Side table¶

from woodwright.examples import projects

design = projects.side_table(width=500)

leg               530 x 40 x 40 mm  oak, 4 pieces: leg_front_left, leg_front_right, leg_back_right, leg_back_left
                  - mortise 50 x 8 mm, 33 deep, in back_edge
                  - haunch mortise 20 x 8 mm, 10 deep, in back_edge at right_end
                  - mortise 50 x 8 mm, 33 deep, in top_face
                  - haunch mortise 20 x 8 mm, 10 deep, in top_face at right_end
                  - mortise 20 x 8 mm, 26 deep, in back_edge
                  - mortise 20 x 8 mm, 26 deep, in top_face
apron_front_back  382 x 80 x 20 mm  oak, 2 pieces: apron_front, apron_back
                  - haunched tenon 50 x 8 mm, 31 long, haunch 10 long, end mitred 45 deg towards bottom_face, on left_end
                  - haunched tenon 50 x 8 mm, 31 long, haunch 10 long, end mitred 45 deg towards bottom_face, on right_end
                  - 2 x mortise 42 x 8 mm, 6 deep, in bottom_face
apron_right_left  382 x 80 x 20 mm  oak, 2 pieces: apron_right, apron_left
                  - haunched tenon 50 x 8 mm, 31 long, haunch 10 long, end mitred 45 deg towards bottom_face, on left_end
                  - haunched tenon 50 x 8 mm, 31 long, haunch 10 long, end mitred 45 deg towards bottom_face, on right_end
                  - 2 x mortise 50 x 8 mm, 6 deep, in bottom_face
stretcher         368 x 30 x 20 mm  oak, 4 pieces: stretcher_front, stretcher_right, stretcher_back, stretcher_left
                  - tenon 20 x 8 mm, 24 long, end mitred 45 deg towards bottom_face, on left_end
                  - tenon 20 x 8 mm, 24 long, end mitred 45 deg towards bottom_face, on right_end
top               450 x 150 x 20 mm  oak, 2 pieces: top_1, top_3
                  - 4 x pilot hole ø3, 10 deep, drill point 118 deg, in bottom_face, 145 from left_end, 65 from front_edge; 305 from left_end, 65 from front_edge; 385 from left_end, 145 from front_edge; 65 from left_end, 145 from front_edge, for a 4 x 30 screw
top_2             450 x 150 x 20 mm  oak
button            36 x 40 x 20 mm  oak, 8 pieces: button_front_1, button_front_2, button_right_1, button_right_2, button_back_1, button_back_2, button_left_1, button_left_2
                  - end rabbet 6 mm, 14 deep, in top_face at right_end
                  - clearance hole ø4.5, countersunk ø8, 90 deg, in bottom_face, centered, for a 4 x 30 screw

def side_table(
    width: float = 400,
    depth: float = 400,
    height: float = 550,
    overhang: float = 25,
    apron_width: float = 80,
    stretcher_width: float = 30,
    stretcher_height: float = 150,
    setback: float = 3,
    top_boards: int = 3,
    buttons: tuple[int, int] = (2, 2),
    leg_stock: Stock = CHAIR_LEG_STOCK,
    stock: Stock = OAK,
) -> Assembly:
    """A side table: legs, aprons and stretchers, a solid top held down by
    buttons; outside sizes.

    As in the table, the aprons' mitred tenons are set down from the tops
    of the legs, with haunches; the top, glued up from `top_boards` boards,
    overhangs the frame by `overhang` and is held by buttons in short
    mortises in the aprons, so it can move. Stretchers near the floor, all
    at the same level (their top edges at `stretcher_height`), are centered
    on the legs, with blind tenons mitred at their ends like the aprons',
    meeting inside the legs.
    """
    asm = Assembly("side_table", root_location=STANDING)
    legs, aprons = _table_frame(
        asm,
        width,
        depth,
        height - stock.thickness,
        apron_width,
        setback,
        leg_stock,
        stock,
        shoulder=(10, 20),
        haunch_length=10,
    )
    stretchers = _stretchers((stretcher_height, stretcher_height), stretcher_width)
    _leg_rails(asm, legs, width, depth, stretchers, stock, mitred=True)
    top = _glued_top(
        asm,
        aprons[0],
        "top",
        width,
        depth,
        overhang,
        overhang,
        top_boards,
        leg_stock,
        setback,
        stock,
    )
    _buttons(asm, aprons, buttons, stock, top, overhang)
    return asm