def __init__(self, me_groups, me_paths, remove_ime=False):
self.me_groups = me_groups
self.me_paths = me_paths
self.me_groups.sort(key=lambda mg: mg.get_tight_bbox().left())
if remove_ime:
self.remove_ime_notation()
# adjust_tight_bbox by path
self.adjust_me_group_bbox_by_path()
self.adjust_me_group_bbox_overlapping()
tight_bboxes = [
me_group.get_tight_bbox() for me_group in self.me_groups
]
tight_bboxes.extend(
[me_path.get_tight_bbox() for me_path in self.me_paths])
if len(tight_bboxes) == 0:
raise Exception("empty bboxes")
self.set_tight_bbox(merge_bbox_list(tight_bboxes))
adjusted_bboxes = [
me_group.get_adjusted_bbox() for me_group in self.me_groups
]
adjusted_bboxes.extend(
[me_path.get_adjusted_bbox() for me_path in self.me_paths])
self.set_adjusted_bbox(merge_bbox_list(adjusted_bboxes))
def __init__(self, me_groups):
MEGroup.__init__(self)
MEObject.__init__(self)
self.me_groups = me_groups
self.set_tight_bbox(
merge_bbox_list(
[me_group.get_tight_bbox() for me_group in self.me_groups]))
self.set_adjusted_bbox(
merge_bbox_list(
[me_group.get_adjusted_bbox() for me_group in self.me_groups]))
def __init__(self, hs_group, open_fence_symbol, close_fence_symbol=None):
"""
:param hs_group:
:type hs_group: me_group.internal_me_group.MEHorSupOrSubGroup
:param open_fence_symbo:
:type open_fence_symbo: MESymbol
:param close_fence_symbol:
:type close_fence_symbol: MESymbol
"""
MEGroup.__init__(self)
MEObject.__init__(self)
self.hs_group = hs_group
self.open_fence_symbol = open_fence_symbol
self.close_fence_symbol = close_fence_symbol
tight_bbox_list = [
hs_group.get_tight_bbox(),
open_fence_symbol.get_tight_bbox(),
]
if close_fence_symbol is not None:
tight_bbox_list.append(close_fence_symbol.get_tight_bbox())
merged_tight_bbox = merge_bbox_list(tight_bbox_list)
self.set_tight_bbox(merged_tight_bbox)
self.set_adjusted_bbox(hs_group.get_adjusted_bbox())
def __init__(self, base_me_group, upper_me_group):
MEGroup.__init__(self)
MEObject.__init__(self)
self.base_me_group = base_me_group
self.upper_me_group = upper_me_group
self.set_adjusted_bbox(self.base_me_group.get_adjusted_bbox())
self.set_tight_bbox(
merge_bbox_list([
self.base_me_group.get_tight_bbox(),
self.upper_me_group.get_tight_bbox()
]))
def __init__(self, mg_mat):
MEGroup.__init__(self)
MEObject.__init__(self)
self.mg_mat = mg_mat
# tight bbox
tmp_mg_list = []
for r, mg_list in enumerate(self.mg_mat):
for c, mg in enumerate(mg_list):
tmp_mg_list.append(mg)
merged_bbox = merge_bbox_list(
[mg.get_tight_bbox() for mg in tmp_mg_list])
self.set_tight_bbox(merged_bbox)
# TODO, adjust bbox
self.set_adjusted_bbox(merged_bbox)
def __init__(self, base_me_group, sup_me_group):
"""
:param base_me_group: Base
:param sup_me_group: sup part
"""
MEGroup.__init__(self)
MEObject.__init__(self) # the bbox function
self.base_me_group = base_me_group
self.sup_me_group = sup_me_group
self.set_adjusted_bbox(self.base_me_group.get_adjusted_bbox()
) # based on the base me group
self.set_tight_bbox(
merge_bbox_list([
self.base_me_group.get_tight_bbox(),
self.sup_me_group.get_tight_bbox()
]))
def __init__(self, base_me_group, under_me_group):
"""
:param base_me_group:
:param under_me_group:
"""
MEGroup.__init__(self)
MEObject.__init__(self)
self.base_me_group = base_me_group
self.under_me_group = under_me_group
# the adjusted is to calculate the relative relationship between groups
self.set_adjusted_bbox(self.base_me_group.get_adjusted_bbox())
# the tight bbox is for the assessment of the relationship of overlapping
self.set_tight_bbox(
merge_bbox_list([
self.base_me_group.get_tight_bbox(),
self.under_me_group.get_tight_bbox()
]))
