import rhinoscriptsyntax as rs

# Clear the scene
rs.DeleteObjects(rs.AllObjects())

# Define initial points and parameters for the spiral and line
point0 = (0, 0, 0.5)
point1 = (0, 0, 10)
pitch = 1
turns = 2
radius0 = 2.0
radius1 = 3.0
radius2 = 3
radius3 = 4

# Create the initial straight line
crv1 = rs.AddLine([radius0 / 1.5, -6, 0], [radius0, 0, 0.5])
crv2 = rs.AddLine([radius2/1.5, -6, 0], [radius2, 0, 0.5])

# Create the spiral curve
crvs1 = rs.AddSpiral(point0, point1, pitch, turns, radius0, radius1)
crvs2 = rs.AddSpiral(point0, point1, pitch, turns, radius2, radius3)

# Bridge Curve
crvB = rs.AddCurve(([radius1, 0, 2.5], [2,12,3], [-radius3,24,2.5]),3)
crvB2 = rs.AddCurve(([radius3, 0, 2.5], [2,12,3], [-radius1,24,2.5]),3)

# Create the spirale curve on the other side
crvs1o = rs.AddSpiral([0,24,2.5], [0,24,0.5], pitch, turns, radius3,radius2)
crvs1o2 = rs.AddSpiral([0,24,2.5], [0,24,0.5], pitch, turns, radius1,radius0)

# Create the initial straight line on the other side
crv1o = rs.AddLine([-radius2 / 1.5, 30, 0], [-radius2, 24, 0.5])
crv1o2 = rs.AddLine([-radius0 / 1.5, 30, 0], [-radius0, 24, 0.5])

# 2. Seite
radiuss0 = 3.5
radiuss1 = 4.5
radiuss2 = 4.5
radiuss3 = 5.5
point2 = (0,0,12)

#Anfangsstuck2
crv3 = rs.AddLine([-radiuss0/1.5,-6,0],[-radiuss0,0,0.5])
crv4 = rs.AddLine([-radiuss1/1.5,-6,0],[-radiuss1,0,0.5])

#Spirale2
crvs3 = rs.AddSpiral(point0, point2, pitch, -turns, -radiuss0, -radiuss1)
crvs4 = rs.AddSpiral(point0, point2, pitch, -turns, -radiuss2, -radiuss3)

# Bridge Curve
crvB21 = rs.AddCurve(([-radiuss1, 0, 2.5], [-2,12,5], [radiuss3,24,2.5]),3)
crvB22 = rs.AddCurve(([-radiuss3, 0, 2.5], [-2,12,5], [radiuss1,24,2.5]),3)

# Create the spirale curve on the other side
crvs1oo = rs.AddSpiral([0,24,2.5], [0,24,0.5], pitch, -turns, -radiuss3,-radiuss2)
crvs1oo2 = rs.AddSpiral([0,24,2.5], [0,24,0.5], pitch, -turns, -radiuss1,-radiuss0)

# Create the initial straight line on the other side
crv1oo = rs.AddLine([radiuss2 / 1.5, 30, 0], [radiuss2, 24, 0.5])
crv1oo2 = rs.AddLine([radiuss0 / 1.5, 30, 0], [radiuss0, 24, 0.5])

# Define a cross-section line for the sweep (2mm wide)
line_for_sweep = rs.AddLine([radius0 / 1.5, -6, 0], [2, -6, 0])
line_for_sweep2 = rs.AddLine([-radiuss0 / 1.5, -6, 0], [-3, -6, 0])

# Join the created curves
joined_curve = rs.JoinCurves([crv1, crvs1,crvB,crvs1o,crv1o])
joined_curve2 = rs.JoinCurves([crv2, crvs2,crvB2,crvs1o2,crv1o2])
joined_curveo = rs.JoinCurves([crv3, crvs3,crvB21,crvs1oo,crv1oo])
joined_curveo2 = rs.JoinCurves([crv4, crvs4,crvB22,crvs1oo2,crv1oo2])

# Delete the original curves to clean up
rs.DeleteObjects([crv1, crvs1,crvB,crvs1o,crv1o])
rs.DeleteObjects([crv2, crvs2,crvB2,crvs1o2,crv1o2])
rs.DeleteObjects([crv3, crvs3,crvB21,crvs1oo,crv1oo])
rs.DeleteObjects([crv4, crvs4,crvB22,crvs1oo2,crv1oo2])


"""
# Handlauf
srf = rs.ExtrudeCurve(
"""
"""
# Sweep the cross-section along the connected (joined) curve
rs.AddSweep2([joined_curve, joined_curve2],line_for_sweep, False)
"""