def reconstruct_raw(self, rawdata):
start, end = self._rawdata_bounds
r = rawdata[start:end]
delattr(self, '_rawdata_bounds')
try:
if self._order_list:
order = to_numpy_list(self._order_list)
r = r.get_indexed(order)
delattr(self, '_order_list')
except AttributeError:
pass
self.set_raw(r)
def reconstruct_raw(self, rawdata):
start, end = self._rawdata_bounds
r = rawdata[start:end]
delattr(self, '_rawdata_bounds')
try:
if self._order_list:
order = to_numpy_list(self._order_list)
r = r.get_indexed(order)
delattr(self, '_order_list')
except AttributeError:
pass
self.set_raw(r)
def get_indexed(self, index):
index = to_numpy_list(index)
if self.is_indexed:
return self[index]
# check to make sure all indexes are valid, raises IndexError if not
check = self.data[index]
# index needs to be relative to the base array
base_index = index + self.get_raw_index(0)
data_base, style_base = self.get_bases()
return SegmentData(data_base, style_base, self.extra, order=base_index)
def get_indexed(self, index):
index = to_numpy_list(index)
if self.is_indexed:
return self[index]
# check to make sure all indexes are valid, raises IndexError if not
check = self.data[index]
# index needs to be relative to the base array
base_index = index + self.get_raw_index(0)
data_base, style_base = self.get_bases()
return SegmentData(data_base, style_base, self.extra, order=base_index)
