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def calculate_3d_printing_cost(print_time_hours, material_cost, labor_hours=0, hourly_rate=0, design_complexity=1, model_scale=1, market_rate=1, extra_services_cost=0): """ Calculate the cost of 3D printing services. Parameters: - print_time_hours: Hours of printing time. - material_cost: Cost of materials used for printing. - labor_hours: Additional labor hours for post-processing, finishing, etc. - hourly_rate: Hourly rate for additional labor. - design_complexity: A factor representing the complexity of the design (1 for standard, >1 for complex). - model_scale: A factor representing the scale of the model (1 for standard, >1 for larger models). - market_rate: A factor representing market rates (1 for standard, >1 for higher market rates). - extra_services_cost: Cost of additional services like faster delivery, priority support, etc. Returns: - Total cost of 3D printing services. """ # Calculate the cost of printing time printing_cost = print_time_hours * hourly_rate # Adjust the material cost based on design complexity and model scale adjusted_material_cost = material_cost * design_complexity * model_scale # Calculate the total cost total_cost = ( printing_cost + adjusted_material_cost + (labor_hours * hourly_rate) + extra_services_cost ) * market_rate return total_cost # Example usage: print_time = 10 # in hours material_cost = 20 # in dollars additional_labor_hours = 2 # in hours hourly_rate = 15 # in dollars design_complexity_factor = 1.5 # adjust based on design complexity model_scale_factor = 1.2 # adjust based on model scale market_rate_factor = 1.2 # adjust based on market rates extra_services_cost = 10 # additional services cost total_cost = calculate_3d_printing_cost( print_time, material_cost, additional_labor_hours, hourly_rate, design_complexity_factor, model_scale_factor, market_rate_factor, extra_services_cost ) print(f'Total Cost: ${total_cost}')

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