A. Berihuete AngelBerihuete

VIM KEYBOARD SHORTCUTS

MOVEMENT

h        -   Move left
j        -   Move down
k        -   Move up
l        -   Move right
$        -   Move to end of line
0        -   Move to beginning of line (including whitespace)

Nvim-R-Tmux: Neovim-based IDE for R

Table of Content

Overview
Installation
1. Neovim
Tmux

tmux cheatsheet

As configured in my dotfiles.

start new:

tmux

start new with session name:

Wine	Alcohol	Malic.acid	Ash	Acl	Mg	Phenols	Flavanoids	Nonflavanoid.phenols	Proanth	Color.int	Hue	OD	Proline
1	14.23	1.71	2.43	15.6	127	2.8	3.06	.28	2.29	5.64	1.04	3.92	1065
1	13.2	1.78	2.14	11.2	100	2.65	2.76	.26	1.28	4.38	1.05	3.4	1050
1	13.16	2.36	2.67	18.6	101	2.8	3.24	.3	2.81	5.68	1.03	3.17	1185
1	14.37	1.95	2.5	16.8	113	3.85	3.49	.24	2.18	7.8	.86	3.45	1480
1	13.24	2.59	2.87	21	118	2.8	2.69	.39	1.82	4.32	1.04	2.93	735
1	14.2	1.76	2.45	15.2	112	3.27	3.39	.34	1.97	6.75	1.05	2.85	1450
1	14.39	1.87	2.45	14.6	96	2.5	2.52	.3	1.98	5.25	1.02	3.58	1290
1	14.06	2.15	2.61	17.6	121	2.6	2.51	.31	1.25	5.05	1.06	3.58	1295
1	14.83	1.64	2.17	14	97	2.8	2.98	.29	1.98	5.2	1.08	2.85	1045

In this article, I will share some of my experience on installing NVIDIA driver and CUDA on Linux OS. Here I mainly use Ubuntu as example. Comments for CentOS/Fedora are also provided as much as I can.

	# vim style tmux config

	# use C-a, since it's on the home row and easier to hit than C-b
	set-option -g prefix C-a
	unbind-key C-a
	bind-key C-a send-prefix
	set -g base-index 1

	# Easy config reload
	bind-key R source-file ~/.tmux.conf \; display-message "tmux.conf reloaded."

	"""Create a notebook containing code from a script.

	Run as: python make_nb.py my_script.py
	"""
	import sys

	import nbformat
	from nbformat.v4 import new_notebook, new_code_cell

	nb = new_notebook()

	from scipy import stats
	from theano.tensor.nlinalg import det, matrix_inverse, trace, eigh

	from pymc3 import transforms
	from pymc3.distributions.distribution import Continuous, Discrete, draw_values, generate_samples
	from pymc3.distributions.special import gammaln, multigammaln
	from pymc3.distributions.dist_math import bound, logpow, factln

	class MvNormal(Continuous):
	r"""

	import numpy as np
	from astropy.table import Table, Column

	def transpose_table(tab_before, id_col_name='ID'):
	'''Returns a copy of tab_before (an astropy.Table) with rows and columns interchanged
	id_col_name: name for optional ID column corresponding to
	the column names of tab_before'''
	# contents of the first column of the old table provide column names for the new table
	# TBD: check for duplicates in new_colnames & resolve
	new_colnames=tuple(tab_before[tab_before.colnames[0]])