Allow calculations using physical quantities
Project description
[![Documentation Status](https://readthedocs.org/projects/physicalquantities/badge/?version=latest)](http://physicalquantities.readthedocs.io/en/latest/?badge=latest)
PhysicalQuantities is a python module that allows calculations to be aware
of physical units with a focus on engineering applications.
Built-in unit conversion ensures that calculations will result in the correct aggregate unit.
The module also contains an extension for IPython. This allows greatly simplified use by typing in physical quantities
directly as number and unit.
```
In [1]: a = 100mm
In [2]: a
Out[2]: 100 mm
In [3]: a.cm
Out[3]: 10.0 cm
In [4]: a = 10_000_000 nm
In [5]: a.autoscale
Out[5]: 1.0 cm
In [6]: g = 9.81 m/s
In [7]: g
Out[7]: 9.81 m/s
```
dB calculations are supported, too:
```
In [1]: u = 10V
In [2]: u.dB
Out[2]: 20.0 dBV
In [3]: p = 10 dBm
In [4]: p
Out[4]: 10 dBm
In [5]: p.W
Out[5]: 0.01 W
In [6]: p.mW
Out[6]: 10.0 mW
```
Additional units, e.g. imperial units:
```
In [1]: %precision 2
Out[1]: '%.2f'
In [2]: import PhysicalQuantities.imperial
In [3]: a = 2 inch
In [4]: a
Out[4]: 2 inch
In [5]: a.mil
Out[5]: 2000.00 mil
In [6]: a.mm
Out[6]: 50.80 mm
```
This module is originally based on the IPython extension by Georg Brandl
(<https://bitbucket.org/birkenfeld/ipython-physics>). It was heavily extended to improve the
ease of use.
PhysicalQuantities is a python module that allows calculations to be aware
of physical units with a focus on engineering applications.
Built-in unit conversion ensures that calculations will result in the correct aggregate unit.
The module also contains an extension for IPython. This allows greatly simplified use by typing in physical quantities
directly as number and unit.
```
In [1]: a = 100mm
In [2]: a
Out[2]: 100 mm
In [3]: a.cm
Out[3]: 10.0 cm
In [4]: a = 10_000_000 nm
In [5]: a.autoscale
Out[5]: 1.0 cm
In [6]: g = 9.81 m/s
In [7]: g
Out[7]: 9.81 m/s
```
dB calculations are supported, too:
```
In [1]: u = 10V
In [2]: u.dB
Out[2]: 20.0 dBV
In [3]: p = 10 dBm
In [4]: p
Out[4]: 10 dBm
In [5]: p.W
Out[5]: 0.01 W
In [6]: p.mW
Out[6]: 10.0 mW
```
Additional units, e.g. imperial units:
```
In [1]: %precision 2
Out[1]: '%.2f'
In [2]: import PhysicalQuantities.imperial
In [3]: a = 2 inch
In [4]: a
Out[4]: 2 inch
In [5]: a.mil
Out[5]: 2000.00 mil
In [6]: a.mm
Out[6]: 50.80 mm
```
This module is originally based on the IPython extension by Georg Brandl
(<https://bitbucket.org/birkenfeld/ipython-physics>). It was heavily extended to improve the
ease of use.
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