rsnemmen

"""
Module containing the methods required to make a pretty SED plot.
This replaces the IDL scripts sedpars.pro and nmmn.sed.pro.
"""

import numpy, pylab, os, scipy
import astropy.io.ascii as ascii
import nmmn.sed,nmmn.lsd

rsnemmen

#!/bin/sh
#
# Applies the given awk pattern matching to all specified files 
# in current dir.
#
# ./awkBatch.sh <awk pattern> <extension>
#
# Example:
#     ./awkBatch.sh /void/ c
# lists all instances of lines with "void" in *.c files in current dir.

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rsnemmen

-- Set up the initial document
set output to (("List of open tabs in Safari" & linefeed as string) & "=======================" & linefeed as string) & linefeed as string

tell application "Safari"
	
	-- Count the number of Windows
	set numWindows to number of windows
	
	
	repeat with w from 1 to numWindows

rsnemmen

-- Set up the initial document
set output to ("List of open tabs in Safari" & linefeed as string) & "=======================" & linefeed as string

tell application "Safari"
	
	-- Count the number of Windows
	set numWindows to number of windows
	
	
	repeat with w from 1 to numWindows

rsnemmen

rsnemmen

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#!/bin/sh
# Create a new directory somewhere in your machine, let's say `fermi`:  
mkdir fermi
cd fermi
echo "Created fermi dir"
echo

# Clone the repository with the lesson notebook.
git clone https://github.com/black-hole-group/fermipy-tutorial.git
echo "Downloaded lesson files from github"

rsnemmen

rsnemmen

/*
  This example should illustrate how to transfer an array of
  structs to the device with CUDA.

  Inspired on https://stackoverflow.com/questions/43175162/copying-array-of-structs-from-host-to-device-cuda
*/

#include <stdio.h>

#define TPB 64