def amharic_number_reader(number):
    nums = []
    val = list(number)  # Convert the number string to a list of digits
    readNums1 = ["አንድ", "ሁለት", "ሶስት", "አራት", "አምስት", "ስድስት", "ሰባት", "ስምንት", "ዘጠኝ", "ዜሮ"]
    readNums2 = ["አስራ", "ሃያ", "ሰላሳ", "አርባ", "ሃምሳ", "ስልሳ", "ሰባ", "ሰማንያ", "ዘጠና"]
    readNums3 = ["", "መቶ", "ሺ", "አስር ሺ", "መቶ ሺ", "ሚልዮን", "አስር ሚልዮን", "ቢልዮን", "አስር ቢልዮን", "ትሪልዮን"]

    group_count = len(val)
    
    for i, digit in enumerate(val):
        digit = int(digit)
        position = group_count - i - 1  # Position from the right
        
        if position == 12:  # Trillions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[9])  # 'ትሪልዮን'
        elif position == 11:  # Hundreds of trillions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 10:  # Tens of trillions
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 9:  # Billions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[7])  # 'ቢልዮን'
        elif position == 8:  # Hundreds of billions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 7:  # Tens of billions
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 6:  # Millions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[5])  # 'ሚልዮን'
        elif position == 5:  # Hundreds of thousands
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 4:  # Tens of thousands
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 3:  # Thousands
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[2])  # 'ሺ'
        elif position == 2:  # Hundreds
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 1:  # Tens
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 0:  # Ones
            if digit != 0:
                nums.append(readNums1[digit - 1])

    return " ".join(nums)  # Return as a sentence
def tigrigna_number_reader(number):
    nums = []
    val = list(number)  # Convert the number string to a list of digits
    readNums1 = ["ሓደ", "ክልተ", "ሰለስተ", "ኣርባዕተ", "ሓሙሽተ", "ሽዱሽተ", "ሸዋዓተ", "ሸሞንተ", "ትሽዓተ", "ባዶ"]
    readNums2 = ["ዓሰርተ", "ዕስራ", "ሰላሳ", "ዓርባዓ", "ሓምሳ", "ስልሳ", "ሰብዓ", "ሰማንያ", "ቴስዓ"]
    readNums3 = ["", "ምእቲ", "ሽሕ", "ዓስርተ ሽሕ", "መቶ ሺሕ", "ሚልዮን", "ዓስርተ ሚልዮን", "ቢልዮን", "ዓስርተ ቢልዮን", "ትሪልዮን"]

    group_count = len(val)
    
    for i, digit in enumerate(val):
        digit = int(digit)
        position = group_count - i - 1  # Position from the right
        
        if position == 12:  # Trillions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[9])  # 'ትሪልዮን'
        elif position == 11:  # Hundreds of trillions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 10:  # Tens of trillions
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 9:  # Billions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[7])  # 'ቢልዮን'
        elif position == 8:  # Hundreds of billions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 7:  # Tens of billions
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 6:  # Millions
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[5])  # 'ሚልዮን'
        elif position == 5:  # Hundreds of thousands
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 4:  # Tens of thousands
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 3:  # Thousands
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[2])  # 'ሺ'
        elif position == 2:  # Hundreds
            if digit != 0:
                nums.append(readNums1[digit - 1])
                nums.append(readNums3[1])  # 'መቶ'
        elif position == 1:  # Tens
            if digit != 0:
                nums.append(readNums2[digit - 1])
        elif position == 0:  # Ones
            if digit != 0:
                nums.append(readNums1[digit - 1])

    return " ".join(nums)  # Return as a sentence


# Example Outputs
print(amharic_number_reader("1221"))
#ሓደ ሽሕን ክልተ ምእቲን ዕስራን ሓደን


print(amharic_number_reader("221222345681"))
#ክልተ ምእቲ ዕስራ ሓደ ቢልዮንን ክልተ ምእቲ ዕስራ ክልተ ሚልዮንን ሰለስተ ምእቲ ዓርባዓ ሓሙሽተ ሽሕን ሽዱሽተ ምእቲን ሰማንያን ሓደን

print(amharic_number_reader("8221222345681"))
#ሸሞንተ ትሪልዮን ክልተ ምእቲ ዕስራ ሓደ ቢልዮን ክልተ ምእቲ ዕስራ ክልተ ሚልዮን ሰለስተ ምእቲ ዓርባዓ ሓሙሽተ ሽሕ ሽዱሽተ ምእቲ ሰማንያ ሓደ