import rhinoscriptsyntax as rs
import random as ran

# delete everything and start from scratch
rs.DeleteObjects(rs.AllObjects())
rs.EnableRedraw(False)

# defining variables
rad = 20                  # radius of the tower
hgt = 172                 # height of the tower
angle = 25                # twist angle

# generating the main body of the tower :
# base shape of the tower
base_crv = rs.AddPolyline([[0,0,0], [0,20,0], [18,29,0], [36,20,0], [36,0,0], [18,-9,0], [0,0,0]], None)
base_crv_srf = rs.AddPlanarSrf(base_crv)
rail_1 = rs.AddLine([18,10,0],[18,10,170]) 
upper_crv=rs.CopyObject(base_crv, (0,0,170))
rs.RotateObject(upper_crv, [18,10,0], 360*0.4)


rs.AddLine([0,0,0],[36,20,0])
len=rs.Distance([0,0,0],[36,20,0])
spi=rs.AddSpiral([18,10,0],[18,10,150], 150*(1/0.4), 0.4, len/2)
rs.RotateObject(spi, [18,10,0],30)


body=rs.AddSweep2((spi,rail_1),(base_crv, upper_crv))
rs.CapPlanarHoles(body)

# splittimg the main body
box=rs.AddBox(([0,0,0],[70,0,0], [70,70,0], [0,70,0],[0,0,8],[70,0,8], [70,70,8], [0,70,8]))
rs.MoveObject(box, [-20,-20,125])
rs.BooleanDifference(body, box)

rs.DeleteObjects((base_crv, upper_crv)) 


"""
# create the columns

base_circ = rs.AddCircle([18,10,0],14)
small_circ = rs.AddCircle([0,0,0], 1)
pts = rs.DivideCurve(base_circ, 10, True, True)
#col_circs =  rs.MoveObject(small_circ, pts)

for i in range(10):
    col_circs =  rs.CopyObject(small_circ, pts)

cols = rs.ExtrudeCurves(col_circs, rail_1)
"""

# create the plinth:
# small cylindric plinth 
rs.AddCylinder([18,10,0], -15, 19, True)

# larger cylindric plinth
rs.AddCylinder([18,10,-15], -30, 25, True)

# cubic plinth
rs.AddBox(([-10,38,-45],[46,38,-45],[46,-18,-45],[-10,-18,-45],[-10,38,-65],[46,38,-65],[46,-18,-65],[-10,-18,-65]))


# create the side part of the tower

help_pt1 = rs.AddPoint([0,10,0])
help_pt2 = rs.AddPoint([0,10,170])
rail_side1 = rs.AddPolyline((help_pt1, help_pt2), None)
rs.DeleteObjects((help_pt1,help_pt2))
rect = rs.AddPolyline(([3,5,-15], [-7,5,-15], [-7,15,-15], [3,15,-15], [3,5,-15]), None)
rect2 = rs.CopyObject(rect, [0,0,185])
lower_p = rs.AddSweep1(rail_side1, (rect, rect2), True)
rs.CapPlanarHoles(lower_p)
rs.MoveObjects((lower_p,rail_side1,rect,rect2), [4,0,0])
rail_side2 = rs.AddPolyline(([-7,10,170],[5,10,170]),None)
rect3 = rs.AddPolyline(([-7,5,170],[-7,15,170],[-7,15,180],[-7,5,180],[-7,5,170]),False)
rect4 = rs.CopyObject(rect3, [12,0,0])
upper_p = rs.AddSweep1(rail_side2, (rect3,rect4), True)
rs.MoveObjects((upper_p,rail_side2,rect3,rect4),[4,0,0])
rs.CapPlanarHoles(upper_p)

# create top part of the tower

# larger cylinder
rs.AddCylinder([18,10,170],15,10,True)

# smaller cylinder
rs.AddCylinder([18,10,185],10,7,True)


# details:
# glass elements