def make_grid(svgs, num_cols=3, grid_width=24):
"""
svgs: List[svg_lib.SVG]
"""
nb_rows = math.ceil(len(svgs) / num_cols)
grid = svg_lib.SVG([],
viewbox=Bbox(grid_width * num_cols,
grid_width * nb_rows))
for i, svg in enumerate(svgs):
row, col = i // num_cols, i % num_cols
svg = svg.copy().translate(Point(grid_width * col, grid_width * row))
grid.add_path_groups(svg.svg_path_groups)
return grid
def make_grid_grid(svg_grid, grid_width=24):
"""
svg_grid: List[List[svg_lib.SVG]]
"""
nb_rows = len(svg_grid)
num_cols = len(svg_grid[0])
grid = svg_lib.SVG([],
viewbox=Bbox(grid_width * num_cols,
grid_width * nb_rows))
for i, row in enumerate(svg_grid):
for j, svg in enumerate(row):
svg = svg.copy().translate(Point(grid_width * j, grid_width * i))
grid.add_path_groups(svg.svg_path_groups)
return grid
def make_grid_lines(svg_grid, grid_width=24):
"""
svg_grid: List[List[svg_lib.SVG]]
"""
nb_rows = len(svg_grid)
num_cols = max(len(r) for r in svg_grid)
grid = svg_lib.SVG([],
viewbox=Bbox(grid_width * num_cols,
grid_width * nb_rows))
for i, row in enumerate(svg_grid):
for j, svg in enumerate(row):
j_shift = (num_cols - len(row)) // 2
svg = svg.copy().translate(
Point(grid_width * (j + j_shift), grid_width * i))
grid.add_path_groups(svg.svg_path_groups)
return grid