# Some functions to do mathematical operations on int/hex (automatic conversion of input dtypes - returns hex)
### Input formats:
Here are some variations you can pass to the functions:
```python
"0x00000000`00000003"
"0x00000003"
"00000000`00000003"
"00000003"
"3"
"0x3"
3
3.0 (float will be converted to int)
```
```python
from hexintcalc import (
hadd,
hbitwiseand,
hdivide,
heq,
hge,
hgt,
hexcalc,
hle,
hlshift,
hlt,
hmod,
hmul,
hne,
number_to_hex,
number_to_int,
hor_,
hpow,
hrshift,
hsub,
hxor,
)
n1=hadd(n1=50,n2='0xf',zfill=0, backtick=True, add0x=True)
print(n1, int(n1.replace("`", ""), base=16))
n1=hdivide(n1=50,n2='0xf',zfill=0, backtick=True, add0x=True)
print(n1, int(n1.replace("`", ""), base=16))
n1=hbitwiseand(n1=50,n2='0xf',zfill=8, backtick=False, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hxor(n1=50,n2=100,zfill=0, backtick=False, add0x=True)
print(n1, int(n1.replace("`", ""), base=16))
n1=hor_(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hpow(n1=50,n2='a',zfill=0, backtick=False, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hlshift(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hmod(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hmul(n1=50,n2='0xf',zfill=0, backtick=False, add0x=True)
print(n1, int(n1.replace("`", ""), base=16))
n1=hrshift(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hsub(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hlt(n1=50,n2='0xf',zfill=0, backtick=False, add0x=True)
print(n1, int(n1.replace("`", ""), base=16))
n1=hle(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=heq(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hne(n1=50,n2='0xf',zfill=0, backtick=False, add0x=True)
print(n1, int(n1.replace("`", ""), base=16))
n1=hge(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
n1=hgt(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)
print(n1, int(n1.replace("`", ""), base=16))
0x00000000`00000041 65
0x00000000`00000003 3
00000002 2
0x56 86
00000000`0000003f 63
15af1d78b58c400 97656250000000000
00000000`00190000 1638400
5 5
0x2ee 750
00000000`00000000 0
00000000`00000023 35
0x0 0
0 0
0 0
0x1 1
1 1
1 1
number_to_int('ff')
Out[9]: 255
number_to_hex(512)
Out[7]: '0x200'
```
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"description": "\n# Some functions to do mathematical operations on int/hex (automatic conversion of input dtypes - returns hex)\n\n\n\n### Input formats: \n\nHere are some variations you can pass to the functions:\n\n\n\n```python\n\n\"0x00000000`00000003\"\n\n\"0x00000003\"\n\n\"00000000`00000003\"\n\n\"00000003\"\n\n\"3\"\n\n\"0x3\"\n\n3\n\n3.0 (float will be converted to int)\n\n```\n\n\n\n\n\n```python\n\nfrom hexintcalc import (\n\n hadd,\n\n hbitwiseand,\n\n hdivide,\n\n heq,\n\n hge,\n\n hgt,\n\n hexcalc,\n\n hle,\n\n hlshift,\n\n hlt,\n\n hmod,\n\n hmul,\n\n hne,\n\n number_to_hex,\n\n number_to_int,\n\n hor_,\n\n hpow,\n\n hrshift,\n\n hsub,\n\n hxor,\n\n)\n\nn1=hadd(n1=50,n2='0xf',zfill=0, backtick=True, add0x=True)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hdivide(n1=50,n2='0xf',zfill=0, backtick=True, add0x=True)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hbitwiseand(n1=50,n2='0xf',zfill=8, backtick=False, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hxor(n1=50,n2=100,zfill=0, backtick=False, add0x=True)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hor_(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hpow(n1=50,n2='a',zfill=0, backtick=False, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hlshift(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hmod(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hmul(n1=50,n2='0xf',zfill=0, backtick=False, add0x=True)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hrshift(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hsub(n1=50,n2='0xf',zfill=0, backtick=True, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hlt(n1=50,n2='0xf',zfill=0, backtick=False, add0x=True)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hle(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=heq(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hne(n1=50,n2='0xf',zfill=0, backtick=False, add0x=True)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hge(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\nn1=hgt(n1=50,n2='0xf',zfill=0, backtick=False, add0x=False)\n\nprint(n1, int(n1.replace(\"`\", \"\"), base=16))\n\n\n\n\n\n0x00000000`00000041 65\n\n0x00000000`00000003 3\n\n00000002 2\n\n0x56 86\n\n00000000`0000003f 63\n\n15af1d78b58c400 97656250000000000\n\n00000000`00190000 1638400\n\n5 5\n\n0x2ee 750\n\n00000000`00000000 0\n\n00000000`00000023 35\n\n0x0 0\n\n0 0\n\n0 0\n\n0x1 1\n\n1 1\n\n1 1\n\n\n\n\n\nnumber_to_int('ff')\n\nOut[9]: 255\n\n\n\nnumber_to_hex(512)\n\nOut[7]: '0x200'\n\n\n\n```\n",
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