# pyright: reportUnusedCallResult=false, reportWildcardImportFromLibrary=false
from build123d import *
from svgpathtools.path import transform

def build_mop_scraper_holder(center_thickness: float):
    mop_diameter = 23.4
    mop_arc_size = 240

    scraper_diameter = 20.3
    scraper_arc_size = mop_arc_size

    arms_thickness = 3

    clamp_length = 30

    screw_diameter = 4.75
    screw_head_diameter = 9.6
    screw_head_depth = 4

    with BuildPart() as mop_scraper_holder:
        with BuildSketch() as profile:
            with BuildLine():
                arc_s = 170
                mop_arc = CenterArc((0, (mop_diameter + center_thickness) / -2), mop_diameter / 2, 90 - (arc_s / 2), arc_s)
                scraper_arc = CenterArc((0, (scraper_diameter + center_thickness) / 2), scraper_diameter / 2, (arc_s / 2) - 90, -arc_s)

                Line(mop_arc @ 0, scraper_arc @ 0)
                Line(mop_arc @ 1, scraper_arc @ 1)

                screw_pos = scraper_arc @ 0.5

            make_face()

            mop_arm = CenterArc((0, (mop_diameter + center_thickness) / -2), mop_diameter / 2, 90 - (mop_arc_size / 2), mop_arc_size)
            offset(mop_arm, amount=arms_thickness, side=Side.RIGHT)
            make_face()

            scraper_arm = CenterArc((0, (scraper_diameter + center_thickness) / 2), scraper_diameter / 2, (scraper_arc_size / 2) - 90, -scraper_arc_size)
            offset(scraper_arm, amount=arms_thickness, side=Side.LEFT)
            make_face()

        extrude(profile.sketch, clamp_length / 2)
        extrude(profile.sketch, -clamp_length / 2)

        fillet(mop_scraper_holder.edges().filter_by(Axis.Z), (arms_thickness - 0.01) / 2)

        with Locations(Plane((screw_pos.X, screw_pos.Y, 0)).rotated((-90, 0, 0))):
            CounterBoreHole(screw_diameter / 2, screw_head_diameter / 2, screw_head_depth)

    return mop_scraper_holder

def build_mop_handle():
    mop_diameter = 23.8

    thickness = 5

    hand_curve_length = 70
    hand_curve_thickness = 5
    hand_curve_spacing = 50
    hand_curve_thumb_space = 10
    hand_curve_pinky_space = 20

    flared_base_thickness = hand_curve_thickness
    flared_base_length = 5

    screw_diameter = 4.75
    screw_head_diameter = 9.6
    screw_head_depth = 2

    rounding = 5

    handle_radius = (mop_diameter / 2) + thickness
    handle_length_total = flared_base_length +  hand_curve_pinky_space + (hand_curve_length * 2) + hand_curve_spacing + hand_curve_thumb_space

    with BuildPart() as mop_handle:
        with BuildSketch(Plane.XZ):
            with BuildLine() as profile:
                sl = Line((0, 0), (handle_radius, 0))
                fb = ThreePointArc(sl @ 1, (handle_radius + flared_base_thickness, (sl @ 1).Y + (flared_base_length / 2)), (handle_radius, (sl @ 1).Y + flared_base_length))
                hs1 = Line(fb @ 1, (handle_radius, (fb @ 1).Y + hand_curve_pinky_space))
                h1 = ThreePointArc(hs1 @ 1, (handle_radius + hand_curve_thickness, (hs1 @ 1).Y + (hand_curve_length / 2)), (handle_radius, (hs1 @ 1).Y + hand_curve_length))
                hs2 = Line(h1 @ 1, (handle_radius, (h1 @ 1).Y + hand_curve_spacing))
                h2 = ThreePointArc(hs2 @ 1, (handle_radius + hand_curve_thickness, (hs2 @ 1).Y + (hand_curve_length / 2)), (handle_radius, (hs2 @ 1).Y + hand_curve_length))
                hs3 = Line(h2 @ 1, (handle_radius, (h2 @ 1).Y + hand_curve_thumb_space))
                el = Line(hs3 @ 1, (0, (hs3 @ 1).Y))
                Line(el @ 1, sl @ 0)
            make_face()
            Rectangle((handle_radius + flared_base_thickness) * 2, 10, align=(Align.CENTER, Align.MAX), mode=Mode.SUBTRACT)
        revolve()

        fillet(mop_handle.edges().sort_by(Axis.Z)[1:], rounding)

        with Locations(Plane((0, 0, handle_length_total - thickness))):
            Cylinder(mop_diameter / 2, 99999, align=(Align.CENTER, Align.CENTER, Align.MAX), mode=Mode.SUBTRACT)
            # this is a seem channel
            with BuildSketch(Location((0, mop_diameter / 2, handle_length_total - thickness))):
                Triangle(A=90, b=1, c=1)
            extrude(amount=-99999, mode=Mode.SUBTRACT)

        with Locations(Plane((0, 0, flared_base_length + hand_curve_pinky_space + hand_curve_length + (hand_curve_spacing / 2)))):
            with PolarLocations(handle_radius, 2):
                with Locations(Rotation(0, 90, 0)):
                    CounterBoreHole(screw_diameter / 2, screw_head_diameter / 2, screw_head_depth)

        with Locations(Plane((0, 0, flared_base_length + (hand_curve_pinky_space / 2)))):
            with PolarLocations(handle_radius, 2, 90):
                with Locations(Rotation(0, 90, 0)):
                    CounterBoreHole(screw_diameter / 2, screw_head_diameter / 2, screw_head_depth)

    return mop_handle


mop_scraper_holder_top = build_mop_scraper_holder(15)
assert mop_scraper_holder_top.part is not None
export_step(mop_scraper_holder_top.part, "mop_scraper_holder_top.step")

mop_scraper_holder_bottom = build_mop_scraper_holder(10)
assert mop_scraper_holder_bottom.part is not None
export_step(mop_scraper_holder_bottom.part, "mop_scraper_holder_bottom.step")

mop_handle = build_mop_handle()
assert mop_handle.part is not None
export_step(mop_handle.part, "mop_handle.step")