# card – A basic playing card
``` python
print(f"Spades: {spades}, Hearts: {hearts}, Diamonds: {diamonds}, Clubs: {clubs}")
```
Spades: ♠, Hearts: ♥, Diamonds: ♦, Clubs: ♣
``` python
```
ERROR:root:No traceback has been produced, nothing to debug.
We will use numbers to represent playing cards clubs anbf ranks. These
are the ranks:
``` python
suits
```
['♣', '♦', '♥', '♠']
For instance, the suit at number 0:
``` python
suits[0]
```
'♣'
These are the ranks:
``` python
ranks
```
[None, 'A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
For instance, the rank at index ‘1’ (note that there isn’t a card at
position ‘0’ since we want the ranks to match the indeces where
possible):
``` python
ranks[1]
```
'A'
``` python
Card(1,3)
```
3, ♦
## Comparisson operators
------------------------------------------------------------------------
source
### Card.\_\_eq\_\_
> Card.__eq__ (a:__main__.Card)
*Return self==value.*
For instance, here is a tet of equallity…
``` python
test_eq(Card(suit=1, rank=3), Card(suit=1, rank=3) )
```
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source
### Card.\_\_lt\_\_
> Card.__lt__ (a:__main__.Card)
*Return self\source
### Card.\_\_gt\_\_
> Card.__gt__ (a:__main__.Card)
*Return self\>value.*
… and finaly of `>`:
``` python
assert Card(suit=3, rank=3) > Card(suit=2, rank=3)
assert not Card(suit=1, rank=3) > Card(suit=2, rank=3)
```
Here is an example of creating and displaying a card
``` python
c = Card(suit=1, rank=3)
```
``` python
c
```
3, ♦
``` python
print(c)
```
3, ♦
------------------------------------------------------------------------
source
### Card
> Card (suit:int, rank:int)
*A playing card*
|
Type |
Details |
| suit |
int |
An index into suits |
| rank |
int |
An index into ranks |
Equality, less than, and greater than work on the rank and siuit
indices:
``` python
c = Card(suit=1, rank=3)
```