim slots
old_ndim = self.ndim if self.ndim > 3 else 3
new_ndim = self.cube.ndim if self.cube.ndim > 3 else 3
difference = new_ndim - old_ndim
# adds more slots until there are enough.
if difference > 0:
for i in xrange(difference):
self.num_collapsed_dims += 1
self.add_collapsed_dim(self.num_collapsed_dims)
# removes slots until there are the correct amount.
if difference < 0:
for _ in xrange(abs(difference)):
self.remove_collapsed_dim(self.num_collapsed_dims)
self.num_collapsed_dims -= 1
# Set some instance variables about the cube.
self.dim_names = gl.get_dim_names(self.cube)
self.ndim = self.cube.ndim
# Fill the combo boxes
self.fill_combo("select_dimension_1", self.dim_names, True)
if self.ndim >= 2:
self.fill_combo("select_dimension_2", self.dim_names, True)
if self.ndim >= 3:
self.fill_combo("select_sliced_dim", self.dim_names, True)
# get data on the coord points, and fill the combo box.
dim = self.select_sliced_dim.currentText()
data = gl.get_coord_values(self.cube, dim, self.dim_names)
self.fill_combo("select_slice_combo", data, True)
self.set_slice_scroll()
self.select_slice_scroll.setEnabled(True)
self.action_next_slice.setEnabled(True)
self.action_previous_slice.setEnabled(True)
self.set_initial_index()
self.set_collapsed_dims()
# Collapsed dims refers to all dimensions above 3. these dimensions
# are not the plotted dimensions, nor are they the dimension in which
# slices are to be taken... They are simply collapsed as chosen by the
# user.
self.set_enabled()
# These placeholder variables keep a record of the current state of
# the selectCoordinate combo boxes.
self.dim_1 = self.select_dimension_1.currentIndex()
self.dim_2 = self.select_dimension_2.currentIndex()
self.dim_3 = self.select_sliced_dim.currentIndex()
QApplication.restoreOverrideCursor()
def test_get_dim_values_4d(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
values = gl.get_coord_values(cube, "grid_latitude", names)
expected_values = cube.coord("grid_latitude").points
self.assertEqual(all(values), all(expected_values))
def test_get_dim_values_anonymous_dim(self):
cube = tcl.setup_7d_anonymous_cube()
names = gl.get_dim_names(cube)
values = gl.get_coord_values(cube, "*ANONYMOUS*4", names)
expected_values = (range(5))
self.assertEqual(values, expected_values)
def test_get_dim_values_anonymous_dim(self):
cube = tcl.setup_7d_anonymous_cube()
names = gl.get_dim_names(cube)
values = gl.get_coord_values(cube, "*ANONYMOUS*4", names)
expected_values = (range(5))
self.assertEqual(values, expected_values)
def test_get_dim_values_4d(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
values = gl.get_coord_values(cube, "grid_latitude", names)
expected_values = cube.coord("grid_latitude").points
self.assertEqual(all(values), all(expected_values))
def test_get_dim_names_1d(self):
cube = tcl.setup_1d_cube()
names = gl.get_dim_names(cube)
self.assertEqual(names, ["time"])
def test_get_remaining_dims_4d(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
used_dims = (names[2], names[0], names[3])
remaining_dims = gl.get_remaining_dims(names, used_dims)
self.assertEqual(remaining_dims, [names[1]])
def set_dimension_combos(self):
"""
This method is responisble for ensuring that all of the revelant
combo boxes are filled with the correct coordinate names. It is
called whenever the cube is changed.
"""
QApplication.setOverrideCursor(QtCore.Qt.WaitCursor)
self.clear_dims()
# Cube is set and the summary is printed to the information tab.
self.cube = self.get_current_cube()
self.print_cube_browser.setText(str(self.cube))
# we check to see if we need to add or remove collapsed dim slots
old_ndim = self.ndim if self.ndim > 3 else 3
new_ndim = self.cube.ndim if self.cube.ndim > 3 else 3
difference = new_ndim - old_ndim
# adds more slots until there are enough.
if difference > 0:
for i in xrange(difference):
self.num_collapsed_dims += 1
self.add_collapsed_dim(self.num_collapsed_dims)
# removes slots until there are the correct amount.
if difference < 0:
for _ in xrange(abs(difference)):
self.remove_collapsed_dim(self.num_collapsed_dims)
self.num_collapsed_dims -= 1
# Set some instance variables about the cube.
self.dim_names = gl.get_dim_names(self.cube)
self.ndim = self.cube.ndim
# Fill the combo boxes
self.fill_combo("select_dimension_1", self.dim_names, True)
if self.ndim >= 2:
self.fill_combo("select_dimension_2", self.dim_names, True)
if self.ndim >= 3:
self.fill_combo("select_sliced_dim", self.dim_names, True)
# get data on the coord points, and fill the combo box.
dim = self.select_sliced_dim.currentText()
data = gl.get_coord_values(self.cube, dim, self.dim_names)
self.fill_combo("select_slice_combo", data, True)
self.set_slice_scroll()
self.select_slice_scroll.setEnabled(True)
self.action_next_slice.setEnabled(True)
self.action_previous_slice.setEnabled(True)
self.set_initial_index()
self.set_collapsed_dims()
# Collapsed dims refers to all dimensions above 3. these dimensions
# are not the plotted dimensions, nor are they the dimension in which
# slices are to be taken... They are simply collapsed as chosen by the
# user.
self.set_enabled()
# These placeholder variables keep a record of the current state of
# the selectCoordinate combo boxes.
self.dim_1 = self.select_dimension_1.currentIndex()
self.dim_2 = self.select_dimension_2.currentIndex()
self.dim_3 = self.select_sliced_dim.currentIndex()
QApplication.restoreOverrideCursor()
def test_get_dim_names_1d(self):
cube = tcl.setup_1d_cube()
names = gl.get_dim_names(cube)
self.assertEqual(names, ["time"])
def test_get_remaining_dims_4d(self):
cube = tcl.setup_4d_cube()
names = gl.get_dim_names(cube)
used_dims = (names[2], names[0], names[3])
remaining_dims = gl.get_remaining_dims(names, used_dims)
self.assertEqual(remaining_dims, [names[1]])