import pandas as pd
import math


subEmitColor = ["Wood", "Clothes storage bag"]
file_path = './script/MergeData.xlsx'
df = pd.read_excel(file_path, engine='openpyxl')
df = df.drop(index=0)
df_emitter = df[(df['Type'] == 'Emitter') & (df['Emit_Product'].notnull())]
df_emitter = df_emitter.assign(Dynamic=df_emitter['Emit_Product'])



# for index, row in df_emitter.iterrows():
#     print(f"Index: {index}")
#     print(row['Emit_List'])
#     a1 = row['Emit_List'].split(',')
#     Product = row['Emit_Product'].split(',')
#     main = row['Emit_Product'].split(',')[0]
#     if len(a1) == 1:
#         a2 = a1[0].split('=')
#         color_values = df[df["Id"] == int(a2[0])]["Color"].values[0]
#         if color_values in subEmitColor:
#             print(f"Main: {main} - Sub: {color_values}")
#         else:
#             df_emitter.loc[index, 'Dynamic'] = f"{color_values}=0"
#             continue
#     d = {}
#     for i in Product:
#         d[i] = 0.0
#     for i in a1 :
#         a2 = i.split('=')
#         color = df[df["Id"] == int(a2[0])]["Color"].values[0]
#         d[color] += float(a2[1])*(int(a2[0])%10)
#     c = {}
#     mainNum = d[main]
#     for k, i in d.items():
#         if k == main:
#             c[k] = 0
#         else:
#             x = round(mainNum/i)
#             c[k] = round(math.log(x, 2))  

# print(df_emitter.head())

def getDynamicValue1(df, index):
    row = df.loc[index]
    d = {}
    Emit_List = row['Emit_List'].split(',')
    Product = row['Emit_Product'].split(',')
    main = row['Emit_Product'].split(',')[0]
    if len(Emit_List) == 1:
        a2 = Emit_List[0].split('=')
        color_values = df[df["Id"] == int(a2[0])]["Color"].values[0]
        d[color_values] = 0
        return d
    else:
        for i in Product:
            d[i] = 0.0
        for i in Emit_List :
            a2 = i.split('=')
            color = df[df["Id"] == int(a2[0])]["Color"].values[0]
            d[color] += float(a2[1])*(int(a2[0])%10)
        c = {}
        mainNum = d[main]
        for k, i in d.items():
            if k == main:
                c[k] = 0
            else:
                x = mainNum/i
                c[k] = math.floor(math.log(x, 2))
        return c

def getDynamicValueG(df, index):
    row = df.loc[index]
    d = {}
    Emit_List = row['Emit_List'].split(',')
    Product = row['Emit_Product'].split(',')
    main = row['Emit_Product'].split(',')[0]
    if len(Emit_List) == 1:
        a2 = Emit_List[0].split('=')
        color_values = df[df["Id"] == int(a2[0])]["Color"].values[0]
        d[color_values] = 0
        return d
    else:
        for i in Product:
            d[i] = 0.0
        for i in Emit_List :
            a2 = i.split('=')
            color = df[df["Id"] == int(a2[0])]["Color"].values[0]
            if color == "Clothes storage bag":
                d["Dress"] += float(a2[1])*(int(a2[0])%10)
            else:
                d[color] += float(a2[1])*(int(a2[0])%10)
        c = {}
        mainNum = d[main]
        for k, i in d.items():
            if k == main:
                c[k] = 0
            else:
                x = mainNum/i
                c[k] = math.floor(math.log(x, 2))
        return c
def getDynamicValue3(df, id):
    return df[df['Id'] == id]['Dynamic'].values[0]


for index, row in df_emitter.iterrows():
    if row['Emit_ID'] == 'I':
        d = getDynamicValueG(df, index)
    else:
        continue
    # if row['Emit_ID'] == 'B':
    #     d = getDynamicValue1(df, index)
    # if row['Emit_ID'] == 'C':
    #     d = getDynamicValue1(df, index)
    # if row['Emit_ID'] == 'D':
    #     d = getDynamicValue1(df, index)
    # if row['Emit_ID'] == 'E':
    #     d = getDynamicValue1(df, index)
    # if row['Emit_ID'] == 'F':
    #     d = getDynamicValue1(df, index)
    # if row['Emit_ID'] == 'G':
    #     d = getDynamicValue1(df, index)
    # if row['Emit_ID'] == 'H':
    #     d = getDynamicValue1(df, index)
    # if row['Emit_ID'] == 'I':
    #     d = getDynamicValue1(df, index)
    str = ""
    for i,j in d.items():
        str += f"{i}={j},"
    str = str[:-1]
    print(str)