dbuscombe-usgs

 imfft=fftshift(fftn(randn(cols,rows,dep)));  
 mag=abs(imfft);  
 phase=imfft./mag;  
 [xi,yi,zi]=meshgrid(1:rows,1:cols,1:dep);  
 radius=sqrt(xi.^2+yi.^2+zi.^2);  
 radius(cols/2+1,rows/2+1,dep/2+1)=1;  
 filter=1./(radius.^factor);  
 im=real(ifftn(fftshift(filter.*phase)));  
 %im=ifftn(fftshift(filter.*phase),'symmetric');  
 im=rescale(im,0,1);  

dbuscombe-usgs

V=volume(P);  

% return a vector of the number of sides in each polytope
 [H,K]=double(P);  
 [numsides, Cncols] = cellfun(@size, H);
  
% return a vector of polytope radii
 [xyz,Rad] = chebyball(P);  

% find the extrema of each polytope in P

dbuscombe-usgs

defined()  
 {  
 [ ${!1-X} == ${!1-Y} ]  
 }  
 args=("$@") # get arguments passed to the program  

 # if no arguments, IMAGES and CNTRST will be empty otherwise will be filled with the arguments   
 defined args && IMAGES=${args[0]} # first = sample image location e.g. /home/daniel/Desktop/shadow_scanning/sample/  
 defined args && CNTRST=${args[1]} # second = contrst values - no more than four! e.g. 30.35.40.45  

dbuscombe-usgs

 #include <stdio.h>  
 #include "cv.h"  
 #include "highgui.h"  

 int main( int argc, char** argv )  
 {  
  time_t t1,t2; // initiate timer  
  (void) time(&amp;t1);  
  // define some variables  
  IplImage    *im = 0;  

dbuscombe-usgs

 import os  
 import pprint  
 import sys  
 import wx  
 # use wx with mpl is with the WXAgg backend  
 import matplotlib  
 matplotlib.use('WXAgg')  
 from matplotlib.figure import Figure  
 from matplotlib.backends.backend_wxagg import FigureCanvasWxAgg as FigCanvas, NavigationToolbar2WxAgg as NavigationToolbar  
 import numpy as npy  

dbuscombe-usgs

  (define (batch-auto-fix pattern  
                radius  
                amount  
                threshold)  
  (let* ((filelist (cadr (file-glob pattern 1))))  
   (while (not (null? filelist))  
      (let* ((filename (car filelist))  
          (image (car (gimp-file-load RUN-NONINTERACTIVE  
                        filename filename)))  
          (drawable (car (gimp-image-get-active-layer image))))  

dbuscombe-usgs

function flower_bed(n)  

 % n is the number of internal circles (must be greater than 2 - greater than 10 looks weird)  
 h = figure;  
 hAxs = axes('Parent',h);  
 axis equal;  
 grid off;  
 hold on;  

 V = 0:2*pi/n:2*pi;  

dbuscombe-usgs

sudo mkdir ~/.config/lxsession
sudo mkdir ~/.config/lxsession/LXDE
sudo nano ~/.config/lxsession/LXDE/autostart

dbuscombe-usgs

lxterminal --geometry=50x10 --title="MY TITLE" -e python /usr/bin/my_script.py

dbuscombe-usgs

lxshortcut -o ~/Desktop/my_launcher.desktop