# Checks if 2 numbers (int) are almost equal
```python
from numbers_almost_equal import (
are_numbers_equal,
are_numbers_equal_diff_0_00000001,
are_numbers_equal_diff_0_0000001,
are_numbers_equal_diff_0_000001,
are_numbers_equal_diff_0_00001,
are_numbers_equal_diff_0_0001,
are_numbers_equal_diff_0_001,
are_numbers_equal_diff_0_01,
are_numbers_equal_diff_0_1,
are_numbers_equal_diff_10,
are_numbers_equal_diff_100,
are_numbers_equal_diff_1000,
are_numbers_equal_diff_10000,
are_numbers_equal_diff_100000,
are_numbers_equal_diff_1000000,
are_numbers_equal_diff_10000000,
are_numbers_equal_diff_100000000,)
are_numbers_equal_diff_0_1(number1=0.1, number2=0.2)=True
are_numbers_equal_diff_0_1(number1=0.1, number2=2)=False
are_numbers_equal_diff_0_01(number1=0.01, number2=0.02)=True
are_numbers_equal_diff_0_01(number1=0.01, number2=0.2)=False
are_numbers_equal_diff_0_001(number1=0.001, number2=0.002)=True
are_numbers_equal_diff_0_001(number1=0.001, number2=0.02)=False
are_numbers_equal_diff_0_0001(number1=0.0001, number2=0.0002)=True
are_numbers_equal_diff_0_0001(number1=0.0001, number2=0.002)=False
are_numbers_equal_diff_0_00001(number1=0.00001, number2=0.00002)=True
are_numbers_equal_diff_0_00001(number1=0.00001, number2=0.0002)=False
are_numbers_equal_diff_0_000001(number1=0.000001, number2=0.000002)=True
are_numbers_equal_diff_0_000001(number1=0.000001, number2=0.00002)=False
are_numbers_equal_diff_0_0000001(number1=0.0000001, number2=0.0000002)=True
are_numbers_equal_diff_0_0000001(number1=0.0000001, number2=0.000002)=False
are_numbers_equal_diff_0_00000001(number1=0.00000001, number2=0.00000002)=True
are_numbers_equal_diff_0_00000001(number1=0.00000001, number2=0.0000002)=False
are_numbers_equal_diff_10(number1=10, number2=11)=True
are_numbers_equal_diff_10(number1=10, number2=20)=False
are_numbers_equal_diff_100(number1=100, number2=110)=True
are_numbers_equal_diff_100(number1=100, number2=200)=False
are_numbers_equal_diff_1000(number1=1000, number2=1100)=True
are_numbers_equal_diff_1000(number1=1000, number2=2000)=False
are_numbers_equal_diff_10000(number1=10000, number2=11000)=True
are_numbers_equal_diff_10000(number1=10000, number2=20000)=False
are_numbers_equal_diff_100000(number1=100000, number2=110000)=True
are_numbers_equal_diff_100000(number1=100000, number2=200000)=False
are_numbers_equal_diff_1000000(number1=1000000, number2=1100000)=True
are_numbers_equal_diff_1000000(number1=1000000, number2=2000000)=False
are_numbers_equal_diff_10000000(number1=10000000, number2=11000000)=True
are_numbers_equal_diff_10000000(number1=10000000, number2=20000000)=False
are_numbers_equal_diff_100000000(number1=100000000, number2=110000000)=True
are_numbers_equal_diff_100000000(number1=100000000, number2=200000000)=False
```
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"description": "\n# Checks if 2 numbers (int) are almost equal\n\n```python\n\nfrom numbers_almost_equal import (\nare_numbers_equal,\nare_numbers_equal_diff_0_00000001,\nare_numbers_equal_diff_0_0000001,\nare_numbers_equal_diff_0_000001,\nare_numbers_equal_diff_0_00001,\nare_numbers_equal_diff_0_0001,\nare_numbers_equal_diff_0_001,\nare_numbers_equal_diff_0_01,\nare_numbers_equal_diff_0_1,\nare_numbers_equal_diff_10,\nare_numbers_equal_diff_100,\nare_numbers_equal_diff_1000,\nare_numbers_equal_diff_10000,\nare_numbers_equal_diff_100000,\nare_numbers_equal_diff_1000000,\nare_numbers_equal_diff_10000000,\nare_numbers_equal_diff_100000000,)\n\nare_numbers_equal_diff_0_1(number1=0.1, number2=0.2)=True\nare_numbers_equal_diff_0_1(number1=0.1, number2=2)=False\nare_numbers_equal_diff_0_01(number1=0.01, number2=0.02)=True\nare_numbers_equal_diff_0_01(number1=0.01, number2=0.2)=False\nare_numbers_equal_diff_0_001(number1=0.001, number2=0.002)=True\nare_numbers_equal_diff_0_001(number1=0.001, number2=0.02)=False\nare_numbers_equal_diff_0_0001(number1=0.0001, number2=0.0002)=True\nare_numbers_equal_diff_0_0001(number1=0.0001, number2=0.002)=False\nare_numbers_equal_diff_0_00001(number1=0.00001, number2=0.00002)=True\nare_numbers_equal_diff_0_00001(number1=0.00001, number2=0.0002)=False\nare_numbers_equal_diff_0_000001(number1=0.000001, number2=0.000002)=True\nare_numbers_equal_diff_0_000001(number1=0.000001, number2=0.00002)=False\nare_numbers_equal_diff_0_0000001(number1=0.0000001, number2=0.0000002)=True\nare_numbers_equal_diff_0_0000001(number1=0.0000001, number2=0.000002)=False\nare_numbers_equal_diff_0_00000001(number1=0.00000001, number2=0.00000002)=True\nare_numbers_equal_diff_0_00000001(number1=0.00000001, number2=0.0000002)=False\nare_numbers_equal_diff_10(number1=10, number2=11)=True\nare_numbers_equal_diff_10(number1=10, number2=20)=False\nare_numbers_equal_diff_100(number1=100, number2=110)=True\nare_numbers_equal_diff_100(number1=100, number2=200)=False\nare_numbers_equal_diff_1000(number1=1000, number2=1100)=True\nare_numbers_equal_diff_1000(number1=1000, number2=2000)=False\nare_numbers_equal_diff_10000(number1=10000, number2=11000)=True\nare_numbers_equal_diff_10000(number1=10000, number2=20000)=False\nare_numbers_equal_diff_100000(number1=100000, number2=110000)=True\nare_numbers_equal_diff_100000(number1=100000, number2=200000)=False\nare_numbers_equal_diff_1000000(number1=1000000, number2=1100000)=True\nare_numbers_equal_diff_1000000(number1=1000000, number2=2000000)=False\nare_numbers_equal_diff_10000000(number1=10000000, number2=11000000)=True\nare_numbers_equal_diff_10000000(number1=10000000, number2=20000000)=False\nare_numbers_equal_diff_100000000(number1=100000000, number2=110000000)=True\nare_numbers_equal_diff_100000000(number1=100000000, number2=200000000)=False\n\n\n\n```\n\n\n",
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