> For the complete documentation index, see [llms.txt](https://adnanattar.gitbook.io/animal-script-language-guide/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://adnanattar.gitbook.io/animal-script-language-guide/arithmetic-operations.md).

# Arithmetic Operations

Animal Script provides a range of arithmetic operations for performing calculations in a fun and educational manner. These operations mimic the behaviors of various animals, adding an element of whimsy to the learning process.

**Elephants** represent addition, and the syntax for addition in Animal Script is `Elephants n + m`, where `n` and `m` are the numbers to be added. For example, `Elephants 3 + 4` will produce the output `Trumpets 7`, indicating that the elephants are trumpeting, symbolizing the result of the addition.

**Frogs** symbolize subtraction, and the syntax for subtraction is `Frogs n - m`. For instance, `Frogs 5 - 2` will result in `Croaks 3`, indicating that the frogs are croaking, representing the result of the subtraction.

**Bees** represent multiplication, and the syntax for multiplication is `Bees n * m`. For example, `Bees 3 * 4` will yield `Buzzes 12`, signifying the buzzing sound made by bees and indicating the result of the multiplication.

**Lions** denote division, and the syntax for division is `Lions n / m`. For instance, `Lions 10 / 2` will output `Roar 5.0`, indicating the roar of a lion and symbolizing the result of the division.

**Giraffes** symbolize exponentiation, and the syntax for exponentiation is `Giraffes n ** m`. For example, `Giraffes 2 ** 3` will produce `Stretches 8`, indicating the stretching of a giraffe's neck and representing the result of the exponentiation.

**Kangaroos** represent modulus, and the syntax for modulus is `Kangaroos n % m`. For instance, `Kangaroos 10 % 3` will result in `Hops 1`, indicating the hopping of a kangaroo and representing the result of the modulus operation.

**Rhinos** represent floor division, and the syntax for floor division is `Rhinos n // m`. For example, `Rhinos 10 // 3` will yield `Charges 3`, symbolizing the charging of a rhino and representing the result of the floor division.

**Zebras** denote true division, and the syntax for true division is `Zebras n / m`. For instance, `Zebras 10 / 3` will output `Gallops 3.3333`, indicating the galloping of a zebra and representing the result of the true division.

**Pandas** symbolize bitwise XOR, and the syntax for bitwise XOR is `Pandas n ^ m`. For example, `Pandas 5 ^ 3` will result in `Rolls 6`, signifying the rolling behavior of a panda and representing the result of the bitwise XOR operation.

**Lemurs** represent bitwise OR, and the syntax for bitwise OR is `Lemurs n | m`. For instance, `Lemurs 5 | 3` will yield `Leaps 7`, indicating the leaping behavior of a lemur and representing the result of the bitwise OR operation.

**Owls** denote bitwise AND, and the syntax for bitwise AND is `Owls n & m`. For example, `Owls 5 & 3` will output `Hoots 1`, symbolizing the hooting of an owl and representing the result of the bitwise AND operation.

| Operation | Description    | Syntax            | Example           | Output         |
| --------- | -------------- | ----------------- | ----------------- | -------------- |
| Elephants | Addition       | Elephants n + m   | Elephants 3 + 4   | Trumpets 7     |
| Frogs     | Subtraction    | Frogs n - m       | Frogs 5 - 2       | Croaks 3       |
| Bees      | Multiplication | Bees n \* m       | Bees 3 \* 4       | Buzzes 12      |
| Lions     | Division       | Lions n / m       | Lions 10 / 2      | Roar 5.0       |
| Giraffes  | Exponentiation | Giraffes n \*\* m | Giraffes 2 \*\* 3 | Stretches 8    |
| Kangaroos | Modulus        | Kangaroos n % m   | Kangaroos 10 % 3  | Hops 1         |
| Rhinos    | Floor Division | Rhinos n // m     | Rhinos 10 // 3    | Charges 3      |
| Zebras    | True Division  | Zebras n / m      | Zebras 10 / 3     | Gallops 3.3333 |
| Pandas    | Bitwise XOR    | Pandas n ^ m      | Pandas 5 ^ 3      | Rolls 6        |
| Lemurs    | Bitwise OR     | Lemurs n \| m     | Lemurs 5 \| 3     | Leaps 7        |
| Owls      | Bitwise AND    | Owls n & m        | Owls 5 & 3        | Hoots 1        |

These operations provide a playful and engaging way to learn and practice arithmetic concepts in Animal-Script, making it both fun and educational.