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<#
.SYNOPSIS
    Script to Initialize my custom powershell setup.
.DESCRIPTION
    Script uses scoop
.NOTES
    **NOTE** Will configure the Execution Policy for the "CurrentUser" to Unrestricted.

    Author: Mike Pruett
    Date: October 18th, 2018

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Rules to Problem Solving

(Unknown author)

Rule #1: Don't assume you understand the problem

This is one of the classic mistakes of problem solving - you think you understand what's going on, but you didn't look deep enough or get enough information to really get it. Before starting to solve any problem, be sure you spend some time and be absolutely sure you understand exactly what's going in.

Rule #2: Don't assume that the person who reported the problem understands the problem either

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   @overrides
    def solve(self): #-> np.ndarray:
        """
        The sequential version of Cahn-Hilliard solver.

        Update a conserved order parameter, in our case, the concetration field $c(r, t)$.

        Calculate free energy derivative at domain nodes.

        The eight neighbour nodes of the central node (C) are north (N), south (S),

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# Functional composition with `>>` operator.

class Value:

    def __init__(self, value) -> None:
        self.value = value

    def __rshift__(self, that):
        print(f"{that.__name__}({self.value})")
        return Value(that(self.value))

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Unix

source .venv\bin\activate

Windows

.venv\Scripts\activate

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def init(params: Parameters, T0: Temperature, q: HeatFlow, ts:float) -> np.array:
    """
    The time independent solution to heat equation.

    :param params: The model parameters.
    :param T0:     The surface temperature [°C].
    :param q:      The mantle heat flow density [mW/m^2].
    :param ts:     The time step in years.
    :returns:      The temperature field [°C].
    """

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import sys
import requests
import PyPDF2
import requests
import os

crossref = 'http://api.crossref.org/'

def rename(pdf):
    """Rename an academic article pdf file with human readable format

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Python assignment expression :=

In Python 3.8 was introduced an assignment expression (walrus operator :=) which can be used as in the example below.

if x := 1:
  print(bool(x))

The assignment statement cannot be used as in the previous example.

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"""
Simple state machine example and switch emulation.
"""


from enum import Enum
from typing import Iterable


class State(Enum):

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import argparse

# import data2tabshop
# from data2tabshop import __version__

__version__ = '0.1.0'
__author__ = u'Steffen Exler'


def get_parser():