예제 #1
0
def MultAll_Int(start, end):
    """此函数所接受的变量:
                    start:int型
                    end:int型
    此函数的作用:
                    在[start,end]区间内的所有int型数字都相乘起来,并返回相乘数值
    此函数返回值:
                    int型"""
    if type(start) != int and type(end) != int:
        helper.ExitMSG_Return(
            "MultAll_Int(start , end)", "\n\t\t\t\t\t\t\t1.start必须为int型"
            "\n\t\t\t\t\t\t\t2.end必须为int型")
    elif type(start) != int:
        helper.ExitMSG_Return("MultAll_Int(start , end)", "start必须为int型")
    elif type(end) != int:
        helper.ExitMSG_Return("MultAll_Int(start , end)", "end必须为int型")
    elif start >= end:
        helper.ExitMSG_Return("MultAll_Int(start , end)", "开头的数值不能大于末尾的数值")

    a = []
    start = int(start)
    end = int(end)
    for i in range(start, end + 1):
        a.append(i)
    MultList = 1
    for j in a:
        MultList *= j
    return MultList
예제 #2
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def Similarity_BTwen_Two_Number(num1, num2, rAnge):
    rAnge = 10**rAnge
    if rAnge < abs(num1 - num2):
        helper.ExitMSG_Return("Similarity_BTwen_Two_Number(num1, num2, range)",
                              "range的数值必须大于(num1-num2)的绝对值")
    distance = abs(num1 - num2)
    return (rAnge - distance) / rAnge
예제 #3
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def Gi(number, lst):
    if len(lst) <= 17:
        average = Average_Number(lst)
        SD = Standard_Deviation(lst)
        gi = (abs(number - average)) / SD
        return gi
    else:
        helper.ExitMSG_Return("Gi(number, lst)", "Gi值检测现阶段只允许长度小于等于17的列表")
예제 #4
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def Geometric_Progression(a1, q, n, result_flag):
    if result_flag == Geometric_Progression_Enum.Sn:
        if q != 1:
            Sn = a1 * (1 - q**n) / (1 - q)
            if round(Sn) == Sn:
                return round(Sn)
            else:
                return Sn
        else:
            helper.ExitMSG_Return(
                "Arithmetic_Progression(a1, n, d, result_flag=)", "q不能等于1")
    elif result_flag == Geometric_Progression_Enum.an:
        an = a1 * q**(n - 1)
        return an
    else:
        helper.ExitMSG_Return("Arithmetic_Progression(a1, n, d, result_flag=)",
                              "错误")
예제 #5
0
파일: exercise.py 프로젝트: HeumC/HeumCheol
def Healthy_Weight_Judge_By_BMI(BMI , Language = 'Chinese'):
    """此函数所接受的变量:
                                                   BMI:float型
                                                   Language:str型
                                   此函数的作用:
                                                   通过BMI数值判断其体重判断,并返回
                                                   若Language为Chinese,则返回汉字
                                                   若Language为English,则返回英文
                                                   Language默认值为Chinese
                                   此函数返回值:
                                                   BMI_Judge:str型"""
    if type(BMI) == int:
        BMI = float(BMI)
    if type(BMI) != float:
        helper.ExitMSG_Return("Exercise_Healthy_Weight_Judge_By_BMI(BMI , Language = 'Chinese')", "BMI必须为float型或int型")
    if Language == 'Chinese':
        if BMI <= 0:
            return 'BMI数值错误'
        elif BMI < 18.5:
            return '过轻'
        elif 18.5 <= BMI <= 23.9:
            return '正常'
        elif 24 <= BMI <= 27:
            return '过重'
        elif 28 <= BMI <= 32:
            return '肥胖'
        else:
            return '非常肥胖'
    elif Language == 'English':
        if BMI <= 0:
            return 'BMI Error'
        elif BMI < 18.5:
            return 'Underweight'
        elif 18.5 <= BMI <= 23.9:
            return 'Normal'
        elif 24 <= BMI <= 27:
            return 'Overweight'
        elif 28 <= BMI <= 32:
            return 'Fat'
        else:
            return 'Veryfat'
    else:
        return helper.ExitMSG_Return("Exercise_Healthy_Weight_Judge_By_BMI(BMI , Language = 'Chinese')",
                                     "Language必须为Chinese或English")
예제 #6
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def SumAll_Float(start, end, addNum=1.0):
    """此函数所接受的变量:
                start:float型
                end:float型
                add_num:float型(add_num若不给它赋值,则默认是1.0)
此函数的作用:
                把[start,end)区间内的所有数字,间隔为addNum的数字加起来,并返回总值
此函数返回值:
                float型"""
    if type(start) != float and type(end) != float and type(addNum) != float:
        helper.ExitMSG_Return(
            "SumAll_Float(start, end, addNum = 1.0)",
            "\n\t\t\t\t\t\t\t\t\t\t\t1.start必须为float型"
            "\n\t\t\t\t\t\t\t\t\t\t\t2.end必须为float型"
            "\n\t\t\t\t\t\t\t\t\t\t\t3.add_num必须为float型")
    elif type(start) != float and type(end) != float:
        helper.ExitMSG_Return(
            "SumAll_Float(start, end, addNum = 1.0)",
            "\n\t\t\t\t\t\t\t\t\t\t\t1.start必须为float型"
            "\n\t\t\t\t\t\t\t\t\t\t\t2.end必须为float型")
    elif type(start) != float and type(addNum) != float:
        helper.ExitMSG_Return(
            "SumAll_Float(start, end, addNum = 1.0)",
            "\n\t\t\t\t\t\t\t\t\t\t\t1.start必须为float型"
            "\n\t\t\t\t\t\t\t\t\t\t\t2.add_num必须为float型")
    elif type(end) != float and type(addNum) != float:
        helper.ExitMSG_Return(
            "SumAll_Float(start, end, addNum = 1.0)",
            "\n\t\t\t\t\t\t\t\t\t\t\t1.end必须为float型"
            "\n\t\t\t\t\t\t\t\t\t\t\t2.add_num必须为float型")
    elif type(start) != float:
        helper.ExitMSG_Return("SumAll_Float(start, end, addNum = 1.0)",
                              "start必须为float型")
    elif type(end) != float:
        helper.ExitMSG_Return("SumAll_Float(start, end, addNum = 1.0)",
                              "end必须为float型")
    elif type(addNum) != float:
        helper.ExitMSG_Return("SumAll_Float(start, end, addNum = 1.0)",
                              "add_num必须为float型")
    elif start >= end:
        helper.ExitMSG_Return("SumAll_Float(start, end, addNum = 1.0)",
                              "开头的数值不能大于末尾的数值")
    elif addNum > end - start:
        helper.ExitMSG_Return("SumAll_Float(start, end, addNum = 1.0)",
                              "间隔的数值不能超过末尾的数值减去开头的数值")
    Sum = Arithmetic_Progression(start,
                                 addNum, (end - start) / addNum,
                                 result_flag=Arithmetic_Progression_Enum.Sn)
    return Sum
예제 #7
0
def Narcissistic_Number_Judge(number):
    if type(number) != int:
        helper.ExitMSG_Return("Narcissistic_Number_Judge(number)",
                              "number必须为int型")

    number_length = Number_Figure(number)
    number_lst = helper.Number_Separate(number)
    for i in range(0, len(number_lst)):
        number_lst[i] = number_lst[i]**number_length
    return sum(number_lst) == number
예제 #8
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def Even_Judge(number):
    """此函数所接受的变量:
                number:int型
此函数的作用:
                判断数字number是否为偶数,若是则返回True,反之则返回False
此函数返回值:
                布尔类型(True or False)"""
    if type(number) != int:
        helper.ExitMSG_Return("Even_Judge(number)", "number必须为int型")
    return number % 2 == 0
예제 #9
0
파일: exercise.py 프로젝트: HeumC/HeumCheol
def Sex_EnumToCN(Sex_Enum):
    """此函数所接受的变量:
                                           Sex_Enum:枚举类型
                           此函数的作用:
                                           通过性别枚举,返回其相对应的str型性别,为汉字
                           此函数返回值:
                                           Sex:str型"""
    if type(Sex_Enum) != Enum:
        helper.ExitMSG_Return("Exercise_Sex_EnumToCN(Sex_Enum)", "Sex_Enum必须为Exercise_Enum类型")
    if Sex_Enum == Enum.SEX_MALE:
        return "男"
    elif Sex_Enum == Enum.SEX_FEMALE:
        return "女"
예제 #10
0
def Arithmetic_Progression(a1, d, n, result_flag):
    if result_flag == Arithmetic_Progression_Enum.Sn:
        Sn = n * a1 + (n * d * (n - 1)) / 2
        if round(Sn) == Sn:
            return round(Sn)
        else:
            return Sn
    elif result_flag == Arithmetic_Progression_Enum.an:
        an = a1 + (n - 1) * d
        return an
    else:
        helper.ExitMSG_Return("Arithmetic_Progression(a1, n, d, result_flag=)",
                              "错误")
예제 #11
0
def SumAll_Int(start, end):
    """此函数所接受的变量:
                start:int型
                end:int型
此函数的作用:
                在[start,end]区间内的所有int型数字都相加起来,并返回总值
此函数返回值:
                int型"""
    if type(start) != int and type(end) != int:
        helper.ExitMSG_Return("SumAll_Int(start , end)",
                              "start必须为int型,end必须为int型")
    elif type(start) != int:
        helper.ExitMSG_Return("SumAll_Int(start , end)", "start必须为int型")
    elif type(end) != int:
        helper.ExitMSG_Return("SumAll_Int(start , end)", "end必须为int型")
    elif start >= end:
        helper.ExitMSG_Return("SumAll_Int(start , end)", "开头的数值不能大于末尾的数值")
    Sum = Arithmetic_Progression(start,
                                 1,
                                 end - start + 1,
                                 result_flag=Arithmetic_Progression_Enum.Sn)
    return round(Sum)
예제 #12
0
파일: exercise.py 프로젝트: HeumC/HeumCheol
def Morphy_EnumToCN(Morphy_Enum):
    """此函数所接受的变量:
                                               Morpy_Enum:枚举类型
                               此函数的作用:
                                               通过胚型枚举,返回其相对应的str型胚型,为汉字
                               此函数返回值:
                                               Morphy:str型"""
    if type(Morphy_Enum) != Enum:
        helper.ExitMSG_Return("Exercise_Morphy_EnumToCN(Morphy_Enum)", "Morphy_Enum必须为Exercise_Enum型")
    if Morphy_Enum == Enum.MORPHY_ECTOMORPHY:
        return "外胚型"
    elif Morphy_Enum == Enum.MORPHY_MESOMORPHY:
        return "中胚型"
    elif Morphy_Enum == Enum.MORPHY_ENDOMORPHY:
        return "内胚型"
예제 #13
0
파일: exercise.py 프로젝트: HeumC/HeumCheol
def MIS_EnumToMath(MIS_Enum):
    """此函数所接受的变量:
                                       MIS_Enum:枚举类型
                       此函数的作用:
                                       通过运动系数级别枚举,返回其相对应的运动系数,为int型


                       此函数返回值:
                                       MIS:int型"""
    if type(MIS_Enum) != Enum:
        helper.ExitMSG_Return("Exercise_MIS_EnumToMath(MIS_Enum)", "MIS_Enum必须为Exercise_Enum类型")
    if MIS_Enum == Enum.MIS_LEVEL_1:
        return 1.0
    elif MIS_Enum == Enum.MIS_LEVEL_2:
        return 1.2
    elif MIS_Enum == Enum.MIS_LEVEL_3:
        return 1.4
    elif MIS_Enum == Enum.MIS_LEVEL_4:
        return 1.6
    elif MIS_Enum == Enum.MIS_LEVEL_5:
        return 1.8
    elif MIS_Enum == Enum.MIS_LEVEL_6:
        return 2.0