An aerial view of a city with an intricate network of blue pipes and two conical structures amidst buildings.

#!/usr/bin/env python3 """ Parametric AWG City-Scale Condensation Pipe Layout Generator For FreeCAD - models surface area vs water yield relationships Usage: - Run within FreeCAD console or as macro - Adjust parameters in AWGDesign class - Generates 3D pipe networks with thermal analysis - Calculates theoretical water production rates Author: AWG Design System """ import FreeCAD as App import Part import Draft import math from FreeCAD import Base class AWGDesignParameters: """Configurable parameters for AWG system design""" def __init__(self): # Environmental conditions self.ambient_temp = 25.0 # Celsius self.ambient_humidity = 65.0 # Percent RH self.cooling_temp = 10.0 # Celsius (Yakhchal cooling) self.air_velocity = 2.5 # m/s across condensing surface # Pipe network geometry self.main_pipe_diameter = 1.5 # meters self.main_pipe_length = 50.0 # meters self.branch_pipe_diameter = 0.8 # meters self.branch_pipe_length = 20.0 # meters self.num_branches = 6 # branches per main pipe self.num_levels = 3 # vertical levels # Internal fin configuration self.fin_height = 0.1 # meters self.fin_thickness = 0.002 # meters self.fin_spacing = 0.02 # meters self.fin_efficiency = 0.85 # thermal efficiency # System parameters self.pipe_thermal_conductivity = 200 # W/m·K (aluminum) self.insulation_thickness = 0.05 # meters self.collection_efficiency = 0.6 # condensate collection ratio self.system_uptime = 0.85 # operational availability class AWGWaterYieldCalculator: """Calculate theoretical See more