Anand roy new patch

BMI-calculator/07_BMR_Calculation.py

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+""" We will use Python scripts for absolute beginners
+ This script shows the use of BMR Calculator = Basal Metabolic Rate Calculator.
+ BMR gives the value of the calories which the body intakes during weight gain or weight loss.
+ The BMR Calculator:
+    # Get the Age of the user
+    # Get the Gender of the user
+    # Get the weight(Kg/lb) of the user
+    # Get the height(m/in") of the user
+    # Calculate the BMI using the formula on the basis of gender, age, height and weight
+       For Male: BMR= 88.362+(13.397*weight in kg/lb)+(4.799*height in cm/in")- (5.677*age in years)
+       For Female: BMR = 447.593+(9.247*weight in kg/ib)+(3.098*height in cm/in")- (4.330*age in years)
+       Also, this BMR calculator include features in Metric Units (kg,metre) & American Units (pound, inch)
+
+Exercise 1: Calculate the BMR (in calorie)
+Exercise 2: Check if the no. of days workout the user does:
+            No. of Days       BMR *Value      Level of Intensity
+                0-1             BMR*1.2         NO Exercise
+                1-3            BMR*1.375       Light Exercise
+                3-5            BMR*1.55       Moderate Exercise
+              All Day          BMR*1.725       Heavy Exercise
+Here there will be an implication of User-defined functions and Calling function along with if else statement.
+"""
+
+print("*****Welcome To The BMR Calculator*****")
+def __getinput_to_calculate_bmr():
+    "This function gets the input from the user "
+    Units_of_the_user = input("Metric or American:")
+    if Units_of_the_user == 'Metric':
+        print("Enter Weight in kg and Height in meters")
+    elif Units_of_the_user == 'American':
+        print("Enter Weight in pound and Height in inches")
+    Weight_of_the_user = float(input("Enter the weight of the user:"))
+    Height_of_the_user = float(input("Enter the height of the user:"))
+    Gender_of_the_user = (input("Enter the gender of the user M/F:"))
+    Age_of_the_user = int(input("Enter the age of the user:"))
+
+
+    return Weight_of_the_user, Height_of_the_user, Age_of_the_user,Units_of_the_user, Gender_of_the_user,
+
+def calculate_bmr (Weight_of_the_user, Height_of_the_user, Age_of_the_user,Units_of_the_user, Gender_of_the_user):
+    " This function calculates the BMR in metric OR american units on the basis of gender and age "
+
+     # Here if the Gender_of_the_user is 'M' i.e Male, then formula will be BMR_Male
+    if Gender_of_the_user == 'M' or 'm' and 'M'=='Metric':
+        BMR_Male = int(88.362 + (13.397 * Weight_of_the_user) + (4.799 * Height_of_the_user)- (5.677*Age_of_the_user))
+        return BMR_Male
+
+    # Here if the Gender_of_the_user is 'F' i.e Female, then formula will be BMR_Female
+    elif Gender_of_the_user == 'F' or 'f' 'F'=='Metric':
+        BMR_Female = int(447.593 + (9.247 * weight_of_the_user) + (3.098 * height_of_the_user)- (4.330*Age_of_the_user))
+        return BMR_Female
+
+    # Here if the Gender_of_the_user is 'M' i.e Male, and taken in American Units (Weights and Heights of the user is pound and inch respectively
+    # then formula will be BMR_Male
+    elif 'M' == 'Amr' and Units_of_the_user == 'American':
+        BMR_Male1 = int(88.362 + (13.397 * weight_of_the_user*2.2) + (4.799 * height_of_the_user*39.37) - (5.677 * Age_of_the_user))
+        return BMR_Male1
+
+    # Here if the Gender_of_the_user is 'F' i.e Female, and taken in American Units (Weights and Heights of the user is taken into pound and inch respectively
+    # then formula will be BMR_Female
+    elif 'F' == 'American' and Units_of_the_user == 'American':
+        BMR_Female1 = int(447.593 + (9.247 * weight_of_the_user*2.2) + (3.098 * height_of_the_user*39.37) - (4.330 * Age_of_the_user))
+        return BMR_Female1
+
+
+
+def check_user_BMR_category(BMR):
+    "This function checks if the user's Level of Intesity is No Exercise, Light Exercise, Moderate Exercise, Heavy Weight Exercise, Severy Heavy Weight Exercise"
+
+    "The BMR values will be calculated. Then it will be multiplied with standard numbers will categorized the level of intensity/activeness the user's lifestyle "
+
+    "If User's BMR is: Calorific Value= BMR*Standard Numbers which will denote the intensity of the user. "
+    Calorific_Value = BMR*1.2
+    Calorific_Value1 = BMR*1.375
+    Calorific_Value2 = BMR*1.55
+    Calorific_Value3 = BMR*1.725
+
+    if  BMR>800 and BMR<=1100:
+        print("The Value of the calorie intake is:", Calorific_Value, "which means :No Exercise (0-1 Days)!!")
+    elif BMR >=1200 and BMR <=1400:
+        print("The Value of the calorie intake is:", Calorific_Value1, "which means : Light Exercise (1-3 Days)!!")
+    elif BMR >=1450 and BMR <=1700:
+        print("The Value of the calorie intake is:", Calorific_Value2, "which means :Moderate Exercise (3-5 Days)!!")
+    elif BMR>2000:
+        print("The Value of the calorie intake is:", Calorific_Value3, "which means :Heavy Weight Exercise (7 days)")
+
+
+
+if __name__ == "__main__":
+    # This calling function gets the input from the user
+    weight_of_the_user, height_of_the_user, Units_of_the_user, Gender_of_the_user, age_of_the_user = __getinput_to_calculate_bmr()
+
+    # This calling function stores the BMI of the user
+    BMR_value = calculate_bmr(weight_of_the_user, height_of_the_user, Units_of_the_user, Gender_of_the_user,age_of_the_user)
+
+    print("BMR of the user is :", BMR_value )
+
+    # This function is used to calculate the user's criteria
+    check_user_BMR_category(BMR_value)
+
+
+

Read Me.txt

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+Work in progress:
+1. Have to add function keys of lowercase and uppercase.
+2. Have to configure a file in which the variables would work like function and import to mainscript.