# first try of the inspo building

import rhinoscriptsyntax as rs
import math

def create_twisted_building(base_radius, middle_radius, top_radius, height, twists, floors, floor_height):
    """
    Creates a twisted building with balconies, slimmer top and bottom, and a thicker middle section.

    Parameters:
        base_radius (float): Radius of the base of the building.
        middle_radius (float): Radius of the middle (widest point) of the building.
        top_radius (float): Radius of the top of the building.
        height (float): Total height of the building.
        twists (int): Number of full twists for the facade.
        floors (int): Number of floors in the building.
        floor_height (float): Height of each floor.
    """
    # Arrays to store balcony edges and the facade control curves
    balcony_edges = []
    control_curves = []

    for i in range(floors):
        z = i * floor_height  # Current floor height
        t = i / (floors - 1)  # Interpolation factor (0 at bottom, 1 at top)

        # Interpolate the radius for the hourglass shape
        if t <= 0.5:
            radius = base_radius + (middle_radius - base_radius) * (t / 0.5)  # Bottom to middle
        else:
            radius = middle_radius + (top_radius - middle_radius) * ((t - 0.5) / 0.5)  # Middle to top

        # Calculate the angle of twist
        angle = twists * 360 * t

        # Define the center and create the circular balcony edge
        center = (0, 0, z)
        circle = rs.AddCircle(center, radius)
        rs.RotateObject(circle, center, angle, axis=(0, 0, 1))  # Twist the circle
        balcony_edges.append(circle)

        # Add a planar surface for the balcony
        balcony = rs.AddPlanarSrf(circle)[0]
        rs.MoveObject(balcony, (0, 0, 0.1))  # Slightly offset the balcony surface

        # Add railing for the balcony
        rs.AddPipe(circle, 0.05, 0.05)  # Uniform railing

        # Store the circle as a control curve for the facade
        control_curves.append(circle)

    # Create the facade by lofting the control curves
    facade = rs.AddLoftSrf(control_curves)[0]
    rs.CapPlanarHoles(facade)  # Cap holes to close the surface

# Parameters for the building
base_radius = 4  # Smaller radius for the base
middle_radius = 10  # Thickest part in the middle
top_radius = 4  # Smaller radius for the top
height = 60  # Total height of the building
twists = 3  # Number of twists
floors = 20  # Number of floors
floor_height = height / floors  # Height of each floor

# Call the function to create the building
create_twisted_building(base_radius, middle_radius, top_radius, height, twists, floors, floor_height)