hkilter

#!/usr/bin/env ruby
# 
# This script is a wrapper around pandoc that uses pandoc's
# builtin citeproc support to generate a markdown bibliography
# from bibtex.
#
# Inspired by Jacob Barney's [bib2mkd][] script.
#
# [bib2mkd]: http://jmbarney.dyndns.org/?/linux/bib2mkd/
#

hkilter

// Use Gists to store code you would like to remember later on
console.log(window); // log the "window" object to the console

hkilter

from: http://www.petercollingridge.co.uk/blog/converting-python-list-svg-path

Here's a short snippet of Python code that was I very pleased with. It converts a list of coordinates, such as this:

```
[(10, 200), (12, 220), (15, 180)]
```

Into the d attribute of an SVG path, such as this:

hkilter

Today is a XML day for me. I am trying to parse a CSV file to a meaningful XML file to produce represent it on SCOM architecture. I wrote a Python code for parsing a basic SCOM CVS file to a fundamental SCOM XML file like that:

Python code:


import csv

csvFile = 'scom.csv'
xmlFile = 'scom.xml'

hkilter

# Name: parsx.py
# Type: Parser
# Purpose: PARSX: XSCML parser
import csv

csvFile = 'scom-example.sc'  # SC input
xmlFile = 'scom-example.xml' # XML output

csvData = csv.reader(open(csvFile))
xmlData = open(xmlFile, 'w')

hkilter

hkilter

<?xml version="1.0" encoding="UTF-8"?>
<scom>
<layer>
    <layer_id>36</layer_id>
    <layer_name>abc</layer_name>
    <layer_value>7.6</layer_value>
</layer>
<layer>
    <layer_id>40</layer_id>
    <layer_name>def</layer_name>

hkilter

## This script will convert PDB file saved by NIH XPLOR into XYZ format.
## Will also work on other PDB files, but does not process HETATM entries - only ATOM. Can be easily extended though.
## Usage:
## xplo2xyz.py [options] <file.pdb> [<file.xyz>]
## options:
##  --version        show program's version number and exit
##  -h, --help       show this help message and exit
##  -o, --overwrite  overwrite output file, if it exists
##  -v, --verbose    print info about files being processed
## Create file xplo2xyz.py, copy-paste into the content below and save.

hkilter

# code - http://rosettacode.org/wiki/Evolutionary_algorithm

from string import letters
from random import choice, random
 
target  = list("METHINKS IT IS LIKE A WEASEL")
charset = letters + ' '
parent  = [choice(charset) for _ in range(len(target))]
minmutaterate  = .09
C = range(100)

hkilter

## Our simulated scientist will declare 
## significance only if he/she gets 
## 2 replications with p<0.05:
stringent<-FALSE
## Set the above to FALSE if you want to 
## have the scientist publish a single
## expt. as soon as it's significant:
#stringent <- FALSE

## num of scientists to simulate: