from ocp_vscode import *
from build123d import *
set_port(3939)

wc = width_connector = 20.0
lsp = length_straight_part = 5.0
tce = thickness_connector_edge = 1.0
tb = thickness_bevel = 2.5
teub = thickness_edge_until_board = 0.5
wbs = width_board_side = 15.0
ttc = thickness_total_connector = 4.0
cw = clamp_width = 9.8
rc = rotation_clamp = 45.0
dc = depth_clamp = 8.0

with BuildPart() as connector:
    with BuildSketch() as connector_sk:
        with BuildLine() as connector_ln:
            l1 = Line(((wc/2), -(lsp/2)), ((wc/2), (lsp/2)))
            l2 = ThreePointArc(((wc/2), (lsp/2)), (0, ((lsp/2) + (wc/2))), (-(wc/2), (lsp/2)))
            l3 = Line((-(wc/2), (lsp/2)), (-(wc/2), -(lsp/2)))
            l4 = ThreePointArc((-(wc/2), -(lsp/2)), (0, -((lsp/2) + (wc/2))), ((wc/2), -(lsp/2)))
        make_face()
    extrude(amount = ttc-teub)
    chamfer(connector.edges().group_by(Axis.Z)[-1], length = tb, length2 = tb)
    extrude(connector.faces().sort_by(Axis.Z)[-1], amount = teub)
    with BuildSketch(connector.faces().sort_by(Axis.Z)[-1]) as metaal_sk:
        Circle(cw/2)
    extrude(amount = tce)
    with BuildSketch(connector.faces().sort_by(Axis.Z)[-1]) as klem_sk:
        Rectangle(cw, cw, rotation = rc)
    extrude(amount = dc)
    #corners = connector.edges().filter_by(Axis.X).group_by(Axis.Y)[0]
    #fillet(corners, radius = 1)

show(connector)