jordanwesthoff

function [ response, corners ] = harris_corner_detector( image, varargin )

%   MATLAB FUNCTION DEFINITIONS
%       function [ response, corners ] = harris_corner_detector( image, varargin )
%    MATLAB CALLING SEQUENCE
%       response = harris_corner_detector( image )
%       response = harris_corner_detector( image, sigma )
%       [ response, corners ] = harris_corner_detector( image )
%       [ response, corners ] = harris_corner_detector( image, sigma)  

jordanwesthoff

# Written like it was in shell, not sure what the right python calls are, just an FYI

mkdir -p /dev/shm/pdf_convert
cp /current_scantron_directory/pdf_image /dev/shm/pdf_convert
convert_function /dev/shm/pdf_convert/filename /dev/shm/pdf_convert/converted_filenames
cp /dev/shm/pdf_convert/* /current_scantron_directory


#So here, the script copies the image to a custom made (you  can pick the name) directory in shared memory, better known as the temp #directory.  Then it runs whatever convert function you have there and puts out the images based on whatever syntax you run the conversion #with. Then it copies all of the temp directories contents back into your scantron directory. All of the paths are made up, but they should #be easy to understand because they are just placeholders for your current working directories. Temp will always be in /dev/shm though

jordanwesthoff

pkg="wget"

if yum -qq install $pkg; then
    echo "Successfully installed $pkg"
else
    echo "Error installing $pkg"
fi

jordanwesthoff

### Bringing up ZABBIX Server Install ###

# 1. Add user for zabbix
sudo adduser jordan
sudo adduser jordan 
### enter password


# 2. Install Zabbix, and all important dependencies
sudo yum -y install mysql-server php-xml mysql 

jordanwesthoff

location ~* \.(eot|ttf|woff)$ {
    add_header Access-Control-Allow-Origin *;
}

jordanwesthoff

for f in *.mkv; 
  do avconv -i "$f" -codec copy "${f%.mkv}.mp4"; 
done