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# Calculate Finnish bank reference numbers

# The reference is computed by:
#
# 1. Add together the digits of the number from right to left,
#    multiplied cyclically by the weights 7, 3, and 1.
#    E.g. for 1234, the total is 7*4 + 3*3 + 1*2 + 7*1 == 46.
#
# 2. Subtract the total from the next highest multiple of ten.

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# This converts a BOM file in CSV format, produced by KiCad Pcbnew,
# by selecting File / Fabrication Outputs / BOM File
# into the format expected by the JLCPCB manufacture service.
# At least in KiCad 5.1.4 the CSV output seems a bit broken in terms of column names,
# which is reflected in this code. If it changes in later KiCad versions, this script
# needs to change, too.

# Use this by running the command line: python convert_bom.py inputfile.csv outputfile.csv
# It will overwrite your output file without asking so be careful.

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import numpy as np

def JDplot(data, ax, N, resolution=None, white=False, alpha=1.0, stagger=0.0, fill_color=None, fg_color=None):
    """Make a sliced histogram plot in the style of Joy Division's album cover.
    
    - `data`, a 1D numpy array containing values.
    - `ax`, the matplotlib Axes to draw onto.
    - `N`, the number of histogram slices.
    - `resolution`, the number of bins. Defaults to `N`.
    - `white`, boolean. Sets black-on-white colour scheme instead default.

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from sys import argv

# Function to produce verbal names of Finnish numbers up to 10^12 - 1.
# If run on the command line, takes an integer parameter and prints the
# name of that number.

# Requires Python 3 (you should not be running Python 2.x in the year 2020 anyway).

INDIVIDUALS = {
    0 : "", # zero is set to empty string here for convenience below

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function make_remote
    switch (count $argv)
        case 0
            echo "Not enough arguments."
        case 1
            set REPOPATH "git-repos/$argv[1].git"
            _make_remote $REPOPATH
        case 2
            set REPOPATH "git-repos/$argv[1].git"
            _make_remote $REPOPATH

dronir

module Integrator

export PlutoSim

const G = 1.48811382e-34 # G in units of AU and day

function potential{T<:Real}(mass::Vector{T}, r::Matrix{T})
    N = size(r,1)
    out = zeros(N,3)
    d = zeros(1,3)