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The grid layout calculates row heights using integer division, which truncates the result when the area height is not evenly divisible by the number of rows in a column. Since every row received this truncated height, columns with an odd row count (e.g. 3 rows in 800px: 266*3=798) would fall short of the full area height, leaving a visible gap at the bottom compared to columns with an even row count (e.g. 2 rows: 400*2=800). The last row in each column now absorbs the remainder pixels from the integer division. The vertical flip position calculation was also updated so that the last row, which becomes the topmost window when flipped, starts at the area top edge instead of being offset by the truncation error. The same integer division truncation also affected column widths in the grid layout when the area width is not evenly divisible by the number of columns. The last column now absorbs the width remainder using the same pattern, and this correction is applied before the flipped column positions are calculated so that horizontal flips also tile correctly. The two shared helper functions columns_with_ratios and rows_with_ratios had the same issue, which propagated to every layout that delegates to them: Columns, Rows, VerticalStack stack rows, RightMainVerticalStack stack rows, HorizontalStack stack columns, and UltrawideVerticalStack tertiary rows. Both functions now correct the last element after the sizing loop so that the total tiled dimension matches the area exactly. The Scrolling layout computes a uniform column width by dividing the area width by the visible column count, which can also leave a remainder gap on the right edge. The last visible column in the current viewport now absorbs this remainder. Since the layout is recalculated on every scroll event, the correction stays accurate regardless of which column is rightmost.