High job training reptile dragon day1

print ( 'Anhui Institute of Finance and Trade is very powerful') 

# define a variable: 
# name: variable name 
# =: used to bind variable name and variable value 
# 'High Fragrance': the value of the variable 
name = 'High Fragrance' 
Age = 19 
Sex = 'FEMALE' 


# call variable 
Print (name, Age, Sex) 


'' ' 
python8 big data type: 
        - integer (integer): int 
            18 is 
            used to store identification ID, age .. 

        - float (decimal): a float 
            15.5, 1.9 
            store pay height 
            
        - the string   
            must be in single or double quotes, three quotes   
            
        - Boolean 
            true: true, false: false 
            
        - list 
            brackets [], brackets can store a plurality of variables, each variable separated by commas. 
            Note: The comma must be in English input method. 
            Value: The list name [subscript] 
            
        - tuple
            Parentheses (), brackets can store a plurality of values, each value separated by commas 
            
        Note: The list can be modified value tuples not. 
        
        - set 
            {1, 2, 3 ...} 
            braces {} brackets separated by commas, can store multiple values. 
            Built-in deduplication functionality.    
        
        - dictionary 
            braces {} brackets separated by commas, can be stored a plurality of values, 
            but the values are in each key: value stored in the form. 
            Note: a dictionary key must be unique. 
            Key {: value, key2: value} 
'' ' 

# Integer 
Age = 18 is 
Print (' Age ---> ', type (Age)) 

# float 
height = 1.9 
Print (' height ---> ', type (height)) 
# character 
name = 'Fage' 
Print ( 'name --->', type name ()) 

# Boolean 
# variable name and determining the value of the variable is equal tank1 
print (name == 'fage') # True
Print ( 'BOOL --->', type (name == 'Fage')) True # 


# list 
List1 = [ 'Fage', 18 is, 'MALE'] 
Print (List1) 
Print ( 'List1 --->' , type (List1)) 

# 0. 1 
names = [ 'high dragon', 'Liu Ao Bo'] 
# list value 
Print (names [. 1]) 


# tuple 
tuple1 = (. 1, 2,. 3) 
Print ( 'tuple1- -> ', type (tuple1)) 

# set 
set1 = {1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1 ,. 1} 
Print ( 'setl --->', type (setl)) 


# Dictionary 
# Key -> "name": value ---> 'Tank', 
dict1 = { "name": 'Tank', ' Age ':} 18 is 
Print (' dict1 ---> ', type (dict1))