def _fill_rows_cols_sizes(self):
cols, rows = self._cols, self._rows
cols_sh, rows_sh = self._cols_sh, self._rows_sh
cols_sh_min, rows_sh_min = self._cols_sh_min, self._rows_sh_min
cols_sh_max, rows_sh_max = self._cols_sh_max, self._rows_sh_max
self._cols_count = cols_count = [defaultdict(int) for _ in cols]
# !! bottom-to-top, the opposite of the other attributes.
self._rows_count = rows_count = [defaultdict(int) for _ in rows]
# calculate minimum size for each columns and rows
col_and_row_indices = self._col_and_row_indices
has_bound_y = has_bound_x = False
for i, opt in enumerate(self.view_opts):
(shw, shh), (w, h) = opt['size_hint'], opt['size']
shw_min, shh_min = opt['size_hint_min']
shw_max, shh_max = opt['size_hint_max']
col, row = col_and_row_indices[i]
if shw is None:
cols_count[col][w] += 1
if shh is None:
rows_count[row][h] += 1
# compute minimum size / maximum stretch needed
if shw is None:
cols[col] = nmax(cols[col], w)
else:
cols_sh[col] = nmax(cols_sh[col], shw)
if shw_min is not None:
has_bound_x = True
cols_sh_min[col] = nmax(cols_sh_min[col], shw_min)
if shw_max is not None:
has_bound_x = True
cols_sh_max[col] = nmin(cols_sh_max[col], shw_max)
if shh is None:
rows[row] = nmax(rows[row], h)
else:
rows_sh[row] = nmax(rows_sh[row], shh)
if shh_min is not None:
has_bound_y = True
rows_sh_min[row] = nmax(rows_sh_min[row], shh_min)
if shh_max is not None:
has_bound_y = True
rows_sh_max[row] = nmin(rows_sh_max[row], shh_max)
self._has_hint_bound_x = has_bound_x
self._has_hint_bound_y = has_bound_y
def _fill_rows_cols_sizes(self):
cols, rows = self._cols, self._rows
cols_sh, rows_sh = self._cols_sh, self._rows_sh
cols_sh_min, rows_sh_min = self._cols_sh_min, self._rows_sh_min
cols_sh_max, rows_sh_max = self._cols_sh_max, self._rows_sh_max
self._cols_count = cols_count = [defaultdict(int) for _ in cols]
self._rows_count = rows_count = [defaultdict(int) for _ in rows]
# calculate minimum size for each columns and rows
n_cols = len(cols)
has_bound_y = has_bound_x = False
for i, opt in enumerate(self.view_opts):
(shw, shh), (w, h) = opt['size_hint'], opt['size']
shw_min, shh_min = opt['size_hint_min']
shw_max, shh_max = opt['size_hint_max']
row, col = divmod(i, n_cols)
if shw is None:
cols_count[col][w] += 1
if shh is None:
rows_count[row][h] += 1
# compute minimum size / maximum stretch needed
if shw is None:
cols[col] = nmax(cols[col], w)
else:
cols_sh[col] = nmax(cols_sh[col], shw)
if shw_min is not None:
has_bound_x = True
cols_sh_min[col] = nmax(cols_sh_min[col], shw_min)
if shw_max is not None:
has_bound_x = True
cols_sh_max[col] = nmin(cols_sh_max[col], shw_max)
if shh is None:
rows[row] = nmax(rows[row], h)
else:
rows_sh[row] = nmax(rows_sh[row], shh)
if shh_min is not None:
has_bound_y = True
rows_sh_min[row] = nmax(rows_sh_min[row], shh_min)
if shh_max is not None:
has_bound_y = True
rows_sh_max[row] = nmin(rows_sh_max[row], shh_max)
self._has_hint_bound_x = has_bound_x
self._has_hint_bound_y = has_bound_y
def _fill_rows_cols_sizes(self):
cols, rows = self._cols, self._rows
cols_sh, rows_sh = self._cols_sh, self._rows_sh
cols_sh_min, rows_sh_min = self._cols_sh_min, self._rows_sh_min
cols_sh_max, rows_sh_max = self._cols_sh_max, self._rows_sh_max
self._cols_count = cols_count = [defaultdict(int) for _ in cols]
self._rows_count = rows_count = [defaultdict(int) for _ in rows]
# calculate minimum size for each columns and rows
n_cols = len(cols)
has_bound_y = has_bound_x = False
for i, opt in enumerate(self.view_opts):
(shw, shh), (w, h) = opt['size_hint'], opt['size']
shw_min, shh_min = opt['size_hint_min']
shw_max, shh_max = opt['size_hint_max']
row, col = divmod(i, n_cols)
if shw is None:
cols_count[col][w] += 1
if shh is None:
rows_count[row][h] += 1
# compute minimum size / maximum stretch needed
if shw is None:
cols[col] = nmax(cols[col], w)
else:
cols_sh[col] = nmax(cols_sh[col], shw)
if shw_min is not None:
has_bound_x = True
cols_sh_min[col] = nmax(cols_sh_min[col], shw_min)
if shw_max is not None:
has_bound_x = True
cols_sh_max[col] = nmin(cols_sh_max[col], shw_max)
if shh is None:
rows[row] = nmax(rows[row], h)
else:
rows_sh[row] = nmax(rows_sh[row], shh)
if shh_min is not None:
has_bound_y = True
rows_sh_min[row] = nmax(rows_sh_min[row], shh_min)
if shh_max is not None:
has_bound_y = True
rows_sh_max[row] = nmin(rows_sh_max[row], shh_max)
self._has_hint_bound_x = has_bound_x
self._has_hint_bound_y = has_bound_y