There are many ways to make a ternary operator in Python but there exists a one-liner if-else statement that is usually called the ternary or conditional operator in Python. There are more ways that can act as or simulate a ternary operator in Python. Let’s explore most of them today.

## 1. if-else

**Syntax:**

<expression 1>if<condition>else<expression 2>

**Explanation:**

if the * condition* is true then

*will be evaluated else*

`expression 1`

*will be evaluated.*

`expression 2`

**Example 1:**

`print(5 if 7>6 else 4)`

Here, * condition* is 7>6,

*is 5, and*

`expression 1`

*is 4*

`expression 2`

**Output:**

5

**Example 2:**

```
# assigning variable according to condition
a = 5 if 7>6 else 4
print(a)
```

**Output:**

5

## 2. Using List

**Syntax:**

[expression 1, expression 2][condition]

if the * condition* is true,

*will be evaluated else*

`expression 2`

*will be evaluated.*

`expression 1`

**Example 1:**

```
a = 45>55
b = ['on_false', 'on_true'][a]
print(b)
```

**Output:**

on_false

**Example 2:**

```
a = 55 > 45
b = ['expression 1', 'expression 2'][a]
print(b)
```

**Output:**

expression 2

## 3. Using Tuple

**Syntax:**

(expression 1, expression 2)[condition]

**Explanation:**

if the * condition* is true,

*will be evaluated else*

`expression 2`

*will be evaluated.*

`expression 1`

**Example 1:**

```
a = True
b = ('expression 1', 'expression 2')[a]
print(b)
```

**Output:**

expression 2

**Example 2:**

```
a = False
b = ('expression 1', 'expression 2')[a]
print(b)
```

**Output:**

expression 1

## 4. Using dictionary

**Syntax:**

{True: 'on_true', False: 'on_false'}[condition]

**Explanation:**

if the * condition* is true

*will be evaluated else*

`True: 'on_true'`

*.*

`False: 'on_false'`

**Example 1:**

```
a = 45 > 55
b = {True: 'true', False: 'false'}[a]
print(b)
```

**Output:**

false

**Example 2:**

```
a = 55 > 45
b = {True: 'true', False: 'false'}[a]
print(b)
```

**Output:**

true

## 5. Using tuple and lambda

According to this solution on StackOverflow, there may be some bugs in the 2nd, 3rd, and 4th methods so using the lambda function will be a good option.

**Syntax:**

(lambda: 'falseValue', lambda: 'trueValue')[condition]()

## 6. Logical `and`

and `or`

`and`

`or`

**Syntax:**

condition and on_true or on_false

**Example 1:**

```
a = True
b = a and 'on_true' or 'on_false'
print(b)
```

**Output:**

on_true

**Example 2:**

```
a = 45 > 55
b = a and 'true' or 'false'
print(b)
```

**Output:**

false

I hope these methods are enough if you want to know how to create a ternary operator in Python. If you know more methods of creating a ternary or conditional operator in Python, please use the comments below so that others can discuss them with you.

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