#!/usr/bin/env python
# coding: utf-8

# # Buckingham $\pi$:  Dimensional Analysis
# **Mokbel Karam, and Prof. Tony Saad (<a href='www.tsaad.net'>www.tsaad.net</a>) <br/>Department of Chemical Engineering <br/>University of Utah**
# <hr/>
# This notebook represents the graphical user interface of `buckinghamPy` 

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#HIDDEN
# please run this cell to get access the GUI app
from buckinghampy import BuckinghamPiGui
GUI=BuckinghamPiGui()


# # Example 1: Pressure Drop in Pipe
# ---

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from buckinghampy import BuckinghamPi

Pressure_Drop = BuckinghamPi()
Pressure_Drop.add_variable(name='{\\Delta}p',units='M*L^(-1)*T^(-2)')     # pressure drop
Pressure_Drop.add_variable(name='R',units='L')                            # length of the pipe
Pressure_Drop.add_variable(name='d',units='L')                            # diameter of the pipe
Pressure_Drop.add_variable(name='\\mu',units='M*L^(-1)*T^(-1)')           # viscosity
Pressure_Drop.add_variable(name='Q',units='L^(3)*T^(-1)')                 # volumetic flow rate

Pressure_Drop.generate_pi_terms()
Pressure_Drop.print_all()


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