Gan, Jimmy
56 lines
2.1 KiB
Python
56 lines
2.1 KiB
Python
from ..utils.cost_factor_loader import get_cost_factors
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def calculate_base_price(mold_main_type, mold_sub_type, mold_specific_type, sliders_count, cavity_count, digital_texture_type, complexity_high_sidewall=False):
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"""
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Calculate the base price for a mold based on various factors.
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Args:
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mold_main_type (str): The main type of the mold
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mold_sub_type (str): The sub type of the mold
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mold_specific_type (str): The specific type of the mold
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sliders_count (int): Number of sliders
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cavity_count (int): Number of cavities
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digital_texture_type (str): Type of digital texture
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complexity_high_sidewall (bool): Whether the mold has high sidewall complexity
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Returns:
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dict: A dictionary containing all cost components
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"""
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# Get cost factors from database (or fallback to defaults)
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cost_factors, tax_rates, default_net_base = get_cost_factors()
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# Start with the default net base
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base_price = default_net_base
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# Apply mold type factor
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if mold_specific_type in cost_factors['mold']:
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base_price *= cost_factors['mold'][mold_specific_type]
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# Calculate complexity cost
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complexity_cost = 0
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# Add slider complexity
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if sliders_count > 0:
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complexity_cost += base_price * (sliders_count * cost_factors['complexity']['slider'])
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# Add cavity complexity
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if cavity_count > 1:
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complexity_cost += base_price * ((cavity_count - 1) * cost_factors['complexity']['cavity'])
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# Add high sidewall complexity
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if complexity_high_sidewall:
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complexity_cost += base_price * cost_factors['complexity']['high_sidewall']
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# Calculate texture cost
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texture_cost = 0
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if digital_texture_type in cost_factors['texture']:
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texture_cost = base_price * cost_factors['texture'][digital_texture_type]
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# Calculate total cost
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total_cost = base_price + complexity_cost + texture_cost
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return {
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'base_price': round(base_price, 2),
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'complexity_cost': round(complexity_cost, 2),
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'texture_cost': round(texture_cost, 2),
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'total_cost': round(total_cost, 2)
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} |